CN111216179A

CN111216179A - Device of cutting of tire child hat and side wall

Info

Publication number: CN111216179A
Application number: CN201811404784.9A
Authority: CN
Inventors: 蔡美
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-11-23
Filing date: 2018-11-23
Publication date: 2020-06-02

Abstract

The invention relates to a tire crown and sidewall slitting device, which belongs to a waste tire dividing device and comprises a box body, an upper cutter box component, a lower cutter box component, a rotary disc component and a base, wherein the box body is arranged on the base, the upper cutter box component is arranged outside the box body and is arranged on the upper side of the box body, the rotary disc component is arranged in the box body and is positioned below the upper cutter box component, and the lower cutter box component is arranged in the box body, is parallel to the rotary disc component and is arranged beside the rotary disc component. The invention solves the difficult problem of waste tire segmentation, greatly saves electric power by adopting the principle of a cutter, reduces the production cost, segments the tire crown and the tire sidewall while rotating the waste tire, and is used for producing different products such as rubber powder, reclaimed rubber and the like.

Description

Device of cutting of tire child hat and side wall

Technical Field

The invention relates to a scrap tire recycling and processing device, in particular to a scrap tire dividing device.

Background

With the rapid development of the automobile industry, the management and treatment of waste tires are more and more important, and therefore, the waste tire treatment industry is in the process of production. At present, the recycling of the waste tires is realized, the waste tires are mainly used for producing rubber powder and reclaimed rubber and used for thermal cracking, and no matter what the purpose is, the waste tires need to be classified and cut firstly, different parts of the waste tires are separated, and the waste tires are used for producing different products to prepare for the next procedure.

Disclosure of Invention

Aiming at the problems, the invention provides a cutting device for the tire crown and the tire side of a tire, which can automatically cut the tire and separate the tire crown and the tire side of the tire.

The utility model provides a device of cutting of tire child hat and side wall, by box, last toolbox part, lower toolbox part, carousel part, the base constitutes, on the base was arranged in to the box, goes up the toolbox part and arranges in outside the box and install at the box upside, and the carousel part is installed in the box and is located under the last toolbox part, and lower toolbox part is installed in the box, and is parallel with the carousel part, arranges in by the carousel part.

The upper knife box component consists of an upper knife box screw rod, a worm wheel, an upper knife box inner box, an upper knife box outer box, an upper knife box frame, a motor chain wheel, a fly knife shaft, a fly knife chain wheel, a fly knife, a protective cover and an upper knife box motor; the upper knife box outer box is fixedly connected to the upper side outside the box body through an upper knife box rack, and the upper knife box inner box is connected with the upper knife box outer box through an upper knife box lead screw and can move up and down relative to the upper knife box outer box in the stroke of the upper knife box lead screw; the worm wheel is horizontally fixed on the upper tool box screw rod and is meshed and connected with the worm; the upper knife box motor is fixedly arranged on the inner box of the upper knife box, and a motor chain wheel of the upper knife box motor is connected with a fly knife chain wheel through a chain; the fly cutter chain wheel is connected with the upper cutter box inner box through a fly cutter shaft; the fly cutter is fixedly arranged on the fly cutter shaft, and the protective cover is fixedly arranged on the outer box of the upper cutter box.

The turntable part comprises a turntable motor, a turntable speed reducer, a pneumatic claw, an air pump access port, a turntable shaft, a small chain wheel, a compression chain wheel, a chain wheel and a pneumatic claw driving device, wherein the turntable shaft penetrates through the box body to be installed on the box body, two ends of the turntable shaft are exposed out of the box body, the air pump access port is installed at one end of the turntable shaft to be connected with an air pump source, the pneumatic claw and the pneumatic claw driving device are fixedly installed at one end of the turntable shaft to rotate along with the turntable shaft, the pneumatic claw is positioned under the fly cutter, the turntable motor and the turntable speed reducer are arranged in the box body and are connected through a chain, the turntable speed reducer is fixedly connected with the small chain wheel, the small chain wheel is connected with the chain wheel through a chain, the compression chain wheel is installed on the box body and is compressed on the chain between the small chain wheel and.

