CN116216190A - Chain guard plate shaft smashing-resistant buffering hanging-free single-shaft conveying belt - Google Patents
Chain guard plate shaft smashing-resistant buffering hanging-free single-shaft conveying belt Download PDFInfo
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- CN116216190A CN116216190A CN202211543443.6A CN202211543443A CN116216190A CN 116216190 A CN116216190 A CN 116216190A CN 202211543443 A CN202211543443 A CN 202211543443A CN 116216190 A CN116216190 A CN 116216190A
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Classifications
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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
- 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
-
- 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
- B65G15/60—Arrangements for supporting or guiding belts, e.g. by fluid jets
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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
- 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
- B65G17/06—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
- B65G17/08—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 the surface being formed by the traction element
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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
- 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
-
- 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
-
- 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
- B65G17/40—Chains acting as load-carriers
-
- 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
- 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
-
- 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
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P70/00—Climate change mitigation technologies in the production process for final industrial or consumer products
- Y02P70/10—Greenhouse gas [GHG] capture, material saving, heat recovery or other energy efficient measures, e.g. motor control, characterised by manufacturing processes, e.g. for rolling metal or metal working
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Chain Conveyers (AREA)
- Escalators And Moving Walkways (AREA)
- Devices For Conveying Motion By Means Of Endless Flexible Members (AREA)
- Belt Conveyors (AREA)
Abstract
The invention belongs to the field of machinery, and particularly relates to a chain guard plate shaft smashing-resistant buffering non-suspension loop single-shaft conveying belt which comprises a chain guard plate shaft non-suspension loop single-shaft nail belt, wherein the chain guard plate shaft non-suspension loop single-shaft nail belt comprises a non-suspension loop single-shaft nail part, a buckling shaft connecting piece and a chain guard shaft structure, the non-suspension loop single-shaft nail part comprises a non-suspension loop smashing-resistant main body and a penetrating connecting plate shaft, the chain guard shaft structure is arranged on the side part of the non-suspension loop single-shaft nail part, the chain guard shaft structure is consistent with the upper surface of the non-suspension loop single-shaft nail part, or a material blocking mechanism is arranged on the upper surface of the chain guard shaft structure, a buckling shaft connecting piece and a penetrating connecting plate shaft are arranged at the lower part of the chain guard plate shaft structure, the buckling shaft connecting piece is buckled with the penetrating connecting plate shaft on the lower part of the chain guard plate shaft structure, a left penetrating connecting piece shaft and a right penetrating connecting piece shaft are arranged on the two sides of the non-suspension loop single-shaft anti-smashing main body, and a connecting piece front buckling shaft hole and a connecting piece rear buckling shaft hole are buckled on the front buckling shaft connecting piece.
Description
Technical Field
The invention belongs to the field of machinery, and particularly relates to a smashing-resistant buffering hanging-lug-free single-shaft conveyer belt with a chain guard plate shaft.
Background
The old type nail belt feeder, chain link feeder's drive chain all exposes in the conveyer belt side, there is the material at any time to get into the chain link, chain roller and gear inside, the material is leaked down from the roller chain space and is flowed out, the material that the roller chain was carried is rotatory to the chain belt lower part and drops seriously, lead to a large amount of material return strokes to pile up, polluted environment, waste resources, form the hindrance to the conveyer belt operation, hold up the chain link when the material pile is serious, the chain axle, make the roller chain break away from the gear and cause accidents such as shut down, old type nail belt adopts the strip to wear and even a plurality of dislocation hangers of seaming, because the hangers are many, make the axle difficult to rotate, smash to the nail piece when the heavy object, the nail piece is worn and detained each other, the nail piece is worn and detained and is led to the nail piece to rotate in a flexible way, all the power are pounded to the axle, the axle is sheared to be impacted by shearing impact, the atress of being greater than the axle, often cause the axle breakage, the axle is worn out and is strikeed and is unable to rotate the buffering by impact deformation, a plurality of nail pieces connect the lug and must use a plurality of to make up the strip, the nail piece of wearing strip and difficult to connect the dislocation nail piece, in order to conveniently wear the diameter, the strip is worn and torn in front of the strip, the front of a plurality of strip and is worn and led to the fact the nail strip to wear the front to wear the strip to have been rationally to the front the strip to wear the front the strip to the front the length to wear.
In order to lighten the weight of the nail belt, the nail connecting lug is made to be relatively small but must bear the direct impact weight of the material, because the nail connecting lug is provided with a hollow hole penetrating through the penetrating strip, the massive mineral materials such as iron ore, massive coal, gangue, rock, cement blocks, steel parts and the like are directly smashed on the nail connecting lug, the nail connecting lug is often broken, the nail connecting lug is directly born with the downward smashing force of the massive material from the high place, the nail is often broken to cause shutdown and production stopping under the impact of the massive material, the maintenance is time-consuming and labor-consuming, in order to solve the heavy smashing problem, the connecting plate of the roller chain is connected with a heavy smashing strip structure, the heavy smashing strip is fixed on the roller chain link plate by bolts to be connected into a conveying belt, because a plurality of bolt holes must be formed on the roller chain link plate, the manufacturing difficulty is increased, a large amount of manpower and material resources are consumed, and the whole strength of the roller chain link plate is weakened, when the materials are heavily smashed into the anti-heavy smashing plate strip, the bolts are frequently loosened and fall off by strong vibration, so that one end of the anti-heavy smashing plate strip is drooped and blocked against a supporting piece at the lower part of the feeder, overload burning, shutdown, production stopping and other heavy accidents are caused by a driving device of the feeder, a plurality of nail plates are connected with a plurality of gaps after the ear is buckled, the gaps are bent and folded, sealing is difficult, material leakage is serious, materials are wasted, the environment is polluted, the number of nail plates are connected with a plurality of ears, the longitudinal gaps for buckling the connecting ears are multiple, the transverse gaps for buckling the front and back nail plates are misplaced, the gaps for buckling the connecting ears are difficult to achieve uniformity, therefore, the buckling difficulty and the poor fit degree of the nail plates and the nail plates are realized, the gap sealing piece is multiple, the gap sealing piece is small, the structure is complex, the nail plate sealing piece and the nail plate are difficult to manufacture, the installation is easy to fall off, the sealing piece at the middle part of the nail plate is more difficult, the manufacturing cost is high, the installation quantity is large, the front and back nail plates are not in the same straight line in the transverse buckling gap, so that the nail belt transverse sealing element can only be provided with a transverse sealing strip at the end part of one connecting lug, a nail belt with the length of 10 meters and the width of 1 meter is provided with 6660 multiple transverse sealing elements, the installation quantity is large and difficult, the nail belt is easy to fall off, the sealing effect is poor, the service life is short, because one nail plate is required to be provided with a front circular arc connecting lug, a back circular arc connecting lug, a front concave buckling connecting lug groove and a back concave buckling connecting lug groove, the front groove side protruding edge of the front concave buckling connecting lug groove is opposite to the rear groove side protruding edge of the back concave buckling connecting lug groove, when the nail plate rotates around a roller, the scraping plate for cleaning nail belt materials is damaged by the two groove side protruding edges opposite to the direction, the nail belt is seriously brought back Cheng Liao, the plate conveyor is used for connecting a material conveying plate to the middle part of the upper part of a roller chain link plate by bolts, the chain link plate is thickened for firmly connecting the chain link plate, the middle of the upper part of the chain link plate is provided with a plurality of bolt holes, the material conveying plate is connected to the middle position of the upper part of each chain link plate by bolts, or the middle part of the chain link plate is raised, the middle raised part is provided with a structure of penetrating the material conveying plate, and the material conveying plate is connected with the roller chain, because the prior plate conveyor is used for connecting the material conveying plate to the middle position of the upper part of the chain link plate, the gap of the joint part of the front material conveying plate and the rear material conveying plate is arranged at the upper part of the roller chain shaft, the front material conveying plate and the rear material conveying plate respectively rotate around the roller by taking the front roller chain shaft and the rear roller chain shaft as rotation shafts, the joint part of the front material conveying plate and the rear material conveying plate respectively generates larger gap clamping material and leakage material when rotating around the roller, even if the joint part of the front material conveying plate and the rear material conveying plate is arranged into an arc buckling structure to prevent leakage material, the arc separation opening appears when the joint part rotates around the roller, the larger the arc surface opening is, the bigger the arc surface opening is, the larger the included angle space is formed between the arc surfaces of the opening, the material clamping and leakage are caused, when the material conveying plate rotates to the plane position due to the material clamping and clamping, the material conveying plate surface of the material clamping and clamping is inclined, the surface of the conveying belt is uneven, the material returning of the scraping belt is serious, the front and rear material conveying plate combination parts can not form an arc surface buckling leakage-resistant structure, the concave arc of the front material conveying plate and the convex arc of the rear material conveying plate can not rotate in the same circle center, when the front material conveying plate rotates around the roller, the two arc surfaces rotate around different circle centers, namely, the two arc surfaces buckle when the front material conveying plate rotates around the roller, the two arc surfaces separate the opening, the leakage materials are caused for a long time, the environment is polluted and the material is wasted, in order to prevent the material conveying plate from falling off, a plurality of screws are used for fixing the material conveying plate on a chain link plate, the roller chain structure is complicated, the processing precision is needed to be high, the processing precision is difficult, when the plate conveyer is matched with the machine, the installation is complex, the installation difficulty is high, the assembly time is long, in use, as the materials conveyed by the plate conveyer are iron ores, coal gangue, gypsum stones and the like with large blocks and large weight, often, blocks with weight of hundreds of kilograms are smashed on the plate conveyer, so that the plate conveyer vibrates up and down, the connecting screw is seriously damaged when the plate conveyer vibrates up and down, the screw is loosened or deformed due to screw threads, when the plate conveyer rotates to the bottom of the conveyer, the plate conveyer with weight of hundreds of kilograms or more is lifted by the screw, the screw on the chain plate of the roller chain is limited by the width of the chain link, the screw is generally made to be smaller, the plate conveyer is subject to vertical vibration and the dead weight of the plate conveyer, the screw is often loosened and falls off, one end of the plate conveyer is inclined downwards to collide with the machine frame to cause shutdown and production stopping, the nail belt feeder is provided with a steel nail belt at the periphery of the belt, the steel nail belt is formed by buckling and combining a plurality of steel nail sheets and a plurality of steel nail sheets vertically and horizontally, because the expansion ratio of the steel nail belt is different from the expansion ratio of the belt, the belt and the belt which are arranged up and down frequently have the problems that the belt and the steel nail belt are misplaced and run in the running process, the steel nail belt rubs the belt, the roller drives the belt, the belt rotates the steel nail belt without rotating materials and cannot be carried out, and the like, the driving chain is additionally arranged on the side edge of the steel nail belt, the driving chain is driven by a gear, the driving chain drives the steel nail belt to run, the belt is driven by the roller through friction force, in the actual running, the steel nail belt rotates, the belt does not rotate, the steel nail belt wears the belt, the problems of belt elongation, deviation, skidding and the like frequently occur due to the expansion and contraction of heat and the tensile force of the roller, the belt is accumulated and folded in the steel nail belt, the normal running of the steel nail belt is hindered for preventing the belt from accumulating, folding, the deviation, skidding and the like, the tensioner is arranged on the conveyor, the circumference of the belt regulated by the tensioner is not matched with the circumference of the armor belt, so that the armor belt is worn out, the belt is sleeved on the roller and the carrier roller in an annular structure, the roller and the carrier roller are required to be removed for replacing the damaged belt, the belt can be maintained and replaced, the failure rate is high, the practicability is poor, the vulcanized rubber layer at the lower part of the armor belt is different in structure because of different materials and rubber materials of the armor belt, when the armor belt rotates around the roller, the butt joint of the armor plate and the armor plate is formed, the end part of the armor plate is tilted to the outer side of the roller to form an arc length larger than that of the inner side rubber layer, the armor plate can bypass the roller, the armor plate is stripped from the rubber layer in the large-amplitude tilting operation, the expansion rate of the armor belt is different from that of the rubber layer, the armor belt is asynchronous with the operation of the rubber layer because the two sides of the rubber layer are not limited, the invention provides a chain guard plate shaft anti-smashing buffering hanging-free single-shaft conveying belt, which aims to solve the problems that a rubber layer in a free state is piled, folded, deviated and slipped in a steel belt to cause deviation, scattering, high running resistance, high failure rate and the like of the steel belt.
