Leakage-resistant and heavy-smashing-resistant rubber chain belt

Abstract

The utility model belongs to the field of machinery, and relates to a leakage-resistant and heavy-smashing-resistant rubber chain belt which comprises a chain A piece, a leakage-resistant belt, a driving chain and a chain belt structure of a chain A piece, the driving chain comprises a roller chain or an annular chain, the roller chain comprises a driving chain shaft, a chain roller and a chain link plate, and the chain A piece comprises a roller chain A piece or an annular chain A piece. The armor connecting piece chain belt structure is arranged on a driving chain shaft or a chain link plate or a chain armor piece, the chain armor piece, a leakage preventing belt and a driving chain are connected into the chain belt leakage preventing armor anti-smashing belt, the chain armor piece comprises a chain plate strip or an armor belt, the armor belt comprises a chain armor shaft penetrating belt or an armor block and armor block buckling belt, the chain armor shaft penetrating belt comprises an armor block and a chain armor shaft penetrating belt, and the chain armor shaft penetrating belt comprises a chain armor shaft penetrating belt and a chain armor shaft penetrating belt. The chain A penetrating shaft comprises a rigid penetrating shaft and a buffer penetrating shaft, a penetrating shaft hole is formed in the chain A block, the chain A penetrating shaft penetrates through the penetrating shaft hole to connect the chain A block into a chain A penetrating shaft belt, and the leakage preventing belt is connected with the chain A piece through the driving chain shaft or connected with the chain A piece through the chain link plate or connected with the leakage preventing belt and the chain A piece through the driving chain shaft.

Description

Technical Field

[0001] The utility model belongs to the field of machinery, and in particular relates to a leakage-proof and heavy-impact-resistant rubber chain belt. Background Art

[0002] Existing plate conveyors are mostly used to transport mining materials. In order to smoothly rotate around the drum, the conveyor plate is separately set from the conveyor plate. There are gaps between the separately set conveyor plates. Powder, water, and mud leak from a large number of gaps onto the support wheel between the upper and lower conveyor plates, causing the support wheel to rust. When the leakage is serious, the material fills the lower part of the conveyor plate, making the support wheel unable to rotate. The leaked material seriously pollutes the environment. Since a lot of materials accumulate between the upper and lower conveyor belts, it is difficult to clean up, which often consumes a lot of manpower, material resources, and time. The plate conveyor connects the conveyor plate to the upper part of the roller chain link plate with bolts. Each link plate is provided with multiple threaded connection holes. It is also required that each conveyor plate has multiple matching connection holes at both ends. In order to prevent the conveyor plate from falling off, screws are used. The conveyor plate is fixed on the link plate, which makes the roller chain structure complicated, requires high processing precision, is difficult to process, and is complex and difficult to install during installation. The assembly time is long. In use, since the materials transported by the plate conveyor are large and heavy iron ore, coal gangue, gypsum stone, etc., blocks weighing hundreds of kilograms often hit the conveyor plate, causing the conveyor plate to vibrate up and down. When the conveyor plate vibrates up and down, the connecting screws and threads are seriously damaged, causing the threads to loosen or deform. When the conveyor plate rotates to the bottom of the conveyor, the conveyor plate weighing more than 100 kilograms is pulled by the screws. The screws on the roller chain plate are limited by the width of the link plate. The screws are generally made relatively small. The conveyor plate is subjected to up and down vibration and the conveyor plate falls under its own weight, which often causes the screws to loosen and fall off. One end of the backward conveyor plate tilts downward and collides with the frame, causing shutdown and production stoppage. The existing mining scraper feeder is a chain-driven scraper that scrapes the material on the support plate to the discharge port for transfer. Due to the heavy pressure of the mineral material and the weight of the scraper plate itself, which is more than 100 kilograms, the material converges with the scraper plate and the support plate to generate huge friction resistance. The friction resistance greatly increases the shear force on the scraper plate. In order to prevent the scraper plate from being sheared and broken, the scraper plate is made particularly thick and heavy, with large weight and volume. Due to the large weight and volume of the scraper plate, the volume and weight of the roller chain, sprocket, roller, etc. are correspondingly increased. The weight of the scraper plate and roller chain used for coal, iron ore, etc. increases the operating energy consumption. For example, if the material is transported out three meters, the weight of the roller chain, chain plate, and sprocket is more than three tons. The sliding friction between the material and the support plate greatly increases the energy consumption of the motor, causing the scraper feeder to consume twice the energy of the feeder with rolling friction transportation. Since the scraper plate is set on the support plate to scrape the material, the scraper plate pushes the conveyed material, causing a large amount of material to accumulate in front of the scraper plate, which causes a large amount of accumulated material to overflow from both sides of the support plate. Even if the blocking device is added on both sides, the material will flow out from the gap between the scraper chain and the support plate, causing serious material waste and environmental pollution. The old belt conveyor is driven by a roller to transport the belt. In order to ensure that there is no slip between the roller and the belt, the belt is tightened strongly. Due to the strong pulling, the belt conveyor often breaks and causes material to be scattered. The broken belt is thrown out forcefully, causing great losses such as casualties and damage to facilities.Long-distance transportation In order to make the belt with large expansion and contraction operate normally, a huge belt storage device and a large number of anti-deviation devices are added to the belt conveyor, which increases the investment and power consumption. The armored belt is set on the periphery of the belt by the armored belt feeder. The steel armored belt is composed of steel armor plates and steel armor plates. Since the expansion and contraction ratio of the steel armored belt is different from that of the belt, the upper and lower armored belts and the belts often have problems of misalignment during operation, and the roller drives the belt, the belt rotates but the armored belt does not rotate, and the material cannot be transported out. A drive chain is added to the side of the armored belt, and the gear drives the drive chain. The drive chain drives the armored belt to operate, and the belt is driven by the roller through friction. In actual operation, the armored belt rotates, but the belt does not rotate. The armored belt wears the belt. Due to thermal expansion and contraction and the tension of the roller, the belt often stretches, deviates, slips, etc. The belt accumulates and folds in the armored belt, which hinders the normal operation of the armored belt. In order to prevent the belt from accumulating, folding, and deviating , slipping, etc. There is a tensioner installed on the conveyor, and the belt circumference adjusted by the tensioner does not match the circumference of the steel armor belt, which often causes the steel armor belt to wear the belt. Since the belt is a ring structure that is sleeved on the roller and the roller, the roller and the roller must be removed to replace the damaged belt before the belt can be repaired and replaced. The failure rate is high and the practicality is poor. There is also a vulcanized rubber layer at the bottom of the steel armor belt. Because the steel armor belt and the rubber are made of different materials and structures, when rotating around the roller, the end of the steel armor sheet at the joint between the steel armor sheet and the steel armor sheet is tilted to the outside of the roller to form an arc length greater than the inner rubber layer. The steel armor sheet can bypass the roller. During the large-scale tilting operation, the steel armor sheet is peeled off from the rubber layer. The expansion rate of the steel armor belt is different from that of the rubber layer, which causes the steel armor belt and the rubber layer to run out of sync. Because there is no limit on both sides of the rubber layer, the rubber layer in a free state accumulates, folds, deviates, and slips in the steel armor belt, resulting in deviation, material spillage, large operating resistance, and high failure rate of the steel armor belt. ,

[0003] In order to resist the heavy impact of mineral blocks, the existing mining armored belt feeder covers the upper part of the conveyor belt with a steel armor belt. The armor plates used rely on the convex and concave engagement of the rear connecting ears of the front armor plates and the front connecting ears of the rear armor plates, and are connected to each other through the insertion strips and the connecting ears. The armor plate connecting ears are fastened together and the armor plates are close to each other to form a ring-shaped armor belt to transport materials and prevent material leakage. Therefore, the armor plate connecting ears are densely arranged and fastened to each other. The armor plate connecting ears are made relatively small but must withstand the direct impact and heavy impact of materials. Since the armor plate connecting ears have hollow holes for passing through the strips, block mineral materials such as iron ore, large coal, gangue, rock, cement blocks, and steel parts are directly hit on the armor plate connecting ears. The commonly used mining armored belt feeders have 4kw to 37kw power for the armor belt The pulling force of conveying materials is 100 to 4000 kg, and the weight of materials on the conveyor belt surface is basically between 100 kg and 3000 kg. The impact force of large materials such as iron ore with a diameter of 160mm to 600mm falling from a silo about 30 meters high to impact the armor belt is about 2500 kg to 9500 kg. The tensile strength of a 25mm wide and 19mm high connecting ear of the old armor plate is about 4800 kg, and the anti-heavy strength is about 2200 kg. Therefore, it is an unreasonable structure to use the connecting ear to directly withstand the impact force of large pieces of materials from a high place. Therefore, the armor plate often breaks under the impact of large pieces of materials, causing shutdowns and production stoppages, and maintenance is time-consuming and labor-intensive. In order to solve the anti-heavy impact, a connecting anti-heavy impact slat structure is made on the connecting plate of the roller chain, and the anti-heavy impact slat structure is bolted to the connecting plate of the roller chain. The smashing plate is fixed on the roller chain link plate to form a conveyor belt. Since multiple bolt holes must be made on the roller chain link plate, it increases the difficulty of production, consumes a lot of manpower and material resources, and weakens the overall strength of the roller chain link plate. When the material hits the anti-smashing plate, the bolts are often loosened and fall off due to strong vibration, causing one end of the anti-smashing plate to sag and hit the support part at the bottom of the feeder, causing the feeder drive device to be overloaded and burned, and major accidents such as shutdown and production stoppage. There are many gaps between the multiple armor plate connecting ears after buckling, and the gaps are tortuous and difficult to seal, resulting in serious leakage, waste of materials, and pollution of the environment. There are many armor plate connecting ears, resulting in numerous longitudinal gaps in the buckling of the connecting ears, and many misalignments in the horizontal gaps of the front and rear armor plates. It is difficult to make the gaps of the buckling of the connecting ears uniform, so the armor plates and armor plate buckles are The seals are difficult to make, difficult to install, and easy to fall off. Especially the seal in the middle of the nail belt is more difficult to install, with high production cost and large installation volume. The horizontal buckle gaps of the front and rear nail plates are not on the same straight line, so that the horizontal seal of the nail belt can only be provided with a horizontal sealing strip at the end of one connecting ear. A 10-meter-long and 1-meter-wide nail belt has more than 6,660 horizontal seals, which are difficult to install, easy to wear and fall off, poor sealing effect and short service life. Because a nail plate must have a front convex arc connecting ear, a rear convex arc connecting ear, a front concave buckle connecting ear groove, and a rear concave buckle connecting ear groove, the front groove convex edge of the front concave buckle connecting ear groove is in the opposite direction to the rear groove convex edge of the rear concave buckle connecting ear groove.Therefore, when the armor plate rotates around the drum, the two groove convex edges in opposite directions damage the scraper that cleans the armor belt material, and cause the armor belt to carry the material on the return trip seriously. Summary of the invention

[0004] In order to avoid the occurrence of failures such as the steel armor strip being peeled off from the rubber layer due to the different materials and structures between the steel armor strip and the rubber layer, and the occurrence of the problem of the steel armor strip and the rubber layer running out of sync, the utility model provides a leak-proof and heavy-smashing resistant rubber chain belt, and the utility model is implemented by the following technical solutions:

[0005] The anti-leakage and anti-heavy impact rubber chain belt includes chain armor, anti-leakage belt, driving chain and armor-connecting chain belt structure, etc. The driving chain includes roller chain or ring chain, etc. The roller chain includes driving chain shaft, chain roller and chain link plate, etc. The chain armor includes roller chain armor or ring chain armor, etc. The armor-connecting chain belt structure is arranged on the driving chain shaft or on the chain link plate or on the chain armor, and the chain armor, anti-leakage belt and driving chain are connected to form a chain belt anti-leakage armor anti-impact belt, the chain armor includes chain plate strips or armor belts, etc. The armor belt includes chain armor shaft belt or armor block and armor block buckle belt, etc. The chain armor shaft belt includes armor block and chain armor shaft, etc. The chain armor shaft includes rigid shaft and buffer shaft, etc. A through-axis hole is provided on the armor block, and the chain armor through-axis passes through the through-axis hole to connect the armor block to form a chain armor through-axis belt, the leakage-blocking belt is connected to the chain armor piece through the driving chain shaft, or the leakage-blocking belt is connected to the chain armor piece through the chain link plate, or the driving chain shaft connects the leakage-blocking belt and the chain armor piece, when the leakage-blocking belt is connected to the chain armor piece through the driving chain shaft, the driving chain shaft connects the leakage-blocking belt and the chain armor piece is connected to the chain link plate, or the chain armor piece is connected to the driving chain shaft, when the leakage-blocking belt is connected to the chain armor piece through the chain link plate, the leakage-blocking belt connects the chain link plate and the chain armor piece is connected to the driving chain shaft, or the chain armor piece is connected to the chain link plate, the chain armor piece is higher than the upper surface of the leakage-blocking belt, and the chain armor pieces are spaced apart on the upper part of the leakage-blocking belt or the chain armor pieces are close to the chain armor pieces. It is arranged on the upper part of the anti-leakage belt or the chain armor parts are connected with the chain armor parts and arranged on the upper part of the anti-leakage belt. The armor part chain belt structure includes a driving chain shaft armor part chain belt structure or a chain link plate armor part chain belt structure, etc. When the armor part chain belt structure is arranged on the driving chain shaft, the driving chain shaft includes a chain shaft connecting anti-leakage belt device or a chain shaft connecting chain armor device or a chain shaft connecting anti-leakage belt armor device, etc. When the armor part chain belt structure is arranged on the chain link plate, the chain link plate includes a chain link plate connecting anti-leakage belt device or a chain link plate armor device or a chain link plate connecting anti-leakage belt armor device. When the chain shaft connecting anti-leakage belt device is used, the chain shaft connecting anti-leakage belt device is arranged at one end of the driving chain shaft to connect the anti-leakage belt to the driving chain shaft. The chain armor part is arranged On the chain link plate, the driving chain shaft is connected with the chain link plate and the chain roller to form a link anti-leakage belt, and the driving chain drives the link anti-leakage belt to transport materials. When the chain shaft chain armor device is used, one end of the chain shaft chain armor device connects the chain armor to the driving chain shaft, and the anti-leakage belt connects the chain link plate. The driving chain shaft is connected with the chain link plate and the chain roller to form a link anti-leakage belt, and the driving chain drives the link anti-leakage belt to transport materials. When the chain shaft anti-leakage belt armor device is used, the chain shaft anti-leakage belt armor device is set at one end of the driving chain shaft, and the upper and lower chain armors and anti-leakage belts are connected to the driving chain shaft. The driving chain shaft is connected with the chain link plate and the chain roller to form a chain shaft anti-leakage belt armor.

