WO2018206008A1 - Lateral strip positioning and multi-dimensional overall leakage prevention chain belt feeder implementing method for lateral strip positioning and multi-dimensional overall leakage prevention of feeder conveyor - Google Patents

Lateral strip positioning and multi-dimensional overall leakage prevention chain belt feeder implementing method for lateral strip positioning and multi-dimensional overall leakage prevention of feeder conveyor Download PDF

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Publication number
WO2018206008A1
WO2018206008A1 PCT/CN2018/086636 CN2018086636W WO2018206008A1 WO 2018206008 A1 WO2018206008 A1 WO 2018206008A1 CN 2018086636 W CN2018086636 W CN 2018086636W WO 2018206008 A1 WO2018206008 A1 WO 2018206008A1
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WO
WIPO (PCT)
Prior art keywords
chain
positioning strip
side positioning
buckle
strip
Prior art date
Application number
PCT/CN2018/086636
Other languages
French (fr)
Chinese (zh)
Inventor
刘素华
Original Assignee
刘素华
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Publication date
Application filed by 刘素华 filed Critical 刘素华
Publication of WO2018206008A1 publication Critical patent/WO2018206008A1/en

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    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
    • B65G23/00—Driving gear for endless conveyors; Belt- or chain-tensioning arrangements
    • B65G23/02—Belt- or chain-engaging elements
    • B65G23/04—Drums, rollers, or wheels
    • B65G23/06—Drums, rollers, or wheels with projections engaging abutments on belts or chains, e.g. sprocket wheels
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65D—CONTAINERS FOR STORAGE OR TRANSPORT OF ARTICLES OR MATERIALS, e.g. BAGS, BARRELS, BOTTLES, BOXES, CANS, CARTONS, CRATES, DRUMS, JARS, TANKS, HOPPERS, FORWARDING CONTAINERS; ACCESSORIES, CLOSURES, OR FITTINGS THEREFOR; PACKAGING ELEMENTS; PACKAGES
    • B65D88/00—Large containers
    • B65D88/54—Large containers characterised by means facilitating filling or emptying
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65D—CONTAINERS FOR STORAGE OR TRANSPORT OF ARTICLES OR MATERIALS, e.g. BAGS, BARRELS, BOTTLES, BOXES, CANS, CARTONS, CRATES, DRUMS, JARS, TANKS, HOPPERS, FORWARDING CONTAINERS; ACCESSORIES, CLOSURES, OR FITTINGS THEREFOR; PACKAGING ELEMENTS; PACKAGES
    • B65D90/00—Component parts, details or accessories for large containers
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65D—CONTAINERS FOR STORAGE OR TRANSPORT OF ARTICLES OR MATERIALS, e.g. BAGS, BARRELS, BOTTLES, BOXES, CANS, CARTONS, CRATES, DRUMS, JARS, TANKS, HOPPERS, FORWARDING CONTAINERS; ACCESSORIES, CLOSURES, OR FITTINGS THEREFOR; PACKAGING ELEMENTS; PACKAGES
    • B65D90/00—Component parts, details or accessories for large containers
    • B65D90/22—Safety features
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
    • B65G15/00—Conveyors having endless load-conveying surfaces, i.e. belts and like continuous members, to which tractive effort is transmitted by means other than endless driving elements of similar configuration
    • B65G15/30—Belts or like endless load-carriers
    • B65G15/32—Belts or like endless load-carriers made of rubber or plastics
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
    • B65G17/00—Conveyors having an endless traction element, e.g. a chain, transmitting movement to a continuous or substantially-continuous load-carrying surface or to a series of individual load-carriers; Endless-chain conveyors in which the chains form the load-carrying surface
    • B65G17/02—Conveyors having an endless traction element, e.g. a chain, transmitting movement to a continuous or substantially-continuous load-carrying surface or to a series of individual load-carriers; Endless-chain conveyors in which the chains form the load-carrying surface comprising a load-carrying belt attached to or resting on the traction element
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
    • B65G17/00—Conveyors having an endless traction element, e.g. a chain, transmitting movement to a continuous or substantially-continuous load-carrying surface or to a series of individual load-carriers; Endless-chain conveyors in which the chains form the load-carrying surface
    • B65G17/06—Conveyors having an endless traction element, e.g. a chain, transmitting movement to a continuous or substantially-continuous load-carrying surface or to a series of individual load-carriers; Endless-chain conveyors in which the chains form the load-carrying surface having a load-carrying surface formed by a series of interconnected, e.g. longitudinal, links, plates, or platforms
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
    • B65G17/00—Conveyors having an endless traction element, e.g. a chain, transmitting movement to a continuous or substantially-continuous load-carrying surface or to a series of individual load-carriers; Endless-chain conveyors in which the chains form the load-carrying surface
    • B65G17/30—Details; Auxiliary devices
    • B65G17/38—Chains or like traction elements; Connections between traction elements and load-carriers
    • B65G17/42—Attaching load carriers to traction elements
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
    • B65G21/00—Supporting or protective framework or housings for endless load-carriers or traction elements of belt or chain conveyors
    • B65G21/20—Means incorporated in, or attached to, framework or housings for guiding load-carriers, traction elements or loads supported on moving surfaces
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
    • B65G41/00—Supporting frames or bases for conveyors as a whole, e.g. transportable conveyor frames
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
    • B65G41/00—Supporting frames or bases for conveyors as a whole, e.g. transportable conveyor frames
    • B65G41/006—Supporting frames or bases for conveyors as a whole, e.g. transportable conveyor frames with the conveyor not adjustably mounted on the supporting frame or base
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
    • B65G43/00—Control devices, e.g. for safety, warning or fault-correcting
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
    • B65G43/00—Control devices, e.g. for safety, warning or fault-correcting
    • B65G43/08—Control devices operated by article or material being fed, conveyed or discharged
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
    • B65G45/00—Lubricating, cleaning, or clearing devices
    • B65G45/02—Lubricating devices
    • B65G45/08—Lubricating devices for chains
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
    • B65G47/00—Article or material-handling devices associated with conveyors; Methods employing such devices
    • B65G47/02—Devices for feeding articles or materials to conveyors
    • B65G47/16—Devices for feeding articles or materials to conveyors for feeding materials in bulk
    • B65G47/18—Arrangements or applications of hoppers or chutes
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
    • B65G47/00—Article or material-handling devices associated with conveyors; Methods employing such devices
    • B65G47/34—Devices for discharging articles or materials from conveyor 
    • B65G47/42—Devices for discharging articles or materials from conveyor  operated by article or material being conveyed and discharged
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
    • B65G47/00—Article or material-handling devices associated with conveyors; Methods employing such devices
    • B65G47/74—Feeding, transfer, or discharging devices of particular kinds or types
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
    • B65G65/00—Loading or unloading
    • B65G65/30—Methods or devices for filling or emptying bunkers, hoppers, tanks, or like containers, of interest apart from their use in particular chemical or physical processes or their application in particular machines, e.g. not covered by a single other subclass
    • B65G65/34—Emptying devices
    • B65G65/40—Devices for emptying otherwise than from the top
    • B65G65/42—Devices for emptying otherwise than from the top using belt or chain conveyors
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
    • B65G69/00—Auxiliary measures taken, or devices used, in connection with loading or unloading
    • B65G69/04—Spreading out the materials conveyed over the whole surface to be loaded; Trimming heaps of loose materials
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
    • B65G69/00—Auxiliary measures taken, or devices used, in connection with loading or unloading
    • B65G69/04—Spreading out the materials conveyed over the whole surface to be loaded; Trimming heaps of loose materials
    • B65G69/0441—Spreading out the materials conveyed over the whole surface to be loaded; Trimming heaps of loose materials with chutes, deflector means or channels
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
    • F16H—GEARING
    • F16H9/00—Gearings for conveying rotary motion with variable gear ratio, or for reversing rotary motion, by endless flexible members
    • F16H9/02—Gearings for conveying rotary motion with variable gear ratio, or for reversing rotary motion, by endless flexible members without members having orbital motion
    • F16H9/24—Gearings for conveying rotary motion with variable gear ratio, or for reversing rotary motion, by endless flexible members without members having orbital motion using chains or toothed belts, belts in the form of links; Chains or belts specially adapted to such gearing
    • G—PHYSICS
    • G01—MEASURING; TESTING
    • G01G—WEIGHING
    • G01G11/00—Apparatus for weighing a continuous stream of material during flow; Conveyor belt weighers
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
    • B65G2203/00—Indexing code relating to control or detection of the articles or the load carriers during conveying
    • B65G2203/02—Control or detection
    • B65G2203/0208—Control or detection relating to the transported articles
    • B65G2203/0258—Weight of the article
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
    • B65G2207/00—Indexing codes relating to constructional details, configuration and additional features of a handling device, e.g. Conveyors
    • B65G2207/20—Earthquake protection

Definitions

  • the invention belongs to the field of machinery, and particularly relates to a side strip positioning multi-dimensional integral leak-proof chain belt feeder for the method of positioning multi-dimensional integral leakage of the side strip of the feeder conveyor.
  • the conveyor belt of the old belt feeder and the belt feeder is driven by the driving roller and the driven roller by the friction force. Because of the large expansion and contraction of the belt and the belt, the position of the driving roller and the driven roller often needs to be adjusted. With the tension of the belt and the belt, it is possible to continue working. Because the workers on the belt and the rollers at both ends of the belt are too far apart, it causes a serious production stoppage caused by the belt and the belt breakage, and often due to the tension. When the motor starts the belt and the belt rotates, the motor power is overloaded, causing the motor to burn out and other production failures. Because the belt and the belt are attached to the drum and rotate by friction, the two must appear when the driven roller is driven.
  • the roller shaft is not parallel and the parallelogram of the two roller shaft ends appears.
  • the belt edge is free of ribs, the belt wear strip and the perforation have a gap, and a gap between the plurality of nail pieces and the nail piece is subjected to tension, temperature and support.
  • Rolls, drum deflection and other effects of deformation will inevitably lead to belts, belts often run off, causing spills, belts, belt wear guide trough, belt, belt running Failures such as tearing and breaking, frequent repair and replacement at the site caused serious waste of manpower and material resources, reduced production efficiency and polluted the environment.
  • Old-style belt feeders and belt feeders are not in line with today's environmental protection, safety, high efficiency and energy saving.
  • the old chain belt feeder is worn by a plurality of wearing strips, and the leakage between the nail piece and the nail piece is even if the leakage preventing strip is easily separated from the nail piece and the nail piece.
  • the leakage between the nail piece and the nail piece is serious, the process of manufacturing the piercing piece is complicated, the material waste is serious, the production efficiency is low, and the chain plate feeder consumes large energy and vibration during the feeding process.
  • the distance from the silo discharge port to the belt conveyor or the transport carriage is very close. Since the height of the coal silo is at least 20 meters, from the coal The impact of the mine material falling in the warehouse is very large, so that the reloading dynamic weighing feeder placed at the discharge port of the silo to the belt conveyor or the transport compartment produces severe vibration, so that the dynamic weighing is set to the reloading.
  • the dynamic weighing device on the material machine causes serious weighing error due to frequent gravity shock and severe vibration.
  • the working environment in which the dynamic weighing and measuring feeder is located has a large temperature difference between day and night, and the temperature difference between summer and winter is further increased, resulting in large measurement error.
  • the invention is realized by the following technical solutions: setting a multi-dimensional integral leak-proof side positioning strip, a side positioning strip, a buckle side positioning strip end chain, a chain belt locking part, a chain gear driving part and a chain gear redirection piece, etc.
  • the side positioning strip is disposed on the end of the multi-dimensional integral leak-proof side positioning strip of the buckle chain, and the end of the side positioning strip is locked on the end chain of the buckle side positioning strip by the chain belt locking member to form a multi-dimensional integral resistance of the side strip positioning.
  • the multi-dimensional integral leak-proof side positioning strip of the buckle chain is set as a multi-dimensional integral leak-proof side positioning strip of the perforated buckle chain or as a multi-dimensional integral leak-proof side positioning strip of the buckle chain;
  • a through-side positioning strip hole is arranged on the multi-dimensional integral leak-proof side positioning strip of the perforated buckle chain, so that the through-side positioning strip hole is arranged in the multi-dimensional integral resistance of the buckle chain.
  • the side positioning strip is pierced with the multi-dimensional integral leak-proof side positioning strip of the perforated buckle chain, so that the end of the side positioning strip protrudes from the perforated buckle chain multi-dimensional integral leak-proof side positioning strip
  • the side of the side positioning strip extends through the end of the buckle side positioning strip annular chain, and the side positioning strip is locked with the chain locking member on the buckle side positioning strip circular chain to form a perforated side strip positioning multi-dimensional integral leakage chain
  • the belt is positioned to position the perforated side strips with a multi-dimensional integral leak-proof chain belt surrounding the sprocket gear drive member and the sprocket redirection member, so that the sprocket drive member drives the buckle side locating strip annular chain, so that the buckle side positioning strip endless chain drives the perforated side strip positioning Multi-dimensional integral leak-proof chain belt conveying materials;
  • the multi-dimensional integral leak-proof side positioning strip and the side positioning strip of the buckle chain are integrally arranged, so that the integrated buckle multi-dimensional integral leak-proof side positioning strip side
  • the side positioning strip is fastened on the buckle side positioning strip end chain, so that the sprocket drive member drives the integral buckle multi-dimensional integral leak-proof side positioning strip to convey the material forward;
  • the multi-dimensional integral leak-proof side positioning strip of the buckle chain is made into a multi-dimensional integral leak-proof side positioning strip ring belt, or the multi-dimensional integral leak-proof side positioning strip of the buckle chain is made into a buckle chain, which can be folded into a multi-dimensional integral leak-proof side of the annular belt. Long strips, etc.
  • the buckle chain can be folded into an endless belt with a multi-dimensional integral leak-proof side positioning strip.
  • the side positioning strip is worn on the buckle side positioning strip circular chain, so that the buckle chain can be folded into a circular belt multi-dimensional integral leak-proof side positioning strip long strip.
  • the end-to-end fastening forms a multi-dimensional integral leak-proof side positioning strip with a ring-shaped sealing chain belt, and the multi-dimensional integral leak-proof side positioning strip has a ring-shaped sealing chain buckle on the sprocket drive member and the sprocket reversing member, and the sprocket drive member Driving continuous feeding;
  • the outer surface of the multi-dimensional integral leak-proof side positioning strip of the buckle chain is an integral surface so as not to leak, stick to the material, and not to scrape the strip, and the multi-dimensional integral leak-proof side positioning strip of the buckle chain is buckled by the side positioning strip.
  • the buckle side positioning strip is arranged on the endless chain, so that the multi-dimensional leak-side positioning strip has no deviation, no expansion, no slip, no leakage, no deformation, etc., and the multi-dimensional integral leak-proof side positioning strip or buckle can be Folded into a ring with a multi-dimensional overall leak-proof side positioning strip long strips and other side positioning strips positioned on the buckle side positioning strip circular chain on the heavy-duty start does not slip, the overall pocket does not leak, multi-dimensional positioning does not run off, the chain positioning is not Telescopic, sprocket start does not slip, flexible chain belt no noise, flexible chain belt wear resistance, multi-dimensional overall leakage without return material, flexible belt and steel chain rigid and soft, free adjustment, maintenance-free.
  • the flexible material is used to set the multi-dimensional integral leak-proof side positioning strip of the buckle chain to be buckled to be a circular multi-dimensional leak-proof side positioning strip flexible sealing long belt;
  • the buckle can be folded into a ring-shaped multi-dimensional leak-proof side positioning strip
  • the flexible sealing strip has a front end self-sealing side and a rear self-sealing side, so that the front self-sealing side is provided with a long belt front side positioning strip and The self-sealing side is provided with a long belt rear side positioning strip, etc.
  • the chain belt locking member is used to fasten the long belt front side positioning strip and the long belt rear side positioning strip to the buckle side on the buckle side positioning strip circular chain, so that the buckle chain can be folded
  • the ring-shaped multi-dimensional leak-proof side positioning strip is provided with a flexible seal long strip with longitudinal ends end-to-tail butt joints, and the buckle side positioning strip end chain makes the front self-sealing edge and the rear self-sealing edge closely cooperate to form a multi-dimensional leak-proof side positioning strip with a self-sealing endless chain belt.
  • the multi-dimensional leak-side positioning strip has a front self-sealing edge and a self-sealing edge of the self-sealing endless belt to run to the arc surface of the sprocket drive member and the sprocket redirection member
  • the long belt front side positioning strip The positioning of the rear side positioning strip with the long belt makes the front self-sealing edge and the rear self-sealing edge tightly cooperate without generating a leakage gap, or the front self-sealing edge and the rear self-sealing edge are made into a front elastic self-sealing edge, and then elastically self-sealing.
  • the buckle chain can be folded into a ring-shaped multi-dimensional leak-proof side positioning strip flexible seal long belt two longitudinal ends are provided with a chain multi-dimensional leak-proof side positioning strip long strip front leak-proof structure and the chain multi-dimensional leak-proof side positioning strip long strip Leakage structure
  • the long-term leakage prevention structure of the multi-dimensional leak-proof side positioning strip of the buckle chain is set as the leakage prevention long belt front tongue edge
  • the multi-dimensional leakage side positioning strip long belt rear leakage prevention structure is set as the leakage prevention long belt rear tongue edge
  • the multi-layer leak-proof side positioning strip of the buckle chain has a long strip front side retaining strip structure and a long strip front strip positioning strip on the multi-dimensional leak-stop side of the buckle chain.
  • the long-side rear side positioning strip is set with a chain lock.
  • the tightening member is arranged on the front side positioning strip and the long belt rear side positioning strip near the buckle on the buckle side positioning strip circular chain, so that the front leakproof long strip front tongue edge and the leakproof long strip rear tongue edge overlap and seal to form a multi-dimensional resistance
  • the leakage side positioning strip has a long strap lap joint sealing endless chain belt;
  • the long-term leakage prevention structure of the multi-dimensional leak-proof side positioning strip of the buckle chain is set as the front leakage prevention side of the leakage prevention long belt
  • the long-term leakage prevention structure of the multi-dimensional leakage prevention side positioning strip of the buckle chain is set as the leakage prevention long belt rear convex edge
  • the long-term front leakage preventing structure of the chain multi-dimensional leak-proof side positioning strip is provided with a long belt front side positioning strip and a long strip with a long strip after the multi-dimensional leak-proof side positioning strip of the buckle chain is provided with a long belt rear side positioning strip, with a chain
  • the long belt front side positioning strip and the long belt rear side positioning strip are adjacent to the buckle on the buckle side positioning strip end chain, so that the front leakproof long strip front concave edge and the leakproof long strip rear convex edge are overlapped and sealed.
  • the side positioning strip front sealing buckle and the side positioning strip rear sealing buckle are arranged on the flexible multi-belt of the loop multi-dimensional leak-proof side positioning strip, so that the side positioning strip front sealing buckle and the side positioning strip are
  • the sealing buckles are fastened to each other to form a sealing buckle multi-dimensional leak-proof side positioning strip with an endless chain strap
  • the side positioning strip front sealing buckle is set as a side positioning strip with a front hole buckle or a side positioning strip with a front self-sealing buckle
  • the side After the positioning strip is set the sealing buckle is set as the side positioning strip, the rear hole buckle or the side positioning strip, and the self-sealing buckle, so that the side positioning strip front hole buckle and the side positioning strip rear hole buckle are fastened to each other to form a connecting buckle through hole.
  • connection connecting buckle hole strip is arranged, and the connecting buckle hole hole is used to penetrate the connecting buckle through hole to form the buckle hole multi-dimensional leak-proof side positioning strip long belt endless chain belt, and the connecting connecting button hole strip and the side positioning strip are separated or integrated
  • the self-sealing buckle of the side positioning strip is fastened with the self-sealing buckle of the side positioning strip
  • the self-sealing buckle of the side positioning strip is fastened with the side positioning strip and the self-sealing buckle is fastened to form a self-sealing buckle multi-dimensional leak-proof side positioning strip long strip.
  • Endless chain belt set the front positioning strip front self-sealing buckle as the side positioning strip Rigid or self-sealing snap lock bar is provided to a front side of a flexible puncture deduction;
  • the side positioning strip is disposed at the end of the side positioning strip, and the side positioning strip is locked by the chain locking member on the buckle side positioning strip circular chain, and the buckle chain can be folded into an annular belt multi-dimensional integral leakage side positioning strip.
  • the flexible long belt is pierced at both ends to form a quick-disassembling buckle chain, which can be folded into a circular multi-dimensional leak-proof side positioning strip flexible sealing long belt, so that the surface has no leakage point, so that the side positioning strip front sealing buckle and the side positioning strip After the sealing buckle is fastened, the sealing surface is formed, so that the sealing surface only functions as a sealing buckle for the cooperation of the sprocket driving member and the sprocket redirection member, and the plurality of side positioning strips are jointly supported by the buckle side positioning strip circular chain.
  • the buckle is positioned to position the opposite side positioning strip of the buckle side positioning strip, so that the side positioning strip is positioned on the multi-dimensional integral leak-proof side positioning strip of the buckle chain, so that the multi-dimensional integral leak-proof side positioning strip of the buckle chain does not bear before and after rotation.
  • the buckle side positioning chain end chain is composed of a plurality of rotating chain links, so that the rotating link links are movably connected, so that the driving force of the sprocket driving member is applied to the buckle side positioning strip annular chain and side positioning
  • the wear side positioning strip front sealing buckle and side The front side positioning strip and the rear side positioning strip are fastened on the rotating link of the side positioning strip of the rear strip sealing buckle, so that the front side positioning strip and the rear side positioning strip are opposite to the side positioning strip front sealing buckle and the side positioning strip
  • the rear sealing buckle is positioned so that the front positioning strip front sealing buckle and the side positioning strip rear sealing buckle are not torn and deformed by the tensile force, so that the sealing is stable and long-term reliable, and when the speed-removing side strip needs to be replaced, the multi-dimensional leak-proof chain is required to be replaced.
  • the chain locking member is first removed, and the side positioning strip is pulled out from the side positioning strip front buckle hole and the side positioning strip rear buckle hole, and the rotating link of the side positioning strip and other rotating chains are fastened.
  • the split body allows the quick-release detachable chain to be folded into a ring-shaped multi-dimensional leak-proof side locating strip.
  • the flexible seal long belt is detached from the sprocket drive member and the sprocket-redirected member, without removing the sprocket drive member and the sprocket gear.
  • the fasteners can be quickly replaced by the multi-dimensional integral leak-proof side positioning strips.
  • the side strip positioning multi-dimensional integral leak-proof chain belt feeder includes a frame and side strip positioning multi-dimensional integral leak-proof chain belt conveying device, etc., the rack supports side strip positioning multi-dimensional integral leak-proof chain belt conveying device to transport materials, side
  • the strip positioning multi-dimensional integral leak-proof chain belt conveying device comprises a multi-dimensional integral leak-proof side positioning strip, a side positioning strip, a buckle side positioning strip end chain, a chain belt locking part, a chain gear driving part and a chain gear reversing part, etc.
  • the side positioning strip is disposed at the end of the multi-dimensional integral leak-proof side positioning strip of the buckle chain, and the chain locking member locks the end of the side positioning strip on the end chain of the buckle side positioning strip to form a side strip positioning multi-dimensional integral leak-proof chain Belt, side strip positioning multi-dimensional integral leak-proof chain belt buckle on the chain gear drive member and the chain gear reversing member, the buckle multi-dimensional integral leak-proof side positioning strip includes a perforated buckle chain multi-dimensional integral leak-proof side positioning strip or one The multi-dimensional integral leak-proof side positioning strip of the buckle chain, etc., the multi-dimensional integral leak-proof side positioning strip of the buckle chain is provided with a leakage preventing rib or a flat edge on the side, and when the perforated buckle chain multi-dimensional integral leak-proof side positioning strip is used When the perforated buckle chain multi-dimensional overall leakage
  • the side positioning strip is provided with a through-side positioning strip hole, and the through-side positioning strip hole is disposed between the outer surface and the inner surface of the
  • the positioning bar lock forms a perforated side strip positioning multi-dimensional integral leak-proof chain belt on the buckle side positioning strip end chain, and the perforated side strip positioning multi-dimensional integral leak-proof chain belt surrounds the chain gear drive member and the chain gear reversing member, and the chain gear drive member drives Buckle side positioning strip endless chain, buckle side positioning strip endless chain drive side positioning strip around the chain gear drive part and chain gear redirecting part circulation, side positioning strip drive chain multi-dimensional integral leak-proof side positioning strip to convey material, or when used When the integral chain multi-dimensional integral leak-proof side positioning strip is used, the multi-dimensional integral leak-proof side positioning strip of the buckle chain and the side positioning strip are integrated, and the integrated buckle multi-dimensional integral leak-proof side positioning strip has side positioning strips on the side of the strip.
  • the sprocket drive member drives the integral buckle chain multi-dimensional integral leak-proof side positioning strip to convey the material forward
  • the multi-dimensional integral leak-proof side positioning strip of the buckle chain comprises a multi-chain integral leak-proof side positioning strip ring or a buckle chain can be folded into a ring With a multi-dimensional integral leak-proof side positioning strip long belt, etc.
  • the buckle chain can be folded into a ring-shaped belt multi-dimensional integral leak-proof side positioning strip long belt with a side positioning strip through the buckle on the buckle side positioning strip circular chain
  • the buckle chain can be folded into an endless belt Multi-dimensional integral leak-proof side positioning strip with long end-to-end fastening to form multi-dimensional integral leak-proof side positioning strip with long annular seal chain belt, multi-dimensional integral leak-proof side positioning strip with long ring seal chain buckle in chain gear drive and chain gear change
  • the continuous feeding is driven by the sprocket driving member, and the outer surface of the multi-dimensional integral leakage preventing side positioning
  • Multi-dimensional overall leak-proof side positioning strip ring or chain It is folded into a circular belt with a multi-dimensional integral leak-proof side positioning strip, and the side positioning strip is positioned on the buckle side positioning strip circular chain.
  • the heavy load starts without slipping, the whole pocket does not leak material, the multi-dimensional positioning does not run off, and the chain positioning It does not stretch, the sprocket starts to not slip, the flexible chain has no noise, the flexible chain wears, the multi-dimensional overall leak does not carry the return material, the flexible belt and the steel chain are rigid and soft, free of adjustment and maintenance-free.
  • the buckle multi-dimensional integral leak-proof side positioning strip comprises a buckle chain which can be folded into a ring-shaped multi-dimensional leak-proof side positioning strip flexible sealing long belt, etc., the buckle chain can be folded into a ring multi-dimensional leak-proof side positioning strip flexible seal long belt longitudinal two
  • the front end is provided with a front self-sealing side and a rear self-sealing side, etc.
  • the front self-sealing side is provided with a long belt front side positioning strip
  • the rear self-sealing side is provided with a long belt rear side positioning strip
  • the chain belt locking member will be long with the front side
  • the side positioning strip and the long side rear side positioning strip are adjacent to the buckle on the buckle side positioning strip circular chain, and the buckle chain can be folded into a circular multi-dimensional leak-proof side positioning strip flexible seal long strip longitudinal end end end butt joint, buckle side positioning strip endless chain
  • the front self-sealing edge and the rear self-sealing edge are closely matched to form
  • the long belt front side locating strip and the long belt rear side locating strip are positioned to the front self-sealing side and the rear self-sealing edge to form a tight fit without a leakage gap.
  • front self-sealing edge and rear self-sealing They are respectively provided with a front elastic self-sealing edge, a rear elastic self-sealing edge, etc., and the front elastic self-sealing edge and the rear elastic self-sealing edge run to the sprocket drive member and the sprocket reversing member curved surface, the front elastic self-sealing edge and the rear
  • the elasticity of the elastic self-sealing edge makes the elastic sealing of the joint, or the sealing seal of the front self-sealing edge and the rear self-sealing edge, or the buckle can be folded into a circular multi-dimensional leak-proof side positioning strip flexible sealing long belt
  • the two longitudinal ends are provided with a chain multi-dimensional leak-proof side positioning strip with a long strip front leakage structure and a multi-chain leak-proof side positioning strip with a long strip and a rear leakage preventing structure, and the multi-chain leak-proof side positioning strip of the buckle chain has
  • the structure includes a leak-proof long belt front tongue edge, etc., and a multi-dimensional leak-proof side positioning strip of the buckle chain has a long leak-proof structure including a leak-proof long belt rear tongue edge, etc., and a multi-dimensional leak-proof side positioning strip of the buckle chain has a long strip front leakage structure.
  • the utility model has a long belt front side positioning strip and a multi-chain leak-proof side positioning strip long strip rear leakage preventing structure with a long belt rear side positioning strip, and the chain belt locking member will have a long belt front side positioning strip and a long belt rear side positioning strip.
  • the tongue edge and the leak-proof flexible long strip are lap-sealed to form a multi-dimensional leak-proof side positioning strip with a long strap lap seal endless chain strap, or the chain multi-dimensional leak-proof side positioning strip long strip front leak-proof structure includes a leak-proof flexible length With the front concave edge, etc., the multi-dimensional leak-proof side positioning strip of the buckle chain has a long leak-proof structure including a leak-proof flexible long belt back convex edge, etc., and the multi-chain leak-proof side positioning strip of the buckle chain has a long belt front and a front leakage preventing structure.
  • the side positioning strip and the multi-dimensional leak-proof side positioning strip of the buckle chain have a long belt rear side positioning strip, and the chain belt locking member has the long belt front side positioning strip and the long belt rear side positioning strip close to the buckle.
  • the leakage-proof flexible long belt front concave edge and the leak-proof flexible long belt rear convex edge overlap seal to form a multi-dimensional leak-proof side positioning strip long belt buckle sealing annular chain belt, or the buckle chain can be folded
  • the ring-shaped multi-dimensional leak-proof side positioning strip has a flexible sealing strip including a side positioning strip front sealing buckle and a side positioning strip rear sealing buckle, etc., and the side positioning strip front sealing buckle and the side positioning strip rear sealing buckle are mutually engaged to form a buckle.
  • the buckle includes a side positioning strip front hole buckle or a side positioning strip front self-sealing buckle, etc.
  • the side positioning strip rear sealing buckle includes a side positioning strip rear hole buckle or a side positioning strip, a self-sealing buckle, etc.
  • the side positioning strip The front hole buckle and the side positioning strips are fastened to each other to form a connecting buckle through hole, etc., the buckle chain can be folded into a circular multi-dimensional leak-proof side positioning strip
  • the flexible sealing long belt includes a connecting connecting buckle hole strip, etc.
  • the connecting buckle hole strip The through-hole connecting through hole forms a multi-hole sealing side positioning strip with a circular chain belt, etc., and the connecting connecting hole strip and the side positioning strip are separated or integrated, or the side positioning strip front self-sealing buckle and the side positioning strip
  • the self-sealing buckle is combined with the front self-sealing buckle and the side positioning strip, and the self-s
  • the front side of the positioning strip is rigidly self-sealing or set to be a flexible self-sealing buckle in front of the side positioning strip.
  • the side of the side positioning strip is provided with a side positioning strip through the shaft, and the chain belt locking member locks the side positioning strip through the shaft on the buckle side positioning strip circular chain.
  • the buckle can be folded into a ring with a multi-dimensional overall leak-proof side positioning strip
  • the long belt is pierced at both ends to form a quick-release detachable chain, which can be folded into a circular multi-dimensional leak-proof side positioning strip flexible sealing long belt, and the surface has no leakage point, the side positioning strip front sealing buckle and the side positioning strip rear sealing buckle
  • the sealing surface is only used for the cooperation of the sprocket drive member and the sprocket reversing member, and the plurality of side locating strips are jointly buckled by the buckle side locating strip and the buckle side
  • the positioning strip is positioned on the opposite side of the circular chain, and the side positioning strip is positioned on the multi-dimensional integral leak-proof side positioning strip of the buckle chain, and the side strip positioning multi-dimensional integral leak-proof chain belt rotating feed material is not subjected to the front and rear pulling force, and will not be torn and stretched.
  • the buckle side positioning strip annular chain is composed of a plurality of rotating chain links, and each rotating chain link is movably connected, and the driving force of the sprocket driving member is applied to the buckle side positioning strip annular chain and the side positioning strip, and the wearing side positioning strip front sealing buckle
  • the front side positioning strip, the rear side positioning strip, and the like are fastened on the rotating link of the side positioning strip of the rear positioning strip with the side positioning strip, the front side positioning strip and the rear side positioning strip, and the opposite side positioning strip front sealing buckle and the side Positioning the strip and sealing the buckle, etc.
  • the strip front sealing buckle and the side positioning strip rear sealing buckle do not tear and deform due to the tensile force, so that the sealing is stable and long-term reliable.
  • the chain is first removed. With the locking member, the side positioning strip is pulled out from the side positioning strip front buckle hole and the side positioning strip rear buckle hole, and the rotating link fastening the side positioning strip is separated from the other rotating links, and the speed is disassembled.
  • the buckle chain can be folded into a ring-shaped multi-dimensional leak-proof side positioning strip.
  • the flexible seal long belt is detached from the sprocket gear drive member and the sprocket gear change member, and the side strip can be separately removed without removing the sprocket drive member and the sprocket redirection member. Positioning multi-dimensional integral leak-proof chain belt for quick replacement.
  • the side positioning strip includes a side positioning strip shaft, and the buckle side positioning strip annular chain includes a buckle side positioning strip annular chain hole, and the side positioning strip shaft passes through the buckle side positioning strip end chain chain hole, and the side positioning strip shaft is opposite to the buckle.
  • the side positioning strip has a circular chain hole rotation, so that the multi-dimensional integral leak-proof side positioning strip of the buckle chain is cyclically fed, and the side positioning strip does not have a hard frictional damage with the buckle of the buckle side positioning strip, and no noise is generated, and the buckle side positioning strip circular chain
  • the multi-dimensional integral leak-proof side positioning strip of the buckle chain is disposed between the left buckle side positioning strip end chain and the right buckle side positioning strip end chain, and the chain belt locking member
  • the perforated buckle multi-dimensional integral leak-proof side positioning strip outer surface is a plane, the inner surface is a flat surface or the inner surface is provided with a through-side positioning strip hole protrusion, etc., and the inner surface is provided with a through-side positioning strip hole protrusion.
  • the side positioning strip is driven by the protruding portion of the through-side positioning strip hole to drive the perforation buckle.
  • the chain multi-dimensional integral leak-proof side positioning strip runs forward feeding
  • the chain gear driving component comprises a sprocket driving roller or a sprocket driving shaft
  • the chain gear reversing member comprises a sprocket reversing roller or a sprocket redirection shaft, etc.
  • the sprocket drive drum is provided with a drive sprocket, etc.
  • the corresponding sprocket redirection drum or the sprocket reversing shaft is provided with a redirection sprocket, etc.
  • the integral leak-stop positioning strip is bent forwardly to the sprocket drive roller and/or the sprocket driven roller, etc., and the perforated buckle multi-dimensional integral leak-proof side positioning strip is wound around the sprocket drive roller and/or The sprocket driven roller rotates flexibly, Generating hard bending, no noise.
  • the wear-side positioning strip hole is provided with a lubricating material or a wear-resistant member with a leakage preventing strip hole
  • the wear-resistant member of the leakage preventing strip hole comprises a wear-resistant tube with a leakage preventing strip hole or a leakage preventing strip hole.
  • the leak-proof strip hole wear-resistant tube includes a long-length leak-proof strip hole wear-resistant tube and/or a multi-stage leak-proof strip hole wear-resistant tube, etc.
  • the side positioning strip comprises a steel side positioning strip or a nylon side positioning strip or a polyester side positioning strip or a plastic side positioning strip or a rubber side positioning strip or a plastic side positioning strip
  • the buckle side positioning strip annular chain comprises a steel buckle.
  • a cushion bed is arranged between the gear drive member and the sprocket reversing member, or a multi-dimensional integral leak-proof chain belt is provided for supporting the side strips, such as a support roller, and the side positioning strip and the buckle side positioning strip are directly connected or buckled.
  • the ring-shaped chain is provided with a buckle-side positioning strip endless chain buffer sleeve, and the buckle-side positioning strip endless chain buffer sleeve is disposed in the buckle-side positioning strip annular chain hole, and the side positioning strip passes through the buckle-side positioning strip annular chain buffer sleeve to wear through.
  • the side positioning strip hole and the chain belt locking member lock the side positioning strip and the buckle side positioning strip annular chain buffer sleeve on the buckle side positioning strip circular chain, and the buckle side positioning strip annular chain buffer sleeve slows down the side positioning strip and the buckle side positioning.
  • the vibration between the loop chains, The multi-dimensional integral leakage-removing side positioning strip of the buckle chain is flat or has a leakage preventing rib, and the leakage preventing rib includes an annular leakage rib or a damper leakage preventing rib, etc., the annular leakage rib and the buckle
  • the multi-dimensional integral leak-proof side positioning strip is equally connected or integrated, and the blocking leakage barrier and the multi-dimensional integral leakage-side positioning strip of the buckle are connected or integrated, and the blocking piece is blocked.
  • the side positioning strip is worn on the side of the multi-dimensional integral leak-proof side positioning strip of the buckle chain .
  • the perforated buckle multi-dimensional integral leak-proof side positioning strip surface is provided with a perforated flexible band, or the perforated chain multi-dimensional integral leak-proof side positioning strip is set as a perforated flexible non-ribbed belt, etc., the perforated flexible band Including steel perforated flexible band or nylon perforated flexible band or polyester perforated flexible band or plastic perforated flexible band or canvas perforated flexible band or cotton perforated flexible band or rubber perforated flexible band, etc., buckle side positioning strip
  • the endless chain includes a buckle side oil groove or an oil-free groove end chain, and the buckle side oil groove of the buckle side positioning strip is disposed on the surface of the ring chain hole of the buckle side positioning strip, and the oil groove of the buckle side positioning strip is provided with lubricating medium, etc.
  • the annular chain sealing groove is disposed on both end faces of the buckle side positioning chain end chain hole, and the buckle side positioning bar annular chain sealing member is disposed in the buckle side positioning bar annular chain sealing groove to prevent the lubricating medium from flowing out.
  • the rack comprises a spiral hanging hanger, a rotary feeder and a hinge shaft
  • the side strip positioning multi-dimensional integral leakage chain conveyor comprises a rotary weighing feeder, a load cell, a speed sensor and an arithmetic unit.
  • the splicing pylon and the rotary splicer are connected or integrated.
  • the lower part of the slewing pylon is provided with a slewing suspension.
  • the hinge shaft or the hanging frame is connected with the hinged ear, and the upper part of the rotary connector is provided with a hopper splicing hinge hole or a hopper splicing joint ear, etc., and the hopper is connected with the hinge hole and the screw gantry hinge
  • the shaft is hinged
  • the hanging bracket is connected with the hinged ear and the hinged ear of the hopper
  • the lower part of the rotary feeder is provided with a screw-connected weighing feeder, etc.
  • the spiral hanging hanger is hung at the silo or Set on the support foundation, etc.
  • the axis of the hanging frame of the hanging bracket is set at the intermediate point of the force affected zone of the warehouse, and correspondingly, the axis of the hopper is connected with the axis of the hinged ear hole, and is placed at the intermediate point of the force affected zone of the warehouse.
  • the hopper splicing hinge hole and the splicing sling hinge hinge joint form a feeder support hinge point or hinge shaft
  • the hanging joint of the hanging frame and the connecting hopper of the hopper are connected to form a hinge point of the feeder, and the force of the pressure on both sides of the support hinge of the feeder is equal and balanced, and the influence of the pressure sensitive sensor is Elimination, the end of the rotary weighing feeder away from the support hinge point of the feeder is provided with a weighing sensor, etc., the weighing sensor senses the change of the force applied by the rotary weighing feeder, and the weighing sensor cooperates with the speed sensor The operator calculates the weight of the material conveyed by the weighing conveyor.
  • the lower part of the rotary feeder is provided with a hopper and a hinged ear, and the rotary hopper is suspended.
  • the hopper is connected with the hinged trunnion center at the intermediate point of the force in the affected area of the warehouse
  • the rotary weighing feeder includes the rotary connecting weighing feeder Etc.
  • the hinge shaft connects the hopper rotary joint hook and the rotary joint weighing feeder to the hinge joint ear to form a feeder support hinge point
  • the force of the chamber pressure on both sides of the feeder support hinge point is equal and Balanced with each other
  • the weighing feeder is connected away from the end of the feeder supporting the hinge point, and the weighing sensor is arranged.
  • the weighing sensor senses the change of the force applied by the rotary weighing feeder, the weighing sensor and the speed sensor.
  • the weight of the material conveyed by the weighing conveyor is calculated
  • the rack comprises a hinge shaft, a receiving trough and a hanging silo rack, and the hanging silo rack is connected with the silo port, and the hanging silo rack is provided with a hooking silo frame articulated ear or with a hook
  • the silo frame hinge shaft, etc., the lower part of the receiving trough is connected with the side strip positioning multi-dimensional integral leak-proof chain belt conveying device, the upper part of the receiving trough is provided with the connecting trough hinged ear hole, the hinge shaft directly hinges the hanging silo frame hinge ear and the receiving material Slot hinges, etc., or hinged ears of the receiving trough are hinged to the hinged shaft of the hanging silo, or the hinged shaft and the hook of the hanging silo frame, the hinged ear of the receiving trough, etc.
  • the hinged shaft and the hook bracket of the hanging silo frame, the hinged ear of the receiving trough, etc. are provided with a wear-resistant lubricating sleeve
  • the rotary pin bearing includes a rolling bearing or a lubricating bearing
  • the rotary pin bearing includes a self-lubricating bearing.
  • the screw pin bearing makes the hooking of the hook frame hinge ear, the receiving groove hinge ear and the hinge shaft relatively sensitive, so that the screw-connected weighing feeder flows into the unloading material from the material bin opening
  • the end sensitively transfers the weight of the material to the load cell, so that the weighing accuracy is accurate for a long time, and the screw is connected outside the pin bearing.
  • It is directly matched with the joint groove of the receiving groove or the shock-absorbing member is arranged between the outer ring of the pin bearing and the connecting ear of the receiving groove.
  • the shock-absorbing member cushions and absorbs the vibration caused by the silo or material to avoid vibration.
  • the side strip positioning multi-dimensional integral leak-proof chain belt conveying device avoids the accurate weighing interference of the vibration symmetric weight sensor.
  • the rack comprises a receiving tray or a guiding trough or a receiving hopper
  • the guiding trough comprises a guiding port on the guiding trough, a left side plate of the guiding trough, a right side plate of the guiding trough and a tailgate of the guiding trough Etc.
  • the left side plate of the guide trough is arranged on the left side of the guide opening on the guide trough
  • the right side plate of the guide trough is arranged on the right side of the guide opening on the guide trough
  • the rear baffle of the guide trough is set in the guide
  • the lower part of the guiding port on the groove forms a guiding hopper with the left side plate of the guiding trough and the right side plate of the guiding trough
  • a plastic door or a shaping plate is arranged at the outlet of the guiding hopper corresponding to the tailgate of the guiding trough, and the material is from The guide opening on the guide trough falls
  • the material strip with the same cross-section is low in the middle of the material with the middle section, so as to avoid the material falling from the side strip positioning multi-dimensional integral leak-proof chain belt, reducing the left side material and the guide tank left side plate and the guide trough Frictional resistance of the right side plate or the like.
  • the rack and the silo mouth are arranged at the docking point to eliminate the warehouse pressure shaper, etc.
  • the elimination of the warehouse pressure shaper includes eliminating the warehouse pressure slanting plate or eliminating the warehouse pressure anti-smashing hinge or eliminating the warehouse pressure reverse feeding member, etc.
  • the warehousing and anti-hinging hinge is arranged at the silo opening, and the tamper-proof tamper-evident hinge is eliminated, including the squeezing pressure hinge shaft, the squatting pressure smashing prevention plate, and the elimination Pressing the hinge spring, etc., at the silo opening, the anti-storage hinge shaft is arranged or the upper part of the rack at the lower part of the silo port is provided with the dissipating pressure hinge shaft, etc., and the dissipating pressure hinge spring sleeve is sleeved on the dissipating pressure hinge shaft , the elimination of the pressure hinge spring shaft includes the elimination of the pressure hinge shaft spring wing, etc.
  • the back of the silo is buckled on the spring wing of the shaft of the dissipating pressure hinge, and the shaft spring of the dissipating pressure hinge supports the anti-smashing plate.
  • the material falls from a high place, the material is smashed on the anti-smashing plate.
  • the spring hinge of the squeezing hinge shaft is bounced by the impact of the material, and the impact force of the smashing plate and the squeezing hinge shaft spring absorbs the decomposition material, and the material absorbed by the impact force slid away from the smashing plate
  • the multi-dimensional integral leakage-side positioning strip of the buckle chain, or the frame includes a reverse-feeding oblique-side blanking feeder and a frame guiding groove, etc., and the reverse-feeding oblique-side blanking feeder includes a hanging inclined plate guiding material.
  • the trough member, the slanting plate reverse guiding material member and the oblique side reverse blanking port member, etc., the frame guiding groove is arranged at the upper part of the side strip positioning multi-dimensional integral leakage preventing chain belt, and the falling side of the oblique side reverse dropping mouth piece
  • the swash plate reverse guide member and the oblique side reverse blanking member are arranged at the lower part of the swash plate guide groove member, and the oblique side opposite to the inclined surface of the swash plate reverse guide member is disposed.
  • the overall leak-proof chain belt conveying device comprises a side strip positioning leak-proof chain belt reversely extending the weighing feeder, and the side strip positioning leak-proof chain belt reversely extending the weighing feeder including the reversing reverse blanking minus the interference section, Reducing the interference conveying section, the material close to the weighing section and the weighing section, etc., the reverse guiding material falling side hopper and the frame guiding groove are close to the non-contact setting, and the swash plate reverse guiding material is connected from the slanting plate guiding groove
  • the upper end of the piece is inclined to the frame guide groove section, and the swash plate reverse guiding material causes the material slanting plate to reverse the guide material to flow in the opposite direction of the material weighing and dropping port, so that the material under the tribe on the si
  • the sloping plate reverse guide material avoids the material impact side strip positioning and the leak-proof chain belt reversely extends the weighing feeder, and the oblique side reverse blanking port member causes the material to fall on the reversing reverse blanking minus interference section, and the material passes Before the weighing, the interference conveying section is smoothed to the weighing section, and the weighing sensor is accurately weighed without interference of shock and vibration.
  • the side strip positioning multi-dimensional integral leak-proof chain belt conveying device comprises a load cell, a speed sensor and an arithmetic device, and the weighing sensor is arranged at a discharge side of the side strip positioning multi-dimensional integral leak-proof chain conveyor, and the speed sensor is arranged at
  • the side strip positioning multi-dimensional integral leak-proof chain belt is arranged on the sprocket drive member or on the sprocket redirection member, and the weighing sensor is weighed or passed through the weighing side strip to position the material on the multi-dimensional integral leak-proof chain belt.
  • the side strip positioning multi-dimensional integral leak-proof chain belt conveying device and the frame are arranged close to the mouth end of the silo, etc., and the hinge point is set at the center position of the silo chamber nip or offset from the center position of the silo chamber nip.
  • Side strip positioning multi-dimensional integral leak-proof chain belt conveyor device is arranged away from the discharge end of the silo port to hang the weighing parts, etc., hanging the weighing part hanging side strip positioning multi-dimensional integral leak-proof chain belt conveying device for material weighing measurement Or through the side strip positioning multi-dimensional integral leak-proof chain belt conveying device and the frame close to the mouth end of the silo to set the hinge point, etc., the hinge point is set at the center of the silo chamber nip or off the center of the silo chamber nip Set up, side strip positioning multi-dimensional integral leak-proof chain belt conveyor device away from the discharge end of the silo port to set the lifting weights, etc., lifting the weighing parts lifting side strip positioning multi-dimensional overall leak-proof chain belt conveyor
  • the material is weighed and measured, and the operator senses the weight of the material flowing through the load cell and simultaneously weighs the material with the speed sensor to realize the dynamic weighing measurement of the interference reduction.
  • the rack further includes a rack guiding trough, a reverse guiding oblique side dropping hopper, etc., the rack guiding trough and/or the reverse guiding oblique side falling hopper, etc., including a receiving material shaping device, etc.
  • the trough includes a guide port on the guide trough, a left side plate of the guide trough, a right side plate of the guide trough and a tailgate of the guide trough, and the left side plate of the guide trough is disposed on the left side of the guide trough, the guide material
  • the right side plate of the trough is arranged on the right side of the guiding trough
  • the rear baffle of the guiding trough is arranged at the rear end of the guiding trough and forms a rack guiding hopper with the left side plate of the guiding trough and the right side plate of the guiding trough, and the material is fed.
  • the shaper is supported by the frame guide groove and/or the reverse guide inclined side drop hopper, etc., and the feed shaper includes a left side shaper of the guide groove and/or a right side shaper of the guide groove, etc., the guide groove
  • the left shaper includes a fixed support or an adjustable support on the left side of the guide groove, and the right shaper of the guide groove is fixedly supported by the right side plate of the guide groove or adjustable support, and the left side shaper of the guide groove is separately set.
  • the left side shaper of the guide groove is opposite to the right shaper of the guide groove, etc., the left side of the guide groove and the right side of the guide groove and the guide groove rear end of the guide groove Connect, the left side of the guide groove to the right side of the shaper and the right side of the guide groove to the weighing section but not to the weighing section.
  • the receiving material shaping device is arranged on the upper surface of the multi-dimensional integral leak-proof side positioning strip of the buckle chain. And it is not in contact with the multi-dimensional integral leakage side positioning strip of the buckle chain, and the material is shaped when the material is close to the weighing conveying section before weighing.
  • the material conveying shaper abandons the shaping, and the material is free to fall after being shaped.
  • On the weighing section there is no friction with the side plates of the frame guide groove to prevent the material from falling off the weighing section or reduce the frictional resistance between the materials on both sides of the left side of the guide groove and the right side of the guide groove. Relatively reduce interference with accurate weighing factors.
  • the adjustable support comprises a screw spacer adjustment support and/or a threaded sleeve guide support support
  • the screw spacer adjustment support comprises a left screw spacer adjustment support and/or a right screw spacer adjustment support, etc. when using a left screw
  • the left screw spacer adjustment support comprises a left adjustment screw, a left adjustment spacer and a left adjustment nut, etc.
  • the left side shaping device of the guide groove further comprises a left adjustment shaping plate, and the left adjustment shaping plate is provided with a left adjustment.
  • the left adjustment screw passes through the screw hole of the left adjustment plate and the screw of the left side of the guide groove Hole, set the left adjustment spacer on the left adjusting plate screw section between the screw hole of the left adjustment plate and the screw hole of the left side plate of the guide groove, the length of the left adjustment spacer is the same as the required adjustment distance, and the left adjustment nut is screwed
  • the left adjustment shaping plate, the left adjustment spacer and the left side plate of the guide groove are tightened and fixed, and the flowing material is shaped, or when the right screw spacer is used to adjust the support, the right screw spacer adjusts the support.
  • the right side of the guide groove shaper also includes a right adjustment shaping plate, etc.
  • the right adjustment shaping plate is provided with a right adjustment screw hole, and is disposed on the right side plate of the guide groove and right Adjust the screw hole of the guide plate corresponding to the screw hole of the right side of the guide groove, the right adjustment screw passes through the screw hole of the right adjustment plate and the screw hole of the right side of the guide groove, and the screw hole of the right adjustment plate and the screw of the right side of the guide groove
  • a right adjustment spacer is arranged on the screw section of the right adjustment plate between the holes, and the length of the right adjustment spacer is consistent with the required adjustment distance, and the right adjustment nut is screwed on the right adjustment screw to adjust the right adjustment plate and the right adjustment spacer Tightening and fixing with the right side plate of the guide trough, shaping the flowing material, or simultaneously adjusting the support with the left screw spacer and adjusting the support of the right screw spacer, etc.
  • the adjustment support comprises a left threaded sleeve guide adjustment support and/or a right threaded sleeve guide adjustment support, etc.
  • the left threaded sleeve guide adjustment support comprises a left threaded sleeve guide rod, a left adjustment thread sleeve and a left guide rod nut, etc., the left adjustment thread Set including adjustment
  • the threaded section of the shaping plate and the threaded section of the left side plate are engaged, and the left threaded sleeve guide rod is disposed on the left adjustment shaping plate, and the left side of the guide groove corresponding to the left threaded sleeve guide rod is disposed on the left side plate of the guide groove
  • the threaded hole of the plate, the left adjustment thread sleeve is threaded on the left threaded sleeve guide rod, and the left adjustment thread sleeve is screwed into the threaded hole of the left side plate of the guide groove, so that the threaded section of the left shaping plate is adjusted to be the same as the required adjustment distance, so that the left side of the adjustment is engaged
  • the threaded section of the plate is thread
  • the left adjustment thread sleeve is provided with a guide rod thread on the left threaded sleeve guide rod, and the left guide rod nut sleeve is tightened on the guide rod thread in the direction of the left side plate of the guide trough, and the left adjustment shaping plate is pressed against the left adjustment thread sleeve, the left thread
  • the length of the set of guiding rods is not less than the length of the left adjusting thread sleeve and the left guiding rod nut.
  • the threaded sleeve guide adjusting support comprises a right threaded sleeve guiding rod, a right adjusting thread sleeve and a right guiding rod nut, and the right adjusting thread sleeve comprises adjusting a right shaping plate thread segment and a fastening right side plate thread segment, and the right threaded sleeve guiding rod is arranged at On the right adjustment shaping plate, the right side plate of the
  • the length of the right threaded sleeve guide rod is not less than the length of the right adjustment thread sleeve and the right guide rod nut.
  • the right adjustment shaping plate When the right adjustment shaping plate needs to adjust the movement of the outer side of the right side of the guide chute, rotate the right adjustment thread sleeve, and the right adjustment thread sleeve rotates axially relative to the right thread sleeve guide rod.
  • the right adjustment shaping plate moves toward the right side plate of the guiding trough, so that the right adjusting shaping plate increases the material passage, increases the material flow space, and the right guiding rod nut is along the right guiding rod thread.
  • the right guide rod nut fits on the right adjustment threaded sleeve, and tightens the right adjustment shaping plate or the right guide rod nut outer diameter is larger than the right adjustment threaded sleeve outer diameter, and adjusts the outer circumference of the threaded sleeve on the right Set the right shaping sleeve to be tightened, and tighten one end of the right shaping sleeve on the right side of the right side of the guide slot and the other end on the right guide rod nut.
  • the right guide rod nut is tightened by the top plate on the right side of the guide slot.
  • the right shaping plate sleeve is tightened and fixed to the right adjustment shaping plate, and the right shaping plate sleeve is tightened to protect the rust of the right adjustment thread sleeve from the external force, and the gap between the right side plate of the guide groove and the right adjustment shaping plate is openly set.
  • an adjusting plate guard or the like is disposed at a gap between the right side plate of the guide chute and the right adjusting shaping plate, and the adjusting plate guard prevents water, dust, coal mud, materials and the like from entering.
  • the side strip positioning multi-dimensional integral leak-proof chain belt conveying device further comprises a speed sensor, an arithmetic unit, a scale frame and a weighing sensor, and the scale frame is arranged between the chain gear driving member and the chain gear redirecting member, the weighing sensor It is set in the lower part of the scale frame.
  • the load cell detects the side bar positioning and the instantaneous weight of the upper material of the multi-dimensional integral leak-proof chain belt.
  • the speed sensor and the arithmetic unit calculate the material flow rate by detecting the side strip positioning multi-dimensional integral leak-proof chain belt running speed detection or pass the detection.
  • the gear speed of the sprocket drive member is used to calculate the material flow rate or to detect the material flow rate by detecting the rotational speed of the sprocket reversing member, and the dynamic weighing feed is calculated by calculating the instantaneous weight, the material flow rate and the delivery time.
  • the rack and the side strip positioning multi-dimensional integral leak-proof chain belt conveying device are provided with a hinge point, and the hinge point is set at a center position of the silo chamber nip or offset from a center position of the silo port nip area.
  • the side strip positioning multi-dimensional integral leak-proof chain belt is provided with a rotary weighing and unloading port at both ends, and the rotary weighing and unloading port includes a left-handed continuous weighing discharge port and a right-handed continuous weighing discharge port, etc.
  • the balance between the weight of the discharge port and the support hinge point of the feeder and the weight of the right-handed weighing discharge port to the support hinge point of the feeder are accurately calculated for the materials passing through the two discharge ports, respectively.
  • the heavy discharge port and the right-handed weighing discharge port are mutually corrected by the principle of the balance, so that the long-term weighing is accurate, or the weight of the left-handed weighing discharge port to the support hinge point of the feeder is connected with the right-handed weighing.
  • the difference between the weight of the unloading port and the support hinge point of the feeder is determined by the operator to set different coefficients for the left-handed weighing and unloading port, the right-handed weighing and unloading port, etc. .
  • the side positioning bar is set on the buckle by setting the multi-dimensional integral leakage preventing side positioning strip, the side positioning strip, the buckle side positioning strip end chain, the chain belt locking member, the chain gear driving member and the chain gear redirecting member.
  • the end of the chain multi-dimensional integral leak-proof side positioning strip extends, and the end of the side positioning strip is locked on the end chain of the buckle side positioning strip by the chain belt locking member to form a side strip positioning multi-dimensional integral leak-proof chain belt, and the side strip positioning multi-dimensional
  • the overall leak-proof chain belt buckle is arranged on the sprocket drive member and the sprocket redirection member, and the multi-dimensional integral leakage-side locating strip and the side locating strip of the zipper chain are movably connected or arranged in an integrated manner, and the side positioning strip end portion is arranged
  • the buckle is fastened on the buckle side of the buckle side positioning chain, and is driven by the sprocket drive member.
  • the surface of the multi-dimensional integral leak-proof side positioning strip of the buckle chain is not leaking and can be placed on the side of the buckle.
  • the edge or the plane edge, the multi-directional leak-proof structure of the multi-directional leakage preventing structure formed by the multi-dimensional leakage prevention side of the leakage rib and the buckle chain form a multi-dimensional overall leakage prevention, no leakage, no material, no slip, no deviation, no expansion and contraction.
  • the through-side positioning strip hole is disposed between the outer surface and the inner surface of the multi-dimensional integral leak-proof side positioning strip of the buckle chain, and the side positioning strip is connected to the multi-dimensional integral leak-proof side positioning strip of the perforated buckle chain to make the side positioning
  • the end of the strip protrudes from the side of the multi-dimensional integral leak-proof side positioning strip of the perforated buckle chain, so that the side positioning strip protrudes to end the buckle-side positioning strip annular chain, forming a perforated side strip positioning multi-dimensional integral leak-proof chain belt, so that the buckle
  • the side positioning strip endless chain drives the perforated side strip to position the multi-dimensional integral leak-proof chain belt to transport the material, and the through-side positioning strip hole and the side positioning strip are actively linked, and when the perforated side strip is positioned, the multi-dimensional integral leak-proof chain belt runs to the sprocket drive member curved surface.
  • the side positioning strip can be rotated relative to the through-side positioning strip hole, thereby avoiding the rigid twisting and deviating damage of the side positioning strip and the multi-dimensional integral leak-proof side positioning strip of the buckle chain, the running noise is small, the stability is strong, and the side positioning strip is When the impact is deformed, the side positioning strip can be removed and replaced from the through-side positioning strip hole, and the multi-hole integral leak-proof side positioning strip of the entire perforated chain is not required to be replaced, when the integrated buckle multi-dimensional integral leak-proof side positioning strip is used.
  • the leakage-side positioning strip and the side positioning strip are integrally arranged, so that the side positioning strips on the side of the multi-dimensional integral leak-proof side positioning strip are fastened on the buckle side positioning strip circular chain, and the side positioning strips are integrated with one buckle.
  • the overall leak-proof side positioning strip has a side positioning strip that is fastened on the buckle side positioning strip circular chain, so that the buckle chain can be folded into a ring-shaped belt multi-dimensional integral leak-proof side positioning strip with a long tail-to-tail fastening to form a multi-dimensional overall leak-proof side positioning
  • the strip has a ring-shaped sealing chain belt, and the invention makes the outer surface of the multi-dimensional integral leak-proof side positioning strip of the buckle chain as a whole plane so as not to leak, stick to the material, and not scrape the strip material, and the side positioning strip will buckle the chain multi-dimensional
  • the overall leak-proof side positioning strip is worn on the buckle side positioning strip circular chain, so that the multi-dimensional leak-proof side positioning strip annular belt does not run off, does not stretch
  • the multi-dimensional integral leak-proof side positioning strip of the buckle chain is set as a buckle chain which can be folded into a circular multi-dimensional leak-proof side positioning strip flexible sealing long belt, which has good bending performance, wear resistance and no noise during operation, so that the front
  • the self-sealing edge is provided with a long belt front side positioning strip and the rear self-sealing side is provided with a long belt rear side positioning strip, and the long belt front side positioning strip and the long belt rear side positioning strip are locked by the chain belt locking member.
  • the buckle side positioning strip is formed on the endless chain, so that the buckle chain can be folded into a ring-shaped multi-dimensional leak-proof side positioning strip, the flexible sealing strip has a longitudinal end and a first end butt joint, and the buckle side positioning strip annular chain makes the front self-sealing edge and the rear self-sealing edge closely cooperate.
  • the multi-dimensional leak-proof side positioning strip has a self-sealing endless chain belt, and the multi-dimensional leak-proof side positioning strip has a self-sealing side and a self-sealing side of the self-sealing endless belt to the sprocket drive member and the chain gear reversing member.
  • the front self-sealing edge and the rear self-sealing are not caused by the positioning of the front belt side positioning strip and the long belt rear side positioning strip so that the front self-sealing edge and the rear self-sealing edge are tightly fitted.
  • the elasticity of the front elastic self-sealing edge and the rear elastic self-sealing edge when the front elastic self-sealing edge and the rear elastic self-sealing edge run to the sprocket drive member and the sprocket steering member curved surface make the elastic force on the joint Sealing, filling the sealant seal at the front self-sealing edge and the rear self-sealing edge butt joint, and fastening the long belt front side positioning strip and the long belt rear side positioning strip to the buckle side on the buckle side positioning strip circular chain with the chain locking member
  • the leakage preventing long belt front tongue edge and the leakage preventing long belt rear edge joint are sealed to form a multi-dimensional leak-proof side positioning strip long belt lap joint sealing endless chain belt, or the belt belt locking member is used to carry the long belt front side positioning strip
  • the long-side rear side positioning bar is adjacent to the buckle on the buckle side positioning strip end chain, or the leakage
  • the buckle hole strip and the side positioning strip are separated or integrated, or the side positioning strip front self-sealing buckle and the side positioning strip and the self-sealing buckle are fastened, and the side positioning strip front self-sealing buckle and the side positioning strip self-sealing buckle
  • the buckle is formed into a self-sealing buckle multi-dimensional leak-proof side positioning strip with an endless chain belt, and the front positioning strip front self-sealing buckle is set as a front positioning strip front rigid self-sealing buckle or as a side positioning strip front flexible self-sealing buckle, with a chain locking device
  • the side positioning strip is locked on the buckle side of the buckle side positioning chain
  • the multi-dimensional integral leak-proof side positioning strip is flexible and the two ends are connected to form a quick-release buckle chain which can be folded into a ring-shaped multi-dimensional resistance.
  • the leakage side positioning strip seals the long belt so that there is no leakage point on the surface, so that the front positioning strip front sealing buckle and the side positioning strip rear sealing buckle are fastened to form a sealing surface, so that the sealing surface only functions as a sealing buckle.
  • the power of the sprocket drive member and the sprocket reversing member is not pulled by the sprocket drive member, and the plurality of side locating strips are jointly fastened by the buckle side locating strip end chain, so that the side locating strip of the buckle side locating strip is positioned to the side locating strip, so that the side locating strip is positioned.
  • the multi-dimensional integral leak-proof chain belt rotating conveying material does not receive the front and rear pulling force, does not tear and expand and contract, and the rotating chain links are movably connected, so that the driving force of the sprocket driving member is applied to the buckle side positioning strip annular chain and the side positioning strip, Or the front side positioning strip and the rear side positioning strip are fastened on the rotating link of the side positioning strip of the side positioning strip front sealing buckle and the side positioning strip rear sealing buckle, so that the front side positioning strip and the rear side positioning strip pair
  • the side positioning strip front sealing buckle and the side positioning strip rear sealing buckle are positioned, so that the side positioning strip front sealing buckle and the side positioning strip rear sealing buckle are not torn and deformed by the tensile force, so that the buckle chain multi-dimensional overall leakage
  • the side positioning strips do not jump up and down, do not shift back and forth, do not move left and right, do not curl, do not slip, do not leak, do not produce noise
  • the side positioning strip shaft passes through the buckle side positioning strip end chain chain hole, and the side positioning strip shaft rotates relative to the buckle side positioning strip endless chain hole, so that the multi-dimensional integral leak-proof side positioning strip of the buckle chain does not circulate when feeding the side positioning strip
  • the circular chain of the buckle side positioning strip is hardly rubbed and does not generate noise.
  • the loop chain of the buckle side positioning strip can be the middle buckle side positioning strip end chain or the left buckle side positioning strip end chain or the right buckle side positioning strip end chain or the left buckle
  • the side positioning strip annular chain and the right buckle side positioning strip endless chain, the buckle multi-dimensional integral leak-proof side positioning strip is disposed between the left buckle side positioning strip annular chain and the right buckle side positioning strip endless chain, the chain belt locking component will
  • the adjacent through-side positioning strips are connected and fastened to the left buckle side positioning strip annular chain and the right buckle side positioning strip circular chain, and the left buckle side positioning strip annular chain and the right buckle side positioning strip circular chain make the buckle multi-dimensional integral leakage preventing side
  • the positioning strip does not jump up and down, does not shift back and forth, does not move left and right, does not curl, does not slip, does not leak, does not produce noise, does not stretch, does not crack, does not scrape back the material, does not shrink due to thermal expansion And deformation.
  • the perforated buckle chain multi-dimensional integral leak-proof side positioning strip has a flat outer surface, the inner surface is provided with a through-side positioning strip hole protrusion, and the side positioning strip is worn on the through-side positioning strip hole protrusion to drive the perforated buckle chain multi-dimensional integral resistance
  • the leakage side positioning strip runs forward feeding, and the perforated buckle multi-dimensional integral leakage side positioning strip advances to the sprocket drive roller and/or the sprocket driven roller at the flexible concave arc bending, and the perforated buckle chain multi-dimensional whole
  • the leakage-side positioning strip rotates flexibly around the sprocket drive roller and/or the sprocket driven roller without hard bending, noise, and material saving.