Disclosure of Invention
The invention is realized by adopting the following technical scheme: the chain guard plate shaft anti-smashing buffering non-suspension ear single-shaft conveying belt comprises a chain guard plate shaft non-suspension ear single-shaft nail belt and the like, the chain guard plate shaft non-suspension ear single-shaft nail belt comprises a non-suspension ear single-shaft nail part, a buckling shaft connecting piece, a chain guard shaft structure and the like, the non-suspension ear single-shaft nail part comprises a non-suspension ear anti-smashing main body, a through connecting plate shaft and the like, the chain guard shaft structure is arranged on the side part of the non-suspension ear single-shaft nail part, the chain guard shaft structure is consistent with the upper surface of the non-suspension ear single-shaft nail part or the upper surface of the chain guard shaft structure is provided with a material blocking mechanism, the lower part of the chain guard plate shaft structure is provided with a buckling shaft connecting piece, a through connecting plate shaft buckling operation space and the like, the buckling shaft connecting piece is buckled with the through connecting plate shaft at the lower part of the chain guard plate shaft structure, the two sides of the non-suspension ear anti-smashing main body are provided with a left through connecting piece shaft and a right through connecting piece shaft, the buckling shaft connecting piece is provided with a connecting piece front buckling shaft hole and a connecting piece rear buckling shaft hole, the connecting piece front buckling shaft hole is buckled on a penetrating connecting plate shaft of the front single-shaft nail without hanging lugs, the connecting piece rear buckling shaft hole is buckled on a penetrating connecting plate shaft of the rear single-shaft nail without hanging lugs, the plurality of buckling shaft connecting pieces are buckled with the plurality of left penetrating connecting piece shafts and the plurality of right penetrating connecting piece shafts according to the method, the hanging lugs-free anti-smashing main body comprises a side arc anti-smashing main body or a polygonal anti-smashing main body and the like, the chain protecting shaft structure comprises a chain protecting plate shaft structure or a roller protecting chain shaft structure and the like, the hanging lugs-free single-shaft nail is connected with the chain protecting shaft structure in a split manner or is integrated, the chain protecting shaft structure comprises a double-arc chain protecting shaft structure or a single-arc chain protecting shaft structure or a regular polygonal chain protecting shaft structure and an irregular polygonal chain protecting shaft structure, the double-arc chain guard shaft structure comprises a left-right symmetrical chain guard shaft structure, a left-right asymmetrical chain guard shaft structure, a left-right same-direction chain guard shaft structure, a left-right opposite chain guard shaft structure, a shaft axis up-down symmetrical chain guard shaft structure and the like, the double-arc chain guard shaft structure comprises a symmetrical double-arc chain guard shaft structure, an asymmetrical double-arc chain guard shaft structure and the like, the regular polygonal chain guard shaft structure comprises a regular trapezoid chain guard shaft structure, a regular square chain guard shaft structure, a round chain guard shaft structure, a regular elliptic chain guard shaft structure, a regular triangle chain guard shaft structure, a regular sector chain guard shaft structure, a parallelogram chain guard shaft structure and the like, the irregular polygonal chain guard shaft structure comprises an irregular trapezoid chain guard shaft structure, an irregular square chain guard shaft structure, an irregular elliptic chain guard shaft structure, an irregular triangle chain guard shaft structure, an irregular sector chain guard shaft structure, the regular polygon guard chain shaft structure or the irregular polygon guard chain shaft structure comprises a guard chain shaft structure right side edge, a guard chain shaft structure left side edge and the like, the guard chain shaft structure right side edge and the guard chain shaft structure left side edge are mutually close to or buckled, or when the guard chain shaft structure is used, the guard chain plate shaft anti-smashing buffering hanging-free single-shaft conveying belt also comprises chain rollers, chain link plates and the like, buckling shaft connecting pieces, penetrating connecting plate shafts, the chain rollers and the chain link plates are arranged at the lower part of the guard chain shaft structure, or penetrating connecting plate shafts, the chain rollers and the chain link plates are arranged at the lower part of the guard chain shaft structure, when the double-arc guard chain shaft structure is used, the double-arc guard chain shaft structure comprises a guard chain shaft side end face convex arc, a guard chain shaft side end face concave arc and the like, and the guard chain shaft side end face convex arc of the latter double-arc guard chain shaft structure is buckled and sealed with the guard chain shaft side end face concave arc of the former double-arc guard chain shaft structure.
The side arc anti-smashing main body comprises a double side arc anti-smashing main body or a single side arc anti-smashing main body and the like, the double side arc anti-smashing main body comprises a main body side arc and the like, the main body side arc comprises a left-right symmetrical main body side arc or a left-right asymmetrical main body side arc or a left-right equidirectional main body side arc or a left-right opposite main body side arc or an axial vertical symmetrical main body side arc and the like, the main body side arc comprises a main body left side arc and a main body right side arc and the like, the main body left side arc and the main body right side arc are respectively arranged at two sides of the side arc anti-smashing main body, the main body left side arc and the main body right side arc respectively rotate and are buckled around the roller with the adjacent main body side arc when the side arc anti-smashing main body passes through the roller, materials are prevented from entering the inner part of a hanging lug-free single-axis nail belt, one side arc surface of the single side arc anti-smashing main body is provided with a side plane or a side non-arc curved surface, the side arc surface of the former single-side arc anti-smash body is matched with the side plane or the side non-arc surface of the latter single-side arc anti-smash body, the polygon anti-smash body comprises a regular polygon anti-smash body or an irregular polygon anti-smash body, the regular polygon anti-smash body comprises a regular trapezoid anti-smash body or a regular square anti-smash body or a round anti-smash body or a regular ellipse anti-smash body or a regular triangle anti-smash body or a regular fan anti-smash body or a parallelogram anti-smash body, the irregular polygon anti-smash body comprises an irregular trapezoid anti-smash body or an irregular square anti-smash body or an irregular triangle anti-smash body or an irregular fan anti-smash body, the regular polygon anti-smash body or the irregular polygon anti-smash body comprises a right side edge of the anti-smash body and a left side edge of the anti-smash body, etc., the right side of the anti-smashing main body of the front single-axis nail without hanging lugs and the left side of the anti-smashing main body of the rear single-axis nail without hanging lugs are mutually close or buckled to prevent the single-axis nail without hanging lugs from overturning, a plurality of single-axis nail without hanging lugs are buckled back and forth to prevent materials from flowing out of gaps between the single-axis nail without hanging lugs, the front anti-smashing main body without hanging lugs and the connecting plate penetrating shaft are connected in a split mode or are integrated, the front buckling shaft hole of the connecting piece of the front buckling shaft connecting piece is buckled on the connecting plate penetrating shaft of the front single-axis nail without hanging lugs, the rear buckling shaft hole of the connecting piece of the other buckling shaft connecting piece is buckled on the outer side of the rear buckling shaft hole of the connecting piece of the front buckling shaft connecting piece, the plurality of buckling shaft connecting pieces are buckled on the connecting plate penetrating shafts according to the method, the single-axis nail without hanging lugs is buckled into a single-axis nail without hanging lugs, the single-axis nail without hanging lugs is combined into a single-axis anti-axis transportation band without hanging lugs, and the like.
The buckling shaft connecting piece comprises an inner buckling shaft connecting plate, an outer buckling shaft connecting plate and the like, the inner buckling shaft connecting plate and the outer buckling shaft connecting plate are split or integrated, when the inner buckling shaft connecting plate and the outer buckling shaft connecting plate are integrated, the buckling shaft connecting piece comprises a Z-shaped buckling shaft piece and the like, the Z-shaped buckling shaft piece is provided with a Z-shaped piece front buckling single shaft hole, a Z-shaped piece rear buckling single shaft hole and the like, the Z-shaped piece front buckling single shaft hole is buckled on a front penetrating connecting plate shaft, the Z-shaped piece rear buckling single shaft hole of the other Z-shaped buckling shaft piece is buckled on the outer side of a penetrating connecting plate shaft buckled on the Z-shaped piece rear buckling single shaft hole of the front Z-shaped buckling shaft piece, the Z-shaped buckling shaft pieces are sequentially staggered and buckled, the front Z-shaped buckling shaft piece is prevented from falling off by the rear Z-shaped buckling shaft piece, when the Z-shaped buckling shaft piece is buckled on the rear Z-shaped buckling shaft piece only, one end of the last Z-shaped buckling shaft piece is buckled on the outer side of the last Z-shaped buckling shaft piece, the other end of the last Z-shaped buckling shaft piece is screwed into a gap between the Z-shaped buckling shaft piece of the first buckling and connecting plate-penetrating shaft and the hanging lug-free anti-smashing main body, a front buckling single shaft hole of the Z-shaped buckling shaft piece of the first buckling and connecting plate-penetrating shaft piece and a rear buckling single shaft hole of the Z-shaped buckling shaft piece form a penetrating shaft through hole, the last hanging lug-free anti-smashing main body is provided with a penetrating plate shaft hole, one end of the penetrating plate shaft penetrates into the penetrating plate shaft hole, the penetrating plate shaft is matched with the Z-shaped buckling shaft piece to buckle a plurality of hanging lug-free single shaft nail pieces into an annular protecting plate shaft hanging lug-free single shaft nail belt, the Z-shaped buckling shaft piece or the penetrating plate-penetrating shaft comprises a penetrating and connecting plate shaft channeling structure and the like, the anti-penetration connecting plate shaft shifting and disengaging structure comprises a stop pin anti-penetration connecting plate shaft shifting and disengaging structure or a screw anti-penetration connecting plate shaft shifting and disengaging structure or a welding anti-penetration connecting plate shaft shifting and disengaging structure or a bolt pin shaft anti-penetration connecting plate shaft shifting and disengaging structure and the like, when the bolt pin shaft anti-penetration connecting plate shaft shifting and disengaging structure is used, the bolt pin shaft anti-penetration connecting plate shaft shifting and disengaging structure is integrated with the penetrating connecting plate shaft, the bolt pin shaft anti-penetration connecting plate shaft shifting and disengaging structure comprises a hanging lug-free anti-breaking main body corresponding to the anti-penetration threaded pin shaft, one end of the anti-penetration threaded pin shaft facing the hanging lug-free anti-breaking main body is provided with a pin shaft threading hole matched with the anti-penetration connecting plate shaft, the pin shaft threading is matched with the anti-penetration main body pin shaft threading hole to prevent the penetrating connecting plate shaft from being in a shifting and disengaging mode, when interior knot axle connecting plate and outer knot axle connecting plate are components of a whole that can function independently, interior knot axle connecting plate includes that inner panel detains preceding shaft hole and inner panel detain back shaft hole, outer knot axle connecting plate includes that the outer panel detains preceding shaft hole and outer panel detain back shaft hole, the preceding wearing connecting plate axle of no hangers unipolar first piece passes the inner panel and detains preceding shaft hole, the wearing connecting plate axle of the later one no hangers unipolar first piece passes inner panel detain back shaft hole and outer panel knot preceding shaft hole, interior knot axle connecting plate and outer knot axle connecting plate overlap joint through wearing connecting plate axle, a plurality of interior knot axle connecting plates and a plurality of outer knot axle connecting plates detain a plurality of no hangers unipolar first pieces front and back links into and protects the no hangers unipolar first area of chain axle, when no hangers are anti to smash the main part and wear connecting plate axle components of a whole that can function independently, wear connecting plate axle and no hangers are through threaded connection, bonding or pin connection.
The front and back single-shaft nail pieces without hanging lugs are matched with each other to prevent dislocation overturning, a joint of the through connecting plate shaft and the buckling shaft connecting piece is provided with a connecting plate falling-off stopping structure, the buckling shaft connecting piece is prevented from falling off from the through connecting plate shaft by the connecting plate falling-off stopping structure, the connecting plate falling-off stopping structure comprises a pin connecting plate falling-off stopping structure or a sealing glue connecting plate falling-off stopping structure or a pin screw connecting plate falling-off stopping structure or a clamping groove connecting plate falling-off stopping structure or a clamping spring connecting plate falling-off stopping structure or a steel wire buckling connecting plate falling-off stopping structure or a backing pad connecting plate falling-off stopping structure or a welding connecting plate falling-off stopping structure or an adhesive connecting plate falling-off stopping structure and the like.
The chain guard plate shaft single-shaft armor belt further comprises an armor piercing member shaft roller, an armor outer chain plate without hanging lugs and the like, the connecting plate penetrating shaft penetrates through the armor piercing member shaft roller after penetrating through the buckling shaft connecting piece, and then penetrates through the armor outer chain plate without hanging lugs, the connecting plate falling-off stopping structure is arranged on the outer side of the armor outer chain plate without hanging lugs and used for preventing the armor outer chain plate without hanging lugs from falling off, and the armor single-shaft armor belt without hanging lugs, the buckling shaft connecting piece, the armor piercing member shaft roller, the armor outer chain plate without hanging lugs and the connecting plate falling-off stopping structure form the armor roller belt without hanging lugs.
The single-axis nail without hanging lugs comprises a polyester single-axis nail without hanging lugs, a nylon single-axis nail without hanging lugs, a high polymer single-axis nail without hanging lugs, a tetrafluoroethylene single-axis nail without hanging lugs, a metal bone polyester single-axis nail without hanging lugs, a metal bone nylon single-axis nail without hanging lugs, a metal bone high polymer single-axis nail without hanging lugs, a tetrafluoroethylene single-axis nail without hanging lugs or a metal bone plastic single-axis nail without hanging lugs.
The chain plate protecting shaft anti-smashing buffering non-hanging single-shaft conveying belt comprises a dense framework anti-smashing chain plate protecting shaft non-hanging single-shaft nail belt and the like, the dense framework anti-smashing chain plate protecting shaft non-hanging single-shaft nail belt comprises an anti-smashing framework and a plastic arc buckling sealing body, the anti-smashing framework is arranged in the plastic arc buckling sealing body, the total height of the anti-smashing framework is larger than the sum of the plastic arc buckling sealing body on the upper part of the anti-smashing framework and the plastic arc buckling sealing body on the lower part of the anti-smashing framework, when ores smash towards the chain plate protecting shaft non-hanging single-shaft nail belt, the anti-smashing framework is stressed and does not deform, the plastic arc buckling sealing body buffers the ore heavy smashing impact force, the gap between the anti-smashing framework and the anti-smashing framework is sealed, material leakage is prevented, and/or the total width of the anti-smashing framework is larger than the sum of the plastic arc buckling sealing body on the right side of the anti-smashing framework, the anti-smashing framework is arranged, the anti-smashing framework is small in width, and when the ores smash framework passes through the drum, the drum is smooth and the drum body rotates smoothly, and accordingly the single-shaft non-hanging single-shaft nail belt is reduced.
The chain protection plate shaft smashing-resistant buffering hanging-free single-shaft conveying belt comprises a rubber belt conveyor or a belt conveyor and the like, the chain protection plate shaft hanging-free single-shaft nail belt is arranged on the rubber belt conveyor or the belt conveyor, the chain protection plate shaft hanging-free single-shaft nail belt protects the belt surface of the rubber belt conveyor or the belt conveyor from smashing again, the upper surface of the plastic buckling arc body bears materials, the lower surface of the plastic buckling arc body is attached to the belt surface of the rubber belt conveyor or the belt conveyor, and the plastic buckling arc body does not damage the belt surface of the rubber belt conveyor or the belt conveyor.
The height of the upper part of the buckling shaft connecting plate is equal to or greater than that of the hanging lug-free single-shaft nail belt surface of the protecting chain plate shaft to block side leakage, the diameter opening of the connecting plate shaft is enlarged, the double-side arc anti-smashing main body comprises an anti-disengaging side convex arc, a buckling anti-disengaging convex double-tongue concave arc and the like, the anti-disengaging side convex arc is a whole circular arc convex, the buckling anti-disengaging convex double-tongue concave arc is a whole circular arc concave, the whole circular arc concave is buckled with the whole circular arc convex, the arc length of the whole circular arc concave is smaller than or equal to that of the whole circular arc concave semicircle, the distance from the top of the upper arc tongue and the bottom of the lower arc tongue to the axis center of the connecting plate shaft is greater than the shortest distance from the bottom of the whole circular arc concave arc to the axis center of the connecting plate shaft, the buckling part of the anti-disengaging side convex arc and the buckling anti-disengaging convex double-tongue concave arc rotates smoothly through the roller around the connecting plate shaft, and the buckling anti-disengaging convex double-tongue concave arc is not enabled to overturn to be separated from the anti-disengaging side convex arc.