[0006] The driving chain includes a chain belt connector, etc., and the chain belt connector includes a belt connection drive chain component, etc. When the driving chain shaft is used to connect the leakage-proof belt, the driving chain shaft is set as the leakage-proof belt tooth shaft, and the leakage-proof belt tooth shaft is set on the upper surface of the leakage-proof belt and connected through the belt connection drive chain component or set on the lower surface of the leakage-proof belt and connected through the belt connection drive chain component or the leakage-proof belt tooth shaft extends from the inner end of the leakage-proof belt to the side of the leakage-proof belt and is connected to the driving chain, the leakage-proof belt tooth shaft passes through the chain roller and the chain link plate to form a belt side shaft driving chain, the belt side shaft driving chain and the leakage-proof belt form a belt side shaft rubber chain belt, the chain armor component is set on the link plate of the belt side shaft rubber chain belt and is connected through the chain belt connector or the chain armor component is set on the upper surface of the belt side shaft rubber chain belt or the chain armor component is passed through the leakage-proof belt tooth shaft, or when the chain link plate is used to connect the leakage-proof belt, the leakage-proof belt is set on the chain link plate through the chain belt connector, or the chain link plate is provided with a chain link tongue plate, and the belt connection drive chain component connects the leakage-proof belt with the chain link tongue plate to form a chain tongue The plate rubber chain belt, the chain armor piece is arranged on the chain link plate or the chain armor piece is arranged on the chain link tongue plate or the chain armor tooth shaft is arranged at the end of the chain armor piece to pass through the chain roller and the chain link plate, or the chain armor piece is arranged on the upper part of the leakage-proof belt, the chain armor piece and the leakage-proof belt are connected separately or in an integrated manner, when the chain armor piece and the leakage-proof belt are connected separately, the chain armor piece is provided with a chain armor buffer belt piece, and the chain armor buffer belt piece connects the leakage-proof belt to the bottom of the chain armor piece, and the chain armor buffer belt piece includes a screw-connected chain armor buffer belt piece, a rope-threaded connection Chain armor buffer belt parts, hook-and-loop chain armor buffer belt parts or pull-link chain armor buffer belt parts, etc., when the leakage-blocking belt is connected to the driving chain shaft, the chain armor through-shaft is connected to the chain link plate or the chain armor through-shaft is connected to the driving chain shaft or the armor block is connected to the driving chain shaft or the armor block is connected to the chain link plate, when the leakage-blocking belt is connected to the chain link plate, the chain armor through-shaft and the driving chain shaft are integrated, passing through the chain roller and the chain link plate or the chain armor through-shaft is connected to the chain link plate or the armor block is connected to the driving chain shaft or the armor block is connected to the chain link plate.

[0007] The chain armor includes a feed section and a continuous drive chain section, etc. The cross section of the feed section is greater than or equal to the cross section of the continuous drive chain section. The drive chain includes a left drive chain and a right drive chain, etc. The left drive chain and the right drive chain limit the chain armor left and right by the feed section cross section is greater than the cross section of the continuous drive chain section. When the feed section cross section is equal to the cross section of the continuous drive chain section, a feed section positioning member is arranged at the end of the feed section, and the feed section positioning member limits the drive chain on the continuous drive chain section. The chain armor includes a chain deck bar, etc. The chain deck bar and the chain deck bar are separately arranged. The continuous drive chain section is provided with a drive chain segment backstop structure, and the corresponding chain link plate is provided with a chain plate segment backstop member. The chain plate segment backstop member and the drive chain segment backstop structure cooperate with each other to stop the chain deck bar from rotating and backing. The chain plate segment backstop member is separately connected to the chain deck bar or is integrated. The chain segment includes a chain plate roller segment or a chain plate segment, etc., the chain deck strip includes a shaft-penetrating chain deck strip or a chain plate-penetrating chain deck strip or a chain shaft-penetrating chain deck strip or a chain plate-penetrating chain deck strip, etc., the chain plate roller segment includes a cylindrical segment prismatic segment or a prismatic segment cylindrical segment or a cylindrical segment hole-penetrating segment or a cylindrical segment platform-penetrating segment, etc., the chain link plate includes a stop chain plate, etc., the corresponding stop chain plate includes a prismatic hole-penetrating chain plate or a plate hole-penetrating chain plate or a plate platform-penetrating chain plate, etc., the plate platform-penetrating chain plate includes a chain plate stop platform or a baffle platform stop chain plate, etc., the roller chain includes a chain armor stopper, etc., when a cylindrical segment prismatic segment and a prismatic segment cylindrical segment are used, the chain deck strip includes a cylindrical segment prismatic segment chain deck strip and / or a prismatic segment cylindrical segment chain deck strip, etc., the cylindrical segment prismatic segment chain deck strip includes an inner cylindrical segment and An outer prismatic section, etc., an inner cylindrical section is arranged at the end of the feeding section, an outer prismatic section is arranged at the end of the inner cylindrical section, the inner cylindrical section passes through the chain roller, the outer prismatic section is buckled with a prismatic hole anti-rotation chain plate, the outer prismatic section is provided with an outer prismatic section anti-retraction structure, the chain armor anti-retraction piece cooperates with the outer prismatic section anti-retraction structure to stop retreat, the prismatic hole anti-rotation chain plate prevents the chain deck strips from rotating, the prismatic section cylindrical section chain deck strips include an inner prismatic section and an outer cylindrical section, etc., an inner prismatic section is arranged at the end of the feeding section, an outer cylindrical section is arranged at the end of the inner prismatic section, the outer prismatic section is buckled with a prismatic hole anti-rotation chain plate, the outer cylindrical section passes through the chain roller, the outer cylindrical section is provided with an outer cylindrical section anti-retraction structure, the chain armor anti-retraction piece cooperates with the outer cylindrical section anti-retraction structure to stop retreat, the prismatic hole anti-rotation chain plate prevents the chain deck strips from rotating, the chain deck strips include shaft hole anti-rotation chain deck strips, etc., the shaft hole anti-rotation chain deck strips include passing A chain plate shaft and an axis hole anti-rotation structure, etc., a chain plate shaft is arranged at the end of the feeding section, the axis hole anti-rotation structure is arranged on the chain plate shaft, the chain plate shaft passes through the chain roller, the axis hole anti-rotation structure includes a chain plate deck bar rotation hole, etc., a corresponding plate hole anti-rotation chain plate is provided with a chain plate anti-rotation pin hole, the axis hole anti-rotation structure passes through the connecting plate hole anti-rotation chain plate, the chain plate anti-rotation pin hole and the chain plate deck bar rotation hole are provided with anti-rotation pins, when a cylindrical section platform anti-rotation section is used, the chain plate deck bar includes an axial surface anti-rotation chain plate bar, etc., the axial surface anti-rotation chain plate bar includes a chain plate shaft and a pillow stop rotation structure, etc., a chain plate shaft is arranged at the end of the feeding section, the pillow stop rotation structure is arranged on the chain plate shaft, the chain plate shaft passes through the chain roller, the pillow stop rotation structure includes a chain plate deck bar rotation table, etc., a corresponding plate platform anti-rotation chain plate is provided with a chain plate anti-rotation table,The shaft platform anti-rotation structure passes through the plate platform anti-rotation chain plate, and the chain plate anti-rotation platform is buckled with the chain plate deck bar turntable to stop rotation. When the chain plate anti-rotation chain plate deck bar is used, the chain plate anti-rotation chain plate deck bar includes a feeding section and a chain plate passing section, etc. The chain plate passing section is arranged at the end of the feeding section, and the chain link plate includes a chain plate middle hole or a chain plate upper hole or a chain plate lower hole, etc. When the chain plate middle hole is used, the chain plate passing section passes through the chain plate middle hole, and the chain plate middle hole includes a left chain plate middle hole and a right chain plate middle hole, etc. The left chain plate middle hole and the right chain plate middle hole pass through the feeding section with a cross section larger than the chain plate passing section. The cross section of the plate section limits the chain deck bar passing through the chain plate, the upper hole of the chain plate includes the upper hole of the inner chain plate and / or the upper hole of the outer chain plate, etc. The chain plate section includes the upper hole section passing through the inner plate and / or the upper hole section passing through the outer plate, etc. The upper hole section passing through the inner plate is arranged at the upper hole of the inner chain plate, and the upper hole section passing through the outer plate is arranged at the upper hole of the outer chain plate. When the chain plate section is arranged at the upper hole of the inner chain plate and the upper hole of the outer chain plate, the upper hole of the inner chain plate and the upper hole of the outer chain plate position the chain deck bar at multiple points, and the upper hole of the chain plate includes the upper ridge hole of the chain plate or the chain plate. The circular hole on the upper plate or the blind hole on the upper chain plate or the anti-rotation table hole on the upper chain plate, etc., when the chain shaft is used to stop the chain deck bar, the driving chain shaft includes a leakage-blocking belt and a chain deck bar structure, etc., and the leakage-blocking belt and the chain deck bar structure connect the chain deck bar with the leakage-blocking belt. When the chain plate is used to stop the chain deck bar, the chain link plate is provided with a chain deck bar mechanism, the chain deck bar is provided with a chain plate mechanism, the chain deck bar mechanism and the chain plate mechanism include a chain deck chain plate member, etc. The chain deck bar mechanism and the chain plate mechanism are fixedly connected by a chain deck chain plate member or the chain deck bar and the chain link The plate is one-piece, the chain deck strips include transverse upper convex material blocking chain deck strips or upper plane chain deck strips or side leakage blocking chain deck strips, the side leakage blocking chain deck strips include side flat leakage blocking chain deck strips or side buckle platform leakage blocking chain deck strips, the side buckle platform leakage blocking chain deck strips include side leakage blocking material along the joint platform, etc., the chain deck strips include a feeding section and a leakage blocking toothed shaft connecting drive chain section, etc., the feeding section and the connecting drive chain section are separately connected or are one-piece, when they are separately connected, the feeding section and the connecting drive chain section are connected by screws, pins, buckle grooves, etc.,

[0008] The leakage-blocking belt includes a side hole rubber chain leakage-blocking belt or a side-penetrating rubber chain leakage-blocking belt or a chain shaft plate rubber chain leakage-blocking belt or a chain plate rubber chain leakage-blocking belt or a ring chain leakage-blocking belt or a flush edge leakage-blocking belt, etc., the chain armor includes a plate chain armor or a strip chain armor or a plate chain armor, etc., the chain armor also includes an anti-smashing steel chain armor or an anti-smashing buffer chain armor, etc., the anti-smashing steel chain armor includes a hollow support chain armor or a solid chain armor, etc., the belt connecting drive chain includes a leakage-blocking belt tooth shaft or a belt edge buckle or a belt edge screw or a belt edge threading or a belt edge card or a belt edge adhesive or a belt edge buckle groove or a belt edge pin or a belt edge cast rubber or a belt edge zipper or a belt edge zipper zipper or a belt edge plate or a belt edge hole or a belt edge seal, etc.

[0009] The roller chain armor includes a double-hole plate, etc. The double-hole plate includes a connecting leakage-proof belt chain plate and a connecting armor chain plate, etc. The connecting leakage-proof belt chain plate and the connecting armor chain plate are integrated, and the connecting armor chain plate is provided with a buckled leakage-proof belt tooth shaft hole and a connecting chain armor mechanism. The buckled leakage-proof belt tooth shaft hole connects two adjacent leakage-proof belt tooth shafts, and the connecting chain armor mechanism fixes the chain armor on the upper surface of the leakage-proof belt. The leakage-proof belt tooth shaft includes a double-hole plate chain roller shaft and / or includes a chain armor shaft, etc. The chain armor is provided with a sleeve-connected leakage-proof belt tooth shaft mechanism, and the double-hole plate chain roller shaft or the chain armor shaft is connected with the sleeve-connected leakage-proof belt tooth shaft mechanism.

[0010] The leakage-proof belt includes a conveyor belt, etc. The conveyor belt includes a transverse threading strip, etc. The transverse threading strip passes through the inside of the conveyor belt, the chain armor is provided with a scraper passing through a transverse threading strip hole, or the chain armor and the transverse threading strip are welded, or the chain armor and the transverse threading strip are bolted, or the chain armor and the transverse threading strip are connected with a plug-in connection, or the chain armor and the transverse threading strip are pinned, or the chain armor and the transverse threading strip are buckled in a groove, or the chain armor and the transverse threading strip are glued, the transverse threading strip passes through the scraper, passes through the transverse threading strip hole, and is connected to the conveyor belt, or is integrated with the conveyor belt.

[0011] The leakage-blocking belt includes a conveyor belt, etc., the chain armor includes a fixed scraper plate mechanism and a transverse material blocking plate, etc., the roller chain armor is separately connected to the conveyor belt or is integrated, the transverse material blocking plate is separately connected to the conveyor belt or is integrated, the fixed scraper plate mechanism is arranged on the roller chain armor, the roller chain armor includes a left roller chain armor and / or a right roller chain armor, etc., the fixed scraper plate mechanism includes a baffle fixed scraper plate groove, a fixed scraper plate pin or a fixed scraper plate thread, etc., the baffle fixed scraper plate groove includes a left baffle fixed scraper plate groove and / or a right baffle fixed scraper plate groove, etc., and the end of the chain armor is provided with a scraper plate buckle groove mechanism that buckles with the baffle fixed scraper plate groove The scraper groove buckling mechanism includes a fixed scraper groove convex and a scraper abutment plate platform, etc. The fixed scraper groove convex includes a left fixed scraper groove convex and / or a right fixed scraper groove convex, etc. The scraper abutment plate platform includes a left scraper abutment plate platform and / or a right scraper abutment plate platform, etc. The left fixed scraper groove convex and the right fixed scraper groove convex are respectively buckled in the left baffle fixed scraper groove and the right baffle fixed scraper groove, and the left scraper abutment plate platform and the right scraper abutment plate platform are respectively attached to the left roller chain armor and the right roller chain armor, and the left roller chain armor and the right roller chain armor buckle the horizontal material blocking plate to the upper part of the conveyor belt by blocking the left scraper abutment plate platform and the right scraper abutment plate platform.

