CN109051762A

CN109051762A - A kind of tire haulage equipment of tyre production

Info

Publication number: CN109051762A
Application number: CN201811011881.1A
Authority: CN
Inventors: 顾友民; 王庆凤; 王鸣
Original assignee: Hefei Technology College
Current assignee: Hefei Technology College
Priority date: 2018-08-31
Filing date: 2018-08-31
Publication date: 2018-12-21

Abstract

The invention relates to the technical field of auto parts processing, in particular to a tire handling equipment for tire processing, including a tire fixing device, a tire handling device and a rotating device, the tire fixing device includes a first support seat, a driving assembly and a fixing assembly, The tire handling device includes a lifting assembly and a clamping assembly, and the rotating device includes a second support base and a rotating assembly. When the tire needs to be handled in the present invention, the tire is first placed on the tire fixing device, and the first support base is used for Support the tire, the driving component provides the driving force, drives the fixed component to move and fix the tire from the inside of the tire, and then clamps the tire from top to bottom through the clamping component, and the clamping component can perform lifting movement on the lifting component and drive the tire at the same time Carrying out the lifting movement, the rotating component can further drive the clamping component to rotate and transport the tire to other processing places, which can effectively fix and transport the tire.

Description

A kind of tire haulage equipment of tyre production

Technical field

The present invention relates to automobile parts processing technique field, in particular to the tire haulage equipment of a kind of tyre production.

Background technique

Automobile is a kind of important tool, is related in many fields.The tire of some oversize vehicles is especially big, people Work carries tire inconvenience, and special tool is needed to be carried.The existing tool use for carrying is not convenient enough, and When tyre production, unshaped tire needs fixation to be carried again, is damaged so that tire is unlikely to bending in handling process, existing Haulage equipment be easier to damage tire.

China's patent publication No.: CN108275184A；Publication date: 2018.07.13 discloses a kind of electrodynamic type giant tire Carrier, including it is left frame, right rack, left fixing pipe, right fixing pipe, central tube, main nut, screw rod, motor, handle, flexible Bar, barre, the left frame and right rack are in long strip, and left frame and right bottom of the frame are mounted on several universal rolling wheels, It is equipped with two pieces of mounting plates on the left frame and right rack, several rotatable rollers, institute are installed between two pieces of mounting plates It states and is fixed with a left fixing pipe on left frame, a right fixing pipe is fixed in right rack, the left end of the central tube is fixed In left fixing pipe, the right end of central tube is protruded into right fixing pipe, and the right fixing pipe right end is equipped with one and can separate Motor, motor are connected by shaft joint with screw rod, and screw rod protrudes into right fixing pipe, and a main nut, main nut are screwed on screw rod It is mutually fixed with central tube, the left fixing pipe upper end and right fixing pipe upper end are respectively and fixedly provided with a handle, and right fixing pipe upper end is also It is fixed with a telescopic rod, telescopic rod is located between two handles, a barre is installed at the top of the telescopic rod, barre One guide wheel is installed far from flexible pipe end, the equipment inconvenient mating fixing device of the tire in tyre production carries out tire It carries and conveys.

Summary of the invention

In view of the above-mentioned deficiencies in the prior art, it is an object of the present invention to provide a kind of tire haulage equipment of tyre production.

To solve the above problems, the present invention is the following technical schemes are provided: a kind of tire haulage equipment of tyre production, packet Fixing device of the tire, tire conveying system and rotating device are included, the fixing device of the tire includes the first support base, driving assembly And fixation kit, first support base are equipped with mounting table, the driving component for the top of hollow structure and the first support base It is fixed on the first support base lateral wall and mating with the first support base, the fixation kit is arranged on mounting table top Portion is simultaneously mating with mounting table, and the driving component and fixation kit transmission connection, the tire conveying system includes lifting Component and clamp assemblies, on the spinning device, the clamp assemblies are slidably disposed in liter for the lifting assembly fixed setting It comes down to a lower group on part, the rotating device includes the second support base and rotary components, and second support base is hollow structure, the rotation Turn component be arranged in it is inside the second support base and mating with the top of the second support base.

Further, the fixation kit includes driven device, slider box and two fixators, and the driven device is rotatable The top of mounting table is arranged in grafting, and the slider box is fixed on mounting table, and two fixators are slidably right It should be arranged on mounting table and be sequentially connected with driven device, each fixator is slidably matched with slider box.