The nail penetrating shaft roller is directly penetrated on the end shaft of the single-shaft nail without the hanging lugs, the main body without the hanging lugs is used as the buckling shaft connecting piece to position the nail penetrating shaft roller, the structural strength of the main body without the hanging lugs and the smashing is improved, the length of the shaft of the connecting plate penetrating through the nail penetrating shaft is shortened, and the shearing strength of the shaft of the connecting plate penetrating through the nail penetrating shaft is improved.
The beneficial effects of the invention are as follows:
1. The chain guard shaft structure is arranged on the side part of the hanging-lug-free single-shaft nail piece, the upper surface of the chain guard shaft structure is consistent with the upper surface of the hanging-lug-free single-shaft nail piece or is provided with a stop mechanism, the lower part of the chain guard shaft structure is provided with a buckling shaft connecting piece and a connecting-plate-penetrating shaft buckling operation space, the buckling shaft connecting piece is buckled with the connecting-plate-penetrating shaft at the lower part of the chain guard shaft structure, the chain guard shaft structure protects the buckling shaft connecting piece and the connecting-plate-penetrating shaft, the front buckling shaft hole of the connecting piece is buckled on the connecting-plate-penetrating shaft of the front hanging-lug-free single-shaft nail piece, the plurality of buckling shaft connecting pieces are buckled with a plurality of left-penetrating connecting piece shafts and a plurality of right-penetrating connecting piece shafts according to the method, the hanging-lug-free single-shaft nail piece is connected with the chain guard shaft structure in a split manner or is in an integrated manner, the chain guard shaft structure comprises a double-arc guard shaft structure or a single-arc guard shaft structure, the right side edge of the chain guard shaft structure is buckled with the chain guard shaft structure or the connecting-penetrating plate-penetrating shaft structure is close to the connecting-penetrating shaft-connecting-plate, and the right edge of the chain guard shaft structure is buckled with the chain guard shaft structure is arranged on the end face of the chain guard shaft structure when the chain guard shaft structure is in a concave-arc-shaped structure, the end face of the chain guard shaft structure is buckled with the end face of the chain guard shaft structure. The chain guard shaft structure protects the lower buckling shaft connecting piece, the penetrating connecting plate shaft, the chain roller, the chain link plate and the like from being impacted, worn and corroded by coal slime and sewage, the chain guard shaft structure is consistent with the upper surface of the hanging-free single-shaft nail piece or the upper surface of the chain guard shaft structure is provided with a material blocking mechanism, the front chain guard shaft structure and the rear chain guard shaft structure are ensured to be matched optimally, the front chain guard shaft structure and the rear chain guard shaft structure are buckled to form smooth and clean side surfaces, when the chain guard shaft is arranged in the material guide groove, the side surfaces of the chain guard shaft structure face the surface of the guide groove, when the chain guard shaft is rubbed with the guide groove in the running process of the hanging-free single-shaft nail belt, the side surfaces of the chain guard shaft structure are rubbed with the guide groove to form surface friction with the guide groove, the double shafts of the material conveying plate and the side end surface connecting shaft plates are prevented from being rubbed and collided with the guide groove in a concave-convex way, the double shafts of the material conveying plate and the connecting shaft plates on the side end surfaces are protected from abrasion, the service life of the hanging-free single-shaft nail belt of the chain protecting shaft is prolonged, the surface of the chain protecting shaft structure is smooth and consistent with the surface of the hanging-free single-shaft nail part, the appearance is exquisite, the structure is reasonable, the scraping plate is beneficial to thoroughly cleaning the materials on the hanging-free single-shaft nail part, the material buckling, the connecting plate penetrating and the like are ensured not to rust, deform, fall and entrain return materials, the chain protecting shaft structure widens the material conveying width of the hanging-free single-shaft nail belt of the chain protecting shaft, enlarges the protection of the materials, improves the safety performance of conveying the materials, improves the material conveying efficiency, reduces the waste of the materials, improves the service life of the connecting plate buckling and the connecting plate penetrating, ensures that the materials do not pollute the chain rollers, the chain link plates, the chain gears and other parts, reduces the environmental pollution, avoids the waste of the materials, the invention has simple and exquisite structure and strong practicability, protects the roller chain from being matched with the gear accurately, does not cause the material to lift the roller chain from the gear due to the material entering the gear and the roller chain, causes the roller chain to fall off and other faults, and improves the service life, the efficiency and the safety production capacity of each component.
2. The main body side arc comprises a left-right symmetrical main body side arc or a left-right asymmetrical main body side arc or a left-right homodromous main body side arc or a left-right reverse main body side arc, the main body side arc comprises a main body left arc and a main body right arc, the main body left arc and the main body right arc are respectively arranged at two sides of the side arc anti-smashing main body, when the side arc anti-smashing main body passes through a roller, the main body left arc and the main body right arc are respectively buckled with the adjacent main body side arc to move around the roller, so as to prevent materials from entering the inside of the hanging-free single-shaft armor belt of the chain guard shaft, one side arc surface of the single-side arc anti-smashing main body is provided with a side plane or a side non-arc curved surface, the side arc surface of the front single-side arc anti-smashing main body is matched with the side plane or the side non-arc curved surface of the rear single-side arc anti-smashing main body, the polygonal anti-smashing main body comprises a regular polygonal anti-smashing main body or an irregular polygon anti-smashing main body, the right side edge of the anti-smashing main body of the front single-axis nail without hanging lugs and the left side edge of the anti-smashing main body of the rear single-axis nail without hanging lugs are mutually close or buckled to prevent the single-axis nail without hanging lugs from overturning, a plurality of single-axis nail without hanging lugs are buckled back and forth to prevent materials from flowing out from gaps between the single-axis nail without hanging lugs, the front anti-smashing main body without hanging lugs and the through connecting plate shaft are connected in a split mode or are integrated, the front buckling shaft hole of the connecting piece of the front buckling shaft connecting piece is buckled on the through connecting plate shaft of the front single-axis nail without hanging lugs, the rear buckling shaft hole of the connecting piece of the other buckling shaft connecting piece is buckled on the outer side of the rear buckling shaft hole of the connecting piece of the front buckling shaft connecting piece, a plurality of buckling shaft connecting pieces are buckled on the through connecting plate shafts according to the method, a plurality of nail without hanging lugs are buckled into a single-axis nail without hanging lugs, the single-shaft nail without the hanging lugs is combined into the chain protection plate shaft anti-smashing buffering single-shaft conveyer belt without the hanging lugs.
3. The invention removes the hanging lugs arranged in front and behind the old armor piece, changes the defects of multiple hanging lug buckling gaps and uneven surfaces of the old armor piece, leads the worn armor piece to flexibly and quickly rotate and lead the armor piece to be a single-shaft buckling shaft connecting piece when being impacted by smashing, and avoids the defect that the hanging lug single-shaft armor piece quickly rotates to buffer and release impact force when being impacted by smashing strongly, avoids the structure that the front and rear two hanging lug positioning wide armor pieces of the old armor piece prevent the wide armor piece from overturning, and leads the hanging lug to be a straight and anti-hanging lug body structure and the hanging lug body structure to be a straight and smooth structure, and has no bending resistance, no deformation of the hanging lug structure, and no deformation of the hanging lug body structure compared with the hanging lug structure, namely the hanging lug 3, the hanging lug structure is easy to manufacture, and no deformation resistance, and no deformation of the hanging lug is more than the hanging lug structure. The invention has the advantages that the connecting plate penetrating shaft is arranged at the end part of the single-shaft nail without the hanging lugs, is integrated with or fixedly connected with the single-shaft nail without the hanging lugs, has flat side belt surfaces, is only penetrated and connected with the buckling shaft connecting pieces at the two end surfaces during assembly, is quick and simple to assemble and disassemble, is free from blocking and smooth, has short connecting plate penetrating shaft, has small deformation, high precision, high rigidity, easy accurate manufacture, high assembly precision, tight and accurate belt surface buckling, extremely small long extension, overcomes the defects that the hanging lugs are penetrated and connected by penetrating strips, are difficult to fix and easy to outwards cross, and uses the thickness required by the hanging strips to be thickened and penetrated into the connecting plate penetrating shaft up and down by removing the connecting lugs, so that the diameter of the armor belt shaft with the same thickness can be enlarged, the strength of the connecting plate penetrating shaft is greatly enhanced, the problems that old type armor plates are not enough in size and strength to be pulled and deformed and broken by pulling are avoided, the structure of the armor plates before and after being connected by penetrating strips is changed, the complex process for manufacturing hanging lugs and penetrating shaft holes is omitted, compared with armor belts with the same thickness, the chain plate protecting shaft smashing-resistant buffering hanging-free single-shaft conveying belt is simple in structure and high in strength, a large amount of manpower, material resources and manufacturing equipment are saved, the buckling shaft connecting plates are used for connecting the two ends of the hanging-free single-shaft armor, assembly parts are few, the disassembly and assembly are flexible, quick and accurate, time and labor are saved, the buckling shaft connecting plates and the penetrating shaft connecting plates are prevented from being smashing and impacting, and the use value and service life of the hanging-free single-shaft armor are greatly improved.
4. The invention uses the advantages of the arc surface to rotate relatively in a sealing way, the concave arc is buckled with the convex arc, the single-axis parts without the hanging ears are precisely buckled by the rotation of the same axis, the single-axis parts without the hanging ears are compact in appearance, high in internal strength, small in bending radius of the whole strip of the single-axis parts without the hanging ears, small in bending speed, small in bending strength, high in stability, long in service life, and the like, and the strip of the single-axis parts without the hanging ears is deformed, and is characterized in that the strip of the single-axis parts with the hanging ears is high in density, high in strength, high in stability, low in deformation strength, high in stability, long in service life, and the like.
5. According to the invention, the through connecting plate shaft is placed at two ends of the carrying and smashing plate, the buckling cambered surfaces of the front carrying and smashing plate and the rear carrying and smashing plate are smaller than semicircle, leakage is prevented, the buckling and anti-falling convex double-tongue concave arc can not collide with the hanging lug anti-smashing main body surface when rotating around the through connecting plate shaft, when being smashed by materials falling from a height of tens of meters, the hanging lug-free single-shaft armor piece has a certain deflection, a gap is formed between the anti-falling side convex arc and the buckling and anti-falling convex double-tongue concave arc to release impact force, the buckling relation between the anti-falling side convex arc and the buckling and anti-falling double-tongue concave arc set and the shaft is avoided, the occurrence of faults such as locking and the like of the shaft and the sleeve when being impacted is avoided, even if the front armor piece and the rear armor piece are heavily smashed, the micro-slotting and anti-smashing force can be properly deformed, the buckling and anti-smashing convex double-tongue concave arc axis deformation bending is avoided, and the occurrence of faults such as that the armor piece axis can not rotate around the drum when being bent when the drum is in a transition mode.
6. The front and back parts of the single-axis nail without the hanging lugs are buckled by the leakproof cambered surface, the front and back parts of the single-axis nail without the hanging lugs are not mutually meshed with the acting force of the front and back parts of the single-axis nail without the hanging lugs, so that when the materials are smashed, the two parts of the single-axis nail without the hanging lugs are not buckled, and therefore, when the parts are impacted by gravity, the smashing force can be buffered by proper deflection deformation.
7. The inner buckling shaft connecting plate and the outer buckling shaft connecting plate are split or integrated, when the inner buckling shaft connecting plate and the outer buckling shaft connecting plate are integrated, the front buckling single shaft hole of the Z-shaped piece is buckled on the front through connecting plate shaft, the rear buckling single shaft hole of the Z-shaped piece is buckled on the rear through connecting plate shaft, the front buckling single shaft hole of the Z-shaped piece is buckled on the outer side of the through connecting plate shaft buckled on the rear buckling single shaft hole of the Z-shaped piece of the front Z-shaped piece, the Z-shaped buckling shaft pieces are sequentially staggered and buckled, the front Z-shaped buckling shaft piece and the rear Z-shaped buckling shaft piece are penetrated through the through connecting plate shaft, the rear Z-shaped buckling shaft piece is used for preventing the front Z-shaped buckling shaft piece from falling off, when the Z-shaped buckling shaft piece is buckled on the outer side of the last Z-shaped buckling shaft piece, one end of the last Z-shaped buckling shaft piece is buckled on the outer side of the last Z-shaped buckling shaft piece, the other end of the last Z-shaped buckling shaft piece is screwed into a gap between the Z-shaped buckling shaft piece of the first through connecting plate shaft and the hanging lug-free anti-smashing main body, the front buckling single shaft hole of the Z-shaped buckling shaft piece of the first buckling connecting plate shaft and the rear buckling single shaft hole of the Z-shaped buckling shaft piece of the last Z-shaped buckling shaft piece form a shaft penetrating through hole, the last hitless anti-smashing main body is provided with the shaft penetrating through hole, one end of the shaft penetrating through hole penetrates through the shaft penetrating through hole and enters the shaft penetrating through hole, the shaft penetrating through hole and the Z-shaped buckling shaft piece are matched to buckle a plurality of hitless single shaft nail cambered surfaces to form an annular protection chain plate shaft anti-smashing buffering hitless single shaft conveying belt, one Z-shaped buckling shaft piece replaces the two buckling shaft connecting piece 8-shaped buckle plates, the structure is compact and high in strength, the rear Z-shaped buckling shaft piece prevents the front Z-shaped buckling shaft piece from falling off, the structure and the parts for preventing falling off of each buckling shaft connecting piece 8-shaped buckle plate are prevented from being manufactured and placed on the shaft penetrating through the connecting plate, and the Z-shaped buckling shaft piece is simple in structure, few in structure and easy to wear parts and rapid to assemble, the maintenance amount is very small, and the service life is long.
8. When the bolt pin shaft stop plate shaft shifting and disengaging structure is used, the bolt pin shaft stop plate shaft shifting and disengaging structure and the through connecting plate shaft are integrated, the bolt pin shaft stop plate shaft shifting and disengaging structure comprises a front shaft hole of an inner buckling-free single-shaft nail piece, a front shaft hole of an outer buckling-free single-shaft nail piece, an inner buckling-shaft connecting plate and an outer buckling-shaft connecting plate are connected in a lap joint mode through the front shaft hole of the inner buckling-free single-shaft nail piece, a plurality of inner buckling-shaft connecting plates and a plurality of outer buckling-shaft connecting plates are connected in a lap joint mode through the front and rear buckling-free single-shaft protection shafts of the inner buckling-free single-shaft nail pieces, and the front and rear buckling-shaft protection shafts of the non-hanging-lug single-shaft nail pieces are connected in a buckle mode through the through connecting plates or the through connecting plates.
