CN114684534A - Conveyor belt with sealed side holes - Google Patents

Conveyor belt with sealed side holes Download PDF

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Publication number
CN114684534A
CN114684534A CN202111657690.4A CN202111657690A CN114684534A CN 114684534 A CN114684534 A CN 114684534A CN 202111657690 A CN202111657690 A CN 202111657690A CN 114684534 A CN114684534 A CN 114684534A
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CN
China
Prior art keywords
hole
belt
chain
conveying belt
piece
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
CN202111657690.4A
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Chinese (zh)
Inventor
刘素华
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Jining City Customkey Electromechanical Technology Co ltd
Original Assignee
Jining City Customkey Electromechanical Technology Co ltd
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Filing date
Publication date
Application filed by Jining City Customkey Electromechanical Technology Co ltd filed Critical Jining City Customkey Electromechanical Technology Co ltd
Publication of CN114684534A publication Critical patent/CN114684534A/en
Pending legal-status Critical Current

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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
    • B65G15/02—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 for conveying in a circular arc
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
    • B65G15/00—Conveyors having endless load-conveying surfaces, i.e. belts and like continuous members, to which tractive effort is transmitted by means other than endless driving elements of similar configuration
    • B65G15/30—Belts or like endless load-carriers
    • B65G15/56—Belts or like endless load-carriers with edge-protecting or reinforcing means
    • 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
    • B65G15/64—Arrangements for supporting or guiding belts, e.g. by fluid jets for automatically maintaining the position of the belts
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
    • B65G23/00—Driving gear for endless conveyors; Belt- or chain-tensioning arrangements
    • B65G23/02—Belt- or chain-engaging elements
    • B65G23/04—Drums, rollers, or wheels
    • B65G23/06—Drums, rollers, or wheels with projections engaging abutments on belts or chains, e.g. sprocket wheels
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
    • B65G39/00—Rollers, e.g. drive rollers, or arrangements thereof incorporated in roller-ways or other types of mechanical conveyors 
    • B65G39/10—Arrangements of rollers
    • B65G39/12—Arrangements of rollers mounted on framework
    • B65G39/125—Arrangements of rollers mounted on framework for selectively adjusting troughing of the conveying belt

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  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Belt Conveyors (AREA)

Abstract

The invention belongs to the field of machinery, and particularly relates to a side hole sealing conveyor belt which comprises a continuous perforated belt driving chain, a belt sealing hole structure and a side hole conveyor belt, wherein the continuous perforated belt driving chain is connected with the side hole conveyor belt, the belt sealing hole structure is arranged at the connecting part of the continuous perforated belt driving chain and the side hole conveyor belt to form the side hole sealing conveyor belt, the belt sealing hole structure comprises a flat side belt sealing hole part or a material wrapping belt sealing hole part, the side hole sealing conveyor belt comprises a chain shaft buckle side hole roller conveyor belt or a chain shaft buckle side hole roller chain conveyor belt, the continuous perforated belt driving chain comprises a driving chain shaft, a chain roller and a chain connecting plate, the side hole conveyor belt comprises an embedded hole ring conveyor belt or a hole sleeve conveyor belt or a bare hole conveyor belt, the outer edges at two ends of the protective hole embedded ring are larger than the diameter of the side hole of the conveyor belt, the outer edges at two ends of the protective hole embedded ring prevent the protective ring from falling off from the side hole of the conveyor belt, the guard aperture inlays the ring and prevents external force damage conveyer belt side hole.