[0012] The chain armor includes ear protection and anti-heavy-smashing armor, etc. The ear protection and anti-heavy-smashing armor includes a connecting beam, an ear protection piece, an ear buckle piercing piece and a connecting ear, etc. The ear protection piece is arranged on the upper part of the connecting beam or the ear protection piece and the connecting beam are integrated, the connecting ear is arranged at the lower part of the ear protection piece and at the side of the connecting beam or the connecting ear is arranged at the lower part of the ear protection piece, the ear buckle piercing piece is connected to the connecting ear to form an ear protection and anti-heavy-smashing armor belt, the connecting beam and the connecting ear are separately connected or integrated, the ear protection and anti-heavy-smashing armor includes front ear protection pieces and rear ear protection pieces, the connecting ears include front connecting ears and rear connecting ears, the front connecting ears include front left connecting ears and front right connecting ears, etc., the rear connecting ears include rear left connecting ears and rear right connecting ears, etc., the ear protection and anti-heavy-smashing armor includes front ear protection and anti-heavy-smashing armor, etc., multiple ear protection pieces The anti-heavy-smashing armor pieces are staggered or sequentially arranged. When staggered, the distance between the rear left connecting ear and the rear right connecting ear is the sum of the front left connecting ear and the front right connecting ear. The front ear protection anti-heavy-smashing armor piece includes the rear left connecting ear of the front armor piece and the rear right connecting ear of the front armor piece, etc. The rear ear protection anti-heavy-smashing armor piece includes the rear left ear protection anti-heavy-smashing armor piece and the rear right ear protection anti-heavy-smashing armor piece, etc. The rear left ear protection anti-heavy-smashing armor piece includes the left front connecting ear of the rear left armor piece and the right front connecting ear of the rear left armor piece, etc. The rear right ear protection anti-heavy-smashing armor piece includes the left front connecting ear of the rear right armor piece and the right front connecting ear of the rear right armor piece, etc. The right front connecting ear of the rear left armor piece and the left front connecting ear of the rear right armor piece are close to each other between the rear left connecting ear of the front armor piece and the rear right connecting ear of the front armor piece, and are close to the rear left connecting ear of the front armor piece. The connecting ear is in contact with the rear right connecting ear of the front armor piece, and the distance between the rear left connecting ear of the front armor piece and the rear right connecting ear of the front armor piece is the sum of the right front connecting ear of the rear left armor piece and the left front connecting ear of the rear right armor piece. The buckle ear wears through the right front connecting ear of the rear left armor piece, the left front connecting ear of the rear right armor piece, the rear left connecting ear of the front armor piece and the rear right connecting ear of the front armor piece. The rear left connecting ear of the front armor piece and the rear right connecting ear of the front armor piece restrict the left rear ear protection and the rear right ear protection from moving left and right. The front and rear parts are buckled together in sequence to form an ear protection and anti-heavy-smashing armor belt. When arranged in sequence, the front ear protection and anti-heavy-smashing armor piece includes the left rear connecting ear of the front armor piece and the right rear connecting ear of the front armor piece, and the rear ear protection and anti-heavy-smashing armor piece includes the front left connecting ear of the rear armor piece and the front right connecting ear of the rear armor piece, etc. The left rear connecting ear of the front armor piece is in contact with the front left connecting ear of the rear armor piece, and the right rear connecting ear of the front armor piece is in contact with the front right connecting ear of the rear armor piece. The buckle ear wearer is connected with the left rear connecting ear of the front armor piece, the front left connecting ear of the rear armor piece, the right rear connecting ear of the front armor piece and the front right connecting ear of the rear armor piece. The connecting ears are tightly buckled and limited or spaced. When the spaced buckle is used, the right front connecting ear of the rear left armor piece and the left front connecting ear of the rear right armor piece are in contact with each other to form a limited connecting ear group between the rear left connecting ear of the front armor piece and the rear right connecting ear of the front armor piece. The limited connecting ear group includes a left limited connecting ear group and a right limited connecting ear group, etc. There is a spacing between the left limited connecting ear group and the right limited connecting ear group, and the upper part of the spacing is covered by the ear protection piece to prevent leakage.Or the front right connecting ear of the rear armor piece is buckled with the right rear connecting ear of the front armor piece, the front left connecting ear of the rear armor piece is buckled with the rear left connecting ear of the front armor piece, the buckle ear wearer wears the front right connecting ear of the rear armor piece and the right rear connecting ear of the front armor piece and / or wears the front left connecting ear of the rear armor piece and the rear left connecting ear of the front armor piece, the connecting ears and the buckle ear wearer limit the left and right forward and backward movement of the ear protection anti-heavy impact armor piece, and a leakage blocking belt is provided at the lower part of the anti-heavy impact armor belt of the ear protection piece.

[0013] The ear protectors include ear protector tongue plates and ear protector buckle plates, etc. The front ear protectors include front ear protector tongue plates and front ear protector buckle plates, etc. The rear ear protectors include rear ear protector tongue plates and rear ear protector buckle plates, etc. The front ear protector buckle plates are fastened to the rear ear protector tongue plates to form tongue plate buckle plate leak-proof armor belts, the front ear protector buckle plates are fastened to the rear ear protector tongue plates to prevent materials from leaking from the gaps between the ear protectors, or the front ear protector buckle plates are fastened to the rear ear protector tongue plates, and ear protector leak-proof seals are arranged at the joints of the front ear protector buckle plates and the rear ear protector tongue plates to prevent materials from leaking from the gaps between the ear protectors, when the ear protector leak-proof seals are used, the front ear protector buckle plates or the rear ear protector tongue plates are provided with leak-proof seal strip grooves, the ear protector leak-proof seals include ear protector transverse leak-proof seal strips and / or ear protector longitudinal leak-proof seals, and the ear protector transverse leak-proof seals are arranged at the joints of the front ear protector buckle plates and the rear ear protector tongue plates. The sealing strip is arranged in the leakage-proof sealing strip groove, and the longitudinal leakage-proof seal of the ear protector is provided with a buckle ear piercing hole. The ear protector anti-smashing armor comprises a left ear protector anti-smashing armor and a right ear protector anti-smashing armor, etc. The longitudinal leakage-proof seal of the ear protector is arranged between the left ear protector anti-smashing armor and the right ear protector anti-smashing armor, and the buckle ear piercing passes through the buckle ear piercing hole to prevent the longitudinal leakage-proof seal of the ear protector from falling off. The ear protector leakage-proof seal prevents materials from leaking from the gap between the ear protectors. The transverse leakage-proof sealing strip of the ear protector comprises an ear protector plate sealing strip and / or a sealing strip hanging ear, and the sealing strip hanging ear is provided with a buckle ear piercing hole. The buckle ear piercing passes through the buckle ear piercing hole so that the transverse leakage-proof sealing strip of the ear protector is fixed by the leakage-proof sealing strip groove and the buckle ear piercing to prevent falling off, and a leakage-proof belt is arranged at the lower part of the tongue plate buckle plate leakage sealing armor belt.

[0014] The buckle ear piercing pieces include through buckle ear strips or spaced buckle ear strips or chain shaft buckle ear piercing pieces, etc. The buckle ear piercing pieces include straight-through buckle ear piercing pieces or limited buckle ear piercing pieces, etc. When the straight-through buckle ear piercing pieces are used, both ends of the straight-through buckle ear piercing pieces can pass through the front ear protection anti-heavy impact armor pieces and the rear ear protection anti-heavy impact armor pieces. When the limited buckle ear piercing pieces are used, the end of the limited buckle ear piercing pieces is provided with a connecting ear limiting mechanism, and the connecting ear limiting mechanism includes a boss connecting ear limiting mechanism or a pin hole connecting ear limiting mechanism or a threaded connecting ear limiting mechanism or a retaining spring connecting ear limiting mechanism or a stopper sleeve connecting ear limiting mechanism, etc. When the stopper sleeve connecting ear limiting mechanism is used, the stopper sleeve connecting ear limiting mechanism includes a buckle ear piercing strip and a buckle piercing strip stopper. The buckle ear strip passes through the connecting ear, the buckle ear strip stopper sleeve is buckled on the buckle ear strip or the buckle ear strip passes through the buckle ear strip stopper sleeve, the buckle ear strip stopper sleeve supports the ear guard at the bottom of the ear guard, the buckle ear strip stopper sleeve rotates around the buckle ear strip and rolls with the lower supporting part, a chain shaft buckle ear strip end is provided with a chain roller plate mechanism, the chain roller plate mechanism passes through the chain roller and the chain link plate to form a roller chain, and the ear guard anti-weight-smashing armor parts are connected to form an ear guard anti-weight-smashing armor chain belt, the connecting ear limits the left and right movement of the connecting beam and the ear guard, the buckle ear strip limits the front and rear movement of the connecting beam and the ear guard, the roller chain drives the ear guard anti-weight-smashing armor chain belt to roll and rub to convey materials, and a leakage-proof belt is arranged at the bottom of the ear guard anti-weight-smashing armor chain belt.

[0015] The beneficial effects of the utility model are:

[0016] The present invention changes the vulcanized rubber layer at the lower part of the steel armor belt into a drive chain to connect the chain armor parts and the leakage-proof belt, thereby avoiding the occurrence of failures such as the steel armor piece peeling off from the rubber layer due to different materials and structures between the steel armor belt and the rubber, the occurrence of the problem of asynchronous operation of the steel armor belt and the rubber layer, and avoiding the problem of the rubber layer in a free state piling up, folding, deviation and slipping in the steel armor belt due to the unlimited positions on both sides of the rubber layer, resulting in the deviation of the steel armor belt, material spillage, large running resistance and high failure rate. The chain armor parts are anti-smashing and wear-resistant for conveying materials, the leakage-proof belt ensures that the material does not spill or leak, and the problem of frequent breakage of the belt due to strong pulling of the belt is avoided.

[0017] Technical effect 2: The leak-proof belt gear shaft makes the leak-proof belt and the chain armor piece firmly combined, the combination is ingenious, the structure is simple, and the combination strength is high, so that the leak-proof belt and the chain armor piece can closely cooperate to transport a large amount of materials without leakage. The leak-proof belt is set at the bottom of the tongue plate and gusset plate leak-proof belt. The leak-proof belt is added on the basis of the tongue plate and gusset plate leak-proof belt itself having the function of preventing leakage, which can fully prevent the powder, water, mud, etc. leaked from the tongue plate and gusset plate leak-proof belt from falling to the lower part of the conveyor belt surface, effectively protecting the various components of the whole machine from pollution and improving the material recovery rate.

[0018] Technical effect 3: The ridged anti-rotation chain plate prevents the chain armor plate from rotating, ensuring the stability between the feed plates, ensuring the flatness of the feed, and avoiding a large amount of material leakage due to the tilt of the feed plate.

[0019] Technical effect 6: The left roller chain armor and the right roller chain armor fasten the horizontal material blocking plate to the upper part of the conveyor belt by blocking the left scraper plate and the right scraper plate, preventing the material from sliding down and accumulating in large quantities to block the transport lane, ensuring the safe and efficient material transportation of the transport chain.

[0020] Technical effect 7: The setting of the ear protectors greatly reduces the number of connecting ears used, prevents the armor plates from falling off, and improves the straightness and stability of the armor belt operation. The anti-leakage belt is set at the bottom of the anti-heavy-smashing armor belt of the ear protectors, which increases the function of preventing material from spilling and improving the environmental protection performance of the whole machine. BRIEF DESCRIPTION OF THE DRAWINGS

[0021] Figure 1 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 1;

[0022] Figure 2 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 1;

[0023] Figure 3 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 1;

[0024] Figure 4 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 1;

[0025] Figure 5 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 1;

[0026] Figure 6 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 1;

[0027] Figure 7 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 1;

[0028] Figure 8 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 1;

[0029] Fig. 9 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 2;

[0030] Fig.10 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 2;

[0031] Fig.11 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 3;

[0032] Fig.12 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 3;

[0033] Fig.13 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 3;

[0034] Fig.14Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 4;

[0035] Fig.15 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 5;

[0036] Fig.16 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 6;

[0037] Fig.17 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 7;

[0038] Fig.18 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 8;

[0039] Fig.19 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 8;

[0040] Fig. 20 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 9;

[0041] Fig.21 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 9;

[0042] Fig. 22 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 9;

[0043] Fig.23 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 9;

[0044] Fig.24 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 10;

[0045] Fig.25 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 10;

[0046] Fig.26 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 10;

[0047] Fig. 27 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 10;

[0048] Fig.28 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 10;

[0049] Fig.29 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 10;

[0050] Fig.30 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 10;

[0051] Fig.31 Schematic diagram of the anti-leakage and anti-heavy impact rubber chain belt in Example 11;

[0052] Fig.32 Schematic diagram of the anti-leakage and anti-heavy impact rubber chain belt in Example 11;

[0053] Fig.33 Schematic diagram of the anti-leakage and anti-heavy impact rubber chain belt in Example 11;

[0054] Fig.34 Schematic diagram of the anti-leakage and anti-heavy impact rubber chain belt in Example 11;

[0055] Fig.35 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 12;

[0056] Fig.36 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 12;

[0057] Fig.37 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 12;

[0058] Fig.38 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 12;

[0059] Fig.39 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 13;

[0060] Fig.40 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 14;

[0061] Fig.41 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 14;

[0062] Fig.42 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 15;

[0063] Fig.43 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 16;

[0064] Fig.44 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 16;

[0065] Fig.45 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 16;

[0066] Fig.46 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 16;

[0067] Fig.47 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 16;

[0068] Fig.48 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 16;

[0069] Fig.49 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 17;

[0070] Fig.50 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 18;

[0071] Fig.51 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 18;

[0072] Fig.52 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 19;

[0073] Fig.53 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 19;

[0074] Fig.54 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 19;

[0075] Fig.55 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 19;

[0076] Fig.56 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 19;

[0077] Fig.57 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 19;

[0078] Fig.58 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 20;

[0079] Fig.59 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 20;

[0080] Fig.60 Schematic diagram of the anti-leakage and anti-heavy impact rubber chain belt in Example 21;

[0081] Fig.61 Schematic diagram of the anti-leakage and anti-heavy impact rubber chain belt in Example 21;

[0082] Fig.62 Schematic diagram of the anti-leakage and anti-heavy impact rubber chain belt in Example 21;

[0083] Fig.63 Schematic diagram of the anti-leakage and anti-heavy impact rubber chain belt in Example 21;

[0084] Fig.64 Schematic diagram of the anti-leakage and anti-heavy impact rubber chain belt in Example 21;

[0085] Fig.65 Schematic diagram of the anti-leakage and anti-heavy impact rubber chain belt in Example 21;

[0086] Fig.66 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 22;

[0087] Fig.67 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 22;

[0088] Fig.68 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 23;

[0089] Fig.69 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 23;

[0090] Fig.70 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 23;

[0091] Fig.71 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 23;

[0092] Fig.72 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 24;

[0093] Fig.73 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 24;

[0094] Fig.74 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 25;

[0095] Fig.75 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 25;

[0096] Fig.76 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 26;

[0097] Fig.77 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 26;

[0098] Fig.78 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 27;

[0099] Fig.79 yes Fig.78 AA partial section view;

[0100] Fig.80 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 27;

[0101] Fig.81 is a schematic diagram of the cross-sectional structure of the anti-smashing armor piece in Example 27;

[0102] Fig.82 is another schematic diagram of the cross-sectional structure of the ear protection and anti-smashing armor in Example 27;

[0103] Fig.83 is another schematic diagram of the cross-sectional structure of the ear protection and anti-smashing armor in Example 27;

[0104] Fig.84 is another schematic diagram of the cross-sectional structure of the ear protection and anti-smashing armor in Example 27;

[0105] Fig.85 is another schematic diagram of the cross-sectional structure of the ear protection and anti-smashing armor in Example 27;

[0106] Fig.86 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 28;

[0107] Fig.87 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 29;

[0108] Fig.88 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 30;

[0109] Fig.89 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 31;

[0110] Fig.90 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 32;

[0111] Fig.91 is a schematic diagram of a top view cross-sectional structure of the ear protection and anti-smashing armor in Example 32;

[0112] Fig.92 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 33;

[0113] Fig.93 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 34;

[0114] Fig.94 34 is a schematic diagram of the left side structure of the ear protection and anti-smashing armor piece;

[0115] Fig.95 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 35;

[0116] Fig.96 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 36;

[0117] Fig.97 Schematic diagram of the anti-leakage and anti-smashing rubber chain belt in Example 37;

[0118] Fig.98 This is a schematic diagram of the leak-proof and anti-heavy-impact rubber chain belt in Example 37.