9. The Z-shaped buckling shaft piece avoids complex process and complex workpiece of taking the buckling shaft connecting piece as a structure for preventing the buckling shaft connecting piece from falling off, avoids damage to the strength of the buckling shaft by arranging the blocking piece on the buckling shaft by drilling, improves the strength and service life of the buckling shaft, and when the bolt pin shaft limiting plate shaft shifting structure is used, the bolt pin shaft limiting plate shaft shifting structure is integrated with the buckling shaft, comprises a hanging lug-free anti-smashing main body corresponding to the anti-shifting threaded pin shaft, a pin shaft penetrating screw hole is formed in one end of the Z-shaped buckling shaft piece, which is matched with the anti-shifting threaded pin shaft, of the anti-shifting threaded pin shaft, a pin shaft thread is arranged in one end of the hanging lug-free anti-smashing main body, the pin shaft thread is matched with the pin shaft penetrating screw hole of the anti-smashing main body, and prevents the buckling shaft from falling off.
10. The joint of the through-connection plate shaft and the buckling shaft connecting piece is provided with a connection plate falling-off stopping structure, the connection plate falling-off stopping structure prevents the buckling shaft connecting piece from falling off from the through-connection plate shaft, the connection plate falling-off stopping structure comprises a pin connection plate falling-off stopping structure or a sealing glue connection plate falling-off stopping structure or a pin screw connection plate falling-off stopping structure or a clamping groove connection plate falling-off stopping structure or a clamping spring connection plate falling-off stopping structure or a steel wire buckling connection plate falling-off stopping structure or a backing pad connection plate falling-off stopping structure or a welding connection plate falling-off stopping structure or an adhesion connection plate falling-off stopping structure, the connection plate falling-off stopping structure prevents the buckling shaft connecting piece from falling off from the through-connection plate shaft, the long-term stable connection of the buckling shaft connecting piece without hanging ear armor is ensured, and the buckling precision of the hanging-free armor piece is ensured.
11. The connecting plate penetrating shaft passes through the nail penetrating shaft roller after passing through the buckling shaft connecting piece, then passes through the hanging-free armor outer chain plate, the connecting plate falling-off stopping structure is arranged on the outer side of the hanging-free armor outer chain plate, the hanging-free armor outer chain plate is prevented from falling off, the hanging-free single-shaft armor piece, the buckling shaft connecting piece, the nail penetrating shaft roller, the hanging-free armor outer chain plate and the connecting plate falling-off stopping structure form a hanging-free armor roller chain belt, or the nail penetrating shaft roller directly penetrates through the connecting plate, the hanging-free anti-smashing main body is used as the buckling shaft connecting piece to position the nail penetrating shaft roller, the structural strength of the hanging-free anti-smashing main body is improved, the cutting strength of the connecting plate penetrating shaft is improved, materials are saved, the process is simple, and the service life is long.
12. The connecting plate penetrating shaft penetrates through the buckling shaft connecting piece and then penetrates through the armor penetrating piece shaft roller, then penetrates through the outer chain plate without the hanging lug armor, the connecting plate falling-off stopping structure is arranged on the outer side of the outer chain plate without the hanging lug armor, the outer chain plate without the hanging lug is prevented from falling off, the single-shaft armor without the hanging lug, the buckling shaft connecting piece, the armor penetrating piece shaft roller, the outer chain plate without the hanging lug and the connecting plate falling-off stopping structure form an armor roller chain belt without the hanging lug, the diameter of the connecting plate penetrating shaft is smaller than or equal to the height of the single-shaft armor belt without the hanging lug, namely the strength of the connecting plate penetrating shaft is increased to the greatest extent, the surface of the belt is ensured to be smooth, the connecting plate penetrating shaft seat with high structural strength is formed by driving shaft anti-heavy pulling, anti-heavy smashing and anti-shearing, the buckling between the armor without the hanging lug is tight and accurate, the leakage stopping effect is good, and the material scraping plate with a smooth upper plane and a lower plane in a locking-off arc convex shape is enabled to be capable of better removing the belt surface material when the scraping plate passes through a carrier roller, and the carrier roller is smooth, noise is small, and vibration is avoided.
13. When the metal bone plastic single-axis nail without hanging ear is used, the metal bone plastic single-axis nail without hanging ear comprises a metal framework and a plastic buckling arc body, the metal framework is arranged in the plastic buckling arc body, two ends of the metal framework are provided with connecting plate penetrating shafts which extend out from two ends of the plastic buckling arc body and are connected with the buckling shaft connecting pieces in a penetrating way, the metal framework comprises a round metal framework, a polygonal metal framework or an elliptic metal framework, the thickness of the metal framework is smaller than or equal to the sum of the plastic buckling arc body at the upper part of the metal framework and the plastic buckling arc body at the lower part of the metal framework, or the total height of the metal framework is larger than the sum of the plastic buckling arc body at the upper part of the metal framework and the plastic buckling arc body at the lower part of the anti-smashing framework, when the polygonal metal framework is used, the polygonal metal framework comprises a metal framework carrying edge and a metal framework bottom edge, the length of the metal framework carrying edge is larger than the metal framework bottom edge opposite to the metal framework carrying edge, the anti-smashing area of the metal framework carrying edge is large, the plastic buckling arc body is reduced, the metal framework supporting surface is not provided with the plastic buckling arc body, the metal framework and the plastic combination are used, so that the single-shaft metal part without the hanging lug has light weight, wear resistance, corrosion resistance, running noise-free and good leakage-proof sealing performance, the hanging lug-free armor tape formed by the metal hanging lug-free armor parts resists smashing and wear resistance, the metal bone polyester hanging lug-free armor part, the metal bone nylon hanging lug-free armor part, the metal bone macromolecule hanging lug-free armor part, the tetrafluoroethylene hanging lug-free armor part or the metal bone plastic hanging lug-free armor part deforms the metal framework, the advantages of heavy-weight-resistant and smash-resistant steel are combined with the advantages of easy casting, smooth casting surface and accurate size of chemical plastics, so that the steel is heavy-weight-resistant, strong in impact rigidity, good in buckling sealing performance, good in buffering performance, free of noise operation and rust-resistant, the thickness of the metal skeleton is smaller than or equal to the sum of a plastic buckling arc body at the upper part of the metal skeleton and a plastic buckling arc body at the lower part of the metal skeleton, so that the hanging-free steel is light in weight and not deformed as far as possible, or the total height of the metal skeleton is larger than the sum of the plastic buckling arc body at the upper part of the metal skeleton and the plastic buckling arc body at the lower part of the anti-smash skeleton, the structural strength of the hanging-free steel is increased as far as possible, and the steel is suitable for transporting materials in severe environments with large and heavy smashing force of mine blocks.
14. The anti-crushing framework is arranged in the plastic arc buckling sealing body, the total height of the anti-crushing framework is larger than the sum of the plastic arc buckling sealing body at the upper part of the anti-crushing framework and the plastic arc buckling sealing body at the lower part of the anti-crushing framework, when ores are crushed towards the chain guard plate shaft without the hanging lug single-shaft nail belt, the anti-crushing framework is crushed and does not deform, the plastic arc buckling sealing body buffers the ore to crush the impact force, gaps between the anti-crushing framework and the anti-crushing framework are sealed, material leakage is prevented, and/or the total width of the anti-crushing framework is larger than the sum of the plastic arc buckling sealing body at the left side of the anti-crushing framework and the plastic arc buckling sealing body at the right side of the anti-crushing framework, so that the anti-crushing frameworks are densely arranged, the width of the anti-crushing frameworks is small, the belt surface is smooth when the anti-crushing frameworks pass through the roller, and smoothly rotates around the roller, and the length of the chain guard plate shaft anti-crushing buffering single-shaft conveying belt without the hanging lug single-shaft is correspondingly reduced.
15. The chain guard plate shaft hanging-free single-shaft armor belt is arranged on the adhesive chain belt conveyor or the belt conveyor, the chain guard plate shaft hanging-free single-shaft armor belt protects the belt surface of the adhesive chain belt conveyor or the belt conveyor from being smashed, the upper surface of the plastic buckling arc body bears materials, the lower surface of the plastic buckling arc body is attached to the belt surface of the adhesive chain belt conveyor or the belt conveyor, the attaching precision of the lower surface of the plastic buckling arc body is high, friction and damage to the lower belt surface caused by the extension of the chain guard plate shaft hanging-free single-shaft armor belt are avoided, the plastic buckling arc body does not damage the belt surface of the adhesive chain belt conveyor or the belt conveyor, the hanging-free armor member is simple in structure, high in buckling flatness, the belt bottom of the plastic buckling arc body is flat and smooth, abrasion to the lower belt of the plastic buckling arc body is greatly reduced, the upper surface of the plastic buckling arc body bears materials, the lower surface of the plastic buckling arc body is attached to the belt surface of the adhesive chain belt conveyor or the belt conveyor, the lower surface of the plastic buckling arc body is good in buffering performance, the service life of the adhesive chain belt conveyor or the belt conveyor is greatly prolonged.
16. The height of the upper part of the buckling shaft connecting plate is equal to or larger than that of the front-guard plate shaft anti-smashing buffering hanging-lug-free single-shaft conveying belt surface, when the height of the upper part of the buckling shaft connecting plate is larger than that of the front-guard plate shaft anti-smashing buffering hanging-lug-free single-shaft conveying belt surface, side leakage is blocked, the diameter opening of the shaft penetrating through the connecting plate is enlarged, the anti-falling side convex arc is a whole circular arc convex or a lower circular arc convex upper supporting table, the concave arc of the buckling anti-falling convex double-tongue is a whole circular arc concave or a lower circular arc concave upper supporting table, the whole circular arc concave is buckled with the whole circular arc convex or the lower circular arc concave upper supporting table is buckled with the lower circular arc convex upper supporting table, the arc length of the whole circular arc concave is smaller than or equal to a whole circular arc concave semicircle, the concave arc of the buckling anti-falling convex double-tongue comprises an upper arc tongue and a lower arc tongue, the length from the axis center of the connecting plate shaft of the front single-axis nail piece without hanging lugs to the top of the upper arc tongue of the connecting plate shaft is longer than the radius of a buckling line from the axis center of the rear single-axis nail piece without hanging lugs to the side convex arc with hanging lugs and the concave arc with hanging lugs, and is longer than the distance from the axis center of the front connecting plate shaft to the axis center of the rear connecting plate shaft, so that the buckling part of the side convex arc with hanging lugs and the concave arc with hanging lugs rotates smoothly around the connecting plate shaft and passes through the roller, the side convex arc with hanging lugs is not turned over to be separated from the side convex arc with hanging lugs, the surface of the belt is kept smooth, the left side surface and the right side surface of the single-axis nail piece without hanging lugs are respectively an integral side convex arc with hanging lugs and an integral hanging lugs concave arc with hanging lugs, each side surface is free of concave and concave arc with hanging lugs, the structure is simple and easy to manufacture, the upper surface and the lower surface of the belt without hanging lugs is smooth, and the lower surface is discharged cleanly without return material, and the lower surface passes through the roller without noise and abrasion, and has long service life.
17. The nail penetrating shaft roller is directly penetrated on the end shaft of the single-shaft nail without the hanging lugs, the main body without the hanging lugs is used as the buckling shaft connecting piece to position the chain roller, the structural strength of the main body without the hanging lugs is increased, the length of the shaft penetrating the connecting plate is shortened, the shearing strength of the shaft penetrating the connecting plate is improved, the manufacturing process is saved, and the assembly efficiency is improved.