Description

Conveyor belt with sealed side holes
Technical Field
The invention relates to the field of machinery, in particular to a side hole sealing conveyor belt.
Background
The prior belt conveyor is driven by a driving roller and a driven roller by friction force, the rollers at two ends of a belt are required to be pulled too far on site, so that the belt is excessively tensioned, thereby causing serious production stop accidents caused by belt breakage, and often causing overload of a motor when the motor starts the belt to rotate due to overlarge tensioning force, thereby causing the production stop accidents such as motor burnout and the like, and the belt is attached to the rollers and rotates by friction force, so that the driving roller and the driven roller are not parallel when being installed, and the shaft ends of the two rollers are parallelogram-shaped, moreover, the belt edge has no rib, thereby causing serious repeated occurrence of belt deviation, tearing, slipping, stretching and the like, causing serious waste of manpower and material resources due to maintenance and replacement, reducing the production efficiency, polluting the ecological environment, the cost of the strip-penetrating type conveying belt is high, the production period is long, specific production mould, manufacturing process is complicated, the consumptive material, consume the worker, consume energy, easily decrease the part many, the maintenance volume is big, install the drive chain additional at the conveyer belt side, use a plurality of connecting pieces to connect conveyer belt and drive chain, adapting unit structure is complicated, the manufacturing degree of difficulty is big, the firmness is poor, easily decrease the part many, the conveyer belt easily tears from the connecting piece and drops manufacturing cost height, use cost is high, the maintenance volume is big, the practicality is poor, in order to solve above-mentioned problem, through decades of research and development and make with research again provide one kind and seal side hole conveyer belt.
The invention is as follows
The side hole sealing conveyer belt comprises a continuous perforated belt driving chain, a belt sealing hole structure, a side hole conveyer belt and the like, the continuous perforated belt driving chain is connected with the side hole conveyer belt, the belt sealing hole structure is arranged at the connecting part of the continuous perforated belt driving chain and the side hole conveyer belt to form the side hole sealing conveyer belt, the belt sealing hole structure comprises a flat edge belt sealing hole piece or a bag material belt sealing hole piece and the like, the side hole sealing conveyer belt comprises a chain shaft buckle side hole roller conveyer belt or a chain shaft plate buckle side hole roller conveyer belt and the like, the continuous perforated belt driving chain comprises a driving chain shaft, a chain roller, a chain connecting plate and the like, the chain connecting plate comprises an inner side chain connecting plate, an outer side chain connecting plate and the like, the inner side chain connecting plate is provided with an inner side chain connecting plate hole, the outer side chain connecting plate is provided with an outer side chain connecting plate hole, the side hole conveyer belt comprises an eyelet ring conveyer belt or a hole sleeve conveyer belt or a bare hole conveyer belt and the like, the eyelet ring comprises a conveyer belt side hole eyelet ring, and the like, the outer edges of the two ends of the guard hole insert ring are larger than the diameter of the side hole of the conveying belt, the guard hole insert ring is buckled on the side hole of the conveying belt, the outer edges of the two ends of the guard hole insert ring prevent the guard hole insert ring from falling off from the side hole of the conveying belt, the guard hole insert ring prevents external force from damaging the side hole of the conveying belt, the naked hole conveying belt comprises a side hole of the conveying belt and the like, when the chain shaft buckle side hole roller chain conveying belt is used, a driving chain shaft comprises a chain shaft tongue plate and the like, the chain shaft tongue plate comprises a tongue plate chain shaft and a tongue plate and the like, the tongue plate shaft is arranged at one end of the tongue plate chain shaft, the other end of the chain shaft penetrates through a chain roller and a chain connecting plate, the shaft plate buckle hole insert ring conveying belt is arranged on the tongue plate or provided with a shaft plate buckle hole sleeve conveying belt or provided with a shaft plate buckle naked hole conveying belt, the shaft plate buckle hole sleeve conveying belt is buckled on the tongue plate, the shaft plate buckle hole sleeve conveying belt is buckled with the naked hole sleeve conveying belt, the shaft buckle hole sleeve conveying belt, and the naked hole sleeve conveying belt is buckled with the naked hole sleeve conveying belt, the chain shaft tongue plate comprises a straight chain shaft tongue plate or a convex chain shaft tongue plate and the like, the convex plate of the convex chain shaft tongue plate limits the chain connecting plate and prevents the chain connecting plate from wearing the side hole conveying belt, when the chain shaft plate buckle side hole roller chain conveying belt is used, the chain shaft plate buckle side hole roller chain conveying belt comprises a chain connecting plate buckle piece, the chain connecting plate buckle piece is provided with a chain shaft hole and a chain plate buckle piece, the chain shaft hole is connected with a driving chain shaft in a penetrating mode, the chain plate buckle piece comprises a chain plate buckle embedded hole ring conveying belt piece or a chain plate buckle hole sleeve conveying belt piece or a chain plate buckle bare hole conveying belt piece and the like, the chain plate buckle embedded hole ring conveying belt is buckled with the chain embedded hole ring conveying belt, the chain plate buckle hole sleeve conveying belt is buckled with the bare hole conveying belt, the chain plate buckle bare hole conveying belt is buckled with the chain plate buckle conveying belt, and the flat edge sealing belt is covered at the buckle embedded hole conveying belt buckle embedded hole connecting piece buckle part or the chain plate buckle hole sleeve conveying belt or the chain plate buckle hole conveying belt The hole conveying belt part is buckled with the naked hole conveying belt part, the flat edge sealing belt hole part is fixedly connected with the side edge hole conveying belt or is integrated, when the bag material sealing belt hole part is used, the bag material sealing belt hole part comprises a sealing belt hole part and a bag material blocking part, the sealing belt hole part covers the buckling connection embedded hole ring conveying belt part of the chain plate buckling embedded hole ring conveying belt part or the sealing belt hole part covers the buckling connection hole sleeve conveying belt part of the chain plate buckling hole sleeve conveying belt part or the sealing belt hole part covers the buckling connection naked hole conveying belt part of the chain plate buckling naked hole conveying belt part, the bag material blocking part is arranged on one side or two sides of the side edge hole conveying belt, the bag material blocking part is obliquely or vertically arranged on the side edges of the side edge hole conveying belt and the sealing belt hole part, the bag material blocking part is connected with the sealing belt hole part in a split mode or is integrated mode, when the material blocking part is connected with the sealing belt hole part in a split mode, the bag material blocking part comprises a bonding bag material blocking part or a perforating bag material blocking part or a sewing material blocking part blocking the side edge blocking part, the bonding pocket keeps off the material piece and bonds at side hole conveyer belt side, and the perforation pocket keeps off the material piece and sets up in side hole conveyer belt one side or both sides, and the perforation pocket keeps off the material piece and wears the drive chain axle including wearing drive chain axle hole, wears drive chain axle hole and wears to link drive chain axle, and drive chain axle prevents that the perforation pocket keeps off the material piece and drops.
The chain plate buckle belt piece comprises a buckle belt pin shaft, a pin shaft stopping structure and the like, the pin shaft stopping structure comprises a pin shaft stopping table and/or a pin shaft stopping piece and the like, the diameter of the pin shaft stopping table is larger than that of the buckle belt pin shaft, the pin shaft stopping table is arranged at the end part of the buckle belt pin shaft, the pin shaft stopping table and the buckle belt pin shaft are connected in a split mode or integrated mode, the pin shaft stopping table and the pin shaft stopping piece are respectively arranged at the two ends of the buckle belt pin shaft, and the flat edge sealing belt hole piece and the side edge hole conveying belt form an integrated structure through bonding or form an integrated structure through vulcanization.
The pin shaft stopping piece comprises a pin shaft stopping piece or a nut pin shaft stopping piece or a snap spring pin shaft stopping piece or a stop sleeve pin shaft stopping piece and the like, the conveying belt driving chain shaft is penetrated by metal or plastic or ceramic and comprises a conveying belt driving chain shaft and the like, and the conveying belt driving chain shaft is penetrated by a pin and comprises a chain shaft or an elastic locking shaft or an annular chain member or an elastic locking rivet and the like.