The pneumatic claw driving device consists of a chuck, a mandril, a pneumatic driving arm, connecting rods, sliding blocks, a transmission block and a driving rod, wherein the chuck is provided with cross clamping grooves which are mutually vertical, four sliding blocks are arranged in the cross clamping grooves, the sliding blocks can slide in the cross clamping grooves, each sliding block is hinged with the middle transmission block through one connecting rod, and the opposite sides of the four connecting rods are parallel and vertical in pairs; two driving rods are symmetrically and fixedly arranged on the two sliding blocks in the same straight line direction by taking the transmission block as the center; two pneumatic driving arms are symmetrically and fixedly arranged on the two sliding blocks in the other linear direction by taking the transmission block as the center; the two ends of the pneumatic driving arm are provided with sleeves which are sleeved at the two ends of the driving rod, so that the pneumatic driving arm can slide along the axial direction of the driving rod; the ejector rod is arranged in the pneumatic driving arm.

The lower tool box part comprises a lower tool box hand wheel, a lower tool box screw rod, a lower tool box outer box, a lower tool box and a lower tool, the lower tool box screw rod is fixedly connected with the lower tool box hand wheel and the lower tool box, the lower tool box is arranged in the lower tool box outer box, the lower tool box hand wheel is exposed out of the lower tool box outer box, and the lower tool is fixedly arranged on the right side of the lower tool box.

The working principle of the invention is as follows: after the waste tire is sleeved on the pneumatic claw, the air pump source starts to inflate from the air pump access port, air is inflated into the pneumatic driving arm to push the ejector rod outwards, so that the two driving rods expand outwards, the driving rods drive the sliding block, the middle driving block rotates through the connecting rod, the driving block transmits force to the pneumatic driving arm through the connecting rod, the pneumatic driving arm also expands outwards, and therefore the opening process of the pneumatic claw is achieved. The pneumatic claw is opened to clamp the inner ring of the discarded tire, the upper cutter box motor and the turntable motor are opened, the fly cutter at the bottom of the upper cutter box starts to rotate at a high speed, and the pneumatic claw on the turntable shaft starts to rotate at a low speed. Rotating a hand wheel connected with the worm to lower the upper knife box inner box, so that the fly knife contacts the crown of the waste tire to cut; and pushing the lower cutter box out of the outer box of the lower cutter box to enable the lower cutter to cut the side wall of the waste tire. The protective cover arranged on the outer box of the upper knife box can effectively resist flying chips generated during cutting of waste tires. Therefore, the process of automatically cutting the tire crown and the tire side of the waste tire is completed.

The invention has the beneficial effects that: the invention solves the difficult problem of waste tire segmentation, greatly saves electric power by adopting the principle of a cutter, reduces the production cost, segments the tire crown and the tire sidewall while rotating the waste tire, and is used for producing different products such as rubber powder, reclaimed rubber and the like.

Drawings

FIG. 1 is a schematic structural diagram of a front view of the present invention.

The automatic cutter feeding device comprises a box body A, a cutter feeding box component B, a cutter feeding box component C, a rotary disk component D, a base E, a cutter feeding box screw rod B1, a worm B2, a worm gear B3, a cutter feeding box inner box B4, a cutter feeding box outer box B5, a cutter feeding box rack B6, a motor chain wheel B7, a cutter flying shaft B8, a cutter flying chain wheel B9, a cutter flying knife B10, a protective cover B11, a cutter feeding box motor B12, a cutter feeding box hand wheel C1, a cutter feeding box screw rod C2, a cutter feeding box outer box C3, a cutter feeding box C4, a cutter feeding C5, a rotary disk motor D1, a rotary disk speed reducer D2, a pneumatic claw D3, an air pump transmission port D4, a rotary disk shaft D5, a small chain wheel D5, a pressing wheel D5, a chain wheel D5, a claw driving device a chuck, a pneumatic B, a pneumatic driving arm C, a connecting rod f, a slider g, a push rod f and a push.

Detailed Description

The utility model provides a device of cutting of tire child hat and side wall, by box A, last toolbox part B, lower toolbox part C, carousel part D, base E constitutes, and on base E was arranged in to box A, go up toolbox part B and arrange box A in and install at box A upside outward, carousel part D installed in box A and lie in under last toolbox part B, and lower toolbox part C installs in box A, and is parallel with carousel part D, arranges in by carousel part D.