Description of the drawings:
FIG. 1 is a schematic view of a chain guard plate shaft anti-crushing buffering hitless single-shaft conveyer belt in example 1;
FIG. 2 is a schematic view of the structure of a single-shaft conveyer belt with a chain guard plate shaft for smashing-resistant buffering and no hanging lugs in the embodiment 1;
FIG. 3 is a schematic view of the structure of a single-shaft conveyer belt without hanging lugs for smashing and buffering of a chain guard plate shaft in the embodiment 1;
FIG. 4 is a schematic view of the structure of a single-shaft conveyer belt with a chain guard plate shaft for smashing-resistant buffering and no hanging lugs in the embodiment 1;
FIG. 5 is a schematic view of the structure of a single-shaft conveyer belt with a chain guard plate shaft for smashing-resistant buffering and no hanging lugs in the embodiment 1;
FIG. 6 is a schematic view of the structure of a single-shaft conveyer belt with a chain guard plate shaft for smashing-resistant buffering and no hanging lugs in the embodiment 1;
FIG. 7 is a schematic view of the structure of a single-shaft conveyer belt with a chain guard plate shaft for smashing-resistant buffering and no hanging lugs in the embodiment 1;
FIG. 8 is a schematic view of the structure of a single-shaft conveyer belt with a chain guard plate shaft for smashing-resistant buffering and no hanging lugs in the embodiment 1;
FIG. 9 is a schematic view of the structure of a single-shaft conveyer belt with a chain guard plate shaft for smashing-resistant buffering and no hanging lugs in the embodiment 1;
FIG. 10 is a schematic view of the structure of a single-shaft conveyer belt with a chain guard plate shaft for smashing-resistant buffering and no hanging lugs in the embodiment 2;
FIG. 11 is a schematic view of the structure of a single-shaft conveyer belt with a chain guard plate shaft for smashing-resistant buffering and no hanging lugs in the embodiment 2;
FIG. 12 is a schematic view showing the structure of a single-shaft conveyer belt with a chain guard plate shaft for smashing-resistant buffering and no hanging lugs in example 2;
FIG. 13 is a schematic view showing the structure of a single-shaft conveyer belt with a chain guard plate shaft for smashing-resistant buffering and no hanging lugs in example 2;
FIG. 14 is a schematic view showing the structure of a single-shaft conveyer belt with a chain guard plate shaft for smashing-resistant buffering and no hanging lugs in example 2;
FIG. 15 is a schematic view showing the structure of a single-shaft conveyer belt with a chain guard plate shaft for smashing-resistant buffering and no hanging lugs in example 2;
FIG. 16 is a schematic view showing the structure of a single-shaft conveyer belt with a chain guard plate shaft for smashing-resistant buffering and no hanging lugs in example 2;
FIG. 17 is a schematic view of the structure of a single-shaft conveyer belt with a chain guard plate shaft for smashing-resistant buffering and no hanging lugs in example 2;
FIG. 18 is a schematic view showing the structure of a single-shaft conveyer belt with a chain guard plate shaft for smashing-resistant buffering and no hanging lugs in example 2;
FIG. 19 is a schematic view showing the structure of a single-shaft conveyer belt with a chain guard plate shaft for smashing-resistant buffering and no hanging lugs in the embodiment 3;
FIG. 20 is a schematic view showing the structure of a single-shaft conveyer belt with a chain guard plate shaft for smashing-resistant buffering and no hanging lugs in the embodiment 3;
FIG. 21 is a schematic view showing the structure of a single-shaft conveyer belt with a chain guard plate shaft for smashing-resistant buffering and no hanging lugs in example 4;
FIG. 22 is a schematic view showing the structure of a single-shaft conveyer belt with a chain guard plate shaft for smashing-resistant buffering and no hanging lugs in example 5;
FIG. 23 is a schematic view showing the structure of a single-shaft conveyer belt with a chain guard plate shaft for impact-resistant buffering and no hangers in example 5;
FIG. 24 is a schematic view showing the structure of a single-shaft conveyer belt with a chain guard plate shaft for impact-resistant buffering and no hangers in example 5;
FIG. 25 is a schematic view showing the structure of a single-shaft conveyer belt with a chain guard plate shaft for impact-resistant buffering and no lugs in example 5;
FIG. 26 is a schematic view showing the structure of a single-shaft conveyer belt with a chain guard plate shaft for impact-resistant buffering and no lugs in example 5;
FIG. 27 is a schematic view showing the structure of a single-shaft conveyer belt with a chain guard plate shaft for smashing-resistant buffering and no hanging lugs in example 5;
FIG. 28 is a schematic view showing the structure of a single-shaft conveyer belt with a chain guard plate shaft for smashing-resistant buffering and no hanging lugs in example 2;
FIG. 29 is a schematic view showing the structure of a single-shaft conveyer belt with a chain guard plate shaft for impact-resistant buffering and no lugs in example 5;
FIG. 30 is a schematic view showing the structure of a single-shaft conveyer belt with a chain guard plate shaft for impact-resistant buffering and no lugs in example 5;
FIG. 31 is a schematic view showing the structure of a single-shaft conveyer belt with a chain guard plate shaft for impact-resistant buffering and no lugs in example 5;
FIG. 32 is a schematic view showing the structure of a single-shaft conveyer belt with a chain guard plate shaft for impact-resistant buffering and no lugs in example 5;
FIG. 33 is a schematic view showing the structure of a single-shaft conveyer belt with a chain guard plate shaft for impact-resistant buffering and no lugs in example 5;
FIG. 34 is a schematic view showing the structure of a single-shaft conveyer belt with a chain guard plate shaft for smashing-resistant buffering and no hanging lugs in example 5;
FIG. 35 is a schematic view showing the structure of a single-shaft conveyer belt with a chain guard plate shaft for impact-resistant buffering and no lugs in example 5;
FIG. 36 is a schematic view showing the structure of a single-shaft conveyer belt with a chain guard plate shaft for impact-resistant buffering and no lugs in example 6;
FIG. 37 is a schematic view showing the structure of a single-shaft conveyer belt with a chain guard plate shaft for impact-resistant buffering and no lugs in example 6;
FIG. 38 is a schematic view showing the structure of a hitless single-shaft conveyer belt with a chain guard plate shaft for impact resistance in example 7;
FIG. 39 is a schematic view showing the structure of a single-shaft conveyer belt with a chain guard plate shaft for impact-resistant buffering and no lugs in example 8;
FIG. 40 is a schematic view of a chain guard plate shaft anti-crushing buffering hitless single-shaft conveyor belt structure in example 9;
FIG. 41 is a schematic view showing the structure of a hitless single-shaft conveyer belt with a chain guard plate shaft for impact-resistant buffering in example 10;
FIG. 42 is a schematic view showing the structure of a hitless single-shaft conveyer belt with a chain guard plate shaft for impact-resistant buffering in example 10;
FIG. 43 is a schematic view of a chain guard plate shaft anti-crushing buffer hitless single-shaft conveyor belt structure in example 10;
FIG. 44 is a schematic view showing the structure of a hitless single-shaft conveyer belt with a chain guard plate shaft for impact-resistant buffering in example 11;
FIG. 45 is a schematic view showing the structure of a single-shaft conveyer belt with a chain guard plate shaft for smashing-resistant buffering and no hanging lugs in example 12;
FIG. 46 is a schematic view showing the structure of a single-shaft conveyer belt with a chain guard plate shaft for impact-resistant buffering and no lugs in example 12;
FIG. 47 is a schematic view showing the structure of a single-shaft conveyer belt with a chain guard plate shaft for impact-resistant buffering and no lugs in example 13;
FIG. 48 is a schematic view showing the structure of a hitless single-shaft conveyer belt with a chain guard plate shaft for impact-resistant buffering in example 13;
FIG. 49 is a schematic view showing the structure of a hitless single-shaft conveyer belt with a chain guard plate shaft for impact resistance in example 14;
FIG. 50 is a schematic view showing the structure of a hitless single-shaft conveyer belt with a chain guard plate shaft for impact-resistant buffering in example 14.
In the figure: 1-link plate shaft anti-smashing buffering hanging-free single-shaft conveying belt, 2-link plate shaft hanging-free single-shaft nail belt, 3-hanging-free single-shaft nail piece, 4-buckle shaft connecting piece, 5-link protecting shaft structure, 6-hanging-free smashing-free main body, 7-through connecting plate shaft, 8-stop mechanism, 9-left-through connecting piece shaft, 10-right-through connecting piece shaft, 11-connecting piece front buckle shaft hole, 12-connecting piece rear buckle shaft hole, 13-side arc smashing-resistant main body, 14-polygonal smashing-resistant main body, 15-link plate protecting shaft structure, 16-roller protecting chain shaft structure, 17-double-arc link protecting shaft structure, 18-single-arc link protecting shaft structure, 19-regular polygonal link protecting shaft structure, 20-irregular polygonal link protecting shaft structure, 21-bilateral symmetry link protecting shaft structure 22-left and right asymmetric guard chain shaft structure, 23-left and right same-direction guard chain shaft structure, 24-left and right reverse guard chain shaft structure, 25-symmetric double-arc guard chain shaft structure, 26-asymmetric double-arc guard chain shaft structure, 27-regular trapezoid guard chain shaft structure, 28-regular square guard chain shaft structure, 29-round guard chain shaft structure, 30-regular elliptic guard chain shaft structure, 31-regular triangle guard chain shaft structure, 32-regular sector guard chain shaft structure, 33-parallelogram guard chain shaft structure, 34-guard chain shaft structure right side, 35-guard chain shaft structure left side, 36-chain roller, 37-link plate, 38-guard chain shaft side end surface convex arc, 39-guard chain shaft side end surface concave arc, 40-double-side arc anti-smashing main body, 41-unilateral side arc anti-smash body, 42-body side arc, 43-bilateral symmetry body side arc, 44-bilateral asymmetry body side arc, 45-bilateral equidirectional body side arc, 46-bilateral inverse body side arc, 47-axis up-down symmetry body side arc, 48-body left arc, 49-body right arc, 50-side arc face, 51-side plane, 52-side non-arc curved face, 53-regular polygonal anti-smash body, 54-irregular polygonal anti-smash body, 55-regular trapezoid anti-smash body, 56-regular square anti-smash body, 57-circular anti-smash body, 58-regular elliptic anti-smash body, 59-regular triangle anti-smash body, 60-regular sector anti-smash body, 61-parallelogram anti-smash body the right side edge of the 62-anti-smashing main body, the left side edge of the 63-anti-smashing main body, the 64-inner buckling shaft connecting plate, the 65-outer buckling shaft connecting plate, the 66-Z-shaped buckling shaft piece, the 67-Z-shaped piece front buckling single shaft hole, the 68-Z-shaped piece rear buckling single shaft hole, the 69-through shaft through hole, the 70-through connecting plate shaft hole, the 71-through-proof connecting plate shaft channeling and disengaging structure, the 72-bolt pin shaft blocking and disengaging structure, the 73-through-proof and disengaging threaded pin shaft, the 74-anti-smashing main body through-pin shaft threaded hole, the 75-pin shaft thread, the 76-inner buckling front shaft hole, the 77-inner buckling rear shaft hole, the 78-outer buckling front shaft hole, the 79-outer buckling rear shaft hole, the 80-proof connecting plate disengaging structure, the 81-pin anti-disengaging connecting plate structure, the 82-through-armor-passing shaft roller, 83-hanging-free armor outer chain plate, 84-hanging-free single-shaft armor roller chain belt, 85-metal bone plastic hanging-free single-shaft armor piece, 86-metal framework, 87-plastic buckle arc body, 88-polygonal metal framework, 89-metal framework carrying edge, 90-metal framework bottom edge, 90.1-dense framework heavy-impact-resistant protection chain plate shaft hanging-free single-shaft armor belt, 91-impact-resistant framework, 92-plastic buckle arc sealing body, 93-adhesive chain belt conveyor, 94-belt conveyor, 95-anti-falling side convex arc, 96-buckle anti-falling convex double-tongue concave arc, 97-general circular arc convex, 98-general circular arc concave, 99-upper arc tongue and 100-lower arc tongue.
Detailed Description
Example 1
As shown in fig. 1 to 9, the chain guard plate shaft anti-smashing buffering no-suspension ear single-shaft conveyer belt 1 comprises a chain guard plate shaft no-suspension ear single-shaft conveyer belt 2, the chain guard plate shaft no-suspension ear single-shaft conveyer belt 2 comprises a no-suspension ear single-shaft nail 3, a buckle shaft connecting piece 4 and a chain guard shaft structure 5, the no-suspension ear single-shaft nail 3 comprises a no-suspension ear anti-smashing main body 6 and a through connecting piece shaft 7, the chain guard shaft structure 5 is arranged at the side part of the no-suspension ear single-shaft nail 3, the chain guard shaft structure 5 is consistent with the upper surface of the no-suspension ear single-shaft nail 3, the lower part of the chain guard shaft structure 5 is provided with a buckle shaft connecting piece 4 and a through connecting piece shaft 7 which are buckled with an operation space, the buckle shaft connecting piece 4 and the through connecting piece shaft 7 are buckled with each other at the lower part of the chain guard shaft structure 5, the chain guard shaft structure 5 is provided with a left through connecting piece shaft 9 and a right through connecting piece shaft 10 at two sides of the no-suspension ear anti-smashing main body 6, the buckling shaft connecting piece 4 is provided with a connecting piece front buckling shaft hole 11 and a connecting piece rear buckling shaft hole 12, the connecting piece front buckling shaft hole 11 is buckled on the through-connecting plate shaft 7 of the front single-shaft nail piece 3 without hanging lugs, the connecting piece rear buckling shaft hole 12 is buckled on the through-connecting plate shaft 7 of the rear single-shaft nail piece 3 without hanging lugs, the plurality of buckling shaft connecting pieces 4 are buckled with the plurality of left through-connecting piece shafts 9 and the plurality of right through-connecting piece shafts 10 according to the method, the hanging lug-free anti-smashing main body 6 comprises a side arc anti-smashing main body 13, the chain protection shaft structure 5 comprises a chain protection plate shaft structure 15, the single-shaft nail piece without hanging lugs 3 and the chain protection plate shaft structure 15 are integrated, the chain protection plate shaft structure 15 comprises a double-arc chain protection shaft structure 17, the double-arc chain protection shaft structure 17 comprises a bilateral symmetry chain protection shaft structure 21, and the double-arc chain protection shaft structure 17 comprises a symmetry double-arc chain protection shaft structure 25.
As shown in fig. 6, a stopper mechanism 8 may be provided on the upper surface of the guard chain shaft structure 5.
As shown in fig. 7, the hanging-free anti-smash body 6 includes a polygonal anti-smash body 14.
As shown in fig. 8, the single-shaft armor 3 without the hanging lugs is connected with the chain guard plate shaft structure 15 in a split mode.
The link plate guard shaft structure 15 may also include a single arc guard shaft structure 18 or a regular polygonal guard shaft structure 19 as shown in fig. 9 to 10.
The double arc guard chain shaft structure 17 may also include an asymmetric double arc guard chain shaft structure 26 as shown in fig. 4.
Example 2
As shown in fig. 10 to 18, the link plate guard shaft structure 15 is a regular polygonal guard shaft structure 19, the regular polygonal guard shaft structure 19 includes a regular trapezoid guard shaft structure 27, and the regular polygonal guard shaft structure 19 includes a guard shaft structure right side 34 and a guard shaft structure left side 35, and the guard shaft structure right side 34 and the guard shaft structure left side 35 are fastened to each other.
The regular polygonal guard chain shaft structure 19 may also comprise a regular square guard chain shaft structure 28 or a circular guard chain shaft structure 29 or a regular oval guard chain shaft structure 30 or a regular triangular guard chain shaft structure 31 or a regular fan-shaped guard chain shaft structure 32 or a parallelogram guard chain shaft structure 33.
The chain guard plate shaft structure 15 may also be an irregular polygonal chain guard shaft structure 20, the irregular polygonal chain guard shaft structure 20 comprises an irregular trapezoid chain guard shaft structure or an irregular square chain guard shaft structure or an irregular elliptic chain guard shaft structure or an irregular triangle chain guard shaft structure or an irregular fan-shaped chain guard shaft structure, the irregular polygonal chain guard shaft structure 20 comprises a right side 34 of the chain guard shaft structure and a left side 35 of the chain guard shaft structure, and the right side 34 of the chain guard shaft structure and the left side 35 of the chain guard shaft structure are close to each other or buckled.
The guard chain shaft structure 19 may also be a regular polygon, including a right guard chain shaft structure side 34 and a left guard chain shaft structure side 35, or the right guard chain shaft structure side 34 and the left guard chain shaft structure side 35 may be close to each other or fastened together.
Example 3
As shown in fig. 19 to 20, the guard chain shaft structure 5 includes a guard roller chain shaft structure 16, and when the guard roller chain shaft structure 16 is used, the guard chain plate shaft shatter-resistant buffer hitless single-shaft conveyor belt 1 further includes chain rollers 36 and link plates 37, the buckle shaft connecting piece 4 and the through-connecting plate shaft 7, the chain rollers 36 and the link plates 37 are provided at the lower part of the guard roller chain shaft structure 16, and the through-connecting plate shaft 7, the chain rollers 36 and the link plates 37 are provided at the lower part of the guard roller chain shaft structure 16.