The hole-protecting ring comprises an elastic locking ring or a riveting ring, when the elastic locking ring is used, the elastic locking ring comprises an elastic locking ring check-back platform and an elastic locking ring cylinder, the elastic locking ring check-back platform is arranged at two ends of the elastic locking ring cylinder, the outer diameter of the elastic locking ring check-back platform is larger than that of the elastic locking ring cylinder, the elastic locking ring check-back platform is coiled inwards under the action of external force and penetrates through the naked hole conveyer belt, when the elastic locking ring check-back platform at one end penetrates through the naked hole conveyer belt, the elastic locking ring check-back platform is opened to enable the elastic locking ring cylinder to be attached to the naked hole conveyer belt, the outer diameter of the elastic locking ring check-back platform at two ends of the elastic locking ring cylinder is larger than that of the naked hole conveyer belt, the elastic locking ring check-back platform is buckled on two end faces of the naked hole conveyer belt to prevent the elastic locking ring cylinder from falling off, when the riveting ring is used, the riveting ring comprises a riveting ring check-back platform and a riveting ring cylinder, and the like, the riveting ring check-back platform is arranged at one end of the riveting ring cylinder, the other end of the rivet buckle ring cylinder penetrates through the naked hole conveying belt, the end part of the rivet buckle ring cylinder is expanded by external force until the outer diameter of the part, extending out of the naked hole conveying belt, of the rivet buckle ring cylinder is larger than the diameter of the naked hole conveying belt hole, the outer diameters of the two end parts of the rivet buckle ring are larger than the diameter of the naked hole conveying belt hole, and the rivet buckle ring is prevented from falling off from the naked hole conveying belt hole.
The side hole conveyer belt includes last hem conveyer belt or straight conveyer belt etc, it includes vertical upward folding conveyer belt limit or the conveyer belt limit of rolling over to one side to go up the hem conveyer belt, it still includes even hem conveyer belt etc. to go up the hem conveyer belt, even go up hem conveyer belt and vertical upward folding conveyer belt limit formula as an organic whole or even go up hem conveyer belt and the conveyer belt limit integral type of rolling over to one side, vertical upward folding conveyer belt limit or upward folding conveyer belt edge of rolling over to one side set up the hem and link drive chain hole, the hem links drive chain hole and links hole area drive chain lock, the setting of flat limit banding hole spare is in the hem even drive chain hole and even hole area drive chain lock department, even hole area drive chain drives the operation of hem conveyer belt, even go up hem conveyer belt and drive drum laminating operation or even hem conveyer belt and drive drum clearance parallel operation.
The side hole conveyer belt comprises a concave side hole conveyer belt and the like, the height of the belt edge of the part of the side hole of the concave side hole conveyer belt is lower than the main conveying surface of the side hole conveyer belt, and after the belt sealing hole structure covers the concave edge of the concave side hole conveyer belt, the surface height of the belt sealing hole structure and the main conveying surface of the side hole conveyer belt form a plane, so that the belt sealing hole structure is connected with multiple sides of the concave side hole conveyer belt.
The chain connecting plate or the driving chain shaft comprises a stopping material dumping mechanism and the like, the stopping material dumping mechanism is arranged at the position, close to the side hole conveying belt, of the tongue plate chain shaft, exceeds the upper surface of a belt sealing hole piece and is attached to the outer surface of a pocket stopping material piece to prevent the pocket stopping material piece from dumping, the stopping material dumping mechanism comprises a stopping material piece inclination stopper attached to the stopping material piece inclination stopper or buckled with the stopping material piece inclination stopper or adhered with the stopping material piece inclination stopper and the like, the stopping material piece inclination stopper attached to the stopping material piece inclination stopper by a bolt or a screw or the stopping material piece inclination stopper attached to a rivet or the stopping material piece inclination stopper attached to a pin or the stopping material piece inclination stopper attached to a groove or a pressing plate, when the stopping material piece inclination stopper is attached to the stopping material inclination stopper, the stopping material dumping mechanism is fixedly connected with the pocket at intervals, the pocket stopper is locally buckled and pulled by the stopping material piece inclination stopper, so that the pocket stopping material piece is buckled outside a blocking area and has self-extending self-recovering performance, when the material pushes and supports the pocket to block the material, the blocking material dumping mechanism supports the pocket blocking material to prevent the material from dropping, when the pocket blocking material leans against the blocking material to stop the tilter, the pocket blocking material has a self-extending self-recovery performance area, the self-extending outside rotates around a chain gear, the blocking material dumping mechanism supports the pocket blocking material to prevent the pocket blocking material from dumping and scattering outside or dumping and carrying return material to run, the pocket blocking material comprises an extending recovery pocket blocking material and the like, the extending recovery pocket blocking material comprises a rubber pocket blocking material or a polyester pocket blocking material or a waterproof cloth pocket blocking material or a plastic pocket blocking material or a tetrafluoroethylene pocket blocking material or a nylon pocket blocking material and the like, the pocket blocking material comprises a vertical pocket blocking material or an inclined pocket blocking material and the like, the inclined pocket blocking material comprises a chain penetrating shaft inclined blocking material or an inclined pocket material sealing belt hole and the like, the chain penetrating shaft blocking material comprises a chain penetrating shaft section, an inclined pocket blocking material penetrating section and the like, and the conveying belt penetrating shaft penetrating chain penetrating section leans against the side edge of the conveying belt, oblique pocket material section is to even going up hole area driving chain direction slope, when around sprocket rotation, oblique pocket material section leans on the gradient smooth-going to pass through or the operation pulling force makes oblique pocket material section to even going up hole area driving chain direction and incline smoothly again and pass through, the pocket keeps off material spare and side hole conveyer belt seamless connection, prevent water, mud, the powdered ore end oozes from its junction, the pocket keeps off material spare has ductility self-resuming nature, it is when passing through the sprocket position, automatic folding height is rotatory around the gear, it is automatic recovery after crossing the gear region keeps off the material height.
The invention has the beneficial effects that:
1. the side hole conveyer belt is connected to the perforation area driving chain, seals the foraminiferous structure setting and forms and seal side hole conveyer belt in even perforation area driving chain and side hole conveyer belt connecting portion department, and the outside border at grommet both ends is greater than conveyer belt side hole diameter, and grommet buckle is on conveyer belt side hole, and the outside border at grommet both ends prevents the grommet to drop from conveyer belt side hole, and the grommet prevents external force damage conveyer belt side hole.
2. When the chain shaft buckle side edge hole roller chain conveyer belt is used, the shaft tongue plate is arranged at one end of a chain shaft of the tongue plate, the other end of the chain shaft of the tongue plate is connected with a chain roller and a chain connecting plate in a penetrating way, the shaft plate buckle embedded hole ring conveyer belt is connected with a embedded hole ring conveyer belt in a buckling way, the chain plate buckle hole sleeve conveyer belt is connected with a hole sleeve conveyer belt in a buckling way, the shaft plate buckle naked hole conveyer belt is connected with a naked hole conveyer belt in a buckling way, a side edge hole conveyer belt connecting mechanism is ingeniously arranged on a driving chain shaft, so that the driving chain shaft is directly connected with the conveyer belt, the chain shaft tongue plate plays a role in penetrating and connecting the conveyer chain and also plays a role in firmly connecting the side edge hole conveyer belt with the driving chain, the structure invention can lead the chain connecting plate to be close to the side edge hole conveyer belt, reduce the connecting distance between the conveyer belt and the roller chain, shorten the length of the driving chain shaft, reduce the driving chain shaft force arm, save materials for the driving chain shaft, the roller, the supporting frame, the carrier roller and the like, and the structure is simple and strong, the boss of boss chain axle hyoplastron is spacing to the chain connecting plate, prevents chain connecting plate wearing and tearing side hole conveyer belt, has saved and has set up the spacing complex structure to the chain connecting plate in the drive chain is epaxial, and chain axle hyoplastron simple structure function is many, makes swift, efficient, the cost, and the practicality is strong.