  • the leak-proof strip hole wear-resistant tube is a long-term leak-proof strip hole wear-resistant tube and / or multi-stage leak-proof strip hole wear-resistant tube, multi-section leak-proof strip hole wear-resistant tube or leak-proof strip hole resistance
  • the grinding block enables the multi-dimensional integral leak-proof side positioning strip of the perforated buckle to form a multi-dimensional flexible wear-resisting function of up, down, front, back, left and right, which increases the wear resistance of the multi-dimensional integral leak-proof side positioning strip of the buckle chain and improves the service life thereof.
  • the side positioning bar comprises a steel side positioning strip or a nylon side positioning strip or a polyester side positioning strip or a plastic side positioning strip or a rubber side positioning strip or a plastic side positioning strip, and the buckle side positioning strip annular chain buffer sleeve is arranged on the buckle side In the annular chain hole of the positioning strip, the side positioning strip passes through the buckle side of the buckle side positioning strip and the through side positioning strip hole, and the chain belt locking member locks the side positioning strip and the buckle side positioning strip annular chain buffer sleeve on the buckle side.
  • the buckle side positioning strip annular chain buffer sleeve slows the vibration between the side positioning strip and the buckle side positioning strip end chain, and the annular leak preventing rib and the chain multi-dimensional integral leak-proof side positioning strip are connected separately or
  • the blocking piece of the blocking piece and the multi-dimensional integral leakage preventing side positioning strip of the buckle chain are respectively connected or integrated, and the blocking piece of the blocking piece is disposed on the upper surface of the multi-dimensional integral leakage preventing side positioning strip of the buckle chain.
  • the side is disposed on the side of the multi-dimensional integral leak-proof side positioning strip of the buckle chain, and is worn by the side positioning strip on the side of the multi-dimensional integral leak-proof side positioning strip of the buckle chain, and the leakage preventing edge is matched with the buckle multi-dimensional integral leak-proof side positioning strip.
  • Multidimensional fastener chain side positioning overall leakage barrier strip material spill sides, improve the ability to snap the chain transfer ability and environmental side positioning multidimensional overall leakage barrier strip.
  • Perforated flexible band includes steel perforated flexible band or nylon perforated flexible band or polyester perforated flexible band or plastic perforated flexible band or canvas perforated flexible band or cotton perforated flexible band or rubber perforated flexible band
  • the buckle side oil groove of the buckle side positioning strip is disposed on the surface of the annular chain hole of the buckle side positioning strip, and the lubricating oil medium is provided in the oil chain groove of the buckle side positioning strip to reduce the friction and noise between the side positioning strip and the loop chain of the buckle side positioning strip.
  • the buckle side groove of the buckle side positioning strip is disposed on both end faces of the annular chain hole of the buckle side positioning strip, and the annular chain seal of the buckle side positioning strip is disposed in the annular chain sealing groove of the buckle side positioning strip to prevent the outflow of the lubricating medium and improve the long-term lubricating ability. .
  • the lower part of the spiral hanging hanger is provided with a hinged hanging bracket hinge shaft or a hanging bracket to rotate the hinged ear
  • the upper part of the rotary connecting device is provided with a connecting hopper and a hinged hole or a hopper to be connected with the hinged ear.
  • the hopper is connected with the hinged hole and the hinged hinge of the rotary gantry, and the lower part of the rotary hopper is provided with a screw-connected weighing feeder.
  • the splicing hanger is hung at the silo opening or is arranged on the support base, and is hung.
  • the axis of the rotating joint articulated ear hole is set at the intermediate point of the force in the affected area of the warehouse, and the shaft of the connecting hopper is connected with the axis of the connecting ear hole in the middle point of the force in the affected area of the hopper, and the hinged hole and the splicing of the hopper are connected.
  • the hinge of the hinge of the hanging frame forms a feeder support hinge point or a hinged shaft, and the hinged joint of the hanging bracket and the hopper of the hopper are connected to form a hinge point of the feeder supporting the hinge point, and the warehouse is pressed at the support hinge point of the feeder.
  • the end of the rotary weighing feeder away from the support hinge point of the feeder is provided with a load cell, and the weighing sensor senses the rotation.
  • the load of the heavy feeder is changed, and the load cell is matched with the speed sensor.
  • the weight of the material conveyed by the weighing conveyor is calculated by the arithmetic unit.
  • the hopper is connected with the hinged trunnion center at the intermediate point of the force in the affected area of the bin, and the rotary weighing feeder includes the screw-connected weigher of the screw-connected weighing feeder.
  • the hinge shaft connects the hopper to the hinged ear and the screw-connected weighing feeder to connect the hinged ear to form a hinge supporting point of the feeder, and the force of the pressure on both sides of the support hinge point of the feeder is equal and balanced.
  • the influence of the pressure-sensitive symmetrical weight sensor is eliminated, and the weighing feeder is arranged away from the end of the feeder supporting the hinge point.
  • the feeder support hinge point is matched with the rotary weighing feeder, when the material is from When the silo outlet flows out to the position of the load cell, the rotary weighing feeder can be rotated downward due to the support hinge point of the feeder, and the downwardly rotating force is transmitted to the weighing sensor, and the weighing sensor senses the rotation. Heavy loader application force change, load cell The speed sensor cooperates with the operator to calculate the weight of the material conveyed by the weighing conveyor.
  • the rotary weighing structure changes the old type of load cell disposed at the lower part of the conveyor belt, and the load cell moves through the induction conveyor belt on the upper part of the load cell.
  • the method and structure for weighing the material avoids the difference in the tension of the conveyor belt due to the different tension of the conveyor belt, the different adhesion of the conveyor belt to the temperature change hardness, the different thickness of the conveyor belt, the material on the conveyor belt and
  • the frictional force of the guide groove is different from the multi-faceted interference caused by the weight of the symmetrical heavy-sensing material, and the weighing accuracy is increased by several tens of times, which avoids the loading of materials loaded on the site due to the over-loading of the loading, and the loading is less.
  • Excessive and complicated labor for repeated feeding of materials avoids pollution caused by repeated loading and unloading, saves manpower and material resources, and changes the dirty and dirty labor site into a clean and tidy environment without dust and dust.
  • Rotary Weighing Feeder uses side strip positioning multi-dimensional integral leak-proof chain belt to transport materials to change the original belt feeder belt, A The weighing caused by the deviation and the sliding is severely inaccurate and unstable. The side strips that do not run off, do not stretch, do not slip, and do not spill the material are positioned in a multi-dimensional overall leak-proof chain. The relative position adjustment of the chain gear reversing parts ensures that the weighing is stable, reliable and accurate for a long time, improving work efficiency and work quality.
  • the hook silo rack is connected with the silo port, and the lower side of the receiving trough is connected with the side strip positioning multi-dimensional integral leak-proof chain belt conveying device, and the hinge shaft directly hinges the hook bracket frame articulating ear and the receiving trough hinge ear, or
  • the hinged ear hole of the receiving slot is hinged with the hinged shaft of the hanging silo frame, or the hinged shaft and the hinged ear of the hanging silo frame and the hinged ear of the receiving slot are provided with a rotating pin bearing, or a hinged shaft and a hanging silo
  • a wear-resistant lubricating sleeve is arranged between the hinged ear and the joint groove of the receiving groove, and the screw-connected pin bearing makes the hinged ear of the hanging silo frame, the hinged ear of the receiving groove and the hinge shaft are relatively sensitive, so that the rotary joint is weighed and transferred.
  • the material is sensitively transferred to the load cell by the material flowing into the discharge end from the silo port, so that the weighing accuracy is accurate for a long time, and the outer ring of the screw pin bearing and the joint groove of the receiving groove are directly matched or screwed.
  • a damping member is arranged between the outer ring of the shaft bearing and the hinged ear of the receiving groove, and the shock absorbing member cushions and absorbs the vibration caused by the silo or the material, thereby avoiding the multi-dimensional integral leakage chain conveyor of the vibration side strip, thereby avoiding The vibration symmetrical weight sensor accurately weighs the interference.
  • the left side plate of the guide trough is set on the left side of the guide opening on the guide trough
  • the right side plate of the guide trough is set on the right side of the guide opening on the guide trough
  • the rear baffle of the guide trough is set in the guide
  • the lower part of the guiding port on the groove forms a guiding hopper with the left side plate of the guiding trough and the right side plate of the guiding trough
  • a plastic door or a shaping plate is arranged at the outlet of the guiding hopper corresponding to the tailgate of the guiding trough, and the material is guided from the guiding material.
  • the guide opening on the trough falls into the guiding hopper, and the side strip positioning multi-dimensional integral leak-proof chain belt carries the animal material to guide the hopper outlet, and the material is shaped when passing through the shaping door or the shaping plate, and the shaped material is formed to have a uniform cross section.
  • the material belt, the material after the shaping is lower in the middle and the lower side of the material, avoiding the material falling from the side strip positioning multi-dimensional integral leaking chain belt, reducing the left side material and the left side plate of the guiding trough and the right side plate of the guiding trough
  • the frictional resistance improves the weighing accuracy and ensures the weighing accuracy is stable and reliable for a long time.
  • the warehousing pressure-proof hinge is set at the silo port, and the venting hinge shaft or the lower rack at the lower end of the silo is arranged at the silo opening.
  • the upper part is provided with the squeezing pressure hinge shaft, and the squeezing pressure hinge spring sleeve is sleeved on the squeezing pressure hinge shaft, and the smashing pressure smashing plate back is turned toward the material hopper opening on the squeezing pressure hinge shaft spring wing, and the squatting pressure hinge shaft is eliminated.
  • the spring supports the elimination of the pressure-proof smashing plate.
  • the material When the material falls from a high place, the material smashes on the smash-proof pressure-proof slab, and the squeezing hinge spring-swing spring is subjected to the impact of the material, and the smash-proof plate is eliminated.
  • the pressure-retaining hinge spring absorbs the impact force of the decomposed material, and the material that has absorbed the impact force is pressed against the smashing pressure.
  • the upper side of the strip is positioned to position the multi-dimensional integral leak-proof chain belt, or the frame guide groove is arranged on the upper part of the multi-dimensional integral leak-proof side positioning strip of the buckle chain, and the blanking mouth of the oblique side reverse blanking mouth member faces the anti-material movement Direction setting, the swash plate reverse guide member and the oblique side reverse drop port member are arranged at the lower part of the hanging swash plate guide groove member, and the oblique side reverse blanking port member is arranged opposite to the inclined surface of the swash plate reverse guide member.
  • the slanting plate reverse guiding material member and the oblique side reverse blanking mouth member constitute a reverse guiding material oblique side falling hopper, and the reverse guiding material oblique side falling hopper and the frame guiding groove are close to the non-contact setting, and the swash plate reverse guiding material is hung from the hanging
  • the upper end of the slanting plate guide groove member is inclined to the frame guiding groove section, and the inclined plate reverse guiding material causes the material slanting plate reverse guiding material to flow in the opposite direction to the material weighing and discharging opening, so that the silo is placed on the silo
  • the material under the tribe is on the anti-guide material of the sloping plate to avoid material impact.
  • the side strip is positioned to prevent the leakage chain from being reversely extended.
  • the weighing feeder is reversed and the material is dropped in the reverse loading.
  • On the interference section the material is smoothed to the weighing section before the weighing is reduced by weighing, and the load cell is not Accurate weighing of materials under shock and vibration and other interference.
  • the load cell is arranged at the side strip positioning multi-dimensional integral leak-proof chain conveyor conveying device, the speed sensor is arranged on the side strip positioning multi-dimensional integral leak-proof chain belt surface or set in the sprocket drive or set in the chain gear redirection On the piece, the weighing sensor is positioned by the weighing side strip to position the material on the multi-dimensional integral leak-proof chain belt or by the side strip positioning multi-dimensional integral leak-proof chain belt conveying device and the rack close to the mouth end of the silo to set the junction point, hinged The point is set at the center position of the nipper of the silo port or away from the center of the nip of the silo port.
  • the side strip positioning multi-dimensional integral leak-proof chain belt conveying device is arranged away from the discharge end of the silo port to hang the weighing parts, and the hanging Hanging weighing parts hanging side strip positioning multi-dimensional integral leak-proof chain belt conveying device for material weighing measurement or through side strip positioning multi-dimensional integral leak-proof chain belt conveying device and rack close to the silo end to set the hinge point, hinge point setting In the center position of the nipper of the silo port or away from the center of the nip of the silo port, the side strip positioning multi-dimensional integral leak-proof chain belt conveying device is arranged away from the discharge end of the silo port to set the lifting weight, the lifting scale
  • the lifting side strip positioning multi-dimensional integral leak-proof chain belt conveying device measures the weight of the material, and the weighing sensor senses the flowing material weight at the same time cooperates with the speed sensor, and the arithmetic unit measures the instantaneous weight and the speed sensor to measure the material flow rate through the weighing sensor.
  • the material transfer time calculates the dynamic weight of the material, realizes the dynamic disturbance weighing measurement, and changes the old type to set the weighing sensor in the lower part of the conveyor belt.
  • the weighing sensor weighs the material by the force of the induction conveyor belt running on the upper part of the load cell.
  • the method avoids the difference in the tension of the conveyor belt due to the different tension of the conveyor belt.
  • the conveyor belt is different in temperature and hardness.
  • the adhesion is different.
  • the thickness of the conveyor belt is different.
  • the friction between the material on the conveyor belt and the guide groove is different.
  • the multi-faceted interference caused by the weight of the symmetrical heavy-sensing material increases the weighing accuracy by several tens of times, and changes the weight of the material on the upper part of the old induction belt.
  • the loading error is large, and the loading is too large.
  • Material unloading, redundant and complicated labor for repeated feeding of materials with less loading It avoids the pollution caused by repeated loading and unloading, saves manpower and material resources, and changes the dirty and dirty labor scene into a clean and tidy environment without leakage, no dust, no deviation, no expansion, no slip,
  • the side strip positioning without multi-leakage is multi-dimensional, the overall leak-proof chain belt conveys the material, and the weighing of the original belt feeder belt and the belt belt is relatively inaccurate and unstable, and the use is not biased or used.
  • the multi-dimensional integral leak-proof chain belt with telescopic, non-slip and non-slip material is not required to adjust the relative position of the chain gear drive member and the chain gear reversing member for a long time, ensuring long-term stability, reliability and precision of the weighing, and improving the work. Efficiency and quality of work.
  • the left side plate of the guide trough is arranged on the left side of the guide trough
  • the right side plate of the guide trough is arranged on the right side of the guide trough
  • the rear baffle of the guide trough is arranged at the rear end of the guide trough and left with the guide trough
  • the side plate and the right side plate of the guide trough form a frame guiding hopper
  • the receiving material shaping device is supported by the frame guiding trough and/or the reverse guiding oblique side falling hopper
  • the right side shaping device of the guiding trough is guided by the guiding trough
  • the right side plate fixed support or adjustable support, the left side shaper of the guide groove is separately set or the left side shaper of the guide groove is opposite to the right shaper of the guide groove, and the left side shaper and the guide groove of the guide groove are right.
  • the rear end of the side shaper is connected with the tailgate of the guide trough, and the front end of the right side of the guide trough and the right side of the guide trough to the weighing section but not to the weighing section, and the receiving material shaping device is arranged at
  • the multi-dimensional integral leakage prevention side positioning strip of the buckle chain is not in contact with the multi-dimensional integral leakage side positioning strip of the buckle chain, and the material is shaped when the material is removed from the interference conveying section before weighing, and the material is received when the material is close to the weighing section.
  • the material shaper abandons the shaping, and the material is free to fall on the weighing section after being shaped, and does not generate friction with the side plate of the frame guide groove.
  • the material is dropped from the multi-dimensional integral leak-proof side positioning strip of the buckle chain or the frictional resistance between the materials on both sides of the left side of the guide trough and the right side of the guide trough is reduced, and the accurate weighing factor is reduced to ensure the accuracy of weighing. .
  • the left adjustment shaping plate is provided with a screw hole of the left adjustment plate, and a screw hole of the left side plate of the guide groove corresponding to the screw hole of the left adjustment plate is arranged on the left side plate of the guide groove, and the left adjustment screw passes through the left adjustment plate.
  • Screw hole and screw hole on the left side of the guide groove set the left adjustment spacer on the left adjustment plate screw section between the screw hole of the left adjustment plate and the screw hole of the left side plate of the guide groove, and the length of the left adjustment spacer The adjustment distance is the same.
  • the left adjustment nut is screwed on the left adjustment screw.
  • the left adjustment shaping plate, the left adjustment spacer and the left side plate of the guide groove are tightened and fixed, and the flowing material is shaped, or when the right screw spacer is used to adjust the support.
  • the right adjustment shaping plate is provided with a right adjustment screw hole, and a right side plate screw hole corresponding to the screw hole of the right adjustment plate is arranged on the right side plate of the guide groove, and the right adjustment screw passes through the right adjustment plate screw.
  • the screw hole of the right side plate of the hole and the guide groove is provided with a right adjustment spacer on the right adjustment plate screw section between the screw hole of the right adjustment plate and the screw hole of the right side plate of the guide groove, and the length of the right adjustment spacer is The adjustment distance is the same, and the right adjustment nut is screwed on the right adjustment screw.
  • the right adjustment shaping plate, the right adjustment spacer and the right side plate of the guide groove are tightened and fixed, and the flowing material is shaped, or the left screw spacer adjustment support and the right screw spacer adjustment support are simultaneously used, when the threaded sleeve guide rod is used for adjustment
  • the left threaded sleeve guide rod is disposed on the left adjustment shaping plate, and the left side plate threaded hole corresponding to the left threaded sleeve guide rod is disposed on the left side of the guide groove, and the left adjustment thread sleeve is worn on the left side.
  • the left adjustment thread sleeve is screwed into the threaded hole of the left side plate of the guide groove, so that the threaded section of the left shaping plate is adjusted to be in accordance with the required adjustment distance, so that the threaded section of the left side plate and the thread of the left side of the guide groove are fastened.
  • the thread of the hole is matched, the threaded hole of the left side of the guide groove supports the left adjustment thread sleeve, the left adjustment threaded sleeve is on the left adjustment shaping plate, and the left threaded sleeve guide rod end protrudes from the left adjustment thread sleeve, and the left threaded sleeve guide rod
  • the guide rod thread is provided, and the left guide rod nut sleeve is tightened on the guide rod thread in the direction of the left side plate of the guide trough, and the left adjustment shaping plate is pressed against the left adjustment thread sleeve, and the length of the left thread sleeve guide rod is not less than the left adjustment thread sleeve.
  • the axial rotation of the guiding rod causes the left adjusting shaping plate to move toward the left side plate of the guiding trough, so that the left adjusting shaping plate increases the material passage and increases the material flow space, and the right threaded sleeve guiding rod is disposed on the right adjusting shaping plate.
  • the right side plate of the guide groove is provided with a threaded hole of the right side of the guide groove corresponding to the right threaded sleeve guide rod, the right adjustment thread sleeve is threaded on the right threaded sleeve guide rod, and the right adjustment thread sleeve is screwed into the guide groove right
  • the threaded hole of the side plate is such that the threaded section of the right shaping plate is adjusted to be in accordance with the required adjustment distance, so that the threaded section of the right side plate is threaded with the threaded hole of the right side of the guide groove, and the threaded hole of the right side of the guide groove supports the right side.
  • Adjust the thread sleeve, the right adjustment thread sleeve is on the right adjustment shaping plate, the right thread sleeve guide rod end protrudes from the right adjustment thread sleeve, the right thread sleeve guide rod is provided with the guide rod thread, and the right guide rod nut is sleeved on the guide rod Tighten the right side of the guide groove on the thread, and adjust the right adjustment sleeve to the right adjustment thread sleeve.
  • the length of the right thread sleeve guide rod is not less than the length of the right adjustment thread sleeve plus the right guide rod nut.
  • the scale rack is arranged between the sprocket drive member and the sprocket reversing member, the weighing sensor is arranged at the lower part of the scale rack, the weighing sensor detects the side strip positioning multi-dimensional integral leak-proof chain belt upper material instantaneous weight, the speed sensor and
  • the arithmetic unit calculates the material flow rate by detecting the running speed detection of the multi-dimensional integral leak-proof chain belt by detecting the side strip or detecting the material flow rate by detecting the rotational speed of the sprocket drive member or calculating the material flow rate by detecting the rotational speed of the sprocket reversing member, and calculating the instantaneous flow.
  • the weight, material flow rate and material delivery time are dynamically weighed.
  • the hinge point is set at the center position of the silo chamber nip or offset from the center position of the silo port nip.
  • the multi-dimensional integral leak-proof chain belt is provided with a rotary weighing outlet at both ends, and the left-handed weighing outlet is connected to the weight of the feeder supporting hinge point and the right-handed weighing outlet is connected to the feeder supporting hinge point.
  • the weight phase balance accurately calculates the weight of the materials passing through the two discharge ports.
  • the left-handed weighing and unloading ports and the right-handed weighing and discharging port are mutually corrected by the principle of the balance, so that the long-term weighing is accurate or left-handed.
  • the weight of the weighing outlet to the support hinge point of the feeder is different from the weight of the right-handed weighing discharge port to the support hinge point of the feeder, and the left-handed weighing and unloading port is right by the arithmetic unit.
  • the different coefficients of the rotary weighing and unloading port are accurately calculated for the weight of the material to be passed.
  • the old two-way feeder has to adjust the position of the roller to the belt when the belt and the belt are often telescopically deformed.
  • the belt is tensioned, but Repeated adjustment causes the weighing calculation coefficient to change constantly, making the field extremely difficult to operate and adjust to make the dynamic weighing error change greatly, and the manual manpower and material time is greatly wasted due to repeated adjustment.
  • the two-way weighing measurement of the conveying material changes the old type of weighing sensor at the lower part of the conveyor belt.
  • the weighing sensor weighs the material by the force of the induction conveyor belt running on the upper part of the weighing sensor, avoiding weighing the material on the conveyor belt. Due to the different tension of the conveyor belt, the conveyor belt is subject to different temperature and hardness. The adhesion is different. The thickness of the conveyor belt is different. The friction between the material on the conveyor belt and the guide groove is different. The effect is to increase the weighing accuracy by several tens of times, and the weight of the upper material of the old induction belt is changed. The loading error is large, and the loading of the material is unloaded due to the overload of the loading, and the loading is less.
  • the side strip positioning multi-dimensional integral leak-proof chain belt does not need to adjust the relative position of the chain gear drive member and the chain gear reversing member for a long time, ensuring the long-term stability, reliability and precision of the two-way weighing, and improving the function of the dynamic weighing feeder.
  • the work efficiency and work quality are improved, and the layout space and manufacturing cost use cost of the on-site dynamic weighing feeder are saved.
  • the invention changes the belt conveyor of the old belt feeder and the conveyor belt of the belt feeder.
  • the driving roller and the driven roller drive the feeding by the friction force. Because of the large expansion and contraction of the belt and the belt, the driving roller and the driven drum are often caused. The position of the drum needs to be adjusted to match the tension of the belt and the belt to continue working. Because the workers on the belt and the rollers at both ends of the belt are too far apart, it causes a serious shutdown accident caused by the belt belt breakage.
  • the invention avoids the interruption of the motor power caused by the motor starting belt and the rotation of the nail belt, causing the motor to be burnt out due to excessive tension, and the invention avoids the belt nail belt attached to the drum to rotate by the friction force, because When the driven roller driven roller is installed, the two roller shafts are not parallel and the parallelogram of the two roller shaft ends appears.
  • the invention avoids the deformation of the old belt, the gap between the nail strip and the perforation, and the plurality of nails and There is a gap between the nail pieces, such as the tension, the temperature and the influence of the deformation of the roller and the drum, and the belt and the belt are often deflected during operation, causing spillage.
  • the belt, the belt grinding belt, the belt, the belt belt, the tearing fracture and the like occur, the invention changes the serious human and material waste caused by frequent maintenance and replacement at the site, improves the production efficiency, and avoids polluting the environment.
  • the invention avoids the old chain belt feeder from wearing a plurality of strips through a plurality of strips, and leakage between the nail piece and the nail piece, even if a leakproof strip is arranged between the nail piece and the nail piece, the leakage strip is easy to fall off often.
  • the problem is that the gap between the nail piece and the nail piece is serious, the process of manufacturing the piercing piece is complicated, the material waste is serious, the production efficiency is low, and the like, the invention avoids the chain plate feeder in giving
  • the energy consumption is large, the vibration is large, the noise is large, the scraper is higher than the backing plate, the material is very serious, the leakage is serious, and the structure is complicated, the volume is large and the weight is large, and the space occupied by the site is large, resulting in a large investment cost of the site infrastructure and equipment.
  • the invention wastes more problems, the invention does not need to add a return material collector in the lower part of the machine, reduces equipment input, and avoids waste of manpower and material resources.
  • the structure of the invention is smart and simple, and the operation is reliable. With high-value, the present invention feeder creatively very strongly with the current environmental, safety, efficiency, energy saving modern production requirements, has brought huge economic and scientific value.
  • FIG. 1 is a structural view of a side strip positioning multi-dimensional integral leak-proof chain belt feeder according to Embodiment 1;
  • FIG. 2 is a structural view of the side strip positioning multi-dimensional integral leak-proof chain belt feeder described in Embodiment 1;
  • FIG. 3 is a structural view of a multi-dimensional integral leak-proof side positioning strip of the perforated buckle chain described in Embodiment 1;
  • Figure 4 is a cross-sectional view taken along line A-A of Figure 3;
  • FIG. 5 is a structural view of the integral chain multi-dimensional integral leak-proof side positioning strip described in Embodiment 2;
  • Figure 6 is a cross-sectional view taken along line B-B of Figure 5;
  • FIG. 7 is a structural view of the buckle of the embodiment 3 in which the buckle can be folded into a long strip of a multi-dimensional integral leak-proof side positioning strip of the endless belt;
  • Figure 8 is a structural view of the multi-dimensional integral leak-proof side positioning strip long belt annular sealing chain belt described in Embodiment 3;
  • FIG. 9 is a structural view of the multi-dimensional integral leak-proof side positioning strip ring belt of the buckle according to Embodiment 4.
  • Figure 10 is a structural view showing the buckle of the embodiment 4 can be folded into a ring-shaped multi-dimensional leak-proof side positioning strip flexible sealing strip;
  • Figure 11 is a structural view of the multi-dimensional leak-proof side positioning strip long self-sealing endless chain belt described in Embodiment 4;
  • Figure 12 is a structural view showing the buckle of the embodiment 4 which can be folded into a loop-shaped multi-dimensional leak-proof side positioning strip flexible sealing strip;
  • Figure 13 is a structural view showing the buckle of the embodiment 5 can be folded into a ring-shaped multi-dimensional leak-proof side positioning strip flexible sealing strip;
  • Figure 14 is a structural view showing the buckle of the embodiment 6 can be folded into a ring-shaped multi-dimensional leak-proof side positioning strip flexible sealing strip;
  • Figure 15 is a structural view showing the buckle of the embodiment 7 which can be folded into a loop-shaped multi-dimensional leak-proof side positioning strip flexible sealing strip;
  • Figure 16 is a structural view showing the buckle of the embodiment 8 which can be folded into a loop-shaped multi-dimensional leak-proof side positioning strip flexible sealing strip;
  • Figure 17 is a structural view showing the long chain endless belt of the multi-hole leak-proof side positioning strip of the buckle hole described in Embodiment 8;
  • Figure 18 is a structural view showing the quick-release detachable chain of the ninth embodiment of the present invention, which can be folded into a ring-shaped multi-dimensional leak-proof side locating strip;
  • Figure 19 is a structural view of the side strip positioning multi-dimensional integral leakproof chain belt conveying device described in Embodiment 10;
  • Figure 20 is a structural view showing the side strip positioning multi-dimensional integral leakproof chain belt conveying device described in Embodiment 10;
  • Figure 21 is a structural view showing a multi-dimensional integral leak-proof side positioning strip of the perforated chain according to Embodiment 11;
  • Figure 22 is a cross-sectional view taken along line C-C of Figure 21;
  • Figure 23 is a cross-sectional view showing the perforated chain multi-dimensional integral leak-proof side positioning strip of the embodiment 12;
  • Figure 24 is a cross-sectional view showing the perforated chain multi-dimensional integral leak-proof side positioning strip of the embodiment 13;
  • Figure 25 is a structural view showing a multi-dimensional integral leak-proof side positioning strip of the perforated buckle chain described in Embodiment 13;
  • Figure 26 is a partial cross-sectional view showing the perforated chain multi-dimensional integral leak-proof side positioning strip of the embodiment 14;
  • Figure 27 is a partial cross-sectional view showing the perforated chain multi-dimensional integral leak-proof side positioning strip of the embodiment 15;
  • Figure 28 is a partial cross-sectional view showing the perforated chain multi-dimensional integral leak-proof side positioning strip of the embodiment 16;
  • Figure 29 is a structural view showing the side strip positioning multi-dimensional integral leak-proof chain belt feeder described in Embodiment 17;
  • Figure 30 is a structural view showing the side strip positioning multi-dimensional integral leak-proof chain belt feeder described in Embodiment 18;
  • Figure 31 is a cross-sectional view taken along line A-A of Figure 30;
  • Figure 32 is a structural view showing the side strip positioning multi-dimensional integral leak-proof chain belt feeder described in Embodiment 19;
  • Figure 33 is a structural view of the side strip positioning multi-dimensional integral leak-proof chain belt feeder described in Embodiment 20;
  • Figure 34 is a cross-sectional view taken along line A-A of Figure 33;
  • Figure 35 is a partial structural sectional view showing the side strip positioning multi-dimensional integral leak-proof chain belt feeder described in Embodiment 21;
  • Figure 36 is a partial structural sectional view showing the side strip positioning multi-dimensional integral leak-proof chain belt feeder described in Embodiment 22;
  • Figure 37 is a partial structural sectional view showing the side strip positioning multi-dimensional integral leak-proof chain tape feeder described in Embodiment 23;
  • Figure 38 is a structural view showing the side strip positioning multi-dimensional integral leak-proof chain belt feeder described in Embodiment 24;
  • Figure 39 is a structural view showing the side strip positioning multi-dimensional integral leak-proof chain belt feeder described in Embodiment 24;
  • Figure 40 is a structural view showing the side strip positioning multi-dimensional integral leak-proof chain belt feeder described in Embodiment 25;
  • Figure 41 is a structural view showing the side strip positioning multi-dimensional integral leak-proof chain belt feeder described in Embodiment 26;
  • Figure 42 is a structural view showing the side strip positioning multi-dimensional integral leak-proof chain tape feeder described in Embodiment 27;
  • Figure 43 is a structural view showing the side strip positioning multi-dimensional integral leak-proof chain belt feeder described in Embodiment 28;
  • Figure 44 is a structural view showing the side strip positioning multi-dimensional integral leak-proof chain belt feeder described in Embodiment 29;
  • Figure 45 is a structural view showing the side strip positioning multi-dimensional integral leak-proof chain belt feeder described in Embodiment 30;
  • Figure 46 is a structural view showing the side strip positioning multi-dimensional integral leak-proof chain belt feeder described in Embodiment 31;
  • Figure 47 is a structural view of the side strip positioning multi-dimensional integral leak-proof chain belt feeder according to Embodiment 32;
  • Figure 48 is a structural view showing the side strip positioning multi-dimensional integral leak-proof chain belt feeder described in Embodiment 33;
  • Figure 49 is a structural view of the side strip positioning multi-dimensional integral leak-proof chain belt feeder described in Embodiment 34;
  • Figure 50 is a cross-sectional view taken along line A-A of Figure 49;
  • Figure 51 is a structural view showing the side strip positioning multi-dimensional integral leak-proof chain belt feeder described in Embodiment 35;
  • Figure 52 is a cross-sectional view taken along line A-A of Figure 51;
  • Figure 53 is a partial structural sectional view showing the side strip positioning multi-dimensional integral leak-proof chain tape feeder described in Embodiment 36;
  • Figure 54 is a cross-sectional view taken along line A-A of Figure 53;
  • Figure 55 is a cross-sectional view taken along line B-B of Figure 53;
  • Figure 56 is a structural view of the side strip positioning multi-dimensional integral leak-proof chain belt feeder described in Embodiment 37;
  • Figure 57 is a structural view showing the side strip positioning multi-dimensional integral leak-proof chain belt feeder described in Embodiment 38;
  • Figure 58 is a structural view of the side strip positioning multi-dimensional integral leak-proof chain belt feeder described in Embodiment 39;
  • the side strip positioning multi-dimensional integral leak-proof chain belt feeder 1 comprises a frame 2 and a side strip positioning multi-dimensional integral leak-proof chain belt conveying device 3, etc., and the rack 2 supports side strip positioning multi-dimensional whole
  • the leakage chain conveyor 3 conveys the material
  • the side strip positioning multi-dimensional integral leakage chain conveyor 3 includes a chain multi-dimensional integral leak-proof side positioning strip 4, a side positioning strip 5, a buckle side positioning strip circular chain 6, a chain belt
  • the locking member 7, the sprocket driving member 8 and the sprocket reversing member 9 and the like, the multi-dimensional integral leak-proof side positioning strip 4 of the buckle chain comprises a multi-hole integral leak-proof side positioning strip 10 of the perforated buckle chain, etc.
  • the side of the leakage side positioning strip 4 is provided with a flat edge, etc.
  • the perforated buckle multi-dimensional integral leak-proof side positioning strip 10 is provided with a through-side positioning strip hole 11 and the like, and the through-side positioning strip hole 11 is arranged in the multi-dimensional integral resistance of the buckle chain.
  • the side positioning strip 5 is connected to the perforated buckle chain multi-dimensional integral leak-proof side positioning strip 10, and the side positioning strip 5 end protrudes from the perforated buckle chain multi-dimensional integral leak-proof side.
  • the protruding end of the side positioning strip 5 is fastened to the buckle side of the buckle side positioning chain 6, the chain is locked 7
  • the side positioning strip 5 is locked on the buckle side positioning strip annular chain 6 to form a perforated side strip positioning multi-dimensional integral leakproof chain belt 96, the perforated side strip positioning multi-dimensional integral leakproof chain belt 96 is surrounded by the chain gear drive member 8 and the chain gear is modified.
  • the sprocket drive member 8 drives the buckle side positioning strip annular chain 6, and the buckle side positioning strip annular chain 6 drives the side positioning strip 5 to circulate around the sprocket drive member 8 and the sprocket reversing member 9, and the side positioning strip 5 Drive the chain multi-dimensional integral leak-proof side positioning strip 4 to transport the material.
  • the side chain of the multi-dimensional integral leakage preventing side positioning strip 4 of the buckle chain may also be provided with a leakage preventing rib 12 and the like.
  • the multi-dimensional integral leak-proof side positioning strip 4 of the buckle chain comprises an integral chain multi-dimensional integral leak-proof side positioning strip 13 , etc.
  • the multi-chain integral leak-proof side positioning strip 4 and the side positioning strip of the buckle chain 5 is a one-piece, one side buckle multi-dimensional integral leak-proof side positioning strip 13 side of the side positioning strip 5 is fastened on the buckle side positioning strip circular chain, the chain gear drive member drives the integrated buckle multi-dimensional overall leak-proof side positioning strip
  • the belt 13 conveys the material forward.
  • the multi-dimensional integral leak-proof side positioning strip of the buckle chain comprises a buckle chain which can be folded into a ring-shaped belt multi-dimensional integral leak-proof side positioning strip long strip 14 , etc., and the buckle chain can be folded into a ring-shaped multi-dimensional integral leakage barrier.
  • the side positioning strip long belt 14 is fastened on the buckle side positioning strip annular chain 6 by the side positioning strips 5, and the buckle chain can be folded into an endless belt multi-dimensional integral leak-proof side positioning strip long strip 14 end-to-end buckle to form a multi-dimensional integral leak-proof side positioning
  • the strip has a ring-shaped sealing chain belt 15, and the multi-dimensional integral leak-proof side positioning strip has a ring-shaped sealing chain belt 15 buckled on the chain gear driving member and the chain gear redirecting member, and the continuous driving is driven by the chain gear driving member, and the chain is multi-dimensionally
  • the outer surface of the overall leakage-side positioning strip is an integral leak-free surface to ensure no leakage, no sticking, no scraping, etc., and the side positioning strip 5 is fastened to the multi-dimensional integral leak-proof side positioning strip 4 of the buckle chain.
  • the buckle side positioning strip is arranged on the endless chain 6 so that the multi-dimensional leak-proof side positioning strip 5 annular belt does not run off, does not stretch, does not slip, does not leak overall, does not deform, etc., and the buckle chain can be folded into a multi-dimensional integral leak-proof side of the annular belt
  • the positioning strip long strip 14 is positioned on the buckle side positioning strip annular chain 6 by the side positioning strip 5, and the heavy load is started without hitting.
  • the whole material does not leak, the multi-dimensional positioning does not run off, the chain positioning does not stretch, the sprocket does not slip, the flexible chain has no noise, the flexible chain wears, the multi-dimensional overall leak does not bring back material, flexible belt It is rigid and soft with steel chain, free of adjustment and maintenance-free.
  • the multi-dimensional integral leak-proof side positioning strip 4 of the buckle chain can also be a multi-dimensional integral leak-proof side positioning strip ring belt 16 of the buckle chain.
  • the multi-dimensional integral leak-proof side positioning strip of the buckle chain comprises a buckle chain which can be folded into a ring-shaped multi-dimensional leak-proof side positioning strip, a flexible sealing strip 17 and the like, and the buckle chain can be folded into a circular multi-dimensional leak-proof side positioning.
  • the longitudinal ends of the flexible sealing strips 17 are provided with a front self-sealing edge 18 and a rear self-sealing edge 19, and the front self-sealing edge 18 is provided with a long belt front side positioning strip 20 and a rear self-sealing edge 19 is provided with a long belt rear side.
  • the side positioning strip 21 and the like, the chain belt locking member fixes the long belt front side positioning strip 20 and the long belt rear side positioning strip 21 close to the buckle on the buckle side positioning strip circular chain, and the buckle chain can be folded into a circular multi-dimensional leak-proof side positioning.
  • the flexible sealing strip 17 is longitudinally end-to-tail butt-joined, and the buckle-side positioning strip end chain tightly matches the front self-sealing edge 18 and the rear self-sealing edge 19 to form a multi-dimensional leak-proof side positioning strip long self-sealing endless chain belt 22, multi-dimensional resistance
  • the front side side positioning bar 20 is provided when the front side self-sealing side 18 of the self-sealing endless belt 18 and the rear self-sealing side 19 run to the curved surface of the sprocket drive member and the sprocket reversing member.
  • the front self-sealing edge 18 and the rear self-sealing edge 19 are closely fitted with the long belt rear side positioning strip 21 Bits have no material leakage gap.
  • the front self-sealing edge 18 and the rear self-sealing edge 19 may also be sealed at the butt joint filling seal 23 or the like.
  • the front self-sealing edge and the rear self-sealing edge are respectively provided with a front elastic self-sealing edge 24, a rear elastic self-sealing edge 25, and the like, and run to the chain at the front elastic self-sealing edge 24 and the rear elastic self-sealing edge 25.
  • the elasticity of the front elastic self-sealing edge 24 and the rear elastic self-sealing edge 25 of the gear drive member and the sprocket redirection member and the like causes a spring-tight seal against the seam.
  • the buckle can be folded into a ring-shaped multi-dimensional leak-proof side positioning strip, a flexible sealing strip, and two longitudinal ends are provided with a chain multi-dimensional leak-proof side positioning strip, a long strip front leak-proof structure 26, and a multi-chain leak-proof chain.
  • the side positioning strip has a long strip rear leakage structure 27, etc.
  • the chain multi-dimensional leak-proof side positioning strip long strip front leak-proof structure 26 includes a leak-proof long strip front tongue edge 28, etc.
  • the leakage structure 27 includes a leakage preventing long belt rear tongue edge 29 and the like
  • the buckle chain multi-dimensional leakage side positioning strip long belt front leakage preventing structure 26 is provided with a long belt front side positioning strip 20 and the chain multi-dimensional leak-proof side positioning strip has a long strip.
  • the leakage preventing structure 27 is provided with a long belt rear side positioning strip 21 and the like, and the chain belt locking member closes the long belt front side positioning strip 20 and the long belt rear side positioning strip 21 to the buckle side positioning strip annular chain 6 to prevent The leakage length front tongue edge 28 and the leakage prevention long belt rear tongue edge 29 overlap and seal to form a multi-dimensional leak-proof side positioning strip long belt overlapping seal annular chain belt 30.
  • the long chain front leakage preventing structure of the multi-dimensional leak-proof side positioning strip of the buckle chain includes a leak-proof flexible long belt front concave side 31, etc., and the multi-dimensional leak-proof side positioning strip of the buckle chain has a long leak-proof structure including leakage prevention flexibility.
  • Chain multi-dimensional leak-proof side positioning strip long belt front leakage preventing structure is provided with long belt front side positioning strip and buckle multi-dimensional leak-proof side positioning strip long belt rear leakage preventing structure is provided with long belt rear side
  • the side positioning strip and the chain belt locking member are arranged on the front side positioning strip and the long belt rear side positioning strip near the buckle on the buckle side positioning strip circular chain, the leakage preventing flexible long belt front concave side 31 and the leakage preventing flexible long belt
  • the rear flange 32 is lap-sealed to form a multi-dimensional leak-stop side positioning strip long belt fastening seal endless chain belt 33.
  • the buckle can be folded into a ring-shaped multi-dimensional leak-proof side positioning strip
  • the flexible sealing strip 17 includes a side positioning strip front sealing buckle 34 and a side positioning strip rear sealing buckle 35, and the side positioning strip.
  • the front sealing buckle 34 and the side positioning strip rear sealing buckle 35 and the like are mutually engaged to form a sealing buckle multi-dimensional leak-proof side positioning strip long belt endless chain belt 36
  • the side positioning strip front sealing buckle 34 includes a side positioning strip front hole buckle 37, etc.
  • the side positioning strip rear sealing buckle 35 includes a side positioning strip rear hole buckle 38, etc.
  • the side positioning strip front hole buckle 37 and the side positioning strip rear hole buckle 38 are mutually engaged to form a connecting buckle through hole 39
  • buckle The chain can be folded into a ring-shaped multi-dimensional leak-proof side positioning strip
  • the flexible sealing strip 17 includes a connecting connecting strip 40
  • the connecting connecting strip 40 is connected to the connecting through-hole 39 to form a buttonhole multi-dimensional leak-proof side positioning strip with a long ring Chain belt 41.
  • the connecting buckle hole strip 40 and the side positioning strip 5 are equally divided or integrated.
  • the side positioning strip front sealing buckle includes a front positioning strip front self-sealing buckle 42 and the like
  • the side positioning strip rear sealing buckle includes a side positioning strip rear self-sealing buckle 43 and the like
  • the side positioning strip front self-sealing buckle 42 is fastened with the self-sealing buckle 43 after the side positioning strip
  • the self-sealing buckle 42 and the side positioning strip and the self-sealing buckle 43 are flexibly fastened to form a self-sealing buckle multi-dimensional leak-proof side positioning strip long belt endless belt 44.
  • the side positioning strip end portion is provided with a side positioning strip threading shaft, etc.
  • the chain belt locking member locks the side positioning strip through the shaft on the buckle side positioning strip circular chain, and the buckle chain can be folded into a circular belt multi-dimensional integral leak-proof side positioning strip length
  • the belt 14 is pierced to form a quick-release detachable chain, which can be folded into a ring-shaped multi-dimensional leak-proof side locating strip flexible sealing long belt 45, and the surface has no leakage point, and the side positioning strip front sealing buckle 34 and the side positioning strip are sealed.
  • the sealing surface is formed, and the sealing surface is only used for the cooperation of the sprocket drive member and the sprocket redirection member, and the plurality of side locating strips are jointly buckled by the locating side positioning buckle.
  • the side positioning strips of the buckle side positioning strips are positioned on the opposite side positioning strips, and the side positioning strips are connected to the chain Positioning strip positioning on the leak-proof side, the side strip positioning multi-dimensional integral leak-proof chain belt 96 rotating feed material does not bear the front and rear pulling force, does not tear and stretch, the buckle side positioning strip annular chain is composed of a plurality of rotating links 46, each rotation The link 46 is movably connected, and the driving force of the sprocket drive member is applied to the buckle side locating strip end chain and the side locating strip, and the through side locating strip front sealing tab 34 and the side locating strip rear sealing buckle 35 are located on the side positioning strip.
  • the front side positioning bar 47 and the rear side positioning bar 48 are fastened to the rotating link link 46, and the front side positioning bar 47 and the rear side positioning bar 48 are positioned opposite to the side positioning strip front sealing buckle 34 and the side positioning strip rear sealing buckle.
  • the side positioning strip front sealing buckle and the side positioning strip rear sealing buckle do not tear and deform due to the tensile force, so that the sealing is stable and long-term reliable.
  • quick-fit and detachable chain can be folded into a ring-shaped multi-dimensional leak-proof side positioning strip flexible seal long belt 45 is detached from the sprocket drive member and the sprocket reversing member, and the side sprocket multi-dimensional integral leakage chain belt 96 can be quickly replaced without removing the sprocket drive member and the sprocket reversing member.
  • the side positioning strip 5 includes a side positioning strip shaft 49 and the like
  • the buckle side positioning strip annular chain 6 includes a buckle side positioning strip endless chain hole 50 and the like, and the side positioning strip shaft 49 passes through the buckle side positioning strip.
  • the buckle side positioning bar shaft 49 rotates relative to the buckle side positioning strip annular chain hole 50, so that the buckle multi-dimensional integral leak-proof side positioning strip cyclic feeding side positioning bar 5 does not with the buckle side positioning strip annular chain 6 Hard friction damage, no noise, etc.
  • the buckle side positioning chain annular chain 6 includes a left buckle side positioning strip annular chain 51 and a right buckle side positioning strip annular chain 52, etc.
  • the buckle chain multi-dimensional overall leak-proof side positioning strip is set on the left Between the buckle side positioning strip annular chain 51 and the right buckle side positioning strip annular chain 52, the chain belt locking member 7 connects the adjacent through side positioning strips 5 and the left buckle side positioning strip annular chain 51 and the right buckle side positioning strip The endless chain 52 is fastened.
  • the buckle side positioning strip annular chain 6 may also include an intermediate buckle side positioning strip annular chain or a left buckle side positioning strip annular chain 51 or a right buckle side positioning strip annular chain 52.
  • the outer surface of the multi-dimensional integral leakage preventing side positioning strip 10 of the perforated buckle chain is a plane
  • the inner surface is provided with a through-side positioning strip hole protrusion 53 and the like
  • the two side-side positioning strip hole protrusions 53 are disposed between
  • the perforated buckle chain multi-dimensional integral leak-proof side positioning strip 10 is adjacent to the outer surface of the flexible concave arc 54 and the like, and the side positioning strip is passed through the through-side positioning strip hole protrusion 53 to drive the perforated buckle chain multi-dimensional integral leak-proof side positioning strip 10 running the feed forward
  • the sprocket drive member comprises a sprocket drive roller, etc.
  • the sprocket redirection member comprises a sprocket reversing roller, etc.
  • the sprocket drive roller is provided with a drive sprocket, etc., corresponding to the sprocket
  • the reversing drum is provided with a redirection spro
  • the inner surface of the perforated buckle multi-dimensional integral leak-proof side positioning strip 10 can also be a flat surface or the like.
  • the sprocket drive member may also include a sprocket drive shaft or the like
  • the sprocket reversing member may also include a sprocket reversing shaft or the like.
  • the side positioning strips include a steel side positioning strip or a nylon side positioning strip or a polyester side positioning strip or a plastic side positioning strip or a rubber side positioning strip or a plastic side positioning strip.
  • the wear-side positioning strip hole 11 is provided with a leakage preventing strip hole wear-resisting member 55 and the like, and the leakage-proof strip hole wearing-member 55 includes a leakage preventing strip hole wearing-wearing tube 56, etc.
  • the leakage preventing strip hole wear-resistant tube 56 comprises a long-length leak-proof strip hole wear-resistant tube 57 and/or a multi-section leak-proof strip hole wear-resistant tube 58 and the like, and the multi-stage leak-proof strip hole wear-resistant tube 58 enables the perforated chain
  • the multi-dimensional integral leak-proof side positioning strip 10 forms a multi-dimensional flexible wear-resisting function of up, down, front, back, left and right.
  • the wear side spacer hole 11 may be provided with a lubricant or the like.
  • the leakage preventing strip hole wear-resistant member 55 may also be a wear-resistant block including a leak-proof strip hole.
  • the multi-dimensional integral leakage preventing side positioning strip of the buckle chain is provided with a leakage preventing rib 12, etc.
  • the leakage preventing rib 12 includes an annular leakage preventing rib 59
  • the annular leakage preventing rib 59 is disposed at
  • the multi-dimensional integral leakage preventing side positioning strip of the buckle chain has two sides on the upper surface of the strip, and the side positioning strip is worn on the side of the multi-dimensional integral leak-proof side positioning strip of the buckle chain.
  • the perforated buckle multi-dimensional integral leak-proof side positioning strip 10 is provided with a perforated flexible band 61 in the surface thereof, or the perforated chain multi-dimensional integral leak-proof side positioning strip 10 is set as a perforated flexible unreinforced band.
  • the perforated flexible band 61 comprises a steel perforated flexible band or a nylon perforated flexible band or a polyester perforated flexible band or a plastic perforated flexible band or a canvas perforated flexible band or a cotton perforated flexible band or a rubber perforated flexible band.
  • the side chain of the multi-dimensional integral leakage preventing side of the buckle chain can also be a plane or the like.
  • the leakage rib 12 may also include a dam stop rib 60 and the like.
  • the flap leakage rib 60 can also be disposed on the side of the multi-dimensional integral leak-proof side positioning strip of the buckle chain.
  • the annular leak-proof rib 59 is connected to the multi-dimensional integral leak-proof side positioning strip of the buckle chain or is integrated, and the damper leakage preventing rib 60 is connected with the multi-dimensional integral leak-proof side positioning strip of the buckle chain or is integrated. .
  • the buckle side positioning chain annular chain 6 is provided with a buckle side positioning strip annular chain buffer sleeve 62, and the buckle side positioning strip annular chain buffer sleeve 62 is disposed in the buckle side positioning strip annular chain hole 50, and the side positioning strip is disposed.
  • the chain belt locking member 7 locks the side positioning strip 5 and the buckle side positioning strip annular chain buffer sleeve 62 in the buckle side positioning strip annular chain 6
  • the buckle side positioning strip endless chain buffer sleeve 62 slows the vibration between the side positioning strip 5 and the buckle side positioning strip annular chain 6.
  • the buckle side positioning strip annular chain 6 comprises a steel buckle side positioning strip endless chain or a nylon buckle side positioning strip endless chain or a polyester buckle side positioning strip endless chain or a plastic buckle side positioning strip endless chain or a rubber buckle side positioning strip endless chain or Plastic mixing buckle side positioning strip circular chain and so on.
  • the buckle side positioning chain annular chain 6 includes a buckle side positioning strip annular chain oil groove 63, and the buckle side positioning strip annular chain oil groove 63 is disposed on the surface of the buckle side positioning strip annular chain hole 50, and the buckle side positioning strip ring.
  • the chain oil groove 63 is provided with a lubricating medium or the like to reduce friction and noise between the side positioning bar 5 and the buckle side positioning chain loop 6 .
  • the buckle side positioning strip annular chain 6 may also include an oil-free grooved loop chain or the like.
  • the buckle side positioning strip annular chain seal 64 and the buckle side positioning strip annular chain sealing groove 65 are disposed on the buckle side positioning strip annular chain 6, and the buckle side positioning strip annular chain sealing groove 65 is disposed on the buckle side.
  • the end of the annular chain hole 50 and the like, the buckle side positioning strip annular chain seal 64 is disposed in the buckle side positioning strip annular chain sealing groove 65, etc., preventing the outflow of the lubricating medium.
  • the frame 2 includes a screw-on hanger 66, a rotary feeder 67, a hinge shaft 68, and the like
  • the side strip positioning multi-dimensional integral leak-proof chain conveyor 3 includes a rotary weighing feeder 69.
  • the load cell 70, the speed sensor 71, the arithmetic unit 72, and the like, the screw-connecting hanger 66 and the screw feeder 67 are connected in a separate manner, and the lower portion of the screw-mounted hanger 66 is provided with a hanging frame and a hinged joint 73, etc.
  • the upper part of the rotary splicer 67 is provided with a hopper splicing joint 74, etc.
  • the slinger splicing joint 73 is hinged with the hopper splicing joint 74
  • the lower part of the rotary splicer 67 is provided with a rotary weighing and conveying material.
  • the spiral hanging hanger 66 is hung at the silo port 75, and the hanging bracket is connected with the hinged ear hole axis at the intermediate point of the load-affected zone, and the corresponding hopper is connected with the articulated ear bore shaft.
  • the heart is disposed at the intermediate point of the pressure-affected zone of the warehouse, and the hinge shaft 68 is passed through the hanging bracket of the hanging bracket 73 and the splicing joint of the hopper 74 to form a feeder supporting hinge point 76, and the cylinder is supported at the feeder supporting hinge
  • the forces on both sides of the point 76 are equal and balanced with each other, and the influence of the pressure sensitive weight sensor 70 is eliminated, and the weighing feeder 69 is kept away from the feed.
  • the end of the machine support hinge point 76 is provided with a load cell 70 or the like, and the load cell 70 senses a change in the applied force of the rotary weighing feeder 69.
  • the load cell 70 cooperates with the speed sensor 71 to calculate the scale through the arithmetic unit 72.
  • the frame 2 includes a screw-on hanger 66, a rotary feeder 67 and a hinge shaft 68, and the side strip positioning multi-dimensional integral leak-proof chain conveyor 3 includes a screw-connected weighing conveyor.
  • the device 69, the load cell 70, the speed sensor 71 and the arithmetic unit 72, etc., the spiral connection hanger 66 and the rotary adapter 67 are connected in a separate body, and the lower part of the screw-mounted suspension frame 66 is provided with a screw-mounted hanging frame hinge shaft 77, etc., the upper part of the rotary hopper 67 is provided with a hopper splicing hinge hole 78, etc., the hopper splicing hinge hole 78 is hinged with the splicing sling hinge shaft 77, and the lower part of the rotary splicer 67 is provided with a splicing
  • the re-feeder 69 and the like, the slewing hanger 66 is hung at the silo port 75, and the slewing bracket is connected to the axial center of the load-affected zone, correspondingly to the hopper
  • the hinged ear hole axis is set at the intermediate point of the load-affected zone, and the
  • the end of the hinge point 76 is provided with a load cell 70 or the like, and the load cell 70 senses a change in the applied force of the rotary weighing feeder 69.
  • the load cell 70 cooperates with the speed sensor 71 and the like to calculate the scale by the arithmetic unit 72.
  • the weight of the material conveyed by the heavy conveyor is provided with a load cell 70 or the like, and the load cell 70 senses a change in the applied force of the rotary weighing feeder 69.
  • the load cell 70 cooperates with the speed sensor 71 and the like to calculate the scale by the arithmetic unit 72.
  • the weight of the material conveyed by the heavy conveyor is provided with a load cell 70 or the like, and the load cell 70 senses a change in the applied force of the rotary weighing feeder 69.
  • the load cell 70 cooperates with the speed sensor 71 and the like to calculate the scale by the arithmetic unit 72.
  • the weight of the material conveyed by the heavy conveyor is provided with
  • the lower portion of the rotary splicer 67 is provided with a hopper splicing hinge 74 and the like, and the rotary hopper is disposed on the support base.
  • the hopper is connected with the hinged ear 74 axial center is set at the intermediate point of the load affected zone, and the rotary weighing feeder 69 includes the rotary weighing feeder splicing joint 80, etc., the hinge shaft 68 will
  • the hopper rotary joint arm 74 and the rotary weighing feeder rotary joint arm 80 are connected to form a feeder support hinge point 76, and the force of the chamber pressure on both sides of the feeder support hinge point 76 is equal and mutual Balanced, the influence of the pressure sensitive weight sensor 70 is eliminated, the weighing feeder 69 is disposed away from the end of the feeder supporting hinge point 76, and the weighing sensor 70 is provided.
  • the weighing sensor 70 senses the rotary weighing feeder. 69
  • the change in the applied force, the load cell 70 cooperates with the speed sensor 71 and the like, and the weight of the material conveyed by the weighing conveyor is calculated by the arithmetic unit 72.
  • the frame 2 includes a hinge shaft 68, a receiving slot 81, a hanging silo rack 82, and the like.
  • the docking silo rack 82 is attached to the silo port 75, and the silo rack 82 is attached.
  • the utility model is provided with a hooking bracket frame articulating ear 83, etc.
  • the lower part of the receiving trough 81 is connected with the side strip positioning multi-dimensional integral leak-proof chain belt conveying device 3
  • the upper part of the receiving trough 81 is provided with the receiving trough hinge ear 84, etc.
  • the hinge shaft 68 is directly
  • the hinged bin magazine hinged ears 83 and the receiving slot hinges 84 are hinged.
  • the hinge shaft 68 is provided with a screw pin bearing 85 and the like between the hooking bracket hinge ear 83, the receiving groove hinge ear 84, and the like, and the screw pin bearing 85 includes a rolling bearing or a lubricating bearing.
  • the rotary pin bearing 85 includes a self-lubricating bearing or a lubricating body bearing, etc., and the rotary pin bearing 85 makes the relative movement of the hanging bin frame articulation ear 83, the receiving groove hinge ear 84 and the hinge shaft 68 sensitive, and enables the rotation
  • the weighing feeder continuously transmits the weight of the material to the weighing sensor when the material flows into the discharge end from the silo port, so that the weighing accuracy is accurate for a long time, and the outer ring of the pinned pin bearing 85 and the receiving groove articulated ear 84 Just cooperate directly.
  • the hinge shaft 68 is provided with a screw pin bearing 85 and the like between the hooking bracket hinge ear 83 and the receiving groove hinge ear 84, and the screw pin bearing 85 includes a rolling bearing or a lubricating bearing.
  • the rotary pin bearing 85 includes a self-lubricating bearing or a lubricating body bearing, etc., and the rotary pin bearing 85 makes the relative movement of the hanging bin frame articulation ear 83, the receiving groove hinge ear 84 and the hinge shaft 68 and the like relatively sensitive, so that the rotation is continuous
  • the weighing feeder conveys the weight of the material to the weighing sensor sensitively in the material flowing from the silo port, so that the weighing accuracy is accurate for a long time, and the outer ring of the pin bearing 85 and the joint groove of the receiving groove 84 are etc.
  • shock absorbing member 86 cushions and absorbs the vibration caused by the silo or material, avoids the vibration to the side strip positioning, the multi-dimensional integral leak-proof chain belt conveying device, the smooth feeding and the vibration avoiding resonance weight sensor. Accurate weighing interference.
  • a wear-resistant lubricating sleeve 87 and the like are arranged between the hinge shaft 68 and the hooking bracket hinge ear 83 and the receiving groove hinge ear 84, etc., so that the hook frame hinge hook 83 and the receiving slot are connected.
  • the hinged ears 84 are sensitive to relative movement of the hinge shaft 68 and the like.
  • the frame 2 includes a guide groove 88 and the like, and the guide groove 88 includes a guide port 89 on the guide groove, a left side plate 90 of the guide groove, and a right side plate of the guide groove.
  • the left side plate 90 of the guide trough is disposed on the left side of the guide port 89 of the guide trough
  • the right side plate 91 of the guide trough is disposed on the guide port 89 of the guide trough
  • the guide trough rear baffle 92 is disposed on the lower portion of the guide trough 89 on the guide trough to form a guide hopper with the guide trough left side plate 90 and the guide trough right side plate 91, and the guide trough rear baffle 92
  • the corresponding outlet of the guiding hopper is provided with an shaping plate 93, etc., and the material falls from the guiding port 89 on the guiding trough to the guiding hopper, and the side strip positioning multi-dimensional integral leak-proof chain belt 96 carries the animal material guide hopper outlet to run, and the material passes through.
  • the shaped material is formed into a material strip having the same front and rear cross-section, and the material after the shaping is high in the middle and low on both sides to prevent the material from falling from the side strip positioning multi-dimensional integral leak-proof chain belt 96.
  • the frictional resistance between the materials on both sides and the left side plate 90 of the guide groove, the right side plate 91 of the guide groove, and the like are reduced.
  • the rack 2 is disposed at the docking point with the silo opening to eliminate the cartridge shaper 94, etc., and the quenching shaper 94 is provided to eliminate the cartridge swash plate 95, etc., and is disposed on the rack 2 at the lower portion of the silo opening.
  • the swash plate 95 is eliminated.
  • the shovel is removed from the swash plate 95, the slanting plate 95 is removed, and the impact force of the material is removed, and the flow direction of the material falling vertically is changed to the squeezing pressure.
  • the oblique flow 95 reduces the flow of the material or reduces the impact of the material flow on the side strip positioning multi-dimensional integral leakage chain 96 damage.
  • the elimination of the pressure gauge shaper 94 includes the elimination of the pressure relief hinge 97 and the like, the elimination of the pressure relief hinge 97 at the magazine opening 75, and the elimination of the pressure relief hinge 97 including the elimination of the position. Pressing the hinge shaft 101, eliminating the pressure-proof tamper-proof plate 98, eliminating the pressure-reducing hinge spring 99, etc., in the upper part of the frame 2 at the lower part of the silo port 75, the squeezing pressure hinge shaft 101, etc.
  • the squeezing pressure hinge spring 99 On the squeezing pressure hinge shaft 101, the squeezing pressure hinge spring 99 includes a squeezing pressure hinge shaft spring wing 100, etc., and the squeezing pressure smashing plate 98 is turned toward the hopper opening 75 to buckle the squeezing hinge shaft spring wing 100. On the upper side, the squeezing pressure hinge spring 99 supports the squeezing pressure preventing smashing plate 98. When the material falls from a high place, the material smashes on the smashing pressure preventing smashing plate 98, and the squeezing pressure hinge shaft spring wing 100 is impacted by the material.
  • the elastic force, the smashing pressure-proof smashing plate 98 and the squeezing pressure hinge spring 99 absorb the impact force of the decomposed material, and the material absorbed by the impact force slips from the smash-proof pressure-proof slab 98 to the multi-dimensional integral leakage side of the buckle chain Position the strip 4.
  • the elimination of the pressure shaper 94 includes the elimination of the pressure relief hinge 97 and the like, the elimination of the pressure relief hinge 97 at the magazine opening 75, and the elimination of the pressure relief hinge 97 including the elimination of the position.
  • the pressure hinge shaft 101, the squeezing pressure damper plate 98, the squeezing pressure hinge spring 99, and the like are disposed at the silo opening 75 at the silo opening 75 or at the upper portion of the rack 2 at the lower portion of the silo opening 75.
  • the squeezing hinge shaft 101, the squeezing pressure hinge spring 99 is sleeved on the squeezing hinge shaft 101, and the squeezing pressure hinge spring 99 includes the squeezing pressure hinge shaft spring wing 100, etc.
  • the silo port 75 is fastened on the dissipating pressure hinge shaft spring wing 100, and the disintegrating pressure hinge spring 99 supports the silo pressure anti-smashing plate 98. When the material falls from a high place, the material is rubbed in the anti-squatting pressure-proof plate 98.
  • the pressure-reducing hinge spring wing 100 is subjected to the impact of the material, and the smash-proof pressure-proof plate 98 and the squeezing pressure hinge spring 99 absorb the impact force of the decomposition material, and the material absorbed by the impact force is discharged from the discharge pressure.
  • the tamper-proof plate 98 slides on the multi-dimensional integral leak-proof side positioning strip 4 of the buckle chain.
  • the frame 2 includes a reverse material oblique side blanking feeder 102, a frame guiding groove 103, and the like, and the reverse guiding oblique side blanking material receiving device 102 includes a hanging inclined plate guiding groove member.
  • the frame guide groove 103 is disposed at the upper portion of the side strip positioning multi-dimensional integral leakproof chain belt 96, and the oblique side reverse blanking member 106
  • the drop opening is arranged in the opposite direction of the movement of the material, and the swash plate reverse guiding member 105 and the oblique side reverse blanking member 106 are disposed at the lower portion of the hanging swash plate guiding groove member 104, and the swash plate reverse guiding member 105
  • the oblique side reverse blanking member 106 is disposed opposite to the inclined surface, the inclined plate reverse guiding member 105 and the oblique side reverse blanking member 106 constitute a reverse guiding oblique side falling hopper 107, and the side strip positioning multi-dimensional integral leakage preventing chain
  • the belt conveying device 3 comprises a side strip positioning leak-proof chain belt reversely extending the weighing feeder 108, and the side strip positioning leak
  • the swash plate reverse guiding member 105 is obliquely disposed from the upper end of the hanging slanting plate guide groove member 104 to the frame guiding groove 103, and the swash plate reverse guiding member 105 makes the material slanting plate reverse guiding member 105 flows to the material weighing and unloading port 113 in the opposite direction, so that the material under the tribe on the silo is hung on the swash plate reverse guiding material 105 to avoid the material impact side strip positioning, the leaking chain belt is reversely extended, the weighing feeder 108
  • the oblique side reverse blanking member 106 causes the material to fall on the reversing reverse blanking minus interference section 109, and the material is smoothed to the weighing section 112 by weighing the interference transmission section 110 before weighing, and is not subject to the impact vibration. Weigh the material.
  • the side strip positioning multi-dimensional integral leakproof chain belt transporting device 3 includes a load cell 70, a speed sensor 71, an arithmetic unit 72, etc., the load cell 70 is disposed in the weighing section 112, and the speed sensor 71 is disposed in the chain.
  • the load cell 70 is weighed by weighing the material on the multi-dimensional integral leak-proof chain belt 96 by the weighing side strip.
  • the side strip positioning multi-dimensional integral leakage chain conveyor 3 includes a load cell 70, a speed sensor 71, an arithmetic unit 72, etc., the speed sensor 71 is disposed on the sprocket drive member 8, and the load cell 70 passes
  • the side strip positioning multi-dimensional integral leak-proof chain belt conveying device 3 and the frame 2 are arranged close to the silo port 75 end to set a hinge point 114, the hinge point 114 is arranged at the center position of the silo nip area of the silo port 75, and the side strip positioning multi-dimensional integral leak-proof chain
  • the belt conveyor 3 is arranged away from the discharge end of the silo port 75 to hang the weighing member 115, the hanging weighing member 115 is suspended, the side strip is positioned, the multi-dimensional integral leak-proof chain belt conveying device 3 is used for weighing the material, and the arithmetic unit 72
  • the weighing sensor 70 measures the instantaneous weight
  • the speed sensor 71 measures the material flow rate
  • the side strip positioning multi-dimensional integral leak-proof chain belt conveying device 3 includes a load cell 70, a speed sensor 71, an arithmetic unit 72, and the like, and the speed sensor 71 is disposed on the side strip positioning multi-dimensional integral leak-proof chain belt 96.