The procedure is as in example 1.
Example 4
As shown in fig. 21, when the double-arc guard chain shaft structure 17 is used, the double-arc guard chain shaft structure 17 includes a guard chain shaft side end face convex arc 38 and a guard chain shaft side end face concave arc 39, and the guard chain shaft side end face convex arc 38 of the subsequent double-arc guard chain shaft structure 17 is snap-sealed with the guard chain shaft side end face concave arc 39 of the previous double-arc guard chain shaft structure 17.
The procedure is as in example 1.
Example 5
As shown in fig. 22 to 35, the side arc anti-smash body 13 includes a double-side arc anti-smash body 40, the double-side arc anti-smash body 40 includes a body side arc 42, the body side arc 42 includes a left-right symmetric body side arc 43, the body side arc 42 includes a left body arc 48 and a right body arc 49, the left body arc 48 and the right body arc 49 are respectively disposed at two sides of the side arc anti-smash body 13, the left body arc 48 and the right body arc 49 are respectively rotationally buckled with the adjacent body side arc 42 around the drum when the side arc anti-smash body 13 passes through the drum, so as to prevent materials from entering the interior of the link plate shaft non-lug single-axle armor 2, one side arc of the single-side arc anti-smash body 41 is provided with a side arc surface 50, the side arc surface 50 of the front single-side arc anti-smash body 41 is matched with the side plane 51 of the rear single-side arc anti-smash body 41, the polygonal anti-smash body 14 comprises a regular polygonal anti-smash body 53, the regular polygonal anti-smash body 53 comprises a regular trapezoid anti-smash body 55, the regular polygonal anti-smash body 53 comprises a right side 62 and a left side 63 of the anti-smash body, the right side 62 of the anti-smash body of the front single-axle hanger-free nail 3 and the left side 63 of the anti-smash body of the rear single-axle hanger-free nail 3 are mutually buckled to prevent the single-axle hanger-free nail 3 from overturning, a plurality of single-axle hanger-free nails 3 are buckled back and forth to prevent materials from flowing out from gaps between the front single-axle hanger-free nail 3 and the rear single-axle hanger-free nail 3, the front buckle axle hole 11 of the connecting piece of the front buckle axle connecting piece 4 is buckled on the through connecting axle 7 of the front single-axle hanger-free nail 3 and the rear buckle axle hole 12 of the connecting piece is buckled on the through connecting axle 7 of the rear single-axle-free nail 3, the front buckling shaft hole 11 of the connecting piece of the other buckling shaft connecting piece 4 is buckled on the outer side of the rear buckling shaft hole 12 of the connecting piece of the front buckling shaft connecting piece 4, a plurality of buckling shaft connecting pieces 4 are buckled on a plurality of through-connecting plate shafts 7 according to the method, a plurality of hanging-free single-shaft armor pieces 3 are buckled into a hanging-free single-shaft armor belt 2 of a chain guard plate shaft, and the hanging-free single-shaft armor pieces 3 are combined into the chain guard plate shaft anti-smashing buffering hanging-free single-shaft conveyer belt 1.
The side arc smash-resistant body 13 may also include a single side arc smash-resistant body 41.
The body side arcs 42 may also include left-right asymmetric body side arcs 44 or left-right co-directional body side arcs 45 or left-right reverse body side arcs 46 or axis up-down symmetric body side arcs 47.
The side arc surface 50 may be provided on one side of the single-side arc anti-smashing main body 41, and the side non-arc curved surface 52 may be provided on the other side of the single-side arc anti-smashing main body 41, where the side arc surface 50 of the front single-side arc anti-smashing main body 41 is matched with the side non-arc curved surface 52 of the rear single-side arc anti-smashing main body 41.
The right side edge 62 of the smashing-resistant main body of the front single-axis nail piece 3 without the hanging lug and the left side edge 63 of the smashing-resistant main body of the rear single-axis nail piece 3 without the hanging lug can be mutually close.
The hanging-lug-free anti-smashing main body 6 and the through connecting plate shaft 7 can be integrated.
The regular polygonal anti-smash body 53 may also include a regular square anti-smash body 56, a circular anti-smash body 57 or a regular oval anti-smash body 58 or a regular triangular anti-smash body 59 or a regular sector-shaped anti-smash body 60 or a parallelogram anti-smash body 61, the polygonal anti-smash body 14 includes an irregular polygonal anti-smash body 54, the irregular polygonal anti-smash body 54 includes an irregular trapezoid anti-smash body or an irregular square anti-smash body or an irregular oval anti-smash body or an irregular triangle anti-smash body or an irregular sector-shaped anti-smash body, and the irregular polygonal anti-smash body 54 includes an anti-smash body right side 62 and an anti-smash body left side 63.
The procedure is as in example 1.
Example 6
As shown in fig. 36 to 37, when the buckle shaft connecting member 4 includes the inner buckle shaft connecting plate 64 and the outer buckle shaft connecting plate 65, the buckle shaft connecting plate 64 and the outer buckle shaft connecting plate 65 are integrated, the buckle shaft connecting member 4 includes the Z-shaped buckle shaft member 66, the Z-shaped buckle shaft member 66 is provided with the Z-shaped member front buckle single shaft hole 67 and the Z-shaped member rear buckle single shaft 68, the Z-shaped member front buckle single shaft hole 67 is buckled on the front through-connecting plate shaft 7, the Z-shaped member rear buckle single shaft hole 68 is buckled on the rear through-connecting plate shaft 7, the Z-shaped member front buckle single shaft hole 67 of the other Z-shaped buckle shaft member 66 is buckled outside the through-connecting plate shaft 7 buckled on the Z-shaped member rear buckle single shaft hole 68 of the front Z-shaped buckle shaft member 66, the plurality of Z-shaped buckle shaft members 66 are sequentially dislocated and buckled, the front and rear Z-shaped buckle shaft members 66 are penetrated by the through-connecting plate shaft member 7, the rear Z-shaped buckle shaft member 66 is prevented from falling off when the Z-shaped buckle shaft member 66 is buckled on the rear through the rear Z-shaped buckle shaft member 66, one end of the last Z-shaped buckling shaft piece 66 is buckled on the outer side of the last Z-shaped buckling shaft piece 66, the other end of the last Z-shaped buckling shaft piece 66 is screwed into a gap between the Z-shaped buckling shaft piece 66 of the first buckling through connecting plate shaft 7 and the hitless single-shaft nail belt 2 without hanging lugs, a front buckling single-shaft hole 67 of the Z-shaped buckling shaft piece 66 of the first buckling through connecting plate shaft 7 and a rear buckling single-shaft hole 68 of the Z-shaped buckling shaft piece 66 form a through shaft hole 69, a through connecting plate shaft hole 70 is arranged on the last hitless anti-smashing main body 6, one end of the through connecting plate shaft 7 penetrates into the through shaft hole 69 to enter the through connecting plate shaft hole 70, the through connecting plate shaft 7 is matched with the Z-shaped buckling shaft piece 66 to buckle a plurality of hitless single-shaft nail pieces 3 into an annular chain guard shaft hitless single-shaft nail belt 2, the Z-shaped buckling shaft piece 66 comprises a through connecting plate shaft buckling and disconnecting stopping structure 71, the anti-penetrating connecting plate shaft shifting and disengaging structure 71 comprises a bolt pin shaft anti-plate shaft shifting and disengaging structure 72, when the bolt pin shaft anti-plate shaft shifting and disengaging structure 72 is used, the bolt pin shaft anti-plate shaft shifting and disengaging structure 72 and the penetrating connecting plate shaft 7 are integrated, the bolt pin shaft anti-plate shaft shifting and disengaging structure 72 comprises an anti-knocking main body penetrating pin shaft threaded hole 74 which is matched with the anti-knocking threaded pin 73 and is arranged at one end of the non-knocking main body 6 facing the Z-shaped buckling shaft 66, a pin shaft thread 75 is arranged at one end of the anti-knocking main body 73 facing the non-knocking main body 6, the pin shaft thread 75 is matched with the anti-knocking main body penetrating pin shaft threaded hole 74, the penetrating connecting plate shaft 7 is prevented from being shifted and disengaged, and the anti-knocking connecting plate shaft shifting and disengaging structure 71 prevents the penetrating connecting plate shaft 7 from being shifted and disengaged.
The through-web shaft 7 may also include an anti-through-web shaft run-out structure 71.
The tie-plate shaft-shifting-out structure 71 may also include a stop pin-plate shaft-shifting-out structure or a screw-plate shaft-shifting-out structure or a welded-plate shaft-shifting-out structure or an adhesive-plate shaft-shifting-out structure.
The procedure is as in example 1.
Example 7
As shown in fig. 38, when the inner buckle shaft connecting plate 64 and the outer buckle shaft connecting plate 65 are split, the inner buckle shaft connecting plate 64 includes an inner buckle front shaft hole 76 and an inner buckle rear shaft hole 77, the outer buckle shaft connecting plate 65 includes an outer buckle front shaft hole 78 and an outer buckle rear shaft hole 79, the through-connecting plate shaft 7 of the former hitless single-shaft nail 3 passes through the inner buckle front shaft hole 76, the through-connecting plate shaft 7 of the latter hitless single-shaft nail 3 passes through the inner buckle rear shaft hole 77 and the outer buckle front shaft hole 78, the inner buckle shaft connecting plate 64 and the outer buckle shaft connecting plate 65 overlap through the through-connecting plate shaft 7, the inner buckle shaft connecting plates 64 and the outer buckle shaft connecting plates 65 buckle the hitless single-shaft nail 3 back and forth into the link plate protecting shaft hitless single-shaft nail belt 2, and when the hitless anti-smash main body 6 and the through-connecting plate shaft 7 are split connected, the through-connecting plate shaft 7 and the hitless anti-smash main body 6 are connected through screw connection, adhesion or pin connection.
The procedure is as in example 1.
Example 8
As shown in fig. 39, the front and rear single-shaft nail pieces 3 without hanging lugs are matched with each other to prevent dislocation overturning, and a joint of the through-connection plate shaft 7 and the buckling shaft connecting piece 4 is provided with a connection plate falling-off stopping structure 80, wherein the connection plate falling-off stopping structure 80 prevents the buckling shaft connecting piece 4 from falling off from the through-connection plate shaft 7, and the connection plate falling-off stopping structure 80 comprises a pin connection plate falling-off stopping structure 81 or a sealing adhesive connection plate falling-off stopping structure or a pin screw connection plate falling-off stopping structure or a clamping groove connection plate falling-off stopping structure or a clamping spring connection plate falling-off stopping structure or a steel wire buckling connection plate falling-off stopping structure or a non-return pad connection plate falling-off stopping structure or a welding connection plate falling-off stopping structure or an adhesive connection plate falling-stopping structure.
The connection plate falling structure 80 may also include a sealing glue connection plate falling structure, a pin screw connection plate falling structure, a clamping groove connection plate falling structure, a clamping spring connection plate falling structure, a steel wire buckle connection plate falling structure, a backing pad connection plate falling structure, a welding connection plate falling structure, or an adhesive connection plate falling structure.
The procedure is as in example 1.
Example 9
As shown in fig. 40, the chain guard plate shaft non-hanging single-shaft armor belt 2 further comprises a armor piercing member shaft roller 82 and a non-hanging armor outer chain plate 83, the connecting plate piercing shaft 7 passes through the armor piercing member shaft roller 82 after passing through the buckling shaft connecting piece 4, then passes through the non-hanging armor outer chain plate 83, the connecting plate falling-off stopping structure 80 is arranged on the outer side of the non-hanging armor outer chain plate 83 to prevent the non-hanging armor outer chain plate 83 from falling off, and the non-hanging single-shaft armor 3, the buckling shaft connecting piece 4, the armor piercing member shaft roller 82, the non-hanging armor outer chain plate 83 and the connecting plate falling-off stopping structure 80 form a non-hanging single-shaft armor roller belt 84.
The procedure is as in example 1.
Example 10
As shown in fig. 41 to 43, the no-hanger uniaxial nail 3 includes a polyester no-hanger uniaxial nail, a nylon no-hanger uniaxial nail, a polymer no-hanger uniaxial nail, a tetrafluoroethylene no-hanger uniaxial nail, a metal bone polyester no-hanger uniaxial nail, a metal bone nylon no-hanger uniaxial nail, a metal bone polymer no-hanger uniaxial nail 3, a tetrafluoroethylene no-hanger uniaxial nail or a metal bone plastic no-hanger uniaxial nail 85, when the metal bone plastic no-hanger uniaxial nail 85 is used, the metal bone plastic no-hanger uniaxial nail 85 includes a metal skeleton 86 and a plastic buckling arc body 87, the metal skeleton 86 is arranged in the plastic buckling arc body 87, the metal skeleton 86 both ends are equipped with wears the connecting plate axle 7, wear the connecting plate axle 7 and stretch out from plastics knot arc body 87 both ends and detain the cross-under of axle connecting piece 4, metal skeleton 86 includes polygon metal skeleton 88, metal skeleton 86 thickness is less than, equal to metal skeleton 86 upper portion plastics knot arc body 87 and metal skeleton 86 lower part plastics knot arc body 87 sum, when using polygon metal skeleton 88, polygon metal skeleton 88 includes metal skeleton carrier edge 89 and metal skeleton bottom limit 90, metal skeleton carrier edge 89's length is greater than its relative metal skeleton bottom limit 90, make metal skeleton carrier edge 89 heavy area of smashing greatly, reduce plastics knot arc body 87 and have metal skeleton 86 holding surface.
The metal skeleton 86 may also include a circular metal skeleton or an oval metal skeleton.
The total height of the metal framework 86 can be larger than the sum of the plastic arc buckling body 87 at the upper part of the metal framework 86 and the plastic arc buckling body 87 at the lower part of the anti-smashing framework 91.
The procedure is as in example 1.