[0119] In the figure: 1-leakage-proof and anti-heavy-smashing rubber chain belt, 2-chain armor, 3-leakage-proof belt, 4-driving chain, 5-armor-connected chain belt structure, 6-roller chain, 7-ring chain, 8-driving chain shaft, 9-chain roller, 10-chain link plate, 11-roller chain armor, 12-chain belt leakage-proof armor anti-smashing belt, 13-chain deck strip, 14-armor belt, 15-chain armor through-shaft belt, 16-armor block and armor block buckle belt, 17-armor block, 18-chain armor through-shaft, 19-rigid through-shaft, 20-buffer through-shaft, 21-through-shaft hole, 22-driving chain shaft connected to armor chain belt structure, 23-chain shaft connected to leakage-proof belt device, 24-chain shaft connected to chain armor device, 25-chain shaft connected to leakage-proof belt armor device, 26-link leakage-proof belt armor belt, 27-link armor leakage-proof belt, 28-chain shaft connected Anti-leakage belt armor belt, 29-, chain link plate connected to the anti-leakage belt device, 30-armor chain belt connector, 31-belt connected drive chain, 32-leakage belt gear shaft, 33-belt side shaft drive chain, 34-belt side shaft rubber chain belt, 35-chain link tongue plate, 36-chain tongue plate rubber chain belt, 37-chain armor gear shaft, 38-chain armor buffer belt, 39-screw chain armor buffer belt, 40-feeding section, 41-connecting drive chain segment, 42-left drive chain, 43-right drive chain, 44-through drive chain segment anti-retraction structure, 45-through chain plate segment anti-retraction piece, 46-through chain plate segment, 47-through shaft anti-rotation chain deck strip, 48-feeding section positioning piece, 49-through chain plate anti-rotation chain deck strip, 50-connecting chain shaft anti-rotation chain deck strip, 51-connecting chain plate anti-rotation chain deck strip, 52- Chain plate roller section, 53-cylindrical section prism section, 54-prism section cylindrical section, 55-stop chain plate, 56-prism hole stop chain plate, 57-chain armor stop piece, 58-cylindrical section prism section chain deck strip, 59-prism section cylindrical section chain deck strip, 60-inner cylindrical section, 61-outer prism section, 62-outer prism section stop structure, 63-inner prism section, 64-outer cylindrical section, 65-outer cylindrical section stop structure, 66-cylindrical section hole stop section, 67-plate hole stop chain plate, 68-axle hole stop chain deck, 69-chain plate shaft, 70-axle hole stop structure, 71-stop chain deck strip rotation hole, 72-chain plate stop pin hole, 73-stop pin, 74-cylindrical section platform stop section, 75-plate platform stop chain plate, 76-chain plate stop platform, 77 -Axial anti-rotation chain deck strip, 78-Axial platform anti-rotation structure, 79-Chain deck strip turntable, 80-Chain plate upper hole, 81-Chain plate upper circular hole, 82-Left chain plate upper, 83-Right chain plate upper hole, 84-Chain plate upper turntable hole, 85-Inner chain plate upper hole, 86-Outer chain plate upper hole, 87-Through the inner plate upper hole section, 88-Through the outer plate upper hole section, 89-Chain plate upper ridge hole, 90-Chain plate upper blind hole, 91-Chain deck strip structure, 92-Chain deck strip mechanism, 93-Chain plate mechanism, 94-Chain deck plate parts, 95-Side leakage blocking chain deck strip, 96-Side buckle platform leakage blocking chain deck strip, 97-Side leakage blocking material along the joint platform, 98-Lateral upper convex blocking chain deck strip, 99-Upper plane chain deck strip,100-side flat edge anti-leakage chain deck strip, 101-connecting drive chain segment, 102-screw, 103-side hole rubber chain anti-leakage belt, 104-side through-bar rubber chain anti-leakage belt, 105-chain shaft plate rubber chain anti-leakage belt, 106-or chain plate rubber chain anti-leakage belt, 107-ring chain anti-leakage belt, 108-edge anti-leakage belt, 109-plate chain armor, 110-anti-smashing steel chain armor, 111-hollow support chain armor, 112-double hole plate, 113-connecting anti-leakage belt chain plate, 114-connecting armor chain plate, 115-buckle anti-leakage belt gear shaft hole, 116-connecting chain armor mechanism, 117-through double hole plate chain roller shaft, 118-sleeve anti-leakage belt gear shaft mechanism, 119-through chain armor shaft, 120-conveyor belt, 121-transverse through-bar , 122-scraper through transverse strip hole, 123-fixed scraper plate mechanism, 124-transverse blocking plate, 125-left roller chain armor, 126-right roller chain armor, 127-baffle fixed scraper groove, 128-left baffle fixed scraper groove, 129-right baffle fixed scraper groove, 130-scraper buckle groove mechanism, 131-through fixed scraper groove convex, 132-scraper abutment plate platform, 133-left fixed scraper groove convex, 134-right fixed scraper groove convex, 135-left scraper abutment plate platform, 136-left scraper abutment plate platform, 137-connecting beam, 138-ear guard, 139-buckle ear piercing piece, 140-connecting ear, 141-ear guard tongue plate, 142-ear guard buckle plate, 143-ear guard anti-heavy smash armor, 144-front ear guard , 145-rear ear protection, 146-front connecting ear, 147-rear connecting ear, 148-front left connecting ear, 149-front right connecting ear, 150-rear left connecting ear, 151-rear right connecting ear, 152-front ear protection anti-heavy smashing armor, 153-rear ear protection anti-heavy smashing armor, 154-front armor rear left connecting ear, 155-front armor rear right connecting ear, 156-rear left ear protection anti-heavy smashing armor, 157-rear right ear protection anti-heavy smashing armor, 158-rear left armor left front connecting ear, 159-rear left armor right front connecting ear, 160-rear right armor left front connecting ear, 161-rear right armor right front connecting ear, 162-ear protection anti-heavy smashing armor belt, 163-front armor left rear connecting ear, 164-front armor right Rear connecting ear, 165-rear armor front left connecting ear, 166-rear armor front right connecting ear, 167-limit connecting ear group, 168-left limit connecting ear group, 169-right limit connecting ear group, 170-front ear protector tongue plate, 171-front ear protector buckle plate, 172-rear ear protector tongue plate, 173-rear ear protector buckle plate, 174-ear protector leakage-proof seal, 175-ear protector transverse leakage-proof seal strip, 176-ear protector longitudinal leakage-proof seal, 177-leakage-proof seal strip groove, 178-buckle ear piercing hole, 179-left ear protector anti-heavy smashing armor, 180-right ear protector anti-heavy smashing armor, 181-through buckle ear strip, 182-straight buckle ear piercing, 183-limit buckle ear piercing, 184-connecting ear limiting mechanism,185-blocking sleeve connecting ear limiting mechanism, 186-pin hole connecting ear limiting mechanism, 187-buckle ear wearing strip, 188-buckle wearing strip blocking sleeve, 189-chain roller, 190-chain link plate, 191-tongue plate buckle plate sealing armor belt, 192-chain roller chain plate mechanism, 193-ear protection anti-heavy armor chain belt, 194-roller chain, 195-ear protection plate sealing strip, 196-sealing strip hanging and wearing strip ear, 197-buckle ear wearing hole, 198-chain shaft buckle ear wearing piece. DETAILED DESCRIPTION

[0120] Example 1

[0121] like Figures 1 to 8 As shown, the leakage-proof and anti-smashing rubber chain belt 1 includes a chain armor 2, a leakage-proof belt 3, a driving chain 4 and an armor-connecting chain belt structure 5, the driving chain 4 includes a roller chain 6, the roller chain 6 includes a driving chain shaft 8, a chain roller 9 and a chain link plate 10, the chain armor 2 includes a roller chain armor 11, the armor-connecting chain belt structure 5 is arranged on the driving chain shaft 8, and the chain armor 2, the leakage-proof belt 3, and the driving chain 4 are connected to form a chain belt leakage-proof armor anti-smashing belt 12, the chain armor 2 includes an armor belt 14, the armor belt 14 includes a chain armor through-shaft belt 15, the chain armor through-shaft belt 15 includes an armor block 17 and a chain armor through-shaft 18, the chain armor through-shaft 18 includes a rigid through-shaft 19 and a buffer through-shaft 20, the armor block 17 is provided with a through-shaft hole 21, the chain armor through-shaft 18 passes through the through-shaft hole 21 to connect the armor block 17 to the chain armor through-shaft belt 15.

[0122] The drive chain 4 may also include an endless chain 7 .

[0123] The chain mail piece 2 may also include an annular chain mail piece.

[0124] The chain belt structure 5 of the armor connecting piece can also be arranged on the chain armor piece 2.

[0125] It is also possible for the chainmail element 2 to include chainmail deck rails 13 .

[0126] The armor belt 14 may also include an armor block and an armor block buckle belt 16 .

[0127] Example 2

[0128] like Figures 9 and 10 As shown, when the leakage-blocking belt 3 is connected to the chain armor 2 via the driving chain shaft 8 , the driving chain shaft 8 is connected to the leakage-blocking belt 3 and the chain armor 2 is connected to the chain link plate 10 .

[0129] The drive chain shaft 8 can also be connected to the leakage-blocking belt 3 and the chain armor piece 2.

[0130] The driving chain shaft 8 may be connected to the leakage-blocking belt 3 and the chain armor piece 2 may be connected to the driving chain shaft 8 .

[0131] The rest is the same as in Example 1.

[0132] Example 3

[0133] like Figures 11 to 13 As shown, when the leakage-blocking belt 3 is connected to the chain armor 2 through the chain link plate 10, the leakage-blocking belt 3 is connected to the chain link plate 10 and the chain armor 2 is connected to the chain link plate 10, the chain armor 2 is higher than the upper surface of the leakage-blocking belt 3, and the chain armor 2 is spaced apart on the upper part of the leakage-blocking belt 3.

[0134] The leakage-blocking belt 3 may be connected to the chain link plates 10 and the chain armor 2 may be connected to the driving chain shaft 8 .

[0135] Alternatively, the chain mail pieces 2 may be arranged close to each other on the upper part of the leakage-blocking belt 3 , or the chain mail pieces 2 may be arranged in series on the upper part of the leakage-blocking belt 3 .

[0136] The rest is the same as in Example 1.

[0137] Example 4

[0138] like Fig.14 As shown, the armor link chain belt structure 5 includes a driving chain shaft armor link chain belt structure 22. When the armor link chain belt structure 5 is set on the driving chain shaft 8, the driving chain shaft 8 includes a chain shaft leakage prevention device 23. When the chain shaft leakage prevention device 23 is used, the chain shaft leakage prevention device 23 is set at one end of the driving chain shaft 8 to connect the leakage prevention belt 3 to the driving chain shaft 8. The chain armor 2 is set on the chain link plate 10. The driving chain shaft 8 is connected with the chain link plate 10 and the chain roller 9 to form a link leakage prevention belt armor belt 26. The driving chain 4 drives the link leakage prevention belt armor belt 26 to transport materials.

[0139] The armor-connecting piece chain belt structure 5 may also include a link plate armor-connecting piece chain belt structure.

[0140] The rest is the same as in Example 1.

[0141] Example 5

[0142] like Fig.15 As shown, when the driving chain shaft 8 is a chain shaft connecting chain armor device 24, one end of the chain shaft connecting chain armor device 24 connects the chain armor 2 to the driving chain shaft 8, the leakage-proof belt 3 connects the chain link plate 10, the driving chain shaft 8 passes through the chain link plate 10 and the chain roller 9 to form a link armor leakage-proof belt 27, and the driving chain 4 drives the link armor leakage-proof belt 27 to transport materials.

[0143] The rest is the same as in Example 1.

[0144] Example 6

[0145] like Fig.16 As shown, when the driving chain shaft 8 is a chain shaft connected to a leakage-proof belt armor device 25, the chain shaft connected to a leakage-proof belt armor device 25 is set at one end of the driving chain shaft 8, and the upper and lower chain armors 2 and the leakage-proof belt 3 are connected to the driving chain shaft 8, and the driving chain shaft 8 is connected to the chain link plate 10 and the chain roller 9 to form a chain shaft connected to a leakage-proof belt armor belt 28.

[0146] The rest is the same as in Example 1.

[0147] Example 7

[0148] like Fig.17 As shown, when the armor-connecting link belt structure 5 is arranged on the link plate 10 , the link plate 10 includes a link plate leakage preventing device 29 .

[0149] The link plate 10 may also include a link plate connector or a link plate connector for preventing leakage.

[0150] The rest is the same as in Example 1.

[0151] Example 8

[0152] like Fig.18 As shown, the driving chain 4 includes a chain belt connector 30, and the chain belt connector 30 includes a belt connection driving chain member 31. When the driving chain shaft 8 is used to connect the leakage-proof belt 3, the driving chain shaft 8 is set as a leakage-proof belt tooth shaft 32, and the leakage-proof belt tooth shaft 32 is set on the lower surface of the leakage-proof belt 3 and is connected through the belt connection driving chain member 31. The leakage-proof belt tooth shaft 32 passes through the chain roller 9 and the chain link plate 10 to form a belt side shaft driving chain 33, and the belt side shaft driving chain 33 and the leakage-proof belt 3 form a belt side shaft rubber chain belt 34, and the chain armor member 2 is set on the chain link plate 10 of the belt side shaft rubber chain belt 34 and is connected to the leakage-proof belt tooth shaft 32 through the chain armor member 2.