  • the load cell 70 is provided with a hinge point 114 by the side strip positioning multi-dimensional integral leak-proof chain belt conveying device 3 and the frame 2 near the silo port 75, and the hinge point 114 is disposed at the center position of the silo nip of the silo port 75, and the side strip is positioned.
  • the multi-dimensional integral leak-proof chain belt conveying device 3 is arranged away from the discharge end of the silo port 75 to set the lifting weight 116, the lifting weighing member 116 is lifted by the side strip positioning multi-dimensional integral leak-proof chain belt conveying device 3 to weigh the material
  • the measuring unit 72 measures the instantaneous weight by the weighing sensor 70, measures the material flow rate and the conveying time by the speed sensor 71, and calculates the weighing material such as the dynamic weight of the material, thereby realizing the dynamic weighing measurement of the interference reduction.
  • the frame 2 and the bin mouth 75 are provided at the docking point to eliminate the bin pressure shaper 94, and the barnge shaper 94 is eliminated, including the barn swash plate 95, etc., on the frame 2 at the lower portion of the bin port 75.
  • the utility model is provided to eliminate the swash plate 95.
  • the shovel is removed from the swash plate 95, the slanting plate 95 is removed, and the impact force of the material is absorbed, and the flow direction of the material falling vertically is changed to the squeezing position.
  • the impact force of the slanting plate 95 to reduce or eliminate the flow of material is damaged by the side strip positioning multi-dimensional integral leakage chain belt 96.
  • the side strip positioning multi-dimensional integral leak-proof chain belt conveying device 3 includes a load cell 70, a speed sensor 71 and an arithmetic unit 72, etc., the speed sensor 71 is disposed on the sprocket reversing member 9, and the weighing sensor 70 is positioned by the side strips to multi-dimensionally
  • the leakage chain conveyor 3 and the frame 2 are disposed at a position close to the silo port 75 to provide a hinge point 114.
  • the hinge point 114 is offset from the center position of the silo chamber 75, and the side strip is positioned to be far away from the multi-dimensional integral leak-proof chain conveyor 3
  • the discharge end of the silo port 75 is provided with a hanging weighing member 115, etc., the hanging weighing member 115 is suspended, the side strip positioning multi-dimensional integral leak-proof chain belt conveying device 3 is used for weighing the material, and the arithmetic unit 72 is passed through the weighing sensor. 70 measuring the instantaneous weight, the speed sensor 71 measures the material flow rate and the delivery time to calculate the material dynamic weight and other weighing materials, to achieve the dynamic measurement of the interference reduction.
  • the frame 2 and the silo port 75 are provided at the docking point to eliminate the squeezing shaper 94, etc., and the squeezing shaper 94 includes the slab swash plate 95, etc., and the frame 2 at the lower portion of the silo port 75.
  • the upper ramming plate 95 is arranged to be removed. When the material falls from a height, the shovel is removed from the swash plate 95, and the impact force of the slanting plate 95 is removed, and the flow direction of the material falling vertically is changed to shun.
  • the oblique flow of the swash plate 95 reduces or eliminates the impact of material flow on the side strip positioning multi-dimensional integral leakage chain 96 damage.
  • the side strip positioning multi-dimensional integral leak-proof chain belt conveying device 3 includes a load cell 70, a speed sensor 71 and an arithmetic unit 72, etc., the speed sensor 71 is disposed on the sprocket reversing member 9, and the weighing sensor 70 is positioned by the side strips to multi-dimensionally
  • the leakage chain conveyor 3 and the frame 2 are disposed at a position close to the silo port 75 to provide a hinge point 114.
  • the hinge point 114 is offset from the center position of the silo chamber 75, and the side strip is positioned to be far away from the multi-dimensional integral leak-proof chain conveyor 3
  • the discharge end of the silo port 75 is provided with a lifting weight 116, the lifting weight 116 is supported by the side strip positioning multi-dimensional integral leakage chain conveyor 3 for weighing the material, and the arithmetic unit 72 passes the weighing sensor 70.
  • the instantaneous weight is measured, the speed sensor 71 measures the material flow rate and the material delivery time, and the weighing material such as the dynamic weight of the material is calculated to realize the dynamic weighing measurement of the interference reduction.
  • the frame 2 further includes a frame guide groove 103, a reverse guide inclined side drop hopper 107, and the like.
  • the frame guide groove 103 includes a receiving material shaping device 117, etc.
  • the guide groove 103 includes a guide port 89 on the guide groove, a left side plate 90 of the guide groove, a right side plate 91 of the guide groove, a tailgate 92 of the guide groove, and the like, and the left side plate 90 of the guide groove is disposed in the guide.
  • the guide trough right side plate 91 is disposed on the right side of the guide trough 88, and the guide trough rear baffle 92 is disposed at the rear end of the guide trough 88 and the guide trough left side plate 90 and the guide material
  • the tank right side plate 91 forms a frame guide hopper 118, and the receiving material shaping device 117 is supported by the frame guide groove 103.
  • the receiving material shaper 117 includes a guide groove left side shaper 119 and a guide groove right side.
  • the guide groove left shaper 119 includes a guide groove left side plate fixed support 121, the guide groove right shaper 120 is fixedly supported by the right side plate of the guide groove 122, and the guide groove left side shaper
  • the 119 is disposed opposite to the right side of the guide groove shaper 120, and the rear end of the guide groove left shaper 119 and the right side of the guide groove right shaper 120 is connected with the guide groove rear baffle 92, and the guide groove left side shaper 119 With the right side of the guide trough
  • the front end of the shaper 120 is extended to the weighing section 112 but does not extend to the weighing section 112.
  • the receiving material shaping device 117 is disposed on the upper surface of the multi-dimensional integral leak-proof side positioning strip and is not in contact with the multi-dimensional integral leak-proof side positioning strip.
  • the material is shaped when the interference conveying section 110 is reduced before weighing.
  • the receiving material shaping device 117 abandons the shaping, and the material is freely dropped on the weighing section 112 after being shaped, and is not guided by the frame.
  • the side plate of the trough 103 generates friction to prevent the material from falling from the side strip positioning multi-dimensional integral leak-proof chain belt 96 or reducing the frictional resistance between the two sides of the material and the left side plate 90 of the guide trough, the right side plate 91 of the guide trough, and the like. Relatively reduce interference with accurate weighing factors.
  • the adjustable support 123 includes a screw spacer adjustment support 124 and the like, and the screw spacer adjustment support 124 includes a left screw spacer adjustment support 125 or a right screw spacer adjustment support, etc., when a left screw spacer is used.
  • the left screw spacer adjustment support 125 When adjusting the support 125, the left screw spacer adjustment support 125 includes a left adjustment screw 127, a left adjustment spacer 128 and a left adjustment nut 129, etc., and the guide groove left shaper 119 further includes a left adjustment shaping plate 126, etc., left adjustment
  • the shaping plate 126 is provided with a left adjusting plate screw hole 130 and the like, and a left side plate screw hole 131 corresponding to the left adjusting plate screw hole 130 is disposed on the left side plate 90 of the guiding groove, and the left adjusting screw 127 is worn.
  • the left adjustment plate screw hole 130 and the guide groove left side plate screw hole 131 are provided, and the left adjustment spacer 128 is disposed on the left adjustment plate screw section between the left adjustment plate screw hole 130 and the guide groove left side plate screw hole 131.
  • the length of the left adjustment spacer 128 is the same as the required adjustment distance, and the left adjustment nut 129 is screwed on the left adjustment screw 127 to tighten the left adjustment shaping plate 126, the left adjustment spacer 128, and the left side plate 90 of the guide groove. Fixed to shape the flowing material.
  • the adjustable support 123 includes a threaded sleeve guide adjustment support 132 and the like, and the threaded sleeve guide adjustment support 132 includes a left threaded sleeve guide adjustment support 133 and a right threaded sleeve guide adjustment support 134, etc.
  • the left threaded sleeve guide adjustment support 133 includes a left threaded sleeve guide rod 135, a left adjustment threaded sleeve 136 and a left guide rod nut 137, etc.
  • the left adjustment threaded sleeve 136 includes a left hinged plate threaded section 138 and a buckled left side plate threaded section.
  • the left threaded sleeve guide rod 135 is disposed on the left adjustment shaping plate 126, and the left side plate threaded hole 140 corresponding to the left threaded sleeve guide rod 135 is disposed on the left side plate 90 of the guide groove, and the left adjustment is performed.
  • the threaded sleeve 136 is threaded on the left threaded sleeve guiding rod 135, and the left adjusting threaded sleeve 136 is screwed into the threaded hole 140 of the left side of the guiding slot, so that the threaded section 138 of the left shaping plate is adjusted to be the same as the required adjustment distance, so that the left side plate is engaged
  • the threaded section 139 is threadedly engaged with the threaded hole 140 of the left side of the guide groove, and the threaded hole 140 of the left side of the guide groove supports the left adjustment threaded sleeve 136.
  • the left adjustment threaded sleeve 136 is placed on the left adjustment shaping plate 126, and the left threaded sleeve is guided.
  • the end of the rod 135 extends out of the left adjustment threaded sleeve 136.
  • the left threaded sleeve guide rod 135 is provided with a guide rod thread, and the left guide rod nut 137 is sleeved on the guide rod thread in the direction of the left side plate 90 of the guide groove, and the left adjustment shaping plate 126 is pressed against the left adjustment thread sleeve 136, the left thread
  • the length of the sleeve guide rod 135 is not less than the length of the left adjustment thread sleeve 136 plus the left guide rod nut 137.
  • the left adjustment thread sleeve 136 When the left adjustment shaping plate 126 needs to adjust the movement of the inner side of the guide groove left side plate 90, the left adjustment thread sleeve 136 is rotated, and the left adjustment is performed.
  • the threaded sleeve 136 is axially rotated relative to the left threaded sleeve guide rod 135, so that the left adjustment shaping plate 126 moves away from the left side plate 90 of the guide groove to reduce the material passage, and the shaping force of the flowing material is increased, when the left adjustment shaping plate 126 needs
  • the left adjusting thread sleeve 136 When the outer side of the left side plate 90 of the guide chute is adjusted and moved, the left adjusting thread sleeve 136 is rotated, and the left adjusting thread sleeve 136 is axially rotated relative to the left threaded sleeve guiding rod 135, so that the left adjusting shaping plate 126 approaches the left side plate 90 of the guiding slot.
  • the left adjustment shaping plate 126 increases the material passage and enlarges the material flow space
  • the right threaded sleeve guide adjustment support 134 includes a right threaded sleeve guide rod 141, a right adjustment thread sleeve 142 and a right guide rod nut 143.
  • the right adjustment threaded sleeve 142 includes a right right plate thread segment 144 and a right side plate threaded portion 145.
  • the right threaded sleeve guide rod 141 is disposed on the right adjustment shaping plate 147 and disposed on the right side plate 91 of the guide groove.
  • the threaded sleeve guide rod 141 corresponds to the guide groove right side plate threaded hole 146
  • the right adjustment threaded sleeve 142 is threaded on the right threaded sleeve guide rod 141
  • the right adjustment threaded sleeve 142 is screwed into the guide groove right side plate threaded hole 146.
  • the fastening right side plate thread segment 145 is threadedly engaged with the guide groove right side plate threaded hole 146, and the guide groove right side plate threaded hole 146 supports the right adjustment threaded sleeve 142, the right adjustment thread sleeve 142 is on the right adjustment shaping plate 147, the right thread sleeve guide rod 141 end protrudes from the right adjustment thread sleeve 142, the right thread sleeve guide rod 141 is provided with guide rod thread, the right guide rod nut 143 The sleeve is tightened on the guide rod thread in the direction of the right side plate 91 of the guide trough, and the right adjustment shaping plate 147 is abutted against the right adjustment thread sleeve 142.
  • the length of the right thread sleeve guide rod 141 is not less than the right adjustment thread sleeve 142 plus the right guide rod nut. 143 length, when right adjustment shaping plate 147 is required
  • the right adjustment thread sleeve 142 is rotated, and the right adjustment thread sleeve 142 is axially rotated with respect to the right thread sleeve guide rod 141, so that the right adjustment shaping plate 147 is away from the right side plate 91 of the guide groove. Move and reduce the material passage to increase the shaping force of the flowing material.
  • the right adjustment shaping plate 147 needs to adjust the movement of the outer side of the right side plate 91, rotate the right adjustment thread sleeve 142, and the right adjustment thread sleeve 142 is guided relative to the right thread sleeve.
  • the rod 141 is axially rotated to move the right adjustment shaping plate 147 toward the right side plate 91 of the guide groove, so that the right adjustment shaping plate 147 increases the material passage, increases the material flow space, and the right guide rod nut 143 is threaded along the right guide rod.
  • Rotating guide trough right side plate 91 moves, right guide rod nut 143 is attached to right adjustment thread sleeve 142, and the right outer adjustment shaping plate 147 or the right guide rod nut 143 has an outer diameter larger than the outer diameter of the right adjustment thread sleeve 142.
  • the outer circumference of the right adjustment thread sleeve 142 is provided to tighten the right shaping sleeve 148, and one end of the right shaping sleeve 148 is tightened on the right side plate 91 of the guide groove, and the other end is placed on the right guide rod nut 143, and the right guide rod nut 143 Through the top
  • the right adjusting plate sleeve 148 of the right side plate 91 of the guide groove is tightened and fixed to the right adjusting shaping plate 147, and the right shaping plate sleeve 148 is tightened to protect the rust of the right adjusting threaded sleeve 142 from external impact, and the guiding groove
  • the gap between the right side plate 91 and the right adjustment shaping plate 147 is openly disposed or an adjustment plate guard 149 or the like is disposed at a gap between the right side plate 91 and the right adjustment shaping plate 147, and the adjustment plate guard 149 is provided. Prevent water, dust, slime, materials, etc. from
  • the side strip positioning multi-dimensional integral leakage chain conveyor 3 further includes a speed sensor 71, an arithmetic unit 72, a scale 150, a load cell 70, and the like, and the scale 150 is disposed on the sprocket drive member 8 and the chain. Between the gear reversing member 9 and the like, the load cell 70 is disposed at the lower portion of the scale 150, and the load cell 70 detects the instantaneous weight of the upper material of the side strip positioning multi-dimensional integral leak-proof chain belt 96, and the speed sensor 71 and the arithmetic unit 72 pass the detection.
  • a hinge point 114 is disposed between the frame 2 and the side strip positioning multi-dimensional integral leak-proof chain belt conveying device 3, and the hinge point 114 is disposed at the center position of the silo nip of the silo port 75, and the side strips are positioned in multiple dimensions.
  • the end of the overall leak-proof chain belt 96 is provided with a screw-on weighing discharge port 151, and the screw-on weighing and unloading port 151 includes a left-handed weighing and unloading port 152 and a right-handed weighing and unloading port 153, etc.
  • the weight of the heavy discharge port 152 to the feeder support hinge point 76 is balanced with the weight of the right-handed weighing discharge port 153 to the feeder support hinge point 76.
  • the materials passing through the two discharge ports are respectively accurately weighted. It is calculated that the left-handed weighing discharge port 152 and the right-handed weighing discharge port 153 are mutually corrected by the principle of the balance, so that the long-term weighing is accurate.
  • a hinge point 114 is provided between the frame 2 and the side strip positioning multi-dimensional integral leak-proof chain belt conveying device 3, and the hinge point 114 is offset from the center position of the silo chamber 75, and the side strip is positioned in multiple dimensions.
  • the both ends of the overall leak-proof chain belt 96 are provided with a rotary weighing and unloading port 151, etc., and the rotary weighing and unloading port 151 includes a left-handed weighing and unloading port 152 and a right-handed weighing and unloading port 153, etc.
  • the weight of the weighing discharge port 152 to the feeder support hinge point 76 is different from the weight of the right-handed weighing discharge port 153 to the feeder support hinge point 76, and the left-handed weighing is unloaded by the arithmetic unit 72.
  • the material port 152 and the right-handed weighing and unloading port 153 are set with different coefficients to accurately calculate the weight of the material to be passed.

Abstract

Disclosed is a lateral strip positioning and multi-dimensional overall leakage prevention chain belt feeder (1), comprising a rack (2) and a lateral strip positioning and multi-dimensional overall leakage prevention chain belt conveying device (3). The rack supports the lateral strip positioning and multi-dimensional overall leakage prevention chain belt conveying device to convey materials. The lateral strip positioning and multi-dimensional overall leakage prevention chain belt conveying device (3) comprises a buckle chain multi-dimensional overall leakage prevention lateral positioning strip belt (4), a lateral positioning strip (5), a buckle lateral positioning strip annular chain (6), a chain belt locking member (7), a sprocket drive member (8) and a sprocket redirection member (9). The lateral positioning strip is arranged at an end of the buckle chain multi-dimensional overall leakage prevention lateral positioning strip belt and extends out. The chain belt locking member locks an end of the lateral positioning strip on the buckle lateral positioning strip annular chain to form a lateral strip positioning and multi-dimensional overall leakage prevention chain belt (96). The feeder has the advantages of: no slipping during a heavy load start, overall material pocketing, without material scattering or leakage, no deviation during multi-dimensional positioning, no extension or retraction during chain positioning, no slipping during sprocket start, no noise of a flexible chain belt, wear resistance of the flexible chain belt, no return materials carried during multi-dimensional overall leakage prevention, complementing flexibility of a flexible belt and rigidity of a rigid chain, no adjustment and no maintenance.

Description

一种实现给料机输送器侧条定位多维整体阻漏的方法的侧条定位多维整体阻漏链带给料机Side strip positioning multi-dimensional integral leak-proof chain belt feeder for realizing multi-dimensional integral leakage prevention method of feeder conveyor side strip 技术领域Technical field
本发明属于机械领域，具体涉及给料机输送器侧条定位多维整体阻漏的方法的侧条定位多维整体阻漏链带给料机。The invention belongs to the field of machinery, and particularly relates to a side strip positioning multi-dimensional integral leak-proof chain belt feeder for the method of positioning multi-dimensional integral leakage of the side strip of the feeder conveyor.
背景技术Background technique
旧式皮带给料机、甲带给料机的输送带靠摩擦力由驱动滚筒、从动滚筒带动给料，因其皮带、甲带伸缩量大，经常造成驱动滚筒与从动滚筒的位置需要调整配合皮带、甲带的张紧才能继续工作，由于现场工人将皮带、甲带两端的滚筒拉的距离过远，既导致了皮带、甲带断裂造成严重的停产事故，也经常因张紧力过大在电机启动皮带、甲带旋转时造成电机功率超载，导致电机烧坏等停产故障，又因皮带、甲带附着在滚筒上靠摩擦力旋转工作，由于驱动滚筒从动滚筒安装时必然出现两滚筒轴不平行及两滚筒轴轴端出现平行四边形的问题，加之皮带边缘无筋、甲带穿接条与穿孔有空隙、多个甲片与甲片之间存在缝隙等受拉力、温度和托辊、滚筒偏斜等影响变形，必然导致了皮带、甲带运行中经常跑偏，造成洒漏料，皮带、甲带磨损导料槽，皮带、甲带跑偏撕裂断裂等故障，使用现场经常维修更换造成了严重的人力物力浪费，降低了生产效率污染了环境，旧式皮带给料机、甲带给料机已不符合当今环保、安全、高效、节能的现代化生产需要；旧式链带给料机由多个穿条穿多个甲片，甲片与甲片之间漏料，即便甲片与甲片之间设置防漏条因防漏条易脱落经常造成撒漏料，甲片与甲片之间的缝隙带回程料严重，制造穿接甲片工艺复杂、材料浪费严重、生产效率低，链板给料机在给料过程中消耗能源大、振动大、噪音大、刮板高出底板带回程料非常严重，漏料严重，且结构复杂、体积大重量大、占用现场空间大，造成场地基建及设备投资费用大，材料浪费多，为了解决撒漏料及带回程料等问题，在链带给料机、链板给料机机底架下部增加回程料收集器，既增加了设备投入使用效果却很差，进一步造成了人力、物力的浪费，随着社会对输送设备输送功能及精度的提高，对转载给料设备的动态称重精准度可靠性要求越来越高，但由于为了节约料仓场地及设备设施的投资，在将料仓物料转运到皮带输送机或运输车厢时，设置的料仓出料口至皮带输送机或运输车厢距离都很近，由于煤矿料仓的高度至少要在20米以上，从煤仓落下来的矿料等冲击砸撞力很大，使设置在料仓出料口至皮带输送机或运输车厢处的转载动态称重给料机产生剧烈抖动，使设置在转载动态称重给料机上的动态称重装置因频繁的重力冲击剧烈抖动造成严重的称重误差，动态称重计量给料机所处的工作环境昼夜温差大、夏冬温差更大进一步造成计量误差大，因称重误差大经常使运输机或运输车超载或 严重缺料，使运输车等超载后必须找场地卸料、缺料后二次补装料，即降低了装载运输效率又造成了很大的人力、场地及时间的浪费，也造成了物料对场地、空气及设施等的二次污染，为了解决上述问题，通过几十年的制造与研究本发明提出了一种反向输料斜侧落料减干扰动态称重计量给料机。The conveyor belt of the old belt feeder and the belt feeder is driven by the driving roller and the driven roller by the friction force. Because of the large expansion and contraction of the belt and the belt, the position of the driving roller and the driven roller often needs to be adjusted. With the tension of the belt and the belt, it is possible to continue working. Because the workers on the belt and the rollers at both ends of the belt are too far apart, it causes a serious production stoppage caused by the belt and the belt breakage, and often due to the tension. When the motor starts the belt and the belt rotates, the motor power is overloaded, causing the motor to burn out and other production failures. Because the belt and the belt are attached to the drum and rotate by friction, the two must appear when the driven roller is driven. The roller shaft is not parallel and the parallelogram of the two roller shaft ends appears. In addition, the belt edge is free of ribs, the belt wear strip and the perforation have a gap, and a gap between the plurality of nail pieces and the nail piece is subjected to tension, temperature and support. Rolls, drum deflection and other effects of deformation, will inevitably lead to belts, belts often run off, causing spills, belts, belt wear guide trough, belt, belt running Failures such as tearing and breaking, frequent repair and replacement at the site caused serious waste of manpower and material resources, reduced production efficiency and polluted the environment. Old-style belt feeders and belt feeders are not in line with today's environmental protection, safety, high efficiency and energy saving. Modern production needs; the old chain belt feeder is worn by a plurality of wearing strips, and the leakage between the nail piece and the nail piece is even if the leakage preventing strip is easily separated from the nail piece and the nail piece. The leakage between the nail piece and the nail piece is serious, the process of manufacturing the piercing piece is complicated, the material waste is serious, the production efficiency is low, and the chain plate feeder consumes large energy and vibration during the feeding process. Large, noisy, scraper is high, the backing material is very serious, the leakage is serious, and the structure is complex, the volume is large and the weight is large, and the space occupied by the site is large, resulting in large cost of site infrastructure and equipment investment, material waste, in order to solve the problem In the case of material leakage and returning materials, the return material collector is added to the lower part of the chain feeder and the chain feeder machine chassis, which not only increases the equipment input effect but also causes poor results. The waste of force and material resources, with the improvement of the transportation function and precision of the transportation equipment, the dynamic weighing accuracy and reliability requirements of the reloading and feeding equipment are getting higher and higher, but in order to save the investment in the silo site and equipment facilities. When the silo material is transferred to the belt conveyor or the transport compartment, the distance from the silo discharge port to the belt conveyor or the transport carriage is very close. Since the height of the coal silo is at least 20 meters, from the coal The impact of the mine material falling in the warehouse is very large, so that the reloading dynamic weighing feeder placed at the discharge port of the silo to the belt conveyor or the transport compartment produces severe vibration, so that the dynamic weighing is set to the reloading. The dynamic weighing device on the material machine causes serious weighing error due to frequent gravity shock and severe vibration. The working environment in which the dynamic weighing and measuring feeder is located has a large temperature difference between day and night, and the temperature difference between summer and winter is further increased, resulting in large measurement error. Heavy error often makes the transporter or transport vehicle overload or serious shortage of materials, so that after the overload of the transport vehicle, it is necessary to find the site to unload the material, and to refill the material after the shortage of material, which reduces the loading and transportation efficiency. The rate has caused a lot of manpower, space and time waste, and also caused secondary pollution of materials to the site, air and facilities. In order to solve the above problems, the present invention has been proposed through decades of manufacturing and research. Reverse feed oblique side blanking minus interference dynamic weighing metering feeder.
发明内容Summary of the invention
本发明是采用以下技术方案实现的：设置扣链多维整体阻漏侧定位条带、侧定位条、扣侧定位条环形链、链带锁紧件、链齿轮驱动件和链齿轮改向件等，使侧定位条设置于扣链多维整体阻漏侧定位条带端部伸出，用链带锁紧件将侧定位条端部锁在扣侧定位条环形链上形成侧条定位多维整体阻漏链带，侧条定位多维整体阻漏链带环扣在链齿轮驱动件和链齿轮改向件上；The invention is realized by the following technical solutions: setting a multi-dimensional integral leak-proof side positioning strip, a side positioning strip, a buckle side positioning strip end chain, a chain belt locking part, a chain gear driving part and a chain gear redirection piece, etc. The side positioning strip is disposed on the end of the multi-dimensional integral leak-proof side positioning strip of the buckle chain, and the end of the side positioning strip is locked on the end chain of the buckle side positioning strip by the chain belt locking member to form a multi-dimensional integral resistance of the side strip positioning. a leakage chain belt, a side strip positioning multi-dimensional integral leak-proof chain with a buckle on the chain gear drive member and the chain gear redirecting member;
在扣链多维整体阻漏侧定位条带侧边设置阻漏挡边或设置平面边等；Providing a leakage preventing rib or setting a plane edge on the side of the multi-dimensional integral leakage preventing side positioning strip of the buckle chain;
将扣链多维整体阻漏侧定位条带设置为穿孔扣链多维整体阻漏侧定位条带或设置为扣链多维整体阻漏侧定位条带等；The multi-dimensional integral leak-proof side positioning strip of the buckle chain is set as a multi-dimensional integral leak-proof side positioning strip of the perforated buckle chain or as a multi-dimensional integral leak-proof side positioning strip of the buckle chain;
或当使用穿孔扣链多维整体阻漏侧定位条带时，在穿孔扣链多维整体阻漏侧定位条带上设置穿侧定位条孔等，使穿侧定位条孔设置在扣链多维整体阻漏侧定位条带外表面与内表面之间，将侧定位条穿接穿孔扣链多维整体阻漏侧定位条带，使侧定位条端部伸出穿孔扣链多维整体阻漏侧定位条带的侧边，使侧定位条伸出端穿扣扣侧定位条环形链，用链带锁紧件将侧定位条锁在扣侧定位条环形链上，形成穿孔侧条定位多维整体阻漏链带，将穿孔侧条定位多维整体阻漏链带环绕链齿轮驱动件和链齿轮改向件，使链齿轮驱动件驱动扣侧定位条环形链，使扣侧定位条环形链带动穿孔侧条定位多维整体阻漏链带输送物料；Or when the multi-hole integral leak-proof side positioning strip of the perforated chain is used, a through-side positioning strip hole is arranged on the multi-dimensional integral leak-proof side positioning strip of the perforated buckle chain, so that the through-side positioning strip hole is arranged in the multi-dimensional integral resistance of the buckle chain. Between the outer surface and the inner surface of the leakage side positioning strip, the side positioning strip is pierced with the multi-dimensional integral leak-proof side positioning strip of the perforated buckle chain, so that the end of the side positioning strip protrudes from the perforated buckle chain multi-dimensional integral leak-proof side positioning strip The side of the side positioning strip extends through the end of the buckle side positioning strip annular chain, and the side positioning strip is locked with the chain locking member on the buckle side positioning strip circular chain to form a perforated side strip positioning multi-dimensional integral leakage chain The belt is positioned to position the perforated side strips with a multi-dimensional integral leak-proof chain belt surrounding the sprocket gear drive member and the sprocket redirection member, so that the sprocket drive member drives the buckle side locating strip annular chain, so that the buckle side positioning strip endless chain drives the perforated side strip positioning Multi-dimensional integral leak-proof chain belt conveying materials;
或当使用一体扣链多维整体阻漏侧定位条带时，将扣链多维整体阻漏侧定位条带与侧定位条设置为一体式，使一体扣链多维整体阻漏侧定位条带侧边的侧定位条扣合在扣侧定位条环形链上，使链齿轮驱动件带动一体扣链多维整体阻漏侧定位条带向前输送物料；Or when using the integral chain multi-dimensional integral leak-proof side positioning strip, the multi-dimensional integral leak-proof side positioning strip and the side positioning strip of the buckle chain are integrally arranged, so that the integrated buckle multi-dimensional integral leak-proof side positioning strip side The side positioning strip is fastened on the buckle side positioning strip end chain, so that the sprocket drive member drives the integral buckle multi-dimensional integral leak-proof side positioning strip to convey the material forward;
将扣链多维整体阻漏侧定位条带做成多维整体阻漏侧定位条环带，或将扣链多维整体阻漏侧定位条带做成扣链可折为环形带多维整体阻漏侧定位条长带等；The multi-dimensional integral leak-proof side positioning strip of the buckle chain is made into a multi-dimensional integral leak-proof side positioning strip ring belt, or the multi-dimensional integral leak-proof side positioning strip of the buckle chain is made into a buckle chain, which can be folded into a multi-dimensional integral leak-proof side of the annular belt. Long strips, etc.
或将扣链可折为环形带多维整体阻漏侧定位条长带用侧定位条穿扣在扣侧定位条环形链上，使扣链可折为环形带多维整体阻漏侧定位条长带首尾扣合形成多维整体阻漏侧定位条长带环形密封链带，多维整体阻漏侧定位条长带环形密封链带扣在链齿轮驱动件和链齿轮改向件上，由链齿轮驱动件驱动连续给料；Or the buckle chain can be folded into an endless belt with a multi-dimensional integral leak-proof side positioning strip. The side positioning strip is worn on the buckle side positioning strip circular chain, so that the buckle chain can be folded into a circular belt multi-dimensional integral leak-proof side positioning strip long strip. The end-to-end fastening forms a multi-dimensional integral leak-proof side positioning strip with a ring-shaped sealing chain belt, and the multi-dimensional integral leak-proof side positioning strip has a ring-shaped sealing chain buckle on the sprocket drive member and the sprocket reversing member, and the sprocket drive member Driving continuous feeding;
使扣链多维整体阻漏侧定位条带的外表面为整体面使其不撒漏、不粘料、不刮带料，由 侧定位条将扣链多维整体阻漏侧定位条带穿扣在扣侧定位条环形链上，使多维阻漏侧定位条环形带不跑偏、不伸缩、不打滑、整体不漏料、不变形等，将多维整体阻漏侧定位条环带或扣链可折为环形带多维整体阻漏侧定位条长带等用侧定位条定位在扣侧定位条环形链上重载启动不打滑、整体兜料不撒漏料、多维定位不跑偏、链条定位不伸缩、链轮启动不打滑、柔性链带无噪音、柔性链带耐磨损、多维整体阻漏不带回程料、柔性带与钢性条链刚柔相济、免调整、免维护等。The outer surface of the multi-dimensional integral leak-proof side positioning strip of the buckle chain is an integral surface so as not to leak, stick to the material, and not to scrape the strip, and the multi-dimensional integral leak-proof side positioning strip of the buckle chain is buckled by the side positioning strip. The buckle side positioning strip is arranged on the endless chain, so that the multi-dimensional leak-side positioning strip has no deviation, no expansion, no slip, no leakage, no deformation, etc., and the multi-dimensional integral leak-proof side positioning strip or buckle can be Folded into a ring with a multi-dimensional overall leak-proof side positioning strip long strips and other side positioning strips positioned on the buckle side positioning strip circular chain on the heavy-duty start does not slip, the overall pocket does not leak, multi-dimensional positioning does not run off, the chain positioning is not Telescopic, sprocket start does not slip, flexible chain belt no noise, flexible chain belt wear resistance, multi-dimensional overall leakage without return material, flexible belt and steel chain rigid and soft, free adjustment, maintenance-free.
用柔性材料将扣链多维整体阻漏侧定位条带设置为扣链可折为环形多维阻漏侧定位条柔性密封长带；The flexible material is used to set the multi-dimensional integral leak-proof side positioning strip of the buckle chain to be buckled to be a circular multi-dimensional leak-proof side positioning strip flexible sealing long belt;
将扣链可折为环形多维阻漏侧定位条柔性密封长带纵向两端首尾做成前自密封边和后自密封边等，使前自密封边设有长带前边侧定位条且使后自密封边设有长带后边侧定位条等，用链带锁紧件将长带前边侧定位条与长带后边侧定位条靠近锁扣在扣侧定位条环形链上，使扣链可折为环形多维阻漏侧定位条柔性密封长带纵向两端首尾对接,扣侧定位条环形链使前自密封边与后自密封边紧密配合形成多维阻漏侧定位条长带自密封环形链带，当多维阻漏侧定位条长带自密封环形链带的前自密封边与后自密封边运行至链齿轮驱动件和链齿轮改向件的弧面处时，由于长带前边侧定位条与长带后边侧定位条的定位使前自密封边与后自密封边紧密配合处不产生漏料缝隙，或将前自密封边与后自密封边做成前弹性自密封边、后弹性自密封边，在前弹性自密封边和后弹性自密封边运行至链齿轮驱动件和链齿轮改向件弧面时前弹性自密封边和后弹性自密封边的弹性使其对接缝产生弹力密封，或在前自密封边与后自密封边对接处填充密封胶密封等；The buckle can be folded into a ring-shaped multi-dimensional leak-proof side positioning strip, and the flexible sealing strip has a front end self-sealing side and a rear self-sealing side, so that the front self-sealing side is provided with a long belt front side positioning strip and The self-sealing side is provided with a long belt rear side positioning strip, etc., and the chain belt locking member is used to fasten the long belt front side positioning strip and the long belt rear side positioning strip to the buckle side on the buckle side positioning strip circular chain, so that the buckle chain can be folded The ring-shaped multi-dimensional leak-proof side positioning strip is provided with a flexible seal long strip with longitudinal ends end-to-tail butt joints, and the buckle side positioning strip end chain makes the front self-sealing edge and the rear self-sealing edge closely cooperate to form a multi-dimensional leak-proof side positioning strip with a self-sealing endless chain belt. When the multi-dimensional leak-side positioning strip has a front self-sealing edge and a self-sealing edge of the self-sealing endless belt to run to the arc surface of the sprocket drive member and the sprocket redirection member, the long belt front side positioning strip The positioning of the rear side positioning strip with the long belt makes the front self-sealing edge and the rear self-sealing edge tightly cooperate without generating a leakage gap, or the front self-sealing edge and the rear self-sealing edge are made into a front elastic self-sealing edge, and then elastically self-sealing. Sealing edge, front elastic self-sealing edge and rear elastic The elasticity of the front elastic self-sealing edge and the rear elastic self-sealing edge when the self-sealing edge is operated to the sprocket drive member and the sprocket-reversing member curved surface makes the elastic sealing of the seam, or the self-sealing edge and the rear self-sealing Filling the sealant seal at the edge butt joint;
或在扣链可折为环形多维阻漏侧定位条柔性密封长带两纵向端部设有扣链多维阻漏侧定位条长带前阻漏结构和扣链多维阻漏侧定位条长带后阻漏结构；Or in the buckle chain can be folded into a ring-shaped multi-dimensional leak-proof side positioning strip flexible seal long belt two longitudinal ends are provided with a chain multi-dimensional leak-proof side positioning strip long strip front leak-proof structure and the chain multi-dimensional leak-proof side positioning strip long strip Leakage structure
或将扣链多维阻漏侧定位条长带前阻漏结构设置为防漏长带前舌边，将多维阻漏侧定位条长带后阻漏结构设置为防漏长带后舌边，使扣链多维阻漏侧定位条长带前阻漏结构设有长带前边侧定位条且在扣链多维阻漏侧定位条长带后阻漏结构设置长带后边侧定位条，用链带锁紧件将长带前边侧定位条与长带后边侧定位条靠近锁扣在扣侧定位条环形链上，使防漏长带前舌边与防漏长带后舌边搭接密封形成多维阻漏侧定位条长带搭接密封环形链带；Or the long-term leakage prevention structure of the multi-dimensional leak-proof side positioning strip of the buckle chain is set as the leakage prevention long belt front tongue edge, and the multi-dimensional leakage side positioning strip long belt rear leakage prevention structure is set as the leakage prevention long belt rear tongue edge, so that The multi-layer leak-proof side positioning strip of the buckle chain has a long strip front side retaining strip structure and a long strip front strip positioning strip on the multi-dimensional leak-stop side of the buckle chain. The long-side rear side positioning strip is set with a chain lock. The tightening member is arranged on the front side positioning strip and the long belt rear side positioning strip near the buckle on the buckle side positioning strip circular chain, so that the front leakproof long strip front tongue edge and the leakproof long strip rear tongue edge overlap and seal to form a multi-dimensional resistance The leakage side positioning strip has a long strap lap joint sealing endless chain belt;
或将扣链多维阻漏侧定位条长带前阻漏结构设置为防漏长带前凹边，将扣链多维阻漏侧定位条长带后阻漏结构设置为防漏长带后凸边，使扣链多维阻漏侧定位条长带前阻漏结构设有长带前边侧定位条且在扣链多维阻漏侧定位条长带后阻漏结构设置长带后边侧定位条，用链带锁紧件将长带前边侧定位条与长带后边侧定位条靠近锁扣在扣侧定位条环形链上，使防 漏长带前凹边与防漏长带后凸边搭接密封形成多维阻漏侧定位条长带扣接密封环形链带；Or the long-term leakage prevention structure of the multi-dimensional leak-proof side positioning strip of the buckle chain is set as the front leakage prevention side of the leakage prevention long belt, and the long-term leakage prevention structure of the multi-dimensional leakage prevention side positioning strip of the buckle chain is set as the leakage prevention long belt rear convex edge The long-term front leakage preventing structure of the chain multi-dimensional leak-proof side positioning strip is provided with a long belt front side positioning strip and a long strip with a long strip after the multi-dimensional leak-proof side positioning strip of the buckle chain is provided with a long belt rear side positioning strip, with a chain With the locking member, the long belt front side positioning strip and the long belt rear side positioning strip are adjacent to the buckle on the buckle side positioning strip end chain, so that the front leakproof long strip front concave edge and the leakproof long strip rear convex edge are overlapped and sealed. Multi-dimensional leak-proof side positioning strip with long buckle fastening annular chain belt;
或在扣链可折为环形多维阻漏侧定位条柔性密封长带上设置侧定位条带前密封扣和侧定位条带后密封扣，使侧定位条带前密封扣与侧定位条带后密封扣相互扣合形成密封扣多维阻漏侧定位条长带环形链带，将侧定位条带前密封扣设置为侧定位条带前孔扣或设置为侧定位条带前自封扣，将侧定位条带后密封扣设置为侧定位条带后孔扣或设置为侧定位条带后自封扣，使侧定位条带前孔扣与侧定位条带后孔扣相互扣合形成连接扣通孔，设置穿连接扣孔条，用穿连接扣孔条穿接连接扣通孔形成扣孔多维阻漏侧定位条长带环形链带，穿连接扣孔条与侧定位条分体或为一体式，或使侧定位条带前自封扣与侧定位条带后自封扣扣合，由侧定位条带前自封扣与侧定位条带后自封扣扣接形成自封扣多维阻漏侧定位条长带环形链带，将侧定位条前自封扣设置为侧定位条前刚性自封扣或设置为侧定位条前柔性自封扣等；Or, the side positioning strip front sealing buckle and the side positioning strip rear sealing buckle are arranged on the flexible multi-belt of the loop multi-dimensional leak-proof side positioning strip, so that the side positioning strip front sealing buckle and the side positioning strip are The sealing buckles are fastened to each other to form a sealing buckle multi-dimensional leak-proof side positioning strip with an endless chain strap, and the side positioning strip front sealing buckle is set as a side positioning strip with a front hole buckle or a side positioning strip with a front self-sealing buckle, and the side After the positioning strip is set, the sealing buckle is set as the side positioning strip, the rear hole buckle or the side positioning strip, and the self-sealing buckle, so that the side positioning strip front hole buckle and the side positioning strip rear hole buckle are fastened to each other to form a connecting buckle through hole. , the connection connecting buckle hole strip is arranged, and the connecting buckle hole hole is used to penetrate the connecting buckle through hole to form the buckle hole multi-dimensional leak-proof side positioning strip long belt endless chain belt, and the connecting connecting button hole strip and the side positioning strip are separated or integrated Or, the self-sealing buckle of the side positioning strip is fastened with the self-sealing buckle of the side positioning strip, and the self-sealing buckle of the side positioning strip is fastened with the side positioning strip and the self-sealing buckle is fastened to form a self-sealing buckle multi-dimensional leak-proof side positioning strip long strip. Endless chain belt, set the front positioning strip front self-sealing buckle as the side positioning strip Rigid or self-sealing snap lock bar is provided to a front side of a flexible puncture deduction;
在侧定位条端部设置侧定位条穿轴，用链带锁紧件将侧定位条穿轴锁在扣侧定位条环形链上，将扣链可折为环形带多维整体阻漏侧定位条柔性长带两端穿连形成速装拆扣链可折为环形多维阻漏侧定位条柔性密封长带，使其表面无漏料点，使侧定位条带前密封扣与侧定位条带后密封扣扣合后自形成密封面，使该密封面只起密封扣合作用不被链齿轮驱动件和链齿轮改向件的动力拉动，将多个侧定位条共同由扣侧定位条环形链扣合，使扣侧定位条环形链对侧定位条定位，使侧定位条对扣链多维整体阻漏侧定位条带定位，使扣链多维整体阻漏侧定位条带旋转输料不承受前后拉力，不会撕裂与伸缩，扣侧定位条环形链由多个旋转链节组成，使各旋转链节活动连接，使链齿轮驱动件的驱动力施加在扣侧定位条环形链与侧定位条上，使穿侧定位条带前密封扣与侧定位条带后密封扣的侧定位条的旋转链节上扣有前侧定位条、后侧定位条，使前侧定位条与后侧定位条对侧定位条带前密封扣与侧定位条带后密封扣定位，使侧定位条带前密封扣与侧定位条带后密封扣不会因承受拉力而撕裂变形，使密封稳定长期可靠，当需要更换速装拆侧条定位多维阻漏链带时，先拆掉链带锁紧件，将侧定位条从侧定位条带前扣孔与侧定位条带后扣孔抽出，且将扣接该侧定位条的旋转链节与其它旋转链节分体，使速装拆扣链可折为环形多维阻漏侧定位条柔性密封长带从链齿轮驱动件和链齿轮改向件上脱落，不需拆除链齿轮驱动件和链齿轮改向件即可单独将扣链多维整体阻漏侧定位条带快速更换。The side positioning strip is disposed at the end of the side positioning strip, and the side positioning strip is locked by the chain locking member on the buckle side positioning strip circular chain, and the buckle chain can be folded into an annular belt multi-dimensional integral leakage side positioning strip. The flexible long belt is pierced at both ends to form a quick-disassembling buckle chain, which can be folded into a circular multi-dimensional leak-proof side positioning strip flexible sealing long belt, so that the surface has no leakage point, so that the side positioning strip front sealing buckle and the side positioning strip After the sealing buckle is fastened, the sealing surface is formed, so that the sealing surface only functions as a sealing buckle for the cooperation of the sprocket driving member and the sprocket redirection member, and the plurality of side positioning strips are jointly supported by the buckle side positioning strip circular chain. The buckle is positioned to position the opposite side positioning strip of the buckle side positioning strip, so that the side positioning strip is positioned on the multi-dimensional integral leak-proof side positioning strip of the buckle chain, so that the multi-dimensional integral leak-proof side positioning strip of the buckle chain does not bear before and after rotation. Pulling force, no tearing and stretching, the buckle side positioning chain end chain is composed of a plurality of rotating chain links, so that the rotating link links are movably connected, so that the driving force of the sprocket driving member is applied to the buckle side positioning strip annular chain and side positioning On the strip, the wear side positioning strip front sealing buckle and side The front side positioning strip and the rear side positioning strip are fastened on the rotating link of the side positioning strip of the rear strip sealing buckle, so that the front side positioning strip and the rear side positioning strip are opposite to the side positioning strip front sealing buckle and the side positioning strip The rear sealing buckle is positioned so that the front positioning strip front sealing buckle and the side positioning strip rear sealing buckle are not torn and deformed by the tensile force, so that the sealing is stable and long-term reliable, and when the speed-removing side strip needs to be replaced, the multi-dimensional leak-proof chain is required to be replaced. When the belt is worn, the chain locking member is first removed, and the side positioning strip is pulled out from the side positioning strip front buckle hole and the side positioning strip rear buckle hole, and the rotating link of the side positioning strip and other rotating chains are fastened. The split body allows the quick-release detachable chain to be folded into a ring-shaped multi-dimensional leak-proof side locating strip. The flexible seal long belt is detached from the sprocket drive member and the sprocket-redirected member, without removing the sprocket drive member and the sprocket gear. The fasteners can be quickly replaced by the multi-dimensional integral leak-proof side positioning strips.
所述的侧条定位多维整体阻漏链带给料机包括机架和侧条定位多维整体阻漏链带输送装置等，机架支撑侧条定位多维整体阻漏链带输送装置输送物料，侧条定位多维整体阻漏链带输送装置包括扣链多维整体阻漏侧定位条带、侧定位条、扣侧定位条环形链、链带锁紧件、链齿轮驱动件和链齿轮改向件等，侧定位条设置于扣链多维整体阻漏侧定位条带端部伸出，链带锁紧件将侧定位条端部锁在扣侧定位条环形链上形成侧条定位多维整体阻漏链带，侧条 定位多维整体阻漏链带环扣在链齿轮驱动件和链齿轮改向件上，扣链多维整体阻漏侧定位条带包括穿孔扣链多维整体阻漏侧定位条带或一体扣链多维整体阻漏侧定位条带等，扣链多维整体阻漏侧定位条带侧边设有阻漏挡边或设有平面边等，当使用穿孔扣链多维整体阻漏侧定位条带时，穿孔扣链多维整体阻漏侧定位条带上设有穿侧定位条孔，穿侧定位条孔设置在扣链多维整体阻漏侧定位条带外表面与内表面之间，侧定位条穿接穿孔扣链多维整体阻漏侧定位条带，侧定位条端部伸出穿孔扣链多维整体阻漏侧定位条带的侧边，侧定位条伸出端穿扣于扣侧定位条环形链，链带锁紧件将侧定位条锁在扣侧定位条环形链上形成穿孔侧条定位多维整体阻漏链带，穿孔侧条定位多维整体阻漏链带环绕链齿轮驱动件和链齿轮改向件，链齿轮驱动件驱动扣侧定位条环形链，扣侧定位条环形链带动侧定位条绕链齿轮驱动件和链齿轮改向件循环，侧定位条带动扣链多维整体阻漏侧定位条带输送物料，或当使用一体扣链多维整体阻漏侧定位条带时，扣链多维整体阻漏侧定位条带与侧定位条为一体式，一体扣链多维整体阻漏侧定位条带侧边的侧定位条扣合在扣侧定位条环形链上，链齿轮驱动件带动一体扣链多维整体阻漏侧定位条带向前输送物料，扣链多维整体阻漏侧定位条带包括扣链多维整体阻漏侧定位条环带或扣链可折为环形带多维整体阻漏侧定位条长带等，扣链可折为环形带多维整体阻漏侧定位条长带用侧定位条穿扣在扣侧定位条环形链上，扣链可折为环形带多维整体阻漏侧定位条长带首尾扣合形成多维整体阻漏侧定位条长带环形密封链带，多维整体阻漏侧定位条长带环形密封链带扣在链齿轮驱动件和链齿轮改向件上，由链齿轮驱动件驱动连续给料,扣链多维整体阻漏侧定位条带的外表面为整体无漏点面不撒漏、不粘料、不刮带料等，侧定位条将扣链多维整体阻漏侧定位条带穿扣在扣侧定位条环形链上，使多维阻漏侧定位条环形带不跑偏、不伸缩、不打滑、整体不漏料、不变形等，多维整体阻漏侧定位条环带或扣链可折为环形带多维整体阻漏侧定位条长带等用侧定位条定位在扣侧定位条环形链上，重载启动不打滑、整体兜料不撒漏料、多维定位不跑偏、链条定位不伸缩、链轮启动不打滑、柔性链带无噪音、柔性链带耐磨损、多维整体阻漏不带回程料、柔性带与钢性条链刚柔相济、免调整、免维护等。The side strip positioning multi-dimensional integral leak-proof chain belt feeder includes a frame and side strip positioning multi-dimensional integral leak-proof chain belt conveying device, etc., the rack supports side strip positioning multi-dimensional integral leak-proof chain belt conveying device to transport materials, side The strip positioning multi-dimensional integral leak-proof chain belt conveying device comprises a multi-dimensional integral leak-proof side positioning strip, a side positioning strip, a buckle side positioning strip end chain, a chain belt locking part, a chain gear driving part and a chain gear reversing part, etc. The side positioning strip is disposed at the end of the multi-dimensional integral leak-proof side positioning strip of the buckle chain, and the chain locking member locks the end of the side positioning strip on the end chain of the buckle side positioning strip to form a side strip positioning multi-dimensional integral leak-proof chain Belt, side strip positioning multi-dimensional integral leak-proof chain belt buckle on the chain gear drive member and the chain gear reversing member, the buckle multi-dimensional integral leak-proof side positioning strip includes a perforated buckle chain multi-dimensional integral leak-proof side positioning strip or one The multi-dimensional integral leak-proof side positioning strip of the buckle chain, etc., the multi-dimensional integral leak-proof side positioning strip of the buckle chain is provided with a leakage preventing rib or a flat edge on the side, and when the perforated buckle chain multi-dimensional integral leak-proof side positioning strip is used When the perforated buckle chain multi-dimensional overall leakage The side positioning strip is provided with a through-side positioning strip hole, and the through-side positioning strip hole is disposed between the outer surface and the inner surface of the multi-dimensional integral leak-proof side positioning strip of the buckle chain, and the side positioning strip penetrates the perforated buckle chain multi-dimensional integral leakage The side positioning strips extend from the side of the side positioning strips to the side edges of the multi-dimensional integral leak-proof side positioning strips of the perforated buckle chain, and the protruding ends of the side positioning strips are fastened to the buckle side positioning strips, and the chain belt locking parts are to the side. The positioning bar lock forms a perforated side strip positioning multi-dimensional integral leak-proof chain belt on the buckle side positioning strip end chain, and the perforated side strip positioning multi-dimensional integral leak-proof chain belt surrounds the chain gear drive member and the chain gear reversing member, and the chain gear drive member drives Buckle side positioning strip endless chain, buckle side positioning strip endless chain drive side positioning strip around the chain gear drive part and chain gear redirecting part circulation, side positioning strip drive chain multi-dimensional integral leak-proof side positioning strip to convey material, or when used When the integral chain multi-dimensional integral leak-proof side positioning strip is used, the multi-dimensional integral leak-proof side positioning strip of the buckle chain and the side positioning strip are integrated, and the integrated buckle multi-dimensional integral leak-proof side positioning strip has side positioning strips on the side of the strip. On the buckle side positioning strip circular chain The sprocket drive member drives the integral buckle chain multi-dimensional integral leak-proof side positioning strip to convey the material forward, and the multi-dimensional integral leak-proof side positioning strip of the buckle chain comprises a multi-chain integral leak-proof side positioning strip ring or a buckle chain can be folded into a ring With a multi-dimensional integral leak-proof side positioning strip long belt, etc., the buckle chain can be folded into a ring-shaped belt multi-dimensional integral leak-proof side positioning strip long belt with a side positioning strip through the buckle on the buckle side positioning strip circular chain, the buckle chain can be folded into an endless belt Multi-dimensional integral leak-proof side positioning strip with long end-to-end fastening to form multi-dimensional integral leak-proof side positioning strip with long annular seal chain belt, multi-dimensional integral leak-proof side positioning strip with long ring seal chain buckle in chain gear drive and chain gear change On the moving piece, the continuous feeding is driven by the sprocket driving member, and the outer surface of the multi-dimensional integral leakage preventing side positioning strip of the buckle chain is an overall non-leakage surface, no leakage, no sticking, no scraping, etc., side positioning strip The multi-dimensional integral leakage preventing side positioning strip of the buckle chain is buckled on the buckle side positioning strip circular chain, so that the multi-dimensional leak-proof side positioning strip annular belt does not run off, does not stretch, does not slip, does not leak overall, does not deform, etc. Multi-dimensional overall leak-proof side positioning strip ring or chain It is folded into a circular belt with a multi-dimensional integral leak-proof side positioning strip, and the side positioning strip is positioned on the buckle side positioning strip circular chain. The heavy load starts without slipping, the whole pocket does not leak material, the multi-dimensional positioning does not run off, and the chain positioning It does not stretch, the sprocket starts to not slip, the flexible chain has no noise, the flexible chain wears, the multi-dimensional overall leak does not carry the return material, the flexible belt and the steel chain are rigid and soft, free of adjustment and maintenance-free.
所述的扣链多维整体阻漏侧定位条带包括扣链可折为环形多维阻漏侧定位条柔性密封长带等，扣链可折为环形多维阻漏侧定位条柔性密封长带纵向两端首尾设有前自密封边和后自密封边等，前自密封边设有长带前边侧定位条且后自密封边设有长带后边侧定位条，链带锁紧件将长带前边侧定位条与长带后边侧定位条靠近锁扣在扣侧定位条环形链上，扣链可折为环形多维阻漏侧定位条柔性密封长带纵向两端首尾对接,扣侧定位条环形链使前自密封边与后自密封边紧密配合形成多维阻漏侧定位条长带自密封环形链带，多维阻漏侧定位条长带自密封环形链带的前自密封边与后自密封边运行至链齿轮驱动件和链齿轮改向件的弧面处时， 长带前边侧定位条与长带后边侧定位条对前自密封边与后自密封边紧密配合处定位不产生漏料缝隙，或前自密封边与后自密封边分别设有前弹性自密封边、后弹性自密封边等，在前弹性自密封边和后弹性自密封边运行至链齿轮驱动件和链齿轮改向件弧面时前弹性自密封边和后弹性自密封边的弹性使其对接缝产生弹力密封，或前自密封边与后自密封边对接处填充密封胶密封等，或扣链可折为环形多维阻漏侧定位条柔性密封长带两纵向端部设有扣链多维阻漏侧定位条长带前阻漏结构和扣链多维阻漏侧定位条长带后阻漏结构等，扣链多维阻漏侧定位条长带前阻漏结构包括防漏长带前舌边等，扣链多维阻漏侧定位条长带后阻漏结构包括防漏长带后舌边等，扣链多维阻漏侧定位条长带前阻漏结构设有长带前边侧定位条且扣链多维阻漏侧定位条长带后阻漏结构设有长带后边侧定位条，链带锁紧件将长带前边侧定位条与长带后边侧定位条靠近锁扣在扣侧定位条环形链上，防漏柔性长带前舌边与防漏柔性长带后舌边搭接密封形成多维阻漏侧定位条长带搭接密封环形链带，或扣链多维阻漏侧定位条长带前阻漏结构包括防漏柔性长带前凹边等，扣链多维阻漏侧定位条长带后阻漏结构包括防漏柔性长带后凸边等，扣链多维阻漏侧定位条长带前阻漏结构设有长带前边侧定位条且扣链多维阻漏侧定位条长带后阻漏结构设有长带后边侧定位条等，链带锁紧件将长带前边侧定位条与长带后边侧定位条靠近锁扣在扣侧定位条环形链上，防漏柔性长带前凹边与防漏柔性长带后凸边搭接密封形成多维阻漏侧定位条长带扣接密封环形链带，或扣链可折为环形多维阻漏侧定位条柔性密封长带上包括侧定位条带前密封扣和侧定位条带后密封扣等，侧定位条带前密封扣与侧定位条带后密封扣相互扣合形成密封扣多维阻漏侧定位条长带环形链带，侧定位条带前密封扣包括侧定位条带前孔扣或包括侧定位条带前自封扣等，侧定位条带后密封扣包括侧定位条带后孔扣或包括侧定位条带后自封扣等，侧定位条带前孔扣与侧定位条带后孔扣相互扣合形成连接扣通孔等，扣链可折为环形多维阻漏侧定位条柔性密封长带包括穿连接扣孔条等，穿连接扣孔条穿接连接扣通孔形成扣孔多维阻漏侧定位条长带环形链带等，穿连接扣孔条与侧定位条分体或为一体式，或侧定位条带前自封扣与侧定位条带后自封扣扣合，侧定位条带前自封扣与侧定位条带后自封扣扣接形成自封扣多维阻漏侧定位条长带环形链带等，将侧定位条前自封扣设置为侧定位条前刚性自封扣或设置为侧定位条前柔性自封扣等，侧定位条端部设有侧定位条穿轴，链带锁紧件将侧定位条穿轴锁在扣侧定位条环形链上，扣链可折为环形带多维整体阻漏侧定位条柔性长带两端穿连形成速装拆扣链可折为环形多维阻漏侧定位条柔性密封长带，其表面无漏料点，侧定位条带前密封扣与侧定位条带后密封扣扣合后自形成密封面，该密封面只起密封扣合作用不被链齿轮驱动件和链齿轮改向件的动力拉动，多个侧定位条共同由扣侧定位条环形链扣合，扣侧定位条环形链对侧定位条定位，侧定位条对扣链多维整体阻漏侧定位条带定位，侧条定位多维整体阻漏链带旋转输料不承受前后拉力， 不会撕裂与伸缩，扣侧定位条环形链由多个旋转链节组成，各旋转链节活动连接，链齿轮驱动件的驱动力施加在扣侧定位条环形链与侧定位条上，穿侧定位条带前密封扣与侧定位条带后密封扣的侧定位条的旋转链节上扣有前侧定位条、后侧定位条等，前侧定位条与后侧定位条等对侧定位条带前密封扣与侧定位条带后密封扣等定位，侧定位条带前密封扣与侧定位条带后密封扣等不会因承受拉力而撕裂变形，使密封稳定长期可靠，当需要更换速装拆侧条定位多维阻漏链带时，先拆掉链带锁紧件，将侧定位条从侧定位条带前扣孔与侧定位条带后扣孔抽出，且将扣接该侧定位条的旋转链节与其它旋转链节分体，速装拆扣链可折为环形多维阻漏侧定位条柔性密封长带从链齿轮驱动件和链齿轮改向件上脱落，不需拆除链齿轮驱动件和链齿轮改向件等即可单独将侧条定位多维整体阻漏链带快速更换。The buckle multi-dimensional integral leak-proof side positioning strip comprises a buckle chain which can be folded into a ring-shaped multi-dimensional leak-proof side positioning strip flexible sealing long belt, etc., the buckle chain can be folded into a ring multi-dimensional leak-proof side positioning strip flexible seal long belt longitudinal two The front end is provided with a front self-sealing side and a rear self-sealing side, etc., the front self-sealing side is provided with a long belt front side positioning strip and the rear self-sealing side is provided with a long belt rear side positioning strip, and the chain belt locking member will be long with the front side The side positioning strip and the long side rear side positioning strip are adjacent to the buckle on the buckle side positioning strip circular chain, and the buckle chain can be folded into a circular multi-dimensional leak-proof side positioning strip flexible seal long strip longitudinal end end to end butt joint, buckle side positioning strip endless chain The front self-sealing edge and the rear self-sealing edge are closely matched to form a multi-dimensional leak-proof side positioning strip long self-sealing endless chain belt, and the multi-dimensional leak-proof side positioning strip has a self-sealing edge and a self-sealing edge of the self-sealing endless chain belt. When running to the arc surface of the sprocket drive member and the sprocket reversing member, the long belt front side locating strip and the long belt rear side locating strip are positioned to the front self-sealing side and the rear self-sealing edge to form a tight fit without a leakage gap. , or front self-sealing edge and rear self-sealing They are respectively provided with a front elastic self-sealing edge, a rear elastic self-sealing edge, etc., and the front elastic self-sealing edge and the rear elastic self-sealing edge run to the sprocket drive member and the sprocket reversing member curved surface, the front elastic self-sealing edge and the rear The elasticity of the elastic self-sealing edge makes the elastic sealing of the joint, or the sealing seal of the front self-sealing edge and the rear self-sealing edge, or the buckle can be folded into a circular multi-dimensional leak-proof side positioning strip flexible sealing long belt The two longitudinal ends are provided with a chain multi-dimensional leak-proof side positioning strip with a long strip front leakage structure and a multi-chain leak-proof side positioning strip with a long strip and a rear leakage preventing structure, and the multi-chain leak-proof side positioning strip of the buckle chain has a long strip front leakage. The structure includes a leak-proof long belt front tongue edge, etc., and a multi-dimensional leak-proof side positioning strip of the buckle chain has a long leak-proof structure including a leak-proof long belt rear tongue edge, etc., and a multi-dimensional leak-proof side positioning strip of the buckle chain has a long strip front leakage structure. The utility model has a long belt front side positioning strip and a multi-chain leak-proof side positioning strip long strip rear leakage preventing structure with a long belt rear side positioning strip, and the chain belt locking member will have a long belt front side positioning strip and a long belt rear side positioning strip. Close to the buckle on the buckle side positioning strip circular chain, leak-proof flexible long belt front The tongue edge and the leak-proof flexible long strip are lap-sealed to form a multi-dimensional leak-proof side positioning strip with a long strap lap seal endless chain strap, or the chain multi-dimensional leak-proof side positioning strip long strip front leak-proof structure includes a leak-proof flexible length With the front concave edge, etc., the multi-dimensional leak-proof side positioning strip of the buckle chain has a long leak-proof structure including a leak-proof flexible long belt back convex edge, etc., and the multi-chain leak-proof side positioning strip of the buckle chain has a long belt front and a front leakage preventing structure. The side positioning strip and the multi-dimensional leak-proof side positioning strip of the buckle chain have a long belt rear side positioning strip, and the chain belt locking member has the long belt front side positioning strip and the long belt rear side positioning strip close to the buckle. On the buckle side chain strip, the leakage-proof flexible long belt front concave edge and the leak-proof flexible long belt rear convex edge overlap seal to form a multi-dimensional leak-proof side positioning strip long belt buckle sealing annular chain belt, or the buckle chain can be folded The ring-shaped multi-dimensional leak-proof side positioning strip has a flexible sealing strip including a side positioning strip front sealing buckle and a side positioning strip rear sealing buckle, etc., and the side positioning strip front sealing buckle and the side positioning strip rear sealing buckle are mutually engaged to form a buckle. Sealing buckle multi-dimensional leak-proof side positioning strip long with endless chain belt, side positioning strip with front dense The buckle includes a side positioning strip front hole buckle or a side positioning strip front self-sealing buckle, etc., the side positioning strip rear sealing buckle includes a side positioning strip rear hole buckle or a side positioning strip, a self-sealing buckle, etc., the side positioning strip The front hole buckle and the side positioning strips are fastened to each other to form a connecting buckle through hole, etc., the buckle chain can be folded into a circular multi-dimensional leak-proof side positioning strip, the flexible sealing long belt includes a connecting connecting buckle hole strip, etc., and the connecting buckle hole strip The through-hole connecting through hole forms a multi-hole sealing side positioning strip with a circular chain belt, etc., and the connecting connecting hole strip and the side positioning strip are separated or integrated, or the side positioning strip front self-sealing buckle and the side positioning strip The self-sealing buckle is combined with the front self-sealing buckle and the side positioning strip, and the self-sealing buckle is fastened to form a self-sealing buckle multi-dimensional leak-proof side positioning strip with a long endless chain belt, etc., and the side positioning strip front self-sealing buckle is set to the side. The front side of the positioning strip is rigidly self-sealing or set to be a flexible self-sealing buckle in front of the side positioning strip. The side of the side positioning strip is provided with a side positioning strip through the shaft, and the chain belt locking member locks the side positioning strip through the shaft on the buckle side positioning strip circular chain. On the upper, the buckle can be folded into a ring with a multi-dimensional overall leak-proof side positioning strip The long belt is pierced at both ends to form a quick-release detachable chain, which can be folded into a circular multi-dimensional leak-proof side positioning strip flexible sealing long belt, and the surface has no leakage point, the side positioning strip front sealing buckle and the side positioning strip rear sealing buckle After the sealing surface is formed, the sealing surface is only used for the cooperation of the sprocket drive member and the sprocket reversing member, and the plurality of side locating strips are jointly buckled by the buckle side locating strip and the buckle side The positioning strip is positioned on the opposite side of the circular chain, and the side positioning strip is positioned on the multi-dimensional integral leak-proof side positioning strip of the buckle chain, and the side strip positioning multi-dimensional integral leak-proof chain belt rotating feed material is not subjected to the front and rear pulling force, and will not be torn and stretched. The buckle side positioning strip annular chain is composed of a plurality of rotating chain links, and each rotating chain link is movably connected, and the driving force of the sprocket driving member is applied to the buckle side positioning strip annular chain and the side positioning strip, and the wearing side positioning strip front sealing buckle The front side positioning strip, the rear side positioning strip, and the like are fastened on the rotating link of the side positioning strip of the rear positioning strip with the side positioning strip, the front side positioning strip and the rear side positioning strip, and the opposite side positioning strip front sealing buckle and the side Positioning the strip and sealing the buckle, etc. The strip front sealing buckle and the side positioning strip rear sealing buckle do not tear and deform due to the tensile force, so that the sealing is stable and long-term reliable. When it is necessary to replace the quick-disassembling side strip positioning multi-dimensional leak-proof chain belt, the chain is first removed. With the locking member, the side positioning strip is pulled out from the side positioning strip front buckle hole and the side positioning strip rear buckle hole, and the rotating link fastening the side positioning strip is separated from the other rotating links, and the speed is disassembled. The buckle chain can be folded into a ring-shaped multi-dimensional leak-proof side positioning strip. The flexible seal long belt is detached from the sprocket gear drive member and the sprocket gear change member, and the side strip can be separately removed without removing the sprocket drive member and the sprocket redirection member. Positioning multi-dimensional integral leak-proof chain belt for quick replacement.