3. When the chain-penetrating shaft plate is used for buckling the side edge hole roller chain conveyer belt, the chain-penetrating shaft hole is penetrated and connected with a driving chain shaft, the chain plate buckle embedded hole ring conveyer belt is buckled and connected with the embedded hole ring conveyer belt, the chain plate buckle hole sleeve conveyer belt is buckled and connected with the hole sleeve conveyer belt, the chain plate buckle bare hole conveyer belt is buckled and connected with the bare hole conveyer belt, and the chain plate buckle belt is directly buckled and connected with the side edge hole conveyer belt When water enters the gap between the chain plate buckle naked hole conveying belt piece and the naked hole conveying belt, when a material bag is used for sealing the belt hole piece, the sealing belt hole piece covers the part of the chain plate buckle embedded hole ring conveying belt piece buckle connecting embedded hole ring conveying belt or the sealing belt hole piece covers the part of the chain plate buckle hole sleeve conveying belt piece buckle connecting hole sleeve conveying belt or the sealing belt hole piece covers the part of the chain plate buckle naked hole conveying belt piece buckle connecting naked hole conveying belt, dust or water is prevented from entering the gap between the chain plate buckle naked hole conveying belt piece and the naked hole conveying belt, the sealing belt hole structure carries out deformation prevention and anti-falling fixation on the side edge hole in all directions on the end face of the buckling part of the side edge hole conveying belt and the chain plate buckle hole piece, the structural strength of the side edge hole conveying belt is enhanced, the shaft plate buckle embedded hole ring conveying belt piece is prevented, the shaft plate buckle hole sleeve conveying belt piece is prevented or the shaft plate buckle naked hole conveying belt piece is prevented from moving and falling off, the conveying width of the side edge hole conveying belt is widened, and the material scattering prevention capability of the conveying belt is improved, the service life of the side hole conveying belt is prolonged, the pocket material blocking part is arranged on the side edge of the side hole conveying belt and the belt sealing hole part, the pocket material blocking part and the belt sealing hole part are connected in a split mode or are integrated, when the pocket material blocking part and the belt sealing hole part are connected in the split mode, the bonding pocket material blocking part is bonded on the side edge of the side hole conveying belt, the driving chain shaft is penetrated through the driving chain shaft hole, the driving chain shaft prevents the perforating pocket material blocking part from falling off, the pocket material blocking part prevents materials from flowing out of the side edge of the naked hole conveying belt, the pocket material blocking part is tightly attached to the side edge of the side edge conveying belt in a long distance, the structure of the driving shaft penetrating and connecting the combined pocket material blocking part such as a steel sheet is changed, the problem of material leakage of a fastening gap between the blocking piece and the blocking piece is avoided, the defect that the hard blocking piece and the flexible belt are not in synchronous operation when the hard blocking piece and the flexible belt are attached to a roller is avoided, the problem that the hard blocking piece and the flexible belt are quickly separated from each other after being bonded is avoided, and the problem that the side blocking gap of material leakage, the environmental pollution caused by material leakage, is thoroughly solved from the structure and the material using material, The problem of material waste is solved, the stop material dumping mechanism is arranged at the position of the tongue plate chain shaft close to the side hole conveying belt, the stop material dumping mechanism is higher than the upper surface of the belt sealing hole and is attached to the outer surface of the pocket stop member to stop the pocket stop member from dumping, the problems that the conveying belt is easy to tear and fall off from the connecting piece, the manufacturing cost is high, the use cost is high, the maintenance amount is large, the practicability is poor and the like are solved, the roller chain is used for driving the side hole sealing conveying belt, the conveying mode of a roller driving belt is avoided from the structural principle, the belt is excessively tensioned, the side hole conveying belt is not torn, deviated, skidded and excessively stretched, the problem of side hole conveying belt fracture is solved, the running load of the motor is reduced, the motor is protected, the occurrence of production stop accidents such as motor burnout and the like is solved, the production efficiency is improved, the ecological environment pollution is reduced, the cost is reduced, the production period is shortened, the manufacturing process is greatly simplified and optimized, the material consumption is low, the work consumption is low, the energy consumption is low, the number of easily-damaged parts is small, the maintenance amount is small, the simplest part is used for connecting the driving chain and the side hole conveying belt, the situation that the driving chain is additionally arranged on the side edge of the conveying belt is changed, the structure that the conveying belt and the driving chain are connected through a plurality of connecting pieces is adopted, the problems that the structure of a connecting part is complex, the manufacturing difficulty is high, the firmness is poor, and the number of easily-damaged parts is large are solved, the phenomenon that the conveying belt is easily torn from the connecting piece and falls off is avoided, the manufacturing cost is reduced, the use cost is reduced, the maintenance amount is small, the practicability is high, the conveying efficiency is high, and the service life is long.
4. The pin shaft blocking platform is larger than the diameter of the buckling belt pin shaft, the pin shaft blocking platform is arranged at the end part of the buckling belt pin shaft, the pin shaft blocking platform and the buckling belt pin shaft are connected in a split mode or integrated mode, the pin shaft blocking platform and the pin shaft stopping piece are respectively arranged at two ends of the buckling belt pin shaft, and the flat edge sealing belt hole piece and the side edge hole form an integrated structure through bonding or form an integrated structure through vulcanization.
5. When the elastic snap-ring is used, the elastic locking ring stopping platform is arranged at two ends of the elastic locking ring cylinder, the outer diameter of the elastic locking ring stopping platform is larger than that of the elastic locking ring cylinder, the elastic locking ring stopping platform is coiled inwards under the action of external force and is reduced to penetrate through the naked hole conveying belt, when the elastic locking ring stopping platform at one end penetrates through the naked hole conveying belt, the elastic locking ring stopping platform is opened to enable the elastic locking ring cylinder to be attached to the naked hole conveying belt hole, the outer diameter of the elastic locking ring stopping platform at two ends of the elastic locking ring cylinder is larger than the diameter of the naked hole conveying belt hole, the elastic locking ring stopping platform is buckled on two end faces of the naked hole conveying belt hole to prevent the elastic locking ring cylinder from falling off, when the riveting buckle ring is used, the riveting buckle stopping platform is arranged at one end of the riveting buckle cylinder, the other end of the riveting buckle cylinder penetrates through the naked hole conveying belt, the end part of the riveting buckle cylinder is expanded to enable the outer diameter of the riveting buckle cylinder extending out of the naked hole conveying belt to be larger than the naked hole conveying belt hole, make the outer diameter of rivet band buckle both ends all be greater than the foraminiferous diameter of naked hole conveyer belt, prevent rivet the buckle ring and follow the foraminiferous diameter of naked hole conveyer belt and drop, when side hole conveyer belt wearing and tearing need be changed, can lift off used repeatedly with elasticity hasp ring from the side hole conveyer belt, very high the life of side hole conveyer belt, the use cost of elasticity hasp ring has been practiced thrift, sealed side hole conveyer belt tip intensity has been increased, the problem of sealed side hole conveyer belt receive too big external force and cause tearing has been solved, the installation is swift high-efficient with the change, easy maintenance.
6. The edge-folding conveying belt and the vertical edge-folding conveying belt are connected into a whole or the edge-folding conveying belt and the oblique edge-folding conveying belt are connected into a whole, the edge-folding driving chain hole is arranged on the edge of the vertical edge-folding conveying belt or the edge of the oblique edge-folding conveying belt, the edge-folding driving chain hole is buckled with the hole-folding driving chain, the flat edge belt hole sealing piece is arranged at the buckling part of the edge-folding driving chain hole and the hole-folding driving chain, the hole-folding driving chain drives the upper edge-folding conveying belt to operate, the upper edge-folding conveying belt and the driving roller are connected to operate in a fit manner or the upper edge-folding conveying belt and the driving roller operate in a clearance parallel manner, the damage to the edge-folding conveying belt caused by forcibly bending and raising the edge part of the side edge-hole conveying belt is avoided, the middle part of the side edge-hole conveying belt and the gear roller can be smoothly attached to convey materials without deviation and slipping, the operation is stable, the materials are perfectly pocketed and no leakage, the conveying capacity is strong, the feeding speed is high, and the method is efficient, environment-friendly and safe.
7. The belt edge height of the side edge hole part of the concave side edge hole conveying belt is lower than the main conveying surface of the side edge hole conveying belt, after the sealing belt hole structure covers the concave edge of the concave side edge hole conveying belt, the surface height of the sealing belt hole structure and the main conveying surface of the side edge hole conveying belt form a plane, the belt surface of the whole conveying belt is smooth and clean, the sweeper is favorable for sweeping the sealing side edge hole conveying belt without obstacles, the sealing belt hole structure is connected with multiple sides of the concave side edge hole conveying belt, the connecting strength of the sealing belt hole structure and the side edge hole conveying belt is further improved, and the service life of the sealing side edge hole conveying belt is prolonged.