[0153] Can also be Fig.19 The leakage-blocking belt gear shaft 32 extends out of the side of the leakage-blocking belt 3 at the inner end of the leakage-blocking belt 3 and is connected to the driving chain 4 .

[0154] The chain armor piece 2 can also be arranged on the link plate of the belt side shaft rubber chain belt and connected by a chain belt connector, or the chain armor piece can be arranged on the upper surface of the belt side shaft rubber chain belt.

[0155] The leakage-blocking belt gear shaft 32 can be arranged on the upper surface of the leakage-blocking belt and connected to the driving chain by a belt connection.

[0156] The rest is the same as in Example 1.

[0157] Example 9

[0158] like Figures 20 to 23 As shown in the figure, when the link plate 10 is used to connect the leakage-blocking belt 3, the leakage-blocking belt 3 is arranged on the link plate 10 through the chain belt connector 30, and the link plate 10 is provided with a chain link tongue plate 35. The belt connection driving chain 31 connects the leakage-blocking belt 3 with the chain link tongue plate 35 to form a chain tongue plate rubber chain belt 36, or the chain armor part 2 is arranged on the upper part of the leakage-blocking belt 3, and the chain armor part 2 is separately connected to the leakage-blocking belt 3. When the chain armor part 2 is separately connected to the leakage-blocking belt 3, the chain armor part 2 is provided with a chain armor buffer belt part 38, and the chain armor buffer belt part 38 connects the leakage-blocking belt 3 to the bottom of the chain armor part 2, and the chain armor buffer belt part 38 includes a screw chain armor buffer belt part 39.

[0159] The chain armor piece 2 may also be arranged on the chain link plate 10 or the chain armor piece 2 may be arranged on the chain link tongue plate 35 or a chain armor tooth shaft 37 may be arranged at the end of the chain armor piece 2 to pass through the chain roller 9 and the chain link plate 10 .

[0160] The chain mail piece 2 and the leakage-blocking belt 3 may also be integrated.

[0161] The chainmail buffer belt part 38 may also include a rope-threaded chainmail buffer belt part, a buckle-threaded chainmail buffer belt part or a zipper-threaded chainmail buffer belt part.

[0162] The rest is the same as in Example 1.

[0163] Example 10

[0164] like Figures 24 to 30 As shown, when the leakage-blocking belt 3 is connected to the driving chain shaft 8 , the chain armor through shaft 18 is connected to the chain link plate 10 .

[0165] Alternatively, the chain armor shaft 18 may be connected to the drive chain shaft 8 , or the armor block 17 may be connected to the drive chain shaft 8 , or the armor block 17 may be connected to the chain link plate 10 .

[0166] The leakage-blocking belt 3 may be connected to the link plate 10, the chain armor shaft 18 may be integrated with the drive chain shaft 8, the chain roller 9 and the link plate 10 or the chain armor shaft 18 may be connected to the link plate 10 or the armor block 17 may be connected to the drive chain shaft 8 or the armor block 17 may be connected to the link plate 10.

[0167] The rest is the same as in Example 1.

[0168] Embodiment 11

[0169] like Figure 31 to Figure 34 As shown, the chain armor 2 includes a feed segment 40 and a continuous drive segment 41, the cross-section of the feed segment 40 is larger than that of the continuous drive segment 41, the drive chain 4 includes a left drive chain 42 and a right drive chain 43, the left drive chain 42 and the right drive chain 43 limit the chain armor 2 to the left and right by the cross-section of the feed segment 40 is larger than that of the continuous drive segment 41, the chain armor 2 includes a chain deck bar 13, the chain deck bar 13 and the chain deck bar 13 are separately arranged, the continuous drive segment 41 is provided with a drive segment through-retracting structure 44, the corresponding chain link plate 10 is provided with a chain plate segment through-retracting member 45, the chain plate segment through-retracting member 45 and the drive segment through-retracting structure 44 cooperate with each other to stop the chain deck bar 13 from rotating and retreating, the chain plate segment through-retracting member 45 is separately connected with the chain deck bar 13, the continuous drive segment 41 includes a chain plate through-roller segment 52, and the chain deck bar 13 includes an axle through-rotation chain deck bar 47.

[0170] The cross section of the feed section 40 may be equal to the cross section of the drive chain section 41 . When the cross section of the feed section 40 is equal to the cross section of the drive chain section 41 , a feed section positioning member 48 is provided at the end of the feed section 40 to limit the drive chain 4 on the drive chain section 41 .

[0171] The chain plate segment retaining member 45 and the chain plate deck slat 13 may also be integrated.

[0172] The driving chain segment 41 may also include a chain plate segment 46 .

[0173] The rest is the same as in Example 1.

[0174] Example 12

[0175] like Figures 35 to 38 As shown, the driving chain segment 41 includes a chain plate roller segment 52, the chain plate roller segment 52 includes a cylindrical prism segment 53 and a prism segment cylindrical segment 54, the link plate 10 includes a stop chain plate 55, the stop chain plate 55 includes a prism hole stop chain plate 56, the roller chain 6 includes a chain armor stop 57, when the cylindrical prism segment 53 and the prism segment cylindrical segment 54 are used, the chain deck 13 includes a cylindrical prism segment chain deck 58 and a prism segment cylindrical segment chain deck 59, the cylindrical prism segment chain deck 58 includes an inner cylindrical segment 60 and an outer prism segment 61, the end of the feeding segment 40 is provided with an inner cylindrical segment 60, the end of the inner cylindrical segment 60 is provided with an outer prism segment 61, the inner cylindrical segment 60 passes through the chain roller 9, and the outer prism segment 61 passes through the chain roller 9. Segment 61 is buckled with the prism hole anti-rotation chain plate 56, the outer prism segment 61 is provided with an outer prism segment anti-retraction structure 62, the chain armor anti-retraction piece 57 cooperates with the outer prism segment anti-retraction structure 62 to stop retreat, the prism hole anti-rotation chain plate 56 prevents the chain deck 13 from rotating, the prism segment cylindrical segment chain deck 59 includes an inner prism segment 63 and an outer cylindrical segment 64, the inner prism segment 63 is arranged at the end of the feeding segment 40, the outer cylindrical segment 64 is arranged at the end of the inner prism segment 63, the inner prism segment 63 is buckled with the prism hole anti-rotation chain plate 56, the outer cylindrical segment 64 passes through the chain roller 9, the outer cylindrical segment 64 is provided with an outer cylindrical segment anti-retraction structure 65, the chain armor anti-retraction piece 57 cooperates with the outer cylindrical segment anti-retraction structure 65 to stop retreat, and the prism hole anti-rotation chain plate 56 prevents the chain deck 13 from rotating.

[0176] The rest is the same as in Example 1.

[0177] Example 13

[0178] like Fig.39 As shown, the chain plate roller section 52 includes a cylindrical hole stop section 66, the corresponding stop chain plate 55 includes a plate hole stop chain plate 67, the chain deck strip 13 includes an axial hole stop chain deck strip 68, the axial hole stop chain deck strip 68 includes a chain plate shaft 69 and an axial hole stop structure 70, the chain plate shaft 69 is arranged at the end of the feeding section 40, the axial hole stop structure 70 is arranged on the chain plate shaft 69, the chain plate shaft 69 passes through the chain roller 9, the axial hole stop structure 70 includes a chain plate stop deck strip rotation hole 71, the corresponding plate hole stop chain plate 67 is provided with a chain plate stop pin hole 72, the axial hole stop structure 70 passes through the plate hole stop chain plate 67, and the chain plate stop pin hole 72 and the chain plate stop deck strip rotation hole 71 are provided with stop pins 73 for stopping rotation.

[0179] The rest is the same as in Example 1.

[0180] Embodiment 14

[0181] like Figure 40 to Figure 41 As shown, when the chain plate roller section 52 includes a cylindrical section platform stop section 74, the corresponding stop chain plate 55 includes a plate platform stop chain plate 75, and the plate platform stop chain plate 75 includes a chain plate stop table 76. When the cylindrical section platform stop section 74 is used, the chain deck strip 13 includes an axial surface stop chain deck strip 77, and the axial surface stop chain deck strip 77 includes a chain plate shaft 69 and a shaft table stop structure 78. The chain plate shaft 69 is arranged at the end of the feeding section 40, and the shaft table stop structure 78 is arranged on the chain plate shaft 69. The chain plate shaft 69 passes through the chain roller 9, and the shaft table stop structure 78 includes a chain plate stop deck strip turntable 79. The corresponding plate platform stop chain plate 75 is provided with a chain plate stop table 76. The shaft table stop structure 78 passes through the plate platform stop chain plate 75, and the chain plate stop table 76 is engaged with the chain plate stop deck strip turntable 79 to stop rotation.

[0182] The pallet anti-rotation chain plate 75 may also include a baffle plate anti-rotation chain plate.

[0183] The rest is the same as in Example 1.

[0184] Embodiment 15

[0185] like Fig.42 As shown, the chain deck strip 13 may also include a chain plate through-plate anti-rotation chain deck strip 49. When the chain plate through-plate anti-rotation chain deck strip 49 is used, the chain plate through-plate anti-rotation chain deck strip 49 includes a feed section 40 and a chain plate through-plate section 46. The chain plate through-plate section 46 is arranged at the end of the feed section 40. The chain link plate 10 includes a chain plate upper hole 80. The chain plate through-plate section 46 penetrates the chain plate upper hole 80. The chain plate upper hole 80 includes a left chain plate upper hole 82 and a right chain plate upper hole 83. The left chain plate upper hole 82 and the right chain plate upper hole 83 limit the chain plate through-plate anti-rotation chain deck strip 49 by making the cross-section of the feed section 40 larger than the cross-section of the chain plate through-plate section 46.

[0186] The link plate 10 may also include a link plate middle hole or a link plate lower hole.

[0187] The rest is the same as in Example 1.

[0188] Example 16

[0189] like Figures 43 to 48As shown, the link plate 10 includes an upper hole 80 on the chain plate, and the upper hole 80 on the chain plate includes an upper hole 85 on the inner chain plate and an upper hole 86 on the outer chain plate. The chain plate section 46 includes an upper hole section 87 on the inner plate and an upper hole section 88 on the outer plate. The upper hole section 87 on the inner plate is arranged at the upper hole 85 on the inner chain plate, and the upper hole section 88 on the outer chain plate is arranged at the upper hole 86 on the outer chain plate. When the chain plate section 46 is arranged at the upper hole 85 on the inner chain plate and the upper hole 86 on the outer chain plate, the upper hole 85 on the inner chain plate and the upper hole 86 on the outer chain plate position the chain plate deck 13 at multiple points. The upper hole 80 on the chain plate includes an upper ridge hole 89 on the chain plate.

[0190] Alternatively, the chain plate upper hole 80 may include an inner chain plate upper hole 85 or an outer chain plate upper hole 86 , and the chain plate section 46 may include an inner plate upper hole section 87 or an outer plate upper hole section 88 .

[0191] The upper hole 80 of the chain plate may also include an upper circular hole 81 of the chain plate, an upper blind hole 90 of the chain plate, or an upper stop hole 84 of the chain plate.

[0192] The rest is the same as in Example 1.

[0193] Embodiment 17

[0194] like Fig.49 As shown, when the chain deck bar 50 is used to stop the chain shaft, the driving chain shaft 8 includes a leakage-blocking belt and chain deck bar structure 91, which connects the chain deck bar 13 with the leakage-blocking belt 3.

[0195] The rest is the same as in Example 1.

[0196] Embodiment 18

[0197] like Figure 50 to Figure 51 As shown, when the chain deck bar 51 is used to stop the rotation of the chain plate, the link plate 10 is provided with a chain deck bar mechanism 92, and the chain deck bar 13 is provided with a chain plate mechanism 93. The chain deck bar mechanism 92 and the chain plate mechanism 93 include a connecting deck chain plate member 94, and the chain deck bar mechanism 92 and the chain plate mechanism 93 are fixedly connected by the connecting deck chain plate member 94.

[0198] The chain deck slats 13 and the chain link plates 10 may also be integrated.

[0199] The rest is the same as in Example 1.

[0200] Embodiment 19

[0201] like Figure 52 to Figure 57 As shown, the chain deck bar 13 includes a side leakage-blocking chain deck bar 95, and the side leakage-blocking chain deck bar 95 includes a side buckle-type leakage-blocking chain deck bar 96, and the side buckle-type leakage-blocking chain deck bar 96 includes a side leakage-blocking material edge joint 97.

[0202] The chain deck strips 13 may also include transverse upper convex material blocking chain deck strips 98 or upper flat chain deck strips 99 .

[0203] The side leakage-blocking chain deck rails 95 may also include side flat-side leakage-blocking chain deck rails 100 .

[0204] The rest is the same as in Example 1.

[0205] Embodiment 20

[0206] like Figure 58 to Figure 59 As shown, the chain deck slats 13 include a feed section 40 and a connecting drive section 101 . The feed section 40 and the connecting drive section 101 are separately connected. When they are separately connected, the feed section 40 and the connecting drive section 101 are connected by screws 102 .

[0207] The feeding section 40 and the connecting driving section 101 may also be integrated.

[0208] The feeding section 40 and the connecting driving segment 101 may also be connected by a pin or a buckle groove.

[0209] Embodiment 21

[0210] like Figure 60 to Figure 65 As shown, the leakage-blocking tape 3 includes a side hole glue chain leakage-blocking tape 103 .

[0211] The leakage-blocking belt 3 may also include a side-penetrating rubber chain leakage-blocking belt 104 or a chain shaft plate rubber chain leakage-blocking belt 105 or a chain plate rubber chain leakage-blocking belt 106 or an annular chain leakage-blocking belt 107 or a flush-edge leakage-blocking belt 108.

[0212] The rest is the same as in Example 1.

[0213] Embodiment 22

[0214] like Figure 66 to Figure 67 As shown, the chain armor 2 includes a plate chain armor 109 , and the chain armor 2 also includes an anti-smashing steel chain armor 110 , and the anti-smashing steel chain armor 110 includes a hollow support chain armor 111 , and the belt-connected driving chain 31 includes a leakage-proof toothed shaft 32 .

[0215] The chain mail piece 2 may also include a bar chain mail piece or a plate chain mail piece.

[0216] The chain mail piece 2 may also include an anti-smashing buffer chain mail piece.

[0217] The smash-resistant steel chainmail 110 may also include a solid chainmail.

[0218] It can also be a belt connecting driving chain member 31 including a belt edge nail buckle or a belt edge screw or a belt edge threading or a belt edge card or a belt edge pasting or a belt edge buckle groove or a belt edge pin or a belt edge casting or a belt edge zipper or a belt edge zipper lock or a belt edge plate or a belt edge hole or a belt edge seal.