所述的侧定位条包括侧定位条轴等，扣侧定位条环形链包括扣侧定位条环形链条孔等，侧定位条轴穿接扣侧定位条环形链条孔，侧定位条轴相对于扣侧定位条环形链条孔旋转，使扣链多维整体阻漏侧定位条带循环给料时侧定位条不与扣侧定位条环形链硬性摩擦掰损、不产生噪音等，扣侧定位条环形链包括中间扣侧定位条环形链或左扣侧定位条环形链或右扣侧定位条环形链或左扣侧定位条环形链和右扣侧定位条环形链等，当使用左扣侧定位条环形链和右扣侧定位条环形链时，扣链多维整体阻漏侧定位条带设置在左扣侧定位条环形链和右扣侧定位条环形链之间，链带锁紧件将相邻穿侧定位条连接并与左扣侧定位条环形链和右扣侧定位条环形链扣接。The side positioning strip includes a side positioning strip shaft, and the buckle side positioning strip annular chain includes a buckle side positioning strip annular chain hole, and the side positioning strip shaft passes through the buckle side positioning strip end chain chain hole, and the side positioning strip shaft is opposite to the buckle. The side positioning strip has a circular chain hole rotation, so that the multi-dimensional integral leak-proof side positioning strip of the buckle chain is cyclically fed, and the side positioning strip does not have a hard frictional damage with the buckle of the buckle side positioning strip, and no noise is generated, and the buckle side positioning strip circular chain The intermediate buckle side positioning strip annular chain or the left buckle side positioning strip annular chain or the right buckle side positioning strip annular chain or the left buckle side positioning strip annular chain and the right buckle side positioning strip circular chain, etc., when the left buckle side positioning strip ring is used When the chain and the right side positioning strip are arranged, the multi-dimensional integral leak-proof side positioning strip of the buckle chain is disposed between the left buckle side positioning strip end chain and the right buckle side positioning strip end chain, and the chain belt locking member will be adjacently worn. The side positioning strips are connected and fastened to the left buckle side positioning strip annular chain and the right buckle side positioning strip circular chain.
所述的穿孔扣链多维整体阻漏侧定位条带外表面为平面等，内表面为平面或内表面设有穿侧定位条孔凸起等，当内表面设有穿侧定位条孔凸起时，两穿侧定位条孔凸起之间设有向穿孔扣链多维整体阻漏侧定位条带外表面靠近的柔性凹弧，侧定位条穿于穿侧定位条孔凸起处带动穿孔扣链多维整体阻漏侧定位条带向前运行给料，链齿轮驱动件包括链齿轮驱动滚筒或链齿轮驱动轴等，链齿轮改向件包括链齿轮改向滚筒或链齿轮改向轴等，当使用链齿轮驱动滚筒时，链齿轮驱动滚筒上设有驱动链轮等，与之相对应的链齿轮改向滚筒上或链齿轮改向轴上设有改向链轮等，穿孔扣链多维整体阻漏侧定位条带向前行至链齿轮驱动滚筒和/或链齿轮从动滚筒等处时柔性凹弧弯曲，穿孔扣链多维整体阻漏侧定位条带绕链齿轮驱动滚筒和/或链齿轮从动滚筒等柔性旋转，不产生硬性弯曲、无噪音等。The perforated buckle multi-dimensional integral leak-proof side positioning strip outer surface is a plane, the inner surface is a flat surface or the inner surface is provided with a through-side positioning strip hole protrusion, etc., and the inner surface is provided with a through-side positioning strip hole protrusion. When there is a flexible concave arc which is close to the outer surface of the multi-dimensional integral leakage preventing side positioning strip of the perforated buckle, the side positioning strip is driven by the protruding portion of the through-side positioning strip hole to drive the perforation buckle. The chain multi-dimensional integral leak-proof side positioning strip runs forward feeding, the chain gear driving component comprises a sprocket driving roller or a sprocket driving shaft, and the chain gear reversing member comprises a sprocket reversing roller or a sprocket redirection shaft, etc. When the sprocket is used to drive the drum, the sprocket drive drum is provided with a drive sprocket, etc., and the corresponding sprocket redirection drum or the sprocket reversing shaft is provided with a redirection sprocket, etc. The integral leak-stop positioning strip is bent forwardly to the sprocket drive roller and/or the sprocket driven roller, etc., and the perforated buckle multi-dimensional integral leak-proof side positioning strip is wound around the sprocket drive roller and/or The sprocket driven roller rotates flexibly, Generating hard bending, no noise.
所述的穿侧定位条孔内设有润滑物或设有阻漏带条孔耐磨件等，阻漏带条孔耐磨件包括阻漏带条孔耐磨管或阻漏带条孔耐磨块等，当使用阻漏带条孔耐磨管时，阻漏带条孔耐磨管包括通长阻漏带条孔耐磨管和/或多段阻漏带条孔耐磨管等，多段阻漏带条孔耐磨管或阻漏带条孔耐磨块等使穿孔扣链多维整体阻漏侧定位条带形成上下前后左右多维柔性耐磨损功能。The wear-side positioning strip hole is provided with a lubricating material or a wear-resistant member with a leakage preventing strip hole, and the wear-resistant member of the leakage preventing strip hole comprises a wear-resistant tube with a leakage preventing strip hole or a leakage preventing strip hole. Grinding block, etc., when using a leak-proof strip hole wear-resistant tube, the leak-proof strip hole wear-resistant tube includes a long-length leak-proof strip hole wear-resistant tube and/or a multi-stage leak-proof strip hole wear-resistant tube, etc. The anti-leakage strip hole wear-resistant tube or the leak-proof strip hole wear-resistant block, etc., so that the perforated buckle chain multi-dimensional integral leak-proof side positioning strip forms a multi-dimensional flexible wear-resistant function of up, down, front, back, left and right.
所述的侧定位条包括钢制侧定位条或尼龙侧定位条或聚酯侧定位条或塑料侧定位条或橡 胶侧定位条或塑胶侧定位条等，扣侧定位条环形链包括钢制扣侧定位条环形链或尼龙扣侧定位条环形链或聚酯扣侧定位条环形链或塑料扣侧定位条环形链或橡胶扣侧定位条环形链或塑胶混合扣侧定位条环形链等，链齿轮驱动件和链齿轮改向件等之间设有缓冲床或设有托辊等支撑侧条定位多维整体阻漏链带，侧定位条与扣侧定位条环形链直接穿接或扣侧定位条环形链设有扣侧定位条环形链缓冲套等，扣侧定位条环形链缓冲套设置于扣侧定位条环形链条孔内，侧定位条穿过扣侧定位条环形链缓冲套穿接穿侧定位条孔，链带锁紧件将侧定位条和扣侧定位条环形链缓冲套等锁在扣侧定位条环形链上，扣侧定位条环形链缓冲套减缓侧定位条与扣侧定位条环形链之间的振动，扣链多维整体阻漏侧定位条带侧边为平面或设有阻漏挡边等，阻漏挡边包括环形阻漏挡边或挡片阻漏挡边等，环形阻漏挡边与扣链多维整体阻漏侧定位条带等分体连接或为一体式，挡片阻漏挡边与扣链多维整体阻漏侧定位条带等分体连接或为一体式，挡片阻漏挡边设置在扣链多维整体阻漏侧定位条带上表面两侧或设置在扣链多维整体阻漏侧定位条带侧面等，由侧定位条穿贴在扣链多维整体阻漏侧定位条带侧边。The side positioning strip comprises a steel side positioning strip or a nylon side positioning strip or a polyester side positioning strip or a plastic side positioning strip or a rubber side positioning strip or a plastic side positioning strip, and the buckle side positioning strip annular chain comprises a steel buckle. Side positioning strip endless chain or nylon buckle side positioning strip endless chain or polyester buckle side positioning strip endless chain or plastic buckle side positioning strip endless chain or rubber buckle side positioning strip endless chain or plastic mixing buckle side positioning strip circular chain, etc. A cushion bed is arranged between the gear drive member and the sprocket reversing member, or a multi-dimensional integral leak-proof chain belt is provided for supporting the side strips, such as a support roller, and the side positioning strip and the buckle side positioning strip are directly connected or buckled. The ring-shaped chain is provided with a buckle-side positioning strip endless chain buffer sleeve, and the buckle-side positioning strip endless chain buffer sleeve is disposed in the buckle-side positioning strip annular chain hole, and the side positioning strip passes through the buckle-side positioning strip annular chain buffer sleeve to wear through. The side positioning strip hole and the chain belt locking member lock the side positioning strip and the buckle side positioning strip annular chain buffer sleeve on the buckle side positioning strip circular chain, and the buckle side positioning strip annular chain buffer sleeve slows down the side positioning strip and the buckle side positioning. The vibration between the loop chains, The multi-dimensional integral leakage-removing side positioning strip of the buckle chain is flat or has a leakage preventing rib, and the leakage preventing rib includes an annular leakage rib or a damper leakage preventing rib, etc., the annular leakage rib and the buckle The multi-dimensional integral leak-proof side positioning strip is equally connected or integrated, and the blocking leakage barrier and the multi-dimensional integral leakage-side positioning strip of the buckle are connected or integrated, and the blocking piece is blocked. On the side of the upper surface of the multi-dimensional integral leakage preventing side positioning strip of the buckle chain or on the side of the multi-dimensional integral leakage preventing side positioning strip of the buckle chain, the side positioning strip is worn on the side of the multi-dimensional integral leak-proof side positioning strip of the buckle chain .
所述的穿孔扣链多维整体阻漏侧定位条带表面内设有穿孔柔性带筋等，或将穿孔扣链多维整体阻漏侧定位条带设置为穿孔柔性无筋带等，穿孔柔性带筋包括钢制穿孔柔性带筋或尼龙穿孔柔性带筋或聚酯穿孔柔性带筋或塑料穿孔柔性带筋或帆布穿孔柔性带筋或棉线穿孔柔性带筋或橡胶穿孔柔性带筋等，扣侧定位条环形链包括扣侧定位条环形链油槽或无油槽环形链等，扣侧定位条环形链油槽设置于扣侧定位条环形链条孔表面，扣侧定位条环形链油槽设有润滑介质等，减小侧定位条与扣侧定位条环形链等之间的摩擦与噪音，或在扣侧定位条环形链设置扣侧定位条环形链密封件和扣侧定位条环形链密封槽等，扣侧定位条环形链密封槽设置于扣侧定位条环形链条孔两端面，扣侧定位条环形链密封件设置于扣侧定位条环形链密封槽内，阻止润滑介质的流出。The perforated buckle multi-dimensional integral leak-proof side positioning strip surface is provided with a perforated flexible band, or the perforated chain multi-dimensional integral leak-proof side positioning strip is set as a perforated flexible non-ribbed belt, etc., the perforated flexible band Including steel perforated flexible band or nylon perforated flexible band or polyester perforated flexible band or plastic perforated flexible band or canvas perforated flexible band or cotton perforated flexible band or rubber perforated flexible band, etc., buckle side positioning strip The endless chain includes a buckle side oil groove or an oil-free groove end chain, and the buckle side oil groove of the buckle side positioning strip is disposed on the surface of the ring chain hole of the buckle side positioning strip, and the oil groove of the buckle side positioning strip is provided with lubricating medium, etc. Friction and noise between the side positioning strip and the buckle side of the buckle side positioning strip, or the buckle side side positioning strip annular chain seal and the buckle side positioning strip annular chain sealing groove, etc. The annular chain sealing groove is disposed on both end faces of the buckle side positioning chain end chain hole, and the buckle side positioning bar annular chain sealing member is disposed in the buckle side positioning bar annular chain sealing groove to prevent the lubricating medium from flowing out.
所述的机架包括旋连吊挂架、旋连接料器和铰轴等，侧条定位多维整体阻漏链带输送装置包括旋连称重输料器、称重传感器、速度传感器和运算器等，旋连吊挂架和旋连接料器等分体连接或为一体式，当旋连吊挂架和旋连接料器等分体连接时，旋连吊挂架下部设有旋连吊挂架铰轴或吊挂架旋连铰接耳等，旋连接料器上部设有接料斗旋连铰接孔或设有接料斗旋连铰接耳等，接料斗旋连铰接孔与旋连吊挂架铰轴等铰接，吊挂架旋连铰接耳与接料斗旋连铰接耳等铰接，旋连接料器的下部设置旋连称重输料器等，旋连吊挂架吊挂于料仓口处或设置于支撑基础等，吊挂架旋连铰接耳孔轴心设置于仓压影响区受力中间点，相对应地将接料斗旋连铰接耳孔轴心设置于仓压影响区受力中间点，接料斗旋连铰接孔与旋连吊挂架铰轴铰接处形成给料机支撑铰接点或铰轴穿于吊挂架旋连铰接耳和接料斗旋连铰接耳形成给料机支撑铰接点，仓压在给料机支撑铰接点两侧的作用力大小相等且相互平衡，仓压对称重传感器 的影响消除，旋连称重输料器远离给料机支撑铰接点的端部设有称重传感器等，称重传感器感应旋连称重输料器施加力的变化，称重传感器与速度传感器配合通过运算器计算出称重输送器输送物料的重量，当旋连吊挂架和旋连接料器为一体式时，旋连接料器的下部设有接料斗旋连铰接耳等，旋连输料斗吊挂于料仓下部或设置于支撑基础等，接料斗旋连铰接耳轴心设置于仓压影响区受力中间点，旋连称重输料器包括旋连称重输料器旋连铰接耳等，铰轴将接料斗旋连铰接耳和旋连称重输料器旋连铰接耳等连接形成给料机支撑铰接点，仓压在给料机支撑铰接点两侧的作用力大小相等且相互平衡，仓压对称重传感器的影响消除，旋连称重输料器远离给料机支撑铰接点的端部设置称重传感器等，称重传感器感应旋连称重输料器施加力的变化，称重传感器与速度传感器配合通过运算器计算出称重输送器输送物料的重量。The rack comprises a spiral hanging hanger, a rotary feeder and a hinge shaft, and the side strip positioning multi-dimensional integral leakage chain conveyor comprises a rotary weighing feeder, a load cell, a speed sensor and an arithmetic unit. Etc., the splicing pylon and the rotary splicer are connected or integrated. When the splicing pylon and the rotary splicer are connected, the lower part of the slewing pylon is provided with a slewing suspension. The hinge shaft or the hanging frame is connected with the hinged ear, and the upper part of the rotary connector is provided with a hopper splicing hinge hole or a hopper splicing joint ear, etc., and the hopper is connected with the hinge hole and the screw gantry hinge The shaft is hinged, the hanging bracket is connected with the hinged ear and the hinged ear of the hopper, and the lower part of the rotary feeder is provided with a screw-connected weighing feeder, etc., and the spiral hanging hanger is hung at the silo or Set on the support foundation, etc., the axis of the hanging frame of the hanging bracket is set at the intermediate point of the force affected zone of the warehouse, and correspondingly, the axis of the hopper is connected with the axis of the hinged ear hole, and is placed at the intermediate point of the force affected zone of the warehouse. The hopper splicing hinge hole and the splicing sling hinge hinge joint form a feeder support hinge point or hinge shaft The hanging joint of the hanging frame and the connecting hopper of the hopper are connected to form a hinge point of the feeder, and the force of the pressure on both sides of the support hinge of the feeder is equal and balanced, and the influence of the pressure sensitive sensor is Elimination, the end of the rotary weighing feeder away from the support hinge point of the feeder is provided with a weighing sensor, etc., the weighing sensor senses the change of the force applied by the rotary weighing feeder, and the weighing sensor cooperates with the speed sensor The operator calculates the weight of the material conveyed by the weighing conveyor. When the screwing hanger and the rotary feeder are integrated, the lower part of the rotary feeder is provided with a hopper and a hinged ear, and the rotary hopper is suspended. Hanged in the lower part of the silo or placed on the supporting foundation, etc., the hopper is connected with the hinged trunnion center at the intermediate point of the force in the affected area of the warehouse, and the rotary weighing feeder includes the rotary connecting weighing feeder Etc., the hinge shaft connects the hopper rotary joint hook and the rotary joint weighing feeder to the hinge joint ear to form a feeder support hinge point, and the force of the chamber pressure on both sides of the feeder support hinge point is equal and Balanced with each other The influence of the device is eliminated, the weighing feeder is connected away from the end of the feeder supporting the hinge point, and the weighing sensor is arranged. The weighing sensor senses the change of the force applied by the rotary weighing feeder, the weighing sensor and the speed sensor. The weight of the material conveyed by the weighing conveyor is calculated by an arithmetic unit.
所述的机架包括铰轴、接料槽和挂接料仓架等，挂接料仓架与料仓口挂接，挂接料仓架设有挂接料仓架铰接耳或设有挂接料仓架铰轴等，接料槽下部连接侧条定位多维整体阻漏链带输送装置，接料槽上部设有接料槽铰接耳孔，铰轴直接铰接挂接料仓架铰接耳和接料槽铰接耳等，或接料槽铰接耳孔与挂接料仓架铰轴等铰接，或铰轴与挂接料仓架铰接耳、接料槽铰接耳等之间设有旋连销轴轴承等，或铰轴与挂接料仓架铰接耳、接料槽铰接耳等之间设有耐磨润滑套等，旋连销轴轴承包括滚动轴承或润滑轴承等，旋连销轴轴承包括自润滑轴承或润滑体轴承等，旋连销轴轴承使挂接料仓架铰接耳、接料槽铰接耳等与铰轴相对运动灵敏，使旋连称重输料器在物料由料仓口流入卸料端灵敏地将物料的重量传递给称重传感器，使称重精度长期准确，旋连销轴轴承外圈与接料槽铰接耳直接配合或旋连销轴轴承外圈与接料槽铰接耳之间设有减震件等，减震件对料仓或物料等引起的震动进行缓冲减震，避免震动侧条定位多维整体阻漏链带输送装置避免震动对称重传感器准确称重干扰。The rack comprises a hinge shaft, a receiving trough and a hanging silo rack, and the hanging silo rack is connected with the silo port, and the hanging silo rack is provided with a hooking silo frame articulated ear or with a hook The silo frame hinge shaft, etc., the lower part of the receiving trough is connected with the side strip positioning multi-dimensional integral leak-proof chain belt conveying device, the upper part of the receiving trough is provided with the connecting trough hinged ear hole, the hinge shaft directly hinges the hanging silo frame hinge ear and the receiving material Slot hinges, etc., or hinged ears of the receiving trough are hinged to the hinged shaft of the hanging silo, or the hinged shaft and the hook of the hanging silo frame, the hinged ear of the receiving trough, etc. are provided with a screw pin bearing, etc. , or the hinged shaft and the hook bracket of the hanging silo frame, the hinged ear of the receiving trough, etc. are provided with a wear-resistant lubricating sleeve, the rotary pin bearing includes a rolling bearing or a lubricating bearing, and the rotary pin bearing includes a self-lubricating bearing. Or lubricating body bearings, etc., the screw pin bearing makes the hooking of the hook frame hinge ear, the receiving groove hinge ear and the hinge shaft relatively sensitive, so that the screw-connected weighing feeder flows into the unloading material from the material bin opening The end sensitively transfers the weight of the material to the load cell, so that the weighing accuracy is accurate for a long time, and the screw is connected outside the pin bearing. It is directly matched with the joint groove of the receiving groove or the shock-absorbing member is arranged between the outer ring of the pin bearing and the connecting ear of the receiving groove. The shock-absorbing member cushions and absorbs the vibration caused by the silo or material to avoid vibration. The side strip positioning multi-dimensional integral leak-proof chain belt conveying device avoids the accurate weighing interference of the vibration symmetric weight sensor.
所述的机架包括接料盘或导料槽或接料斗等，导料槽包括导料槽上导料口、导料槽左侧板、导料槽右侧板和导料槽后挡板等，导料槽左侧板设置在导料槽上导料口的左侧，导料槽右侧板设置在导料槽上导料口的右侧，导料槽后挡板设置在导料槽上导料口下部与导料槽左侧板和导料槽右侧板等形成导料斗，与导料槽后挡板相对应的导料斗出口处设有整形门或整形板等，物料从导料槽上导料口下落至导料斗内，侧条定位多维整体阻漏链带带动物料向导料斗出口处运行，物料在通过整形门或整形板等时受整形，被整形后的物料形成前后截面一致的物料带，被整形后的物料带中部高起两侧低，避免物料从侧条定位多维整体阻漏链带上掉落，减少两侧物料与导料槽左侧板、导料槽右侧板等的摩擦阻力。The rack comprises a receiving tray or a guiding trough or a receiving hopper, and the guiding trough comprises a guiding port on the guiding trough, a left side plate of the guiding trough, a right side plate of the guiding trough and a tailgate of the guiding trough Etc., the left side plate of the guide trough is arranged on the left side of the guide opening on the guide trough, the right side plate of the guide trough is arranged on the right side of the guide opening on the guide trough, and the rear baffle of the guide trough is set in the guide The lower part of the guiding port on the groove forms a guiding hopper with the left side plate of the guiding trough and the right side plate of the guiding trough, and a plastic door or a shaping plate is arranged at the outlet of the guiding hopper corresponding to the tailgate of the guiding trough, and the material is from The guide opening on the guide trough falls into the guiding hopper, and the side strip positioning multi-dimensional integral leak-proof chain belt is carried out with the animal material guiding hopper outlet, and the material is shaped when passing through the shaping door or the shaping plate, etc., before and after the shaped material is formed. The material strip with the same cross-section is low in the middle of the material with the middle section, so as to avoid the material falling from the side strip positioning multi-dimensional integral leak-proof chain belt, reducing the left side material and the guide tank left side plate and the guide trough Frictional resistance of the right side plate or the like.
所述的机架与料仓口对接处设置消除仓压整形器等，消除仓压整形器包括消除仓压斜板或消除仓压防砸铰接件或消除仓压反向给料件等，当使用消除仓压斜板时，在料仓口处设置消除仓压斜板或在料仓口下部的机架上部等设置消除仓压斜板等，当物料从高处落下时，砸 在消除仓压斜板上，消除仓压斜板吸收物料冲击力，并将物料垂直下落的流动方向改为顺消除仓压斜板斜向流动减少或免除物料流动的冲击力对侧条定位多维整体阻漏链带损坏，当使用消除仓压防砸铰接件时，在料仓口设置消除仓压防砸铰接件，消除仓压防砸铰接件包括消仓压铰轴、消仓压防砸板、消仓压铰轴弹簧等，在料仓口处设置消仓压铰轴或在料仓口下部的机架上部设置消仓压铰轴等，消仓压铰轴弹簧套在消仓压铰轴上，消仓压铰轴弹簧包括消仓压铰轴弹簧翼等，消仓压防砸板背朝料仓口扣在消仓压铰轴弹簧翼上，消仓压铰轴弹簧支撑消仓压防砸板，当物料从高处落下时，物料砸在消仓压防砸板上，消仓压铰轴弹簧翼受物料的冲击弹动，消仓压防砸板与消仓压铰轴弹簧吸收分解物料的冲击力，被吸收了冲击力的物料从消仓压防砸板上溜向扣链多维整体阻漏侧定位条带，或机架包括反向导料斜侧落料接料器和机架导料槽等，反向导料斜侧落料接料器包括挂接斜板导料槽件、斜板反向导料件和斜侧反向落料口件等，机架导料槽设置在侧条定位多维整体阻漏链带上部，斜侧反向落料口件的落料口朝向物料运动的反方向设置，挂接斜板导料槽件下部设置斜板反向导料件和斜侧反向落料口件等，与斜板反向导料件倾斜面相对处设置斜侧反向落料口件等，斜板反向导料件和斜侧反向落料口件组成反向导料斜侧落料斗等，侧条定位多维整体阻漏链带输送装置包括侧条定位阻漏链带反向延长称重输料器，侧条定位阻漏链带反向延长称重输料器包括转载反向落料减干扰段、称重前减干扰输送段、物料接近称重段和称重段等，反向导料斜侧落料斗与机架导料槽靠近非接触设置，斜板反向导料件从挂接斜板导料槽件上端连接处至机架导料槽段倾斜设置，斜板反向导料件使物料顺斜板反向导料件向物料称重落料口反方向流动，使料仓上部落下的物料砸在斜板反向导料件上避免物料冲击侧条定位阻漏链带反向延长称重输料器，斜侧反向落料口件使物料落在转载反向落料减干扰段上，物料通过称重前减干扰输送段平稳至称重段上，称重传感器不受冲击震动干扰下准确称量物料。The rack and the silo mouth are arranged at the docking point to eliminate the warehouse pressure shaper, etc., and the elimination of the warehouse pressure shaper includes eliminating the warehouse pressure slanting plate or eliminating the warehouse pressure anti-smashing hinge or eliminating the warehouse pressure reverse feeding member, etc. When using the slab to eliminate the swash plate, set the slanting plate at the silo opening or the upper part of the rack at the lower part of the silo to eliminate the swash plate, etc. When the material falls from a height, the slag is removed. On the swash plate, eliminate the impact force of the slanting plate and absorb the impact of the material, and change the flow direction of the vertical drop of the material to the direction of the slanting plate to reduce the oblique flow or reduce the flow of the material. The chain belt is damaged. When the tamper-proof tamper-evident hinge is used, the warehousing and anti-hinging hinge is arranged at the silo opening, and the tamper-proof tamper-evident hinge is eliminated, including the squeezing pressure hinge shaft, the squatting pressure smashing prevention plate, and the elimination Pressing the hinge spring, etc., at the silo opening, the anti-storage hinge shaft is arranged or the upper part of the rack at the lower part of the silo port is provided with the dissipating pressure hinge shaft, etc., and the dissipating pressure hinge spring sleeve is sleeved on the dissipating pressure hinge shaft , the elimination of the pressure hinge spring shaft includes the elimination of the pressure hinge shaft spring wing, etc. The back of the silo is buckled on the spring wing of the shaft of the dissipating pressure hinge, and the shaft spring of the dissipating pressure hinge supports the anti-smashing plate. When the material falls from a high place, the material is smashed on the anti-smashing plate. The spring hinge of the squeezing hinge shaft is bounced by the impact of the material, and the impact force of the smashing plate and the squeezing hinge shaft spring absorbs the decomposition material, and the material absorbed by the impact force slid away from the smashing plate The multi-dimensional integral leakage-side positioning strip of the buckle chain, or the frame includes a reverse-feeding oblique-side blanking feeder and a frame guiding groove, etc., and the reverse-feeding oblique-side blanking feeder includes a hanging inclined plate guiding material. The trough member, the slanting plate reverse guiding material member and the oblique side reverse blanking port member, etc., the frame guiding groove is arranged at the upper part of the side strip positioning multi-dimensional integral leakage preventing chain belt, and the falling side of the oblique side reverse dropping mouth piece In the opposite direction of the movement of the material, the swash plate reverse guide member and the oblique side reverse blanking member are arranged at the lower part of the swash plate guide groove member, and the oblique side opposite to the inclined surface of the swash plate reverse guide member is disposed. To the blanking member, etc., the swash plate reverse guiding material and the oblique side reverse blanking member constitute a reverse guiding material oblique side falling hopper, etc., and the side strips are positioned more. The overall leak-proof chain belt conveying device comprises a side strip positioning leak-proof chain belt reversely extending the weighing feeder, and the side strip positioning leak-proof chain belt reversely extending the weighing feeder including the reversing reverse blanking minus the interference section, Reducing the interference conveying section, the material close to the weighing section and the weighing section, etc., the reverse guiding material falling side hopper and the frame guiding groove are close to the non-contact setting, and the swash plate reverse guiding material is connected from the slanting plate guiding groove The upper end of the piece is inclined to the frame guide groove section, and the swash plate reverse guiding material causes the material slanting plate to reverse the guide material to flow in the opposite direction of the material weighing and dropping port, so that the material under the tribe on the silo is smashed. The sloping plate reverse guide material avoids the material impact side strip positioning and the leak-proof chain belt reversely extends the weighing feeder, and the oblique side reverse blanking port member causes the material to fall on the reversing reverse blanking minus interference section, and the material passes Before the weighing, the interference conveying section is smoothed to the weighing section, and the weighing sensor is accurately weighed without interference of shock and vibration.
所述的侧条定位多维整体阻漏链带输送装置包括称重传感器、速度传感器和运算器等，称重传感器设置在侧条定位多维整体阻漏链带输送装置卸料处，速度传感器设置在侧条定位多维整体阻漏链带或设置在链齿轮驱动件或设置在链齿轮改向件上等，称重传感器通过称量侧条定位多维整体阻漏链带上的物料称重计量或通过侧条定位多维整体阻漏链带输送装置与机架靠近料仓口端等设置铰接点等，铰接点设置在料仓口仓压区中心位置或偏离料仓口仓压区中心位置等设置，侧条定位多维整体阻漏链带输送装置远离料仓口的卸料端设置吊挂称重件等，吊挂称重件吊挂侧条定位多维整体阻漏链带输送装置对物料称重计量或通过侧条定位多维整体阻漏链带输送装置与机架靠近料仓口端设置铰接点等，铰接点设置在料仓口仓压区中心位置或偏离料仓口仓压区中心位置等设置，侧条定位多维整体阻漏链带输送装置远离料仓口的卸料端设置托举称重件等，托举称重件托举侧条定位多维整体阻漏链带输送装置对物 料称重计量，运算器通过称重传感器感应流动的物料重量同时与速度传感器配合称量物料，实现减干扰动态称重计量。The side strip positioning multi-dimensional integral leak-proof chain belt conveying device comprises a load cell, a speed sensor and an arithmetic device, and the weighing sensor is arranged at a discharge side of the side strip positioning multi-dimensional integral leak-proof chain conveyor, and the speed sensor is arranged at The side strip positioning multi-dimensional integral leak-proof chain belt is arranged on the sprocket drive member or on the sprocket redirection member, and the weighing sensor is weighed or passed through the weighing side strip to position the material on the multi-dimensional integral leak-proof chain belt. The side strip positioning multi-dimensional integral leak-proof chain belt conveying device and the frame are arranged close to the mouth end of the silo, etc., and the hinge point is set at the center position of the silo chamber nip or offset from the center position of the silo chamber nip. Side strip positioning multi-dimensional integral leak-proof chain belt conveyor device is arranged away from the discharge end of the silo port to hang the weighing parts, etc., hanging the weighing part hanging side strip positioning multi-dimensional integral leak-proof chain belt conveying device for material weighing measurement Or through the side strip positioning multi-dimensional integral leak-proof chain belt conveying device and the frame close to the mouth end of the silo to set the hinge point, etc., the hinge point is set at the center of the silo chamber nip or off the center of the silo chamber nip Set up, side strip positioning multi-dimensional integral leak-proof chain belt conveyor device away from the discharge end of the silo port to set the lifting weights, etc., lifting the weighing parts lifting side strip positioning multi-dimensional overall leak-proof chain belt conveyor The material is weighed and measured, and the operator senses the weight of the material flowing through the load cell and simultaneously weighs the material with the speed sensor to realize the dynamic weighing measurement of the interference reduction.
所述的机架还包括机架导料槽、反向导料斜侧落料斗等，机架导料槽和/或反向导料斜侧落料斗等包括接料输料整形器等，机架导料槽包括导料槽上导料口、导料槽左侧板、导料槽右侧板和导料槽后挡板等，导料槽左侧板设置在导料槽的左侧，导料槽右侧板设置在导料槽右侧，导料槽后挡板设置在导料槽后端且与导料槽左侧板和导料槽右侧板形成机架导料斗，接料输料整形器由机架导料槽和/或反向导料斜侧落料斗等支撑，接料输料整形器包括导料槽左侧整形器和/或导料槽右侧整形器等，导料槽左侧整形器包括导料槽左侧板固定支撑或可调式支撑等，导料槽右侧整形器由导料槽右侧板固定支撑或可调式支撑等，导料槽左侧整形器单独设置或导料槽左侧整形器与导料槽右侧整形器相对设置等，导料槽左侧整形器与导料槽右侧整形器后端与导料槽后挡板连接，导料槽左侧整形器与导料槽右侧整形器前端至称重段但不延伸至称重段，接料输料整形器设置在扣链多维整体阻漏侧定位条带上表面且不与扣链多维整体阻漏侧定位条带接触，物料在通过称重前减干扰输送段时被整形，物料接近称重段时接料输料整形器放弃整形，物料受整形后自由落在称重段上，不与机架导料槽侧板产生摩擦，避免物料从称重段上掉落或减少两侧物料与导料槽左侧板、导料槽右侧板的摩擦阻力，相对减少干扰准确称量因素。The rack further includes a rack guiding trough, a reverse guiding oblique side dropping hopper, etc., the rack guiding trough and/or the reverse guiding oblique side falling hopper, etc., including a receiving material shaping device, etc. The trough includes a guide port on the guide trough, a left side plate of the guide trough, a right side plate of the guide trough and a tailgate of the guide trough, and the left side plate of the guide trough is disposed on the left side of the guide trough, the guide material The right side plate of the trough is arranged on the right side of the guiding trough, and the rear baffle of the guiding trough is arranged at the rear end of the guiding trough and forms a rack guiding hopper with the left side plate of the guiding trough and the right side plate of the guiding trough, and the material is fed. The shaper is supported by the frame guide groove and/or the reverse guide inclined side drop hopper, etc., and the feed shaper includes a left side shaper of the guide groove and/or a right side shaper of the guide groove, etc., the guide groove The left shaper includes a fixed support or an adjustable support on the left side of the guide groove, and the right shaper of the guide groove is fixedly supported by the right side plate of the guide groove or adjustable support, and the left side shaper of the guide groove is separately set. Or the left side shaper of the guide groove is opposite to the right shaper of the guide groove, etc., the left side of the guide groove and the right side of the guide groove and the guide groove rear end of the guide groove Connect, the left side of the guide groove to the right side of the shaper and the right side of the guide groove to the weighing section but not to the weighing section. The receiving material shaping device is arranged on the upper surface of the multi-dimensional integral leak-proof side positioning strip of the buckle chain. And it is not in contact with the multi-dimensional integral leakage side positioning strip of the buckle chain, and the material is shaped when the material is close to the weighing conveying section before weighing. When the material is close to the weighing section, the material conveying shaper abandons the shaping, and the material is free to fall after being shaped. On the weighing section, there is no friction with the side plates of the frame guide groove to prevent the material from falling off the weighing section or reduce the frictional resistance between the materials on both sides of the left side of the guide groove and the right side of the guide groove. Relatively reduce interference with accurate weighing factors.
所述的可调式支撑包括螺杆隔套调节支撑和/或螺纹套导杆调节支撑等，螺杆隔套调节支撑包括左螺杆隔套调节支撑和/或右螺杆隔套调节支撑等，当使用左螺杆隔套调节支撑时，左螺杆隔套调节支撑包括左调节螺杆、左调节隔套和左调节螺母等，导料槽左侧整形器还包括左调节整形板等，左调节整形板设有左调节板螺杆孔，且在导料槽左侧板上设置与左调节板螺杆孔相对应的导料槽左侧板螺杆孔，左调节螺杆穿过左调节板螺杆孔及导料槽左侧板螺杆孔，在左调节板螺杆孔及导料槽左侧板螺杆孔之间的左调节板螺杆段上设置左调节隔套等，左调节隔套的长度与所需调节距离一致，左调节螺母拧在左调节螺杆上将左调节整形板、左调节隔套与导料槽左侧板等拉紧固定，对流动的物料整形，或当使用右螺杆隔套调节支撑时，右螺杆隔套调节支撑包括右调节螺杆、右调节隔套和右调节螺母等，导料槽右侧整形器还包括右调节整形板等，右调节整形板设有右调节螺杆孔，且在导料槽右侧板上设置与右调节板螺杆孔相对应的导料槽右侧板螺杆孔，右调节螺杆穿过右调节板螺杆孔及导料槽右侧板螺杆孔，在右调节板螺杆孔及导料槽右侧板螺杆孔之间的右调节板螺杆段上设有右调节隔套等，右调节隔套的长度与所需调节距离一致，右调节螺母拧在右调节螺杆上将右调节整形板、右调节隔套与导料槽右侧板等拉紧固定，对流动的物料整形，或同时使用左螺杆隔套调节支撑和右螺杆隔套调节支撑等，当使用螺纹套导杆调节支撑时，螺纹套导杆调节支撑包括左螺纹 套导杆调节支撑和/或右螺纹套导杆调节支撑等，左螺纹套导杆调节支撑包括左螺纹套导向杆、左调节螺纹套和左导向杆螺母等，左调节螺纹套包括调节左整形板螺纹段和扣合左侧板螺纹段等，左螺纹套导向杆设置在左调节整形板上，在导料槽左侧板上设置与左螺纹套导向杆相对应的导料槽左侧板螺纹孔，左调节螺纹套穿在左螺纹套导向杆上，左调节螺纹套拧入导料槽左侧板螺纹孔，使调节左整形板螺纹段与需调整距离一致，使扣合左侧板螺纹段与导料槽左侧板螺纹孔螺纹配合，导料槽左侧板螺纹孔支撑左调节螺纹套，左调节螺纹套顶在左调节整形板上，左螺纹套导向杆端部伸出左调节螺纹套，左螺纹套导向杆上设有导向杆螺纹，左导向杆螺母套在导向杆螺纹上向导料槽左侧板方向拧紧，将左调节整形板靠紧左调节螺纹套，左螺纹套导向杆的长度不小于左调节螺纹套加左导向杆螺母的长度，当左调节整形板需要向导料槽左侧板内侧调节移动时，旋转左调节螺纹套，左调节螺纹套相对左螺纹套导向杆轴向旋转，使左调节整形板向远离导料槽左侧板移动缩小物料通道，加大对流动物料的整形力度，当左调节整形板需要向导料槽左侧板外侧调节移动时，旋转左调节螺纹套，左调节螺纹套相对左螺纹套导向杆轴向旋转，使左调节整形板向靠近导料槽左侧板移动，使左调节整形板增大物料通道，加大物料流动空间，右螺纹套导杆调节支撑包括右螺纹套导向杆、右调节螺纹套和右导向杆螺母，右调节螺纹套包括调节右整形板螺纹段和扣合右侧板螺纹段，右螺纹套导向杆设置在右调节整形板上，在导料槽右侧板上设置与右螺纹套导向杆相对应的导料槽右侧板螺纹孔，右调节螺纹套穿在右螺纹套导向杆上，右调节螺纹套拧入导料槽右侧板螺纹孔，使调节右整形板螺纹段与需调整距离一致，使扣合右侧板螺纹段与导料槽右侧板螺纹孔螺纹配合，导料槽右侧板螺纹孔支撑右调节螺纹套，右调节螺纹套顶在右调节整形板上，右螺纹套导向杆端部伸出右调节螺纹套，右螺纹套导向杆上设有导向杆螺纹，右导向杆螺母套在导向杆螺纹上向导料槽右侧板方向拧紧，将右调节整形板靠紧右调节螺纹套，右螺纹套导向杆的长度不小于右调节螺纹套加右导向杆螺母的长度，当右调节整形板需要向导料槽右侧板内侧调节移动时，旋转右调节螺纹套，右调节螺纹套相对右螺纹套导向杆轴向旋转，使右调节整形板向远离导料槽右侧板移动缩小物料通道，加大对流动物料的整形力度，当右调节整形板需要向导料槽右侧板外侧调节移动时，旋转右调节螺纹套，右调节螺纹套相对右螺纹套导向杆轴向旋转，使右调节整形板向靠近导料槽右侧板移动，使右调节整形板增大物料通道，加大物料流动空间，右导向杆螺母沿右导向杆螺纹旋转向导料槽右侧板移动，右导向杆螺母贴合在右调节螺纹套上拉紧固定右调节整形板或右导向杆螺母外径大于右调节螺纹套外径，在右调节螺纹套的外周设置拉紧右整形板套，拉紧右整形板套一端顶在导料槽右侧板上另一端顶在右导向杆螺母上，右导向杆螺母通过顶在导料槽右侧板的拉紧右整形板套拉紧固定右调节整形板，拉紧右整形板套保护右调节螺纹套的锈死、不受外力冲击，导料槽右侧 板与右调节整形板之间的间隙开放式设置或在导料槽右侧板与右调节整形板之间的间隙处设置调节板防护件等，调节板防护件防止水、灰尘、煤泥、物料等进入。The adjustable support comprises a screw spacer adjustment support and/or a threaded sleeve guide support support, and the screw spacer adjustment support comprises a left screw spacer adjustment support and/or a right screw spacer adjustment support, etc. when using a left screw When the spacer adjusts the support, the left screw spacer adjustment support comprises a left adjustment screw, a left adjustment spacer and a left adjustment nut, etc., the left side shaping device of the guide groove further comprises a left adjustment shaping plate, and the left adjustment shaping plate is provided with a left adjustment. a screw hole of the plate, and a screw hole of the left side plate of the guide groove corresponding to the screw hole of the left adjustment plate is arranged on the left side plate of the guide groove, and the left adjustment screw passes through the screw hole of the left adjustment plate and the screw of the left side of the guide groove Hole, set the left adjustment spacer on the left adjusting plate screw section between the screw hole of the left adjustment plate and the screw hole of the left side plate of the guide groove, the length of the left adjustment spacer is the same as the required adjustment distance, and the left adjustment nut is screwed On the left adjustment screw, the left adjustment shaping plate, the left adjustment spacer and the left side plate of the guide groove are tightened and fixed, and the flowing material is shaped, or when the right screw spacer is used to adjust the support, the right screw spacer adjusts the support. Including right Screw, right adjustment spacer and right adjustment nut, etc., the right side of the guide groove shaper also includes a right adjustment shaping plate, etc., the right adjustment shaping plate is provided with a right adjustment screw hole, and is disposed on the right side plate of the guide groove and right Adjust the screw hole of the guide plate corresponding to the screw hole of the right side of the guide groove, the right adjustment screw passes through the screw hole of the right adjustment plate and the screw hole of the right side of the guide groove, and the screw hole of the right adjustment plate and the screw of the right side of the guide groove A right adjustment spacer is arranged on the screw section of the right adjustment plate between the holes, and the length of the right adjustment spacer is consistent with the required adjustment distance, and the right adjustment nut is screwed on the right adjustment screw to adjust the right adjustment plate and the right adjustment spacer Tightening and fixing with the right side plate of the guide trough, shaping the flowing material, or simultaneously adjusting the support with the left screw spacer and adjusting the support of the right screw spacer, etc. When using the threaded sleeve guide rod to adjust the support, the threaded sleeve guide rod The adjustment support comprises a left threaded sleeve guide adjustment support and/or a right threaded sleeve guide adjustment support, etc. The left threaded sleeve guide adjustment support comprises a left threaded sleeve guide rod, a left adjustment thread sleeve and a left guide rod nut, etc., the left adjustment thread Set including adjustment The threaded section of the shaping plate and the threaded section of the left side plate are engaged, and the left threaded sleeve guide rod is disposed on the left adjustment shaping plate, and the left side of the guide groove corresponding to the left threaded sleeve guide rod is disposed on the left side plate of the guide groove The threaded hole of the plate, the left adjustment thread sleeve is threaded on the left threaded sleeve guide rod, and the left adjustment thread sleeve is screwed into the threaded hole of the left side plate of the guide groove, so that the threaded section of the left shaping plate is adjusted to be the same as the required adjustment distance, so that the left side of the adjustment is engaged The threaded section of the plate is threaded with the threaded hole of the left side of the guide groove, and the threaded hole of the left side of the guide groove supports the left adjustment thread sleeve, and the left adjustment threaded sleeve is placed on the left adjustment shaping plate, and the end of the left threaded sleeve guide rod is extended. The left adjustment thread sleeve is provided with a guide rod thread on the left threaded sleeve guide rod, and the left guide rod nut sleeve is tightened on the guide rod thread in the direction of the left side plate of the guide trough, and the left adjustment shaping plate is pressed against the left adjustment thread sleeve, the left thread The length of the set of guiding rods is not less than the length of the left adjusting thread sleeve and the left guiding rod nut. When the left adjusting shaping plate needs to adjust the movement of the inner side of the guiding trough, the left adjusting thread sleeve is rotated, and the left adjusting thread sleeve is opposite to the left thread sleeve. guide The axial rotation causes the left adjustment shaping plate to move away from the left side plate of the guide groove to reduce the material passage, and increase the shaping force of the flowing material. When the left adjustment shaping plate needs to adjust the movement of the outer side of the left side of the guide chute, rotate the left Adjusting the thread sleeve, the left adjustment thread sleeve rotates axially relative to the left thread sleeve guide rod, so that the left adjustment shaping plate moves toward the left side plate of the guide groove, so that the left adjustment shaping plate increases the material passage, and increases the material flow space, right The threaded sleeve guide adjusting support comprises a right threaded sleeve guiding rod, a right adjusting thread sleeve and a right guiding rod nut, and the right adjusting thread sleeve comprises adjusting a right shaping plate thread segment and a fastening right side plate thread segment, and the right threaded sleeve guiding rod is arranged at On the right adjustment shaping plate, the right side plate of the guide groove corresponding to the right threaded sleeve guide rod is provided on the right side plate of the guide groove, and the right adjustment thread sleeve is threaded on the right threaded sleeve guide rod, and the right adjustment thread sleeve Screw into the threaded hole on the right side of the guide groove, so that the threaded section of the right shaping plate is adjusted to be the same as the required adjustment distance, so that the threaded section of the right side plate is threaded with the threaded hole of the right side of the guide groove, and the right side of the guide groove The threaded hole supports the right adjustment thread sleeve, the right adjustment thread sleeve is on the right adjustment shaping plate, the right thread sleeve guide rod end protrudes from the right adjustment thread sleeve, the right thread sleeve guide rod is provided with the guide rod thread, the right guide rod nut The sleeve is tightened on the right side of the guide groove on the right side of the guide groove, and the right adjustment shaping plate is pressed against the right adjustment thread sleeve. The length of the right threaded sleeve guide rod is not less than the length of the right adjustment thread sleeve and the right guide rod nut. When adjusting the shaping plate, it is necessary to adjust the inner side of the right side of the guide chute, and rotate the right adjusting thread sleeve, and the right adjusting thread sleeve rotates axially relative to the right threaded sleeve guiding rod, so that the right adjusting shaping plate moves away from the right side plate of the guiding trough. Material passage, increase the shaping force of the flowing material. When the right adjustment shaping plate needs to adjust the movement of the outer side of the right side of the guide chute, rotate the right adjustment thread sleeve, and the right adjustment thread sleeve rotates axially relative to the right thread sleeve guide rod. The right adjustment shaping plate moves toward the right side plate of the guiding trough, so that the right adjusting shaping plate increases the material passage, increases the material flow space, and the right guiding rod nut is along the right guiding rod thread. Move the right side of the guide trough to move, the right guide rod nut fits on the right adjustment threaded sleeve, and tightens the right adjustment shaping plate or the right guide rod nut outer diameter is larger than the right adjustment threaded sleeve outer diameter, and adjusts the outer circumference of the threaded sleeve on the right Set the right shaping sleeve to be tightened, and tighten one end of the right shaping sleeve on the right side of the right side of the guide slot and the other end on the right guide rod nut. The right guide rod nut is tightened by the top plate on the right side of the guide slot. The right shaping plate sleeve is tightened and fixed to the right adjustment shaping plate, and the right shaping plate sleeve is tightened to protect the rust of the right adjustment thread sleeve from the external force, and the gap between the right side plate of the guide groove and the right adjustment shaping plate is openly set. Or, an adjusting plate guard or the like is disposed at a gap between the right side plate of the guide chute and the right adjusting shaping plate, and the adjusting plate guard prevents water, dust, coal mud, materials and the like from entering.
所述的侧条定位多维整体阻漏链带输送装置还包括速度传感器、运算器、秤架和称重传感器等，秤架设置在链齿轮驱动件和链齿轮改向件之间，称重传感器设置在秤架的下部，称重传感器检测侧条定位多维整体阻漏链带上部物料瞬时重量，速度传感器和运算器通过检测侧条定位多维整体阻漏链带运转速度检测计算物料流量或通过检测链齿轮驱动件旋转速度检测计算物料流量或通过检测链齿轮改向件旋转速度检测计算物料流量等，通过计算瞬时重量、物料流量及输料时间等动态称重给料。The side strip positioning multi-dimensional integral leak-proof chain belt conveying device further comprises a speed sensor, an arithmetic unit, a scale frame and a weighing sensor, and the scale frame is arranged between the chain gear driving member and the chain gear redirecting member, the weighing sensor It is set in the lower part of the scale frame. The load cell detects the side bar positioning and the instantaneous weight of the upper material of the multi-dimensional integral leak-proof chain belt. The speed sensor and the arithmetic unit calculate the material flow rate by detecting the side strip positioning multi-dimensional integral leak-proof chain belt running speed detection or pass the detection. The gear speed of the sprocket drive member is used to calculate the material flow rate or to detect the material flow rate by detecting the rotational speed of the sprocket reversing member, and the dynamic weighing feed is calculated by calculating the instantaneous weight, the material flow rate and the delivery time.
所述的机架和侧条定位多维整体阻漏链带输送装置之间设有铰接点等，铰接点设置在料仓口仓压区中心位置或偏离料仓口仓压区中心位置等设置，侧条定位多维整体阻漏链带两端设置旋连称重卸料口，旋连称重卸料口包括左旋连称重卸料口和右旋连称重卸料口等，左旋连称重卸料口至给料机支撑铰接点的重量与右旋连称重卸料口至给料机支撑铰接点的重量相平衡对两卸料口所通过的物料分别进行重量准确计算，左旋连称重卸料口和右旋连称重卸料口通过天平的原理互相校正，使长期称重准确无误，或左旋连称重卸料口至给料机支撑铰接点的重量与右旋连称重卸料口至给料机支撑铰接点的重量有差值，通过运算器对左旋连称重卸料口、右旋连称重卸料口等设定不同系数对所通过物料重量分别予以准确计算。The rack and the side strip positioning multi-dimensional integral leak-proof chain belt conveying device are provided with a hinge point, and the hinge point is set at a center position of the silo chamber nip or offset from a center position of the silo port nip area. The side strip positioning multi-dimensional integral leak-proof chain belt is provided with a rotary weighing and unloading port at both ends, and the rotary weighing and unloading port includes a left-handed continuous weighing discharge port and a right-handed continuous weighing discharge port, etc. The balance between the weight of the discharge port and the support hinge point of the feeder and the weight of the right-handed weighing discharge port to the support hinge point of the feeder are accurately calculated for the materials passing through the two discharge ports, respectively. The heavy discharge port and the right-handed weighing discharge port are mutually corrected by the principle of the balance, so that the long-term weighing is accurate, or the weight of the left-handed weighing discharge port to the support hinge point of the feeder is connected with the right-handed weighing. The difference between the weight of the unloading port and the support hinge point of the feeder is determined by the operator to set different coefficients for the left-handed weighing and unloading port, the right-handed weighing and unloading port, etc. .
本发明的有益效果是：The beneficial effects of the invention are:
1.通过设置扣链多维整体阻漏侧定位条带、侧定位条、扣侧定位条环形链、链带锁紧件、链齿轮驱动件和链齿轮改向件,使侧定位条设置于扣链多维整体阻漏侧定位条带端部伸出，用链带锁紧件将侧定位条端部锁在扣侧定位条环形链上形成侧条定位多维整体阻漏链带，侧条定位多维整体阻漏链带环扣在链齿轮驱动件和链齿轮改向件上，将扣链多维整体阻漏侧定位条带和侧定位条活动穿接或设置为一体式，将侧定位条端部锁扣在扣侧定位条环形链上，由链齿轮驱动件带动循环给料，扣链多维整体阻漏侧定位条带表面为整体平面不会撒漏料且可在其侧边设置阻漏挡边或平面边，阻漏挡边与扣链多维整体阻漏侧定位条带形成多方位阻漏结构形成了多维整体阻漏不撒漏料、不带料、不打滑、不跑偏、不伸缩、不变形结构，当使用穿孔扣链多维整体阻漏侧定位条带时，使穿侧定位条孔设置在扣链多维整体阻漏侧定位条带外表面与内表面之间，将侧定位条穿接穿孔扣链多维整体阻漏侧定位条带，使侧定位条端部伸出穿孔扣链多维整体阻漏侧定位条带的侧边，使侧定位条伸出端穿扣扣侧定位条环形链，形成穿孔侧条定位多维整体阻漏链带，使扣侧定位条环形链带动穿孔侧条定位多维整体阻漏链带输送物料，穿侧定位条孔与侧定位条活动链接，当穿孔侧条定位多维整体阻漏链带运行至链齿轮驱动件弧面时，侧定 位条可相对于穿侧定位条孔旋动，避免了侧定位条与扣链多维整体阻漏侧定位条带硬性扭动掰损，运转噪音小、稳定性强，当侧定位条受冲击变形时可将侧定位条从穿侧定位条孔中抽出更换，不需对整个穿孔扣链多维整体阻漏侧定位条带更换，当使用一体扣链多维整体阻漏侧定位条带时，将扣链多维整体阻漏侧定位条带与侧定位条设置为一体式，使一体扣链多维整体阻漏侧定位条带侧边的侧定位条扣合在扣侧定位条环形链上，侧定位条对一体扣链多维整体阻漏侧定位条带定位、定长，使扣链多维整体阻漏侧定位条带整体不漏料不跑偏、不伸缩、不带回程料，将扣链可折为环形带多维整体阻漏侧定位条长带用侧定位条穿扣在扣侧定位条环形链上，使扣链可折为环形带多维整体阻漏侧定位条长带首尾扣合形成多维整体阻漏侧定位条长带环形密封链带，该发明使扣链多维整体阻漏侧定位条带的外表面为整体平面使其不撒漏、不粘料、不刮带料，由侧定位条将扣链多维整体阻漏侧定位条带穿扣在扣侧定位条环形链上，使多维阻漏侧定位条环形带不跑偏、不伸缩、不打滑、整体不漏料、不变形，将多维整体阻漏侧定位条环带或扣链可折为环形带多维整体阻漏侧定位条长带用侧定位条定位在扣侧定位条环形链上仅一拆卸接缝、接缝处不会被拉裂，重载启动不打滑、整体兜料不撒漏料、多维定位不跑偏、链条定位不伸缩、链轮启动不打滑、柔性链带无噪音、柔性链带耐磨损、多维整体阻漏不带回程料、柔性带与钢性条链刚柔相济、免调整、免维护，使用寿命长、安全可靠、工作效率高。1. The side positioning bar is set on the buckle by setting the multi-dimensional integral leakage preventing side positioning strip, the side positioning strip, the buckle side positioning strip end chain, the chain belt locking member, the chain gear driving member and the chain gear redirecting member. The end of the chain multi-dimensional integral leak-proof side positioning strip extends, and the end of the side positioning strip is locked on the end chain of the buckle side positioning strip by the chain belt locking member to form a side strip positioning multi-dimensional integral leak-proof chain belt, and the side strip positioning multi-dimensional The overall leak-proof chain belt buckle is arranged on the sprocket drive member and the sprocket redirection member, and the multi-dimensional integral leakage-side locating strip and the side locating strip of the zipper chain are movably connected or arranged in an integrated manner, and the side positioning strip end portion is arranged The buckle is fastened on the buckle side of the buckle side positioning chain, and is driven by the sprocket drive member. The surface of the multi-dimensional integral leak-proof side positioning strip of the buckle chain is not leaking and can be placed on the side of the buckle. The edge or the plane edge, the multi-directional leak-proof structure of the multi-directional leakage preventing structure formed by the multi-dimensional leakage prevention side of the leakage rib and the buckle chain form a multi-dimensional overall leakage prevention, no leakage, no material, no slip, no deviation, no expansion and contraction. , non-deformed structure, when using perforated chain multi-dimensional overall leak-proof side positioning When the belt is worn, the through-side positioning strip hole is disposed between the outer surface and the inner surface of the multi-dimensional integral leak-proof side positioning strip of the buckle chain, and the side positioning strip is connected to the multi-dimensional integral leak-proof side positioning strip of the perforated buckle chain to make the side positioning The end of the strip protrudes from the side of the multi-dimensional integral leak-proof side positioning strip of the perforated buckle chain, so that the side positioning strip protrudes to end the buckle-side positioning strip annular chain, forming a perforated side strip positioning multi-dimensional integral leak-proof chain belt, so that the buckle The side positioning strip endless chain drives the perforated side strip to position the multi-dimensional integral leak-proof chain belt to transport the material, and the through-side positioning strip hole and the side positioning strip are actively linked, and when the perforated side strip is positioned, the multi-dimensional integral leak-proof chain belt runs to the sprocket drive member curved surface. The side positioning strip can be rotated relative to the through-side positioning strip hole, thereby avoiding the rigid twisting and deviating damage of the side positioning strip and the multi-dimensional integral leak-proof side positioning strip of the buckle chain, the running noise is small, the stability is strong, and the side positioning strip is When the impact is deformed, the side positioning strip can be removed and replaced from the through-side positioning strip hole, and the multi-hole integral leak-proof side positioning strip of the entire perforated chain is not required to be replaced, when the integrated buckle multi-dimensional integral leak-proof side positioning strip is used. , will be chained multidimensional The leakage-side positioning strip and the side positioning strip are integrally arranged, so that the side positioning strips on the side of the multi-dimensional integral leak-proof side positioning strip are fastened on the buckle side positioning strip circular chain, and the side positioning strips are integrated with one buckle. Chain multi-dimensional overall leak-proof side positioning strip positioning, fixed length, so that the chain multi-dimensional overall leak-proof side positioning strip does not leak the whole material without deviation, no expansion, no return material, the buckle chain can be folded into a ring with a multi-dimensional The overall leak-proof side positioning strip has a side positioning strip that is fastened on the buckle side positioning strip circular chain, so that the buckle chain can be folded into a ring-shaped belt multi-dimensional integral leak-proof side positioning strip with a long tail-to-tail fastening to form a multi-dimensional overall leak-proof side positioning The strip has a ring-shaped sealing chain belt, and the invention makes the outer surface of the multi-dimensional integral leak-proof side positioning strip of the buckle chain as a whole plane so as not to leak, stick to the material, and not scrape the strip material, and the side positioning strip will buckle the chain multi-dimensional The overall leak-proof side positioning strip is worn on the buckle side positioning strip circular chain, so that the multi-dimensional leak-proof side positioning strip annular belt does not run off, does not stretch, does not slip, the whole does not leak, does not deform, and the multi-dimensional overall leakage Side positioning strips or buckles can be folded into a multi-dimensional whole The side of the leaking side positioning strip is positioned on the side chain of the buckle side positioning strip. Only one seam is removed, the joint is not cracked, the heavy load starts to not slip, the whole material does not leak, and the multi-dimensional positioning No deviation, no positioning of the chain, no sprocket start, no noise in the flexible chain, wear resistance of the flexible chain, multi-dimensional overall leakage without return material, flexible belt and steel chain, soft and soft, free adjustment, free Maintenance, long service life, safe and reliable, and high work efficiency.
2.用柔性材料将扣链多维整体阻漏侧定位条带设置为扣链可折为环形多维阻漏侧定位条柔性密封长带，折弯性能好、耐磨损、运行无噪音，使前自密封边设有长带前边侧定位条且使后自密封边设有长带后边侧定位条，用链带锁紧件将长带前边侧定位条与长带后边侧定位条靠近锁扣在扣侧定位条环形链上，使扣链可折为环形多维阻漏侧定位条柔性密封长带纵向两端首尾对接,扣侧定位条环形链使前自密封边与后自密封边紧密配合形成多维阻漏侧定位条长带自密封环形链带，当多维阻漏侧定位条长带自密封环形链带的前自密封边与后自密封边运行至链齿轮驱动件和链齿轮改向件的弧面处时，由于长带前边侧定位条与长带后边侧定位条的定位使前自密封边与后自密封边紧密配合处不产生漏料缝隙，将前自密封边与后自密封边做成前弹性自密封边、后弹性自密封边，在前弹性自密封边和后弹性自密封边运行至链齿轮驱动件和链齿轮改向件弧面时前弹性自密封边和后弹性自密封边的弹性使其对接缝产生弹力密封，在前自密封边与后自密封边对接处填充密封胶密封,用链带锁紧件将长带前边侧定位条与长带后边侧定位条靠近锁扣在扣侧定位条环形链上，使防漏长带前舌边与防漏长带后舌边搭接密封形成多维阻漏侧定位条长带搭接密封环形链带,或用链带锁紧件将长带前边侧定位条与长带后边侧定位条靠近 锁扣在扣侧定位条环形链上，或使防漏长带前凹边与防漏长带后凸边搭接密封形成多维阻漏侧定位条长带扣接密封环形链带,或使侧定位条带前密封扣与侧定位条带后密封扣相互扣合形成密封扣多维阻漏侧定位条长带环形链带，或用穿连接扣孔条穿接连接扣通孔形成扣孔多维阻漏侧定位条长带环形链带，穿连接扣孔条与侧定位条分体或为一体式，或使侧定位条带前自封扣与侧定位条带后自封扣扣合，由侧定位条带前自封扣与侧定位条带后自封扣扣接形成自封扣多维阻漏侧定位条长带环形链带,将侧定位条前自封扣设置为侧定位条前刚性自封扣或设置为侧定位条前柔性自封扣，用链带锁紧件将侧定位条穿轴锁在扣侧定位条环形链上，将扣链可折为环形带多维整体阻漏侧定位条柔性长带两端穿连形成速装拆扣链可折为环形多维阻漏侧定位条密封长带，使其表面无漏料点，使侧定位条带前密封扣与侧定位条带后密封扣扣合后自形成密封面，使该密封面只起密封扣合作用不被链齿轮驱动件和链齿轮改向件的动力拉动，将多个侧定位条共同由扣侧定位条环形链扣合，使扣侧定位条环形链对侧定位条定位，使侧定位条对扣链多维整体阻漏侧定位条带定位，使侧条定位多维整体阻漏链带旋转输料不承受前后拉力，不会撕裂与伸缩，各旋转链节活动连接，使链齿轮驱动件的驱动力施加在扣侧定位条环形链与侧定位条上，或使穿侧定位条带前密封扣与侧定位条带后密封扣的侧定位条的旋转链节上扣有前侧定位条、后侧定位条，使前侧定位条与后侧定位条对侧定位条带前密封扣与侧定位条带后密封扣定位，使侧定位条带前密封扣与侧定位条带后密封扣不会因承受拉力而撕裂变形,使扣链多维整体阻漏侧定位条带不上下跳动、不前后错位、不左右窜动、不卷边、不打滑、不漏料、不产生噪音、不拉伸、不开裂、不刮带回程料，不因热胀冷缩而变形，使密封稳定长期可靠，当需要更换速装拆侧条定位多维阻漏链带时，先拆掉链带锁紧件，将侧定位条从侧定位条带前扣孔与侧定位条带后扣孔抽出，且将扣接该侧定位条的旋转链节与其它旋转链节分体，使速装拆扣链可折为环形多维阻漏侧定位条柔性密封长带从链齿轮驱动件和链齿轮改向件上脱落，不需拆除链齿轮驱动件和链齿轮改向件即可单独将侧条定位多维整体阻漏链带快速更换。2. Using flexible material, the multi-dimensional integral leak-proof side positioning strip of the buckle chain is set as a buckle chain which can be folded into a circular multi-dimensional leak-proof side positioning strip flexible sealing long belt, which has good bending performance, wear resistance and no noise during operation, so that the front The self-sealing edge is provided with a long belt front side positioning strip and the rear self-sealing side is provided with a long belt rear side positioning strip, and the long belt front side positioning strip and the long belt rear side positioning strip are locked by the chain belt locking member. The buckle side positioning strip is formed on the endless chain, so that the buckle chain can be folded into a ring-shaped multi-dimensional leak-proof side positioning strip, the flexible sealing strip has a longitudinal end and a first end butt joint, and the buckle side positioning strip annular chain makes the front self-sealing edge and the rear self-sealing edge closely cooperate. The multi-dimensional leak-proof side positioning strip has a self-sealing endless chain belt, and the multi-dimensional leak-proof side positioning strip has a self-sealing side and a self-sealing side of the self-sealing endless belt to the sprocket drive member and the chain gear reversing member. At the curved surface, the front self-sealing edge and the rear self-sealing are not caused by the positioning of the front belt side positioning strip and the long belt rear side positioning strip so that the front self-sealing edge and the rear self-sealing edge are tightly fitted. Made of front elastic self-sealing edge, rear elastic Edge-sealing, the elasticity of the front elastic self-sealing edge and the rear elastic self-sealing edge when the front elastic self-sealing edge and the rear elastic self-sealing edge run to the sprocket drive member and the sprocket steering member curved surface make the elastic force on the joint Sealing, filling the sealant seal at the front self-sealing edge and the rear self-sealing edge butt joint, and fastening the long belt front side positioning strip and the long belt rear side positioning strip to the buckle side on the buckle side positioning strip circular chain with the chain locking member The leakage preventing long belt front tongue edge and the leakage preventing long belt rear edge joint are sealed to form a multi-dimensional leak-proof side positioning strip long belt lap joint sealing endless chain belt, or the belt belt locking member is used to carry the long belt front side positioning strip The long-side rear side positioning bar is adjacent to the buckle on the buckle side positioning strip end chain, or the leakage preventing long belt front concave side and the leakage preventing long belt rear convex edge are overlapped and sealed to form a multi-dimensional leak-proof side positioning strip long belt fastening. Sealing the endless chain belt, or fastening the side positioning strip front sealing buckle and the side positioning strip rear sealing buckle to form a sealing buckle multi-dimensional leak-proof side positioning strip long with an endless chain belt, or wearing a connecting buckle hole strip through the connection Buckle through hole forming buttonhole multi-dimensional leak-proof side positioning strip long with endless chain belt, piercing The buckle hole strip and the side positioning strip are separated or integrated, or the side positioning strip front self-sealing buckle and the side positioning strip and the self-sealing buckle are fastened, and the side positioning strip front self-sealing buckle and the side positioning strip self-sealing buckle The buckle is formed into a self-sealing buckle multi-dimensional leak-proof side positioning strip with an endless chain belt, and the front positioning strip front self-sealing buckle is set as a front positioning strip front rigid self-sealing buckle or as a side positioning strip front flexible self-sealing buckle, with a chain locking device The side positioning strip is locked on the buckle side of the buckle side positioning chain, and the buckle chain can be folded into an endless belt. The multi-dimensional integral leak-proof side positioning strip is flexible and the two ends are connected to form a quick-release buckle chain which can be folded into a ring-shaped multi-dimensional resistance. The leakage side positioning strip seals the long belt so that there is no leakage point on the surface, so that the front positioning strip front sealing buckle and the side positioning strip rear sealing buckle are fastened to form a sealing surface, so that the sealing surface only functions as a sealing buckle. The power of the sprocket drive member and the sprocket reversing member is not pulled by the sprocket drive member, and the plurality of side locating strips are jointly fastened by the buckle side locating strip end chain, so that the side locating strip of the buckle side locating strip is positioned to the side locating strip, so that the side locating strip is positioned. Positioning the multi-dimensional integral leak-proof side positioning strip of the buckle chain to make the side strip The multi-dimensional integral leak-proof chain belt rotating conveying material does not receive the front and rear pulling force, does not tear and expand and contract, and the rotating chain links are movably connected, so that the driving force of the sprocket driving member is applied to the buckle side positioning strip annular chain and the side positioning strip, Or the front side positioning strip and the rear side positioning strip are fastened on the rotating link of the side positioning strip of the side positioning strip front sealing buckle and the side positioning strip rear sealing buckle, so that the front side positioning strip and the rear side positioning strip pair The side positioning strip front sealing buckle and the side positioning strip rear sealing buckle are positioned, so that the side positioning strip front sealing buckle and the side positioning strip rear sealing buckle are not torn and deformed by the tensile force, so that the buckle chain multi-dimensional overall leakage The side positioning strips do not jump up and down, do not shift back and forth, do not move left and right, do not curl, do not slip, do not leak, do not produce noise, do not stretch, do not crack, do not scrape back the material, do not cool due to thermal expansion Reduce the deformation, make the seal stable and long-term reliable. When you need to replace the quick-disconnect side strip to position the multi-dimensional leak-proof chain belt, first remove the chain lock, and then position the side positioning strip from the side positioning strip. The rear buckle hole of the strip is withdrawn, and the rotation of the side positioning strip is buckled The chain link is separated from the other rotating links, so that the quick-release detachable chain can be folded into a ring-shaped multi-dimensional leak-proof side locating strip. The flexible sealing long belt is detached from the sprocket drive member and the sprocket reversing member without removing the sprocket drive. The part and chain gear reversing parts can be used to quickly replace the side strip positioning multi-dimensional integral leakproof chain belt.