Further, the driven device includes driven shaft, the first umbrella tooth and first gear, and the driven shaft is rotatably inserted It connects and is arranged on mounting table, first umbrella tooth is non-rotatable to be set on driven shaft and be located inside the first support base, institute It states that first gear is non-rotatable to be set in the one end of driven shaft far from the first umbrella tooth, is also arranged on the driven shaft for limiting The stop collar of the driven shaft position in position, the stop collar are fixedly connected with mounting table.

Further, the slider box is arranged in parallel in slideway including two and two are arranged in parallel in link block, described Slideway and link block are fixed at the top of mounting table.

Further, each fixator includes rack gear, fixed plate and several scroll wheels, each scroll wheel one Grafting is held to be arranged on rack gear, the other end is rotatable to be arranged in slideway, and the rack gear is L-shaped structure, described rack gear one end It is slidably arranged in the top that a slideway is set and is engaged with first gear, the other end of the rack gear is fixed at one On the inner sidewall of fixed plate, the fixed plate is semicircular structure, and the bottom of the fixed plate sets the placement there are two sliding block Platform is equipped with the sliding slot slided for sliding block, and the fixed plate is slidably disposed in the top of mounting table, the top of the fixed plate Portion is additionally provided with the clamping block with the clamping of tire liner.

Further, the driving component includes motor cabinet, driving motor and the second umbrella tooth, the motor cabinet fixed setting On the lateral wall of the first support base, the driving motor is fixed in motor cabinet, and the output end of the driving motor can The grafting of rotation is arranged on the first support base, and second umbrella tooth is non-rotatable to be set on the output end of driving motor simultaneously It is sequentially connected with the first umbrella tooth.

The utility model has the advantages that a kind of tire haulage equipment of tyre production of the invention first will when needing to carry tire Tire is placed on fixing device of the tire, and the first support base is used to support tire, and driving assembly provides driving force, drives fixed group Part movement is fixed from inside tires by tire, then clamps tire from top to bottom by clamp assemblies, and clamp assemblies are rising It comes down to a lower group to move up and down on part and drives tire while carrying out elevating movement, rotary components can be further driven to clamp assemblies It makes rotating motion and tire is carried at other processing, effectively can fix and carry tire.

Detailed description of the invention

Fig. 1 is schematic perspective view of the invention；

Fig. 2 is side view of the invention；

Fig. 3 is the cross-sectional view in Fig. 2 along line A-A；

Fig. 4 is the schematic perspective view of fixing device of the tire of the present invention；

Fig. 5 is the stereo-resolution structural schematic diagram of fixing device of the tire of the present invention；

Fig. 6 is the enlarged diagram in Fig. 5 at B；

Fig. 7 is the schematic perspective view of tire conveying system of the present invention and rotating device；

Fig. 8 is the stereo-resolution structural schematic diagram of tire conveying system of the present invention；

Fig. 9 is the enlarged diagram in Fig. 8 at C；

Figure 10 is the stereo-resolution structural schematic diagram of rotary components of the present invention；

Description of symbols: fixing device of the tire 1, the first support base 1a, driving assembly 1b, fixation kit 1c, mounting table 1d, driven device 1e, slider box 1f, fixator 1g, driven shaft 1h, the first umbrella tooth 1i, first gear 1j, stop collar 1k, slideway 1m, Link block 1n, rack gear 1p, fixed plate 1q, scroll wheel 1r, clamping block 1s, motor cabinet 1t, driving motor 1u, the second umbrella tooth 1v, wheel Tire handling device 2, lifting assembly 2a, clamp assemblies 2b, the first slide unit 2c, the first sliding shoe 2d, bidirectional helical bar 2e, gag lever post 2f, the first cylinder 2g, the first pusher 2h, the second pusher 2i are clamped piece 2j, rotating device 3, the second support base 3a, rotation Component 3b, the second motor 3c, turntable 3d.

Specific embodiment

With reference to the accompanying drawings of the specification and embodiment, specific embodiments of the present invention are described in further detail:

Referring to figs. 1 to a kind of tire haulage equipment of tyre production shown in Fig. 10, including fixing device of the tire 1, wheel Tire handling device 2 and rotating device 3, the fixing device of the tire 1 include the first support base 1a, driving assembly 1b and fixation kit 1c, the first support base 1a are equipped with mounting table 1d, the driving component 1b for the top of hollow structure and the first support base 1a It is fixed on the first support base 1a lateral wall and mating with the first support base 1a, fixation kit 1c setting is being put Set at the top of platform 1d and mating with mounting table 1d, the driving component 1b and fixation kit 1c transmission connection, the tire are removed Shipping unit 2 includes lifting assembly 2a and clamp assemblies 2b, and the lifting assembly 2a is fixed on rotating device 3, the folder Component 2b to be held to be slidably disposed on lifting assembly 2a, the rotating device 3 includes the second support base 3a and rotary components 3b, The second support base 3a is hollow structure, the rotary components 3b be arranged inside the second support base 3a and with the second support base The top of 3a is mating, during tyre production, since tyre production program is more, is often related to tire and fixes and remove Tire, when needing to carry tire, is placed on fixing device of the tire 1 by fortune first, and the first support base 1a is used to support tire, Driving assembly 1b provides driving force, drives fixation kit 1c movement to be fixed from inside tires by tire, then pass through clamping group Part 2b clamps tire from top to bottom, and clamp assemblies 2b elevating movement and can drive tire while carry out on lifting assembly 2a Elevating movement, rotary components 3b can be further driven to clamp assemblies 2b and make rotating motion for tire being carried at other processing, It effectively can fix and carry tire.

The fixation kit 1c includes driven device 1e, slider box 1f and two fixators 1g, the driven device 1e rotatable Grafting the top of mounting table 1d is set, the slider box 1f is fixed on mounting table 1d, two fixator 1g It is slidably correspondingly arranged on mounting table 1d and is sequentially connected with driven device 1e, each fixator 1g and slider box 1f are sliding Dynamic cooperation, driven device 1e can be rotated under the driving of driving assembly 1b, and driven device 1e rotation drives two fixator 1g negative sides To sliding, fixator 1g can carry out reverse slide in slider box 1f and tire is strutted and fixed.

The driven device 1e includes driven shaft 1h, the first umbrella tooth 1i and first gear 1j, the driven shaft 1h rotatable Grafting is arranged on mounting table 1d, and the first umbrella tooth 1i is non-rotatable to be set on driven shaft 1h and be located at the first support base Inside 1a, the first gear 1j is non-rotatable to be set in the one end of driven shaft 1h far from the first umbrella tooth 1i, the driven shaft The stop collar 1k for limiting the position driven shaft 1h is also arranged on 1h, the stop collar 1k is fixedly connected with mounting table 1d, when First umbrella tooth 1i rotation will drive driven shaft 1h to rotate, and driven shaft 1h will drive first gear 1j to rotate again, limit The setting of ring 1k ensure that driven shaft 1h can be rotated and can not slide up and down.

The slider box 1f is arranged in parallel in slideway 1m including two and two are arranged in parallel in link block 1n, the slideway 1m and link block 1n is fixed at the top of mounting table 1d, and two slideway 1m on slider box 1f are for fixator 1g in slideway It is horizontally moved in 1m, two link block 1n are separately connected two slideway 1m, reinforce the toughness of slider box 1f and are more convenient for solid It is scheduled on mounting table 1d.

Each fixator 1g includes rack gear 1p, fixed plate 1q and several scroll wheels 1r, each scroll wheel 1r One end grafting is arranged on rack gear 1p, and the other end is rotatable to be arranged in slideway 1m, and the rack gear 1p is L-shaped structure, described The one end rack gear 1p is slidably arranged in the top that a slideway 1m is arranged in and engages with first gear 1j, and the rack gear 1p's is another End is fixed on the inner sidewall of a fixed plate 1q, and the fixed plate 1q is semicircular structure, the bottom of the fixed plate 1q Portion is set there are two sliding block, and the mounting table 1d is equipped with the sliding slot slided for sliding block, and the fixed plate 1q is slidably disposed in The top of mounting table 1d is additionally provided with the clamping block 1s with the clamping of tire liner at the top of the fixed plate 1q, as first gear 1j Rotation will be slided with carry-over bar 1p, and the scroll wheel 1r on rack gear 1p sliding hour rack 1p will be slid laterally simultaneously in slideway 1m Fixed plate 1q is driven to be slided on mounting table 1d, two fixed plate 1q opposite directions move, the clamping on two fixed plate 1q Block 1s connects and fixes tire.

The driving component 1b includes motor cabinet 1t, driving motor 1u and the second umbrella tooth 1v, and the motor cabinet 1t fixation is set It sets on the lateral wall of the first support base 1a, the driving motor 1u is fixed in motor cabinet 1t, the driving motor 1u The rotatable grafting of output end be arranged on the first support base 1a, the second umbrella tooth 1v is non-rotatable to be set in driving electricity It is sequentially connected on the output end of machine 1u and with the first umbrella tooth 1i, motor cabinet 1t is used to fix driving motor 1u, opens driving motor 1u, driving motor 1u rotation by drive the second umbrella tooth 1v rotates, the second umbrella tooth 1v rotation again will drive the first umbrella tooth 1i into Row rotation.