Example 11
As shown in fig. 44, the link plate shaft anti-crushing buffering hitless single-shaft conveyer belt 1 comprises a dense-framework anti-crushing link plate shaft hitless single-shaft nail belt 90.1, the dense-framework anti-crushing link plate shaft hitless single-shaft nail belt 90.1 comprises an anti-crushing framework 91 and a plastic arc buckling sealing body 92, the anti-crushing framework 91 is arranged in the plastic arc buckling sealing body 92, the total height of the anti-crushing framework 91 is larger than the sum of the plastic arc buckling sealing body 92 on the upper part of the anti-crushing framework 91 and the plastic arc buckling sealing body 92 on the lower part of the anti-crushing framework 91, when ores crush the link plate shaft to the link plate shaft hitless single-shaft nail belt 2, the anti-crushing framework 91 is stressed and does not deform, the plastic arc buckling sealing body 92 buffers the impact force of the ores, the gap between the anti-crushing framework 91 and the anti-crushing framework 91 is sealed, the material leakage is prevented, and the total width of the anti-crushing framework 91 is larger than the sum of the plastic arc buckling sealing body 92 on the left side of the anti-crushing framework 91, the plastic arc buckling sealing body 92 and the anti-crushing framework 91, when the ores are arranged, the dense-shaft rotation of the dense-shaft nail belt is reduced, and the dense-shaft drum belt is smoothly arranged around the dense-shaft drum shaft has a small rotation length.
The gap between the anti-smashing framework 91 and the front part of the anti-smashing framework 91 can be sealed, so that leakage of materials is prevented, or the total width of the anti-smashing framework 91 is larger than the sum of the left side plastic buckling arc sealing body 92 of the anti-smashing framework 91 and the right side plastic buckling arc sealing body 92 of the anti-smashing framework 91.
The procedure is as in example 1.
Example 12
As shown in fig. 45 to 46, the chain guard plate shaft anti-smashing buffering hitless single-shaft conveyer belt 1 comprises a rubber belt conveyer 93, the chain guard plate shaft hitless single-shaft nail belt 2 is arranged on the rubber belt conveyer 93, the chain guard plate shaft hitless single-shaft nail belt 2 protects the belt surface of the rubber belt conveyer 93 from being smashed by weight, the upper surface of the plastic buckling arc body 87 bears materials, the lower surface of the plastic buckling arc body 87 is attached to the belt surface of the rubber belt conveyer 93, and the plastic buckling arc body 87 does not damage the belt surface of the rubber belt conveyer 93.
The chain guard plate shaft anti-smashing buffering hanging-free single-shaft conveying belt 1 also comprises a belt conveyor 94, the chain guard plate shaft hanging-free single-shaft nail belt 2 is arranged on the belt conveyor 94, the chain guard plate shaft hanging-free single-shaft nail belt 2 protects the belt surface of the belt conveyor 94 from being smashed by weight, the upper surface of the plastic buckling arc body 87 bears materials, the lower surface of the plastic buckling arc body is attached to the belt surface of the belt conveyor 94, and the plastic buckling arc body 87 does not damage the belt surface of the belt conveyor 94.
The procedure is as in example 1.
Example 13
As shown in fig. 47 to 48, the heights of the upper parts of the inner fastening shaft connecting plate 64 and the plurality of outer fastening shaft connecting plates 65 are equal to or greater than the height of the upper part of the protective chain plate shaft hanging-lug-free single-shaft nail belt 2 to block side leakage, the diameter opening of the through connecting plate shaft 7 is enlarged, the double-side arc anti-smashing main body 40 comprises an anti-disengaging side convex arc 95 and a fastening anti-disengaging convex double-tongue concave arc 96, the anti-disengaging side convex arc 95 is a whole-body arc convex arc 97, the fastening anti-disengaging convex double-tongue concave arc 96 is a whole-body arc concave 98, the whole-body arc concave 98 is buckled with the whole-body arc convex 97, the arc length of the whole-body arc concave 98 is smaller than or equal to the semicircle of the whole-body arc concave 98, the distance from the top of the fastening anti-disengaging convex double-tongue concave arc 96 to the axis of the through connecting plate shaft 7 is greater than the shortest distance from the arc bottom of the whole-body arc concave 98 to the axis of the through connecting plate shaft 7, the fastening convex arc 96 rotates smoothly around the through connecting plate shaft 7, and the fastening convex arc 96 is prevented from being overturned.
The procedure is as in example 1.
Example 14
As shown in fig. 49 to 50, the nail-penetrating member shaft roller 82 is directly threaded on the end shaft of the single-shaft nail 3 without the hanging lugs, the main body 6 without the hanging lugs is used as the buckling shaft connecting piece 4 to position the nail-penetrating member shaft roller 82, the structural strength of the main body 6 without the hanging lugs is increased, the length of the connecting plate penetrating shaft 7 is shortened, and the shearing strength of the connecting plate penetrating shaft 7 is improved.
The procedure is as in example 1.
Claims (10)
1. The utility model provides a protect chain link joint axle to smash buffering does not have hangers unipolar conveyer belt which characterized in that: the chain guard plate shaft anti-smashing buffering non-hanging single-shaft conveying belt comprises a chain guard plate shaft non-hanging single-shaft nail belt, the chain guard plate shaft non-hanging single-shaft nail belt comprises a non-hanging single-shaft nail part, a buckling shaft connecting piece and a chain guard shaft structure, the non-hanging single-shaft nail part comprises a non-hanging anti-smashing main body and a through connecting plate shaft, the chain guard shaft structure is arranged on the side part of the non-hanging single-shaft nail part, the chain guard shaft structure is consistent with the upper surface of the non-hanging single-shaft nail part or the upper surface of the chain guard shaft structure is provided with a material blocking mechanism, the lower part of the chain guard plate shaft structure is provided with a buckling shaft connecting piece and a through connecting plate shaft buckling operation space, the buckling shaft connecting piece is buckled with the through connecting plate shaft at the lower part of the chain guard plate shaft structure, the two sides of the non-hanging anti-smashing main body are provided with a left through connecting piece shaft and a right through connecting piece shaft, the buckling shaft connecting piece is provided with a front buckling shaft hole of the connecting piece and a rear buckling shaft hole of the connecting piece, the front buckling shaft hole of the connecting piece is buckled on the connecting plate penetrating shaft of the front single-shaft nail without the hanging lugs, the rear buckling shaft hole of the connecting piece is buckled on the connecting plate penetrating shaft of the rear single-shaft nail without the hanging lugs, the plurality of buckling shaft connecting pieces are buckled with the plurality of left through connecting piece shafts and the plurality of right through connecting piece shafts according to the method, the hanging lug-free anti-smashing main body comprises a side arc anti-smashing main body or a polygonal anti-smashing main body, the chain protecting shaft structure comprises a chain protecting plate shaft structure or a roller protecting shaft structure, the hanging lug-free single-shaft nail and the chain protecting shaft structure are connected in a split manner or are integrated into a whole, the chain protecting shaft structure comprises a double-arc chain protecting shaft structure or a single-arc chain protecting shaft structure or a regular polygonal chain protecting shaft structure and an irregular polygonal chain protecting shaft structure, the double-arc chain protecting shaft structure comprises a left-right symmetrical chain protecting shaft structure or a left-right same-direction chain protecting shaft structure or a left-right reverse chain protecting shaft structure or an axis up-down symmetrical chain protecting shaft structure, the double-arc chain guard shaft structure comprises a symmetrical double-arc chain guard shaft structure and an asymmetrical double-arc chain guard shaft structure, the regular polygonal chain guard shaft structure comprises a regular trapezoid chain guard shaft structure or a regular square chain guard shaft structure or a round chain guard shaft structure or a regular elliptic chain guard shaft structure or a regular sector chain guard shaft structure or a parallelogram chain guard shaft structure, the irregular polygonal chain guard shaft structure comprises an irregular trapezoid chain guard shaft structure or an irregular square chain guard shaft structure or an irregular triangle chain guard shaft structure or an irregular sector chain guard shaft structure, the regular polygonal chain guard shaft structure or the irregular polygonal chain guard shaft structure comprises a right side edge and a left side edge of the chain guard shaft structure, the right side edge of the chain guard shaft structure and the left side edge of the chain guard shaft structure are mutually close to or buckled, or when the chain guard shaft structure is used, the chain guard shaft anti-crushing buffer non-hanging single-shaft conveyer belt further comprises chain rollers and chain link plates, the chain guard connecting piece and the chain link plates are arranged on the lower end faces of the chain guard shaft structure or the chain guard shaft, the chain guard shaft structures are arranged on the lower end faces of the chain guard shaft structures and the chain guard shaft structures, the chain guard shaft structures are arranged on the front end faces of the chain guard shaft structures and the chain guard shaft structures, and the chain guard shaft structures are arranged on the front end faces of the chain guard shaft structures.
2. The utility model provides a protect chain link joint axle to smash buffering does not have hangers unipolar conveyer belt which characterized in that: the side arc anti-smashing main body comprises a double-side arc anti-smashing main body or a single-side arc anti-smashing main body, the double-side arc anti-smashing main body comprises a main body side arc, the main body side arc comprises a left-right symmetrical main body side arc or a left-right asymmetrical main body side arc or a left-right homodromous main body side arc or a left-right opposite main body side arc or an axial up-down symmetrical main body side arc, the main body side arc comprises a main body left side arc and a main body right side arc, the main body left side arc and the main body right side arc are respectively arranged at two sides of the side arc anti-smashing main body, the main body left side arc and the main body right side arc respectively rotate and are buckled around a roller with the adjacent main body side arc when the side arc anti-smashing main body passes through the roller, materials are prevented from entering the inside of a hanging-free single-shaft single-axle strap, one side arc surface of the single-side arc anti-smashing main body is provided with a side arc surface or a side non-arc surface, the side arc surface of the former single-side arc anti-smash body is matched with the side plane or the side non-arc surface of the latter single-side arc anti-smash body, the polygon anti-smash body comprises a regular polygon anti-smash body or an irregular polygon anti-smash body, the regular polygon anti-smash body comprises a regular trapezoid anti-smash body or a regular square anti-smash body or a round anti-smash body or a regular ellipse anti-smash body or a regular triangle anti-smash body or a regular fan anti-smash body or a parallelogram anti-smash body, the irregular polygon anti-smash body comprises an irregular trapezoid anti-smash body or an irregular square anti-smash body or an irregular triangle anti-smash body or an irregular fan anti-smash body, the regular polygon anti-smash body or the irregular polygon anti-smash body comprises a right side edge and a left side edge of the anti-smash body, the right side of the anti-smashing main body of the front single-axis nail without hanging lugs and the left side of the anti-smashing main body of the rear single-axis nail without hanging lugs are mutually close or buckled to prevent the single-axis nail without hanging lugs from overturning, a plurality of single-axis nail without hanging lugs are buckled back and forth to prevent materials from flowing out of gaps between the single-axis nail without hanging lugs, the front anti-smashing main body without hanging lugs and the connecting plate penetrating shaft are connected in a split mode or are integrated, the front buckling shaft hole of the connecting piece of the front buckling shaft connecting piece is buckled on the connecting plate penetrating shaft of the front single-axis nail without hanging lugs, the rear buckling shaft hole of the connecting piece of the other buckling shaft connecting piece is buckled on the outer side of the rear buckling shaft hole of the connecting piece of the front buckling shaft connecting piece, and the plurality of buckling shaft connecting pieces are buckled on the connecting plate penetrating shafts according to the method, so that the single-axis nail without hanging lugs is buckled into the single-axis nail without hanging lugs, and the single-axis nail without hanging lugs is combined into the single-axis anti-axis conveying belt without hanging lugs.
3. The link plate shaft smash-resistant buffering hitless single-shaft conveyer belt of claim 1, wherein: the buckling shaft connecting piece comprises an inner buckling shaft connecting plate and an outer buckling shaft connecting plate, the inner buckling shaft connecting plate and the outer buckling shaft connecting plate are split or integrated, when the inner buckling shaft connecting plate and the outer buckling shaft connecting plate are integrated, the buckling shaft connecting piece comprises a Z-shaped buckling shaft piece, the Z-shaped buckling shaft piece is provided with a Z-shaped piece front buckling single shaft hole and a Z-shaped piece rear buckling single shaft hole, the Z-shaped piece front buckling single shaft hole is buckled on a front penetrating connecting plate shaft, a Z-shaped piece rear buckling single shaft hole is buckled on a rear penetrating connecting plate shaft, the Z-shaped piece front buckling single shaft hole of the other Z-shaped buckling shaft piece is buckled on the outer side of a penetrating connecting plate shaft buckled on the Z-shaped piece rear buckling single shaft hole of the front Z-shaped buckling shaft piece, a plurality of Z-shaped buckling shaft pieces are sequentially staggered and buckled, the front Z-shaped buckling shaft piece is prevented from falling off by the rear Z-shaped buckling shaft piece, when the Z-shaped buckling shaft piece is buckled on the last Z-shaped buckling shaft piece, one end of the last Z-shaped buckling shaft piece is buckled on the outer side of the last Z-shaped buckling shaft piece, the other end of the last Z-shaped buckling shaft piece is screwed into a gap between the Z-shaped buckling shaft piece of the first buckling and connecting plate-penetrating shaft and the hanging lug-free anti-smashing main body, a front buckling single shaft hole of the Z-shaped buckling shaft piece of the first buckling and connecting plate-penetrating shaft piece and a rear buckling single shaft hole of the Z-shaped buckling shaft piece form a penetrating shaft through hole, the last hanging lug-free anti-smashing main body is provided with a penetrating plate shaft hole, one end of the penetrating plate shaft penetrates into the penetrating plate shaft hole, the penetrating plate shaft is matched with the Z-shaped buckling shaft piece to buckle a plurality of hanging lug-free single shaft nail pieces into an annular protecting plate shaft hanging lug-free single shaft nail belt, the Z-shaped buckling shaft piece or the penetrating plate-penetrating shaft comprises a penetrating and connecting plate shaft channeling structure, the anti-penetration connecting plate shaft shifting and disengaging structure comprises a stop pin anti-penetration connecting plate shaft shifting and disengaging structure or a screw anti-penetration connecting plate shaft shifting and disengaging structure or a welding anti-penetration connecting plate shaft shifting and disengaging structure or a bolt pin shaft anti-penetration connecting plate shaft shifting and disengaging structure, when the bolt pin shaft anti-penetration connecting plate shaft shifting and disengaging structure is used, the bolt pin shaft anti-penetration connecting plate shaft shifting and disengaging structure is integrated with the penetrating connecting plate shaft, the bolt pin shaft anti-penetration connecting plate shaft shifting and disengaging structure comprises a hanging lug-free anti-breaking main body corresponding to the anti-penetration threaded pin shaft, one end of the anti-penetration connecting plate shaft facing the Z-shaped buckling shaft is provided with an anti-breaking main body penetrating pin shaft threaded hole matched with the anti-penetration connecting plate shaft, one end of the anti-penetration threaded pin shaft facing the hanging lug-free anti-breaking main body is provided with a pin shaft thread, the pin shaft thread is matched with the anti-breaking main body penetrating pin shaft threaded hole to prevent the penetrating connecting plate shaft from being in a shifting and disengaging mode, when interior knot axle connecting plate and outer knot axle connecting plate are components of a whole that can function independently, interior knot axle connecting plate includes that inner panel detains preceding shaft hole and inner panel detain back shaft hole, outer knot axle connecting plate includes that the outer panel detains preceding shaft hole and outer panel detain back shaft hole, the preceding wearing connecting plate axle of no hangers unipolar first piece passes the inner panel and detains preceding shaft hole, the wearing connecting plate axle of the later one no hangers unipolar first piece passes inner panel detain back shaft hole and outer panel knot preceding shaft hole, interior knot axle connecting plate and outer knot axle connecting plate overlap joint through wearing connecting plate axle, a plurality of interior knot axle connecting plates and a plurality of outer knot axle connecting plates detain a plurality of no hangers unipolar first pieces front and back links into and protects the no hangers unipolar first area of chain axle, when no hangers are anti to smash the main part and wear connecting plate axle components of a whole that can function independently, wear connecting plate axle and no hangers are through threaded connection, bonding or pin connection.