3.侧定位条轴穿接扣侧定位条环形链条孔，侧定位条轴相对于扣侧定位条环形链条孔旋转，使扣链多维整体阻漏侧定位条带循环给料时侧定位条不与扣侧定位条环形链硬性摩擦掰损、不产生噪音，扣侧定位条环形链可以为中间扣侧定位条环形链或左扣侧定位条环形链或右扣侧定位条环形链或左扣侧定位条环形链和右扣侧定位条环形链，扣链多维整体阻漏侧定位条带设置在左扣侧定位条环形链和右扣侧定位条环形链之间，链带锁紧件将相邻穿侧定位条连接并与左扣侧定位条环形链和右扣侧定位条环形链扣接，左扣侧定位条环形链和右扣侧定位条环形链使扣链多维整体阻漏侧定位条带不上下跳动、不前后错 位、不左右窜动、不卷边、不打滑、不漏料、不产生噪音、不拉伸、不开裂、不刮带回程料，不因热胀冷缩而变形。3. The side positioning strip shaft passes through the buckle side positioning strip end chain chain hole, and the side positioning strip shaft rotates relative to the buckle side positioning strip endless chain hole, so that the multi-dimensional integral leak-proof side positioning strip of the buckle chain does not circulate when feeding the side positioning strip The circular chain of the buckle side positioning strip is hardly rubbed and does not generate noise. The loop chain of the buckle side positioning strip can be the middle buckle side positioning strip end chain or the left buckle side positioning strip end chain or the right buckle side positioning strip end chain or the left buckle The side positioning strip annular chain and the right buckle side positioning strip endless chain, the buckle multi-dimensional integral leak-proof side positioning strip is disposed between the left buckle side positioning strip annular chain and the right buckle side positioning strip endless chain, the chain belt locking component will The adjacent through-side positioning strips are connected and fastened to the left buckle side positioning strip annular chain and the right buckle side positioning strip circular chain, and the left buckle side positioning strip annular chain and the right buckle side positioning strip circular chain make the buckle multi-dimensional integral leakage preventing side The positioning strip does not jump up and down, does not shift back and forth, does not move left and right, does not curl, does not slip, does not leak, does not produce noise, does not stretch, does not crack, does not scrape back the material, does not shrink due to thermal expansion And deformation.
4.穿孔扣链多维整体阻漏侧定位条带外表面为平面，内表面设有穿侧定位条孔凸起，侧定位条穿于穿侧定位条孔凸起处带动穿孔扣链多维整体阻漏侧定位条带向前运行给料，穿孔扣链多维整体阻漏侧定位条带向前行至链齿轮驱动滚筒和/或链齿轮从动滚筒处时柔性凹弧弯曲，穿孔扣链多维整体阻漏侧定位条带绕链齿轮驱动滚筒和/或链齿轮从动滚筒柔性旋转，不产生硬性弯曲、无噪音、节约材料。4. The perforated buckle chain multi-dimensional integral leak-proof side positioning strip has a flat outer surface, the inner surface is provided with a through-side positioning strip hole protrusion, and the side positioning strip is worn on the through-side positioning strip hole protrusion to drive the perforated buckle chain multi-dimensional integral resistance The leakage side positioning strip runs forward feeding, and the perforated buckle multi-dimensional integral leakage side positioning strip advances to the sprocket drive roller and/or the sprocket driven roller at the flexible concave arc bending, and the perforated buckle chain multi-dimensional whole The leakage-side positioning strip rotates flexibly around the sprocket drive roller and/or the sprocket driven roller without hard bending, noise, and material saving.
5.阻漏带条孔耐磨管为通长阻漏带条孔耐磨管和/或多段阻漏带条孔耐磨管，多段阻漏带条孔耐磨管或阻漏带条孔耐磨块使穿孔扣链多维整体阻漏侧定位条带形成上下前后左右多维柔性耐磨损功能，增加了扣链多维整体阻漏侧定位条带耐磨性能，提高了其使用寿命。5. The leak-proof strip hole wear-resistant tube is a long-term leak-proof strip hole wear-resistant tube and / or multi-stage leak-proof strip hole wear-resistant tube, multi-section leak-proof strip hole wear-resistant tube or leak-proof strip hole resistance The grinding block enables the multi-dimensional integral leak-proof side positioning strip of the perforated buckle to form a multi-dimensional flexible wear-resisting function of up, down, front, back, left and right, which increases the wear resistance of the multi-dimensional integral leak-proof side positioning strip of the buckle chain and improves the service life thereof.
6.侧定位条包括钢制侧定位条或尼龙侧定位条或聚酯侧定位条或塑料侧定位条或橡胶侧定位条或塑胶侧定位条，扣侧定位条环形链缓冲套设置于扣侧定位条环形链条孔内，侧定位条穿过扣侧定位条环形链缓冲套穿接穿侧定位条孔，链带锁紧件将侧定位条和扣侧定位条环形链缓冲套锁在扣侧定位条环形链上，扣侧定位条环形链缓冲套减缓侧定位条与扣侧定位条环形链之间的振动，环形阻漏挡边与扣链多维整体阻漏侧定位条带分体连接或为一体式，挡片阻漏挡边与扣链多维整体阻漏侧定位条带分体连接或为一体式，挡片阻漏挡边设置在扣链多维整体阻漏侧定位条带上表面两侧或设置在扣链多维整体阻漏侧定位条带侧面，由侧定位条穿贴在扣链多维整体阻漏侧定位条带侧边，阻漏挡边配合扣链多维整体阻漏侧定位条带输送物料，增加输送物料的量时不会从扣链多维整体阻漏侧定位条带侧边撒漏物料，提高了扣链多维整体阻漏侧定位条带的输送能力和环保能力。6. The side positioning bar comprises a steel side positioning strip or a nylon side positioning strip or a polyester side positioning strip or a plastic side positioning strip or a rubber side positioning strip or a plastic side positioning strip, and the buckle side positioning strip annular chain buffer sleeve is arranged on the buckle side In the annular chain hole of the positioning strip, the side positioning strip passes through the buckle side of the buckle side positioning strip and the through side positioning strip hole, and the chain belt locking member locks the side positioning strip and the buckle side positioning strip annular chain buffer sleeve on the buckle side. On the positioning chain endless chain, the buckle side positioning strip annular chain buffer sleeve slows the vibration between the side positioning strip and the buckle side positioning strip end chain, and the annular leak preventing rib and the chain multi-dimensional integral leak-proof side positioning strip are connected separately or For the integral type, the blocking piece of the blocking piece and the multi-dimensional integral leakage preventing side positioning strip of the buckle chain are respectively connected or integrated, and the blocking piece of the blocking piece is disposed on the upper surface of the multi-dimensional integral leakage preventing side positioning strip of the buckle chain. The side is disposed on the side of the multi-dimensional integral leak-proof side positioning strip of the buckle chain, and is worn by the side positioning strip on the side of the multi-dimensional integral leak-proof side positioning strip of the buckle chain, and the leakage preventing edge is matched with the buckle multi-dimensional integral leak-proof side positioning strip. With conveyor materials, it will not increase the amount of material transported. Multidimensional fastener chain side positioning overall leakage barrier strip material spill sides, improve the ability to snap the chain transfer ability and environmental side positioning multidimensional overall leakage barrier strip.
7.穿孔柔性带筋包括钢制穿孔柔性带筋或尼龙穿孔柔性带筋或聚酯穿孔柔性带筋或塑料穿孔柔性带筋或帆布穿孔柔性带筋或棉线穿孔柔性带筋或橡胶穿孔柔性带筋，扣侧定位条环形链油槽设置于扣侧定位条环形链条孔表面，扣侧定位条环形链油槽设有润滑介质，减小侧定位条与扣侧定位条环形链之间的摩擦与噪音，扣侧定位条环形链密封槽设置于扣侧定位条环形链条孔两端面，扣侧定位条环形链密封件设置于扣侧定位条环形链密封槽内，阻止润滑介质的流出，提高长期润滑能力。7. Perforated flexible band includes steel perforated flexible band or nylon perforated flexible band or polyester perforated flexible band or plastic perforated flexible band or canvas perforated flexible band or cotton perforated flexible band or rubber perforated flexible band The buckle side oil groove of the buckle side positioning strip is disposed on the surface of the annular chain hole of the buckle side positioning strip, and the lubricating oil medium is provided in the oil chain groove of the buckle side positioning strip to reduce the friction and noise between the side positioning strip and the loop chain of the buckle side positioning strip. The buckle side groove of the buckle side positioning strip is disposed on both end faces of the annular chain hole of the buckle side positioning strip, and the annular chain seal of the buckle side positioning strip is disposed in the annular chain sealing groove of the buckle side positioning strip to prevent the outflow of the lubricating medium and improve the long-term lubricating ability. .
8.旋连吊挂架下部设有旋连吊挂架铰轴或吊挂架旋连铰接耳，旋连接料器上部设有接料斗旋连铰接孔或设有接料斗旋连铰接耳，接料斗旋连铰接孔与旋连吊挂架铰轴铰接，旋连接料器的下部设置旋连称重输料器，旋连吊挂架吊挂于料仓口处或设置于支撑基础，吊挂架旋连铰接耳孔轴心设置于仓压影响区受力中间点，相对应地将接料斗旋连铰接耳孔 轴心设置于仓压影响区受力中间点，接料斗旋连铰接孔与旋连吊挂架铰轴铰接处形成给料机支撑铰接点或铰轴穿于吊挂架旋连铰接耳和接料斗旋连铰接耳形成给料机支撑铰接点，仓压在给料机支撑铰接点两侧的作用力大小相等且相互平衡，仓压对称重传感器的影响消除，旋连称重输料器远离给料机支撑铰接点的端部设有称重传感器，称重传感器感应旋连称重输料器施加力的变化，称重传感器与速度传感器配合通过运算器计算出称重输送器输送物料的重量，当旋连吊挂架和旋连接料器为一体式时，旋连接料器的下部设有接料斗旋连铰接耳，旋连输料斗吊挂于料仓下部或设置于支撑基础，接料斗旋连铰接耳轴心设置于仓压影响区受力中间点，旋连称重输料器包括旋连称重输料器旋连铰接耳，铰轴将接料斗旋连铰接耳和旋连称重输料器旋连铰接耳连接形成给料机支撑铰接点，仓压在给料机支撑铰接点两侧的作用力大小相等且相互平衡，仓压对称重传感器的影响消除，旋连称重输料器远离给料机支撑铰接点的端部设置称重传感器，给料机支撑铰接点与旋连称重输料器配合，当物料从料仓口流出流至称重传感器位置时旋连称重输料器因给料机支撑铰接点可以向下旋动，向下旋动的力传给称重传感器，称重传感器感应旋连称重输料器施加力的变化，称重传感器与速度传感器配合通过运算器计算出称重输送器输送物料的重量，该旋连称重结构改变了旧式在输送带下部设置称重传感器，称重传感器通过感应输送带在称重传感器上部行走的力对物料进行称重的办法与结构，避免了称量输送带上物料由于输送带张紧力度不同，输送带受温度变化硬度不同附着力不同，输送带质地不同厚度不同，输送带上的物料与导料槽摩擦力不同对称重感应物料重量造成的多方面干扰影响，将称重精度提高了数十倍，避免了现场因装料超差对装载多了的物料卸料，对装载少了的物料进行反复补料的多余的复杂的劳动，避免了因反复装卸对环境造成的污染，节省了人力物力，将脏乱差恶劣的劳动现场改变成了清洁整齐无撒漏料、无灰尘的环境，旋连称重输料器使用侧条定位多维整体阻漏链带输送物料改变了原有带式给料机皮带、甲带跑偏伸缩打滑等造成的称重严重不准确不稳定，使用不跑偏、不伸缩、不打滑、不撒漏料的侧条定位多维整体阻漏链带长期不需对链齿轮驱动件和链齿轮改向件进行相对位置调整，确保了称重长期稳定可靠精准，提高了工作效率和工作质量。8. The lower part of the spiral hanging hanger is provided with a hinged hanging bracket hinge shaft or a hanging bracket to rotate the hinged ear, and the upper part of the rotary connecting device is provided with a connecting hopper and a hinged hole or a hopper to be connected with the hinged ear. The hopper is connected with the hinged hole and the hinged hinge of the rotary gantry, and the lower part of the rotary hopper is provided with a screw-connected weighing feeder. The splicing hanger is hung at the silo opening or is arranged on the support base, and is hung. The axis of the rotating joint articulated ear hole is set at the intermediate point of the force in the affected area of the warehouse, and the shaft of the connecting hopper is connected with the axis of the connecting ear hole in the middle point of the force in the affected area of the hopper, and the hinged hole and the splicing of the hopper are connected. The hinge of the hinge of the hanging frame forms a feeder support hinge point or a hinged shaft, and the hinged joint of the hanging bracket and the hopper of the hopper are connected to form a hinge point of the feeder supporting the hinge point, and the warehouse is pressed at the support hinge point of the feeder The forces on both sides are equal and balanced, and the influence of the pressure sensitive sensor is eliminated. The end of the rotary weighing feeder away from the support hinge point of the feeder is provided with a load cell, and the weighing sensor senses the rotation. The load of the heavy feeder is changed, and the load cell is matched with the speed sensor. The weight of the material conveyed by the weighing conveyor is calculated by the arithmetic unit. When the rotary pylon and the rotary splicer are integrated, the lower part of the rotary hopper is provided with the hopper splicing hinged ear, and the rotary hopper is suspended. Hanged in the lower part of the silo or placed on the support base, the hopper is connected with the hinged trunnion center at the intermediate point of the force in the affected area of the bin, and the rotary weighing feeder includes the screw-connected weigher of the screw-connected weighing feeder. The hinge shaft connects the hopper to the hinged ear and the screw-connected weighing feeder to connect the hinged ear to form a hinge supporting point of the feeder, and the force of the pressure on both sides of the support hinge point of the feeder is equal and balanced. The influence of the pressure-sensitive symmetrical weight sensor is eliminated, and the weighing feeder is arranged away from the end of the feeder supporting the hinge point. The feeder support hinge point is matched with the rotary weighing feeder, when the material is from When the silo outlet flows out to the position of the load cell, the rotary weighing feeder can be rotated downward due to the support hinge point of the feeder, and the downwardly rotating force is transmitted to the weighing sensor, and the weighing sensor senses the rotation. Heavy loader application force change, load cell The speed sensor cooperates with the operator to calculate the weight of the material conveyed by the weighing conveyor. The rotary weighing structure changes the old type of load cell disposed at the lower part of the conveyor belt, and the load cell moves through the induction conveyor belt on the upper part of the load cell. The method and structure for weighing the material avoids the difference in the tension of the conveyor belt due to the different tension of the conveyor belt, the different adhesion of the conveyor belt to the temperature change hardness, the different thickness of the conveyor belt, the material on the conveyor belt and The frictional force of the guide groove is different from the multi-faceted interference caused by the weight of the symmetrical heavy-sensing material, and the weighing accuracy is increased by several tens of times, which avoids the loading of materials loaded on the site due to the over-loading of the loading, and the loading is less. Excessive and complicated labor for repeated feeding of materials avoids pollution caused by repeated loading and unloading, saves manpower and material resources, and changes the dirty and dirty labor site into a clean and tidy environment without dust and dust. , Rotary Weighing Feeder uses side strip positioning multi-dimensional integral leak-proof chain belt to transport materials to change the original belt feeder belt, A The weighing caused by the deviation and the sliding is severely inaccurate and unstable. The side strips that do not run off, do not stretch, do not slip, and do not spill the material are positioned in a multi-dimensional overall leak-proof chain. The relative position adjustment of the chain gear reversing parts ensures that the weighing is stable, reliable and accurate for a long time, improving work efficiency and work quality.
9.挂接料仓架与料仓口挂接，接料槽下部连接侧条定位多维整体阻漏链带输送装置，铰轴直接铰接挂接料仓架铰接耳和接料槽铰接耳，或接料槽铰接耳孔与挂接料仓架铰轴铰接，或铰轴与挂接料仓架铰接耳、接料槽铰接耳之间设有旋连销轴轴承，或铰轴与挂接料仓架铰接耳、接料槽铰接耳之间设有耐磨润滑套，旋连销轴轴承使挂接料仓架铰接耳、接料槽铰接耳与铰轴相对运动灵敏，使旋连称重输料器在物料由料仓口流入卸料端灵敏地 将物料的重量传递给称重传感器，使称重精度长期准确，旋连销轴轴承外圈与接料槽铰接耳直接配合或旋连销轴轴承外圈与接料槽铰接耳之间设有减震件，减震件对料仓或物料引起的震动进行缓冲减震，避免震动侧条定位多维整体阻漏链带输送装置，避免了震动对称重传感器准确称重干扰。9. The hook silo rack is connected with the silo port, and the lower side of the receiving trough is connected with the side strip positioning multi-dimensional integral leak-proof chain belt conveying device, and the hinge shaft directly hinges the hook bracket frame articulating ear and the receiving trough hinge ear, or The hinged ear hole of the receiving slot is hinged with the hinged shaft of the hanging silo frame, or the hinged shaft and the hinged ear of the hanging silo frame and the hinged ear of the receiving slot are provided with a rotating pin bearing, or a hinged shaft and a hanging silo A wear-resistant lubricating sleeve is arranged between the hinged ear and the joint groove of the receiving groove, and the screw-connected pin bearing makes the hinged ear of the hanging silo frame, the hinged ear of the receiving groove and the hinge shaft are relatively sensitive, so that the rotary joint is weighed and transferred. The material is sensitively transferred to the load cell by the material flowing into the discharge end from the silo port, so that the weighing accuracy is accurate for a long time, and the outer ring of the screw pin bearing and the joint groove of the receiving groove are directly matched or screwed. A damping member is arranged between the outer ring of the shaft bearing and the hinged ear of the receiving groove, and the shock absorbing member cushions and absorbs the vibration caused by the silo or the material, thereby avoiding the multi-dimensional integral leakage chain conveyor of the vibration side strip, thereby avoiding The vibration symmetrical weight sensor accurately weighs the interference.
10.导料槽左侧板设置在导料槽上导料口的左侧，导料槽右侧板设置在导料槽上导料口的右侧，导料槽后挡板设置在导料槽上导料口下部与导料槽左侧板和导料槽右侧板形成导料斗，与导料槽后挡板相对应的导料斗出口处设有整形门或整形板，物料从导料槽上导料口下落至导料斗内，侧条定位多维整体阻漏链带带动物料向导料斗出口处运行，物料在通过整形门或整形板时受整形，被整形后的物料形成前后截面一致的物料带，被整形后的物料带中部高起两侧低，避免物料从侧条定位多维整体阻漏链带上掉落，减少两侧物料与导料槽左侧板、导料槽右侧板的摩擦阻力，提高称重精度，确保称重精度长期稳定可靠。10. The left side plate of the guide trough is set on the left side of the guide opening on the guide trough, the right side plate of the guide trough is set on the right side of the guide opening on the guide trough, and the rear baffle of the guide trough is set in the guide The lower part of the guiding port on the groove forms a guiding hopper with the left side plate of the guiding trough and the right side plate of the guiding trough, and a plastic door or a shaping plate is arranged at the outlet of the guiding hopper corresponding to the tailgate of the guiding trough, and the material is guided from the guiding material. The guide opening on the trough falls into the guiding hopper, and the side strip positioning multi-dimensional integral leak-proof chain belt carries the animal material to guide the hopper outlet, and the material is shaped when passing through the shaping door or the shaping plate, and the shaped material is formed to have a uniform cross section. The material belt, the material after the shaping is lower in the middle and the lower side of the material, avoiding the material falling from the side strip positioning multi-dimensional integral leaking chain belt, reducing the left side material and the left side plate of the guiding trough and the right side plate of the guiding trough The frictional resistance improves the weighing accuracy and ensures the weighing accuracy is stable and reliable for a long time.
11.当使用消除仓压斜板时，在料仓口处设置消除仓压斜板或在料仓口下部的机架上部设置消除仓压斜板，当物料从高处落下时，砸在消除仓压斜板上，消除仓压斜板吸收物料冲击力，并将物料垂直下落的流动方向改为顺消除仓压斜板斜向流动，减少或免除物料流动的冲击力对侧条定位多维整体阻漏链带损坏，当使用消除仓压防砸铰接件时，在料仓口设置消除仓压防砸铰接件，在料仓口处设置消仓压铰轴或在料仓口下部的机架上部设置消仓压铰轴，消仓压铰轴弹簧套在消仓压铰轴上，消仓压防砸板背朝料仓口扣在消仓压铰轴弹簧翼上，消仓压铰轴弹簧支撑消仓压防砸板，当物料从高处落下时，物料砸在消仓压防砸板上，消仓压铰轴弹簧翼受物料的冲击弹动，消仓压防砸板与消仓压铰轴弹簧吸收分解物料的冲击力，被吸收了冲击力的物料从消仓压防砸板上溜向侧条定位多维整体阻漏链带，或机架导料槽设置在扣链多维整体阻漏侧定位条带上部，斜侧反向落料口件的落料口朝向物料运动的反方向设置，挂接斜板导料槽件下部设置斜板反向导料件和斜侧反向落料口件，与斜板反向导料件倾斜面相对处设置斜侧反向落料口件，斜板反向导料件和斜侧反向落料口件组成反向导料斜侧落料斗，反向导料斜侧落料斗与机架导料槽靠近非接触设置，斜板反向导料件从挂接斜板导料槽件上端连接处至机架导料槽段倾斜设置，斜板反向导料件使物料顺斜板反向导料件向物料称重落料口反方向流动，使料仓上部落下的物料砸在斜板反向导料件上避免物料冲击侧条定位阻漏链带反向延长称重输料器，斜侧反向落料口件使物料落在转载反向落料减干扰段上，物料通过称重前减干扰输送段平稳至称重段上，称重传感器不受冲击震动等干扰下准确称量物料。11. When using the slab to eliminate the swash plate, set the slab to eliminate the swash plate at the silo or to eliminate the swash plate at the upper part of the rack at the lower part of the silo. When the material falls from a height, it is eliminated. The warehouse pressure slanting plate eliminates the impact force of the slanting plate and absorbs the material impact force, and changes the flow direction of the vertical falling of the material to the oblique flow of the slanting plate to reduce or eliminate the impact of the material flow on the side bar positioning multi-dimensional whole The leakage chain is damaged. When using the tamper-proof tamper-evident hinge, the warehousing pressure-proof hinge is set at the silo port, and the venting hinge shaft or the lower rack at the lower end of the silo is arranged at the silo opening. The upper part is provided with the squeezing pressure hinge shaft, and the squeezing pressure hinge spring sleeve is sleeved on the squeezing pressure hinge shaft, and the smashing pressure smashing plate back is turned toward the material hopper opening on the squeezing pressure hinge shaft spring wing, and the squatting pressure hinge shaft is eliminated. The spring supports the elimination of the pressure-proof smashing plate. When the material falls from a high place, the material smashes on the smash-proof pressure-proof slab, and the squeezing hinge spring-swing spring is subjected to the impact of the material, and the smash-proof plate is eliminated. The pressure-retaining hinge spring absorbs the impact force of the decomposed material, and the material that has absorbed the impact force is pressed against the smashing pressure. The upper side of the strip is positioned to position the multi-dimensional integral leak-proof chain belt, or the frame guide groove is arranged on the upper part of the multi-dimensional integral leak-proof side positioning strip of the buckle chain, and the blanking mouth of the oblique side reverse blanking mouth member faces the anti-material movement Direction setting, the swash plate reverse guide member and the oblique side reverse drop port member are arranged at the lower part of the hanging swash plate guide groove member, and the oblique side reverse blanking port member is arranged opposite to the inclined surface of the swash plate reverse guide member. The slanting plate reverse guiding material member and the oblique side reverse blanking mouth member constitute a reverse guiding material oblique side falling hopper, and the reverse guiding material oblique side falling hopper and the frame guiding groove are close to the non-contact setting, and the swash plate reverse guiding material is hung from the hanging The upper end of the slanting plate guide groove member is inclined to the frame guiding groove section, and the inclined plate reverse guiding material causes the material slanting plate reverse guiding material to flow in the opposite direction to the material weighing and discharging opening, so that the silo is placed on the silo The material under the tribe is on the anti-guide material of the sloping plate to avoid material impact. The side strip is positioned to prevent the leakage chain from being reversely extended. The weighing feeder is reversed and the material is dropped in the reverse loading. On the interference section, the material is smoothed to the weighing section before the weighing is reduced by weighing, and the load cell is not Accurate weighing of materials under shock and vibration and other interference.
12.称重传感器设置在侧条定位多维整体阻漏链带输送装置卸料处，速度传感器设置在侧条定位多维整体阻漏链带表面或设置在链齿轮驱动件或设置在链齿轮改向件上，称重传感器通过称量侧条定位多维整体阻漏链带上的物料称重计量或通过侧条定位多维整体阻漏链带输送装置与机架靠近料仓口端设置交接点，铰接点设置在料仓口仓压区中心位置或偏离料仓口仓压区中心位置设置，侧条定位多维整体阻漏链带输送装置远离料仓口的卸料端设置吊挂称重件，吊挂称重件吊挂侧条定位多维整体阻漏链带输送装置对物料称重计量或通过侧条定位多维整体阻漏链带输送装置与机架靠近料仓口端设置铰接点，铰接点设置在料仓口仓压区中心位置或偏离料仓口仓压区中心位置设置，侧条定位多维整体阻漏链带输送装置远离料仓口的卸料端设置托举称重件，托举称重件托举侧条定位多维整体阻漏链带输送装置对物料称重计量，称重传感器感应流动的物料重量同时与速度传感器配合，运算器通过称重传感器测量瞬时重量、速度传感器测量物料流速及输料时间运算出物料动态重量，实现减干扰动态称重计量，改变了旧式在输送带下部设置称重传感器，称重传感器通过感应输送带在称重传感器上部行走的力对物料进行称重的办法，避免了称量输送带上物料由于输送带张紧力度不同，输送带受温度变化软硬度不同附着力不同，输送带质地不同厚度不同，输送带上的物料与导料槽摩擦力不同对称重感应物料重量造成的多方面干扰影响，将称重精度提高了数十倍，改变了现场用旧式感应皮带上部物料重量称重，造成装料误差大，因装料超差对装载多了的物料卸料，对装载少了的物料进行反复补料的多余的复杂的劳动，避免了因反复装卸对环境造成的污染，节省了人力物力，将脏乱差恶劣的劳动现场改变成了清洁整齐无撒漏料、无灰尘的环境，使用不跑偏、不伸缩、不打滑、不撒漏料的侧条定位多维整体阻漏链带输送物料改变了原有带式给料机皮带、甲带跑偏伸缩打滑等造成的称重严重不准确不稳定，使用不跑偏、不伸缩、不打滑、不撒漏料的侧条定位多维整体阻漏链带长期不需对链齿轮驱动件和链齿轮改向件进行相对位置调整，确保了称重长期稳定可靠精准，提高了工作效率和工作质量。12. The load cell is arranged at the side strip positioning multi-dimensional integral leak-proof chain conveyor conveying device, the speed sensor is arranged on the side strip positioning multi-dimensional integral leak-proof chain belt surface or set in the sprocket drive or set in the chain gear redirection On the piece, the weighing sensor is positioned by the weighing side strip to position the material on the multi-dimensional integral leak-proof chain belt or by the side strip positioning multi-dimensional integral leak-proof chain belt conveying device and the rack close to the mouth end of the silo to set the junction point, hinged The point is set at the center position of the nipper of the silo port or away from the center of the nip of the silo port. The side strip positioning multi-dimensional integral leak-proof chain belt conveying device is arranged away from the discharge end of the silo port to hang the weighing parts, and the hanging Hanging weighing parts hanging side strip positioning multi-dimensional integral leak-proof chain belt conveying device for material weighing measurement or through side strip positioning multi-dimensional integral leak-proof chain belt conveying device and rack close to the silo end to set the hinge point, hinge point setting In the center position of the nipper of the silo port or away from the center of the nip of the silo port, the side strip positioning multi-dimensional integral leak-proof chain belt conveying device is arranged away from the discharge end of the silo port to set the lifting weight, the lifting scale The lifting side strip positioning multi-dimensional integral leak-proof chain belt conveying device measures the weight of the material, and the weighing sensor senses the flowing material weight at the same time cooperates with the speed sensor, and the arithmetic unit measures the instantaneous weight and the speed sensor to measure the material flow rate through the weighing sensor. The material transfer time calculates the dynamic weight of the material, realizes the dynamic disturbance weighing measurement, and changes the old type to set the weighing sensor in the lower part of the conveyor belt. The weighing sensor weighs the material by the force of the induction conveyor belt running on the upper part of the load cell. The method avoids the difference in the tension of the conveyor belt due to the different tension of the conveyor belt. The conveyor belt is different in temperature and hardness. The adhesion is different. The thickness of the conveyor belt is different. The friction between the material on the conveyor belt and the guide groove is different. The multi-faceted interference caused by the weight of the symmetrical heavy-sensing material increases the weighing accuracy by several tens of times, and changes the weight of the material on the upper part of the old induction belt. The loading error is large, and the loading is too large. Material unloading, redundant and complicated labor for repeated feeding of materials with less loading, It avoids the pollution caused by repeated loading and unloading, saves manpower and material resources, and changes the dirty and dirty labor scene into a clean and tidy environment without leakage, no dust, no deviation, no expansion, no slip, The side strip positioning without multi-leakage is multi-dimensional, the overall leak-proof chain belt conveys the material, and the weighing of the original belt feeder belt and the belt belt is relatively inaccurate and unstable, and the use is not biased or used. The multi-dimensional integral leak-proof chain belt with telescopic, non-slip and non-slip material is not required to adjust the relative position of the chain gear drive member and the chain gear reversing member for a long time, ensuring long-term stability, reliability and precision of the weighing, and improving the work. Efficiency and quality of work.
13.导料槽左侧板设置在导料槽的左侧，导料槽右侧板设置在导料槽右侧，导料槽后挡板设置在导料槽后端且与导料槽左侧板和导料槽右侧板形成机架导料斗，接料输料整形器由机架导料槽和/或反向导料斜侧落料斗支撑，导料槽右侧整形器由导料槽右侧板固定支撑或可调式支撑，导料槽左侧整形器单独设置或导料槽左侧整形器与导料槽右侧整形器相对设置，导料槽左侧整形器与导料槽右侧整形器后端与导料槽后挡板连接，导料槽左侧整形器与导料槽右侧整形器前端至称重段但不延伸至称重段，接料输料整形器设置在扣链多维整体阻漏侧定位条带上表面且不与扣链多维整体阻漏侧定位条带接触，物料在通 过称重前减干扰输送段时被整形，物料接近称重段时接料输料整形器放弃整形，物料受整形后自由落在称重段上，不与机架导料槽侧板产生摩擦，避免物料从扣链多维整体阻漏侧定位条带上掉落或减少两侧物料与导料槽左侧板、导料槽右侧板的摩擦阻力，减少干扰准确称量因素，确保称重精准度。13. The left side plate of the guide trough is arranged on the left side of the guide trough, the right side plate of the guide trough is arranged on the right side of the guide trough, and the rear baffle of the guide trough is arranged at the rear end of the guide trough and left with the guide trough The side plate and the right side plate of the guide trough form a frame guiding hopper, and the receiving material shaping device is supported by the frame guiding trough and/or the reverse guiding oblique side falling hopper, and the right side shaping device of the guiding trough is guided by the guiding trough The right side plate fixed support or adjustable support, the left side shaper of the guide groove is separately set or the left side shaper of the guide groove is opposite to the right shaper of the guide groove, and the left side shaper and the guide groove of the guide groove are right. The rear end of the side shaper is connected with the tailgate of the guide trough, and the front end of the right side of the guide trough and the right side of the guide trough to the weighing section but not to the weighing section, and the receiving material shaping device is arranged at The multi-dimensional integral leakage prevention side positioning strip of the buckle chain is not in contact with the multi-dimensional integral leakage side positioning strip of the buckle chain, and the material is shaped when the material is removed from the interference conveying section before weighing, and the material is received when the material is close to the weighing section. The material shaper abandons the shaping, and the material is free to fall on the weighing section after being shaped, and does not generate friction with the side plate of the frame guide groove. The material is dropped from the multi-dimensional integral leak-proof side positioning strip of the buckle chain or the frictional resistance between the materials on both sides of the left side of the guide trough and the right side of the guide trough is reduced, and the accurate weighing factor is reduced to ensure the accuracy of weighing. .
14.左调节整形板设有左调节板螺杆孔，且在导料槽左侧板上设置与左调节板螺杆孔相对应的导料槽左侧板螺杆孔，左调节螺杆穿过左调节板螺杆孔及导料槽左侧板螺杆孔，在左调节板螺杆孔及导料槽左侧板螺杆孔之间的左调节板螺杆段上设置左调节隔套，左调节隔套的长度与所需调节距离一致，左调节螺母拧在左调节螺杆上将左调节整形板、左调节隔套与导料槽左侧板拉紧固定，对流动的物料整形，或当使用右螺杆隔套调节支撑时，右调节整形板设有右调节螺杆孔，且在导料槽右侧板上设置与右调节板螺杆孔相对应的导料槽右侧板螺杆孔，右调节螺杆穿过右调节板螺杆孔及导料槽右侧板螺杆孔，在右调节板螺杆孔及导料槽右侧板螺杆孔之间的右调节板螺杆段上设有右调节隔套，右调节隔套的长度与所需调节距离一致，右调节螺母拧在右调节螺杆上将右调节整形板、右调节隔套与导料槽右侧板拉紧固定，对流动的物料整形，或同时使用左螺杆隔套调节支撑和右螺杆隔套调节支撑，当使用螺纹套导杆调节支撑时，左螺纹套导向杆设置在左调节整形板上，在导料槽左侧板上设置与左螺纹套导向杆相对应的导料槽左侧板螺纹孔，左调节螺纹套穿在左螺纹套导向杆上，左调节螺纹套拧入导料槽左侧板螺纹孔，使调节左整形板螺纹段与需调整距离一致，使扣合左侧板螺纹段与导料槽左侧板螺纹孔螺纹配合，导料槽左侧板螺纹孔支撑左调节螺纹套，左调节螺纹套顶在左调节整形板上，左螺纹套导向杆端部伸出左调节螺纹套，左螺纹套导向杆上设有导向杆螺纹，左导向杆螺母套在导向杆螺纹上向导料槽左侧板方向拧紧，将左调节整形板靠紧左调节螺纹套，左螺纹套导向杆的长度不小于左调节螺纹套加左导向杆螺母的长度，当左调节整形板需要向导料槽左侧板内侧调节移动时，旋转左调节螺纹套，左调节螺纹套相对左螺纹套导向杆轴向旋转，使左调节整形板向远离导料槽左侧板移动缩小物料通道，加大对流动物料的整形力度，当左调节整形板需要向导料槽左侧板外侧调节移动时，旋转左调节螺纹套，左调节螺纹套相对左螺纹套导向杆轴向旋转，使左调节整形板向靠近导料槽左侧板移动，使左调节整形板增大物料通道，加大物料流动空间，右螺纹套导向杆设置在右调节整形板上，在导料槽右侧板上设置与右螺纹套导向杆相对应的导料槽右侧板螺纹孔，右调节螺纹套穿在右螺纹套导向杆上，右调节螺纹套拧入导料槽右侧板螺纹孔，使调节右整形板螺纹段与需调整距离一致，使扣合右侧板螺纹段与导料槽右侧板螺纹孔螺纹配合，导料槽右侧板螺纹孔支撑右调节螺纹套，右调节螺纹套顶在右调节整形板上，右螺纹套导向 杆端部伸出右调节螺纹套，右螺纹套导向杆上设有导向杆螺纹，右导向杆螺母套在导向杆螺纹上向导料槽右侧板方向拧紧，将右调节整形板靠紧右调节螺纹套，右螺纹套导向杆的长度不小于右调节螺纹套加右导向杆螺母的长度，当右调节整形板需要向导料槽右侧板内侧调节移动时，旋转右调节螺纹套，右调节螺纹套相对右螺纹套导向杆轴向旋转，使右调节整形板向远离导料槽右侧板移动缩小物料通道，加大对流动物料的整形力度，当右调节整形板需要向导料槽右侧板外侧调节移动时，旋转右调节螺纹套，右调节螺纹套相对右螺纹套导向杆轴向旋转，使右调节整形板向靠近导料槽右侧板移动，使右调节整形板增大物料通道，加大物料流动空间，右导向杆螺母沿右导向杆螺纹旋转向导料槽右侧板移动，右导向杆螺母贴合在右调节螺纹套上拉紧固定右调节整形板或右导向杆螺母外径大于右调节螺纹套外径，在右调节螺纹套的外周设置拉紧右整形板套，拉紧右整形板套一端顶在导料槽右侧板上另一端顶在右导向杆螺母上，右导向杆螺母通过顶在导料槽右侧板的拉紧右整形板套拉紧固定右调节整形板，拉紧右整形板套保护右调节螺纹套的锈死、不受外力冲击，导料槽右侧板与右调节整形板之间的间隙开放式设置或在导料槽右侧板与右调节整形板之间的间隙处设置调节板防护件，调节板防护件防止水、灰尘、煤泥、物料进入。14. The left adjustment shaping plate is provided with a screw hole of the left adjustment plate, and a screw hole of the left side plate of the guide groove corresponding to the screw hole of the left adjustment plate is arranged on the left side plate of the guide groove, and the left adjustment screw passes through the left adjustment plate. Screw hole and screw hole on the left side of the guide groove, set the left adjustment spacer on the left adjustment plate screw section between the screw hole of the left adjustment plate and the screw hole of the left side plate of the guide groove, and the length of the left adjustment spacer The adjustment distance is the same. The left adjustment nut is screwed on the left adjustment screw. The left adjustment shaping plate, the left adjustment spacer and the left side plate of the guide groove are tightened and fixed, and the flowing material is shaped, or when the right screw spacer is used to adjust the support. The right adjustment shaping plate is provided with a right adjustment screw hole, and a right side plate screw hole corresponding to the screw hole of the right adjustment plate is arranged on the right side plate of the guide groove, and the right adjustment screw passes through the right adjustment plate screw The screw hole of the right side plate of the hole and the guide groove is provided with a right adjustment spacer on the right adjustment plate screw section between the screw hole of the right adjustment plate and the screw hole of the right side plate of the guide groove, and the length of the right adjustment spacer is The adjustment distance is the same, and the right adjustment nut is screwed on the right adjustment screw. The right adjustment shaping plate, the right adjustment spacer and the right side plate of the guide groove are tightened and fixed, and the flowing material is shaped, or the left screw spacer adjustment support and the right screw spacer adjustment support are simultaneously used, when the threaded sleeve guide rod is used for adjustment When supporting, the left threaded sleeve guide rod is disposed on the left adjustment shaping plate, and the left side plate threaded hole corresponding to the left threaded sleeve guide rod is disposed on the left side of the guide groove, and the left adjustment thread sleeve is worn on the left side. On the threaded sleeve guide rod, the left adjustment thread sleeve is screwed into the threaded hole of the left side plate of the guide groove, so that the threaded section of the left shaping plate is adjusted to be in accordance with the required adjustment distance, so that the threaded section of the left side plate and the thread of the left side of the guide groove are fastened. The thread of the hole is matched, the threaded hole of the left side of the guide groove supports the left adjustment thread sleeve, the left adjustment threaded sleeve is on the left adjustment shaping plate, and the left threaded sleeve guide rod end protrudes from the left adjustment thread sleeve, and the left threaded sleeve guide rod The guide rod thread is provided, and the left guide rod nut sleeve is tightened on the guide rod thread in the direction of the left side plate of the guide trough, and the left adjustment shaping plate is pressed against the left adjustment thread sleeve, and the length of the left thread sleeve guide rod is not less than the left adjustment thread sleeve. Add left guide The length of the rod nut, when the left adjustment shaping plate needs to adjust the movement of the inner side of the left side of the guide chute, rotate the left adjustment thread sleeve, and the left adjustment thread sleeve rotates axially relative to the left thread sleeve guide rod, so that the left adjustment shaping plate is away from the guide. The left side plate of the trough moves to reduce the material passage, and the shaping force of the flowing material is increased. When the left adjustment shaping plate needs to adjust the movement of the left side of the guide trough, the left adjustment thread sleeve is rotated, and the left adjustment thread sleeve is opposite to the left thread sleeve. The axial rotation of the guiding rod causes the left adjusting shaping plate to move toward the left side plate of the guiding trough, so that the left adjusting shaping plate increases the material passage and increases the material flow space, and the right threaded sleeve guiding rod is disposed on the right adjusting shaping plate. The right side plate of the guide groove is provided with a threaded hole of the right side of the guide groove corresponding to the right threaded sleeve guide rod, the right adjustment thread sleeve is threaded on the right threaded sleeve guide rod, and the right adjustment thread sleeve is screwed into the guide groove right The threaded hole of the side plate is such that the threaded section of the right shaping plate is adjusted to be in accordance with the required adjustment distance, so that the threaded section of the right side plate is threaded with the threaded hole of the right side of the guide groove, and the threaded hole of the right side of the guide groove supports the right side. Adjust the thread sleeve, the right adjustment thread sleeve is on the right adjustment shaping plate, the right thread sleeve guide rod end protrudes from the right adjustment thread sleeve, the right thread sleeve guide rod is provided with the guide rod thread, and the right guide rod nut is sleeved on the guide rod Tighten the right side of the guide groove on the thread, and adjust the right adjustment sleeve to the right adjustment thread sleeve. The length of the right thread sleeve guide rod is not less than the length of the right adjustment thread sleeve plus the right guide rod nut. When adjusting the inner side of the right side of the guide trough, rotate the right adjustment thread sleeve, and the right adjustment thread sleeve rotates axially relative to the right thread sleeve guide rod, so that the right adjustment shaping plate moves away from the right side plate of the guide trough to reduce the material passage, plus The shaping force of the large pair of flowing materials, when the right adjustment shaping plate needs to adjust the movement of the outer side of the right side of the guide trough, rotate the right adjustment thread sleeve, and the right adjustment thread sleeve rotates axially relative to the right thread sleeve guide rod, so that the right adjustment shaping plate Move to the right side plate near the guide groove, so that the right adjustment shaping plate increases the material passage, enlarges the material flow space, and the right guide rod nut rotates along the right guide rod thread to guide the trough The right side plate moves, the right guide rod nut is fitted on the right adjustment thread sleeve, and the right adjustment shaping plate or the right guide rod nut outer diameter is larger than the right adjustment thread sleeve outer diameter, and the outer circumference of the right adjustment thread sleeve is set to the right. Shaping the right sleeve, tightening one end of the right shaping sleeve on the right side of the right side of the guide trough and the other end on the right guide rod nut. The right guide rod nut is tightened by the right side of the guide trough. Tighten and fix the right adjustment shaping plate, tighten the right shaping plate cover to protect the rust of the right adjustment thread sleeve from external impact, and open the gap between the right side plate of the guide groove and the right adjustment shaping plate or in the guide material. An adjusting plate guard is arranged at a gap between the right side plate of the slot and the right adjusting shaping plate, and the adjusting plate guard prevents water, dust, slime and materials from entering.
15.秤架设置在链齿轮驱动件和链齿轮改向件之间，称重传感器设置在秤架的下部，称重传感器检测侧条定位多维整体阻漏链带上部物料瞬时重量，速度传感器和运算器通过检测侧条定位多维整体阻漏链带运转速度检测计算物料流量或通过检测链齿轮驱动件旋转速度检测计算物料流量或通过检测链齿轮改向件旋转速度检测计算物料流量，通过计算瞬时重量、物料流量及输料时间动态称重给料。15. The scale rack is arranged between the sprocket drive member and the sprocket reversing member, the weighing sensor is arranged at the lower part of the scale rack, the weighing sensor detects the side strip positioning multi-dimensional integral leak-proof chain belt upper material instantaneous weight, the speed sensor and The arithmetic unit calculates the material flow rate by detecting the running speed detection of the multi-dimensional integral leak-proof chain belt by detecting the side strip or detecting the material flow rate by detecting the rotational speed of the sprocket drive member or calculating the material flow rate by detecting the rotational speed of the sprocket reversing member, and calculating the instantaneous flow. The weight, material flow rate and material delivery time are dynamically weighed.
16.机架和侧条定位多维整体阻漏链带输送装置之间设有铰接点，铰接点设置在料仓口仓压区中心位置或偏离料仓口仓压区中心位置设置，侧条定位多维整体阻漏链带两端设置旋连称重卸料口，左旋连称重卸料口至给料机支撑铰接点的重量与右旋连称重卸料口至给料机支撑铰接点的重量相平衡对两卸料口所通过的物料分别进行重量准确计算，左旋连称重卸料口和右旋连称重卸料口通过天平的原理互相校正，使长期称重准确无误，或左旋连称重卸料口至给料机支撑铰接点的重量与右旋连称重卸料口至给料机支撑铰接点的重量有差值，通过运算器对左旋连称重卸料口、右旋连称重卸料口设定不同系数对所通过物料重量分别予以准确计算，旧式双向给料机因皮带、甲带经常伸缩变形跑偏在反向输送物料时必须对滚筒进行位置调整对皮带、甲带进行张紧，但由于反复调整造成称重运算系数不断改变，使现场极难操作调整使动态称重误差变化大，且因反复调整造成现场人力物力时间的极大浪费，使用侧条定位多维整体阻漏链带双向输送物料双向称重计 量，改变了旧式在输送带下部设置称重传感器，称重传感器通过感应输送带在称重传感器上部行走的力对物料进行称重的办法，避免了称量输送带上物料由于输送带张紧力度不同，输送带受温度变化软硬度不同附着力不同，输送带质地不同厚度不同，输送带上的物料与导料槽摩擦力不同对称重感应物料重量造成的多方面干扰影响，将称重精度提高了数十倍，改变了现场用旧式感应皮带上部物料重量称重，造成装料误差大，因装料超差对装载多了的物料卸料，对装载少了的物料进行反复补料的多余的复杂的劳动，避免了因反复装卸对环境造成的污染，节省了人力物力，将脏乱差恶劣的劳动现场改变成了清洁整齐无撒漏料、无灰尘的环境，使用不跑偏、不伸缩、不打滑、不撒漏料的侧条定位多维整体阻漏链带双向给料称重，改变了原有带式给料机皮带、甲带跑偏伸缩打滑等造成的称重严重不准确不稳定，使用不跑偏、不伸缩、不打滑、不撒漏料的侧条定位多维整体阻漏链带长期不需对链齿轮驱动件和链齿轮改向件进行相对位置调整，确保了双向称重长期稳定可靠精准，提高了动态称重给料机的功能，提高了工作效率和工作质量，节约了现场动态称重给料机的布置空间及制造成本使用成本。16. Rack and side strip positioning There is a hinge point between the multi-dimensional integral leak-proof chain belt conveying device. The hinge point is set at the center position of the silo chamber nip or offset from the center position of the silo port nip. The multi-dimensional integral leak-proof chain belt is provided with a rotary weighing outlet at both ends, and the left-handed weighing outlet is connected to the weight of the feeder supporting hinge point and the right-handed weighing outlet is connected to the feeder supporting hinge point. The weight phase balance accurately calculates the weight of the materials passing through the two discharge ports. The left-handed weighing and unloading ports and the right-handed weighing and discharging port are mutually corrected by the principle of the balance, so that the long-term weighing is accurate or left-handed. The weight of the weighing outlet to the support hinge point of the feeder is different from the weight of the right-handed weighing discharge port to the support hinge point of the feeder, and the left-handed weighing and unloading port is right by the arithmetic unit. The different coefficients of the rotary weighing and unloading port are accurately calculated for the weight of the material to be passed. The old two-way feeder has to adjust the position of the roller to the belt when the belt and the belt are often telescopically deformed. The belt is tensioned, but Repeated adjustment causes the weighing calculation coefficient to change constantly, making the field extremely difficult to operate and adjust to make the dynamic weighing error change greatly, and the manual manpower and material time is greatly wasted due to repeated adjustment. The two-way weighing measurement of the conveying material changes the old type of weighing sensor at the lower part of the conveyor belt. The weighing sensor weighs the material by the force of the induction conveyor belt running on the upper part of the weighing sensor, avoiding weighing the material on the conveyor belt. Due to the different tension of the conveyor belt, the conveyor belt is subject to different temperature and hardness. The adhesion is different. The thickness of the conveyor belt is different. The friction between the material on the conveyor belt and the guide groove is different. The effect is to increase the weighing accuracy by several tens of times, and the weight of the upper material of the old induction belt is changed. The loading error is large, and the loading of the material is unloaded due to the overload of the loading, and the loading is less. Excessive and complicated labor for repeated feeding of materials, avoiding environmental pollution caused by repeated loading and unloading, saving Force and material force, change the dirty and dirty labor scene into a clean and tidy environment without leakage, no dust, use the side strips that do not run off, do not stretch, do not slip, do not spill material to locate the multi-dimensional overall leak-proof chain With two-way feeding weighing, the weighing of the original belt feeder belt and the belt belt is obviously inaccurate and unstable, and the use is not uneven, non-stretching, non-slip, and no leakage. The side strip positioning multi-dimensional integral leak-proof chain belt does not need to adjust the relative position of the chain gear drive member and the chain gear reversing member for a long time, ensuring the long-term stability, reliability and precision of the two-way weighing, and improving the function of the dynamic weighing feeder. The work efficiency and work quality are improved, and the layout space and manufacturing cost use cost of the on-site dynamic weighing feeder are saved.
17.本发明改变了旧式皮带给料机、甲带给料机输送带靠摩擦力由驱动滚筒、从动滚筒带动给料，因其皮带、甲带伸缩量大，经常造成驱动滚筒与从动滚筒的位置需要调整配合皮带、甲带的张紧才能继续工作，由于现场工人将皮带、甲带两端的滚筒拉的距离过远，既导致了皮带甲带断裂造成严重的停产事故的发生，本发明避免了经常因张紧力过大在电机启动皮带、甲带旋转时造成电机功率超载，导致电机烧坏等停产故障，本发明避免了皮带甲带附着在滚筒上靠摩擦力旋转工作，由于驱动滚筒从动滚筒安装时必然出现两滚筒轴不平行及两滚筒轴轴端出现平行四边形的问题，本发明避免了旧式皮带易变形、甲带穿接条与穿孔有空隙、多个甲片与甲片之间存在缝隙等受拉力、温度和托辊、滚筒偏斜等影响变形导致的皮带、甲带运行中经常跑偏，造成洒漏料，皮带、甲带磨导料槽，皮带、甲带跑偏撕裂断裂等故障的发生，本发明改变了使用现场经常维修更换造成的严重的人力物力浪费，提高了生产效率，避免了污染环境，本发明避免了旧式链带给料机由多个穿条穿多个甲片，甲片与甲片之间漏料，即便甲片与甲片之间设置防漏条因防漏条易脱落经常造成撒漏料，甲片与甲片之间的缝隙带回程料严重，制造穿接甲片工艺复杂、材料浪费严重、生产效率低等问题的发生，本发明避免了链板给料机在给料过程中消耗能源大、振动大、噪音大、刮板高出底板带回程料非常严重，漏料严重，且结构复杂、体积大重量大、占用现场空间大造成场地基建及设备投资费用大，材料浪费多等问题，本发明无需在本机下部增加回程料收集器，减少了设备投入，避免了人力、物力的 浪费，本发明结构巧妙简单，运行可靠，使用价值高，本发明给料机创造性极强地符合当今环保、安全、高效、节能的现代化生产需求，给社会带来了巨大的经济效益和科学价值。17. The invention changes the belt conveyor of the old belt feeder and the conveyor belt of the belt feeder. The driving roller and the driven roller drive the feeding by the friction force. Because of the large expansion and contraction of the belt and the belt, the driving roller and the driven drum are often caused. The position of the drum needs to be adjusted to match the tension of the belt and the belt to continue working. Because the workers on the belt and the rollers at both ends of the belt are too far apart, it causes a serious shutdown accident caused by the belt belt breakage. The invention avoids the interruption of the motor power caused by the motor starting belt and the rotation of the nail belt, causing the motor to be burnt out due to excessive tension, and the invention avoids the belt nail belt attached to the drum to rotate by the friction force, because When the driven roller driven roller is installed, the two roller shafts are not parallel and the parallelogram of the two roller shaft ends appears. The invention avoids the deformation of the old belt, the gap between the nail strip and the perforation, and the plurality of nails and There is a gap between the nail pieces, such as the tension, the temperature and the influence of the deformation of the roller and the drum, and the belt and the belt are often deflected during operation, causing spillage. The belt, the belt grinding belt, the belt, the belt belt, the tearing fracture and the like occur, the invention changes the serious human and material waste caused by frequent maintenance and replacement at the site, improves the production efficiency, and avoids polluting the environment. The invention avoids the old chain belt feeder from wearing a plurality of strips through a plurality of strips, and leakage between the nail piece and the nail piece, even if a leakproof strip is arranged between the nail piece and the nail piece, the leakage strip is easy to fall off often. The problem is that the gap between the nail piece and the nail piece is serious, the process of manufacturing the piercing piece is complicated, the material waste is serious, the production efficiency is low, and the like, the invention avoids the chain plate feeder in giving In the process of material consumption, the energy consumption is large, the vibration is large, the noise is large, the scraper is higher than the backing plate, the material is very serious, the leakage is serious, and the structure is complicated, the volume is large and the weight is large, and the space occupied by the site is large, resulting in a large investment cost of the site infrastructure and equipment. The invention wastes more problems, the invention does not need to add a return material collector in the lower part of the machine, reduces equipment input, and avoids waste of manpower and material resources. The structure of the invention is smart and simple, and the operation is reliable. With high-value, the present invention feeder creatively very strongly with the current environmental, safety, efficiency, energy saving modern production requirements, has brought huge economic and scientific value.