The lifting assembly 2a includes the first slide unit 2c and the first sliding shoe 2d, and the first slide unit 2c is fixed at the The top of two support base 3a, the first sliding shoe 2d are slidably disposed on the first slide unit 2c, the first sliding shoe 2d On be additionally provided with bidirectional helical bar 2e and two gag lever posts 2f, the bidirectional helical bar 2e are spindle rotationally arranged in the first sliding shoe 2d On, two gag lever post 2f it is parallel and be fixed at the first sliding shoe 2d, the first sliding shoe 2d can be in the first slide unit 2c On move up and down, the bidirectional helical bar 2e inside the first sliding shoe 2d is using center as the hand of spiral phase at node both ends Instead.

The clamp assemblies 2b includes the first cylinder 2g, the first pusher 2h and the second pusher 2i, first cylinder 2g is fixed at the top of the first sliding shoe 2d, and the first pusher 2h is not set in the defeated of the first cylinder 2g slidably In outlet and it is set on bidirectional helical bar 2e, the first pusher 2h is threadedly coupled with bidirectional helical bar 2e, and described first Pusher 2h is slidably connected with two gag lever post 2f, and the second pusher 2i is set in bidirectional helical bar 2e and pushes far from first One end of device 2h, the second pusher 2i are threadedly coupled with bidirectional helical bar 2e, the second pusher 2i and two limits Bar 2f is slidably connected, and the output end for opening the first cylinder 2g, the first cylinder 2g will push the first pusher 2h to travel forward, because of the One pusher 2h is threadedly coupled with bidirectional helical bar 2e, therefore two limits as the first pusher 2h on the first sliding shoe 2d On bar 2f when horizontal sliding, bidirectional helical bar 2e will be rotated, and then drive the second pusher 2i and the first pusher 2h opposite direction Movement.

The bottom of the first pusher 2h and the second pusher 2i are fixed with the clamping piece 2j for being clamped tire, To the both sides of the edge of tire, two clamping piece 2j will be in tire for first pusher 2h and the second pusher 2i opposite direction motion contact Portion's clamping lifts.

The rotary components 3b includes that the second motor 3c and turntable 3d, the second motor 3c are fixed at second It supports inside seat 3a, the top of the second support base 3a, the rotation is arranged in the rotatable grafting of output end of the second motor 3c On the non-rotatable output end for being set in the second motor 3c of turntable 3d, the second motor 3c, the second motor 3c rotation is opened by band Dynamic turntable 3d, which is rotated and is further driven to lifting assembly 2a, to be rotated, and finally tire is transported at other stations.

Working principle: during tyre production, since tyre production program is more, often it is related to tire and fixes and remove Tire, when needing to carry tire, is placed on the first support base 1a, driving of the driven device 1e in driving assembly 1b by fortune first Under can rotate, driven device 1e rotation drives two fixator 1g opposite directions slidings, fixator 1g can in slider box 1f into Tire is strutted and is fixed by row reverse slide, opens driving motor 1u, and driving motor 1u rotation will drive the second umbrella tooth 1v to carry out Rotation, the second umbrella tooth 1v rotation will drive the first umbrella tooth 1i to rotate again, when the first umbrella tooth 1i rotation will drive driven shaft 1h It is rotated, driven shaft 1h will drive first gear 1j to rotate again, and the setting of stop collar 1k ensure that driven shaft 1h can turn It moving and can not slide up and down, two on slider box 1f slideway 1m is horizontally moved in slideway 1m for fixator 1g, and two Link block 1n is separately connected two slideway 1m, reinforces the toughness of slider box 1f and is more convenient for being fixed on mounting table 1d, when first Gear 1j rotation will be slided with carry-over bar 1p, and the scroll wheel 1r on rack gear 1p sliding hour rack 1p will be carried out laterally in slideway 1m It slides and fixed plate 1q is driven to be slided on mounting table 1d, two fixed plate 1q opposite directions move, on two fixed plate 1q Clamping block 1s tire is connected and fixed, the first sliding shoe 2d can be moved up and down on the first slide unit 2c, and first is sliding Bidirectional helical bar 2e inside motion block 2d using center as the hand of spiral at node both ends on the contrary, open the first cylinder 2g, the The output end of one cylinder 2g will push the first pusher 2h to travel forward, because the first pusher 2h and bidirectional helical bar 2e screw thread connect It connects, therefore when the first pusher 2h horizontal sliding on two gag lever post 2f on the first sliding shoe 2d, bidirectional helical bar 2e It will rotate, and then the second pusher 2i and the first pusher 2h opposite direction is driven to move, the first pusher 2h and the second pusher To the both sides of the edge of tire, inside tires are clamped by two clamping piece 2j to be lifted 2i opposite direction motion contact, opens the second motor Drive turntable 3d is rotated and is further driven to lifting assembly 2a and rotated by 3c, the second motor 3c rotation, finally will Tire is transported at other stations, effectively can fix and carry tire.