The upper knife box component B consists of an upper knife box screw rod B1, a worm B2, a worm wheel B3, an upper knife box inner box B4, an upper knife box outer box B5, an upper knife box frame B6, a motor chain wheel B7, a fly knife shaft B8, a fly knife chain wheel B9, a fly knife B10, a protective cover B11 and an upper knife box motor B12; the upper knife box outer box B5 is fixedly connected to the upper side outside the box body A through an upper knife box frame B6, and the upper knife box inner box B4 is connected with the upper knife box outer box B5 through an upper knife box lead screw B1 and can move up and down relative to the upper knife box outer box B5 in the stroke of an upper knife box lead screw B1; the worm wheel B3 is horizontally fixed on the upper knife box screw B1 and is meshed and connected with the worm B2; an upper knife box motor B12 is fixedly arranged on an inner knife box B4, and a motor chain wheel B7 of the upper knife box motor is connected with a fly knife chain wheel B9 through a chain; the fly cutter chain wheel B9 is connected to the upper cutter box inner box B4 through a fly cutter shaft B8; the fly cutter B10 is fixedly arranged on a fly cutter shaft B8, and the protective cover B11 is fixedly arranged on an upper cutter box outer box B5.

The turntable component D consists of a turntable motor D1, a turntable speed reducer D2, a pneumatic claw D3, an air pump access port D4, a turntable shaft D5, a small chain wheel D6, a pressing chain wheel D7, a chain wheel D8 and a pneumatic claw driving device D9, wherein the turntable shaft D5 penetrates through the box body A to be installed on the box body A, two ends of the turntable shaft D5 are exposed out of the box body A, one end of the turntable shaft D6867 is provided with an air pump access port D4 to be connected with an air pump source, one end of the turntable shaft D3 is fixedly provided with the pneumatic claw D3 and the pneumatic claw driving device D3, the pneumatic claw D3 rotates along with the turntable shaft D3, the turntable motor D3 is positioned right below the fly cutter B3, the turntable motor D3 and the turntable speed reducer D3 are arranged in the box body A, the turntable motor D3 is connected with the turntable speed reducer D3 through a chain, the small chain wheel D3 is fixedly connected with the turntable speed reducer D3, the chain wheel 3, the pressing chain wheel D3 is installed on the box body A, and the chain wheel, the chain wheel D8 drives the turntable shaft D5 to rotate.

The pneumatic claw driving device D9 is composed of a chuck a, a top rod b, a pneumatic driving arm c, connecting rods D, sliding blocks e, a transmission block f and a driving rod g, wherein the chuck a is provided with cross clamping grooves which are perpendicular to each other, four sliding blocks e are installed in the cross clamping grooves and can slide in the cross clamping grooves, each sliding block e is hinged with the transmission block f in the middle through one connecting rod D, and opposite sides of the four connecting rods D are parallel and perpendicular to each other; two driving rods g are symmetrically and fixedly arranged on the two sliding blocks e in the same straight line direction by taking the transmission block f as the center; two pneumatic driving arms c are symmetrically and fixedly arranged on the two sliding blocks e in the other linear direction by taking the transmission block f as the center; sleeves are arranged at two ends of the pneumatic driving arm c and sleeved at two ends of the driving rod g, so that the pneumatic driving arm c can slide along the axial direction of the driving rod g; the ejector rod b is arranged in the pneumatic driving arm c.

The lower knife box component C consists of a lower knife box hand wheel C1, a lower knife box screw rod C2, a lower knife box outer box C3, a lower knife box C4 and a lower knife C5, the lower knife box screw rod C2 is fixedly connected with the lower knife box hand wheel C1 and the lower knife box C4, the lower knife box C4 is placed in the lower knife box outer box C3, the lower knife box hand wheel C1 is exposed out of the lower knife box outer box C3, and the lower knife C5 is fixedly installed on the right side of the lower knife box C4.