附图说明DRAWINGS
图1是实施例1中所述的侧条定位多维整体阻漏链带给料机的结构图；1 is a structural view of a side strip positioning multi-dimensional integral leak-proof chain belt feeder according to Embodiment 1;
图2是实施例1中所述的侧条定位多维整体阻漏链带给料机的结构图；2 is a structural view of the side strip positioning multi-dimensional integral leak-proof chain belt feeder described in Embodiment 1;
图3是实施例1中所述的穿孔扣链多维整体阻漏侧定位条带的结构图；3 is a structural view of a multi-dimensional integral leak-proof side positioning strip of the perforated buckle chain described in Embodiment 1;
图4是图3的A-A剖面视图；Figure 4 is a cross-sectional view taken along line A-A of Figure 3;
图5是实施例2中所述的一体扣链多维整体阻漏侧定位条带的结构图；5 is a structural view of the integral chain multi-dimensional integral leak-proof side positioning strip described in Embodiment 2;
图6是图5的B-B剖面视图；Figure 6 is a cross-sectional view taken along line B-B of Figure 5;
图7是实施例3中所述的扣链可折为环形带多维整体阻漏侧定位条长带的结构图；7 is a structural view of the buckle of the embodiment 3 in which the buckle can be folded into a long strip of a multi-dimensional integral leak-proof side positioning strip of the endless belt;
图8是实施例3中所述的多维整体阻漏侧定位条长带环形密封链带的结构图；Figure 8 is a structural view of the multi-dimensional integral leak-proof side positioning strip long belt annular sealing chain belt described in Embodiment 3;
图9是实施例4中所述的扣链多维整体阻漏侧定位条环带的结构视图；9 is a structural view of the multi-dimensional integral leak-proof side positioning strip ring belt of the buckle according to Embodiment 4;
图10是实施例4中所述的扣链可折为环形多维阻漏侧定位条柔性密封长带的结构图；Figure 10 is a structural view showing the buckle of the embodiment 4 can be folded into a ring-shaped multi-dimensional leak-proof side positioning strip flexible sealing strip;
图11是实施例4中所述的多维阻漏侧定位条长带自密封环形链带的结构图；Figure 11 is a structural view of the multi-dimensional leak-proof side positioning strip long self-sealing endless chain belt described in Embodiment 4;
图12是实施例4中所述的扣链可折为环形多维阻漏侧定位条柔性密封长带的结构图；Figure 12 is a structural view showing the buckle of the embodiment 4 which can be folded into a loop-shaped multi-dimensional leak-proof side positioning strip flexible sealing strip;
图13是实施例5中所述的扣链可折为环形多维阻漏侧定位条柔性密封长带的结构图；Figure 13 is a structural view showing the buckle of the embodiment 5 can be folded into a ring-shaped multi-dimensional leak-proof side positioning strip flexible sealing strip;
图14是实施例6中所述的扣链可折为环形多维阻漏侧定位条柔性密封长带的结构图；Figure 14 is a structural view showing the buckle of the embodiment 6 can be folded into a ring-shaped multi-dimensional leak-proof side positioning strip flexible sealing strip;
图15是实施例7中所述的扣链可折为环形多维阻漏侧定位条柔性密封长带的结构图；Figure 15 is a structural view showing the buckle of the embodiment 7 which can be folded into a loop-shaped multi-dimensional leak-proof side positioning strip flexible sealing strip;
图16是实施例8中所述的扣链可折为环形多维阻漏侧定位条柔性密封长带的结构图；Figure 16 is a structural view showing the buckle of the embodiment 8 which can be folded into a loop-shaped multi-dimensional leak-proof side positioning strip flexible sealing strip;
图17是实施例8中所述的扣孔多维阻漏侧定位条长带环形链带的结构图；Figure 17 is a structural view showing the long chain endless belt of the multi-hole leak-proof side positioning strip of the buckle hole described in Embodiment 8;
图18是实施例9中所述的速装拆扣链可折为环形多维阻漏侧定位条柔性密封长带的结构图；Figure 18 is a structural view showing the quick-release detachable chain of the ninth embodiment of the present invention, which can be folded into a ring-shaped multi-dimensional leak-proof side locating strip;
图19是实施例10中所述的侧条定位多维整体阻漏链带输送装置的结构图；Figure 19 is a structural view of the side strip positioning multi-dimensional integral leakproof chain belt conveying device described in Embodiment 10;
图20是实施例10中所述的侧条定位多维整体阻漏链带输送装置的结构图；Figure 20 is a structural view showing the side strip positioning multi-dimensional integral leakproof chain belt conveying device described in Embodiment 10;
图21是实施例11中所述的穿孔扣链多维整体阻漏侧定位条带的结构图；Figure 21 is a structural view showing a multi-dimensional integral leak-proof side positioning strip of the perforated chain according to Embodiment 11;
图22是图21的C-C剖面视图；Figure 22 is a cross-sectional view taken along line C-C of Figure 21;
图23是实施例12中所述的穿孔扣链多维整体阻漏侧定位条带的剖面视图；Figure 23 is a cross-sectional view showing the perforated chain multi-dimensional integral leak-proof side positioning strip of the embodiment 12;
图24是实施例13中所述的穿孔扣链多维整体阻漏侧定位条带的剖面视图；Figure 24 is a cross-sectional view showing the perforated chain multi-dimensional integral leak-proof side positioning strip of the embodiment 13;
图25是实施例13中所述的穿孔扣链多维整体阻漏侧定位条带的结构图；Figure 25 is a structural view showing a multi-dimensional integral leak-proof side positioning strip of the perforated buckle chain described in Embodiment 13;
图26是实施例14中所述的穿孔扣链多维整体阻漏侧定位条带的局部剖面视图；Figure 26 is a partial cross-sectional view showing the perforated chain multi-dimensional integral leak-proof side positioning strip of the embodiment 14;
图27是实施例15中所述的穿孔扣链多维整体阻漏侧定位条带的局部剖面视图；Figure 27 is a partial cross-sectional view showing the perforated chain multi-dimensional integral leak-proof side positioning strip of the embodiment 15;
图28是实施例16中所述的穿孔扣链多维整体阻漏侧定位条带的局部剖面视图；Figure 28 is a partial cross-sectional view showing the perforated chain multi-dimensional integral leak-proof side positioning strip of the embodiment 16;
图29是实施例17中所述的侧条定位多维整体阻漏链带给料机的结构图；Figure 29 is a structural view showing the side strip positioning multi-dimensional integral leak-proof chain belt feeder described in Embodiment 17;
图30是实施例18中所述的侧条定位多维整体阻漏链带给料机的结构图；Figure 30 is a structural view showing the side strip positioning multi-dimensional integral leak-proof chain belt feeder described in Embodiment 18;
图31是图30的A-A剖面视图；Figure 31 is a cross-sectional view taken along line A-A of Figure 30;
图32是实施例19中所述的侧条定位多维整体阻漏链带给料机的结构图；Figure 32 is a structural view showing the side strip positioning multi-dimensional integral leak-proof chain belt feeder described in Embodiment 19;
图33是实施例20中所述的侧条定位多维整体阻漏链带给料机的结构图；Figure 33 is a structural view of the side strip positioning multi-dimensional integral leak-proof chain belt feeder described in Embodiment 20;
图34是图33的A-A剖面视图；Figure 34 is a cross-sectional view taken along line A-A of Figure 33;
图35是实施例21中所述的侧条定位多维整体阻漏链带给料机的局部结构剖面视图；Figure 35 is a partial structural sectional view showing the side strip positioning multi-dimensional integral leak-proof chain belt feeder described in Embodiment 21;
图36是实施例22中所述的侧条定位多维整体阻漏链带给料机的局部结构剖面视图；Figure 36 is a partial structural sectional view showing the side strip positioning multi-dimensional integral leak-proof chain belt feeder described in Embodiment 22;
图37是实施例23中所述的侧条定位多维整体阻漏链带给料机的局部结构剖面视图；Figure 37 is a partial structural sectional view showing the side strip positioning multi-dimensional integral leak-proof chain tape feeder described in Embodiment 23;
图38是实施例24中所述的侧条定位多维整体阻漏链带给料机的结构图；Figure 38 is a structural view showing the side strip positioning multi-dimensional integral leak-proof chain belt feeder described in Embodiment 24;
图39是实施例24中所述的侧条定位多维整体阻漏链带给料机的结构图；Figure 39 is a structural view showing the side strip positioning multi-dimensional integral leak-proof chain belt feeder described in Embodiment 24;
图40是实施例25中所述的侧条定位多维整体阻漏链带给料机的结构图；Figure 40 is a structural view showing the side strip positioning multi-dimensional integral leak-proof chain belt feeder described in Embodiment 25;
图41是实施例26中所述的侧条定位多维整体阻漏链带给料机的结构图；Figure 41 is a structural view showing the side strip positioning multi-dimensional integral leak-proof chain belt feeder described in Embodiment 26;
图42是实施例27中所述的侧条定位多维整体阻漏链带给料机的结构图；Figure 42 is a structural view showing the side strip positioning multi-dimensional integral leak-proof chain tape feeder described in Embodiment 27;
图43是实施例28中所述的侧条定位多维整体阻漏链带给料机的结构图；Figure 43 is a structural view showing the side strip positioning multi-dimensional integral leak-proof chain belt feeder described in Embodiment 28;
图44是实施例29中所述的侧条定位多维整体阻漏链带给料机的结构图；Figure 44 is a structural view showing the side strip positioning multi-dimensional integral leak-proof chain belt feeder described in Embodiment 29;
图45是实施例30中所述的侧条定位多维整体阻漏链带给料机的结构图；Figure 45 is a structural view showing the side strip positioning multi-dimensional integral leak-proof chain belt feeder described in Embodiment 30;
图46是实施例31中所述的侧条定位多维整体阻漏链带给料机的结构图；Figure 46 is a structural view showing the side strip positioning multi-dimensional integral leak-proof chain belt feeder described in Embodiment 31;
图47是实施例32中所述的侧条定位多维整体阻漏链带给料机的结构图；Figure 47 is a structural view of the side strip positioning multi-dimensional integral leak-proof chain belt feeder according to Embodiment 32;
图48是实施例33中所述的侧条定位多维整体阻漏链带给料机的结构图；Figure 48 is a structural view showing the side strip positioning multi-dimensional integral leak-proof chain belt feeder described in Embodiment 33;
图49是实施例34中所述的侧条定位多维整体阻漏链带给料机的结构图；Figure 49 is a structural view of the side strip positioning multi-dimensional integral leak-proof chain belt feeder described in Embodiment 34;
图50是图49的A-A剖面视图；Figure 50 is a cross-sectional view taken along line A-A of Figure 49;
图51是实施例35中所述的侧条定位多维整体阻漏链带给料机的结构图；Figure 51 is a structural view showing the side strip positioning multi-dimensional integral leak-proof chain belt feeder described in Embodiment 35;
图52是图51的A-A剖面视图；Figure 52 is a cross-sectional view taken along line A-A of Figure 51;
图53是实施例36中所述的侧条定位多维整体阻漏链带给料机的局部结构剖面视图；Figure 53 is a partial structural sectional view showing the side strip positioning multi-dimensional integral leak-proof chain tape feeder described in Embodiment 36;
图54是图53的A-A剖面视图；Figure 54 is a cross-sectional view taken along line A-A of Figure 53;
图55是图53的B-B剖面视图；Figure 55 is a cross-sectional view taken along line B-B of Figure 53;
图56是实施例37中所述的侧条定位多维整体阻漏链带给料机的结构图；Figure 56 is a structural view of the side strip positioning multi-dimensional integral leak-proof chain belt feeder described in Embodiment 37;
图57是实施例38中所述的侧条定位多维整体阻漏链带给料机的结构图；Figure 57 is a structural view showing the side strip positioning multi-dimensional integral leak-proof chain belt feeder described in Embodiment 38;
图58是实施例39中所述的侧条定位多维整体阻漏链带给料机的结构图；Figure 58 is a structural view of the side strip positioning multi-dimensional integral leak-proof chain belt feeder described in Embodiment 39;
图中：1-侧条定位多维整体阻漏链带给料机、2-机架、3-侧条定位多维整体阻漏链带输送装置、4-扣链多维整体阻漏侧定位条带、5-侧定位条、6-扣侧定位条环形链、7-链带锁紧件、8-链齿轮驱动件、9-链齿轮改向件、10-穿孔扣链多维整体阻漏侧定位条带、11-穿侧定位条孔、12-阻漏挡边、13-一体扣链多维整体阻漏侧定位条带、14-扣链可折为环形带多维整体阻漏侧定位条长带、15-多维整体阻漏侧定位条长带环形密封链带、16-扣链多维整体阻漏侧定位条环带、17-扣链可折为环形多维阻漏侧定位条柔性密封长带、18-前自密封边、19-后自密封边、20-长带前边侧定位条、21-长带后边侧定位条、22-多维阻漏侧定位条长带自密封环形链带、23-密封胶、24-前弹性自密封边、25-后弹性自密封边、26-扣链多维阻漏侧定位条长带前阻漏结构、27-扣链多维阻漏侧定位条长带后阻漏结构、28-防漏长带前舌边、29-防漏长带后舌边、30-多维阻漏侧定位条长带搭接密封环形链带、31-防漏柔性长带前凹边、32-防漏柔性长带后凸边、33-多维阻漏侧定位条长带扣接密封环形链带、34-侧定位条带前密封扣、35-侧定位条带后密封扣、36-密封扣多维阻漏侧定位条长带环形链带、37-侧定位条带前孔扣、38-侧定位条带后孔扣、39-连接扣通孔、40-穿连接扣孔条、41-扣孔多维阻漏侧定位条长带环形链带、42-侧定位条带前自封扣、43-侧定位条带后自封扣、44-自封扣多维阻漏侧定位条长带环形链带、45-速装拆扣链可折为环形多维阻漏侧定位条柔性密封长带、46-旋转链节、47-前侧定位条、48-后侧定位条、49-侧定位条轴、50-扣侧定位条环形链条孔、51-左扣侧定位条环形链、52-右扣侧定位条环形链、53-穿侧定位条孔凸起、54-柔性凹弧、55-阻漏带条孔耐磨件、56-阻漏带条孔耐磨管、57-通长阻漏带条孔耐磨管、58-多段阻漏带条孔耐磨管、59-环形阻漏挡边、60-挡片阻漏挡边、61-穿孔柔性带筋、62-扣侧定位条环形链缓冲套、63-扣侧定位条环形链油槽、64-扣侧定位条环形链密封件、65-扣侧定位条环形链密封槽、66-旋连吊挂架、67-旋连接料器、68-铰轴、69-旋连称重输料器、70-称重传感器、71-速度传感器、72-运算器、73-吊挂架旋连铰接耳、74-接料斗旋连铰接耳、75-料仓口、76-给料机支撑铰接点、77-旋连吊挂架铰轴、78-接料斗旋连铰接孔、79-支撑基础、80-旋连称重输料器旋连铰接耳、81-接料槽、82-挂接料仓架、83-挂接料仓架铰接耳、84-接料槽铰接耳、85-旋连销轴轴承、86-减震件、87-耐磨润滑套、88-导料槽、89-导料槽上导料口、90-导料槽左侧板、91-导料槽右侧板、92-导料槽后挡板、93-整形板、94-消除仓压整形器、95-消除仓压斜板、96-侧条定位多维整体阻漏链带、97-消除仓压防砸铰接件、98-消仓压防砸板、 99-消仓压铰轴弹簧、100-消仓压铰轴弹簧翼、101-消仓压铰轴、102-反向导料斜侧落料接料器、103-机架导料槽、104-挂接斜板导料槽件、105-斜板反向导料件、106-斜侧反向落料口件、107-反向导料斜侧落料斗、108-侧条定位阻漏链带反向延长称重输料器、109-转载反向落料减干扰段、110-称重前减干扰输送段、111-物料接近称重段、112-称重段、113-物料称重落料口、114-铰接点、115-吊挂称重件、116-托举称重件、117-接料输料整形器、118-机架导料斗、119-导料槽左侧整形器、120-导料槽右侧整形器、121-导料槽左侧板固定支撑、122-导料槽右侧板固定支撑、123-可调式支撑、124-螺杆隔套调节支撑、125-左螺杆隔套调节支撑、126-左调节整形板、127-左调节螺杆、128-左调节隔套、129-左调节螺母、130-左调节板螺杆孔、131-导料槽左侧板螺杆孔、132-螺纹套导杆调节支撑、133-左螺纹套导杆调节支撑、134-右螺纹套导杆调节支撑、135-左螺纹套导向杆、136-左调节螺纹套、137-左导向杆螺母、138-调节左整形板螺纹段、139-扣合左侧板螺纹段、140-导料槽左侧板螺纹孔、141-右螺纹套导向杆、142-右调节螺纹套、143-右导向杆螺母、144-调节右整形板螺纹段、145-扣合右侧板螺纹段、146-导料槽右侧板螺纹孔、147-右调节整形板、148-拉紧右整形板套、149-调节板防护件、150-秤架、151-旋连称重卸料口、152-左旋连称重卸料口、153-右旋连称重卸料口。In the figure: 1-side strip positioning multi-dimensional integral leak-proof chain belt feeder, 2-frame, 3-side strip positioning multi-dimensional integral leak-proof chain conveyor, 4-chain multi-dimensional overall leak-proof side positioning strip, 5-side positioning strip, 6-button side positioning strip endless chain, 7-chain belt locking part, 8-chain gear drive part, 9-chain gear reversing part, 10-perforated chain multi-dimensional integral leak-proof side positioning strip Belt, 11-through side positioning strip hole, 12-stop rib, 13-one chain multi-dimensional integral leak-proof side positioning strip, 14-chain chain can be folded into a ring with multi-dimensional integral leak-proof side positioning strip long strip, 15- multi-dimensional integral leak-proof side positioning strip with ring seal chain, 16-chain multi-dimensional integral leak-proof side positioning strip ring, 17- buckle chain can be folded into a ring multi-dimensional leak-proof side positioning strip flexible seal long belt, 18 - front self-sealing edge, 19- rear self-sealing edge, 20-long belt front side positioning strip, 21-long belt rear side positioning strip, 22-multidimensional leak-proof side positioning strip long with self-sealing endless chain belt, 23-seal Glue, 24-front elastic self-sealing edge, 25- rear elastic self-sealing edge, 26-chain multi-dimensional leak-proof side positioning strip long belt front leakage prevention structure, 27-chain multi-dimensional leak-proof side positioning strip long belt rear leakage Structure, 28-leak-proof long belt front tongue edge, 29-leak-proof long belt rear tongue edge, 30-dimensional multi-dimensional leak-side side positioning strip long belt lap joint sealing endless chain belt, 31-leak-proof flexible long belt front concave edge, 32- leakproof flexible long belt rear convex edge, 33-multi-dimensional leak-proof side positioning strip long belt buckle sealing annular chain belt, 34-side positioning strip front sealing buckle, 35-side positioning strip rear sealing buckle, 36- Sealing buckle multi-dimensional leak-proof side positioning strip long with endless chain belt, 37-side positioning strip with front hole buckle, 38-side positioning strip with rear hole buckle, 39-connection buckle through hole, 40-through connection buckle hole strip, 41 -Buckle hole multi-dimensional leak-proof side positioning strip long with endless chain belt, 42-side positioning strip with front self-sealing buckle, 43-side positioning strip with self-sealing buckle, 44-self-sealing buckle multi-dimensional leak-proof side positioning strip long with endless chain belt The 45-speed detachable chain can be folded into a ring-shaped multi-dimensional leak-proof side positioning strip flexible sealing long belt, 46-rotating chain link, 47-front side positioning bar, 48-rear side positioning bar, 49-side positioning bar shaft, 50- buckle side positioning strip end chain hole, 51-left buckle side positioning strip endless chain, 52-right buckle side positioning strip endless chain, 53-through side positioning strip hole protrusion, 54-flexible concave arc, 55-stop Strip hole wear parts, 56-resistance Wear-resistant tube with strip hole, 57-length long leak-proof strip wear-resistant tube, 58-multi-section leak-proof strip hole wear-resistant tube, 59-ring leak-proof rib, 60-block leak-proof rib, 61 - Perforated flexible band, 62- buckle side positioning strip annular chain buffer sleeve, 63- buckle side positioning strip annular chain oil groove, 64- buckle side positioning strip annular chain seal, 65- buckle side positioning strip annular chain sealing groove, 66 - Rotary pylon, 67-rotary feeder, 68-hinge shaft, 69-screw weighing feeder, 70-load cell, 71-speed sensor, 72-operator, 73-hanger Rotary joint ear, 74-connecting hopper screw joint hook, 75- silo port, 76-feeder support hinge point, 77-screw hanging rack hinge shaft, 78- hopper splicing hinge hole, 79- Support foundation, 80-screw weighing feeder screw-joining ears, 81-feeding trough, 82-hook silo rack, 83-hook silo frame articulated ears, 84-joining trough articulated ears, 85 -Rotary pin bearing, 86-damper, 87-wear-resistant bushing, 88-feeding chute, 89-feeding chute guide, 90-feed chute left side, 91-feed chute Right side plate, 92-guide groove rear baffle, 93-shaping plate, 94-clearing pressure shaper, 95-elimination pressure Slanting plate, 96-side strip positioning multi-dimensional integral leak-proof chain belt, 97-eliminating warehouse pressure anti-smashing hinge, 98-clearing pressure anti-smashing plate, 99-dissipating pressure hinge spring, 100-disarming hinge shaft Spring wing, 101-clearing pressure hinge shaft, 102-reverse material oblique side blanking feeder, 103-frame guide groove, 104-hook swash plate guide groove, 105-slant plate reverse guide Parts, 106- oblique side reverse blanking member, 107-reverse material oblique side falling hopper, 108-side strip positioning leak-proof chain belt reverse extension weighing feeder, 109-transfer reverse blanking minus interference Segment, 110-weighing minus interference conveying section, 111-material close to weighing section, 112-weighing section, 113-material weighing blanking port, 114-hinging point, 115-hanging weighing piece, 116- Lifting weighing parts, 117-feed conveying shaper, 118-frame guiding hopper, 119-feeding tank left side shaper, 120-guide groove right side shaper, 121-guide groove left side plate Fixed support, 122-guide groove right side plate fixed support, 123-adjustable support, 124-screw spacer adjustment support, 125-left screw spacer adjustment support, 126-left adjustment shaping plate, 127-left adjustment screw, 128-left adjustment spacer, 129-left adjustment nut, 130-left adjustment plate screw hole, 131-guide groove left side plate screw hole, 132-threaded sleeve guide rod adjustment support, 133-left threaded sleeve guide rod adjustment support, 134-right threaded sleeve guide rod adjustment support, 135- Left threaded sleeve guide rod, 136-left adjustment thread sleeve, 137-left guide rod nut, 138-adjusted left shaping plate thread segment, 139-fastened left side plate thread segment, 140-guide groove left plate threaded hole, 141-right threaded sleeve guide rod, 142-right adjustment threaded sleeve, 143-right guide rod nut, 144-adjusted right shaping plate threaded section, 145-fastened right side plate threaded section, 146-guided groove right side plate thread Hole, 147-right adjustment shaping plate, 148-tightening right shaping plate sleeve, 149-regulating plate protection piece, 150-scale weighing frame, 151-rotating weighing and unloading port, 152-left-handed weighing and unloading port, 153- Right-handed weighing and unloading port.
具体实施方式detailed description
实施例1Example 1
如图1至图4所示，侧条定位多维整体阻漏链带给料机1包括机架2和侧条定位多维整体阻漏链带输送装置3等，机架2支撑侧条定位多维整体阻漏链带输送装置3输送物料，侧条定位多维整体阻漏链带输送装置3包括扣链多维整体阻漏侧定位条带4、侧定位条5、扣侧定位条环形链6、链带锁紧件7、链齿轮驱动件8和链齿轮改向件9等，扣链多维整体阻漏侧定位条带4包括穿孔扣链多维整体阻漏侧定位条带10等，扣链多维整体阻漏侧定位条带4侧边设有平面边等，穿孔扣链多维整体阻漏侧定位条带10上设有穿侧定位条孔11等，穿侧定位条孔11设置在扣链多维整体阻漏侧定位条带4外表面与内表面之间等，侧定位条5穿接穿孔扣链多维整体阻漏侧定位条带10，侧定位条5端部伸出穿孔扣链多维整体阻漏侧定位条带10的侧边，侧定位条5伸出端穿扣于扣侧定位条环形链6，链带锁紧件7将侧定位条5锁在扣侧定位条环形链6上形成穿孔侧条定位多维整体阻漏链带96，穿孔侧条定位多维整体阻漏链带96环绕链齿轮驱动件8和链齿轮改向件9等，链齿轮驱动件8驱动扣侧定位条环形链6，扣侧定位条环形链6带动侧定位条5绕链齿轮驱动件8和链齿轮改向件9等循环，侧定位条5带动扣链多维整体阻漏侧定位条带4输送物料。As shown in FIG. 1 to FIG. 4, the side strip positioning multi-dimensional integral leak-proof chain belt feeder 1 comprises a frame 2 and a side strip positioning multi-dimensional integral leak-proof chain belt conveying device 3, etc., and the rack 2 supports side strip positioning multi-dimensional whole The leakage chain conveyor 3 conveys the material, and the side strip positioning multi-dimensional integral leakage chain conveyor 3 includes a chain multi-dimensional integral leak-proof side positioning strip 4, a side positioning strip 5, a buckle side positioning strip circular chain 6, a chain belt The locking member 7, the sprocket driving member 8 and the sprocket reversing member 9 and the like, the multi-dimensional integral leak-proof side positioning strip 4 of the buckle chain comprises a multi-hole integral leak-proof side positioning strip 10 of the perforated buckle chain, etc. The side of the leakage side positioning strip 4 is provided with a flat edge, etc., the perforated buckle multi-dimensional integral leak-proof side positioning strip 10 is provided with a through-side positioning strip hole 11 and the like, and the through-side positioning strip hole 11 is arranged in the multi-dimensional integral resistance of the buckle chain. The side positioning strip 5 is connected to the perforated buckle chain multi-dimensional integral leak-proof side positioning strip 10, and the side positioning strip 5 end protrudes from the perforated buckle chain multi-dimensional integral leak-proof side. Positioning the side of the strip 10, the protruding end of the side positioning strip 5 is fastened to the buckle side of the buckle side positioning chain 6, the chain is locked 7The side positioning strip 5 is locked on the buckle side positioning strip annular chain 6 to form a perforated side strip positioning multi-dimensional integral leakproof chain belt 96, the perforated side strip positioning multi-dimensional integral leakproof chain belt 96 is surrounded by the chain gear drive member 8 and the chain gear is modified. To the member 9 or the like, the sprocket drive member 8 drives the buckle side positioning strip annular chain 6, and the buckle side positioning strip annular chain 6 drives the side positioning strip 5 to circulate around the sprocket drive member 8 and the sprocket reversing member 9, and the side positioning strip 5 Drive the chain multi-dimensional integral leak-proof side positioning strip 4 to transport the material.
扣链多维整体阻漏侧定位条带4侧边也可为设有阻漏挡边12等。The side chain of the multi-dimensional integral leakage preventing side positioning strip 4 of the buckle chain may also be provided with a leakage preventing rib 12 and the like.
实施例2Example 2
如图5至图6所示，扣链多维整体阻漏侧定位条带4包括一体扣链多维整体阻漏侧定位条带13等，扣链多维整体阻漏侧定位条带4与侧定位条5为一体式，一体扣链多维整体阻漏侧定位条带13侧边的侧定位条5扣合在扣侧定位条环形链上，链齿轮驱动件带动一体扣链多维整体阻漏侧定位条带13向前输送物料。As shown in FIG. 5 to FIG. 6 , the multi-dimensional integral leak-proof side positioning strip 4 of the buckle chain comprises an integral chain multi-dimensional integral leak-proof side positioning strip 13 , etc., and the multi-chain integral leak-proof side positioning strip 4 and the side positioning strip of the buckle chain 5 is a one-piece, one side buckle multi-dimensional integral leak-proof side positioning strip 13 side of the side positioning strip 5 is fastened on the buckle side positioning strip circular chain, the chain gear drive member drives the integrated buckle multi-dimensional overall leak-proof side positioning strip The belt 13 conveys the material forward.
其它同实施例1。Others are the same as in the first embodiment.
实施例3Example 3
如图7至图9所示，扣链多维整体阻漏侧定位条带包括扣链可折为环形带多维整体阻漏侧定位条长带14等，扣链可折为环形带多维整体阻漏侧定位条长带14用侧定位条5穿扣在扣侧定位条环形链6上，扣链可折为环形带多维整体阻漏侧定位条长带14首尾扣合形成多维整体阻漏侧定位条长带环形密封链带15，多维整体阻漏侧定位条长带环形密封链带15扣在链齿轮驱动件和链齿轮改向件上，由链齿轮驱动件驱动连续给料,扣链多维整体阻漏侧定位条带的外表面为整体无漏点面确保不撒漏、不粘料、不刮带料等，侧定位条5将扣链多维整体阻漏侧定位条带4穿扣在扣侧定位条环形链6上，使多维阻漏侧定位条5环形带不跑偏、不伸缩、不打滑、整体不漏料、不变形等，扣链可折为环形带多维整体阻漏侧定位条长带14用侧定位条5定位在扣侧定位条环形链6上，重载启动不打滑、整体兜料不撒漏料、多维定位不跑偏、链条定位不伸缩、链轮启动不打滑、柔性链带无噪音、柔性链带耐磨损、多维整体阻漏不带回程料、柔性带与钢性条链刚柔相济、免调整、免维护等。As shown in FIG. 7 to FIG. 9 , the multi-dimensional integral leak-proof side positioning strip of the buckle chain comprises a buckle chain which can be folded into a ring-shaped belt multi-dimensional integral leak-proof side positioning strip long strip 14 , etc., and the buckle chain can be folded into a ring-shaped multi-dimensional integral leakage barrier. The side positioning strip long belt 14 is fastened on the buckle side positioning strip annular chain 6 by the side positioning strips 5, and the buckle chain can be folded into an endless belt multi-dimensional integral leak-proof side positioning strip long strip 14 end-to-end buckle to form a multi-dimensional integral leak-proof side positioning The strip has a ring-shaped sealing chain belt 15, and the multi-dimensional integral leak-proof side positioning strip has a ring-shaped sealing chain belt 15 buckled on the chain gear driving member and the chain gear redirecting member, and the continuous driving is driven by the chain gear driving member, and the chain is multi-dimensionally The outer surface of the overall leakage-side positioning strip is an integral leak-free surface to ensure no leakage, no sticking, no scraping, etc., and the side positioning strip 5 is fastened to the multi-dimensional integral leak-proof side positioning strip 4 of the buckle chain. The buckle side positioning strip is arranged on the endless chain 6 so that the multi-dimensional leak-proof side positioning strip 5 annular belt does not run off, does not stretch, does not slip, does not leak overall, does not deform, etc., and the buckle chain can be folded into a multi-dimensional integral leak-proof side of the annular belt The positioning strip long strip 14 is positioned on the buckle side positioning strip annular chain 6 by the side positioning strip 5, and the heavy load is started without hitting. The whole material does not leak, the multi-dimensional positioning does not run off, the chain positioning does not stretch, the sprocket does not slip, the flexible chain has no noise, the flexible chain wears, the multi-dimensional overall leak does not bring back material, flexible belt It is rigid and soft with steel chain, free of adjustment and maintenance-free.
扣链多维整体阻漏侧定位条带4也可为扣链多维整体阻漏侧定位条环带16等。The multi-dimensional integral leak-proof side positioning strip 4 of the buckle chain can also be a multi-dimensional integral leak-proof side positioning strip ring belt 16 of the buckle chain.
其它同实施例1。Others are the same as in the first embodiment.
实施例4Example 4
如图10至图12所示，扣链多维整体阻漏侧定位条带包括扣链可折为环形多维阻漏侧定位条柔性密封长带17等，扣链可折为环形多维阻漏侧定位条柔性密封长带17纵向两端首尾设有前自密封边18和后自密封边19等，前自密封边18设有长带前边侧定位条20且后自密封边19设有长带后边侧定位条21等，链带锁紧件将长带前边侧定位条20与长带后边侧定位条21靠近锁扣在扣侧定位条环形链上，扣链可折为环形多维阻漏侧定位条柔性密封长带17纵向两端首尾对接,扣侧定位条环形链使前自密封边18与后自密封边19紧密配合形成多维阻漏侧定位条长带自密封环形链带22，多维阻漏侧定位条长带自密封环形链带22的前自密封边18与后自密封边19运行至链齿轮驱动件和链齿轮改向件等的弧面处时，长带前边侧定位条 20与长带后边侧定位条21对前自密封边18与后自密封边19紧密配合处定位不产生漏料缝隙。As shown in FIG. 10 to FIG. 12, the multi-dimensional integral leak-proof side positioning strip of the buckle chain comprises a buckle chain which can be folded into a ring-shaped multi-dimensional leak-proof side positioning strip, a flexible sealing strip 17 and the like, and the buckle chain can be folded into a circular multi-dimensional leak-proof side positioning. The longitudinal ends of the flexible sealing strips 17 are provided with a front self-sealing edge 18 and a rear self-sealing edge 19, and the front self-sealing edge 18 is provided with a long belt front side positioning strip 20 and a rear self-sealing edge 19 is provided with a long belt rear side. The side positioning strip 21 and the like, the chain belt locking member fixes the long belt front side positioning strip 20 and the long belt rear side positioning strip 21 close to the buckle on the buckle side positioning strip circular chain, and the buckle chain can be folded into a circular multi-dimensional leak-proof side positioning. The flexible sealing strip 17 is longitudinally end-to-tail butt-joined, and the buckle-side positioning strip end chain tightly matches the front self-sealing edge 18 and the rear self-sealing edge 19 to form a multi-dimensional leak-proof side positioning strip long self-sealing endless chain belt 22, multi-dimensional resistance The front side side positioning bar 20 is provided when the front side self-sealing side 18 of the self-sealing endless belt 18 and the rear self-sealing side 19 run to the curved surface of the sprocket drive member and the sprocket reversing member. The front self-sealing edge 18 and the rear self-sealing edge 19 are closely fitted with the long belt rear side positioning strip 21 Bits have no material leakage gap.
前自密封边18与后自密封边19也可为对接处填充密封胶23密封等。The front self-sealing edge 18 and the rear self-sealing edge 19 may also be sealed at the butt joint filling seal 23 or the like.
其它同实施例1。Others are the same as in the first embodiment.
实施例5Example 5
如图13所示，前自密封边与后自密封边分别设有前弹性自密封边24、后弹性自密封边25等，在前弹性自密封边24和后弹性自密封边25运行至链齿轮驱动件和链齿轮改向件等弧面时前弹性自密封边24和后弹性自密封边25的弹性使其对接缝产生弹力密封。As shown in FIG. 13, the front self-sealing edge and the rear self-sealing edge are respectively provided with a front elastic self-sealing edge 24, a rear elastic self-sealing edge 25, and the like, and run to the chain at the front elastic self-sealing edge 24 and the rear elastic self-sealing edge 25. The elasticity of the front elastic self-sealing edge 24 and the rear elastic self-sealing edge 25 of the gear drive member and the sprocket redirection member and the like causes a spring-tight seal against the seam.
其它同实施例1。Others are the same as in the first embodiment.
实施例6Example 6
如图14所示，扣链可折为环形多维阻漏侧定位条柔性密封长带17两纵向端部设有扣链多维阻漏侧定位条长带前阻漏结构26和扣链多维阻漏侧定位条长带后阻漏结构27等，扣链多维阻漏侧定位条长带前阻漏结构26包括防漏长带前舌边28等，扣链多维阻漏侧定位条长带后阻漏结构27包括防漏长带后舌边29等，扣链多维阻漏侧定位条长带前阻漏结构26设有长带前边侧定位条20且扣链多维阻漏侧定位条长带后阻漏结构27设有长带后边侧定位条21等，链带锁紧件将长带前边侧定位条20与长带后边侧定位条21靠近锁扣在扣侧定位条环形链6上，防漏长带前舌边28与防漏长带后舌边29搭接密封形成多维阻漏侧定位条长带搭接密封环形链带30。As shown in FIG. 14, the buckle can be folded into a ring-shaped multi-dimensional leak-proof side positioning strip, a flexible sealing strip, and two longitudinal ends are provided with a chain multi-dimensional leak-proof side positioning strip, a long strip front leak-proof structure 26, and a multi-chain leak-proof chain. The side positioning strip has a long strip rear leakage structure 27, etc., the chain multi-dimensional leak-proof side positioning strip long strip front leak-proof structure 26 includes a leak-proof long strip front tongue edge 28, etc., the chain multi-dimensional leak-proof side positioning strip long strip back resistance The leakage structure 27 includes a leakage preventing long belt rear tongue edge 29 and the like, and the buckle chain multi-dimensional leakage side positioning strip long belt front leakage preventing structure 26 is provided with a long belt front side positioning strip 20 and the chain multi-dimensional leak-proof side positioning strip has a long strip. The leakage preventing structure 27 is provided with a long belt rear side positioning strip 21 and the like, and the chain belt locking member closes the long belt front side positioning strip 20 and the long belt rear side positioning strip 21 to the buckle side positioning strip annular chain 6 to prevent The leakage length front tongue edge 28 and the leakage prevention long belt rear tongue edge 29 overlap and seal to form a multi-dimensional leak-proof side positioning strip long belt overlapping seal annular chain belt 30.
其它同实施例1。Others are the same as in the first embodiment.
实施例7Example 7
如图15所示，扣链多维阻漏侧定位条长带前阻漏结构包括防漏柔性长带前凹边31等，扣链多维阻漏侧定位条长带后阻漏结构包括防漏柔性长带后凸边32等，扣链多维阻漏侧定位条长带前阻漏结构设有长带前边侧定位条且扣链多维阻漏侧定位条长带后阻漏结构设有长带后边侧定位条，链带锁紧件将长带前边侧定位条与长带后边侧定位条靠近锁扣在扣侧定位条环形链上，防漏柔性长带前凹边31与防漏柔性长带后凸边32搭接密封形成多维阻漏侧定位条长带扣接密封环形链带33。As shown in FIG. 15 , the long chain front leakage preventing structure of the multi-dimensional leak-proof side positioning strip of the buckle chain includes a leak-proof flexible long belt front concave side 31, etc., and the multi-dimensional leak-proof side positioning strip of the buckle chain has a long leak-proof structure including leakage prevention flexibility. Long belt rear convex edge 32, etc., chain multi-dimensional leak-proof side positioning strip long belt front leakage preventing structure is provided with long belt front side positioning strip and buckle multi-dimensional leak-proof side positioning strip long belt rear leakage preventing structure is provided with long belt rear side The side positioning strip and the chain belt locking member are arranged on the front side positioning strip and the long belt rear side positioning strip near the buckle on the buckle side positioning strip circular chain, the leakage preventing flexible long belt front concave side 31 and the leakage preventing flexible long belt The rear flange 32 is lap-sealed to form a multi-dimensional leak-stop side positioning strip long belt fastening seal endless chain belt 33.
其它同实施例1。Others are the same as in the first embodiment.
实施例8Example 8
如图16至图17所示，扣链可折为环形多维阻漏侧定位条柔性密封长带17上包括侧定位 条带前密封扣34和侧定位条带后密封扣35等，侧定位条带前密封扣34与侧定位条带后密封扣35等相互扣合形成密封扣多维阻漏侧定位条长带环形链带36，侧定位条带前密封扣34包括侧定位条带前孔扣37等，侧定位条带后密封扣35包括侧定位条带后孔扣38等，侧定位条带前孔扣37与侧定位条带后孔扣38相互扣合形成连接扣通孔39，扣链可折为环形多维阻漏侧定位条柔性密封长带17包括穿连接扣孔条40等，穿连接扣孔条40穿接连接扣通孔39形成扣孔多维阻漏侧定位条长带环形链带41。As shown in FIG. 16 to FIG. 17, the buckle can be folded into a ring-shaped multi-dimensional leak-proof side positioning strip, and the flexible sealing strip 17 includes a side positioning strip front sealing buckle 34 and a side positioning strip rear sealing buckle 35, and the side positioning strip. The front sealing buckle 34 and the side positioning strip rear sealing buckle 35 and the like are mutually engaged to form a sealing buckle multi-dimensional leak-proof side positioning strip long belt endless chain belt 36, and the side positioning strip front sealing buckle 34 includes a side positioning strip front hole buckle 37, etc., the side positioning strip rear sealing buckle 35 includes a side positioning strip rear hole buckle 38, etc., the side positioning strip front hole buckle 37 and the side positioning strip rear hole buckle 38 are mutually engaged to form a connecting buckle through hole 39, buckle The chain can be folded into a ring-shaped multi-dimensional leak-proof side positioning strip, the flexible sealing strip 17 includes a connecting connecting strip 40, and the connecting connecting strip 40 is connected to the connecting through-hole 39 to form a buttonhole multi-dimensional leak-proof side positioning strip with a long ring Chain belt 41.
穿连接扣孔条40与侧定位条5等分体或为一体式。The connecting buckle hole strip 40 and the side positioning strip 5 are equally divided or integrated.
其它同实施例1。Others are the same as in the first embodiment.
实施例9Example 9
如图18所示，侧定位条带前密封扣包括包括侧定位条带前自封扣42等，侧定位条带后密封扣包括侧定位条带后自封扣43等，侧定位条带前自封扣42与侧定位条带后自封扣43等扣合，侧定位条带前自封扣42与侧定位条带后自封扣43柔性扣接形成自封扣多维阻漏侧定位条长带环形链带44，侧定位条端部设有侧定位条穿轴等，链带锁紧件将侧定位条穿轴锁在扣侧定位条环形链上，扣链可折为环形带多维整体阻漏侧定位条长带14两端穿连形成速装拆扣链可折为环形多维阻漏侧定位条柔性密封长带45，其表面无漏料点，侧定位条带前密封扣34与侧定位条带后密封扣35扣合后自形成密封面，该密封面只起密封扣合作用不被链齿轮驱动件和链齿轮改向件等的动力拉动，多个侧定位条共同由扣侧定位条环形链扣合，扣侧定位条环形链对侧定位条定位，侧定位条对扣链多维整体阻漏侧定位条带定位，侧条定位多维整体阻漏链带96旋转输料不承受前后拉力，不会撕裂与伸缩，扣侧定位条环形链由多个旋转链节46组成，各旋转链节46活动连接，链齿轮驱动件的驱动力施加在扣侧定位条环形链与侧定位条上，穿侧定位条带前密封扣34与侧定位条带后密封扣35的侧定位条的旋转链节46上扣有前侧定位条47、后侧定位条48等，前侧定位条47与后侧定位条48对侧定位条带前密封扣34与侧定位条带后密封扣定位，侧定位条带前密封扣与侧定位条带后密封扣等不会因承受拉力而撕裂变形，使密封稳定长期可靠，当需要更换速装拆侧条定位多维阻漏链带时，先拆掉链带锁紧件，将侧定位条从侧定位条带前扣孔与侧定位条带后扣孔抽出，且将扣接该侧定位条的旋转链节46与其它旋转链节46分体，速装拆扣链可折为环形多维阻漏侧定位条柔性密封长带45从链齿轮驱动件和链齿轮改向件等上脱落，不需拆除链齿轮驱动件和链齿轮改向件即可单独将侧条定位多维整体阻漏链带96快速更换。As shown in FIG. 18, the side positioning strip front sealing buckle includes a front positioning strip front self-sealing buckle 42 and the like, and the side positioning strip rear sealing buckle includes a side positioning strip rear self-sealing buckle 43 and the like, and the side positioning strip front self-sealing buckle 42 is fastened with the self-sealing buckle 43 after the side positioning strip, and the self-sealing buckle 42 and the side positioning strip and the self-sealing buckle 43 are flexibly fastened to form a self-sealing buckle multi-dimensional leak-proof side positioning strip long belt endless belt 44. The side positioning strip end portion is provided with a side positioning strip threading shaft, etc., the chain belt locking member locks the side positioning strip through the shaft on the buckle side positioning strip circular chain, and the buckle chain can be folded into a circular belt multi-dimensional integral leak-proof side positioning strip length The belt 14 is pierced to form a quick-release detachable chain, which can be folded into a ring-shaped multi-dimensional leak-proof side locating strip flexible sealing long belt 45, and the surface has no leakage point, and the side positioning strip front sealing buckle 34 and the side positioning strip are sealed. After the buckle 35 is fastened, the sealing surface is formed, and the sealing surface is only used for the cooperation of the sprocket drive member and the sprocket redirection member, and the plurality of side locating strips are jointly buckled by the locating side positioning buckle. And the side positioning strips of the buckle side positioning strips are positioned on the opposite side positioning strips, and the side positioning strips are connected to the chain Positioning strip positioning on the leak-proof side, the side strip positioning multi-dimensional integral leak-proof chain belt 96 rotating feed material does not bear the front and rear pulling force, does not tear and stretch, the buckle side positioning strip annular chain is composed of a plurality of rotating links 46, each rotation The link 46 is movably connected, and the driving force of the sprocket drive member is applied to the buckle side locating strip end chain and the side locating strip, and the through side locating strip front sealing tab 34 and the side locating strip rear sealing buckle 35 are located on the side positioning strip. The front side positioning bar 47 and the rear side positioning bar 48 are fastened to the rotating link link 46, and the front side positioning bar 47 and the rear side positioning bar 48 are positioned opposite to the side positioning strip front sealing buckle 34 and the side positioning strip rear sealing buckle. The side positioning strip front sealing buckle and the side positioning strip rear sealing buckle do not tear and deform due to the tensile force, so that the sealing is stable and long-term reliable. When it is necessary to replace the quick-disassembling side strip positioning multi-dimensional leak-proof chain belt, first dismantle The chain locking member is removed, and the side positioning strip is extracted from the side positioning strip front buckle hole and the side positioning strip rear buckle hole, and the rotating link 46 fastened to the side positioning strip is separated from the other rotating links 46. , quick-fit and detachable chain can be folded into a ring-shaped multi-dimensional leak-proof side positioning strip flexible seal long belt 45 is detached from the sprocket drive member and the sprocket reversing member, and the side sprocket multi-dimensional integral leakage chain belt 96 can be quickly replaced without removing the sprocket drive member and the sprocket reversing member.
其它同实施例1。Others are the same as in the first embodiment.
实施例10Example 10
如图19至图20所示，侧定位条5包括侧定位条轴49等，扣侧定位条环形链6包括扣侧定位条环形链条孔50等，侧定位条轴49穿接扣侧定位条环形链条孔50，侧定位条轴49相对于扣侧定位条环形链条孔50旋转，使扣链多维整体阻漏侧定位条带循环给料时侧定位条5不与扣侧定位条环形链6硬性摩擦掰损、不产生噪音等，扣侧定位条环形链6包括左扣侧定位条环形链51和右扣侧定位条环形链52等，扣链多维整体阻漏侧定位条带设置在左扣侧定位条环形链51和右扣侧定位条环形链52之间，链带锁紧件7将相邻穿侧定位条5连接并与左扣侧定位条环形链51和右扣侧定位条环形链52扣接。As shown in FIG. 19 to FIG. 20, the side positioning strip 5 includes a side positioning strip shaft 49 and the like, and the buckle side positioning strip annular chain 6 includes a buckle side positioning strip endless chain hole 50 and the like, and the side positioning strip shaft 49 passes through the buckle side positioning strip. The annular chain hole 50, the side positioning bar shaft 49 rotates relative to the buckle side positioning strip annular chain hole 50, so that the buckle multi-dimensional integral leak-proof side positioning strip cyclic feeding side positioning bar 5 does not with the buckle side positioning strip annular chain 6 Hard friction damage, no noise, etc., the buckle side positioning chain annular chain 6 includes a left buckle side positioning strip annular chain 51 and a right buckle side positioning strip annular chain 52, etc., the buckle chain multi-dimensional overall leak-proof side positioning strip is set on the left Between the buckle side positioning strip annular chain 51 and the right buckle side positioning strip annular chain 52, the chain belt locking member 7 connects the adjacent through side positioning strips 5 and the left buckle side positioning strip annular chain 51 and the right buckle side positioning strip The endless chain 52 is fastened.
扣侧定位条环形链6也可为包括中间扣侧定位条环形链或左扣侧定位条环形链51或右扣侧定位条环形链52等。The buckle side positioning strip annular chain 6 may also include an intermediate buckle side positioning strip annular chain or a left buckle side positioning strip annular chain 51 or a right buckle side positioning strip annular chain 52.
其它同实施例1。Others are the same as in the first embodiment.
实施例11Example 11
如图21所示，穿孔扣链多维整体阻漏侧定位条带10外表面为平面等，内表面设有穿侧定位条孔凸起53等，两穿侧定位条孔凸起53之间设有向穿孔扣链多维整体阻漏侧定位条带10外表面靠近的柔性凹弧54等，侧定位条穿于穿侧定位条孔凸起53处带动穿孔扣链多维整体阻漏侧定位条带10向前运行给料，链齿轮驱动件包括链齿轮驱动滚筒等，链齿轮改向件包括链齿轮改向滚筒等，链齿轮驱动滚筒上设有驱动链轮等，与之相对应的链齿轮改向滚筒上设有改向链轮等，穿孔扣链多维整体阻漏侧定位条带10向前行至链齿轮驱动滚筒和/或链齿轮从动滚筒等处时柔性凹弧54弯曲，穿孔扣链多维整体阻漏侧定位条带10绕链齿轮驱动滚筒和/或链齿轮从动滚筒等柔性旋转，不产生硬性弯曲、无噪音等。As shown in FIG. 21, the outer surface of the multi-dimensional integral leakage preventing side positioning strip 10 of the perforated buckle chain is a plane, the inner surface is provided with a through-side positioning strip hole protrusion 53 and the like, and the two side-side positioning strip hole protrusions 53 are disposed between The perforated buckle chain multi-dimensional integral leak-proof side positioning strip 10 is adjacent to the outer surface of the flexible concave arc 54 and the like, and the side positioning strip is passed through the through-side positioning strip hole protrusion 53 to drive the perforated buckle chain multi-dimensional integral leak-proof side positioning strip 10 running the feed forward, the sprocket drive member comprises a sprocket drive roller, etc., the sprocket redirection member comprises a sprocket reversing roller, etc., the sprocket drive roller is provided with a drive sprocket, etc., corresponding to the sprocket The reversing drum is provided with a redirection sprocket, etc., and the perforated chain multi-dimensional integral leak-proof side positioning strip 10 is bent forward to the sprocket driving roller and/or the sprocket driven roller or the like, and the flexible concave arc 54 is bent and perforated. The chain multi-dimensional integral leakage preventing side positioning strip 10 is flexibly rotated around the chain gear driving roller and/or the sprocket driven roller, and does not generate hard bending or noise.
穿孔扣链多维整体阻漏侧定位条带10内表面也可为平面等。The inner surface of the perforated buckle multi-dimensional integral leak-proof side positioning strip 10 can also be a flat surface or the like.
链齿轮驱动件也可为包括链齿轮驱动轴等，链齿轮改向件也可为包括链齿轮改向轴等。The sprocket drive member may also include a sprocket drive shaft or the like, and the sprocket reversing member may also include a sprocket reversing shaft or the like.
侧定位条包括钢制侧定位条或尼龙侧定位条或聚酯侧定位条或塑料侧定位条或橡胶侧定位条或塑胶侧定位条等。The side positioning strips include a steel side positioning strip or a nylon side positioning strip or a polyester side positioning strip or a plastic side positioning strip or a rubber side positioning strip or a plastic side positioning strip.
其它同实施例1。Others are the same as in the first embodiment.
实施例12Example 12
如图22至图23所示，穿侧定位条孔11内设有阻漏带条孔耐磨件55等，阻漏带条孔耐磨件55包括阻漏带条孔耐磨管56等，阻漏带条孔耐磨管56包括通长阻漏带条孔耐磨管57和/或多段阻漏带条孔耐磨管58等，多段阻漏带条孔耐磨管58使穿孔扣链多维整体阻漏侧定位条带10形成上下前后左右多维柔性耐磨损功能。As shown in FIG. 22 to FIG. 23, the wear-side positioning strip hole 11 is provided with a leakage preventing strip hole wear-resisting member 55 and the like, and the leakage-proof strip hole wearing-member 55 includes a leakage preventing strip hole wearing-wearing tube 56, etc. The leakage preventing strip hole wear-resistant tube 56 comprises a long-length leak-proof strip hole wear-resistant tube 57 and/or a multi-section leak-proof strip hole wear-resistant tube 58 and the like, and the multi-stage leak-proof strip hole wear-resistant tube 58 enables the perforated chain The multi-dimensional integral leak-proof side positioning strip 10 forms a multi-dimensional flexible wear-resisting function of up, down, front, back, left and right.
穿侧定位条孔11内也可为设有润滑物等。The wear side spacer hole 11 may be provided with a lubricant or the like.
阻漏带条孔耐磨件55也可为包括阻漏带条孔耐磨块等。The leakage preventing strip hole wear-resistant member 55 may also be a wear-resistant block including a leak-proof strip hole.
其它同实施例1。Others are the same as in the first embodiment.
实施例13Example 13
如图24至图25所示，扣链多维整体阻漏侧定位条带设有阻漏挡边12等，阻漏挡边12包括环形阻漏挡边59等，环形阻漏挡边59设置在扣链多维整体阻漏侧定位条带上表面两侧，由侧定位条穿贴在扣链多维整体阻漏侧定位条带侧边。穿孔扣链多维整体阻漏侧定位条带10表面内设有穿孔柔性带筋61，或将穿孔扣链多维整体阻漏侧定位条带10设置为穿孔柔性无筋带等。As shown in FIG. 24 to FIG. 25, the multi-dimensional integral leakage preventing side positioning strip of the buckle chain is provided with a leakage preventing rib 12, etc., the leakage preventing rib 12 includes an annular leakage preventing rib 59, and the annular leakage preventing rib 59 is disposed at The multi-dimensional integral leakage preventing side positioning strip of the buckle chain has two sides on the upper surface of the strip, and the side positioning strip is worn on the side of the multi-dimensional integral leak-proof side positioning strip of the buckle chain. The perforated buckle multi-dimensional integral leak-proof side positioning strip 10 is provided with a perforated flexible band 61 in the surface thereof, or the perforated chain multi-dimensional integral leak-proof side positioning strip 10 is set as a perforated flexible unreinforced band.
穿孔柔性带筋61包括钢制穿孔柔性带筋或尼龙穿孔柔性带筋或聚酯穿孔柔性带筋或塑料穿孔柔性带筋或帆布穿孔柔性带筋或棉线穿孔柔性带筋或橡胶穿孔柔性带筋等。The perforated flexible band 61 comprises a steel perforated flexible band or a nylon perforated flexible band or a polyester perforated flexible band or a plastic perforated flexible band or a canvas perforated flexible band or a cotton perforated flexible band or a rubber perforated flexible band. .
扣链多维整体阻漏侧定位条带侧边也可为平面等。The side chain of the multi-dimensional integral leakage preventing side of the buckle chain can also be a plane or the like.
阻漏挡边12也可为包括挡片阻漏挡边60等。The leakage rib 12 may also include a dam stop rib 60 and the like.
挡片阻漏挡边60也可设置在扣链多维整体阻漏侧定位条带侧面等。The flap leakage rib 60 can also be disposed on the side of the multi-dimensional integral leak-proof side positioning strip of the buckle chain.
环形阻漏挡边59与扣链多维整体阻漏侧定位条带分体连接或为一体式，挡片阻漏挡边60与扣链多维整体阻漏侧定位条带分体连接或为一体式。The annular leak-proof rib 59 is connected to the multi-dimensional integral leak-proof side positioning strip of the buckle chain or is integrated, and the damper leakage preventing rib 60 is connected with the multi-dimensional integral leak-proof side positioning strip of the buckle chain or is integrated. .
其它同实施例1。Others are the same as in the first embodiment.
实施例14Example 14
如图26所示，扣侧定位条环形链6设有扣侧定位条环形链缓冲套62等，扣侧定位条环形链缓冲套62设置于扣侧定位条环形链条孔50内，侧定位条5穿过扣侧定位条环形链缓冲套62穿接穿侧定位条孔，链带锁紧件7将侧定位条5和扣侧定位条环形链缓冲套62锁在扣侧定位条环形链6上，扣侧定位条环形链缓冲套62减缓侧定位条5与扣侧定位条环形链6之间的振动。As shown in FIG. 26, the buckle side positioning chain annular chain 6 is provided with a buckle side positioning strip annular chain buffer sleeve 62, and the buckle side positioning strip annular chain buffer sleeve 62 is disposed in the buckle side positioning strip annular chain hole 50, and the side positioning strip is disposed. 5, through the buckle side positioning strip annular chain buffer sleeve 62 through the through side positioning strip hole, the chain belt locking member 7 locks the side positioning strip 5 and the buckle side positioning strip annular chain buffer sleeve 62 in the buckle side positioning strip annular chain 6 The buckle side positioning strip endless chain buffer sleeve 62 slows the vibration between the side positioning strip 5 and the buckle side positioning strip annular chain 6.
扣侧定位条环形链6包括钢制扣侧定位条环形链或尼龙扣侧定位条环形链或聚酯扣侧定位条环形链或塑料扣侧定位条环形链或橡胶扣侧定位条环形链或塑胶混合扣侧定位条环形链等。The buckle side positioning strip annular chain 6 comprises a steel buckle side positioning strip endless chain or a nylon buckle side positioning strip endless chain or a polyester buckle side positioning strip endless chain or a plastic buckle side positioning strip endless chain or a rubber buckle side positioning strip endless chain or Plastic mixing buckle side positioning strip circular chain and so on.
其它同实施例1。Others are the same as in the first embodiment.
实施例15Example 15
如图27所示，扣侧定位条环形链6包括扣侧定位条环形链油槽63等，扣侧定位条环形链油槽63设置于扣侧定位条环形链条孔50表面等，扣侧定位条环形链油槽63设有润滑介质 等，减小侧定位条5与扣侧定位条环形链6之间的摩擦与噪音等。As shown in FIG. 27, the buckle side positioning chain annular chain 6 includes a buckle side positioning strip annular chain oil groove 63, and the buckle side positioning strip annular chain oil groove 63 is disposed on the surface of the buckle side positioning strip annular chain hole 50, and the buckle side positioning strip ring. The chain oil groove 63 is provided with a lubricating medium or the like to reduce friction and noise between the side positioning bar 5 and the buckle side positioning chain loop 6 .
扣侧定位条环形链6也可为包括无油槽环形链等。The buckle side positioning strip annular chain 6 may also include an oil-free grooved loop chain or the like.
其它同实施例1。Others are the same as in the first embodiment.
实施例16Example 16
如图28所示，在扣侧定位条环形链6设置扣侧定位条环形链密封件64和扣侧定位条环形链密封槽65等，扣侧定位条环形链密封槽65设置于扣侧定位条环形链条孔50两端面等，扣侧定位条环形链密封件64设置于扣侧定位条环形链密封槽65内等，阻止润滑介质的流出。As shown in FIG. 28, the buckle side positioning strip annular chain seal 64 and the buckle side positioning strip annular chain sealing groove 65 are disposed on the buckle side positioning strip annular chain 6, and the buckle side positioning strip annular chain sealing groove 65 is disposed on the buckle side. The end of the annular chain hole 50 and the like, the buckle side positioning strip annular chain seal 64 is disposed in the buckle side positioning strip annular chain sealing groove 65, etc., preventing the outflow of the lubricating medium.
其它同实施例1。Others are the same as in the first embodiment.
实施例17Example 17
如图29所示，机架2包括旋连吊挂架66、旋连接料器67和铰轴68等，侧条定位多维整体阻漏链带输送装置3包括旋连称重输料器69、称重传感器70、速度传感器71和运算器72等，旋连吊挂架66和旋连接料器67等分体连接，旋连吊挂架66下部设有吊挂架旋连铰接耳73等，旋连接料器67上部设有接料斗旋连铰接耳74等，吊挂架旋连铰接耳73与接料斗旋连铰接耳74等铰接，旋连接料器67的下部设置旋连称重输料器69等，旋连吊挂架66吊挂于料仓口75处，吊挂架旋连铰接耳孔轴心设置于仓压影响区受力中间点，相对应地将接料斗旋连铰接耳孔轴心设置于仓压影响区受力中间点，铰轴68穿于吊挂架旋连铰接耳73和接料斗旋连铰接耳74形成给料机支撑铰接点76，仓压在给料机支撑铰接点76两侧的作用力大小相等且相互平衡，仓压对称重传感器70的影响消除，旋连称重输料器69远离给料机支撑铰接点76的端部设有称重传感器70等，称重传感器70感应旋连称重输料器69施加力的变化，称重传感器70与速度传感器71配合通过运算器72计算出称重输送器输送物料的重量。As shown in FIG. 29, the frame 2 includes a screw-on hanger 66, a rotary feeder 67, a hinge shaft 68, and the like, and the side strip positioning multi-dimensional integral leak-proof chain conveyor 3 includes a rotary weighing feeder 69. The load cell 70, the speed sensor 71, the arithmetic unit 72, and the like, the screw-connecting hanger 66 and the screw feeder 67 are connected in a separate manner, and the lower portion of the screw-mounted hanger 66 is provided with a hanging frame and a hinged joint 73, etc. The upper part of the rotary splicer 67 is provided with a hopper splicing joint 74, etc., the slinger splicing joint 73 is hinged with the hopper splicing joint 74, and the lower part of the rotary splicer 67 is provided with a rotary weighing and conveying material. 69, etc., the spiral hanging hanger 66 is hung at the silo port 75, and the hanging bracket is connected with the hinged ear hole axis at the intermediate point of the load-affected zone, and the corresponding hopper is connected with the articulated ear bore shaft. The heart is disposed at the intermediate point of the pressure-affected zone of the warehouse, and the hinge shaft 68 is passed through the hanging bracket of the hanging bracket 73 and the splicing joint of the hopper 74 to form a feeder supporting hinge point 76, and the cylinder is supported at the feeder supporting hinge The forces on both sides of the point 76 are equal and balanced with each other, and the influence of the pressure sensitive weight sensor 70 is eliminated, and the weighing feeder 69 is kept away from the feed. The end of the machine support hinge point 76 is provided with a load cell 70 or the like, and the load cell 70 senses a change in the applied force of the rotary weighing feeder 69. The load cell 70 cooperates with the speed sensor 71 to calculate the scale through the arithmetic unit 72. The weight of the material conveyed by the heavy conveyor.
其它同实施例1。Others are the same as in the first embodiment.
实施例18Example 18
如图30至图31所示，机架2包括旋连吊挂架66、旋连接料器67和铰轴68等，侧条定位多维整体阻漏链带输送装置3包括旋连称重输料器69、称重传感器70、速度传感器71和运算器72等，旋连吊挂架66和旋连接料器67等分体连接，旋连吊挂架66下部设有旋连吊挂架铰轴77等，旋连接料器67上部设有接料斗旋连铰接孔78等，接料斗旋连铰接孔78与旋连吊挂架铰轴77等铰接，旋连接料器67的下部设置旋连称重输料器69等，旋连吊挂架66吊挂于料仓口75处，吊挂架旋连铰接耳孔轴心设置于仓压影响区受力中间点，相对应地将接料斗旋连铰接耳孔轴心设置于仓压影响区受力中间点，接料斗旋连铰接孔78与旋连吊挂架铰轴77铰接处形成给料机支撑铰接点76，仓压在给料机支撑铰接点76两侧的作用力大小 相等且相互平衡，仓压对称重传感器70的影响消除，旋连称重输料器69远离给料机支撑铰接点76的端部设有称重传感器70等，称重传感器70感应旋连称重输料器69施加力的变化，称重传感器70与速度传感器71等配合通过运算器72计算出称重输送器输送物料的重量。As shown in FIG. 30 to FIG. 31, the frame 2 includes a screw-on hanger 66, a rotary feeder 67 and a hinge shaft 68, and the side strip positioning multi-dimensional integral leak-proof chain conveyor 3 includes a screw-connected weighing conveyor. The device 69, the load cell 70, the speed sensor 71 and the arithmetic unit 72, etc., the spiral connection hanger 66 and the rotary adapter 67 are connected in a separate body, and the lower part of the screw-mounted suspension frame 66 is provided with a screw-mounted hanging frame hinge shaft 77, etc., the upper part of the rotary hopper 67 is provided with a hopper splicing hinge hole 78, etc., the hopper splicing hinge hole 78 is hinged with the splicing sling hinge shaft 77, and the lower part of the rotary splicer 67 is provided with a splicing The re-feeder 69 and the like, the slewing hanger 66 is hung at the silo port 75, and the slewing bracket is connected to the axial center of the load-affected zone, correspondingly to the hopper The hinged ear hole axis is set at the intermediate point of the load-affected zone, and the hopper splicing hinge hole 78 and the splicing slinger hinge shaft 77 are hinged to form a feeder support hinge point 76, and the warehouse presses the feeder support hinge The forces on both sides of the point 76 are equal and balanced with each other, the influence of the pressure sensitive weight sensor 70 is eliminated, and the weighing feeder 69 is rotated away from the feeder. The end of the hinge point 76 is provided with a load cell 70 or the like, and the load cell 70 senses a change in the applied force of the rotary weighing feeder 69. The load cell 70 cooperates with the speed sensor 71 and the like to calculate the scale by the arithmetic unit 72. The weight of the material conveyed by the heavy conveyor.
其它同实施例1。Others are the same as in the first embodiment.
实施例19Example 19
如图32所示，当旋连吊挂架66和旋连接料器67为一体式时，旋连接料器67的下部设有接料斗旋连铰接耳74等，旋连输料斗设置于支撑基础79等，接料斗旋连铰接耳74轴心设置于仓压影响区受力中间点，旋连称重输料器69包括旋连称重输料器旋连铰接耳80等，铰轴68将接料斗旋连铰接耳74和旋连称重输料器旋连铰接耳80等连接形成给料机支撑铰接点76，仓压在给料机支撑铰接点76两侧的作用力大小相等且相互平衡，仓压对称重传感器70的影响消除，旋连称重输料器69远离给料机支撑铰接点76的端部设置称重传感器70等，称重传感器70感应旋连称重输料器69施加力的变化，称重传感器70与速度传感器71等配合通过运算器72计算出称重输送器输送物料的重量。As shown in FIG. 32, when the slewing hanger 66 and the rotary splicer 67 are integrated, the lower portion of the rotary splicer 67 is provided with a hopper splicing hinge 74 and the like, and the rotary hopper is disposed on the support base. 79, etc., the hopper is connected with the hinged ear 74 axial center is set at the intermediate point of the load affected zone, and the rotary weighing feeder 69 includes the rotary weighing feeder splicing joint 80, etc., the hinge shaft 68 will The hopper rotary joint arm 74 and the rotary weighing feeder rotary joint arm 80 are connected to form a feeder support hinge point 76, and the force of the chamber pressure on both sides of the feeder support hinge point 76 is equal and mutual Balanced, the influence of the pressure sensitive weight sensor 70 is eliminated, the weighing feeder 69 is disposed away from the end of the feeder supporting hinge point 76, and the weighing sensor 70 is provided. The weighing sensor 70 senses the rotary weighing feeder. 69 The change in the applied force, the load cell 70 cooperates with the speed sensor 71 and the like, and the weight of the material conveyed by the weighing conveyor is calculated by the arithmetic unit 72.
其它同实施例1。Others are the same as in the first embodiment.
实施例20Example 20
如图33至图34所示，机架2包括铰轴68、接料槽81和挂接料仓架82等，挂接料仓架82与料仓口75挂接，挂接料仓架82设有挂接料仓架铰接耳83等，接料槽81下部连接侧条定位多维整体阻漏链带输送装置3，接料槽81上部设有接料槽铰接耳84等，铰轴68直接铰接挂接料仓架铰接耳83和接料槽铰接耳84等。As shown in FIG. 33 to FIG. 34, the frame 2 includes a hinge shaft 68, a receiving slot 81, a hanging silo rack 82, and the like. The docking silo rack 82 is attached to the silo port 75, and the silo rack 82 is attached. The utility model is provided with a hooking bracket frame articulating ear 83, etc., the lower part of the receiving trough 81 is connected with the side strip positioning multi-dimensional integral leak-proof chain belt conveying device 3, the upper part of the receiving trough 81 is provided with the receiving trough hinge ear 84, etc., the hinge shaft 68 is directly The hinged bin magazine hinged ears 83 and the receiving slot hinges 84 are hinged.
其它同实施例1。Others are the same as in the first embodiment.
实施例21Example 21
如图35所示，铰轴68与挂接料仓架铰接耳83、接料槽铰接耳84等之间设有旋连销轴轴承85等，旋连销轴轴承85包括滚动轴承或润滑轴承等，旋连销轴轴承85包括自润滑轴承或润滑体轴承等，旋连销轴轴承85使挂接料仓架铰接耳83、接料槽铰接耳84与铰轴68等相对运动灵敏，使旋连称重输料器在物料由料仓口流入卸料端灵敏地将物料的重量传递给称重传感器，使称重精度长期准确，旋连销轴轴承85外圈与接料槽铰接耳84等直接配合。As shown in FIG. 35, the hinge shaft 68 is provided with a screw pin bearing 85 and the like between the hooking bracket hinge ear 83, the receiving groove hinge ear 84, and the like, and the screw pin bearing 85 includes a rolling bearing or a lubricating bearing. The rotary pin bearing 85 includes a self-lubricating bearing or a lubricating body bearing, etc., and the rotary pin bearing 85 makes the relative movement of the hanging bin frame articulation ear 83, the receiving groove hinge ear 84 and the hinge shaft 68 sensitive, and enables the rotation The weighing feeder continuously transmits the weight of the material to the weighing sensor when the material flows into the discharge end from the silo port, so that the weighing accuracy is accurate for a long time, and the outer ring of the pinned pin bearing 85 and the receiving groove articulated ear 84 Just cooperate directly.
其它同实施例20。Others are the same as in the embodiment 20.
实施例22Example 22
如图36所示，铰轴68与挂接料仓架铰接耳83、接料槽铰接耳84之间设有旋连销轴轴 承85等，旋连销轴轴承85包括滚动轴承或润滑轴承等，旋连销轴轴承85包括自润滑轴承或润滑体轴承等，旋连销轴轴承85使挂接料仓架铰接耳83、接料槽铰接耳84与铰轴68等相对运动灵敏，使旋连称重输料器在物料由料仓口流入卸料端灵敏地将物料的重量传递给称重传感器，使称重精度长期准确，旋连销轴轴承85外圈与接料槽铰接耳84等之间设有减震件86等，减震件86对料仓或物料引起的震动进行缓冲减震，避免震动对侧条定位多维整体阻漏链带输送装置的平稳给料及避免震动对称重传感器准确称重干扰。As shown in FIG. 36, the hinge shaft 68 is provided with a screw pin bearing 85 and the like between the hooking bracket hinge ear 83 and the receiving groove hinge ear 84, and the screw pin bearing 85 includes a rolling bearing or a lubricating bearing. The rotary pin bearing 85 includes a self-lubricating bearing or a lubricating body bearing, etc., and the rotary pin bearing 85 makes the relative movement of the hanging bin frame articulation ear 83, the receiving groove hinge ear 84 and the hinge shaft 68 and the like relatively sensitive, so that the rotation is continuous The weighing feeder conveys the weight of the material to the weighing sensor sensitively in the material flowing from the silo port, so that the weighing accuracy is accurate for a long time, and the outer ring of the pin bearing 85 and the joint groove of the receiving groove 84 are etc. There is a shock absorbing member 86, etc., and the shock absorbing member 86 cushions and absorbs the vibration caused by the silo or material, avoids the vibration to the side strip positioning, the multi-dimensional integral leak-proof chain belt conveying device, the smooth feeding and the vibration avoiding resonance weight sensor. Accurate weighing interference.
其它同实施例20。Others are the same as in the embodiment 20.
实施例23Example 23
如图37所示，铰轴68与挂接料仓架铰接耳83、接料槽铰接耳84等之间设有耐磨润滑套87等，使挂接料仓架铰接耳83、接料槽铰接耳84与铰轴68等相对运动灵敏。As shown in FIG. 37, a wear-resistant lubricating sleeve 87 and the like are arranged between the hinge shaft 68 and the hooking bracket hinge ear 83 and the receiving groove hinge ear 84, etc., so that the hook frame hinge hook 83 and the receiving slot are connected. The hinged ears 84 are sensitive to relative movement of the hinge shaft 68 and the like.
其它同实施例20。Others are the same as in the embodiment 20.
实施例24Example 24
如图38至图39所示，所述的机架2包括导料槽88等，导料槽88包括导料槽上导料口89、导料槽左侧板90、导料槽右侧板91和导料槽后挡板92等，导料槽左侧板90设置在导料槽上导料口89的左侧，导料槽右侧板91设置在导料槽上导料口89的右侧，导料槽后挡板92设置在导料槽上导料口89下部与导料槽左侧板90和导料槽右侧板91形成导料斗，与导料槽后挡板92相对应的导料斗出口处设有整形板93等，物料从导料槽上导料口89下落至导料斗内，侧条定位多维整体阻漏链带96带动物料向导料斗出口处运行，物料在通过整形板93时受整形，被整形后的物料形成前后截面一致的物料带，被整形后的物料带中部高起两侧低，避免物料从侧条定位多维整体阻漏链带96上掉落，减少两侧物料与导料槽左侧板90、导料槽右侧板91等的摩擦阻力。As shown in FIG. 38 to FIG. 39, the frame 2 includes a guide groove 88 and the like, and the guide groove 88 includes a guide port 89 on the guide groove, a left side plate 90 of the guide groove, and a right side plate of the guide groove. 91 and the guide trough rear baffle 92, etc., the left side plate 90 of the guide trough is disposed on the left side of the guide port 89 of the guide trough, and the right side plate 91 of the guide trough is disposed on the guide port 89 of the guide trough On the right side, the guide trough rear baffle 92 is disposed on the lower portion of the guide trough 89 on the guide trough to form a guide hopper with the guide trough left side plate 90 and the guide trough right side plate 91, and the guide trough rear baffle 92 The corresponding outlet of the guiding hopper is provided with an shaping plate 93, etc., and the material falls from the guiding port 89 on the guiding trough to the guiding hopper, and the side strip positioning multi-dimensional integral leak-proof chain belt 96 carries the animal material guide hopper outlet to run, and the material passes through. When the shaping plate 93 is shaped, the shaped material is formed into a material strip having the same front and rear cross-section, and the material after the shaping is high in the middle and low on both sides to prevent the material from falling from the side strip positioning multi-dimensional integral leak-proof chain belt 96. The frictional resistance between the materials on both sides and the left side plate 90 of the guide groove, the right side plate 91 of the guide groove, and the like are reduced.
其它同实施例1。Others are the same as in the first embodiment.
实施例25Example 25
如图40所示，机架2与料仓口对接处设置消除仓压整形器94等，消除仓压整形器94包括消除仓压斜板95等，在料仓口下部的机架2上设置消除仓压斜板95，当物料从高处落下时，砸在消除仓压斜板95上，消除仓压斜板95吸收物料冲击力，并将物料垂直下落的流动方向改为顺消除仓压斜板95斜向流动减少或免除物料流动的冲击力对侧条定位多维整体阻漏链带96损坏等。As shown in FIG. 40, the rack 2 is disposed at the docking point with the silo opening to eliminate the cartridge shaper 94, etc., and the quenching shaper 94 is provided to eliminate the cartridge swash plate 95, etc., and is disposed on the rack 2 at the lower portion of the silo opening. The swash plate 95 is eliminated. When the material falls from a high place, the shovel is removed from the swash plate 95, the slanting plate 95 is removed, and the impact force of the material is removed, and the flow direction of the material falling vertically is changed to the squeezing pressure. The oblique flow 95 reduces the flow of the material or reduces the impact of the material flow on the side strip positioning multi-dimensional integral leakage chain 96 damage.
其它同实施例1。Others are the same as in the first embodiment.
实施例26Example 26
如图41所示，消除仓压整形器94包括消除仓压防砸铰接件97等，在料仓口75设置消除仓压防砸铰接件97等，消除仓压防砸铰接件97包括消仓压铰轴101、消仓压防砸板98、消仓压铰轴弹簧99等，在料仓口75下部的机架2上部设置消仓压铰轴101等，消仓压铰轴弹簧99套在消仓压铰轴101上，消仓压铰轴弹簧99包括消仓压铰轴弹簧翼100等，消仓压防砸板98背朝料仓口75扣在消仓压铰轴弹簧翼100上，消仓压铰轴弹簧99支撑消仓压防砸板98，当物料从高处落下时，物料砸在消仓压防砸板98上，消仓压铰轴弹簧翼100受物料的冲击弹动，消仓压防砸板98与消仓压铰轴弹簧99吸收分解物料的冲击力，被吸收了冲击力的物料从消仓压防砸板98上溜向扣链多维整体阻漏侧定位条带4。As shown in Fig. 41, the elimination of the pressure gauge shaper 94 includes the elimination of the pressure relief hinge 97 and the like, the elimination of the pressure relief hinge 97 at the magazine opening 75, and the elimination of the pressure relief hinge 97 including the elimination of the position. Pressing the hinge shaft 101, eliminating the pressure-proof tamper-proof plate 98, eliminating the pressure-reducing hinge spring 99, etc., in the upper part of the frame 2 at the lower part of the silo port 75, the squeezing pressure hinge shaft 101, etc. On the squeezing pressure hinge shaft 101, the squeezing pressure hinge spring 99 includes a squeezing pressure hinge shaft spring wing 100, etc., and the squeezing pressure smashing plate 98 is turned toward the hopper opening 75 to buckle the squeezing hinge shaft spring wing 100. On the upper side, the squeezing pressure hinge spring 99 supports the squeezing pressure preventing smashing plate 98. When the material falls from a high place, the material smashes on the smashing pressure preventing smashing plate 98, and the squeezing pressure hinge shaft spring wing 100 is impacted by the material. The elastic force, the smashing pressure-proof smashing plate 98 and the squeezing pressure hinge spring 99 absorb the impact force of the decomposed material, and the material absorbed by the impact force slips from the smash-proof pressure-proof slab 98 to the multi-dimensional integral leakage side of the buckle chain Position the strip 4.