[0219] The rest is the same as in Example 1.

[0220] Embodiment 23

[0221] like Figures 68 to 71 As shown, the roller chain armor 11 includes a double-hole plate 112, and the double-hole plate 112 includes a connecting leakage-proof belt chain plate 113 and a connecting armor chain plate 114. The connecting leakage-proof belt chain plate 113 and the connecting armor chain plate 114 are integrated, and the connecting armor chain plate 114 is provided with a buckling leakage-proof belt gear shaft hole 115 and a connecting chain armor mechanism 116. The buckling leakage-proof belt gear shaft hole 115 passes through two adjacent leakage-proof belt gear shafts 32, and the connecting chain armor mechanism 116 fixes the chain armor 2 on the upper surface of the leakage-proof belt 3. The leakage-proof belt gear shaft 32 includes a double-hole plate chain roller shaft 117, and the chain armor 2 is provided with a sleeve leakage-proof belt gear shaft mechanism 118.

[0222] The leakage-proof toothed shaft 32 may also include a chainmail shaft 119, and the chainmail shaft 2 is connected and sleeved with the leakage-proof toothed shaft mechanism 118.

[0223] The leakage-proof toothed shaft 32 may also include a chain armor shaft 119, the chain armor 2 is provided with a sleeve-connected leakage-proof toothed shaft mechanism 118, and the double-hole plate chain roller shaft 117 or the chain armor shaft 119 is inserted and connected to the sleeve-connected leakage-proof toothed shaft mechanism 118.

[0224] The rest is the same as in Example 1.

[0225] Embodiment 24

[0226] like Figure 72 to Figure 73 As shown, the leakage-blocking belt 3 includes a conveyor belt 120, and the conveyor belt 120 includes a transverse passing strip 121, which passes through the inside of the conveyor belt 120, and the chain armor 2 is provided with a scraper passing transverse passing strip hole 122, and the transverse passing strip 121 passes through the scraper passing transverse passing strip hole 122 to be connected to the conveyor belt 120.

[0227] The chain armor piece 2 and the transverse passing strip 121 may be welded, bolted, plug-in, pin-connected, groove-connected, or glue-connected.

[0228] Alternatively, the transverse penetration strip 121 passing through the scraper plate and the transverse penetration strip hole 122 may be integrated with the conveyor belt 120 .

[0229] The rest is the same as in Example 1.

[0230] Embodiment 25

[0231] like Figure 74 to Figure 75As shown, the leakage-blocking belt 3 includes a conveyor belt 120, the chain armor 2 includes a fixed scraper plate mechanism 123 and a transverse material blocking plate 124, the roller chain armor 11 is separately connected to the conveyor belt 120, the transverse material blocking plate 124 is separately connected to the conveyor belt 120, the fixed scraper plate mechanism 123 is arranged on the roller chain armor 11, the roller chain armor 11 includes a left roller chain armor 125 and a right roller chain armor 126, the fixed scraper plate mechanism 123 includes a baffle fixed scraper groove 127, the baffle fixed scraper groove 127 includes a left baffle fixed scraper groove 128 and a right baffle fixed scraper groove 129, and the end of the chain armor 2 is provided with a scraper buckle groove mechanism 130 which is buckled with the baffle fixed scraper groove 127.

[0232] The roller chain armor 11 and the conveyor belt 120 may also be integrated.

[0233] Alternatively, the transverse material blocking plate 124 and the conveyor belt 120 may be integrated.

[0234] The roller chain armor 11 may also include a left roller chain armor 125 or a right roller chain armor 126 .

[0235] The fixed scraper mechanism 123 may also include a fixed scraper pin or a fixed scraper thread.

[0236] Embodiment 26

[0237] like Figure 76 to Figure 77 As shown, the scraper groove mechanism 130 includes a fixed scraper groove protrusion 131 and a scraper abutment plate platform 132. The fixed scraper groove protrusion 131 includes a left fixed scraper groove protrusion 133 and a right fixed scraper groove protrusion 134. The scraper abutment plate platform 132 includes a left scraper abutment plate platform 135 and a left scraper abutment plate platform 136. The left fixed scraper groove protrusion 133 and the right fixed scraper groove protrusion 134 are respectively engaged in the left baffle fixed scraper groove 128 and the right baffle fixed scraper groove 129. The left scraper abutment plate platform 135 and the right scraper abutment plate platform 132 are respectively abutted against the left roller chain armor 125 and the right roller chain armor 126. The left roller chain armor 125 and the right roller chain armor 126 buckle the transverse material blocking plate 124 to the upper part of the conveyor belt 120 by blocking the left scraper abutment plate platform 135 and the right scraper abutment plate platform 132.

[0238] The fixed scraper groove convex 131 may also include a left fixed scraper groove convex 133 or a right fixed scraper groove convex 134 .

[0239] The scraper abutting plate stage 132 may also include a left scraper abutting plate stage 135 or a right scraper abutting plate stage 132 .

[0240] The rest is the same as in Example 1.

[0241] Embodiment 27

[0242] like Figures 78 to 80As shown, the chain mail 2 includes an ear protection and anti-heavy impact armor piece 143, and the ear protection and anti-heavy impact armor piece 143 includes a connecting beam 137, an ear protection piece 138, an ear buckle piercing piece 139 and a connecting ear 140. The ear protection piece 138 is arranged on the upper part of the connecting beam 137, and the connecting ear 140 is arranged on the lower part of the ear protection piece 138 and on the side of the connecting beam 137. The ear buckle piercing piece 139 is connected to the connecting ear 140 to form an ear protection and anti-heavy impact armor belt 162. The connecting beam 137 and the connecting ear 140 are integrated. The ear protection and anti-heavy impact armor piece 143 includes a front ear protection piece 144 and a rear ear protection piece 145. The connecting ear 140 includes a front connecting ear 146 and a rear connecting ear 147. 7, the front connecting ear 146 includes a front left connecting ear 148 and a front right connecting ear 149, the rear connecting ear 147 includes a rear left connecting ear 150 and a rear right connecting ear 151, the ear protection anti-heavy smashing armor piece 143 includes a front ear protection anti-heavy smashing armor piece 152 and a rear ear protection anti-heavy smashing armor piece 153, and the plurality of ear protection anti-heavy smashing armor pieces 143 are staggered. When staggered, the distance between the rear left connecting ear 150 and the rear right connecting ear 151 is the sum of the distance between the front left connecting ear 148 and the front right connecting ear 149, the front ear protection anti-heavy smashing armor piece 152 includes a front armor piece rear left connecting ear 154 and a front armor piece rear right connecting ear 155, and the rear ear protection anti-heavy smashing armor piece 153 includes a front ear protection anti-heavy smashing armor piece 152 and a rear ear protection anti-heavy smashing armor piece 153. The smashing armor 153 includes a rear left ear protection anti-heavy smashing armor 156 and a rear right ear protection anti-heavy smashing armor 157. The rear left ear protection anti-heavy smashing armor 156 includes a rear left armor left front connecting ear 158 and a rear left armor right front connecting ear 159. The rear right ear protection anti-heavy smashing armor 157 includes a rear right armor left front connecting ear 160 and a rear right armor right front connecting ear 161. The rear left armor right front connecting ear 159 and the rear right armor left front connecting ear 160 are arranged close to the front armor rear left connecting ear 154 and the front armor rear right connecting ear 155, and are connected to the front armor rear left connecting ear 154 and the front armor rear right connecting ear 161. 55 is in close contact with each other, and the distance between the rear left connecting ear 154 of the front armor member and the rear right connecting ear 155 of the front armor member is the sum of the right front connecting ear 159 of the rear left armor member and the left front connecting ear 160 of the rear right armor member. The buckle ear piercing piece 139 passes through the right front connecting ear 159 of the rear left armor member, the left front connecting ear 160 of the rear right armor member, the rear left connecting ear 154 of the front armor member and the rear right connecting ear 155 of the front armor member. The rear left connecting ear 154 of the front armor member and the rear right connecting ear 155 of the front armor member restrict the left rear ear protection anti-smashing armor member 156 and the right rear ear protection anti-smashing armor member 157 from moving left and right, and the front and rear parts are buckled together in sequence to form the ear protection anti-smashing armor belt 162.

[0243] like Fig.81 As shown, the connecting ear 140 is arranged at the lower part of the ear protection piece 138 and at the side of the connecting beam 137 .

[0244] like Fig.82 As shown, the connecting ear 140 is arranged at the lower part of the ear protection piece 138.

[0245] like Fig.83 As shown, the ear protector 138 and the connecting beam 137 may be integrated.

[0246] like Fig.84 As shown, the ear protector 138 and the connecting beam 137 may be connected separately.

[0247] like Fig.85 As shown, the connecting beam 137 and the connecting ear 140 may also be connected separately.

[0248] Embodiment 28

[0249] like Fig.86 As shown, a plurality of ear protection and anti-smashing armor parts 143 are arranged in sequence. When arranged in sequence, the front ear protection and anti-smashing armor part 152 includes a left rear connecting ear 163 of the front armor part and a right rear connecting ear 164 of the front armor part, and the rear ear protection and anti-smashing armor part 153 includes a front left connecting ear 165 of the rear armor part and a front right connecting ear 166 of the rear armor part. The left rear connecting ear 163 of the front armor part is in close contact with the front left connecting ear 165 of the rear armor part, and the right rear connecting ear 164 of the front armor part is in close contact with the front right connecting ear 166 of the rear armor part. The buckle ear piercing piece 139 is passed through the left rear connecting ear 163 of the front armor part, the left front connecting ear 165 of the rear armor part, the right rear connecting ear 164 of the front armor part and the front right connecting ear 166 of the rear armor part.

[0250] The rest is the same as in Example 1.

[0251] Embodiment 29

[0252] like Fig.87 As shown, the connecting ears 140 and the connecting ears 140 are spaced and locked together for limiting. When the spaced and locked together are used for limiting, the right front connecting ear 159 of the rear left armor piece and the left front connecting ear 160 of the rear right armor piece are arranged close to each other between the rear left connecting ear 154 of the front armor piece and the rear right connecting ear 155 of the front armor piece to form a limiting connecting ear group 167. The limiting connecting ear group 167 includes a left limiting connecting ear group 168 and a right limiting connecting ear group 33. A spacing is provided between the left limiting connecting ear group 168 and the right limiting connecting ear group 33, and the upper part of the spacing is covered by the ear protector 138 to prevent leakage.

[0253] The rest is the same as in Example 1.

[0254] Embodiment 30

[0255] like Fig.88As shown, the front right connecting ear 166 of the rear armor piece is closely fitted with the right rear connecting ear 164 of the front armor piece, the front left connecting ear 165 of the rear armor piece is closely fitted with the rear left connecting ear 154 of the front armor piece, the buckle ear piercing piece 139 connects the front right connecting ear 166 of the rear armor piece with the right rear connecting ear 164 of the front armor piece and connects the front left connecting ear 165 of the rear armor piece with the rear left connecting ear 154 of the front armor piece, and the connecting ear 140 and the buckle ear piercing piece 139 limit the left and right forward and backward movement of the ear protection anti-heavy impact armor piece 143.

[0256] The buckle ear piercing piece 139 can also be connected to the front right connecting ear 166 of the rear armor piece and the right rear connecting ear 164 of the front armor piece, or to the front left connecting ear 165 of the rear armor piece and the rear left connecting ear 154 of the front armor piece. The connecting ear 140 and the buckle ear piercing piece 139 limit the left and right forward and backward movement of the ear protection anti-heavy impact armor piece 143.

[0257] The connecting ears 140 may also be tightly buckled with each other to limit the position.

[0258] The rest is the same as in Example 1.

[0259] Embodiment 31

[0260] like Fig.89 As shown, the ear protector includes an ear protector tongue plate 141 and an ear protector buckle plate 142, the front ear protector 144 includes a front ear protector tongue plate 170 and a front ear protector buckle plate 171, the rear ear protector 145 includes a rear ear protector tongue plate 172 and a rear ear protector buckle plate 173, the front ear protector buckle plate 171 is fastened to the rear ear protector tongue plate 172 to form a tongue plate buckle plate leak-proof armor belt 191, and the front ear protector buckle plate 171 is fastened to the rear ear protector tongue plate 172 to prevent material from leaking from the gap between the ear protectors 138 and 138.

[0261] The rest is the same as in Example 1.

[0262] Embodiment 32

[0263] like Figure 90 to Figure 91As shown, the front ear protector buckle plate 171 is fastened to the rear ear protector tongue plate 172, and an ear protector leakage-proof seal 174 is provided at the buckling position of the front ear protector buckle plate 171 and the rear ear protector tongue plate 172 to prevent material from leaking from the gap between the ear protectors 138 and the ear protectors 138. When the ear protector leakage-proof seal 174 is used, a leakage-proof seal groove 177 is provided on the rear ear protector tongue plate 172. The ear protector leakage-proof seal 174 includes an ear protector transverse leakage-proof seal strip 175, and the ear protector transverse leakage-proof seal strip 175 is arranged in the leakage-proof seal strip groove 177. The ear protector leakage-proof seal 174 includes an ear protector The ear protection longitudinal leakage-proof seal 176 is provided with an ear buckle hole 178 on the ear protection longitudinal leakage-proof seal 176. The ear protection anti-smashing armor 143 includes a left ear protection anti-smashing armor 179 and a right ear protection anti-smashing armor 180. The ear protection longitudinal leakage-proof seal 176 is arranged between the left ear protection anti-smashing armor 179 and the right ear protection anti-smashing armor 180. The ear buckle hole 139 passes through the ear buckle hole 178 to prevent the ear protection longitudinal leakage-proof seal 176 from falling off. The ear protection leakage-proof seal 174 prevents the material from leaking from the gap between the ear protection pieces 138 and the ear protection pieces 138.

[0264] The ear protection leakage-proof seal 174 may also include an ear protection transverse leakage-proof seal strip 175 and an ear protection longitudinal leakage-proof seal 176 .

[0265] The front ear protection buckle plate 171 may also be provided with a leak-proof sealing strip groove 177.

[0266] The rest is the same as Example 31.

[0267] Embodiment 33

[0268] like Fig.92 As shown, the buckle ear piercing piece 139 includes a through buckle ear strip 181, and the buckle ear piercing piece 139 includes a straight buckle ear piercing piece 182. When the straight buckle ear piercing piece 182 is used, both ends of the straight buckle ear piercing piece 182 can pass through the front ear protection anti-smashing armor piece 152 and the rear ear protection anti-smashing armor piece 153.

[0269] Alternatively, the buckle ear penetrating member 139 may include a spaced buckle ear strip or a chain shaft buckle ear penetrating member.