4. The link plate shaft smash-resistant buffering hitless single-shaft conveyer belt of claim 1, wherein: the front and back single-shaft nail pieces without hanging lugs are matched with each other to prevent dislocation overturning, a joint of the through connecting plate shaft and the buckling shaft connecting piece is provided with a connecting plate falling-off stopping structure, the buckling shaft connecting piece is prevented from falling off from the through connecting plate shaft by the connecting plate falling-off stopping structure, the connecting plate falling-off stopping structure comprises a pin connecting plate falling-off stopping structure or a sealing glue connecting plate falling-off stopping structure or a pin screw connecting plate falling-off stopping structure or a clamping groove connecting plate falling-off stopping structure or a clamping spring connecting plate falling-off stopping structure or a steel wire buckling connecting plate falling-off stopping structure or a backing pad connecting plate falling-off stopping structure or a welding connecting plate falling-off stopping structure or an adhesive connecting plate falling-off stopping structure.
5. The link plate shaft smash-resistant buffering hitless single-shaft conveyer belt of claim 1, wherein: the chain guard plate shaft single-shaft armor belt further comprises an armor threading shaft roller and an armor outer chain plate without hanging lugs, the armor threading shaft passes through the armor threading shaft roller after passing through the buckling shaft connecting piece, and then passes through the armor outer chain plate without hanging lugs, the anti-falling structure of the connecting plate is arranged on the outer side of the armor outer chain plate without hanging lugs to prevent the armor outer chain plate without hanging lugs from falling off, and the armor threading shaft roller, the armor threading shaft connecting piece, the armor outer chain plate without hanging lugs and the anti-falling structure form the armor roller belt without hanging lugs.
6. The link plate shaft smash-resistant buffering hitless single-shaft conveyer belt of claim 1, wherein: the single-axis nail without hanging lugs comprises a polyester single-axis nail without hanging lugs, a nylon single-axis nail without hanging lugs, a high polymer single-axis nail without hanging lugs, a tetrafluoroethylene single-axis nail without hanging lugs, a metal bone polyester single-axis nail without hanging lugs, a metal bone nylon single-axis nail without hanging lugs, a metal bone high polymer single-axis nail without hanging lugs, a tetrafluoroethylene single-axis nail without hanging lugs or a metal bone plastic single-axis nail without hanging lugs.
7. The link plate shaft anti-smash buffering hitless single-shaft conveyer belt of claim 1, wherein: the chain plate protecting shaft anti-smashing buffering non-hanging single-shaft conveying belt comprises a dense framework anti-smashing chain plate protecting shaft non-hanging single-shaft nail belt, the dense framework anti-smashing chain plate protecting shaft non-hanging single-shaft nail belt comprises an anti-smashing framework and a plastic arc buckling sealing body, the anti-smashing framework is arranged in the plastic arc buckling sealing body, the total height of the anti-smashing framework is larger than the sum of the plastic arc buckling sealing body on the upper part of the anti-smashing framework and the plastic arc buckling sealing body on the lower part of the anti-smashing framework, when ores smash towards the chain plate protecting shaft non-hanging single-shaft nail belt, the anti-smashing framework is stressed and does not deform, the plastic arc buckling sealing body buffers the ore heavy smashing impact force, gaps between the anti-smashing framework and the anti-smashing framework are sealed, material leakage is prevented, and/or the total width of the anti-smashing framework is larger than the sum of the plastic arc buckling sealing body on the right side of the anti-smashing framework, the anti-smashing framework is arranged, the anti-smashing framework is small in the width of the anti-smashing framework when passing through the drum, the drum is smooth, and the drum is enabled to rotate smoothly around the single-shaft non-hanging single-shaft nail belt smoothly.
8. A chain guard plate shaft anti-smash buffering hitless single-shaft conveyer belt according to claims 1 and 3, characterized in that: the chain protection plate shaft smashing-resistant buffering hanging-free single-shaft conveying belt comprises a rubber belt conveyor or a belt conveyor, the chain protection plate shaft hanging-free single-shaft nail belt is arranged on the rubber belt conveyor or the belt conveyor, the chain protection plate shaft hanging-free single-shaft nail belt protects the belt surface of the rubber belt conveyor or the belt conveyor from smashing, the upper surface of a plastic buckling arc body bears materials, the lower surface of the plastic buckling arc body is attached to the belt surface of the rubber belt conveyor or the belt conveyor, and the plastic buckling arc body does not damage the belt surface of the rubber belt conveyor or the belt conveyor.
9. The link plate shaft smash-resistant buffering hitless single-shaft conveyer belt of claim 1, wherein: the height of the upper part of the buckling shaft connecting plate is equal to or greater than that of the hanging lug-free single-shaft nail belt surface of the protecting chain plate shaft to block side leakage, the diameter opening of the connecting plate shaft is enlarged, the double-side arc anti-smashing main body comprises an anti-disengaging side convex arc and a buckling anti-disengaging convex double-tongue concave arc, the anti-disengaging side convex arc is a whole circular arc convex, the buckling anti-disengaging convex double-tongue concave arc is a whole circular arc concave, the whole circular arc concave is buckled with the whole circular arc convex, the arc length of the whole circular arc concave is smaller than or equal to that of the whole circular arc concave semicircle, the distance from the top of the upper arc tongue and the bottom of the lower arc tongue to the axis center of the connecting plate shaft is greater than the shortest distance from the bottom of the whole circular arc concave arc to the axis center of the connecting plate shaft, the buckling anti-disengaging side convex arc and the buckling anti-disengaging convex double-tongue concave arc rotate around the connecting plate shaft to smoothly pass through the roller, and the buckling anti-disengaging convex arc is prevented from being overturned.
10. The link plate shaft smash-resistant buffering hitless single-shaft conveyer belt of claim 1, wherein: the nail penetrating shaft roller is directly penetrated on the end shaft of the single-shaft nail without the hanging lugs, the main body without the hanging lugs is used as the buckling shaft connecting piece to position the nail penetrating shaft roller, the structural strength of the main body without the hanging lugs and the smashing is improved, the length of the shaft of the connecting plate penetrating through the nail penetrating shaft is shortened, and the shearing strength of the shaft of the connecting plate penetrating through the nail penetrating shaft is improved.
Applications Claiming Priority (8)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202111463072 | 2021-12-02 | ||
| CN2021114630726 | 2021-12-02 | ||
| CN2022107757515 | 2022-07-01 | ||
| CN202210775751 | 2022-07-01 | ||
| CN2022108879191 | 2022-07-26 | ||
| CN202210887919 | 2022-07-26 | ||
| CN2022109319712 | 2022-08-04 | ||
| CN202210931971 | 2022-08-04 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN116216190A true CN116216190A (en) | 2023-06-06 |
Family
ID=86568620
Family Applications (6)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202211543443.6A Pending CN116216190A (en) | 2021-12-02 | 2022-12-02 | Chain guard plate shaft smashing-resistant buffering hanging-free single-shaft conveying belt |
| CN202211542748.5A Pending CN116253102A (en) | 2021-12-02 | 2022-12-02 | Single-shaft buffering heavy-smashing-resistant conveying belt |
| CN202211542955.0A Pending CN116216189A (en) | 2021-12-02 | 2022-12-02 | Sealing and smashing-resistant conveyor for cambered surface of cantilever beam plate |
| CN202211544955.4A Pending CN116238856A (en) | 2021-12-02 | 2022-12-02 | Front piece concave arc rear piece convex arc coaxial center buckling single-shaft conveying belt |
| CN202211542411.4A Pending CN116788766A (en) | 2021-12-02 | 2022-12-02 | Double-shaft conveying plate conveying device without hanging lugs and hanging lug grooves |
| CN202223257233.9U Active CN219750838U (en) | 2021-12-02 | 2022-12-02 | Chain guard plate shaft smashing-resistant buffering hanging-free single-shaft conveying belt |
Family Applications After (5)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202211542748.5A Pending CN116253102A (en) | 2021-12-02 | 2022-12-02 | Single-shaft buffering heavy-smashing-resistant conveying belt |
| CN202211542955.0A Pending CN116216189A (en) | 2021-12-02 | 2022-12-02 | Sealing and smashing-resistant conveyor for cambered surface of cantilever beam plate |
| CN202211544955.4A Pending CN116238856A (en) | 2021-12-02 | 2022-12-02 | Front piece concave arc rear piece convex arc coaxial center buckling single-shaft conveying belt |
| CN202211542411.4A Pending CN116788766A (en) | 2021-12-02 | 2022-12-02 | Double-shaft conveying plate conveying device without hanging lugs and hanging lug grooves |
| CN202223257233.9U Active CN219750838U (en) | 2021-12-02 | 2022-12-02 | Chain guard plate shaft smashing-resistant buffering hanging-free single-shaft conveying belt |
Country Status (2)
| Country | Link |
|---|---|
| CN (6) | CN116216190A (en) |
| WO (2) | WO2023098913A1 (en) |
Family Cites Families (20)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP4010755B2 (en) * | 2000-08-31 | 2007-11-21 | 株式会社椿本チエイン | Conveyor chain |
| JP3683558B2 (en) * | 2002-08-09 | 2005-08-17 | 株式会社ヨシダ鉄工 | Chip conveyor |
| JP4727198B2 (en) * | 2004-09-30 | 2011-07-20 | 英次 吉田 | Chain cover and slat conveyor using the same |
| CN101012028A (en) * | 2007-01-30 | 2007-08-08 | 汶上中煤机器有限公司 | Mining plate-belt feeder |
| CN201172544Y (en) * | 2008-03-14 | 2008-12-31 | 王建喜 | Shock resistance and wear resistant conveyor belt |
| CN101643142A (en) * | 2009-06-12 | 2010-02-10 | 中冶赛迪工程技术股份有限公司 | Conveying device and method |
| CN201761890U (en) * | 2010-08-26 | 2011-03-16 | 山东汇盛机器制造有限公司 | Chain plate type feeder |
| DK177451B1 (en) * | 2011-09-12 | 2013-06-17 | Palle Stockholm Johansson | Flight conveyor |
| CN104150167A (en) * | 2014-08-14 | 2014-11-19 | 天地科技股份有限公司 | Bearing structure of quantitative plate conveyer |
| DE102014118244A1 (en) * | 2014-12-09 | 2016-06-09 | Hauni Maschinenbau Ag | Tragförderkettenglied, Tragförderkette and transfer and / or storage system for rod-shaped articles of the tobacco processing industry |
| CN204999157U (en) * | 2015-09-11 | 2016-01-27 | 江苏东发链条有限公司 | Conveying chain with buffer layer |
| WO2017071632A1 (en) * | 2015-10-28 | 2017-05-04 | 刘素华 | Sealed chain belt conveyer |
| CN107187797A (en) * | 2017-05-12 | 2017-09-22 | 象州县科学技术情报研究所 | Suitable for chemical industry Chain conveyer conveyer belt structure |
| CN108557385A (en) * | 2018-06-23 | 2018-09-21 | 浙江乐能科技有限公司 | A kind of totally enclosed type tank belt driver |
| CN110641922A (en) * | 2018-06-27 | 2020-01-03 | 刘素华 | Positioning annular belt for penetrating head and tail convex side strips |
| CN209905685U (en) * | 2019-05-16 | 2020-01-07 | 湖州南浔旭锋机械有限公司 | High-rotating-speed and low-noise conveying chain |
| CN210914013U (en) * | 2019-06-11 | 2020-07-03 | 中山道森机械有限公司 | Chain belt bucket conveyor |
| CN211443819U (en) * | 2019-11-22 | 2020-09-08 | 常州凯恩链传动科技有限公司 | High-strength thick plate conveying chain |
| CN211970680U (en) * | 2019-12-23 | 2020-11-20 | 鞍钢股份有限公司 | Prevent transportation chain of long material product fish tail |
| CN212291631U (en) * | 2020-05-06 | 2021-01-05 | 山东泽烁机械有限公司 | Chain plate type feeder |
-
2022
- 2022-12-02 CN CN202211543443.6A patent/CN116216190A/en active Pending
- 2022-12-02 CN CN202211542748.5A patent/CN116253102A/en active Pending
- 2022-12-02 CN CN202211542955.0A patent/CN116216189A/en active Pending
- 2022-12-02 CN CN202211544955.4A patent/CN116238856A/en active Pending
- 2022-12-02 WO PCT/CN2022/136369 patent/WO2023098913A1/en unknown
- 2022-12-02 CN CN202211542411.4A patent/CN116788766A/en active Pending
- 2022-12-02 WO PCT/CN2022/136391 patent/WO2023098914A1/en unknown
- 2022-12-02 CN CN202223257233.9U patent/CN219750838U/en active Active
Also Published As
| Publication number | Publication date |
|---|---|
| WO2023098913A1 (en) | 2023-06-08 |
| WO2023098914A1 (en) | 2023-06-08 |
| CN116216189A (en) | 2023-06-06 |
| CN116238856A (en) | 2023-06-09 |
| CN219750838U (en) | 2023-09-26 |
| CN116253102A (en) | 2023-06-13 |
| CN116788766A (en) | 2023-09-22 |
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