其它同实施例1。Others are the same as in the first embodiment.
实施例27Example 27
如图42所示，消除仓压整形器94包括消除仓压防砸铰接件97等，在料仓口75设置消除仓压防砸铰接件97等，消除仓压防砸铰接件97包括消仓压铰轴101、消仓压防砸板98、消仓压铰轴弹簧99等，在料仓口75处设置消仓压铰轴101或在料仓口75下部的机架2上部等设置消仓压铰轴101，消仓压铰轴弹簧99套在消仓压铰轴101上，消仓压铰轴弹簧99包括消仓压铰轴弹簧翼100等，消仓压防砸板98背朝料仓口75扣在消仓压铰轴弹簧翼100上，消仓压铰轴弹簧99支撑消仓压防砸板98，当物料从高处落下时，物料砸在消仓压防砸板98上，消仓压铰轴弹簧翼100受物料的冲击弹动，消仓压防砸板98与消仓压铰轴弹簧99吸收分解物料的冲击力，被吸收了冲击力的物料从消仓压防砸板98上溜向扣链多维整体阻漏侧定位条带4。As shown in Fig. 42, the elimination of the pressure shaper 94 includes the elimination of the pressure relief hinge 97 and the like, the elimination of the pressure relief hinge 97 at the magazine opening 75, and the elimination of the pressure relief hinge 97 including the elimination of the position. The pressure hinge shaft 101, the squeezing pressure damper plate 98, the squeezing pressure hinge spring 99, and the like are disposed at the silo opening 75 at the silo opening 75 or at the upper portion of the rack 2 at the lower portion of the silo opening 75. The squeezing hinge shaft 101, the squeezing pressure hinge spring 99 is sleeved on the squeezing hinge shaft 101, and the squeezing pressure hinge spring 99 includes the squeezing pressure hinge shaft spring wing 100, etc. The silo port 75 is fastened on the dissipating pressure hinge shaft spring wing 100, and the disintegrating pressure hinge spring 99 supports the silo pressure anti-smashing plate 98. When the material falls from a high place, the material is rubbed in the anti-squatting pressure-proof plate 98. On the upper side, the pressure-reducing hinge spring wing 100 is subjected to the impact of the material, and the smash-proof pressure-proof plate 98 and the squeezing pressure hinge spring 99 absorb the impact force of the decomposition material, and the material absorbed by the impact force is discharged from the discharge pressure. The tamper-proof plate 98 slides on the multi-dimensional integral leak-proof side positioning strip 4 of the buckle chain.
其它同实施例1。Others are the same as in the first embodiment.
实施例28Example 28
如图43所示，机架2包括反向导料斜侧落料接料器102和机架导料槽103等，反向导料斜侧落料接料器102包括挂接斜板导料槽件104、斜板反向导料件105和斜侧反向落料口件106等，机架导料槽103设置在侧条定位多维整体阻漏链带96上部，斜侧反向落料口件106的落料口朝向物料运动的反方向设置，挂接斜板导料槽件104下部设置斜板反向导料件105和斜侧反向落料口件106等，与斜板反向导料件105倾斜面相对处设置斜侧反向落料口件106，斜板反向导料件105和斜侧反向落料口件106组成反向导料斜侧落料斗107，侧条定位多维整体阻漏链带输送装置3包括侧条定位阻漏链带反向延长称重输料器108，侧条定位阻漏链带反向延长称重输料器108包括转载反向落料减干扰段109、称重前减干扰输送段110、物料 接近称重段111和称重段112等，反向导料斜侧落料斗107与机架导料槽103靠近非接触设置，斜板反向导料件105从挂接斜板导料槽件104上端连接处至机架导料槽103段倾斜设置，斜板反向导料件105使物料顺斜板反向导料件105向物料称重落料口113反方向流动，使料仓上部落下的物料砸在斜板反向导料件105上避免物料冲击侧条定位阻漏链带反向延长称重输料器108，斜侧反向落料口件106使物料落在转载反向落料减干扰段109上，物料通过称重前减干扰输送段110平稳至称重段112上，不受冲击震动干扰下准确称量物料。As shown in FIG. 43, the frame 2 includes a reverse material oblique side blanking feeder 102, a frame guiding groove 103, and the like, and the reverse guiding oblique side blanking material receiving device 102 includes a hanging inclined plate guiding groove member. 104, the swash plate reverse guide member 105 and the oblique side reverse drop port member 106, etc., the frame guide groove 103 is disposed at the upper portion of the side strip positioning multi-dimensional integral leakproof chain belt 96, and the oblique side reverse blanking member 106 The drop opening is arranged in the opposite direction of the movement of the material, and the swash plate reverse guiding member 105 and the oblique side reverse blanking member 106 are disposed at the lower portion of the hanging swash plate guiding groove member 104, and the swash plate reverse guiding member 105 The oblique side reverse blanking member 106 is disposed opposite to the inclined surface, the inclined plate reverse guiding member 105 and the oblique side reverse blanking member 106 constitute a reverse guiding oblique side falling hopper 107, and the side strip positioning multi-dimensional integral leakage preventing chain The belt conveying device 3 comprises a side strip positioning leak-proof chain belt reversely extending the weighing feeder 108, and the side strip positioning leak-proof chain belt reversely extending the weighing feeder 108 comprises a reversing reverse blanking minus interference section 109, The front-reduction interference conveying section 110, the material approaching the weighing section 111 and the weighing section 112, and the like, and the reverse-guide oblique-side dropping hopper 107 and the frame guiding groove 103 are close to each other. In the touch setting, the swash plate reverse guiding member 105 is obliquely disposed from the upper end of the hanging slanting plate guide groove member 104 to the frame guiding groove 103, and the swash plate reverse guiding member 105 makes the material slanting plate reverse guiding member 105 flows to the material weighing and unloading port 113 in the opposite direction, so that the material under the tribe on the silo is hung on the swash plate reverse guiding material 105 to avoid the material impact side strip positioning, the leaking chain belt is reversely extended, the weighing feeder 108 The oblique side reverse blanking member 106 causes the material to fall on the reversing reverse blanking minus interference section 109, and the material is smoothed to the weighing section 112 by weighing the interference transmission section 110 before weighing, and is not subject to the impact vibration. Weigh the material.
其它同实施例1。Others are the same as in the first embodiment.
实施例29Example 29
如图44所示，侧条定位多维整体阻漏链带输送装置3包括称重传感器70、速度传感器71和运算器72等，称重传感器70设置在称重段112，速度传感器71设置在链齿轮改向件9上，称重传感器70通过称量侧条定位多维整体阻漏链带96上的物料称重计量。As shown in Fig. 44, the side strip positioning multi-dimensional integral leakproof chain belt transporting device 3 includes a load cell 70, a speed sensor 71, an arithmetic unit 72, etc., the load cell 70 is disposed in the weighing section 112, and the speed sensor 71 is disposed in the chain. On the gear redirecting member 9, the load cell 70 is weighed by weighing the material on the multi-dimensional integral leak-proof chain belt 96 by the weighing side strip.
其它同实施例28。Others are the same as in Example 28.
实施例30Example 30
如图45所示，侧条定位多维整体阻漏链带输送装置3包括称重传感器70、速度传感器71和运算器72等，速度传感器71设置在链齿轮驱动件8上，称重传感器70通过侧条定位多维整体阻漏链带输送装置3与机架2靠近料仓口75端设置铰接点114，铰接点114设置在料仓口75仓压区中心位置，侧条定位多维整体阻漏链带输送装置3远离料仓口75的卸料端设置吊挂称重件115，吊挂称重件115吊挂侧条定位多维整体阻漏链带输送装置3对物料称重计量，运算器72通过称重传感器70测量瞬时重量、速度传感器71测量物料流速及输料时间运算出物料动态重量等称量物料，实现减干扰动态称重计量。As shown in Fig. 45, the side strip positioning multi-dimensional integral leakage chain conveyor 3 includes a load cell 70, a speed sensor 71, an arithmetic unit 72, etc., the speed sensor 71 is disposed on the sprocket drive member 8, and the load cell 70 passes The side strip positioning multi-dimensional integral leak-proof chain belt conveying device 3 and the frame 2 are arranged close to the silo port 75 end to set a hinge point 114, the hinge point 114 is arranged at the center position of the silo nip area of the silo port 75, and the side strip positioning multi-dimensional integral leak-proof chain The belt conveyor 3 is arranged away from the discharge end of the silo port 75 to hang the weighing member 115, the hanging weighing member 115 is suspended, the side strip is positioned, the multi-dimensional integral leak-proof chain belt conveying device 3 is used for weighing the material, and the arithmetic unit 72 The weighing sensor 70 measures the instantaneous weight, the speed sensor 71 measures the material flow rate and the material feeding time, and the weighing material such as the dynamic weight of the material is calculated to realize the dynamic weighing measurement of the interference reduction.
其它同实施例1。Others are the same as in the first embodiment.
实施例31Example 31
如图46所示，侧条定位多维整体阻漏链带输送装置3包括称重传感器70、速度传感器71和运算器72等，速度传感器71设置在侧条定位多维整体阻漏链带96上，称重传感器70通过侧条定位多维整体阻漏链带输送装置3与机架2靠近料仓口75端设置铰接点114，铰接点114设置在料仓口75仓压区中心位置，侧条定位多维整体阻漏链带输送装置3远离料仓口75的卸料端设置托举称重件116，托举称重件116托举侧条定位多维整体阻漏链带输送装置3对物料称重计量，运算器72通过称重传感器70测量瞬时重量、速度传感器71测量物料流速及输料时间运算出物料动态重量等称量物料，实现减干扰动态称重计量。As shown in FIG. 46, the side strip positioning multi-dimensional integral leak-proof chain belt conveying device 3 includes a load cell 70, a speed sensor 71, an arithmetic unit 72, and the like, and the speed sensor 71 is disposed on the side strip positioning multi-dimensional integral leak-proof chain belt 96. The load cell 70 is provided with a hinge point 114 by the side strip positioning multi-dimensional integral leak-proof chain belt conveying device 3 and the frame 2 near the silo port 75, and the hinge point 114 is disposed at the center position of the silo nip of the silo port 75, and the side strip is positioned. The multi-dimensional integral leak-proof chain belt conveying device 3 is arranged away from the discharge end of the silo port 75 to set the lifting weight 116, the lifting weighing member 116 is lifted by the side strip positioning multi-dimensional integral leak-proof chain belt conveying device 3 to weigh the material The measuring unit 72 measures the instantaneous weight by the weighing sensor 70, measures the material flow rate and the conveying time by the speed sensor 71, and calculates the weighing material such as the dynamic weight of the material, thereby realizing the dynamic weighing measurement of the interference reduction.
其它同实施例1。Others are the same as in the first embodiment.
实施例32Example 32
如图47所示，机架2与料仓口75对接处设置消除仓压整形器94，消除仓压整形器94包括消除仓压斜板95等，在料仓口75下部的机架2上设置消除仓压斜板95，当物料从高处落下时，砸在消除仓压斜板95上，消除仓压斜板95吸收物料冲击力，并将物料垂直下落的流动方向改为顺消除仓压斜板95斜向流动减少或免除物料流动的冲击力对侧条定位多维整体阻漏链带96损坏。As shown in Fig. 47, the frame 2 and the bin mouth 75 are provided at the docking point to eliminate the bin pressure shaper 94, and the barnge shaper 94 is eliminated, including the barn swash plate 95, etc., on the frame 2 at the lower portion of the bin port 75. The utility model is provided to eliminate the swash plate 95. When the material falls from a high place, the shovel is removed from the swash plate 95, the slanting plate 95 is removed, and the impact force of the material is absorbed, and the flow direction of the material falling vertically is changed to the squeezing position. The impact force of the slanting plate 95 to reduce or eliminate the flow of material is damaged by the side strip positioning multi-dimensional integral leakage chain belt 96.
侧条定位多维整体阻漏链带输送装置3包括称重传感器70、速度传感器71和运算器72等，速度传感器71设置在链齿轮改向件9上，称重传感器70通过侧条定位多维整体阻漏链带输送装置3与机架2靠近料仓口75端设置铰接点114，铰接点114偏离料仓口75仓压区中心位置设置，侧条定位多维整体阻漏链带输送装置3远离料仓口75的卸料端设置吊挂称重件115等，吊挂称重件115吊挂侧条定位多维整体阻漏链带输送装置3对物料称重计量，运算器72通过称重传感器70测量瞬时重量、速度传感器71测量物料流速及输料时间运算出物料动态重量等称量物料，实现减干扰动态称重计量。The side strip positioning multi-dimensional integral leak-proof chain belt conveying device 3 includes a load cell 70, a speed sensor 71 and an arithmetic unit 72, etc., the speed sensor 71 is disposed on the sprocket reversing member 9, and the weighing sensor 70 is positioned by the side strips to multi-dimensionally The leakage chain conveyor 3 and the frame 2 are disposed at a position close to the silo port 75 to provide a hinge point 114. The hinge point 114 is offset from the center position of the silo chamber 75, and the side strip is positioned to be far away from the multi-dimensional integral leak-proof chain conveyor 3 The discharge end of the silo port 75 is provided with a hanging weighing member 115, etc., the hanging weighing member 115 is suspended, the side strip positioning multi-dimensional integral leak-proof chain belt conveying device 3 is used for weighing the material, and the arithmetic unit 72 is passed through the weighing sensor. 70 measuring the instantaneous weight, the speed sensor 71 measures the material flow rate and the delivery time to calculate the material dynamic weight and other weighing materials, to achieve the dynamic measurement of the interference reduction.
其它同实施例1。Others are the same as in the first embodiment.
实施例33Example 33
如图48所示，机架2与料仓口75对接处设置消除仓压整形器94等，消除仓压整形器94包括消除仓压斜板95等，在料仓口75下部的机架2上设置消除仓压斜板95，当物料从高处落下时，砸在消除仓压斜板95上，消除仓压斜板95吸收物料冲击力，并将物料垂直下落的流动方向改为顺消除仓压斜板95斜向流动减少或免除物料流动的冲击力对侧条定位多维整体阻漏链带96损坏等。As shown in Fig. 48, the frame 2 and the silo port 75 are provided at the docking point to eliminate the squeezing shaper 94, etc., and the squeezing shaper 94 includes the slab swash plate 95, etc., and the frame 2 at the lower portion of the silo port 75. The upper ramming plate 95 is arranged to be removed. When the material falls from a height, the shovel is removed from the swash plate 95, and the impact force of the slanting plate 95 is removed, and the flow direction of the material falling vertically is changed to shun. The oblique flow of the swash plate 95 reduces or eliminates the impact of material flow on the side strip positioning multi-dimensional integral leakage chain 96 damage.
侧条定位多维整体阻漏链带输送装置3包括称重传感器70、速度传感器71和运算器72等，速度传感器71设置在链齿轮改向件9上，称重传感器70通过侧条定位多维整体阻漏链带输送装置3与机架2靠近料仓口75端设置铰接点114，铰接点114偏离料仓口75仓压区中心位置设置，侧条定位多维整体阻漏链带输送装置3远离料仓口75的卸料端设置托举称重件116，托举称重件116托举侧条定位多维整体阻漏链带输送装置3对物料称重计量，运算器72通过称重传感器70测量瞬时重量、速度传感器71测量物料流速及输料时间运算出物料动态重量等称量物料，实现减干扰动态称重计量。The side strip positioning multi-dimensional integral leak-proof chain belt conveying device 3 includes a load cell 70, a speed sensor 71 and an arithmetic unit 72, etc., the speed sensor 71 is disposed on the sprocket reversing member 9, and the weighing sensor 70 is positioned by the side strips to multi-dimensionally The leakage chain conveyor 3 and the frame 2 are disposed at a position close to the silo port 75 to provide a hinge point 114. The hinge point 114 is offset from the center position of the silo chamber 75, and the side strip is positioned to be far away from the multi-dimensional integral leak-proof chain conveyor 3 The discharge end of the silo port 75 is provided with a lifting weight 116, the lifting weight 116 is supported by the side strip positioning multi-dimensional integral leakage chain conveyor 3 for weighing the material, and the arithmetic unit 72 passes the weighing sensor 70. The instantaneous weight is measured, the speed sensor 71 measures the material flow rate and the material delivery time, and the weighing material such as the dynamic weight of the material is calculated to realize the dynamic weighing measurement of the interference reduction.
其它同实施例1。Others are the same as in the first embodiment.
实施例34Example 34
如图49至50所示，所述的机架2还包括机架导料槽103、反向导料斜侧落料斗107等，机架导料槽103包括接料输料整形器117等，机架导料槽103包括导料槽上导料口89、导料槽左侧板90、导料槽右侧板91和导料槽后挡板92等，导料槽左侧板90设置在导料槽88的左侧，导料槽右侧板91设置在导料槽88右侧，导料槽后挡板92设置在导料槽88后端且与导料槽左侧板90和导料槽右侧板91形成机架导料斗118，接料输料整形器117由机架导料槽103支撑，接料输料整形器117包括导料槽左侧整形器119和导料槽右侧整形器120等，导料槽左侧整形器119包括导料槽左侧板固定支撑121，导料槽右侧整形器120由导料槽右侧板固定支撑122，导料槽左侧整形器119与导料槽右侧整形器120相对设置，导料槽左侧整形器119与导料槽右侧整形器120后端与导料槽后挡板92连接，导料槽左侧整形器119与导料槽右侧整形器120前端至称重段112但不延伸至称重段112，接料输料整形器117设置在多维整体阻漏侧定位条带上表面且不与多维整体阻漏侧定位条带接触，物料在通过称重前减干扰输送段110时被整形，物料接近称重段111时接料输料整形器117放弃整形，物料受整形后自由落在称重段112上，不与机架导料槽103侧板产生摩擦，避免物料从侧条定位多维整体阻漏链带96上掉落或减少两侧物料与导料槽左侧板90、导料槽右侧板91等的摩擦阻力，相对减少干扰准确称量因素。As shown in FIGS. 49 to 50, the frame 2 further includes a frame guide groove 103, a reverse guide inclined side drop hopper 107, and the like. The frame guide groove 103 includes a receiving material shaping device 117, etc. The guide groove 103 includes a guide port 89 on the guide groove, a left side plate 90 of the guide groove, a right side plate 91 of the guide groove, a tailgate 92 of the guide groove, and the like, and the left side plate 90 of the guide groove is disposed in the guide. On the left side of the trough 88, the guide trough right side plate 91 is disposed on the right side of the guide trough 88, and the guide trough rear baffle 92 is disposed at the rear end of the guide trough 88 and the guide trough left side plate 90 and the guide material The tank right side plate 91 forms a frame guide hopper 118, and the receiving material shaping device 117 is supported by the frame guide groove 103. The receiving material shaper 117 includes a guide groove left side shaper 119 and a guide groove right side. The shaper 120 and the like, the guide groove left shaper 119 includes a guide groove left side plate fixed support 121, the guide groove right shaper 120 is fixedly supported by the right side plate of the guide groove 122, and the guide groove left side shaper The 119 is disposed opposite to the right side of the guide groove shaper 120, and the rear end of the guide groove left shaper 119 and the right side of the guide groove right shaper 120 is connected with the guide groove rear baffle 92, and the guide groove left side shaper 119 With the right side of the guide trough The front end of the shaper 120 is extended to the weighing section 112 but does not extend to the weighing section 112. The receiving material shaping device 117 is disposed on the upper surface of the multi-dimensional integral leak-proof side positioning strip and is not in contact with the multi-dimensional integral leak-proof side positioning strip. The material is shaped when the interference conveying section 110 is reduced before weighing. When the material approaches the weighing section 111, the receiving material shaping device 117 abandons the shaping, and the material is freely dropped on the weighing section 112 after being shaped, and is not guided by the frame. The side plate of the trough 103 generates friction to prevent the material from falling from the side strip positioning multi-dimensional integral leak-proof chain belt 96 or reducing the frictional resistance between the two sides of the material and the left side plate 90 of the guide trough, the right side plate 91 of the guide trough, and the like. Relatively reduce interference with accurate weighing factors.
其它同实施例1。Others are the same as in the first embodiment.
实施例35Example 35
如图51至图52所示，可调式支撑123包括螺杆隔套调节支撑124等，螺杆隔套调节支撑124包括左螺杆隔套调节支撑125或右螺杆隔套调节支撑等，当使用左螺杆隔套调节支撑125时，左螺杆隔套调节支撑125包括左调节螺杆127、左调节隔套128和左调节螺母129等，导料槽左侧整形器119还包括左调节整形板126等，左调节整形板126设有左调节板螺杆孔130等，且在导料槽左侧板90上设置与左调节板螺杆孔130相对应的导料槽左侧板螺杆孔131等，左调节螺杆127穿过左调节板螺杆孔130及导料槽左侧板螺杆孔131，在左调节板螺杆孔130及导料槽左侧板螺杆孔131之间的左调节板螺杆段上设置左调节隔套128等，左调节隔套128的长度与所需调节距离一致，左调节螺母129拧在左调节螺杆127上将左调节整形板126、左调节隔套128与导料槽左侧板90等拉紧固定，对流动的物料整形。As shown in FIG. 51 to FIG. 52, the adjustable support 123 includes a screw spacer adjustment support 124 and the like, and the screw spacer adjustment support 124 includes a left screw spacer adjustment support 125 or a right screw spacer adjustment support, etc., when a left screw spacer is used. When adjusting the support 125, the left screw spacer adjustment support 125 includes a left adjustment screw 127, a left adjustment spacer 128 and a left adjustment nut 129, etc., and the guide groove left shaper 119 further includes a left adjustment shaping plate 126, etc., left adjustment The shaping plate 126 is provided with a left adjusting plate screw hole 130 and the like, and a left side plate screw hole 131 corresponding to the left adjusting plate screw hole 130 is disposed on the left side plate 90 of the guiding groove, and the left adjusting screw 127 is worn. The left adjustment plate screw hole 130 and the guide groove left side plate screw hole 131 are provided, and the left adjustment spacer 128 is disposed on the left adjustment plate screw section between the left adjustment plate screw hole 130 and the guide groove left side plate screw hole 131. Etc., the length of the left adjustment spacer 128 is the same as the required adjustment distance, and the left adjustment nut 129 is screwed on the left adjustment screw 127 to tighten the left adjustment shaping plate 126, the left adjustment spacer 128, and the left side plate 90 of the guide groove. Fixed to shape the flowing material.
其它同实施例34。Others are the same as in Example 34.
实施例36Example 36
如图53至图55所示，可调式支撑123包括螺纹套导杆调节支撑132等，螺纹套导杆调节支撑132包括左螺纹套导杆调节支撑133和右螺纹套导杆调节支撑134等，左螺纹套导杆 调节支撑133包括左螺纹套导向杆135、左调节螺纹套136和左导向杆螺母137等，左调节螺纹套136包括调节左整形板螺纹段138和扣合左侧板螺纹段139等，左螺纹套导向杆135设置在左调节整形板126上，在导料槽左侧板90上设置与左螺纹套导向杆135相对应的导料槽左侧板螺纹孔140，左调节螺纹套136穿在左螺纹套导向杆135上，左调节螺纹套136拧入导料槽左侧板螺纹孔140，使调节左整形板螺纹段138与需调整距离一致，使扣合左侧板螺纹段139与导料槽左侧板螺纹孔140螺纹配合，导料槽左侧板螺纹孔140支撑左调节螺纹套136，左调节螺纹套136顶在左调节整形板126上，左螺纹套导向杆135端部伸出左调节螺纹套136，左螺纹套导向杆135上设有导向杆螺纹，左导向杆螺母137套在导向杆螺纹上向导料槽左侧板90方向拧紧，将左调节整形板126靠紧左调节螺纹套136，左螺纹套导向杆135的长度不小于左调节螺纹套136加左导向杆螺母137的长度，当左调节整形板126需要向导料槽左侧板90内侧调节移动时，旋转左调节螺纹套136，左调节螺纹套136相对左螺纹套导向杆135轴向旋转，使左调节整形板126向远离导料槽左侧板90移动缩小物料通道，加大对流动物料的整形力度，当左调节整形板126需要向导料槽左侧板90外侧调节移动时，旋转左调节螺纹套136，左调节螺纹套136相对左螺纹套导向杆135轴向旋转，使左调节整形板126向靠近导料槽左侧板90移动，使左调节整形板126增大物料通道，加大物料流动空间，右螺纹套导杆调节支撑134包括右螺纹套导向杆141、右调节螺纹套142和右导向杆螺母143，右调节螺纹套142包括调节右整形板螺纹段144和扣合右侧板螺纹段145，右螺纹套导向杆141设置在右调节整形板147上，在导料槽右侧板91上设置与右螺纹套导向杆141相对应的导料槽右侧板螺纹孔146，右调节螺纹套142穿在右螺纹套导向杆141上，右调节螺纹套142拧入导料槽右侧板螺纹孔146，使调节右整形板螺纹段144与需调整距离一致，使扣合右侧板螺纹段145与导料槽右侧板螺纹孔146螺纹配合，导料槽右侧板螺纹孔146支撑右调节螺纹套142，右调节螺纹套142顶在右调节整形板147上，右螺纹套导向杆141端部伸出右调节螺纹套142，右螺纹套导向杆141上设有导向杆螺纹，右导向杆螺母143套在导向杆螺纹上向导料槽右侧板91方向拧紧，将右调节整形板147靠紧右调节螺纹套142，右螺纹套导向杆141的长度不小于右调节螺纹套142加右导向杆螺母143的长度，当右调节整形板147需要向导料槽右侧板91内侧调节移动时，旋转右调节螺纹套142，右调节螺纹套142相对右螺纹套导向杆141轴向旋转，使右调节整形板147向远离导料槽右侧板91移动缩小物料通道，加大对流动物料的整形力度，当右调节整形板147需要向导料槽右侧板91外侧调节移动时，旋转右调节螺纹套142，右调节螺纹套142相对右螺纹套导向杆141轴向旋转，使右调节整形板147向靠近导料槽右侧板91移动，使右调节整形板147增大物料通道，加大物料流动空间，右导向杆螺母143沿右导向杆螺纹旋转向导料槽右侧板91移动，右导向杆螺母143贴合 在右调节螺纹套142上拉紧固定右调节整形板147或右导向杆螺母143外径大于右调节螺纹套142外径，在右调节螺纹套142的外周设置拉紧右整形板套148，拉紧右整形板套148一端顶在导料槽右侧板91上另一端顶在右导向杆螺母143上，右导向杆螺母143通过顶在导料槽右侧板91的拉紧右整形板套148拉紧固定右调节整形板147，拉紧右整形板套148保护右调节螺纹套142的锈死、不受外力冲击，导料槽右侧板91与右调节整形板147之间的间隙开放式设置或在导料槽右侧板91与右调节整形板147之间的间隙处设置调节板防护件149等，调节板防护件149防止水、灰尘、煤泥、物料等进入。As shown in FIG. 53 to FIG. 55, the adjustable support 123 includes a threaded sleeve guide adjustment support 132 and the like, and the threaded sleeve guide adjustment support 132 includes a left threaded sleeve guide adjustment support 133 and a right threaded sleeve guide adjustment support 134, etc. The left threaded sleeve guide adjustment support 133 includes a left threaded sleeve guide rod 135, a left adjustment threaded sleeve 136 and a left guide rod nut 137, etc., and the left adjustment threaded sleeve 136 includes a left hinged plate threaded section 138 and a buckled left side plate threaded section. 139, etc., the left threaded sleeve guide rod 135 is disposed on the left adjustment shaping plate 126, and the left side plate threaded hole 140 corresponding to the left threaded sleeve guide rod 135 is disposed on the left side plate 90 of the guide groove, and the left adjustment is performed. The threaded sleeve 136 is threaded on the left threaded sleeve guiding rod 135, and the left adjusting threaded sleeve 136 is screwed into the threaded hole 140 of the left side of the guiding slot, so that the threaded section 138 of the left shaping plate is adjusted to be the same as the required adjustment distance, so that the left side plate is engaged The threaded section 139 is threadedly engaged with the threaded hole 140 of the left side of the guide groove, and the threaded hole 140 of the left side of the guide groove supports the left adjustment threaded sleeve 136. The left adjustment threaded sleeve 136 is placed on the left adjustment shaping plate 126, and the left threaded sleeve is guided. The end of the rod 135 extends out of the left adjustment threaded sleeve 136, The left threaded sleeve guide rod 135 is provided with a guide rod thread, and the left guide rod nut 137 is sleeved on the guide rod thread in the direction of the left side plate 90 of the guide groove, and the left adjustment shaping plate 126 is pressed against the left adjustment thread sleeve 136, the left thread The length of the sleeve guide rod 135 is not less than the length of the left adjustment thread sleeve 136 plus the left guide rod nut 137. When the left adjustment shaping plate 126 needs to adjust the movement of the inner side of the guide groove left side plate 90, the left adjustment thread sleeve 136 is rotated, and the left adjustment is performed. The threaded sleeve 136 is axially rotated relative to the left threaded sleeve guide rod 135, so that the left adjustment shaping plate 126 moves away from the left side plate 90 of the guide groove to reduce the material passage, and the shaping force of the flowing material is increased, when the left adjustment shaping plate 126 needs When the outer side of the left side plate 90 of the guide chute is adjusted and moved, the left adjusting thread sleeve 136 is rotated, and the left adjusting thread sleeve 136 is axially rotated relative to the left threaded sleeve guiding rod 135, so that the left adjusting shaping plate 126 approaches the left side plate 90 of the guiding slot. Moving, the left adjustment shaping plate 126 increases the material passage and enlarges the material flow space, and the right threaded sleeve guide adjustment support 134 includes a right threaded sleeve guide rod 141, a right adjustment thread sleeve 142 and a right guide rod nut 143. The right adjustment threaded sleeve 142 includes a right right plate thread segment 144 and a right side plate threaded portion 145. The right threaded sleeve guide rod 141 is disposed on the right adjustment shaping plate 147 and disposed on the right side plate 91 of the guide groove. The threaded sleeve guide rod 141 corresponds to the guide groove right side plate threaded hole 146, the right adjustment threaded sleeve 142 is threaded on the right threaded sleeve guide rod 141, and the right adjustment threaded sleeve 142 is screwed into the guide groove right side plate threaded hole 146. Aligning the right shaping plate thread segment 144 with the required adjustment distance, the fastening right side plate thread segment 145 is threadedly engaged with the guide groove right side plate threaded hole 146, and the guide groove right side plate threaded hole 146 supports the right adjustment threaded sleeve 142, the right adjustment thread sleeve 142 is on the right adjustment shaping plate 147, the right thread sleeve guide rod 141 end protrudes from the right adjustment thread sleeve 142, the right thread sleeve guide rod 141 is provided with guide rod thread, the right guide rod nut 143 The sleeve is tightened on the guide rod thread in the direction of the right side plate 91 of the guide trough, and the right adjustment shaping plate 147 is abutted against the right adjustment thread sleeve 142. The length of the right thread sleeve guide rod 141 is not less than the right adjustment thread sleeve 142 plus the right guide rod nut. 143 length, when right adjustment shaping plate 147 is required When the inside of the right side plate 91 of the guide chute is adjusted and moved, the right adjustment thread sleeve 142 is rotated, and the right adjustment thread sleeve 142 is axially rotated with respect to the right thread sleeve guide rod 141, so that the right adjustment shaping plate 147 is away from the right side plate 91 of the guide groove. Move and reduce the material passage to increase the shaping force of the flowing material. When the right adjustment shaping plate 147 needs to adjust the movement of the outer side of the right side plate 91, rotate the right adjustment thread sleeve 142, and the right adjustment thread sleeve 142 is guided relative to the right thread sleeve. The rod 141 is axially rotated to move the right adjustment shaping plate 147 toward the right side plate 91 of the guide groove, so that the right adjustment shaping plate 147 increases the material passage, increases the material flow space, and the right guide rod nut 143 is threaded along the right guide rod. Rotating guide trough right side plate 91 moves, right guide rod nut 143 is attached to right adjustment thread sleeve 142, and the right outer adjustment shaping plate 147 or the right guide rod nut 143 has an outer diameter larger than the outer diameter of the right adjustment thread sleeve 142. The outer circumference of the right adjustment thread sleeve 142 is provided to tighten the right shaping sleeve 148, and one end of the right shaping sleeve 148 is tightened on the right side plate 91 of the guide groove, and the other end is placed on the right guide rod nut 143, and the right guide rod nut 143 Through the top The right adjusting plate sleeve 148 of the right side plate 91 of the guide groove is tightened and fixed to the right adjusting shaping plate 147, and the right shaping plate sleeve 148 is tightened to protect the rust of the right adjusting threaded sleeve 142 from external impact, and the guiding groove The gap between the right side plate 91 and the right adjustment shaping plate 147 is openly disposed or an adjustment plate guard 149 or the like is disposed at a gap between the right side plate 91 and the right adjustment shaping plate 147, and the adjustment plate guard 149 is provided. Prevent water, dust, slime, materials, etc. from entering.
其它同实施例34。Others are the same as in Example 34.
实施例37Example 37
如图56所示，侧条定位多维整体阻漏链带输送装置3还包括速度传感器71、运算器72、秤架150和称重传感器70等，秤架150设置在链齿轮驱动件8和链齿轮改向件9等之间，称重传感器70设置在秤架150的下部，称重传感器70检测侧条定位多维整体阻漏链带96上部物料瞬时重量，速度传感器71和运算器72通过检测侧条定位多维整体阻漏链带96运转速度检测计算物料流量或通过检测链齿轮驱动件8旋转速度检测计算物料流量或通过检测链齿轮改向件9旋转速度检测计算物料流量等，通过计算瞬时重量、物料流量及输料时间等动态称重给料。As shown in FIG. 56, the side strip positioning multi-dimensional integral leakage chain conveyor 3 further includes a speed sensor 71, an arithmetic unit 72, a scale 150, a load cell 70, and the like, and the scale 150 is disposed on the sprocket drive member 8 and the chain. Between the gear reversing member 9 and the like, the load cell 70 is disposed at the lower portion of the scale 150, and the load cell 70 detects the instantaneous weight of the upper material of the side strip positioning multi-dimensional integral leak-proof chain belt 96, and the speed sensor 71 and the arithmetic unit 72 pass the detection. Side strip positioning multi-dimensional overall leak-proof chain belt 96 running speed detection to calculate the material flow rate or by detecting the rotational speed of the sprocket drive member 8 to detect the material flow rate or by detecting the sprocket reversing member 9 rotation speed detection to calculate the material flow rate, etc., by calculating the instantaneous Dynamic weighing feeds such as weight, material flow and feed time.
其它同实施例1。Others are the same as in the first embodiment.
实施例38Example 38
如图57所示，机架2和侧条定位多维整体阻漏链带输送装置3之间设有铰接点114，铰接点114设置在料仓口75仓压区中心位置等，侧条定位多维整体阻漏链带96两端设置旋连称重卸料口151，旋连称重卸料口151包括左旋连称重卸料口152和右旋连称重卸料口153等，左旋连称重卸料口152至给料机支撑铰接点76的重量与右旋连称重卸料口153至给料机支撑铰接点76的重量相平衡对两卸料口所通过的物料分别进行重量准确计算，左旋连称重卸料口152和右旋连称重卸料口153通过天平的原理互相校正，使长期称重准确无误。As shown in Fig. 57, a hinge point 114 is disposed between the frame 2 and the side strip positioning multi-dimensional integral leak-proof chain belt conveying device 3, and the hinge point 114 is disposed at the center position of the silo nip of the silo port 75, and the side strips are positioned in multiple dimensions. The end of the overall leak-proof chain belt 96 is provided with a screw-on weighing discharge port 151, and the screw-on weighing and unloading port 151 includes a left-handed weighing and unloading port 152 and a right-handed weighing and unloading port 153, etc. The weight of the heavy discharge port 152 to the feeder support hinge point 76 is balanced with the weight of the right-handed weighing discharge port 153 to the feeder support hinge point 76. The materials passing through the two discharge ports are respectively accurately weighted. It is calculated that the left-handed weighing discharge port 152 and the right-handed weighing discharge port 153 are mutually corrected by the principle of the balance, so that the long-term weighing is accurate.
其它同实施例1。Others are the same as in the first embodiment.
实施例39Example 39
如图58所示，机架2和侧条定位多维整体阻漏链带输送装置3之间设有铰接点114，铰接点114偏离料仓口75仓压区中心位置等设置，侧条定位多维整体阻漏链带96两端设置旋连称重卸料口151等，旋连称重卸料口151包括左旋连称重卸料口152和右旋连称重卸料口153等，左旋连称重卸料口152至给料机支撑铰接点76的重量与右旋连称重卸料口153至给 料机支撑铰接点76的重量有差值，通过运算器72对左旋连称重卸料口152、右旋连称重卸料口153设定不同系数对所通过物料重量分别予以准确计算。As shown in Fig. 58, between the frame 2 and the side strip positioning multi-dimensional integral leak-proof chain belt conveying device 3, a hinge point 114 is provided, and the hinge point 114 is offset from the center position of the silo chamber 75, and the side strip is positioned in multiple dimensions. The both ends of the overall leak-proof chain belt 96 are provided with a rotary weighing and unloading port 151, etc., and the rotary weighing and unloading port 151 includes a left-handed weighing and unloading port 152 and a right-handed weighing and unloading port 153, etc. The weight of the weighing discharge port 152 to the feeder support hinge point 76 is different from the weight of the right-handed weighing discharge port 153 to the feeder support hinge point 76, and the left-handed weighing is unloaded by the arithmetic unit 72. The material port 152 and the right-handed weighing and unloading port 153 are set with different coefficients to accurately calculate the weight of the material to be passed.
其它同实施例1。Others are the same as in the first embodiment.

Claims (18)

  1. 一种给料机输送器侧条定位多维整体阻漏的方法，其特征在于：A method for positioning a multi-dimensional overall leakage of a side strip of a feeder conveyor, characterized in that:
    一、设置扣链多维整体阻漏侧定位条带、侧定位条、扣侧定位条环形链、链带锁紧件、链齿轮驱动件和链齿轮改向件，使侧定位条设置于扣链多维整体阻漏侧定位条带端部伸出，用链带锁紧件将侧定位条端部锁在扣侧定位条环形链上形成侧条定位多维整体阻漏链带，侧条定位多维整体阻漏链带环扣在链齿轮驱动件和链齿轮改向件上；1. Set the multi-dimensional integral leak-proof side positioning strip, side positioning strip, buckle side positioning strip end chain, chain belt locking part, chain gear drive part and chain gear reversing part of the buckle chain, so that the side positioning strip is set on the buckle chain The end of the multi-dimensional integral leak-proof side positioning strip extends, and the end of the side positioning strip is locked on the end chain of the buckle side positioning strip by the chain locking member to form a side strip positioning multi-dimensional integral leak-proof chain belt, and the side strip positioning multi-dimensional whole a leakage chain strap buckle on the sprocket drive member and the sprocket redirection member;
    二、在扣链多维整体阻漏侧定位条带侧边设置阻漏挡边或设置平面边；2. Set a leak-proof rib or set a plane edge on the side of the multi-dimensional integral leak-proof side positioning strip of the buckle chain;
    三、将扣链多维整体阻漏侧定位条带设置为穿孔扣链多维整体阻漏侧定位条带或设置为扣链多维整体阻漏侧定位条带；3. The multi-dimensional integral leak-proof side positioning strip of the buckle chain is set as a multi-dimensional integral leak-proof side positioning strip of the perforated buckle chain or as a multi-dimensional integral leak-proof side positioning strip of the buckle chain;
    四、或当使用穿孔扣链多维整体阻漏侧定位条带时，在穿孔扣链多维整体阻漏侧定位条带上设置穿侧定位条孔，使穿侧定位条孔设置在扣链多维整体阻漏侧定位条带外表面与内表面之间，将侧定位条穿接穿孔扣链多维整体阻漏侧定位条带，使侧定位条端部伸出穿孔扣链多维整体阻漏侧定位条带的侧边，使侧定位条伸出端穿扣扣侧定位条环形链，用链带锁紧件将侧定位条锁在扣侧定位条环形链上，形成穿孔侧条定位多维整体阻漏链带，将穿孔侧条定位多维整体阻漏链带环绕链齿轮驱动件和链齿轮改向件，使链齿轮驱动件驱动扣侧定位条环形链，使扣侧定位条环形链带动穿孔侧条定位多维整体阻漏链带输送物料；4. When using the multi-dimensional integral leak-proof side positioning strip of the perforated chain, the through-side positioning strip hole is arranged on the multi-dimensional integral leak-proof side positioning strip of the perforated buckle chain, so that the wearing side positioning strip hole is arranged in the chain multi-dimensional whole Between the outer surface and the inner surface of the leakage-side positioning strip, the side positioning strip is pierced with the multi-dimensional integral leak-proof side positioning strip of the perforated buckle chain, so that the end of the side positioning strip protrudes from the perforated chain multi-dimensional integral leak-proof side positioning strip The side edge of the belt is such that the side positioning strip protrudes from the end of the buckle side positioning strip annular chain, and the side positioning strip is locked on the buckle side positioning strip circular chain by the chain belt locking member, forming a perforated side strip positioning multi-dimensional overall leakage prevention The chain belt is arranged to position the perforated side strip with a multi-dimensional integral leak-proof chain belt surrounding the sprocket gear drive member and the sprocket redirection member, so that the sprocket drive member drives the buckle side locating strip annular chain, so that the buckle side locating strip endless chain drives the perforated side strip Positioning a multi-dimensional integral leak-proof chain belt to transport materials;
    五、或当使用一体扣链多维整体阻漏侧定位条带时，将扣链多维整体阻漏侧定位条带与侧定位条设置为一体式，使一体扣链多维整体阻漏侧定位条带侧边的侧定位条扣合在扣侧定位条环形链上，使链齿轮驱动件带动一体扣链多维整体阻漏侧定位条带向前输送物料；5. When using the one-piece chain multi-dimensional integral leak-proof side positioning strip, the multi-dimensional integral leak-proof side positioning strip and the side positioning strip of the buckle chain are integrated into one body, so that the integrated buckle multi-dimensional integral leak-proof side positioning strip The side side positioning strips are fastened on the buckle side positioning strip circular chain, so that the sprocket drive member drives the integral buckle multi-dimensional integral leak-proof side positioning strip to convey the material forward;
    六、将扣链多维整体阻漏侧定位条带做成多维整体阻漏侧定位条环带，或将扣链多维整体阻漏侧定位条带做成扣链可折为环形带多维整体阻漏侧定位条长带；Sixth, the multi-dimensional integral leak-proof side positioning strip of the buckle chain is made into a multi-dimensional integral leak-proof side positioning strip ring belt, or the multi-dimensional integral leak-proof side positioning strip of the buckle chain can be made into a buckle chain and can be folded into a ring-shaped multi-dimensional integral leakage. Side positioning strip long strip;
    七、或将扣链可折为环形带多维整体阻漏侧定位条长带用侧定位条穿扣在扣侧定位条环形链上，使扣链可折为环形带多维整体阻漏侧定位条长带首尾扣合形成多维整体阻漏侧定位条长带环形密封链带，多维整体阻漏侧定位条长带环形密封链带扣在链齿轮驱动件和链齿轮改向件上，由链齿轮驱动件驱动连续给料；VII. Or the buckle chain can be folded into a ring-shaped belt multi-dimensional integral leak-proof side positioning strip. The long-side belt is fastened with the side positioning strip on the buckle side positioning strip circular chain, so that the buckle chain can be folded into a ring-shaped multi-dimensional integral leak-proof side positioning strip. The long belt is buckled to form a multi-dimensional integral leak-proof side positioning strip with a long annular seal chain belt, and the multi-dimensional integral leak-proof side positioning strip has a long annular seal chain buckle on the sprocket drive member and the sprocket reversing member, and the sprocket The drive member drives the continuous feeding;
    八、使扣链多维整体阻漏侧定位条带的外表面为整体面使其不撒漏、不粘料、不刮带料，由侧定位条将扣链多维整体阻漏侧定位条带穿扣在扣侧定位条环形链上，使多维阻漏侧定位条环形带不跑偏、不伸缩、不打滑、整体不漏料、不变形，将多维整体阻漏侧定位条环带或扣链可折为环形带多维整体阻漏侧定位条长带用侧定位条定位在扣侧定位条环形链上重载启动不打滑、整体兜料不撒漏料、多维定位不跑偏、链条定位不伸缩、链轮启 动不打滑、柔性链带无噪音、柔性链带耐磨损、多维整体阻漏不带回程料、柔性带与钢性条链刚柔相济、免调整、免维护。8. Make the outer surface of the multi-dimensional integral leak-proof side positioning strip of the buckle chain as the whole surface so as not to leak, stick to the material, or scrape the strip. The side positioning strip will wear the multi-dimensional integral leak-proof side positioning strip of the buckle chain. The buckle is fastened on the end chain of the buckle side positioning strip, so that the multi-dimensional leak-side positioning strip has no deviation, no expansion, no slip, no leakage, no deformation, and the multi-dimensional integral leak-proof side positioning strip or buckle It can be folded into a ring-shaped multi-dimensional integral leak-proof side positioning strip. The long side belt is positioned on the buckle side positioning strip. The heavy-duty start does not slip, the whole material does not leak, the multi-dimensional positioning does not run off, and the chain positioning is not Stretching, sprocket start does not slip, flexible chain belt is no noise, flexible chain belt wear-resistant, multi-dimensional overall leak-proof without return material, flexible belt and steel chain are rigid and soft, free from adjustment and maintenance-free.
  2. 根据权利要求1给料机输送器侧条定位多维整体阻漏的方法，其特征在于：A method for positioning a multi-dimensional overall leak prevention of a side conveyor of a feeder conveyor according to claim 1, wherein:
    一、用柔性材料将扣链多维整体阻漏侧定位条带设置为扣链可折为环形多维阻漏侧定位条柔性密封长带；1. Using a flexible material, the multi-dimensional integral leak-proof side positioning strip of the buckle chain is set as a buckle chain, which can be folded into a circular multi-dimensional leak-proof side positioning strip flexible sealing long belt;
    二、将扣链可折为环形多维阻漏侧定位条柔性密封长带纵向两端首尾做成前自密封边和后自密封边，使前自密封边设有长带前边侧定位条且使后自密封边设有长带后边侧定位条，用链带锁紧件将长带前边侧定位条与长带后边侧定位条靠近锁扣在扣侧定位条环形链上，使扣链可折为环形多维阻漏侧定位条柔性密封长带纵向两端首尾对接,扣侧定位条环形链使前自密封边与后自密封边紧密配合形成多维阻漏侧定位条长带自密封环形链带，当多维阻漏侧定位条长带自密封环形链带的前自密封边与后自密封边运行至链齿轮驱动件和链齿轮改向件的弧面处时，由于长带前边侧定位条与长带后边侧定位条的定位使前自密封边与后自密封边紧密配合处不产生漏料缝隙，或将前自密封边与后自密封边做成前弹性自密封边、后弹性自密封边，在前弹性自密封边和后弹性自密封边运行至链齿轮驱动件和链齿轮改向件弧面时前弹性自密封边和后弹性自密封边的弹性使其对接缝产生弹力密封，或在前自密封边与后自密封边对接处填充密封胶密封；Second, the buckle can be folded into a ring-shaped multi-dimensional leak-proof side positioning strip. The flexible seal has long front ends and a front self-sealing side and a rear self-sealing side, so that the front self-sealing side is provided with a long belt front side positioning strip and The rear self-sealing edge is provided with a long belt rear side positioning strip, and the long belt front side positioning strip and the long belt rear side positioning strip are fastened by the chain belt locking member on the buckle side positioning strip circular chain, so that the buckle chain can be folded The ring-shaped multi-dimensional leak-proof side positioning strip is provided with a flexible seal long strip with longitudinal ends end-to-tail butt joints, and the buckle side positioning strip end chain makes the front self-sealing edge and the rear self-sealing edge closely cooperate to form a multi-dimensional leak-proof side positioning strip with a self-sealing endless chain belt. When the multi-dimensional leak-side positioning strip has a front self-sealing edge and a self-sealing edge of the self-sealing endless belt to run to the arc surface of the sprocket drive member and the sprocket redirection member, the long belt front side positioning strip The positioning of the rear side positioning strip with the long belt makes the front self-sealing edge and the rear self-sealing edge tightly cooperate without generating a leakage gap, or the front self-sealing edge and the rear self-sealing edge are made into a front elastic self-sealing edge, and then elastically self-sealing. Sealing edge, front elastic self-sealing edge and rear elastic The elasticity of the front elastic self-sealing edge and the rear elastic self-sealing edge when the self-sealing edge is operated to the sprocket drive member and the sprocket-reversing member curved surface makes the elastic sealing of the seam, or the self-sealing edge and the rear self-sealing Fill the sealant seal at the edge joint;
    三、或在扣链可折为环形多维阻漏侧定位条柔性密封长带两纵向端部设有扣链多维阻漏侧定位条长带前阻漏结构和扣链多维阻漏侧定位条长带后阻漏结构；Third, or in the buckle can be folded into a ring-shaped multi-dimensional leak-proof side positioning strip flexible seal long belt two longitudinal ends are provided with a chain multi-dimensional leak-proof side positioning strip long belt front leakage structure and chain multi-dimensional leak-proof side positioning strip length With a rear leakage structure;
    四、或将扣链多维阻漏侧定位条长带前阻漏结构设置为防漏长带前舌边，将多维阻漏侧定位条长带后阻漏结构设置为防漏长带后舌边，使扣链多维阻漏侧定位条长带前阻漏结构设有长带前边侧定位条且在扣链多维阻漏侧定位条长带后阻漏结构设置长带后边侧定位条，用链带锁紧件将长带前边侧定位条与长带后边侧定位条靠近锁扣在扣侧定位条环形链上，使防漏长带前舌边与防漏长带后舌边搭接密封形成多维阻漏侧定位条长带搭接密封环形链带；4. Or set the long-term and front-leakage structure of the multi-dimensional leak-proof side positioning strip of the buckle chain to be the leakage-proof long belt front tongue edge, and set the multi-dimensional leak-proof side positioning strip long belt rear leakage prevention structure to the leakage prevention long belt rear tongue edge The long-term front leakage preventing structure of the chain multi-dimensional leak-proof side positioning strip is provided with a long belt front side positioning strip and a long strip with a long strip after the multi-dimensional leak-proof side positioning strip of the buckle chain is provided with a long belt rear side positioning strip, with a chain With the locking member, the long belt front side positioning strip and the long belt rear side positioning strip are adjacent to the buckle on the buckle side positioning strip circular chain, so that the front leakage edge of the leakproof long belt is overlapped with the leakage preventing long belt and the tongue edge is sealed and formed. Multi-dimensional leak-proof side positioning strip with a lap joint sealing endless chain belt;
    五、或将扣链多维阻漏侧定位条长带前阻漏结构设置为防漏长带前凹边，将扣链多维阻漏侧定位条长带后阻漏结构设置为防漏长带后凸边，使扣链多维阻漏侧定位条长带前阻漏结构设有长带前边侧定位条且在扣链多维阻漏侧定位条长带后阻漏结构设置长带后边侧定位条，用链带锁紧件将长带前边侧定位条与长带后边侧定位条靠近锁扣在扣侧定位条环形链上，使防漏长带前凹边与防漏长带后凸边搭接密封形成多维阻漏侧定位条长带扣接密封环形链带；V. Or set the long-term front leakage prevention structure of the multi-dimensional leak-proof side positioning strip of the buckle chain to the front side of the leakage prevention long belt, and set the long-term leakage prevention structure of the multi-dimensional leakage side positioning strip of the buckle chain to the leakage prevention long belt. The convex edge enables the long chain front stripping structure of the chain multi-dimensional leak-proof side positioning strip to be provided with a long belt front side positioning strip and a long strip rear side positioning strip after the long strip of the chain strip on the multi-dimensional leak-proof side of the buckle chain. The chain belt locking member is used to fasten the long belt front side positioning strip and the long belt rear side positioning strip to the buckle side buckle strip on the buckle side positioning strip, so that the leakproof long strip front concave edge and the leakproof long strip rear convex edge overlap Sealing to form a multi-dimensional leak-proof side positioning strip long belt fastening sealing endless chain belt;
    六、或在扣链可折为环形多维阻漏侧定位条柔性密封长带上设置侧定位条带前密封扣和侧定位条带后密封扣，使侧定位条带前密封扣与侧定位条带后密封扣相互扣合形成密封扣多维阻漏侧定位条长带环形链带，将侧定位条带前密封扣设置为侧定位条带前孔扣或设置为侧定位条带前自封扣，将侧定位条带后密封扣设置为侧定位条带后孔扣或设置为侧定位条带后自封扣，使侧定位条带前孔扣与侧定位条带后孔扣相互扣合形成连接扣通孔，设置穿连接扣孔条，用穿连接扣孔条穿接连接扣通孔形成扣孔多维阻漏侧定位条长带环形链带，穿连接扣孔条与侧定位条分体或为一体式，或使侧定位条带前自封扣与侧定位条带后自封扣扣合，由侧定位条带前自封扣与侧定位条带后自封扣扣接形成自封扣多维阻漏侧定位条长带环形链带，将侧定位条前自封扣设置为侧定位条前刚性自封扣或设置为侧定位条前柔性自封扣；Sixth, or in the buckle chain can be folded into a circular multi-dimensional leak-proof side positioning strip flexible seal long belt set side positioning strip front sealing buckle and side positioning strip rear sealing buckle, so that the side positioning strip front sealing buckle and side positioning strip The rear sealing buckles are fastened to each other to form a sealing buckle multi-dimensional leak-proof side positioning strip long with an endless chain belt, and the side positioning strip front sealing buckle is set as a side positioning strip with a front hole buckle or a side positioning strip with a front self-sealing buckle. The side positioning strips and the rear sealing buckles are set as the side positioning strips, the rear hole buckles or the side positioning strips, and the self-sealing buckles, so that the side positioning strips front hole buckles and the side positioning strips and the rear hole buckles are fastened to each other to form a connection buckle. The through hole is provided with a connecting buckle hole strip, and the connecting connecting buckle hole strip is used to penetrate the connecting buckle through hole to form a buckle hole multi-dimensional leak-proof side positioning strip long with an endless chain belt, and the connecting connecting strip hole strip and the side positioning strip are separated or Integral, or the self-sealing buckle of the side positioning strip is fastened with the self-sealing buckle of the side positioning strip, and the self-sealing buckle of the side positioning strip and the self-sealing buckle of the side positioning strip are fastened to form a self-sealing buckle multi-dimensional leak-proof side positioning strip. Long belt endless chain belt, set the front positioning strip front self-sealing buckle to side Puncture or buckle before the rigid strip to the front side of the flexible self-sealing snap lock bar;
    七、在侧定位条端部设置侧定位条穿轴，用链带锁紧件将侧定位条穿轴锁在扣侧定位条环形链上，将扣链可折为环形带多维整体阻漏侧定位条柔性长带两端穿连形成速装拆扣链可折为环形多维阻漏侧定位条柔性密封长带，使其表面无漏料点，使侧定位条带前密封扣与侧定位条带后密封扣扣合后自形成密封面，使该密封面只起密封扣合作用不被链齿轮驱动件和链齿轮改向件的动力拉动，将多个侧定位条共同由扣侧定位条环形链扣合，使扣侧定位条环形链对侧定位条定位，使侧定位条对扣链多维整体阻漏侧定位条带定位，使扣链多维整体阻漏侧定位条带旋转输料不承受前后拉力，不会撕裂与伸缩，扣侧定位条环形链由多个旋转链节组成，使各旋转链节活动连接，使链齿轮驱动件的驱动力施加在扣侧定位条环形链与侧定位条上，使穿侧定位条带前密封扣与侧定位条带后密封扣的侧定位条的旋转链节上扣有前侧定位条、后侧定位条，使前侧定位条与后侧定位条对侧定位条带前密封扣与侧定位条带后密封扣定位，使侧定位条带前密封扣与侧定位条带后密封扣不会因承受拉力而撕裂变形，使密封稳定长期可靠，当需要更换速装拆侧条定位多维阻漏链带时，先拆掉链带锁紧件，将侧定位条从侧定位条带前扣孔与侧定位条带后扣孔抽出，且将扣接该侧定位条的旋转链节与其它旋转链节分体，使速装拆扣链可折为环形多维阻漏侧定位条柔性密封长带从链齿轮驱动件和链齿轮改向件上脱落，不需拆除链齿轮驱动件和链齿轮改向件即可单独将扣链多维整体阻漏侧定位条带快速更换。7. Set the side positioning strip through the shaft at the end of the side positioning strip, and use the chain locking member to lock the side positioning strip to the end chain of the buckle side positioning strip, and fold the buckle chain into a multi-dimensional integral leakage side of the annular belt. The flexible strips of the positioning strip are pierced at both ends to form a quick-disassembling buckle chain, which can be folded into a circular multi-dimensional leak-proof side positioning strip flexible sealing long belt, so that the surface has no leakage point, so that the side positioning strip front sealing buckle and the side positioning strip After the sealing seal is fastened, the sealing surface is self-formed, so that the sealing surface only functions as a sealing buckle, and is not pulled by the sprocket driving member and the sprocket redirecting member, and the plurality of side positioning strips are jointly supported by the buckle side positioning strip. The circular chain is fastened to position the opposite side positioning strip of the buckle side positioning strip, so that the side positioning strip is positioned on the multi-dimensional integral leak-proof side positioning strip of the buckle chain, so that the multi-dimensional integral leak-proof side positioning strip of the buckle chain does not rotate. The front and rear tensioning forces are not torn and stretched, and the buckle side anchoring strip is composed of a plurality of rotating links, so that the rotating links are movably connected, so that the driving force of the sprocket driving member is applied to the buckle side positioning strip circular chain and On the side positioning strip, the wear side positioning strip front sealing buckle The front side positioning strip and the rear side positioning strip are fastened on the rotating link of the side positioning strip of the side positioning strip, and the front side positioning strip and the rear side positioning strip are opposite side positioning strip front sealing buckle and side positioning strip. With the rear sealing buckle positioning, the side positioning strip front sealing buckle and the side positioning strip rear sealing buckle will not tear and deform due to the tensile force, so that the sealing is stable and long-term reliable, when the need to replace the quick-disassembling side strip positioning multi-dimensional leakage When the chain belt is used, the chain locking member is first removed, and the side positioning strip is pulled out from the side positioning strip front buckle hole and the side positioning strip rear buckle hole, and the rotating link and the other rotation of the side positioning strip are fastened. The link is split, so that the quick-release detachable chain can be folded into a ring-shaped multi-dimensional leak-proof side locating strip. The flexible seal long belt is detached from the sprocket drive member and the sprocket reversing member, without removing the sprocket drive member and the chain gear. The fastener can be quickly replaced by the multi-dimensional integral leak-proof side positioning strip of the buckle.
  3. 实施权利要求1给料机输送器侧条定位多维整体阻漏的方法的侧条定位多维整体阻漏链带给料机，其特征在于：侧条定位多维整体阻漏链带给料机包括机架和侧条定位多维整体阻漏链带输送装置，机架支撑侧条定位多维整体阻漏链带输送装置输送物料，侧条定位多维整体阻漏链带输送装置包括扣链多维整体阻漏侧定位条带、侧定位条、扣侧定位条环形链、链带锁紧件、链齿轮驱动件和链齿轮改向件，侧定位条设置于扣链多维整体 阻漏侧定位条带端部伸出，链带锁紧件将侧定位条端部锁在扣侧定位条环形链上形成侧条定位多维整体阻漏链带，侧条定位多维整体阻漏链带环扣在链齿轮驱动件和链齿轮改向件上，扣链多维整体阻漏侧定位条带包括穿孔扣链多维整体阻漏侧定位条带或一体扣链多维整体阻漏侧定位条带，扣链多维整体阻漏侧定位条带侧边设有阻漏挡边或设有平面边，当使用穿孔扣链多维整体阻漏侧定位条带时，穿孔扣链多维整体阻漏侧定位条带上设有穿侧定位条孔，穿侧定位条孔设置在扣链多维整体阻漏侧定位条带外表面与内表面之间，侧定位条穿接穿孔扣链多维整体阻漏侧定位条带，侧定位条端部伸出穿孔扣链多维整体阻漏侧定位条带的侧边，侧定位条伸出端穿扣于扣侧定位条环形链，链带锁紧件将侧定位条锁在扣侧定位条环形链上形成穿孔侧条定位多维整体阻漏链带，穿孔侧条定位多维整体阻漏链带环绕链齿轮驱动件和链齿轮改向件，链齿轮驱动件驱动扣侧定位条环形链，扣侧定位条环形链带动侧定位条绕链齿轮驱动件和链齿轮改向件循环，侧定位条带动扣链多维整体阻漏侧定位条带输送物料，或当使用一体扣链多维整体阻漏侧定位条带时，扣链多维整体阻漏侧定位条带与侧定位条为一体式，一体扣链多维整体阻漏侧定位条带侧边的侧定位条扣合在扣侧定位条环形链上，链齿轮驱动件带动一体扣链多维整体阻漏侧定位条带向前输送物料，扣链多维整体阻漏侧定位条带包括扣链多维整体阻漏侧定位条环带或扣链可折为环形带多维整体阻漏侧定位条长带，扣链可折为环形带多维整体阻漏侧定位条长带用侧定位条穿扣在扣侧定位条环形链上，扣链可折为环形带多维整体阻漏侧定位条长带首尾扣合形成多维整体阻漏侧定位条长带环形密封链带，多维整体阻漏侧定位条长带环形密封链带扣在链齿轮驱动件和链齿轮改向件上，由链齿轮驱动件驱动连续给料,扣链多维整体阻漏侧定位条带的外表面为整体无漏点面不撒漏、不粘料、不刮带料，侧定位条将扣链多维整体阻漏侧定位条带穿扣在扣侧定位条环形链上，使多维阻漏侧定位条环形带不跑偏、不伸缩、不打滑、整体不漏料、不变形，多维整体阻漏侧定位条环带或扣链可折为环形带多维整体阻漏侧定位条长带用侧定位条定位在扣侧定位条环形链上，重载启动不打滑、整体兜料不撒漏料、多维定位不跑偏、链条定位不伸缩、链轮启动不打滑、柔性链带无噪音、柔性链带耐磨损、多维整体阻漏不带回程料、柔性带与钢性条链刚柔相济、免调整、免维护。The side strip positioning multi-dimensional integral leak-proof chain belt feeder for implementing the method for positioning the multi-dimensional integral leakage of the feeder side strip of the feeder of claim 1 is characterized in that: the side strip positioning multi-dimensional integral leak-proof chain belt feeder comprises a machine Frame and side strip positioning multi-dimensional integral leak-proof chain belt conveying device, rack support side strip positioning multi-dimensional integral leak-proof chain belt conveying device conveying material, side strip positioning multi-dimensional integral leak-proof chain belt conveying device including buckle multi-dimensional integral leak-proof side Positioning strip, side positioning strip, buckle side positioning strip endless chain, chain belt locking part, sprocket drive part and chain gear reversing part, side positioning strip is arranged on the end of the chain multi-dimensional integral leak-proof side positioning strip The chain locking member locks the side positioning strip end on the buckle side positioning strip end chain to form a side strip positioning multi-dimensional integral leakproof chain belt, and the side strip positioning multi-dimensional integral leakproof chain belt buckles in the sprocket drive unit and On the chain gear reversing member, the multi-dimensional integral leak-proof side positioning strip of the buckle chain comprises a multi-dimensional integral leak-proof side positioning strip of the perforated buckle chain or a multi-dimensional integral leak-proof side positioning strip of the integral buckle chain, and the multi-dimensional integral leak-proof side positioning of the buckle chain Strip side The leakage rib or the flat edge is provided. When the perforated chain multi-dimensional integral leak-proof side positioning strip is used, the perforated buckle multi-dimensional integral leak-proof side positioning strip is provided with a through-side positioning strip hole, and the wearing side positioning strip hole The utility model is disposed between the outer surface and the inner surface of the multi-dimensional integral leak-proof side positioning strip of the buckle chain, the side positioning strip penetrates the multi-dimensional integral leak-proof side positioning strip of the perforated buckle chain, and the end of the side positioning strip protrudes from the perforated buckle chain multi-dimensional integral resistance The side of the leakage side positioning strip, the protruding end of the side positioning strip is buckled to the end chain of the buckle side positioning strip, and the chain locking member locks the side positioning strip on the end chain of the buckle side positioning strip to form a perforated side strip positioning multi-dimensional whole The leakage chain belt, the perforated side strip positioning multi-dimensional integral leakage chain with the surrounding chain gear drive member and the chain gear redirecting member, the chain gear driving member drives the buckle side positioning strip annular chain, the buckle side positioning strip circular chain driving side positioning strip winding The sprocket drive member and the sprocket reversing member circulate, the side locating strip drives the multi-dimensional integral leak-proof side locating strip to transport the material, or when the integral chain multi-dimensional integral leak-proof side locating strip is used, the multi-chain integral resistance of the zipper chain Leak side positioning strip and side set The strip is a one-piece type, and the side positioning strip of the side chain of the multi-dimensional integral leak-proof side positioning strip is fastened on the buckle side positioning strip circular chain, and the chain gear drive member drives the integrated buckle multi-dimensional integral leak-proof side positioning strip. The material is conveyed forward, and the multi-dimensional integral leak-proof side positioning strip of the buckle chain comprises a multi-dimensional integral leak-proof side positioning strip of the buckle chain or the buckle chain can be folded into a long strip with a multi-dimensional integral leak-proof side positioning strip, and the buckle chain can be folded into The multi-dimensional integral leak-proof side positioning strip of the endless belt is worn on the side chain of the buckle side by the side positioning strip, and the buckle chain can be folded into a ring-shaped multi-dimensional integral leak-proof side positioning strip with a long tail-to-tail fastening to form a multi-dimensional overall leakage. The side positioning strip has a ring-shaped sealing chain belt, and the multi-dimensional integral leak-proof side positioning strip has a ring-shaped sealing chain buckle on the chain gear driving member and the chain gear reversing member, and the continuous driving is driven by the chain gear driving member, and the chain multi-dimensional The outer surface of the overall leakage-side positioning strip is such that the entire leak-free surface does not leak, does not stick to the material, and does not scrape the strip. The side positioning strips buckle the multi-dimensional integral leak-proof side positioning strip of the buckle on the buckle side positioning strip. On the circular chain, the multi-dimensional leak-proof side positioning strip is ring-shaped With no deviation, no telescopic, no slip, no leakage, no deformation, multi-dimensional integral leak-proof side positioning strip or buckle can be folded into a ring with multi-dimensional integral leak-proof side positioning strip with long side positioning strip positioning On the buckle side anchor strip circular chain, the heavy load starts without slipping, the whole pocket does not leak material, the multi-dimensional positioning does not run off, the chain positioning does not stretch, the sprocket starts to not slip, the flexible chain belt is no noise, the flexible chain belt is resistant Wear, multi-dimensional overall leakage without return material, flexible belt and steel chain are soft and soft, free of adjustment, maintenance-free.