8. When the material stopping and inclining device is used and attached to a material stopping and inclining device, the material stopping and inclining device is fixedly connected with the pocket material stopping device at intervals, the material stopping and inclining device is attached to the material stopping and inclining device locally, the region beyond the material stopping and inclining device is made to have self-extending self-recovery performance, when the material is pushed and supported by the pocket material, the material stopping and inclining device supports the pocket material stopping device to prevent the material from scattering, when the material stopping and inclining device is attached to the material stopping and inclining device, the pocket material stopping device has the self-extending self-recovery performance region, the outer edge is long in self-extending rotation around the chain gear, the material stopping and inclining device supports the pocket material stopping device, and the material stopping device is prevented from dumping and scattering or dumping and carrying return materials to operate.
9. The pocket material blocking part is in seamless connection with the side hole conveying belt to prevent water, mud and mineral powder from seeping out of the joint, the pocket material blocking part has ductility self-recovery property, when the pocket material blocking part passes through a chain wheel position, the automatic folding height rotates around a gear, the automatic recovery material blocking height is automatically recovered after the pocket material blocking part crosses a gear area, the stop material part dumping mechanism is arranged at the position, close to the side hole conveying belt, of a tongue plate chain shaft, the stop material part dumping mechanism is higher than the upper surface of the sealing hole part and is attached to the outer surface of the pocket material blocking part to prevent the pocket material blocking part from dumping and measuring leakage, the chain penetrating shaft section is connected to the side part of the sealing side hole conveying belt through a driving chain shaft in a penetrating mode, the inclined pocket material section inclines towards the driving chain of the connecting hole belt, the inclined pocket material section blocks and protects the connecting hole belt driving chain to increase the material receiving width, when the roller rotates, the inclined pocket material section smoothly passes through or runs through the inclined pocket material section by virtue of pulling force to enable the inclined pocket material section to incline towards the connecting hole driving chain direction again smoothly, with the pocket that keeps off the material with the side hole conveyer belt with the material form integral type cell type conveyer belt with side hole conveyer belt, backstop material spare is emptyd the mechanism and is right pocket fender material spare, ensures that the pocket kept off the maximum height of material spare, maximum firmness keeps off the long-term safe transportation of material transportation, backstop material spare is emptyd the mechanism and is kept off the material spare with the pocket, is sealed the side hole conveyer belt and retrencies, ingenious cooperation, widens, has increased the transport material sectional area, compares with the sliding friction grooving belt: firstly, a conveying belt with sealed side holes can be supported and conveyed by using a flat carrier roller, and materials are conveyed without scattering and deviating; secondly, a flat carrier roller is used for supporting and sealing a side hole conveying belt, a carrier roller groove formed by three carrier rollers cannot be formed, the three carrier rollers are different in position, so that the flatness of the axes of the three carrier roller shafts is poor, when the carrier rollers are driven by a belt to rotate, some carrier rollers rotate flexibly, some carrier rollers rotate slowly, even some carrier rollers are locked, and the fault that part of the belt and the carrier rollers generate heat and fire due to serious friction is very easily caused; the old upper and lower carrier roller grooves have complex structures and waste mining roadways and valuable space, and the conveyor belt with the sealed side edge holes can transport a large amount of materials without the carrier roller grooves or with the lower carrier roller grooves; the flat carrier roller is used for supporting and sealing the side hole conveying belt to convey materials, so that the problem that the old belt is required to be grooved to convey the materials is avoided, the flat belt is changed into a grooved belt, the belt is damaged in the processes of tension and pressure deformation, the flat carrier roller is used for supporting and sealing the side hole conveying belt to convey the materials, and the defects that the bottom of the old grooved belt is supported by carrier rollers at local intervals, the local intervals rub with the carrier rollers, the belt is stressed unevenly, the local stress is large, the belt is abraded greatly, the service life of the belt is short, and the belt is replaced frequently are avoided; sixthly, the old belt is thickened in order to increase the tensile strength and the wear resistance, the bottom of the conveyor belt with the sealed side hole is parallel to the flat carrier roller, and the flat carrier roller uniformly supports the conveyor belt with the sealed side hole, so that the bottom of the conveyor belt with the sealed side hole is ensured to be large in supported area and uniform in stress, the local excessive wear of the belt is avoided to the greatest extent, and the service life of the conveyor is prolonged; the service life of a sealing side edge hole conveying belt is at least five times longer than that of a sliding friction conveying belt, so that maintenance and replacement are reduced, manpower and material resources are saved, the safety and high-efficiency conveying performance of the belt conveyor is greatly improved, and the service life of the belt conveyor is prolonged.
Drawings
FIG. 1 is a schematic representation of the structure of a closed-sided pore belt of example 1;
FIG. 2 is a schematic view of a structure of a closed-side-hole conveyer belt according to example 1;
FIG. 3 is a schematic cross-sectional view of a closed-side hole conveyer structure according to example 1;
FIG. 4 is a schematic cross-sectional view of a closed-side hole conveyer structure according to example 1;
FIG. 5 is a schematic sectional view of a conveyor structure with a closed-side hole in example 2;
FIG. 6 is a schematic cross-sectional view of a closed-side hole conveyer structure according to example 3;
FIG. 7 is a schematic sectional view of a conveyor structure with a closed-side hole in example 3;
FIG. 8 is a schematic sectional view of a conveyor structure with a closed-side hole in example 3;
FIG. 9 is a schematic sectional view of a conveyor belt structure with closed side holes according to example 3;
FIG. 10 is a schematic sectional view of the structure of a closed-side-hole conveyer belt according to example 4;
FIG. 11 is a schematic sectional view of the structure of a closed-side-hole conveyer belt according to example 4;
FIG. 12 is a schematic sectional view of a conveyor structure with a closed-side-hole in example 5;
FIG. 13 is a partial cross-sectional view of a land hole belt structure according to example 6;
FIG. 14 is a partial cross-sectional view of a land hole belt structure according to example 6;
FIG. 15 is a schematic partial cross-sectional view of a closed-side-hole conveyer belt structure according to example 6;
FIG. 16 is a partial cross-sectional view of a land hole belt structure according to example 7;
FIG. 17 is a partial cross-sectional view of the conveyor belt structure with closed side holes of example 8;
FIG. 18 is a schematic sectional view of a closed-side perforated conveyer belt structure according to example 9;
FIG. 19 is a schematic cross-sectional view of a closed-side perforated conveyer belt structure according to example 9;
FIG. 20 is a schematic view of a structure of a side-hole-sealing conveyer belt according to example 10;
FIG. 21 is a schematic sectional view of the structure of a closed-side-hole conveyer belt according to example 10;
FIG. 22 is a schematic sectional view of a closed-side perforated conveyer belt structure according to example 11;
FIG. 23 is a schematic sectional view of the structure of a closed-side-hole conveyer belt according to example 12;
FIG. 24 is a schematic sectional view of a conveyor structure with closed-side holes of example 12;
FIG. 25 is a schematic sectional view of a conveyor belt structure with closed side holes according to example 12;
FIG. 26 is a schematic view of a structure of a closed-side-hole conveyer belt according to example 13;
FIG. 27 is a schematic cross-sectional view of a closed-side-hole conveyer structure according to example 13.
In the figure: 1-side hole sealing conveyer belt, 2-continuous perforated belt driving chain, 3-side hole conveyer belt, 4-chain shaft buckle side hole roller chain conveyer belt, 5-chain shaft plate buckle side hole roller chain conveyer belt, 6-driving chain shaft, 7-chain roller, 8-chain connecting plate, 9-inner side chain connecting plate, 10-outer side chain connecting plate, 11-inner side chain connecting plate hole, 12-outer side chain connecting plate hole, 13-embedded hole ring conveyer belt, 14-hole sleeve conveyer belt, 15-bare hole conveyer belt, 16-conveyer belt side hole, 17-protective hole embedded ring, 18-chain shaft, 19-tongue plate chain shaft, 20-shaft tongue plate, 21-shaft plate buckle embedded hole ring conveyer belt piece, 22-shaft plate buckle hole sleeve conveyer belt piece, 23-shaft plate buckle bare hole conveyer belt piece, 24-straight chain shaft tongue plate, 25-boss chain shaft tongue plate, 26-chain connecting plate buckle belt piece, 27-chain through shaft hole, 28-chain plate buckle belt piece, 29-chain plate buckle embedded hole ring conveying belt piece, 30-chain plate buckle hole sleeve conveying belt piece, 31-chain plate buckle naked hole conveying belt piece, 32-belt sealing hole structure, 33-flat edge belt sealing hole piece, 34-material covering belt hole piece, 35-belt sealing hole piece, 36-material blocking piece, 37-bonding material blocking piece, 38-through driving chain shaft hole, 39-belt buckle pin shaft, 40-pin shaft stopping structure, 41-pin shaft stopping platform, 42-pin shaft stopping, 43-pin shaft stopping piece, 44-nut pin shaft stopping piece, 45-snap spring shaft stopping piece, 46-elastic ring, 47-riveting belt retaining ring, 48-elastic locking ring stopping table, 49-elastic locking ring cylinder, 50-riveting belt retaining ring stopping table, 51-riveting belt retaining ring cylinder, 52-gear driving roller, 53-gear driving shaft, 54-driving gear, 55-gear driving concave waist roller, 56-upper folding conveyor belt, 57-driving roller, 58-vertical upper folding conveyor belt edge, 59-oblique upper folding conveyor belt edge, 60-upper folding conveyor belt, 61-folding upper driving chain hole, 62-concave edge side hole conveyor belt, 63-stopping material pouring mechanism, 64-extension recovery bag stopping member, 65-rubber bag stopping member, 66-vertical bag stopping member, 67-oblique bag stopping member, 68-threading shaft oblique stopping member, 69-oblique material bag stopping member, 70-chain penetrating shaft section, 71-inclined material containing section, 72-clinging material blocking part inclination stopper and 73-bolt clinging material blocking part inclination stopper.