After the waste tire is sleeved on the pneumatic claw D3, the air pump source starts to inflate from the air pump access port D4, air is inflated into the pneumatic driving arm c to push the ejector rod b outwards, so that the two driving rods g expand outwards, the driving rods g drive the sliding block e, the middle driving block f is made to rotate through the connecting rod D, the driving block f transmits force to the pneumatic driving arm c through the connecting rod D, the pneumatic driving arm c also expands outwards, and therefore the opening process of the pneumatic claw D3 is achieved. The pneumatic claw D3 opens to clamp the inner ring of the discarded tire, the upper knife box motor B12 and the turntable motor D1 are opened, the fly knife B9 at the bottom of the upper knife box component B starts to rotate at a high speed, and the pneumatic claw D3 on the turntable shaft D5 starts to rotate at a low speed. Rotating a hand wheel connected with the worm B2 to lower the upper knife box inner box B4, so that the fly knife B10 contacts the crown of the waste tire to cut; the lower cutter box C4 is pushed out of the lower cutter box outer box C3, so that the lower cutter C5 cuts the sidewall of the waste tire. The protective cover B11 arranged on the outer box B5 of the upper knife box can effectively resist flying chips generated when the waste tires are cut. Therefore, the process of automatically cutting the tire crown and the tire side of the waste tire is completed.

Claims

1. The utility model provides a device of cutting of tire crown and side wall which characterized in that: by box (A), go up sword case part (B), lower sword case part (C), carousel part (D), base (E) constitutes, on base (E) was arranged in to box (A), go up sword case part (B) and arrange box (A) in outside and install at box (A) upside, carousel part (D) is installed in box (A) and is located under last sword case part (B), lower sword case part (C) is installed in box (A), parallel with carousel part (D), arrange in by carousel part (D).

2. The device of claim 1 for slitting a tire crown and a tire side, wherein: the upper knife box component (B) consists of an upper knife box screw rod (B1), a worm (B2), a worm wheel (B3), an upper knife box inner box (B4), an upper knife box outer box (B5), an upper knife box rack (B6), a motor chain wheel (B7), a fly knife shaft (B8), a fly knife chain wheel (B9), a fly knife (B10), a protective cover (B11) and an upper knife box motor (B12); the upper knife box outer box (B5) is fixedly connected to the upper side outside the box body (A) through an upper knife box rack (B6), and the upper knife box inner box (B4) is connected with the upper knife box outer box (B5) through an upper knife box lead screw (B1) and can move up and down relative to the upper knife box outer box (B5) in the stroke of an upper knife box lead screw (B1); the worm wheel (B3) is horizontally fixed on the upper knife box screw rod (B1) and is meshed and connected with the worm (B2); an upper knife box motor (B12) is fixedly arranged on an inner knife box (B4), and a motor chain wheel (B7) is connected with a fly knife chain wheel (B9) through a chain; the fly cutter chain wheel (B9) is connected on the upper cutter box inner box (B4) through a fly cutter shaft (B8); the fly cutter (B10) is fixedly arranged on the fly cutter shaft (B8), and the protective cover (B11) is fixedly arranged on the outer box (B5) of the upper cutter box.

3. The device of claim 1 for slitting a tire crown and a tire side, wherein: the turntable component (D) is composed of a turntable motor (D1), a turntable reducer (D2), a pneumatic claw (D3), an air pump access port (D4), a turntable shaft (D5), a small chain wheel (D6), a pressing chain wheel (D7), a chain wheel (D8) and a pneumatic claw driving device (D9), the turntable shaft (D5) penetrates through the box body (A) to be installed on the box body (A), two ends of the turntable shaft (D5) are exposed out of the box body (A), one end of the turntable shaft (D3684) is provided with the air pump access port (D4) and is connected with an air pump source, one end of the turntable shaft (D3642) is fixedly provided with the pneumatic claw driving device (D9) and rotates along with the turntable shaft (D5), the pneumatic claw (D3) is positioned right below the fly cutter (B10), the turntable motor (D1) and the reducer (D2) are arranged in the turntable body (A), the turntable motor (D1) is connected with the turntable reducer (D2) through the chain wheel reducer (D5928) and is connected with the small chain wheel reducer (D59, the small chain wheel (D6) is connected with the chain wheel (D8) through a chain, a pressing chain wheel (D7) is installed on the box body, the pressing chain wheel (D7) is pressed on the chain between the small chain wheel (D6) and the chain wheel (D8), and the chain wheel (D8) drives the turntable shaft (D5) to rotate.