The above described is only a preferred embodiment of the present invention, not making any limit to technical scope of the invention System, therefore any subtle modifications, equivalent variations and modifications to the above embodiments according to the technical essence of the invention, In the range of still falling within technical solution of the present invention.

Claims

1. A tire handling device for tire processing, characterized in that it comprises a tire fixing device (1), a tire handling device (2) and a rotating device (3), and the tire fixing device (1) includes a first support seat (1a), drive assembly (1b) and fixed assembly (1c), described first support seat (1a) is a hollow structure and the top of first support seat (1a) is provided with placing table (1d), described drive assembly (1b) is fixedly arranged on the outer wall of the first support seat (1a) and plugged with the first support seat (1a). ) plug-in fit, the drive assembly (1b) and the fixed assembly (1c) are connected in transmission, the tire handling device (2) includes a lifting assembly (2a) and a clamping assembly (2b), and the lifting assembly (2a) Fixedly arranged on the rotating device (3), the clamping assembly (2b) is slidably arranged on the lifting assembly (2a), and the rotating device (3) includes a second support base (3a) and a rotating assembly (3b ), the second support seat (3a) is a hollow structure, and the rotating assembly (3b) is arranged inside the second support seat (3a) and is plugged and fitted with the top of the second support seat (3a);

The fixing assembly (1c) includes a follower (1e), a sliding frame (1f) and two fixers (1g), and the follower (1e) is rotatably plugged and arranged on the placement table (1d) At the top, the sliding frame (1f) is fixedly arranged on the placing platform (1d), and the two said fixers (1g) are slidably arranged on the placing platform (1d) correspondingly and connected with the drive (1e) , each of the fixers (1g) is slidingly fitted with the sliding frame (1f).

2. The tire handling equipment for tire processing according to claim 1, characterized in that: the follower (1e) includes a driven shaft (1h), a first bevel gear (1i) and a first gear (1j), the driven shaft (1h) is rotatably inserted on the placement platform (1d), and the first bevel gear (1i) is non-rotatably sleeved on the driven shaft (1h) and is located at Inside the first support seat (1a), the first gear (1j) is non-rotatably sleeved on the end of the driven shaft (1h) away from the first bevel gear (1i), and the driven shaft (1h) is also A limit ring (1k) for limiting the position of the driven shaft (1h) is sheathed, and the limit ring (1k) is fixedly connected with the placement table (1d).

3. A kind of tire handling equipment for tire processing according to claim 2, characterized in that: said sliding frame (1f) includes two slideways (1m) arranged in parallel and two connecting blocks (1m) arranged in parallel 1n), the slideway (1m) and the connecting block (1n) are both fixedly arranged on the top of the placing platform (1d).

4. The tire handling equipment for tire processing according to claim 3, characterized in that: each of the fixers (1g) includes a rack (1p), a fixing plate (1q) and several rolling wheels ( 1r), one end of each scroll wheel (1r) is plugged and arranged on the rack (1p), and the other end is rotatably arranged in the slideway (1m), and the rack (1p) is an L-shaped structure, One end of the rack (1p) is slidably arranged on the top of a slideway (1m) and meshed with the first gear (1j), and the other end of the rack (1p) is fixedly arranged on a fixed plate (1q) On the inner side wall of the fixed plate (1q), the fixed plate (1q) has a semicircular structure, two sliders are provided at the bottom of the fixed plate (1q), and a sliding block for sliding the sliders is provided on the placing table (1d). Groove, the fixed plate (1q) is slidably arranged on the top of the placing table (1d), and the top of the fixed plate (1q) is also provided with a clamping block (1s) clamped with the tire liner.

5. The tire handling equipment for tire processing according to claim 4, characterized in that: the drive assembly (1b) includes a motor base (1t), a drive motor (1u) and a second bevel gear (1v) , the motor seat (1t) is fixedly arranged on the outer wall of the first support seat (1a), the drive motor (1u) is fixedly arranged in the motor seat (1t), and the output end of the drive motor (1u) The rotatable socket is arranged on the first supporting base (1a), and the second bevel gear (1v) is non-rotatably sleeved on the output end of the driving motor (1u) and is transmitted with the first bevel gear (1i) connect.