Detailed Description
Example 1
As shown in fig. 1 to 4, the sealed side hole conveyer belt 1 includes a continuous perforated belt driving chain 2, a sealed belt hole structure 32 and a side hole conveyer belt 3, the continuous perforated belt driving chain 2 is connected with the side hole conveyer belt 3, the sealed belt hole structure 32 is disposed at a connecting portion of the continuous perforated belt driving chain 2 and the side hole conveyer belt 3 to form the sealed side hole conveyer belt 1, the sealed belt hole structure 32 includes a pocket sealed belt hole member 34, the sealed side hole conveyer belt 1 includes a chain shaft-buckle side hole roller conveyer belt 4, the continuous perforated belt driving chain 2 includes a driving chain shaft 6, a chain roller 7, a chain connecting plate 8, the chain connecting plate 8 includes an inner chain connecting plate 9 and an outer chain connecting plate 10, the inner chain connecting plate 9 is provided with an inner chain connecting plate hole 11, the outer chain connecting plate 10 is provided with an outer side chain connecting plate hole 12, the side hole conveyer belt 3 includes a hole-inlaid ring conveyer belt 13, the inlaid ring conveyer belt 13 includes a conveyer belt side hole 16 and a hole-protecting inlaid ring 17, the outer edges of the two ends of the guard hole inlaid ring 17 are larger than the diameter of the side edge hole 16 of the conveying belt, the guard hole inlaid ring 17 is buckled on the side edge hole 16 of the conveying belt, the outer edges of the two ends of the guard hole inlaid ring 17 prevent the guard hole inlaid ring 17 from falling off from the side edge hole 16 of the conveying belt, the guard hole inlaid ring 17 prevents external force from damaging the side edge hole 16 of the conveying belt, when the chain shaft buckle side edge hole roller chain conveying belt 4 is used, the driving chain shaft 6 comprises a chain shaft tongue plate 18, the chain shaft tongue plate 18 comprises a tongue plate chain shaft 19 and a shaft tongue plate part 20, the shaft tongue plate part 20 is arranged at one end of the tongue plate chain shaft 19, the other end of the tongue plate chain shaft 19 penetrates through the chain roller 7 and the chain connecting plate 8, the shaft tongue plate part 20 is provided with a shaft plate buckle embedded hole ring conveying belt part 21, the shaft plate buckle embedded hole ring conveying belt part 21 is buckled with the embedded hole ring conveying belt 13, the chain shaft tongue plate 18 comprises a boss chain shaft tongue plate 25, the boss of the boss chain shaft tongue plate 25 is limited to the chain connecting plate 8, and the side hole conveying belt 3 is prevented from being worn by the chain connecting plate 8.
The hole sealing structure 32 may also include a flat edge sealing hole member 33.
The side hole conveying belt 3 can also comprise a hole sleeve conveying belt 14, a shaft tongue plate part 20 is provided with a shaft plate buckle hole sleeve conveying belt part 22, and the shaft plate buckle hole sleeve conveying belt part 22 is buckled with the hole sleeve conveying belt 14.
The side hole conveyer belt 3 can also comprise a naked hole conveyer belt 15, the naked hole conveyer belt 15 comprises a conveyer belt side hole 16, a shaft tongue plate part 20 is provided with a shaft plate buckle naked hole conveyer belt part 23, and the shaft plate buckle naked hole conveyer belt part 23 is buckled with the naked hole conveyer belt 15.
The link plate 18 may also include a flat link plate 24.
Example 2
As shown in fig. 5, the closed-side-hole conveyor belt 1 includes a through-link shaft-plate-fastening side-hole roller chain conveyor belt 5, and when the through-link shaft-plate-fastening side-hole roller chain conveyor belt 5 is used, the through-link shaft-plate-fastening side-hole roller chain conveyor belt 5 includes a link plate fastening member 26, the link plate fastening member 26 is provided with a through-link shaft hole 27 and a link plate fastening member 28, the through-link shaft hole 27 is fastened with the driving shaft 6, the link plate fastening member 28 includes a link plate-fastening bare-hole conveyor belt member 31, and the link plate fastening bare-hole conveyor belt member 31 is fastened with the bare-hole conveyor belt 15.
The link plate fastener elements 28 may also include link plate fastener eyelet belt elements 29, and the link plate fastener eyelet belt elements 29 are fastened to the eyelet belt 13.
Link strap elements 28 may also include link buckle pocket conveyor belt elements 30, with link buckle pocket conveyor belt elements 30 buckling with the pocket conveyor belt 14.
Otherwise, the same procedure as in example 1 was repeated.
Example 3
As shown in fig. 6 to 9, the belt hole sealing structure 32 includes a flat edge belt hole sealing member 33, when the flat edge belt hole sealing member 33 is used, the flat edge belt hole sealing member 33 covers the link plate buckle bare hole conveying belt member 31 buckle bare hole conveying belt 15, and the flat edge belt hole sealing member 33 is fixedly connected with the side hole conveying belt 3 or is integrated with the side hole conveying belt.
The flat edge sealing belt hole piece 33 can also cover the part of the chain plate buckle embedded hole ring conveying belt piece 29 which is buckled with the embedded hole ring conveying belt 13 or cover the part of the chain plate buckle embedded hole ring conveying belt piece 30 which is buckled with the hole sleeve conveying belt 14.
Or the flat edge sealing belt hole piece 33 and the side edge hole conveying belt 3 are fixed into a whole.
Otherwise, the same procedure as in example 1 was repeated.
Example 4
As shown in fig. 10 to 11, the tape sealing hole structure 32 includes a bag material sealing hole element 34, when the bag material sealing hole element 34 is used, the bag material sealing hole element 34 includes a bag material sealing hole element 35 and a bag material blocking element 36, the bag material sealing hole element 35 covers the link plate buckle bare hole conveying belt element 31 to buckle the bare hole conveying belt 15, the bag material blocking element 36 is disposed on both sides of the side hole conveying belt 3, the bag material blocking element 36 is obliquely disposed on the side edges of the side hole conveying belt 3 and the bag material sealing hole element 35, the bag material blocking element 36 is separately connected with the bag material sealing hole element 35, the bag material blocking element 36 includes a bonding bag material blocking element 37, the bonding bag material blocking element 37 is bonded on the side edges of the side hole conveying belt 3, the perforation bag material blocking element 36 is disposed on both sides of the side edge conveying belt 3, the perforation material blocking element 36 includes a perforation driving chain shaft hole 38, the perforation driving chain shaft hole 38 penetrates the driving chain shaft 6 to prevent the perforation material blocking element 36 from falling off.
Alternatively, the hole sealing member 35 may cover the link plate buckle insert hole ring conveyor belt member 29 at the position where the link plate buckle insert hole ring conveyor belt 13 is buckled or the hole sealing member 35 may cover the link plate buckle insert hole ring conveyor belt member 30 at the position where the link plate buckle insert hole ring conveyor belt 14 is buckled.
The material blocking member 36 can also be arranged at one side of the side hole conveying belt 3.
Or the blocking piece 36 and the belt sealing hole piece 35 can be integrated.
Pocket stops 36 may also include perforated pocket stops or sewn pocket stops or anti-slip pocket stops.
Or the blocking member 36 is vertically arranged at the side of the side hole conveyer belt 3 and the sealing hole member 35.
The perforated blocking piece 36 can also be arranged on one side of the side hole conveying belt 3.
The rest was the same as in example 1.
Example 5
As shown in fig. 12, the link plate buckle bare hole conveying belt member 31 includes a buckle belt pin 39 and a pin shaft retaining structure 40, the pin shaft retaining structure 40 includes a pin shaft retaining platform 41 and a pin shaft retaining member 42, the diameter of the pin shaft retaining platform 41 is greater than that of the buckle belt pin 39, the pin shaft retaining platform 41 is disposed at the end of the buckle belt pin 39, the pin shaft retaining platform 41 and the buckle belt pin 39 are integrated, the pin shaft retaining platform 41 and the pin shaft retaining member 42 are respectively disposed at two ends of the buckle belt pin 39, and the flat edge buckle belt hole member 33 and the side hole conveying belt 3 are vulcanized to form an integrated structure.
The pin shaft retaining structure 40 may also include a pin shaft stop 41 or a pin shaft retainer 42.
Or the pin shaft baffle table 41 and the buckle belt pin shaft 39 can be connected in a split mode.
The edge sealing belt hole member 33 and the bare hole conveyor belt 15 may be bonded together to form an integral structure.
Otherwise, the same procedure as in example 1 was repeated.
Example 6