  4. 根据权利要求3所述的侧条定位多维整体阻漏链带给料机，其特征在于：扣链多维整体阻漏侧定位条带包括扣链可折为环形多维阻漏侧定位条柔性密封长带，扣链可折为环形多维阻漏侧定位条柔性密封长带纵向两端首尾设有前自密封边和后自密封边，前自密封边设有长带前边侧定位条且后自密封边设有长带后边侧定位条，链带锁紧件将长带前边侧定位条与长带后边侧定位条靠近锁扣在扣侧定位条环形链上，扣链可折为环形多维阻 漏侧定位条柔性密封长带纵向两端首尾对接,扣侧定位条环形链使前自密封边与后自密封边紧密配合形成多维阻漏侧定位条长带自密封环形链带，多维阻漏侧定位条长带自密封环形链带的前自密封边与后自密封边运行至链齿轮驱动件和链齿轮改向件的弧面处时，长带前边侧定位条与长带后边侧定位条对前自密封边与后自密封边紧密配合处定位不产生漏料缝隙，或前自密封边与后自密封边分别设有前弹性自密封边、后弹性自密封边，在前弹性自密封边和后弹性自密封边运行至链齿轮驱动件和链齿轮改向件弧面时前弹性自密封边和后弹性自密封边的弹性使其对接缝产生弹力密封，或前自密封边与后自密封边对接处填充密封胶密封，或扣链可折为环形多维阻漏侧定位条柔性密封长带两纵向端部设有扣链多维阻漏侧定位条长带前阻漏结构和扣链多维阻漏侧定位条长带后阻漏结构，扣链多维阻漏侧定位条长带前阻漏结构包括防漏长带前舌边，扣链多维阻漏侧定位条长带后阻漏结构包括防漏长带后舌边，扣链多维阻漏侧定位条长带前阻漏结构设有长带前边侧定位条且扣链多维阻漏侧定位条长带后阻漏结构设有长带后边侧定位条，链带锁紧件将长带前边侧定位条与长带后边侧定位条靠近锁扣在扣侧定位条环形链上，防漏柔性长带前舌边与防漏柔性长带后舌边搭接密封形成多维阻漏侧定位条长带搭接密封环形链带，或扣链多维阻漏侧定位条长带前阻漏结构包括防漏长带前凹边，扣链多维阻漏侧定位条长带后阻漏结构包括防漏长带后凸边，扣链多维阻漏侧定位条长带前阻漏结构设有长带前边侧定位条且扣链多维阻漏侧定位条长带后阻漏结构设有长带后边侧定位条，链带锁紧件将长带前边侧定位条与长带后边侧定位条靠近锁扣在扣侧定位条环形链上，防漏长带前凹边与防漏长带后凸边搭接密封形成多维阻漏侧定位条长带扣接密封环形链带，或扣链可折为环形多维阻漏侧定位条柔性密封长带上包括侧定位条带前密封扣和侧定位条带后密封扣，侧定位条带前密封扣与侧定位条带后密封扣相互扣合形成密封扣多维阻漏侧定位条长带环形链带，侧定位条带前密封扣包括侧定位条带前孔扣或包括侧定位条带前自封扣，侧定位条带后密封扣包括侧定位条带后孔扣或包括侧定位条带后自封扣，侧定位条带前孔扣与侧定位条带后孔扣相互扣合形成连接扣通孔，扣链可折为环形多维阻漏侧定位条柔性密封长带包括穿连接扣孔条，穿连接扣孔条穿接连接扣通孔形成扣孔多维阻漏侧定位条长带环形链带，穿连接扣孔条与侧定位条分体或为一体式，或侧定位条带前自封扣与侧定位条带后自封扣扣合，侧定位条带前自封扣与侧定位条带后自封扣扣接形成自封扣多维阻漏侧定位条长带环形链带，将侧定位条前自封扣设置为侧定位条前刚性自封扣或设置为侧定位条前柔性自封扣，侧定位条端部设有侧定位条穿轴，链带锁紧件将侧定位条穿轴锁在扣侧定位条环形链上，扣链可折为环形带多维整体阻漏侧定位条柔性长带两端穿连形成速装拆扣链可折为环形多维阻漏侧定位条柔性密封 长带，其表面无漏料点，侧定位条带前密封扣与侧定位条带后密封扣扣合后自形成密封面，该密封面只起密封扣合作用不被链齿轮驱动件和链齿轮改向件的动力拉动，多个侧定位条共同由扣侧定位条环形链扣合，扣侧定位条环形链对侧定位条定位，侧定位条对扣链多维整体阻漏侧定位条带定位，侧条定位多维整体阻漏链带旋转输料不承受前后拉力，不会撕裂与伸缩，扣侧定位条环形链由多个旋转链节组成，各旋转链节活动连接，链齿轮驱动件的驱动力施加在扣侧定位条环形链与侧定位条上，穿侧定位条带前密封扣与侧定位条带后密封扣的侧定位条的旋转链节上扣有前侧定位条、后侧定位条，前侧定位条与后侧定位条对侧定位条带前密封扣与侧定位条带后密封扣定位，侧定位条带前密封扣与侧定位条带后密封扣不会因承受拉力而撕裂变形，使密封稳定长期可靠，当需要更换速装拆侧条定位多维阻漏链带时，先拆掉链带锁紧件，将侧定位条从侧定位条带前扣孔与侧定位条带后扣孔抽出，且将扣接该侧定位条的旋转链节与其它旋转链节分体，速装拆扣链可折为环形多维阻漏侧定位条柔性密封长带从链齿轮驱动件和链齿轮改向件上脱落，不需拆除链齿轮驱动件和链齿轮改向件即可单独将侧条定位多维整体阻漏链带快速更换。The side strip positioning multi-dimensional integral leak-proof chain belt feeder according to claim 3, wherein: the buckle multi-dimensional integral leak-proof side positioning strip comprises a buckle chain which can be folded into a ring-shaped multi-dimensional leak-proof side positioning strip flexible seal length. The belt and the buckle chain can be folded into a ring-shaped multi-dimensional leak-proof side positioning strip. The flexible sealing strip has a front self-sealing edge and a rear self-sealing edge at the front and the ends, and the front self-sealing edge is provided with a long belt front side positioning strip and a rear self-sealing. The side is provided with a long belt rear side positioning strip, and the chain belt locking member is arranged on the front side positioning strip of the long belt and the rear side positioning strip of the long belt, and is locked on the buckle side of the buckle side positioning strip, and the buckle chain can be folded into a circular multi-dimensional leakproof The side positioning strip flexible sealing strip has longitudinal ends end to end butt joints, and the buckle side positioning strip end chain makes the front self-sealing side and the rear self-sealing side closely cooperate to form a multi-dimensional leak-proof side positioning strip long belt self-sealing endless chain belt, multi-dimensional leak-proof side When the positioning strip has a front self-sealing edge and a self-sealing edge of the self-sealing endless belt, and runs to the arc surface of the sprocket drive member and the sprocket redirection member, the long belt front side positioning strip and the long belt rear side positioning strip Front self-sealing edge and rear self-sealing edge The dense fitting position does not produce a leakage gap, or the front self-sealing edge and the rear self-sealing edge are respectively provided with a front elastic self-sealing edge and a rear elastic self-sealing edge, and the front elastic self-sealing edge and the rear elastic self-sealing edge run to the chain. The elastic force of the front elastic self-sealing edge and the rear elastic self-sealing edge of the gear drive member and the sprocket gear reversing member are elastically sealed to the seam, or the front self-sealing edge and the rear self-sealing edge are filled with the sealant seal. , or the buckle can be folded into a ring-shaped multi-dimensional leak-proof side positioning strip flexible seal long belt two longitudinal ends are provided with a chain multi-dimensional leak-proof side positioning strip long belt front leakage structure and a chain multi-dimensional leak-proof side positioning strip long strip The leakage preventing structure, the multi-dimensional leak-proof side positioning strip of the buckle chain has a long strip front leakage preventing structure including a leak-proof long strip front tongue edge, and the buckle multi-dimensional leak-proof side positioning strip long strip rear leakage preventing structure includes a leak-proof long strip rear tongue edge, Buckle chain multi-dimensional leak-proof side positioning strip long belt front leakage prevention structure is provided with long belt front side positioning strip and buckle chain multi-dimensional leak-proof side positioning strip long belt rear leakage preventing structure is provided with long belt rear side positioning strip, chain belt locking The piece will be long with the front side positioning bar and the long belt rear side positioning bar The near-locking buckle is on the buckle side positioning strip endless chain, and the leakage-proof flexible long belt front tongue edge and the leakage-proof flexible long belt are lap joint sealed to form a multi-dimensional leak-proof side positioning strip long belt lap joint sealing endless chain belt, or buckle Chain multi-dimensional leak-proof side positioning strip long strip front leak-proof structure includes leak-proof long strip front concave edge, buckle multi-dimensional leak-proof side positioning strip long strip rear leak-proof structure including leak-proof long strip back convex edge, buckle chain multi-dimensional leak The side positioning strip long belt front leakage preventing structure is provided with a long belt front side positioning strip and the chain multi-dimensional leakage side positioning strip long belt rear leakage preventing structure is provided with a long belt rear side positioning strip, and the chain belt locking member will be long with the front side The side positioning strip and the long side rear side positioning strip are adjacent to the buckle on the buckle side positioning strip circular chain, and the leakage preventing long belt front concave side and the leakage preventing long belt rear convex side overlap sealing to form a multi-dimensional leak-proof side positioning strip long buckle The sealing endless chain belt, or the buckle chain can be folded into a circular multi-dimensional leak-proof side positioning strip, the flexible sealing long belt includes a side positioning strip front sealing buckle and a side positioning strip rear sealing buckle, the side positioning strip front sealing buckle and the side After the positioning strips, the sealing buckles are fastened to each other to form a sealing buckle, and the multi-dimensional leak-proof side positioning strip has a long circular chain Belt, side positioning strip front sealing buckle includes side positioning strip front hole buckle or front side positioning strip front self-sealing buckle, side positioning strip rear sealing buckle including side positioning strip rear hole buckle or including side positioning strips and self-sealing The buckle and the side positioning strip have a front hole buckle and a side positioning strip, and the rear hole buckles are fastened to each other to form a connecting buckle through hole, and the buckle chain can be folded into a ring-shaped multi-dimensional leak-proof side positioning strip. The flexible sealing long belt includes a connecting connecting hole strip, and is worn. The connecting buckle hole strip is connected with the connecting through hole to form a buckle hole, the multi-dimensional leak-proof side positioning strip has a long endless chain belt, and the connecting connecting strip hole and the side positioning strip are separated or integrated, or the side positioning strip is self-sealing buckle and The side positioning strips are self-sealing and fastened, and the side positioning strips are self-sealing buckles and the side positioning strips are self-sealing buckles to form a self-sealing buckle multi-dimensional leak-proof side positioning strips with a long endless chain belt, and the side positioning strips are provided with self-sealing buckles. The front positioning strip is rigidly self-sealing buckle or is set as a front positioning strip front flexible self-sealing buckle, the side positioning strip end is provided with a side positioning strip through the shaft, and the chain belt locking member locks the side positioning strip through the shaft to the buckle side positioning strip ring On the chain, the buckle can be folded into a multi-dimensional overall leak-proof side of the ring belt. The flexible long belt is pierced at both ends to form a quick-disassembling buckle chain which can be folded into a circular multi-dimensional leak-proof side positioning strip flexible sealing long belt, the surface has no leakage point, the side positioning strip front sealing buckle and the side positioning strip rear sealing buckle After the fastening, the sealing surface is formed, and the sealing surface is only used for the cooperation of the sprocket driving member and the sprocket redirection member. The plurality of side positioning strips are jointly buckled by the buckle side positioning strip and buckled. The side positioning strips are positioned on the opposite side positioning strips, and the side positioning strips are positioned on the multi-dimensional integral leak-proof side positioning strips of the buckle chain, and the side strips are positioned to multi-dimensional integral leak-proof chain belts. The rotating feedstock is not subjected to front and rear pulling forces, and will not be torn and stretched. The buckle side positioning strip annular chain is composed of a plurality of rotating chain links, and each rotating chain link is movably connected, and the driving force of the sprocket driving member is applied to the buckle side positioning strip annular chain and the side positioning strip, and the wearing side positioning strip is sealed front. The front side positioning bar and the rear side positioning bar are fastened on the rotating link of the side positioning strip of the rear positioning strip and the rear side positioning strip, and the front side positioning strip and the rear side positioning strip are opposite to the side positioning strip front sealing buckle and side positioning. Strip rear seal positioning, side positioning With the front sealing buckle and the side positioning strip, the sealing buckle will not tear and deform due to the tensile force, so that the sealing is stable and long-term reliable. When it is necessary to replace the quick-disconnecting side strip to position the multi-dimensional leak-proof chain belt, first remove the chain lock. For the tightening piece, the side positioning strip is extracted from the side positioning strip front buckle hole and the side positioning strip rear buckle hole, and the rotating link fastening the side positioning strip is separated from the other rotating links, and the quick release chain is fastened. It can be folded into a ring-shaped multi-dimensional leak-proof side positioning strip. The flexible seal long belt is detached from the sprocket drive and the sprocket reversing member. The sprocket drive and the sprocket reversing member can be removed separately. The leak-proof chain belt is quickly replaced.
  5. 根据权利要求3所述的侧条定位多维整体阻漏链带给料机，其特征在于：侧定位条包括侧定位条轴，扣侧定位条环形链包括扣侧定位条环形链条孔，侧定位条轴穿接扣侧定位条环形链条孔，侧定位条轴相对于扣侧定位条环形链条孔旋转，使扣链多维整体阻漏侧定位条带循环给料时侧定位条不与扣侧定位条环形链硬性摩擦掰损、不产生噪音，扣侧定位条环形链包括中间扣侧定位条环形链或左扣侧定位条环形链或右扣侧定位条环形链或左扣侧定位条环形链和右扣侧定位条环形链，当使用左扣侧定位条环形链和右扣侧定位条环形链时，扣链多维整体阻漏侧定位条带设置在左扣侧定位条环形链和右扣侧定位条环形链之间，链带锁紧件将相邻穿侧定位条连接并与左扣侧定位条环形链和右扣侧定位条环形链扣接。The side strip positioning multi-dimensional integral leak-proof chain belt feeder according to claim 3, wherein the side positioning strip comprises a side positioning strip shaft, and the buckle side positioning strip annular chain comprises a buckle side positioning strip endless chain hole, and the side positioning The strip shaft passes through the buckle side positioning strip end chain hole, and the side positioning strip shaft rotates relative to the buckle side positioning strip endless chain hole, so that the multi-dimensional integral leak-proof side positioning strip of the buckle chain is not positioned with the buckle side when the loop is being fed. The annular chain has hard friction damage and no noise, and the buckle side positioning chain annular chain includes an intermediate buckle side positioning strip annular chain or a left buckle side positioning strip annular chain or a right buckle side positioning strip annular chain or a left buckle side positioning strip circular chain. And the right buckle side positioning strip annular chain, when the left buckle side positioning strip annular chain and the right buckle side positioning strip circular chain are used, the buckle multi-dimensional integral leak-proof side positioning strip is disposed on the left buckle side positioning strip circular chain and the right buckle Between the side positioning strips, the chain locking members connect the adjacent through-side positioning strips and are fastened to the left buckle side positioning strip annular chain and the right buckle side positioning strip circular chain.
  6. 根据权利要求3所述的侧条定位多维整体阻漏链带给料机，其特征在于：所述的穿孔扣链多维整体阻漏侧定位条带外表面为平面，内表面为平面或内表面设有穿侧定位条孔凸起，当内表面设有穿侧定位条孔凸起时，两穿侧定位条孔凸起之间设有向穿孔扣链多维整体阻漏侧定位条带外表面靠近的柔性凹弧，侧定位条穿于穿侧定位条孔凸起处带动穿孔扣链多维整体阻漏侧定位条带向前运行给料，链齿轮驱动件包括链齿轮驱动滚筒或链齿轮驱动轴，链齿轮改向件包括链齿轮改向滚筒或链齿轮改向轴，当使用链齿轮驱动滚筒时，链齿轮驱动滚筒上设有驱动链轮，与之相对应的链齿轮改向滚筒上或链齿轮改向轴上设有改向链轮，穿孔扣链多维整体阻漏侧定位条带向前行至链齿轮驱动滚筒和/或链 齿轮从动滚筒处时柔性凹弧弯曲，穿孔扣链多维整体阻漏侧定位条带绕链齿轮驱动滚筒和/或链齿轮从动滚筒柔性旋转，不产生硬性弯曲、无噪音。The side strip positioning multi-dimensional integral leak-proof chain belt feeder according to claim 3, wherein: the perforated chain multi-dimensional integral leak-proof side positioning strip outer surface is flat, and the inner surface is flat or inner surface. The side positioning strip hole protrusion is provided, and when the inner surface is provided with the through side positioning strip hole protrusion, the outer surface of the multi-hole integral positioning strip hole is provided between the two through side positioning strip hole protrusions Close to the flexible concave arc, the side positioning strip passes through the protrusion of the through-side positioning strip hole to drive the perforated buckle multi-dimensional integral leak-proof side positioning strip to run forward, and the sprocket drive comprises a sprocket drive roller or a sprocket drive The shaft and the chain gear reversing member comprise a sprocket reversing drum or a sprocket reversing shaft. When the sprocket is used to drive the drum, the sprocket driving drum is provided with a driving sprocket, and the corresponding sprocket is reoriented to the drum. Or the sprocket reversing shaft is provided with a reversing sprocket, and the multi-hole integral leakage preventing locating strip of the perforated chain is forwardly bent to the sprocket driving roller and/or the sprocket driven roller at the flexible concave arc bending, and the perforating buckle Chain multi-dimensional integral leak-proof side positioning strip Around the sprocket drive rollers and / or sprockets flexible rotary driven roller, no rigid bent, no noise.
  7. 根据权利要求3所述的侧条定位多维整体阻漏链带给料机，其特征在于：所述的穿侧定位条孔内设有润滑物或设有阻漏带条孔耐磨件，阻漏带条孔耐磨件包括阻漏带条孔耐磨管或阻漏带条孔耐磨块，当使用阻漏带条孔耐磨管时，阻漏带条孔耐磨管包括通长阻漏带条孔耐磨管和/或多段阻漏带条孔耐磨管，多段阻漏带条孔耐磨管或阻漏带条孔耐磨块使穿孔扣链多维整体阻漏侧定位条带形成上下前后左右多维柔性耐磨损功能。The side strip positioning multi-dimensional integral leak-proof chain belt feeder according to claim 3, wherein: the through-side positioning strip hole is provided with lubricating material or a wear-resistant member with a leakage preventing strip hole, and the resistance is Leakage strip hole wear parts include a leak-proof strip hole wear-resistant tube or a leak-proof strip hole wear-resistant block. When a leak-proof strip hole wear-resistant tube is used, the leak-proof strip hole wear-resistant tube includes a long-length resistance Leakage strip hole wear-resistant tube and / or multi-stage leak-proof strip hole wear-resistant tube, multi-section leak-proof strip hole wear-resistant tube or leak-proof strip hole wear-resistant block to make perforated chain multi-dimensional overall leak-proof side positioning strip It forms a multi-dimensional flexible wear-resistant function for up, down, front, back, left
  8. 根据权利要求3所述的侧条定位多维整体阻漏链带给料机，其特征在于：所述的侧定位条包括钢制侧定位条或尼龙侧定位条或聚酯侧定位条或塑料侧定位条或橡胶侧定位条或塑胶侧定位条，扣侧定位条环形链包括钢制扣侧定位条环形链或尼龙扣侧定位条环形链或聚酯扣侧定位条环形链或塑料扣侧定位条环形链或橡胶扣侧定位条环形链或塑胶混合扣侧定位条环形链，链齿轮驱动件和链齿轮改向件之间设有缓冲床或设有托辊支撑侧条定位多维整体阻漏链带，侧定位条与扣侧定位条环形链直接穿接或扣侧定位条环形链设有扣侧定位条环形链缓冲套，扣侧定位条环形链缓冲套设置于扣侧定位条环形链条孔内，侧定位条穿过扣侧定位条环形链缓冲套穿接穿侧定位条孔，链带锁紧件将侧定位条和扣侧定位条环形链缓冲套锁在扣侧定位条环形链上，扣侧定位条环形链缓冲套减缓侧定位条与扣侧定位条环形链之间的振动，扣链多维整体阻漏侧定位条带侧边为平面或设有阻漏挡边，阻漏挡边包括环形阻漏挡边或挡片阻漏挡边，环形阻漏挡边与扣链多维整体阻漏侧定位条带分体连接或为一体式，挡片阻漏挡边与扣链多维整体阻漏侧定位条带分体连接或为一体式，挡片阻漏挡边设置在扣链多维整体阻漏侧定位条带上表面两侧或设置在扣链多维整体阻漏侧定位条带侧面，由侧定位条穿贴在扣链多维整体阻漏侧定位条带侧边。The side strip positioning multi-dimensional integral leakproof chain belt feeder according to claim 3, wherein the side positioning strip comprises a steel side positioning strip or a nylon side positioning strip or a polyester side positioning strip or a plastic side. The positioning strip or the rubber side positioning strip or the plastic side positioning strip, the buckle side positioning strip annular chain includes a steel buckle side positioning strip annular chain or a nylon buckle side positioning strip annular chain or a polyester buckle side positioning strip annular chain or a plastic buckle side positioning a circular chain or a rubber buckle side positioning strip annular chain or a plastic mixing buckle side positioning strip annular chain, a buffer bed between the chain gear driving member and the chain gear redirecting member or a roller supporting side strip positioning multi-dimensional overall leakage prevention The chain belt, the side positioning strip and the buckle side positioning strip circular chain are directly connected or the buckle side positioning strip circular chain is provided with a buckle side positioning strip annular chain buffer sleeve, and the buckle side positioning strip annular chain buffer sleeve is disposed on the buckle side positioning strip annular chain. In the hole, the side positioning strip passes through the buckle side of the buckle side positioning strip and the through side positioning strip hole, and the chain belt locking member locks the side positioning strip and the buckle side positioning strip annular chain buffer sleeve on the buckle side positioning strip circular chain. Upper, buckle side positioning strip ring The chain buffer sleeve slows the vibration between the side positioning strip and the looping chain of the buckle side positioning strip, and the side of the multi-dimensional integral leak-proof side positioning strip of the buckle chain is flat or has a leak-proof rib, and the leak-proof rib includes an annular leak stop The edge or the blocking piece prevents the leakage rib, the annular leakage preventing rib and the multi-dimensional integral leakage preventing side positioning strip of the buckle chain are connected separately or integrated, and the damper leakage preventing rib and the buckle multi-dimensional integral leakage preventing side positioning strip The split connection or the integral type, the block leakage stop edge is arranged on both sides of the upper surface of the multi-dimensional integral leak-proof side positioning strip of the buckle chain or on the side of the multi-dimensional integral leak-proof side positioning strip of the buckle chain, which is worn by the side positioning strip It is attached to the side of the multi-dimensional integral leak-proof side positioning strip of the buckle chain.
  9. 根据权利要求3所述的侧条定位多维整体阻漏链带给料机，其特征在于：所述的穿孔扣链多维整体阻漏侧定位条带表面内设有穿孔柔性带筋，或将穿孔扣链多维整体阻漏侧定位条带设置为穿孔柔性无筋带，穿孔柔性带筋包括钢制穿孔柔性带筋或尼龙穿孔柔性带筋或聚酯穿孔柔性带筋或塑料穿孔柔性带筋或帆布穿孔柔性带筋或棉线穿孔柔性带筋或橡胶穿孔柔性带筋，扣侧定位条环形链包括扣侧定位条环形链油槽或无油槽环形链，扣侧定位条环形链油槽设置于扣侧定位条环形链条孔表面，扣侧定位条环形链油槽设有润滑介质，减小侧定位条与扣侧定位条环形链之间的摩擦与噪音，或在扣侧定位条环形链设置扣侧定位条环形链密封件和扣侧定位条环形链密封槽，扣侧定位条环形链密封槽设置于扣侧定位条环形链条孔两端面，扣侧定位条环形链密封件设置于扣侧定位条环形链 密封槽内，阻止润滑介质的流出。The side strip positioning multi-dimensional integral leak-proof chain belt feeder according to claim 3, wherein: the perforated buckle multi-dimensional integral leak-proof side positioning strip has a perforated flexible band in the surface, or a perforation The multi-dimensional integral leak-proof side positioning strip of the buckle chain is set as a perforated flexible non-ribbed belt, and the perforated flexible strip includes a steel perforated flexible band or a nylon perforated flexible band or a polyester perforated flexible band or a plastic perforated flexible band or canvas. Perforated flexible band or cotton perforated flexible band or rubber perforated flexible band, buckle side positioning strip end chain includes buckle side positioning strip annular chain oil groove or oilless groove end chain, buckle side positioning strip annular chain oil groove is set on buckle side positioning bar The surface of the annular chain hole and the oil groove of the buckle side positioning strip are provided with lubricating medium to reduce the friction and noise between the side positioning strip and the end chain of the buckle side positioning strip, or the buckle side positioning strip ring is arranged on the buckle side of the buckle side positioning strip The chain seal and the buckle side positioning strip annular chain sealing groove, the buckle side positioning strip annular chain sealing groove is disposed on both end faces of the buckle side positioning strip annular chain hole, and the buckle side positioning strip annular chain seal is disposed on The buckle side positioning strip annular chain seals the groove and prevents the outflow of lubricating medium.
  10. 根据权利要求3所述的侧条定位多维整体阻漏链带给料机，其特征在于：机架包括旋连吊挂架、旋连接料器和铰轴，侧条定位多维整体阻漏链带输送装置包括旋连称重输料器、称重传感器、速度传感器和运算器，旋连吊挂架和旋连接料器分体连接或为一体式，当旋连吊挂架和旋连接料器分体连接时，旋连吊挂架下部设有旋连吊挂架铰轴或吊挂架旋连铰接耳，旋连接料器上部设有接料斗旋连铰接孔或设有接料斗旋连铰接耳，接料斗旋连铰接孔与旋连吊挂架铰轴铰接，，旋连接料器的下部设置旋连称重输料器，旋连吊挂架吊挂于料仓口处或设置于支撑基础，吊挂架旋连铰接耳孔轴心设置于仓压影响区受力中间点，相对应地将接料斗旋连铰接耳孔轴心设置于仓压影响区受力中间点，接料斗旋连铰接孔与旋连吊挂架铰轴铰接处形成给料机支撑铰接点或铰轴穿于吊挂架旋连铰接耳和接料斗旋连铰接耳形成给料机支撑铰接点，仓压在给料机支撑铰接点两侧的作用力大小相等且相互平衡，仓压对称重传感器的影响消除，旋连称重输料器远离给料机支撑铰接点的端部设有称重传感器，称重传感器感应旋连称重输料器施加力的变化，称重传感器与速度传感器配合通过运算器计算出称重输送器输送物料的重量，当旋连吊挂架和旋连接料器为一体式时，旋连接料器的下部设有接料斗旋连铰接耳，旋连输料斗吊挂于料仓下部或设置于支撑基础，接料斗旋连铰接耳轴心设置于仓压影响区受力中间点，旋连称重输料器包括旋连称重输料器旋连铰接耳，铰轴将接料斗旋连铰接耳和旋连称重输料器旋连铰接耳连接形成给料机支撑铰接点，仓压在给料机支撑铰接点两侧的作用力大小相等且相互平衡，仓压对称重传感器的影响消除，旋连称重输料器远离给料机支撑铰接点的端部设置称重传感器，称重传感器感应旋连称重输料器施加力的变化，称重传感器与速度传感器配合通过运算器计算出称重输送器输送物料的重量。The side strip positioning multi-dimensional integral leakproof chain belt feeder according to claim 3, wherein the frame comprises a spiral hanging hanger, a rotary feeder and a hinge shaft, and the side strip positioning multi-dimensional integral leakage preventing chain belt. The conveying device comprises a screw-connected weighing feeder, a load cell, a speed sensor and an arithmetic unit, a screw-connected hanging frame and a screw-connecting device, which are connected in one piece or in one piece, when the screw-mounted hanging frame and the rotary feeder are connected When the split body is connected, the lower part of the spiral hanging hanger is provided with a hinged hanging bracket hinge shaft or a hanging bracket to rotate the hinged ear, and the upper part of the rotary connecting device is provided with a hopper screwing hinge hole or a hopper splicing joint The ear is connected with the hinged hole of the hopper and the hinged hinge of the rotary gantry, and the lower part of the rotary hopper is provided with a screw-connected weighing feeder, and the splicing hanger is hung at the hopper opening or placed on the support The foundation, the hanging frame of the hanging frame and the articulated ear hole are arranged at the intermediate point of the force affected zone of the warehouse, and correspondingly, the axis of the hopper is connected with the axis of the hinged ear hole is set at the middle point of the force affected by the pressure in the warehouse, and the hopper is connected with the hinge The hole and the splicing hanger hinge hinge joint form a feeder support hinge point or hinge shaft The hanging joint of the hanging frame and the connecting hopper of the hopper are connected to form a hinge point of the feeder, and the force of the pressure on both sides of the support hinge of the feeder is equal and balanced, and the influence of the pressure sensitive sensor is Elimination, the end of the rotary weighing feeder away from the support hinge point of the feeder is provided with a load cell, the weighing sensor senses the change of the force applied by the rotary weighing feeder, and the weighing sensor cooperates with the speed sensor to calculate The weight of the material conveyed by the weighing conveyor is calculated. When the rotary pylon and the rotary splicer are integrated, the lower part of the rotary hopper is provided with a hopper splicing hinged ear, and the splicing hopper is hung on the The lower part of the silo is disposed on the support base, and the hopper is connected with the hinged trunnion center at the intermediate point of the force in the affected area of the warehouse, and the rotary weighing feeder includes the rotary joint weighing feeder and the hinged joint ear, and the hinge shaft The hopper is connected with the hinged ear and the rotary weighing feeder is connected to the hinged ear to form a hinge supporting point of the feeder. The force of the pressure on both sides of the support hinge point of the feeder is equal and balanced, and the pressure is balanced. The influence of symmetric weight sensor The rotary weighing feeder is arranged away from the end of the feeder supporting the hinge point to set the load cell, the weighing sensor senses the change of the force applied by the rotary weighing feeder, and the weighing sensor and the speed sensor cooperate with the calculation by the operator The weight of the material conveyed by the weighing conveyor.
  11. 根据权利要求3所述的侧条定位多维整体阻漏链带给料机，其特征在于：机架包括铰轴、接料槽和挂接料仓架，挂接料仓架与料仓口挂接，挂接料仓架设有挂接料仓架铰接耳或设有挂接料仓架铰轴，接料槽下部连接侧条定位多维整体阻漏链带输送装置，接料槽上部设有接料槽铰接耳孔，铰轴直接铰接挂接料仓架铰接耳和接料槽铰接耳，或接料槽铰接耳孔与挂接料仓架铰轴铰接，或铰轴与挂接料仓架铰接耳、接料槽铰接耳之间设有旋连销轴轴承，或铰轴与挂接料仓架铰接耳、接料槽铰接耳之间设有耐磨润滑套，旋连销轴轴承包括滚动轴承或润滑轴承，旋连销轴轴承包括自润滑轴承或润滑体轴承，旋连销轴轴承使挂接料仓架铰接耳、接料槽铰接耳与铰轴相对运动灵敏，使旋连称重输料器在物料由料仓口流入卸料端灵敏地将物料的重量传递给称重传感器，使称重精度长期准确，旋连销轴轴承外圈与接料槽铰接耳直接配合或旋连销轴轴承外圈与接料槽铰接耳之间设 有减震件，减震件对料仓或物料引起的震动进行缓冲减震，避免震动侧条定位多维整体阻漏链带输送装置避免震动对称重传感器准确称重干扰。The side strip positioning multi-dimensional integral leak-proof chain belt feeder according to claim 3, wherein the rack comprises a hinge shaft, a receiving trough and a hanging silo rack, and the hanging silo rack and the silo port are hung. Connected, the hanging silo rack is provided with a hooking silo frame hinged ear or a hinged silo frame hinge shaft, and a lower multi-layer integral leak-proof chain belt conveying device is arranged at the lower side of the receiving trough, and the upper part of the receiving trough is connected The trough is hinged to the ear hole, the hinge shaft directly hinges the attachment of the silo frame hinge ear and the receiving trough hinge ear, or the receiving trough hinged ear hole is hinged with the hanging silo frame hinge shaft, or the hinge shaft and the hanging silo frame hinged ear There is a rotary pin bearing between the hinged ears of the receiving slot, or a wear-resistant lubricating sleeve between the hinged shaft and the hinged ear of the hanging silo frame and the hinged ear of the receiving slot, and the rotary pin bearing includes a rolling bearing or Lubricated bearings, screw-on pin bearings include self-lubricating bearings or lubricated body bearings, and the screw-in pin bearings make the hooks of the linked silo frame, the hinged ears of the receiving trough and the hinge shaft relatively sensitive, so that the rotary weighing and feeding The device sensitively transfers the weight of the material to the load cell when the material flows from the silo port to the discharge end. The weighing accuracy is long-term accurate, and the outer ring of the screw-in pin bearing and the joint ear of the receiving groove are directly matched or the shock ring is arranged between the outer ring of the pin bearing and the connecting ear of the receiving groove, and the shock absorber is opposite to the silo Or the shock caused by the material to buffer and dampen, to avoid the vibration side strip positioning multi-dimensional overall leak-proof chain conveyor device to avoid the vibration of the symmetric weight sensor accurate weighing interference.
  12. 根据权利要求3所述的侧条定位多维整体阻漏链带给料机，其特征在于：所述的机架包括接料盘或导料槽或接料斗，导料槽包括导料槽上导料口、导料槽左侧板、导料槽右侧板和导料槽后挡板，导料槽左侧板设置在导料槽上导料口的左侧，导料槽右侧板设置在导料槽上导料口的右侧，导料槽后挡板设置在导料槽上导料口下部与导料槽左侧板和导料槽右侧板形成导料斗，与导料槽后挡板相对应的导料斗出口处设有整形门或整形板，物料从导料槽上导料口下落至导料斗内，侧条定位多维整体阻漏链带带动物料向导料斗出口处运行，物料在通过整形门或整形板时受整形，被整形后的物料形成前后截面一致的物料带，被整形后的物料带中部高起两侧低，避免物料从侧条定位多维整体阻漏链带上掉落，减少两侧物料与导料槽左侧板、导料槽右侧板的摩擦阻力。The side strip positioning multi-dimensional integral leak-proof chain belt feeder according to claim 3, wherein the frame comprises a receiving tray or a guiding trough or a receiving hopper, and the guiding trough comprises a guiding trough guide. The material port, the left side plate of the guide groove, the right side plate of the guide groove and the tailgate of the guide groove, the left side plate of the guide groove is arranged on the left side of the guide opening on the guide groove, and the right side plate of the guide groove is set On the right side of the guide opening on the guide trough, the guide trough rear baffle is arranged on the lower part of the guide trough on the guide trough to form a guiding hopper with the left side plate of the guiding trough and the right side plate of the guiding trough, and the guiding trough A plastic door or a shaping plate is arranged at the outlet of the corresponding hopper of the tailgate, and the material falls from the guiding port on the guiding trough to the guiding hopper, and the side strip positioning multi-dimensional integral leak-proof chain belt carries the animal material to guide the hopper outlet. The material is shaped when passing through the shaping door or the shaping plate, and the shaped material forms a material strip with the same cross-section before and after, and the material after the shaping is high in the middle and low on both sides to avoid the material from the side strip positioning the multi-dimensional overall leak-proof chain belt. Drop on the upper side to reduce the frictional resistance between the material on both sides and the left side plate of the guide trough and the right side plate of the guide trough.
  13. 根据权利要求3所述的侧条定位多维整体阻漏链带给料机，其特征在于：机架与料仓口对接处设置消除仓压整形器，消除仓压整形器包括消除仓压斜板或消除仓压防砸铰接件或消除仓压反向给料件，当使用消除仓压斜板时，在料仓口处设置消除仓压斜板或在料仓口下部的机架上部设置消除仓压斜板，当物料从高处落下时，砸在消除仓压斜板上，消除仓压斜板吸收物料冲击力，并将物料垂直下落的流动方向改为顺消除仓压斜板斜向流动减少或免除物料流动的冲击力对侧条定位多维整体阻漏链带损坏，当使用消除仓压防砸铰接件时，在料仓口设置消除仓压防砸铰接件，消除仓压防砸铰接件包括消仓压铰轴、消仓压防砸板、消仓压铰轴弹簧，在料仓口处设置消仓压铰轴或在料仓口下部的机架上部设置消仓压铰轴，消仓压铰轴弹簧套在消仓压铰轴上，消仓压铰轴弹簧包括消仓压铰轴弹簧翼，消仓压防砸板背朝料仓口扣在消仓压铰轴弹簧翼上，消仓压铰轴弹簧支撑消仓压防砸板，当物料从高处落下时，物料砸在消仓压防砸板上，消仓压铰轴弹簧翼受物料的冲击弹动，消仓压防砸板与消仓压铰轴弹簧吸收分解物料的冲击力，被吸收了冲击力的物料从消仓压防砸板上溜向扣链多维整体阻漏侧定位条带，或机架包括反向导料斜侧落料接料器和机架导料槽，反向导料斜侧落料接料器包括挂接斜板导料槽件、斜板反向导料件和斜侧反向落料口件，机架导料槽设置在侧条定位多维整体阻漏链带上部，斜侧反向落料口件的落料口朝向物料运动的反方向设置，挂接斜板导料槽件下部设置斜板反向导料件和斜侧反向落料口件，与斜板反向导料件倾斜面相对处设置斜侧反向落料口件，斜板反向导料件和斜侧反向落料口件组成反向导料斜侧落料斗，侧条定位多维整体阻漏链带输送装置包括侧条定位阻漏链带反向延长称重输料器，侧条定位阻漏链带反向延长称重输料器包括转载反向落料减干扰段、称重前减干扰输送段、物料接近称重段 和称重段，反向导料斜侧落料斗与机架导料槽靠近非接触设置，斜板反向导料件从挂接斜板导料槽件上端连接处至机架导料槽段倾斜设置，斜板反向导料件使物料顺斜板反向导料件向物料称重落料口反方向流动，使料仓上部落下的物料砸在斜板反向导料件上避免物料冲击侧条定位阻漏链带反向延长称重输料器，斜侧反向落料口件使物料落在转载反向落料减干扰段上，物料通过称重前减干扰输送段平稳至称重段上，称重传感器不受冲击震动干扰下准确称量物料。The side strip positioning multi-dimensional integral leak-proof chain belt feeder according to claim 3, wherein: the rack and the silo mouth are provided at the docking point to eliminate the warehouse pressure shaper, and the elimination of the warehouse pressure shaper comprises eliminating the warehouse pressure ramp Or eliminate the pressure-proof tamper-evident hinge or eliminate the pressure-reverse reverse feed piece. When using the warehousing swash plate, set the swash plate at the hopper opening or set the upper part of the frame at the lower part of the hopper. The warehouse presses the slanting plate. When the material falls from a high place, the shovel removes the slanting plate of the sump, eliminates the impact force of the slanting plate and absorbs the material, and changes the flow direction of the vertical falling of the material to the slanting direction of the slanting plate. The impact of the flow reduction or exemption of the material flow is damaged by the side strip positioning multi-dimensional integral leak-proof chain belt. When the use of the elimination of the pressure-proof anti-smashing hinge, the silo-proof anti-smashing hinge is arranged at the silo opening to eliminate the warehouse pressure and anti-smashing The hinge member includes a squeezing pressure hinge shaft, a squeezing pressure preventing smashing plate, and a squeezing pressure hinge spring, and a squeezing hinge shaft is arranged at the material discharge port or a squeezing pressure hinge shaft is arranged at the upper part of the lower portion of the material storage port. , the squatting pressure hinge spring sleeve is placed on the shaft of the squeezing pressure hinge, and the pressure is eliminated. The hinge spring includes a shaft-reducing hinge spring wing, and the anti-small pressure-proof smashing plate is buckled toward the silo of the squeezing hinge on the spring wing of the squeezing hinge shaft, and the squeezing pressure hinge spring supports the smash-proof pressure-proof slab, when the material When falling from a height, the material is smashed on the smash-proof smashing plate, and the squeezing hinge spring spring wing is bounced by the impact of the material, and the impact pressure of the smashing plate and the squeezing hinge spring absorbs the decomposition material. The material absorbed by the impact force is slid from the smash-proof pressure-proof slab to the multi-dimensional integral leakage-side positioning strip of the buckle chain, or the frame includes a reverse-feeding oblique-side blanking feeder and a frame guiding groove. The reverse guiding material side blanking material receiving device comprises a hanging inclined plate guiding trough member, a slanting plate reverse guiding material piece and a oblique side reverse falling material opening piece, and the frame guiding groove is arranged in the side strip positioning multidimensional integral leakage preventing In the upper part of the chain belt, the blanking opening of the oblique side reverse blanking member is arranged in the opposite direction of the movement of the material, and the swash plate reverse guiding material member and the oblique side reverse blanking opening member are arranged at the lower part of the hanging inclined plate guiding groove member. An oblique side reverse blanking member is arranged opposite to the inclined surface of the swash plate reverse guiding member, the inclined plate reverse guiding member and the oblique side reverse blanking member group Reverse guide material oblique side drop hopper, side strip positioning multi-dimensional integral leak-proof chain belt conveying device including side strip positioning leak-proof chain belt reverse extension weighing feeder, side strip positioning leak-proof chain belt reverse extension weighing feed The device includes a reversed blanking minus interference section, a pre-weighing minus interference conveying section, a material close to the weighing section and a weighing section, and the reverse guiding inclined side falling hopper and the frame guiding groove are close to the non-contact setting, and the inclined plate is reversed. The guiding material is inclined from the upper end of the hanging slanting plate guide trough member to the frame guiding trough section, and the swash plate reverse guiding material causes the material swash plate reverse guiding material to flow in the opposite direction to the material weighing and unloading port The material under the tribe on the silo is placed on the anti-guide material of the slanting plate to avoid the material impact. The side strip is positioned to prevent the leakage chain from being reversely extended. The weighing feeder is reversed and the material is dropped. On the reverse blanking minus interference section, the material is smoothed to the weighing section before the weighing is reduced by weighing, and the weighing sensor is accurately weighed without interference from shock and vibration.
  14. 根据权利要求3所述的侧条定位多维整体阻漏链带给料机，其特征在于：侧条定位多维整体阻漏链带输送装置包括称重传感器、速度传感器和运算器，称重传感器设置在侧条定位多维整体阻漏链带输送装置卸料处，速度传感器设置在侧条定位多维整体阻漏链带或设置在链齿轮驱动件或设置在链齿轮改向件上，称重传感器通过称量侧条定位多维整体阻漏链带上的物料称重计量或通过侧条定位多维整体阻漏链带输送装置与机架靠近料仓口端设置铰接点，铰接点设置在料仓口仓压区中心位置或偏离料仓口仓压区中心位置设置，侧条定位多维整体阻漏链带输送装置远离料仓口的卸料端设置吊挂称重件，吊挂称重件吊挂侧条定位多维整体阻漏链带输送装置对物料称重计量或通过侧条定位多维整体阻漏链带输送装置与机架靠近料仓口端设置铰接点，铰接点设置在料仓口仓压区中心位置或偏离料仓口仓压区中心位置设置，侧条定位多维整体阻漏链带输送装置远离料仓口的卸料端设置托举称重件，托举称重件托举侧条定位多维整体阻漏链带输送装置对物料称重计量，运算器通过称重传感器感应流动的物料重量同时与速度传感器配合称量物料，实现减干扰动态称重计量。The side strip positioning multi-dimensional integral leak-proof chain belt feeder according to claim 3, wherein the side strip positioning multi-dimensional integral leak-proof chain belt conveying device comprises a load cell, a speed sensor and an arithmetic unit, and the weighing sensor is arranged. In the side strip positioning multi-dimensional integral leak-proof chain conveyor conveying device, the speed sensor is arranged in the side strip positioning multi-dimensional integral leak-proof chain belt or arranged on the sprocket drive member or on the sprocket reversing member, the weighing sensor passes Weighing side strip positioning Multi-dimensional integral leak-proof chain belt material weighing measurement or through the side strip positioning multi-dimensional integral leak-proof chain belt conveyor device and the rack close to the silo mouth end to set the hinge point, the hinge point is set in the silo port The center position of the nip is set away from the center position of the nip area of the silo port, and the side strip positioning multi-dimensional integral leak-proof chain belt conveying device is arranged away from the discharge end of the silo port to hang the weighing part, and the hanging part of the weighing part is hung Strip positioning multi-dimensional integral leak-proof chain belt conveying device for material weighing measurement or through the side strip positioning multi-dimensional integral leak-proof chain belt conveyor device and the frame close to the mouth end of the silo to set the hinge point, the hinge point is set at The center position of the nipper of the silo port is located away from the center of the nip of the silo port, and the side strip positioning multi-dimensional integral leak-proof chain belt conveying device is arranged away from the discharge end of the silo port to set the lifting weight, lifting the weighing The lifting side strip positioning multi-dimensional integral leak-proof chain belt conveying device measures the weight of the material, and the arithmetic unit senses the flowing material weight through the weighing sensor and simultaneously weighs the material with the speed sensor to realize the dynamic weighing measurement of the interference reduction.
  15. 根据权利要求3所述的侧条定位多维整体阻漏链带给料机，其特征在于：所述的机架还包括机架导料槽、反向导料斜侧落料斗，机架导料槽和/或反向导料斜侧落料斗包括接料输料整形器，机架导料槽包括导料槽上导料口、导料槽左侧板、导料槽右侧板和导料槽后挡板，导料槽左侧板设置在导料槽的左侧，导料槽右侧板设置在导料槽右侧，导料槽后挡板设置在导料槽后端且与导料槽左侧板和导料槽右侧板形成机架导料斗，接料输料整形器由机架导料槽和/或反向导料斜侧落料斗支撑，接料输料整形器包括导料槽左侧整形器和/或导料槽右侧整形器，导料槽左侧整形器包括导料槽左侧板固定支撑或可调式支撑，导料槽右侧整形器由导料槽右侧板固定支撑或可调式支撑，导料槽左侧整形器单独设置或导料槽左侧整形器与导料槽右侧整形器相对设置，导料槽左侧整形器与导料槽右侧整形器后端与导料槽后挡板连接，导料槽左侧整形器与导料槽右侧整形器前端至称重段但不延伸至称重段，接料输料整形器设置在扣链多维整体阻漏侧定位条带上表面且不与扣链多维整体阻漏侧定位条带接触，物料在通过称重前减干扰输送段时被整形，物料 接近称重段时接料输料整形器放弃整形，物料受整形后自由落在称重段上，不与机架导料槽侧板产生摩擦，避免物料从称重段上掉落或减少两侧物料与导料槽左侧板、导料槽右侧板的摩擦阻力，相对减少干扰准确称量因素。The side strip positioning multi-dimensional integral leak-proof chain belt feeder according to claim 3, wherein the rack further comprises a rack guide groove, a reverse guide inclined side drop hopper, and a frame guide groove. And/or the reverse material inclined side falling hopper includes a receiving material shaping device, and the frame guiding groove includes a guiding port on the guiding trough, a left side plate of the guiding trough, a right side plate of the guiding trough and a guiding trough The baffle, the left side plate of the guide trough is disposed on the left side of the guide trough, the right side plate of the guide trough is disposed on the right side of the guide trough, and the rear baffle of the guide trough is disposed at the rear end of the guide trough and the guide trough The left side plate and the right side plate of the guide trough form a frame guiding hopper, and the receiving conveying shaper is supported by the frame guiding trough and/or the reverse guiding oblique side falling hopper, and the receiving conveying shaper comprises a guiding trough The left shaper and/or the right side of the guide groove shaper, the left side shaper of the guide groove includes the left side plate fixed support or adjustable support of the guide groove, and the right side of the guide groove shaper is from the right side plate of the guide groove Fixed support or adjustable support, the left side shaper of the guide groove is set separately or the left side shaper of the guide groove is opposite to the right shaper of the guide groove, and the guide groove is left The rear end of the side shaper and the right side of the guide trough is connected with the tailgate of the guide trough, and the front end of the right side of the guide trough shaper and the right side of the guide trough to the weighing section but does not extend to the weighing section. The material conveying and shaping device is disposed on the upper surface of the multi-dimensional integral leak-proof side positioning strip of the buckle chain and is not in contact with the multi-dimensional integral leak-proof side positioning strip of the buckle chain, and the material is shaped when the interference conveying section is reduced before weighing. When the weighing section is close to the weighing section, the material conveying shaper will abandon the shaping. After the material is shaped, it will fall freely on the weighing section, and will not generate friction with the side plate of the frame guide groove to prevent the material from falling or reducing from the weighing section. The frictional resistance between the side material and the left side plate of the guide trough and the right side plate of the guide trough relatively reduce the interference of accurate weighing factors.
  16. 根据权利要求15所述的侧条定位多维整体阻漏链带给料机，其特征在于：所述的可调式支撑包括螺杆隔套调节支撑和/或螺纹套导杆调节支撑，螺杆隔套调节支撑包括左螺杆隔套调节支撑和/或右螺杆隔套调节支撑，当使用左螺杆隔套调节支撑时，左螺杆隔套调节支撑包括左调节螺杆、左调节隔套和左调节螺母，导料槽左侧整形器还包括左调节整形板，左调节整形板设有左调节板螺杆孔，且在导料槽左侧板上设置与左调节板螺杆孔相对应的导料槽左侧板螺杆孔，左调节螺杆穿过左调节板螺杆孔及导料槽左侧板螺杆孔，在左调节板螺杆孔及导料槽左侧板螺杆孔之间的左调节板螺杆段上设置左调节隔套，左调节隔套的长度与所需调节距离一致，左调节螺母拧在左调节螺杆上将左调节整形板、左调节隔套与导料槽左侧板拉紧固定，对流动的物料整形，或当使用右螺杆隔套调节支撑时，右螺杆隔套调节支撑包括右调节螺杆、右调节隔套和右调节螺母，导料槽右侧整形器还包括右调节整形板，右调节整形板设有右调节螺杆孔，且在导料槽右侧板上设置与右调节板螺杆孔相对应的导料槽右侧板螺杆孔，右调节螺杆穿过右调节板螺杆孔及导料槽右侧板螺杆孔，在右调节板螺杆孔及导料槽右侧板螺杆孔之间的右调节板螺杆段上设有右调节隔套，右调节隔套的长度与所需调节距离一致，右调节螺母拧在右调节螺杆上将右调节整形板、右调节隔套与导料槽右侧板拉紧固定，对流动的物料整形，或同时使用左螺杆隔套调节支撑和右螺杆隔套调节支撑，当使用螺纹套导杆调节支撑时，螺纹套导杆调节支撑包括左螺纹套导杆调节支撑和/或右螺纹套导杆调节支撑，左螺纹套导杆调节支撑包括左螺纹套导向杆、左调节螺纹套和左导向杆螺母，左调节螺纹套包括调节左整形板螺纹段和扣合左侧板螺纹段，左螺纹套导向杆设置在左调节整形板上，在导料槽左侧板上设置与左螺纹套导向杆相对应的导料槽左侧板螺纹孔，左调节螺纹套穿在左螺纹套导向杆上，左调节螺纹套拧入导料槽左侧板螺纹孔，使调节左整形板螺纹段与需调整距离一致，使扣合左侧板螺纹段与导料槽左侧板螺纹孔螺纹配合，导料槽左侧板螺纹孔支撑左调节螺纹套，左调节螺纹套顶在左调节整形板上，左螺纹套导向杆端部伸出左调节螺纹套，左螺纹套导向杆上设有导向杆螺纹，左导向杆螺母套在导向杆螺纹上向导料槽左侧板方向拧紧，将左调节整形板靠紧左调节螺纹套，左螺纹套导向杆的长度不小于左调节螺纹套加左导向杆螺母的长度，当左调节整形板需要向导料槽左侧板内侧调节移动时，旋转左调节螺纹套，左调节螺纹套相对左螺纹套导向杆轴向旋转，使左调节整形板向远离导料槽左侧板移动缩小物料通道，加大对流动物料的整形力度，当左调节 整形板需要向导料槽左侧板外侧调节移动时，旋转左调节螺纹套，左调节螺纹套相对左螺纹套导向杆轴向旋转，使左调节整形板向靠近导料槽左侧板移动，使左调节整形板增大物料通道，加大物料流动空间，右螺纹套导杆调节支撑包括右螺纹套导向杆、右调节螺纹套和右导向杆螺母，右调节螺纹套包括调节右整形板螺纹段和扣合右侧板螺纹段，右螺纹套导向杆设置在右调节整形板上，在导料槽右侧板上设置与右螺纹套导向杆相对应的导料槽右侧板螺纹孔，右调节螺纹套穿在右螺纹套导向杆上，右调节螺纹套拧入导料槽右侧板螺纹孔，使调节右整形板螺纹段与需调整距离一致，使扣合右侧板螺纹段与导料槽右侧板螺纹孔螺纹配合，导料槽右侧板螺纹孔支撑右调节螺纹套，右调节螺纹套顶在右调节整形板上，右螺纹套导向杆端部伸出右调节螺纹套，右螺纹套导向杆上设有导向杆螺纹，右导向杆螺母套在导向杆螺纹上向导料槽右侧板方向拧紧，将右调节整形板靠紧右调节螺纹套，右螺纹套导向杆的长度不小于右调节螺纹套加右导向杆螺母的长度，当右调节整形板需要向导料槽右侧板内侧调节移动时，旋转右调节螺纹套，右调节螺纹套相对右螺纹套导向杆轴向旋转，使右调节整形板向远离导料槽右侧板移动缩小物料通道，加大对流动物料的整形力度，当右调节整形板需要向导料槽右侧板外侧调节移动时，旋转右调节螺纹套，右调节螺纹套相对右螺纹套导向杆轴向旋转，使右调节整形板向靠近导料槽右侧板移动，使右调节整形板增大物料通道，加大物料流动空间，右导向杆螺母沿右导向杆螺纹旋转向导料槽右侧板移动，右导向杆螺母贴合在右调节螺纹套上拉紧固定右调节整形板或右导向杆螺母外径大于右调节螺纹套外径，在右调节螺纹套的外周设置拉紧右整形板套，拉紧右整形板套一端顶在导料槽右侧板上另一端顶在右导向杆螺母上，右导向杆螺母通过顶在导料槽右侧板的拉紧右整形板套拉紧固定右调节整形板，拉紧右整形板套保护右调节螺纹套的锈死、不受外力冲击，导料槽右侧板与右调节整形板之间的间隙开放式设置或在导料槽右侧板与右调节整形板之间的间隙处设置调节板防护件，调节板防护件防止水、灰尘、煤泥、物料进入。The side strip positioning multi-dimensional integral leakproof chain belt feeder according to claim 15, wherein the adjustable support comprises a screw spacer adjusting support and/or a threaded sleeve guiding rod adjusting support, and the screw spacer adjusting The support comprises a left screw spacer adjustment support and/or a right screw spacer adjustment support. When the left screw spacer is used to adjust the support, the left screw spacer adjustment support comprises a left adjustment screw, a left adjustment spacer and a left adjustment nut, the guide material The left side shaper of the slot further comprises a left adjustment shaping plate, the left adjustment shaping plate is provided with a screw hole of the left adjustment plate, and a left side plate screw of the guide groove corresponding to the screw hole of the left adjustment plate is arranged on the left side plate of the guide groove. The hole, the left adjustment screw passes through the screw hole of the left adjustment plate and the screw hole of the left side plate of the guide groove, and the left adjustment partition is arranged on the screw section of the left adjustment plate between the screw hole of the left adjustment plate and the screw hole of the left side plate of the guide groove. The length of the left adjustment spacer is the same as the required adjustment distance. The left adjustment nut is screwed on the left adjustment screw, and the left adjustment shaping plate, the left adjustment spacer and the left side plate of the guide groove are tightened and fixed, and the flowing material is shaped. Or when When adjusting the support with the right screw spacer, the right screw spacer adjustment support comprises a right adjustment screw, a right adjustment spacer and a right adjustment nut, the right side shaping device of the guide groove further comprises a right adjustment shaping plate, and the right adjustment shaping plate is provided with a right Adjust the screw hole, and set the right side screw hole of the guide groove corresponding to the screw hole of the right adjustment plate on the right side plate of the guide groove, and the right adjustment screw passes through the screw hole of the right adjustment plate and the screw of the right side of the guide groove The hole is provided with a right adjustment spacer on the right adjustment plate screw section between the screw hole of the right adjustment plate and the screw hole of the right side plate of the guide groove, and the length of the right adjustment spacer is the same as the required adjustment distance, and the right adjustment nut is screwed. On the right adjustment screw, the right adjustment shaping plate, the right adjustment spacer and the right side plate of the guide groove are tightened and fixed, and the flowing material is shaped, or the left screw spacer adjustment support and the right screw spacer are used simultaneously to adjust the support. When the support is adjusted by the threaded sleeve guide rod, the threaded sleeve guide rod adjustment support includes a left threaded sleeve guide rod adjustment support and/or a right threaded sleeve guide rod adjustment support, and the left threaded sleeve guide rod adjustment support includes a left threaded sleeve guide rod, left adjustment Threaded sleeve And the left guide rod nut, the left adjustment thread sleeve includes a thread section for adjusting the left shaping plate and a threaded section for fastening the left side plate, and the left thread sleeve guide rod is disposed on the left adjustment shaping plate, and is disposed on the left side plate of the guide groove The threaded sleeve guide rod corresponds to the threaded hole of the left side plate of the guide groove, the left adjustment thread sleeve is threaded on the left threaded sleeve guide rod, and the left adjustment thread sleeve is screwed into the threaded hole of the left side plate of the guide groove, so that the left shaping plate thread is adjusted The segment is aligned with the required adjustment distance, so that the threaded section of the left side plate is threaded with the threaded hole of the left side of the guide groove, the threaded hole of the left side of the guide groove supports the left adjustment thread sleeve, and the left adjustment threaded sleeve is adjusted to the left. On the plate, the left threaded sleeve guide rod end protrudes from the left adjustment thread sleeve, the left thread sleeve guide rod is provided with guide rod thread, and the left guide rod nut sleeve is screwed on the guide rod thread in the direction of the left side of the guide trough, and will be left Adjusting the shaping plate against the left adjustment thread sleeve, the length of the left threaded sleeve guide rod is not less than the length of the left adjustment thread sleeve and the left guide rod nut, and when the left adjustment shaping plate needs to adjust the movement of the inner side of the left side of the guide chute, rotate the left Adjustment screw The sleeve is rotated axially relative to the left threaded sleeve guide rod, so that the left adjustment shaping plate moves away from the left side plate of the guide groove to reduce the material passage, and the shaping force of the flowing material is increased, and the left adjustment shaping plate needs to be guided. When adjusting the outer side of the left side of the trough, rotate the left adjustment thread sleeve, and the left adjustment thread sleeve rotates axially relative to the left thread sleeve guide rod, so that the left adjustment shaping plate moves toward the left side plate of the guide trough to make the left adjustment shaping plate Increase the material passage and increase the material flow space. The right threaded sleeve guide support includes a right threaded sleeve guide rod, a right adjustment thread sleeve and a right guide rod nut. The right adjustment thread sleeve includes adjusting the right shaping plate thread segment and the right button. The side plate thread segment, the right thread sleeve guide rod is disposed on the right adjustment shaping plate, and the right side plate of the guide groove corresponding to the right threaded sleeve guide rod is disposed on the right side plate of the guide groove, and the right adjustment thread is threaded through. On the right threaded sleeve guide rod, the right adjustment thread sleeve is screwed into the threaded hole on the right side of the guide groove, so that the threaded section of the right shaping plate is adjusted to be in line with the required adjustment distance, so that the threaded section of the right side plate and the guide material are fastened. The right side plate threaded hole is threaded, the right side plate threaded hole of the guide groove supports the right adjustment thread sleeve, the right adjustment threaded sleeve top is on the right adjustment shaping plate, and the right threaded sleeve guide rod end protrudes from the right adjustment thread sleeve, the right thread The guide rod is provided with a guide rod thread, and the right guide rod nut sleeve is tightened on the guide rod thread in the direction of the right side plate of the guide trough, and the right adjustment shaping plate is pressed against the right adjustment thread sleeve, and the length of the right thread sleeve guide rod is not less than Right adjust the thread sleeve and the length of the right guide rod nut. When the right adjustment shaping plate needs to adjust the inner side of the right side of the guide chute, rotate the right adjustment thread sleeve, and the right adjustment thread sleeve rotates axially relative to the right thread sleeve guide rod. The right adjustment shaping plate moves away from the right side plate of the guide trough to reduce the material passage, and the shaping force of the flowing material is increased. When the right adjustment shaping plate needs to adjust the movement of the outer side of the right side of the guide trough, the right adjustment thread sleeve is rotated, right Adjusting the axial rotation of the threaded sleeve relative to the right threaded sleeve guide rod, so that the right adjustment shaping plate moves toward the right side plate of the guide groove, so that the right adjustment shaping plate increases the material passage and enlarges the material. Dynamic space, the right guide rod nut moves along the right guide rod thread to guide the right side of the trough, the right guide rod nut fits on the right adjustment thread sleeve, and the right adjustment shaping plate or the right guide rod nut outer diameter is larger than the right adjustment. Thread sleeve outer diameter, set the right shaping sleeve on the outer circumference of the right adjustment thread sleeve, tighten one end of the right shaping sleeve on the right side of the guide groove and the other end on the right guide rod nut, right guide rod nut Tightening the right adjustment plate by tightening the right shaping plate on the right side of the guide groove, tightening the right shaping plate cover to protect the rust of the right adjustment thread sleeve from external impact, and the right side of the guide groove The gap between the right adjustment shaping plate is open or the gap between the right side plate of the guide groove and the right adjustment shaping plate is provided, and the adjusting plate guard prevents water, dust, slime and materials from entering. .
  17. 根据权利要求3所述的侧条定位多维整体阻漏链带给料机，其特征在于：所述的侧条定位多维整体阻漏链带输送装置还包括速度传感器、运算器、秤架和称重传感器，秤架设置在链齿轮驱动件和链齿轮改向件之间，称重传感器设置在秤架的下部，称重传感器检测侧条定位多维整体阻漏链带上部物料瞬时重量，速度传感器和运算器通过检测侧条定位多维整体阻漏链带运转速度检测计算物料流量或通过检测链齿轮驱动件旋转速度检测计算物料流量或通过检测链齿轮改向件旋转速度检测计算物料流量，通过计算瞬时重量、物料流量及输料时间动态称重给料。The side strip positioning multi-dimensional integral leak-proof chain belt feeder according to claim 3, wherein the side strip positioning multi-dimensional integral leak-proof chain belt conveying device further comprises a speed sensor, an arithmetic unit, a scale frame and a scale The weight sensor is arranged between the chain gear drive member and the chain gear redirecting member, the weighing sensor is arranged at the lower part of the scale frame, the weighing sensor detects the side strip positioning, the multi-dimensional integral leakproof chain belt, the upper material instantaneous weight, the speed sensor And the arithmetic unit calculates the material flow rate by detecting the running speed detection of the multi-dimensional integral leak-proof chain belt by detecting the side strips, or calculating the material flow rate by detecting the rotational speed of the sprocket driving member, or calculating the material flow rate by detecting the rotational speed of the sprocket changing member, and calculating The instantaneous weight, material flow rate and material delivery time are dynamically weighed.
  18. 根据权利要求3所述的侧条定位多维整体阻漏链带给料机，其特征在于：机架和侧条定 位多维整体阻漏链带输送装置之间设有铰接点，铰接点设置在料仓口仓压区中心位置或偏离料仓口仓压区中心位置设置，侧条定位多维整体阻漏链带两端设置旋连称重卸料口，旋连称重卸料口包括左旋连称重卸料口和右旋连称重卸料口，左旋连称重卸料口至给料机支撑铰接点的重量与右旋连称重卸料口至给料机支撑铰接点的重量相平衡对两卸料口所通过的物料分别进行重量准确计算，左旋连称重卸料口和右旋连称重卸料口通过天平的原理互相校正，使长期称重准确无误，或左旋连称重卸料口至给料机支撑铰接点的重量与右旋连称重卸料口至给料机支撑铰接点的重量有差值，通过运算器对左旋连称重卸料口、右旋连称重卸料口设定不同系数对所通过物料重量分别予以准确计算。The side strip positioning multi-dimensional integral leak-proof chain belt feeder according to claim 3, wherein: the frame and the side strip positioning multi-dimensional integral leak-proof chain belt conveying device are provided with a hinge point, and the hinge point is set in the material. The center position of the warehouse nip area or the center position of the ware nip of the silo port is set, and the side strip positioning multi-dimensional integral leak-proof chain belt is provided with a rotary weighing discharge port at both ends, and the rotary splicing discharge port includes a left-handed splicing port. The weight of the heavy discharge port and the right-handed weighing discharge port balances the weight of the left-handed weighing discharge port to the support hinge point of the feeder and the weight of the right-handed weighing discharge port to the support hinge point of the feeder. Accurately calculate the weight of the materials passing through the two discharge ports. The left-handed weighing and unloading ports and the right-handed weighing and discharging ports are mutually corrected by the principle of the balance, so that the long-term weighing is accurate, or the left-handed weighing is performed. The difference between the weight of the discharge port and the support hinge point of the feeder is different from the weight of the right-handed weighing discharge port to the support hinge point of the feeder, and the left-handed weighing and unloading port and the right-handed rotation are connected by the arithmetic unit. The heavy discharge port sets different coefficients to the weight of the material passed Accurate calculation.
PCT/CN2018/086636 2017-05-12 2018-05-14 Lateral strip positioning and multi-dimensional overall leakage prevention chain belt feeder implementing method for lateral strip positioning and multi-dimensional overall leakage prevention of feeder conveyor WO2018206008A1 (en)

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