[0270] The rest is the same as in Example 1.

[0271] Embodiment 34

[0272] like Figure 93 to Figure 94It is shown that the button ear threading member 139 includes a limiting button ear threading member 183. When the limiting button ear threading member 183 is used, a connecting ear limiting mechanism 184 is provided at the end of the limiting button ear threading member 183. The connecting ear limiting mechanism 184 includes a blocking sleeve connecting ear limiting mechanism 185. When the blocking sleeve connecting ear limiting mechanism 185 is used, the blocking sleeve connecting ear limiting mechanism 185 includes a button ear threading strip 187 and a button threading strip blocking sleeve 188. The button ear threading strip 187 passes through the connecting ear 140, and the button ear threading strip 187 passes through the button threading strip blocking sleeve 188. The button threading strip blocking sleeve 188 supports the ear protector 138 at the lower part of the ear protector 138, and the button threading strip blocking sleeve 188 rotates around the button ear threading strip 187 and rolls and rubs with the lower support member.

[0273] Alternatively, the buckle ear penetrating member 139 may include a spaced buckle ear strip or a chain shaft buckle ear penetrating member.

[0274] The connecting ear limiting mechanism 184 may also include a boss connecting ear limiting mechanism or a pin hole connecting ear limiting mechanism or a threaded connecting ear limiting mechanism 50 or a retaining spring connecting ear limiting mechanism.

[0275] The buckle-through strip retaining sleeve 188 can also be buckled onto the buckle-ear through strip 187 .

[0276] The rest is the same as in Example 1.

[0277] Embodiment 35

[0278] like Fig.95 As shown, the buckle ear piercing member 139 includes a spaced buckle ear strip, and the buckle ear piercing member 139 includes a limit buckle ear piercing member 183. When the limit buckle ear piercing member 183 is used, a connecting ear limiting mechanism 184 is provided at the end of the limit buckle ear piercing member 183. The connecting ear limiting mechanism 184 includes a pin hole connecting ear limiting mechanism 186.

[0279] The connecting ear limiting mechanism 184 may also include a boss connecting ear limiting mechanism, a threaded connecting ear limiting mechanism, a stop sleeve connecting ear limiting mechanism, or a retaining spring connecting ear limiting mechanism.

[0280] The rest is the same as in Example 1.

[0281] Embodiment 36

[0282] like Fig.96 As shown, the ear protection and anti-heavy-smashing armor 143 includes a chain roller 189 and a chain link plate 190. The end of the chain shaft buckle ear wear piece 198 is provided with a chain roller chain plate mechanism 192. The chain roller chain plate mechanism 192 wears the chain roller 189 and the chain link plate 190 to form a roller chain 194, and the ear protection and anti-heavy-smashing armor 143 is connected to form an ear protection and anti-heavy-smashing armor chain belt 193. The connecting ear 140 limits the left and right movement of the connecting beam 137 and the ear protection piece 138. The buckle ear wear piece 139 limits the front and back movement of the connecting beam 137 and the ear protection piece 138. The roller chain 194 drives the ear protection and anti-heavy-smashing armor chain belt 193 to roll and frictionally transport materials.

[0283] The rest is the same as in Example 1.

[0284] Embodiment 37

[0285] like Figure 97 to Figure 98 As shown, the transverse leakage-proof sealing strip 175 of the ear protector includes an ear protector plate sealing strip 195 and a sealing strip hanging ear 196, and the sealing strip hanging ear 196 is provided with a buckle ear hole 197. The buckle ear hole 139 passes through the buckle ear hole 197 so that the transverse leakage-proof sealing strip 175 of the ear protector is fixed by the leakage-proof sealing strip groove 177 and the buckle ear hole 139 to prevent it from falling off.

[0286] The transverse leakage-proof sealing strip 175 for the ear protection piece may also include an ear protection plate sealing strip or a sealing strip hanging ear.

[0287] The rest is the same as in Example 1.

Claims

1. A leak-proof and anti-smashing rubber chain belt, comprising a chain armor, a leak-proof belt, a drive chain and a chain belt structure of a connecting piece, wherein the drive chain comprises a roller chain or an endless chain, the roller chain comprises a drive chain shaft, a chain roller and a chain link plate, and the chain armor comprises a roller chain armor or an endless chain armor, characterized in that: The chain belt structure of the armor-connecting piece is arranged on the driving chain shaft or on the chain link plate or on the chain armor piece, and the chain armor piece, the leakage-blocking belt and the driving chain are connected to form a chain belt leakage-blocking armor anti-smashing belt. The chain armor piece includes a chain plate deck or an armor belt, and the armor belt includes a chain armor through-shaft belt or a block and a block buckle belt. The chain armor through-shaft belt includes a block and a chain armor through-shaft. The chain armor through-shaft includes a rigid through-shaft. The block is provided with a through-shaft hole. The chain armor through-shaft passes through the through-shaft hole to connect the block to form a chain armor through-shaft belt. The leakage-blocking belt is connected to the chain armor piece through the driving chain shaft or the leakage-blocking belt is connected to the chain armor piece through the chain link plate or the driving chain The shaft connects the leakage-blocking belt and the chain armor. When the leakage-blocking belt is connected to the chain armor through the driving chain shaft, the driving chain shaft connects the leakage-blocking belt and the chain armor is connected to the chain link plate or the chain armor is connected to the driving chain shaft. When the leakage-blocking belt is connected to the chain armor through the chain link plate, the leakage-blocking belt is connected to the chain link plate and the chain armor is connected to the driving chain shaft or the chain armor is connected to the chain link plate. The chain armor is higher than the upper surface of the leakage-blocking belt. The chain armor is arranged at intervals on the upper part of the leakage-blocking belt or the chain armor is arranged close to the chain armor on the upper part of the leakage-blocking belt or the chain armor is connected to the chain armor on the upper part of the leakage-blocking belt. The chain belt structure of the connecting piece includes a driving chain A shaft-connected armor-type chain belt structure, when the armor-type chain belt structure is arranged on the driving chain shaft, the driving chain shaft includes a chain shaft-connected anti-leakage belt device or a chain shaft-connected chain armor device or a chain shaft-connected anti-leakage belt armor device, when the armor-type chain belt structure is arranged on the chain link plate, the chain link plate includes a chain link plate-connected anti-leakage belt device or a chain link plate-connected armor device or a chain link plate-connected anti-leakage belt armor device, when the chain shaft-connected anti-leakage belt device is used, the chain shaft-connected anti-leakage belt device is arranged at one end of the driving chain shaft to connect the anti-leakage belt to the driving chain shaft, the chain armor is arranged on the chain link plate, and the driving chain shaft passes through the chain link plate and the chain roller to form a link anti-leakage belt A belt, a driving chain drives the linked anti-leakage belt and the linked anti-leakage belt to convey materials. When a chain shaft chain armor device is used, one end of the chain shaft chain armor device connects the chain armor to the driving chain shaft, the anti-leakage belt is connected to the chain link plate, and the driving chain shaft is connected with the chain link plate and the chain roller to form a linked anti-leakage belt. The driving chain drives the linked anti-leakage belt to convey materials. When a chain shaft chain armor device is used, the chain shaft chain armor device is set at one end of the driving chain shaft, and the upper and lower chain armors and the anti-leakage belt are connected to the driving chain shaft. The driving chain shaft is connected with the chain link plate and the chain roller to form a chain shaft chain anti-leakage belt.

2. The anti-leakage and anti-smashing rubber chain belt according to claim 1, characterized in that: The driving chain includes a chain belt connector, and the chain belt connector includes a belt connection driving chain component. When the driving chain shaft is used to connect the leakage-proof belt, the driving chain shaft is set as a leakage-proof belt toothed shaft, and the leakage-proof belt toothed shaft is set on the lower surface of the leakage-proof belt and connected through the belt connection driving chain component or the leakage-proof belt toothed shaft extends from the inner end of the leakage-proof belt to the side of the leakage-proof belt and is connected to the driving chain, the leakage-proof belt toothed shaft passes through the chain roller and the chain link plate to form a belt side shaft driving chain, the belt side shaft driving chain and the leakage-proof belt form a belt side shaft rubber chain belt, the chain armor component is set on the chain link plate of the belt side shaft rubber chain belt and is connected through the chain belt connector or the chain armor component is set on the upper surface of the belt side shaft rubber chain belt or the chain armor component is passed through the leakage-proof belt toothed shaft, or when the chain link plate is used to connect the leakage-proof belt, the leakage-proof belt is set through the chain belt connector A chain link plate, or a chain link tongue plate is provided on the chain link plate, and a belt connecting driving chain connects the leakage-blocking belt with the chain link tongue plate to form a chain tongue plate rubber chain belt. The chain armor piece is arranged on the chain link plate, or the chain armor piece is arranged on the chain link tongue plate, or a chain armor tooth shaft is arranged at the end of the chain armor piece to pass through the chain roller and the chain link plate, or the chain armor piece is arranged on the upper part of the leakage-blocking belt, and the chain armor piece and the leakage-blocking belt are integrated. When the leakage-blocking belt is connected to the driving chain shaft, the chain armor passing shaft is connected to the chain link plate, or the chain armor passing shaft is connected to the driving chain shaft, or the armor block is connected to the driving chain shaft, or the armor block is connected to the chain link plate. When the leakage-blocking belt is connected to the chain link plate, the chain armor passing shaft is integrated with the driving chain shaft, passing through the chain roller and the chain link plate, or the chain armor passing shaft is connected to the chain link plate, or the armor block is connected to the driving chain shaft, or the armor block is connected to the chain link plate.

3. The anti-leakage and anti-smashing rubber chain belt according to claim 1, characterized in that: The chain armor comprises a feed section and a continuous drive chain section, the cross section of the feed section is greater than or equal to the cross section of the continuous drive chain section, the drive chain comprises a left drive chain and a right drive chain, the left drive chain and the right drive chain limit the chain armor left and right by the feed section cross section is greater than the cross section of the continuous drive chain section, when the feed section cross section is equal to the cross section of the continuous drive chain section, a feed section positioning piece is arranged at the end of the feed section, the feed section positioning piece limits the drive chain on the continuous drive chain section, the chain armor comprises a chain deck bar, the chain deck bar and the chain deck bar are separately arranged, the continuous drive chain section comprises a chain plate roller section or a chain plate section, the chain deck bar comprises a shaft-penetrating chain deck bar or a chain plate-penetrating chain deck bar or a chain shaft-penetrating chain deck bar or a chain plate-penetrating chain deck bar, the chain plate roller section comprises a cylindrical section, a prismatic section or a prismatic section, a cylindrical section or a cylindrical section hole The stop section or cylindrical section table stop section, the chain link plate includes a stop chain plate, the corresponding stop chain plate includes an angular hole stop chain plate or a plate hole stop chain plate or a plate table stop chain plate, the plate table stop chain plate includes a chain plate stop table or a baffle table stop chain plate, the roller chain includes a chain armor stop piece, when the cylindrical section prismatic section and the prismatic section cylindrical section are used, the chain deck strips include cylindrical section prismatic section chain deck strips and / or prismatic section cylindrical section chain deck strips, the cylindrical section prismatic section chain deck strips include inner cylindrical section and outer prismatic section, the inner cylindrical section is arranged at the end of the feeding section, the outer prismatic section is arranged at the end of the inner cylindrical section, the inner cylindrical section passes through the chain roller, the outer prismatic section is buckled with the angular hole stop chain plate, the outer prismatic section is provided with an outer prismatic section stop structure, the chain armor stop piece cooperates with the outer prismatic section stop structure to stop, and the angular hole stop chain plate prevents the chain armor from The slats rotate, and the prismatic segment cylindrical segment chain deck strips include an inner prismatic segment and an outer cylindrical segment. The inner prismatic segment is arranged at the end of the feeding segment, and the outer cylindrical segment is arranged at the end of the inner prismatic segment. The inner prismatic segment is buckled with a prismatic hole anti-rotation chain plate, and the outer cylindrical segment passes through the chain roller. The outer cylindrical segment is provided with an outer cylindrical segment anti-retraction structure. The chain armor anti-retraction piece cooperates with the outer cylindrical segment anti-retraction structure to stop retreat. The prismatic hole anti-rotation chain plate prevents the chain deck strips from rotating. The chain deck strips include an axial hole anti-rotation chain deck strips. The axial hole anti-rotation chain deck strips include a chain plate passing shaft and an axial hole anti-rotation structure. A chain plate passing shaft is arranged at the end of the feeding segment, and the axial hole anti-rotation structure is arranged on the chain plate passing shaft. The chain plate passing the chain roller, the axial hole anti-rotation structure includes a chain plate passing shaft rotation hole, and a chain plate anti-rotation pin hole is provided on the corresponding plate hole anti-rotation chain plate, and the axial hole anti-rotation structure passes through the plate hole anti-rotation chain The plate, the chain plate stop pin hole and the chain deck bar rotation hole are provided with a stop pin to stop rotation. When the cylindrical section table stop section is used, the chain deck bar includes an axial surface stop chain deck bar, and the axial surface stop chain deck bar includes a chain plate shaft and a pillow block stop structure. A chain plate shaft is arranged at the end of the feeding section, and the pillow block stop structure is arranged on the chain plate shaft. The chain plate shaft passes through the chain roller, and the pillow block stop structure includes a chain deck bar turntable. The corresponding plate table stop chain plate is provided with a chain plate stop table, and the pillow block stop structure passes through the plate table stop chain plate. The chain plate stop table and the chain deck bar turntable are buckled to stop rotation. When the chain plate stop chain deck bar is used, the chain plate stop chain deck bar includes a feeding section and a chain plate section. The chain plate section is arranged at the end of the feeding section. The chain link plate includes a middle hole of the chain plate, an upper hole of the chain plate, or a lower hole of the chain plate.When the middle hole of the chain plate is used, the chain plate section passes through the middle hole of the chain plate, and the middle hole of the chain plate includes the middle hole of the left chain plate and the middle hole of the right chain plate. The middle hole of the left chain plate and the middle hole of the right chain plate limit the chain plate deck strip that passes through the chain plate through the cross-section of the feeding section that is larger than the cross-section of the chain plate section. The upper hole of the chain plate includes the upper hole of the inner chain plate and / or the upper hole of the outer chain plate. The chain plate section includes the upper hole section of the inner plate and / or the upper hole section of the outer plate. The upper hole section of the inner plate is arranged in the upper hole of the inner chain plate, and the upper hole section of the outer plate is arranged in the upper hole of the outer chain plate. When the chain plate section is arranged in the upper hole of the inner chain plate and the upper hole of the outer chain plate, the upper hole of the inner chain plate and the upper hole of the outer chain plate position the chain plate strip at multiple points. The upper hole of the chain plate includes the upper ridge hole of the chain plate or the upper circular hole of the chain plate or the upper blind hole of the chain plate or the upper stop hole of the chain plate. When a chain shaft is used to stop the chain plate strip, the driving chain shaft includes a leakage-blocking belt and a chain plate strip The structure of the chain deck bar and the anti-leakage belt is connected to the chain deck bar and the anti-leakage belt. When the chain plate is used to stop the chain deck bar, the chain link plate is provided with a chain deck bar mechanism, the chain deck bar is provided with a chain plate mechanism, the chain deck bar mechanism and the chain plate mechanism include a chain plate member, the chain deck bar mechanism and the chain plate mechanism are fixedly connected by the chain plate member or the chain deck bar and the chain link plate are integrated, the chain deck bar includes a transverse upper convex material blocking chain deck bar or an upper plane chain deck bar or a side anti-leakage chain deck bar, the side anti-leakage chain deck bar includes a side flat anti-leakage chain deck bar or a side buckle anti-leakage chain deck bar, the side buckle anti-leakage chain deck bar includes a side anti-leakage material along the joint platform, the chain deck bar includes a feeding section and a anti-leakage belt tooth shaft connected to a driving chain section, the feeding section and the connecting driving chain section are separately connected or are integrated, and when they are separately connected, the feeding section and the connecting driving chain section are connected by screws, pins or buckle grooves.