As shown in fig. 13 to 15, the pin shaft backstop 42 includes a pin shaft backstop 43, the through-belt drive chain shaft 6 includes a metal through-belt drive chain shaft, and the through-belt drive chain shaft 6 includes a pin through-belt shaft.
The pin shaft retaining member 42 may also include a nut pin shaft retaining member 44, a snap spring pin shaft retaining member 45, or a stop sleeve pin shaft retaining member.
The through-belt drive chain shaft 6 may also comprise a plastic through-belt drive chain shaft or a ceramic through-belt drive chain shaft.
The drive chain shaft 6 for the belt can also comprise a spring-lock shaft or a ring-shaped chain piece or a spring-lock rivet.
Otherwise, the same procedure as in example 1 was repeated.
Example 7
As shown in fig. 16, the grommet 17 includes an elastic snap ring 46, when the elastic snap ring 46 is used, the elastic snap ring 46 includes an elastic snap ring stopping step 48 and an elastic snap ring cylinder 49, the elastic snap ring stopping step 48 is disposed at both ends of the elastic snap ring cylinder 49, the outer diameter of the elastic snap ring stopping step 48 is larger than that of the elastic snap ring cylinder 49, the elastic snap ring stopping step 48 is wound inward under the external force to reduce the outer diameter to pass through the bare hole conveyor belt 15, when the elastic snap ring stopping step 48 at one end passes through the bare hole conveyor belt 15, the elastic snap ring stopping step 48 is opened to make the elastic snap ring cylinder 49 fit with the bare hole conveyor belt 15, the outer diameter of the elastic snap ring stopping step 48 at both ends of the elastic snap ring cylinder 49 is larger than the diameter of the bare hole conveyor belt 15, and the elastic snap ring stopping step 48 is fastened at both end surfaces of the bare hole conveyor belt 15 to prevent the elastic snap ring cylinder 49 from falling off.
Otherwise, the same procedure as in example 1 was repeated.
Example 8
As shown in fig. 17, the grommet 17 includes a rivet retaining ring 47, and when the rivet retaining ring 47 is used, the rivet retaining ring 47 includes a rivet retaining ring retaining stand 50 and a rivet retaining ring cylinder 51, the rivet retaining ring retaining stand 50 is provided at one end of the rivet retaining ring cylinder 51, the other end of the rivet retaining ring cylinder 51 passes through the bare hole conveyor 15, the end of the rivet retaining ring cylinder 51 is expanded by an external force until the outer diameter of the portion of the rivet retaining ring cylinder 51 protruding out of the bare hole conveyor 15 is larger than the diameter of the bare hole conveyor 15, the outer diameters of both end portions of the rivet retaining ring 47 are larger than the diameter of the bare hole conveyor 15, and the rivet retaining ring 47 is prevented from falling off the bare hole conveyor 15.
Otherwise, the same procedure as in example 1 was repeated.
Example 9
As shown in fig. 18 to 19, the sealed-side perforated conveyor belt 1 includes a gear-driven roller 52, the gear-driven roller 52 includes a driving gear 54, the gear-driven roller 52 includes a gear-driven concave-waist roller 55, the continuous perforated belt driving chain 2 engages the gear-driven roller 52, and the concave portion of the gear-driven concave-waist roller 55 enables the continuous perforated belt driving chain 2 to be effectively engaged with the driving gear 54.
The conveyor belt 1, which may also be blind-edged, includes a gear drive shaft 53, the gear drive shaft 53 including a drive gear 54, and the endless conveyor belt drive chain 2 engaging the gear drive shaft 53.
Otherwise, the same procedure as in example 1 was repeated.
Example 10
As shown in fig. 20 to 21, the side hole conveyor 3 includes an upper hem conveyor belt 56, the upper hem conveyor belt 56 includes an oblique upper hem conveyor belt edge 59, the upper hem conveyor belt 56 further includes an upper hem conveyor belt 60, the upper hem conveyor belt 60 and the oblique upper hem conveyor belt edge 59 are integrated, a hem-connecting driving chain hole 61 is formed in the oblique upper hem conveyor belt edge 59, the hem-connecting driving chain hole 61 is buckled with the continuous perforated belt driving chain 2, the flat-edge hem-sealing hole piece 33 is arranged at the buckling position of the hem-connecting driving chain hole 61 and the continuous perforated belt driving chain 2, the continuous perforated belt driving chain 2 drives the upper hem conveyor belt 56 to operate, and the upper hem conveyor belt 60 and the driving roller 57 are jointed to operate.
The side-hole conveyor 3 may also comprise a straight conveyor.
The upper hem conveying belt 56 may also include a vertical upper hem conveying belt edge 58, the upper hem conveying belt 60 and the vertical upper hem conveying belt edge 58 are integrated, and the vertical upper hem conveying belt edge 58 is provided with a hem-connecting driving chain hole 61.
It is also possible to run the upper hem conveying belt 60 in parallel with the gap between the driving rollers 57.
Otherwise, the same procedure as in example 1 was repeated.
Example 11
As shown in fig. 22, the side hole conveyor 3 includes a concave side hole conveyor 62, the concave side hole conveyor 62 sets the height of the side hole portion at the edge lower than the main conveying surface of the side hole conveyor 3, so that after the sealing hole structure 32 covers the concave edge of the concave side hole conveyor 62, the surface height of the sealing hole structure 32 and the main conveying surface of the side hole conveyor 3 form a plane, and the sealing hole structure 32 and the concave side hole conveyor 62 are connected in a multi-side manner.
Otherwise, the same procedure as in example 1 was repeated.
Example 12
As shown in fig. 23 to 25, the chain connecting plate 8 includes a stopping material dumping mechanism 63, the stopping material dumping mechanism 63 is disposed at the position of the tongue plate chain shaft 19 close to the side hole conveying belt 3, the stopping material dumping mechanism 63 is higher than the upper surface of the banding hole 35 and is attached to the outer surface of the pocket blocking member 36 to prevent the pocket blocking member 36 from dumping, the pocket blocking member 36 includes an extension recovery pocket blocking member 64, the extension recovery pocket blocking member 64 includes a rubber pocket blocking member 65, the pocket blocking member 36 includes an inclined pocket blocking member 67, the inclined pocket blocking member 67 includes a threading shaft inclined blocking member 68, the threading shaft inclined blocking member 68 includes a threading shaft section 70 and an inclined pocket material section 71, the threading shaft section 70 is penetrated and attached to the side hole conveying belt 1 side part by the driving chain shaft 6, the inclined pocket blocking member 71 is inclined toward the direction of the pocket connecting belt driving chain 2, the inclined blocking member 71 blocks the connecting belt driving chain 2 to increase the receiving width, when rotating around the roller, oblique pocket material section 71 leans on the gradient smooth-going to pass through, and pocket material blocking part 36 and side hole conveyer belt 3 are seamless to be connected, prevent that water, mud, powdered ore powder from oozing from its junction, and pocket material blocking part 36 has ductility self-resuming nature, and it is when passing through the sprocket position, and automatic folding height is rotatory around the gear, and it is automatic to resume after crossing the gear region and keeps off the material height.
The chain link plate 8 or the drive chain shaft 6 may also include a stopper material dumping mechanism 63.
The extensible recovery pocket blocking member 64 may also comprise a polyester pocket blocking member, a tarpaulin pocket blocking member, a plastic pocket blocking member, a tetrafluoroethylene pocket blocking member, or a nylon pocket blocking member.
Upright pocket stops 66 may also be included for pocket stops 36.
The angled pocket stop 67 may also include an angled pocket hole sealer 69.
The inclined pocket material section 71 can be inclined and smoothly pass through the continuous perforated belt driving chain 2 for the operation pulling force.
Otherwise, the same procedure as in example 1 was repeated.
Example 13
As shown in fig. 26 to 27, the stopping material dumping mechanism 63 is disposed adjacent to the stopping material dumping mechanism 63, the stopping material dumping mechanism 63 includes an abutting material stopper inclinator 72, the abutting material stopper inclinator 72 includes a bolt abutting material stopper inclinator 73, when the abutting material stopper inclinator 72 is used, the stopping material dumping mechanism 63 is fixedly connected with the pocket material blocking member 36 at an interval, the pocket material blocking member 36 is partially buckled and pulled abutting the material stopper inclinator 72, so that the region where the pocket material blocking member 36 is buckled and pulled has self-extending self-recovery performance, when the pocket material is pushed and supported by the pocket material blocking member 36, the stopping material dumping mechanism 63 supports the pocket material blocking member 36 to prevent the material from scattering, when the pocket material rotates around the abutting material stopper inclinator 72, the pocket material 36 has a region of self-extending self-recovery performance, the self-extending long chain gear rotates, the stopping material dumping mechanism 63 supports the pocket material blocking member 36, prevent the material scattering of the outward-inclined material blocking part 36 or the return material operation of the inward-inclined material blocking part.
And the material pouring stopping mechanisms 63 can be arranged at intervals.
The material dumping stopping mechanism 63 may also include a material blocking and inclining stopping device or an adhesion material blocking and inclining stopping device.
The abutment of the stop ramp 72 can also include the abutment of a screw against the stop ramp or a rivet against the stop ramp or a pin against the stop ramp or a slot against the stop ramp or a pressure plate against the stop ramp.
Otherwise, the same procedure as in example 1 was repeated.

Claims (7)

1. The utility model provides a seal side edge hole conveyer belt which characterized in that: the continuous perforation belt driving chain comprises a continuous perforation belt driving chain, a belt sealing hole structure and a side hole conveying belt, wherein the continuous perforation belt driving chain is connected with the side hole conveying belt, the belt sealing hole structure is arranged at the connecting part of the continuous perforation belt driving chain and the side hole conveying belt to form a side hole sealing conveying belt, the belt sealing hole structure comprises a flat edge belt sealing hole piece or a material bag belt sealing hole piece, the side hole sealing conveying belt comprises a chain shaft buckle side hole roller conveying belt or a chain penetrating shaft plate buckle side hole roller conveying belt, the continuous perforation belt driving chain comprises a driving chain shaft, a chain roller and a chain connecting plate, the chain connecting plate comprises an inner side chain connecting plate and an outer side chain connecting plate, the inner side chain connecting plate is provided with an inner side chain connecting plate hole, the outer side chain connecting plate is provided with an outer side chain connecting plate hole, the side hole conveying belt comprises an eyelet belt or a hole sleeve conveying belt or an bare hole conveying belt, the eyelet conveying belt comprises a conveying belt side hole and an eyelet, the outer edges at two ends of the eyelet belt are larger than the diameter of the side hole conveying belt, the hole-protecting ring is buckled on the side edge hole of the conveying belt, the outer edges of the two ends of the hole-protecting ring prevent the hole-protecting ring from falling off from the side edge hole of the conveying belt, the hole-protecting ring prevents external force from damaging the side edge hole of the conveying belt, the bare hole conveying belt comprises a side edge hole of the conveying belt, when the chain shaft buckle side edge hole roller chain conveying belt is used, the driving chain shaft comprises a chain shaft tongue plate, the chain shaft tongue plate comprises a tongue plate chain shaft and a shaft tongue plate, the shaft tongue plate is arranged at one end of the tongue plate chain shaft, the other end of the tongue plate chain shaft penetrates through a chain roller and a chain connecting plate, the shaft tongue plate is provided with a shaft plate buckle hole-embedding ring conveying belt piece or a shaft plate buckle bare hole conveying belt piece, the shaft plate buckle hole-embedding ring conveying belt piece is buckled with the inlaid hole conveying belt, the shaft plate buckle hole-embedding ring conveying belt piece is buckled with the tongue plate, the shaft plate buckle hole-embedding ring conveying belt piece is buckled with the bare hole conveying belt, the shaft plate buckle hole-embedding hole conveying belt piece is buckled with the bare hole conveying belt, the chain shaft buckle conveying belt piece is buckled with the bare hole conveying belt, the chain shaft tongue plate comprises a flat chain shaft or a straight chain shaft tongue plate, the lug boss of the lug boss chain shaft tongue plate limits the chain connecting plate to prevent the chain connecting plate from wearing the side edge hole conveying belt, when the chain penetrating shaft plate side edge hole roller conveying belt is used, the chain penetrating shaft plate side edge hole roller conveying belt comprises a chain connecting plate buckling piece, the chain connecting plate buckling piece is provided with a chain penetrating shaft hole and a chain plate buckling piece, the chain penetrating shaft hole penetrates through the chain shaft to drive the chain shaft, the chain plate buckling piece comprises a chain plate buckling and embedding hole conveying belt piece or a chain plate buckling and embedding hole sleeve conveying belt piece or a chain plate buckling and exposing hole conveying belt piece, the chain plate buckling and embedding hole conveying belt piece buckles and embeds a hole ring conveying belt, the chain plate buckling and embedding hole sleeve conveying belt piece buckles and connects the hole conveying belt, when the flat edge sealing and embedding hole piece is used, the flat edge sealing and embedding hole piece covers the chain plate buckling and embedding hole conveying belt piece or covers the chain plate buckling and embedding hole conveying belt, the flat edge sealing belt hole piece is fixedly connected with the side edge hole conveying belt or is integrated, when the bag material sealing belt hole piece is used, the bag material sealing belt hole piece comprises a sealing belt hole piece and a bag material blocking piece, the sealing belt hole piece covers the part of the chain plate buckle embedded hole ring conveying belt piece buckle embedded hole ring conveying belt or the sealing belt hole piece covers the part of the chain plate buckle embedded hole ring conveying belt piece buckle connected hole sleeve conveying belt or the sealing belt hole piece covers the part of the chain plate buckle naked hole conveying belt piece buckle connected naked hole conveying belt, the bag material blocking piece is arranged on one side or two sides of the side edge hole conveying belt, the bag material blocking piece is obliquely or vertically arranged on the side edge hole conveying belt and the side edge of the sealing belt hole piece, the bag material blocking piece and the sealing belt hole piece are connected in a split mode or are integrated mode, when the bag material blocking piece and the sealing belt hole piece are connected in a split mode, the bag material blocking piece comprises an adhesive bag material blocking piece or a perforated material blocking piece or a bag material blocking piece sewn or a bag material blocking piece stopping piece, and the adhesive bag material blocking piece is adhered to the side edge of the side edge hole conveying belt, the perforation pocket keeps off material setting in side hole conveyer belt one side or both sides, and the perforation pocket keeps off material including wearing drive chain shaft hole, wears drive chain shaft hole and wears even drive chain axle, and drive chain shaft prevents that the perforation pocket keeps off material and drops.
2. The edge-capped hole conveyor belt of claim 1, wherein: the chain plate buckle belt piece comprises a buckle belt pin shaft and a pin shaft stopping structure, the pin shaft stopping structure comprises a pin shaft stopping table and/or a pin shaft stopping piece, the diameter of the pin shaft stopping table is larger than that of the buckle belt pin shaft, the pin shaft stopping table is arranged at the end part of the buckle belt pin shaft, the pin shaft stopping table and the buckle belt pin shaft are connected in a split mode or integrated mode, the pin shaft stopping table and the pin shaft stopping piece are respectively arranged at the two ends of the buckle belt pin shaft, and a flat edge belt sealing hole piece and a side edge hole conveying belt form an integrated structure through bonding or form an integrated structure through vulcanization.
3. The edge-capped hole conveyor belt of claim 1, wherein: the pin shaft stopping piece comprises a pin shaft stopping piece or a nut pin shaft stopping piece or a snap spring pin shaft stopping piece or a stop sleeve pin shaft stopping piece, the conveying belt driving chain shaft is penetrated by metal or plastic or ceramic and comprises a conveying belt driving chain shaft, and the conveying belt driving chain shaft is penetrated by a pin or elastic lock shaft or annular chain belt or elastic lock rivet.
4. The edge-capped hole conveyor belt of claim 1, wherein: the hole-protecting ring comprises an elastic locking ring or a riveting ring, when the elastic locking ring is used, the elastic locking ring comprises an elastic locking ring check-back platform and an elastic locking ring cylinder, the elastic locking ring check-back platform is arranged at two ends of the elastic locking ring cylinder, the outer diameter of the elastic locking ring check-back platform is larger than that of the elastic locking ring cylinder, the elastic locking ring check-back platform is coiled inwards under the action of external force to reduce the outer diameter to penetrate through the naked hole conveying belt, when the elastic locking ring check-back platform at one end penetrates through the naked hole conveying belt, the elastic locking ring check-back platform is opened to enable the elastic locking ring cylinder to be attached to the naked hole conveying belt, the outer diameter of the elastic locking ring check-back platform at two ends of the elastic locking ring cylinder is larger than the diameter of the naked hole conveying belt, the elastic locking ring check-back platform is buckled on two end faces of the naked hole conveying belt to prevent the elastic locking ring cylinder from falling off, when the riveting ring is used, the riveting ring comprises a riveting ring check-ring stop-back platform and a riveting ring cylinder, the riveting ring is arranged at one end of the riveting ring cylinder, the other end of the rivet buckle ring cylinder penetrates through the naked hole conveying belt, the end part of the rivet buckle ring cylinder is expanded by external force until the outer diameter of the part, extending out of the naked hole conveying belt, of the rivet buckle ring cylinder is larger than the diameter of the naked hole conveying belt hole, the outer diameters of the two end parts of the rivet buckle ring are larger than the diameter of the naked hole conveying belt hole, and the rivet buckle ring is prevented from falling off from the naked hole conveying belt hole.
5. The edge-capped hole conveyor belt of claim 1, wherein: the side hole conveyer belt includes last hem conveyer belt or straight conveyer belt, it includes vertical upward folding conveyer belt limit or the conveyer belt limit of bending to one side to go up the hem conveyer belt, go up the hem conveyer belt still including linking up the hem conveyer belt, link up hem conveyer belt and vertical upward folding conveyer belt limit formula as an organic whole or link up hem conveyer belt and the conveyer belt limit integral type of bending to one side, vertical upward folding conveyer belt limit or upward folding conveyer belt edge of bending to one side set up the hem and link drive chain hole, the hem links drive chain hole and links hole area drive chain lock, the setting of flat limit banding hole spare is in the hem even drive chain hole and link hole area drive chain lock department, link hole area drive chain and drive the operation of hem conveyer belt, link up hem conveyer belt and drive roll laminating operation or link up hem conveyer belt and drive roll clearance parallel operation.
6. The edge-capped hole conveyor belt of claim 1, wherein: the side hole conveyer belt comprises a concave side hole conveyer belt, the height of the belt edge of the part of the side hole of the concave side hole conveyer belt is lower than the main conveying surface of the side hole conveyer belt, and after the sealing belt hole structure covers the concave edge of the concave side hole conveyer belt, the surface height of the sealing belt hole structure and the main conveying surface of the side hole conveyer belt form a plane, so that the sealing belt hole structure is connected with multiple sides of the concave side hole conveyer belt.
7. The edge-capped hole conveyor belt of claim 1, wherein: the chain connecting plate or the driving chain shaft comprises a stopping material dumping mechanism, the stopping material dumping mechanism is arranged at the position, close to the side hole conveying belt, of the tongue plate chain shaft, exceeds the upper surface of the belt sealing hole part and is attached to the outer surface of the pocket stopping material part to prevent the pocket stopping material part from dumping, the stopping material dumping mechanism is arranged at intervals or is arranged close to the stopping material dumping mechanism, the stopping material dumping mechanism comprises a stopping material part tilter or a buckling material part tilter or an adhesion stopping material part tilter, the adhesion stopping material part tilter comprises a bolt adhesion stopping material part tilter or a screw adhesion stopping material part tilter or a rivet adhesion stopping material part tilter or a pin adhesion stopping material part tilter or a groove adhesion stopping material part tilter or a pressing plate adhesion stopping material part tilter, when the adhesion stopping material part tilter is used, the stopping material dumping mechanism is fixedly connected with the pocket stopping material part at intervals, the material blocking part is partially buckled and pulled by the material blocking part inclination stopping device, so that the area beyond which the material blocking part is buckled and pulled has self-extending self-recovery performance, when the material pushes and supports the material blocking part, the material blocking part dumping mechanism supports the material blocking part to prevent the material from scattering, when the material blocking part leans against the material blocking part inclination stopping device, the material blocking part has the self-extending self-recovery performance area, the self-extending outside rotates around a chain gear, the material blocking part dumping mechanism supports the material blocking part, the material blocking part is prevented from dumping outwards or dumping inwards to entrain return material to operate, the material blocking part comprises an extending and recovering pocket material blocking part, the extending and recovering pocket material blocking part comprises a rubber pocket material blocking part or a polyester pocket material blocking part or a waterproof cloth material blocking part or a plastic pocket material blocking part or a tetrafluoroethylene pocket material blocking part or a nylon pocket material blocking part, the material blocking part comprises an upright material blocking part or an inclined material blocking part, the material blocking part comprises an inclined material blocking part or an inclined material blocking hole penetrating through a chain shaft, wear chain axle to keep off material spare to one side including wearing chain shaft section and oblique pocket material section, it pastes and leans on at side hole conveyer belt lateral part by drive chain axle cross-under to wear chain shaft section, oblique pocket material section is to even perforation area drive chain direction slope, when around sprocket rotation, oblique pocket material section leans on the slope smooth-going through or the operation pulling force makes oblique pocket material section to even perforation area drive chain direction slope smooth-going through again, pocket keeps off material spare and side hole conveyer belt seamless connection, prevent water, mud, the powdered ore end oozes from its junction, pocket keeps off material spare has ductility self-resuming nature, it is when passing through the sprocket position, automatic folding height is rotatory around the gear, it keeps off the material height through automatic recovery after the gear region.
CN202111657690.4A 2020-12-30 2021-12-30 Conveyor belt with sealed side holes Pending CN114684534A (en)

Applications Claiming Priority (8)

Application Number Priority Date Filing Date Title
CN2020116231849 2020-12-30
CN2020116255491 2020-12-30
CN202011625549 2020-12-30
CN202011623184 2020-12-30
CN202110431769 2021-04-21
CN2021104317699 2021-04-21
CN202110561797 2021-05-23
CN2021105617972 2021-05-23

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CN114684534A true CN114684534A (en) 2022-07-01

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CN202111667966.7A Pending CN114684535A (en) 2020-12-30 2021-12-30 Side hole conveyer belt
CN202111657690.4A Pending CN114684534A (en) 2020-12-30 2021-12-30 Conveyor belt with sealed side holes

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Application Number Title Priority Date Filing Date
CN202111667966.7A Pending CN114684535A (en) 2020-12-30 2021-12-30 Side hole conveyer belt

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2022247806A1 (en) * 2021-05-23 2022-12-01 刘素华 Bag stop material chain belt conveying device

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2022247806A1 (en) * 2021-05-23 2022-12-01 刘素华 Bag stop material chain belt conveying device

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