4. The anti-leakage and anti-smashing rubber chain belt according to claim 1, characterized in that: The leakage-proof belt includes a side hole rubber chain leakage-proof belt or a side-penetrated rubber chain leakage-proof belt or a chain shaft plate rubber chain leakage-proof belt or a chain plate rubber chain leakage-proof belt or a ring chain leakage-proof belt or a flush edge leakage-proof belt, the chain armor includes a plate chain armor or a strip chain armor or a plate chain armor, the chain armor also includes anti-smashing steel chain armor or anti-smashing buffer chain armor, the anti-smashing steel chain armor includes a hollow support chain armor or a solid chain armor, the belt connecting drive chain includes a leakage-proof belt tooth shaft or a belt edge buckle or a belt edge screw or a belt edge threading or a belt edge card or a belt edge adhesive or a belt edge buckle groove or a belt edge pin or a belt edge cast rubber or a belt edge zipper or a belt edge zipper zipper.

5. The anti-leakage and anti-smashing rubber chain belt according to claim 1, characterized in that: The roller chain armor comprises a double-hole plate, and the double-hole plate comprises a connecting leakage-proof belt chain plate and a connecting armor chain plate. The connecting leakage-proof belt chain plate and the connecting armor chain plate are integrated. The connecting armor chain plate is provided with a buckling leakage-proof belt tooth shaft hole and a connecting chain armor mechanism. The buckling leakage-proof belt tooth shaft hole connects two adjacent leakage-proof belt tooth shafts. The connecting chain armor mechanism fixes the chain armor on the upper surface of the leakage-proof belt. The leakage-proof belt tooth shaft comprises a roller shaft passing through the double-hole plate chain and / or comprises a shaft passing through the chain armor. The chain armor is provided with a sleeve-connected leakage-proof belt tooth shaft mechanism. The roller shaft passing through the double-hole plate chain or the shaft passing through the chain armor is connected with the sleeve-connected leakage-proof belt tooth shaft mechanism.

6. The anti-leakage and anti-smashing rubber chain belt according to claim 1, characterized in that: The leakage-proof belt includes a conveyor belt, and the conveyor belt includes a transverse threading strip, which passes through the inside of the conveyor belt. The chain armor is provided with a scraper passing through a transverse threading strip hole, or the chain armor and the transverse threading strip are welded, or the chain armor and the transverse threading strip are bolted, or the chain armor and the transverse threading strip are connected with a plug-in connection, or the chain armor and the transverse threading strip are pinned, or the chain armor and the transverse threading strip are buckled in a groove, or the chain armor and the transverse threading strip are glued, and the transverse threading strip passes through the scraper, passes through the transverse threading strip hole, and is connected to the conveyor belt, or is integrated with the conveyor belt.

7. The anti-leakage and anti-smashing rubber chain belt according to claim 1, characterized in that: The leakage-blocking belt comprises a conveyor belt, the chain armor comprises a fixed scraper plate mechanism and a transverse material blocking plate, the roller chain armor is separately connected to the conveyor belt or is an integrated type, the transverse material blocking plate is separately connected to the conveyor belt or is an integrated type, the fixed scraper plate mechanism is arranged on the roller chain armor, the roller chain armor comprises a left roller chain armor and / or a right roller chain armor, the fixed scraper plate mechanism comprises a baffle fixed scraper plate groove, a fixed scraper plate pin or a fixed scraper plate thread, the baffle fixed scraper plate groove comprises a left baffle fixed scraper plate groove and / or a right baffle fixed scraper plate groove, and a scraper plate buckle groove mechanism is provided at the end of the chain armor which is buckled with the baffle fixed scraper plate groove, The scraper groove buckling mechanism includes a fixed scraper groove convex and a scraper abutment plate platform. The fixed scraper groove convex includes a left fixed scraper groove convex and / or a right fixed scraper groove convex. The scraper abutment plate platform includes a left scraper abutment plate platform and / or a right scraper abutment plate platform. The left fixed scraper groove convex and the right fixed scraper groove convex are respectively buckled in the left baffle fixed scraper groove and the right baffle fixed scraper groove. The left scraper abutment plate platform and the right scraper abutment plate platform are respectively abutted against the left roller chain armor and the right roller chain armor. The left roller chain armor and the right roller chain armor buckle the transverse material blocking plate to the upper part of the conveyor belt by blocking the left scraper abutment plate platform and the right scraper abutment plate platform.

8. The anti-leakage and anti-smashing rubber chain belt according to claim 1, characterized in that: The chain armor piece includes an ear-protecting and anti-heavy-smashing armor piece, and the ear-protecting and anti-heavy-smashing armor piece includes a connecting beam, an ear-protecting piece, an ear-buckle piercing piece and a connecting ear. The ear-protecting piece is arranged on the upper part of the connecting beam or the ear-protecting piece and the connecting beam are integrated. The connecting ear is arranged at the lower part of the ear-protecting piece and arranged at the side of the connecting beam or the connecting ear is arranged at the lower part of the ear-protecting piece. The ear-buckle piercing piece is connected with the connecting ear to form an ear-protecting and anti-heavy-smashing armor belt. The connecting beam and the connecting ear are separately connected or integrated. The ear-protecting and anti-heavy-smashing armor piece includes a front ear-protecting piece and a rear ear-protecting piece. The connecting ear includes a front left connecting ear and a front right connecting ear. The rear connecting ear includes a rear left connecting ear and a rear right connecting ear. The ear-protecting and anti-heavy-smashing armor piece includes a front ear-protecting and anti-heavy-smashing armor piece and a rear ear-protecting and anti-heavy-smashing armor piece. Multiple ear-protecting and anti-heavy-smashing armor pieces are staggered. Or arranged in sequence, when arranged in misalignment, the distance between the rear left connecting ear and the rear right connecting ear is the sum of the front left connecting ear and the front right connecting ear, the front ear protection anti-heavy-smashing armor component includes the rear left connecting ear of the front armor component and the rear right connecting ear of the front armor component, the rear ear protection anti-heavy-smashing armor component includes the rear left ear protection anti-heavy-smashing armor component and the rear right ear protection anti-heavy-smashing armor component, the rear left ear protection anti-heavy-smashing armor component includes the left front connecting ear of the rear left armor component and the right front connecting ear of the rear left armor component, the rear right ear protection anti-heavy-smashing armor component includes the left front connecting ear of the rear right armor component and the right front connecting ear of the rear right armor component, the right front connecting ear of the rear left armor component is close to the left front connecting ear of the rear right armor component and is close to the rear left connecting ear of the front armor component and the rear right connecting ear of the front armor component, and is close to the rear left connecting ear of the front armor component and the rear right connecting ear of the front armor component, The distance between the rear left connecting ear of the armor piece and the rear right connecting ear of the front armor piece is the sum of the right front connecting ear of the rear left armor piece and the left front connecting ear of the rear right armor piece. The buckle ear is passed through the right front connecting ear of the rear left armor piece, the left front connecting ear of the rear right armor piece, the rear left connecting ear of the front armor piece and the rear right connecting ear of the front armor piece. The rear left connecting ear of the front armor piece and the rear right connecting ear of the front armor piece restrict the left rear ear protection and the rear right ear protection from moving left and right. The front and rear parts are buckled in sequence to form an ear protection and anti-heavy-smashing armor belt. When arranged in sequence, the front ear protection and anti-heavy-smashing armor piece includes the left rear connecting ear of the front armor piece and the right rear connecting ear of the front armor piece. The rear ear protection and anti-heavy-smashing armor piece includes the front left connecting ear of the rear armor piece and the front right connecting ear of the rear armor piece. The left rear connecting ear of the front armor piece is close to the front left connecting ear of the rear armor piece. The right rear connecting ear of the front armor piece is arranged close to the front right connecting ear of the rear armor piece, and the buckle ear wears the left rear connecting ear of the front armor piece, the front left connecting ear of the rear armor piece, the right rear connecting ear of the front armor piece and the front right connecting ear of the rear armor piece. The connecting ears are tightly buckled and limited or spaced and buckled to limit. When the spaced buckle is used, the right front connecting ear of the rear left armor piece and the left front connecting ear of the rear right armor piece are close to each other and arranged between the rear left connecting ear of the front armor piece and the rear right connecting ear of the front armor piece to form a limited connecting ear group. The limited connecting ear group includes a left limited connecting ear group and a right limited connecting ear group. A spacing is provided between the left limited connecting ear group and the right limited connecting ear group, and the upper part of the spacing is covered by the ear protection piece to prevent leakage, or the front right connecting ear of the rear armor piece and the right rear connecting ear of the front armor piece are close to buckle and arranged.The front left connecting ear of the rear armor piece and the rear left connecting ear of the front armor piece are arranged close to each other, the buckle ear wearer wears the front right connecting ear of the rear armor piece and the right rear connecting ear of the front armor piece and / or wears the front left connecting ear of the rear armor piece and the rear left connecting ear of the front armor piece, the connecting ear and the buckle ear wearer limit the left and right forward and backward movement of the ear protection anti-heavy impact armor piece, and a leakage blocking belt is arranged at the lower part of the anti-heavy impact armor belt of the ear protection piece.

9. The anti-leakage and anti-smashing rubber chain belt according to claim 1, characterized in that: The ear protector comprises an ear protector tongue plate and an ear protector buckle plate, the front ear protector comprises a front ear protector tongue plate and a front ear protector buckle plate, the rear ear protector comprises a rear ear protector tongue plate and a rear ear protector buckle plate, the front ear protector buckle plate is fastened to the rear ear protector tongue plate to form a tongue plate buckle plate leak-proof armor belt, the front ear protector buckle plate is fastened to the rear ear protector tongue plate to prevent material from leaking from the gap between the ear protectors, or the front ear protector buckle plate is fastened to the rear ear protector tongue plate, and an ear protector leak-proof seal is arranged at the joint of the front ear protector buckle plate and the rear ear protector tongue plate to prevent material from leaking from the gap between the ear protectors, when the ear protector leak-proof seal is used, a leak-proof seal strip groove is arranged on the front ear protector buckle plate or the rear ear protector tongue plate, the ear protector leak-proof seal comprises a transverse leak-proof seal strip for the ear protector and / or a longitudinal leak-proof seal for the ear protector, and the transverse leak-proof seal for the ear protector The sealing strip is arranged in the leakage-proof sealing strip groove, and the longitudinal leakage-proof sealing strip of the ear guard is provided with a buckle ear piercing hole. The ear guard anti-smashing armor comprises a left ear guard anti-smashing armor and a right ear guard anti-smashing armor. The longitudinal leakage-proof sealing strip of the ear guard is arranged between the left ear guard anti-smashing armor and the right ear guard anti-smashing armor. The buckle ear piercing passes through the buckle ear piercing hole to prevent the longitudinal leakage-proof sealing strip of the ear guard from falling off. The ear guard leakage-proof seal prevents the material from leaking from the gap between the ear guards. The transverse leakage-proof sealing strip of the ear guard comprises an ear guard plate sealing strip and / or a sealing strip hanging ear. The sealing strip hanging ear is provided with a buckle ear piercing hole. The buckle ear piercing passes through the buckle ear piercing hole so that the transverse leakage-proof sealing strip of the ear guard is fixed by the leakage-proof sealing strip groove and the buckle ear piercing to prevent it from falling off. A leakage-proof belt is arranged at the lower part of the tongue plate buckle plate leakage-proof armor belt.

10. The anti-leakage and anti-smashing rubber chain belt according to claim 8, characterized in that: The buckle ear piercing piece includes a through buckle ear strip or an interval buckle ear strip or a chain shaft buckle ear piercing piece, and the buckle ear piercing piece includes a straight buckle ear piercing piece or a limited buckle ear piercing piece. When the straight buckle ear piercing piece is used, both ends of the straight buckle ear piercing piece can pass through the front ear protection anti-heavy impact armor piece and the rear ear protection anti-heavy impact armor piece. When the limited buckle ear piercing piece is used, the end of the limited buckle ear piercing piece is provided with a connecting ear limiting mechanism. The connecting ear limiting mechanism includes a boss connecting ear limiting mechanism or a pin hole connecting ear limiting mechanism or a threaded connecting ear limiting mechanism or a retaining spring connecting ear limiting mechanism or a stopper sleeve connecting ear limiting mechanism. When the stopper sleeve connecting ear limiting mechanism is used, the stopper sleeve connecting ear limiting mechanism includes a buckle ear piercing strip and a buckle piercing strip The retaining sleeve and the buckle ear strip pass through the connecting ear. The buckle ear strip retaining sleeve is buckled on the buckle ear strip or the buckle ear strip passes through the buckle ear strip retaining sleeve. The buckle ear strip retaining sleeve supports the ear guard at the bottom of the ear guard. The buckle ear strip retaining sleeve rotates around the buckle ear strip and rolls with the lower supporting part. A chain roller plate mechanism is provided at the end of the chain shaft buckle ear strip. The chain roller plate mechanism connects the chain roller and the chain link plate to form a roller chain, which connects the ear guard anti-weight-smashing armor parts into an ear guard anti-weight-smashing armor chain belt. The connecting ear limits the left and right movement of the connecting beam and the ear guard. The buckle ear strip limits the front and rear movement of the connecting beam and the ear guard. The roller chain drives the ear guard anti-weight-smashing armor chain belt to roll and rub to convey materials. A leakage-proof belt is arranged at the bottom of the ear guard anti-weight-smashing armor chain belt.

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