CN203126415U - Tubeless tire mounting machine for truck - Google Patents
Tubeless tire mounting machine for truck Download PDFInfo
- Publication number
- CN203126415U CN203126415U CN 201320021067 CN201320021067U CN203126415U CN 203126415 U CN203126415 U CN 203126415U CN 201320021067 CN201320021067 CN 201320021067 CN 201320021067 U CN201320021067 U CN 201320021067U CN 203126415 U CN203126415 U CN 203126415U
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Abstract
The utility model provides a tubeless tire mounting machine for a tuck. The tubeless tire mounting machine for the tuck comprises a tire locating mechanism, a tire mounting mechanism, a tire mounting driving mechanism, a tire mounting lifting mechanism, a tire pressing adjusting mechanism, a hub clamping mechanism, a tire mounting shifting mechanism, and a calibrating mechanism, which are connected with one another. The tubeless tire mounting machine for the tuck has the advantages of being capable of assembling tires of the truck, high in working efficiency, high in degree of automation, and simple and convenient to operate.
Description
Technical field
The utility model is a kind of truck inner tube free dress tire machine, is mainly used in a kind of specialized equipment of truck inner tube-free wheel assembling.
Background technology
At present, the manual or S. A. mode assembling wheels of domestic most of wheel of truck assembling producer's employing, the high and fragile tire of inefficiency cost.
Summary of the invention
The utility model purpose is to solve above-mentioned existing in prior technology problem, and a kind of efficient height, truck inner tube free dress tire machine that degree of automation is high are provided.
The utility model is achieved in that by tire mechanism in place, loading tire mechanism, dress tire driver train, dress tire lifting mechanism, presses tire adjusting mechanism, wheel hub clamping mechanism, dress fetal displacement mechanism, calibrating device to connect and compose.
The control box of tire mechanism in place is installed on the control box erecting frame with screw; The control box erecting frame is screwed on the lower bearing bracket; Top chock is screwed on the welding boss; The welding boss is welded on the lower bearing bracket; The arm axle passes top chock, welding boss, swing arm synchronously and is inserted in the step; Step is screwed on the lower bearing seat cushion; The lower bearing seat cushion is welded on the lower bearing bracket; Arm shaft passes synchronous swing arm, Synchronous pull rod is screwed; Arm cylinder earrings is enclosed within on the cylinder mounting bracket; The cylinder mounting bracket is welded on the lower bearing bracket; Bearing pin passes long arm swing, the cylinder joint is screwed; The cylinder joint tightens on the arm cylinder; Tire arm in place with screw lock to the arm axle; Adjust screw rod and be installed to adjustable arm palm face.
The dress tire palm of loading tire mechanism passes dress tire palm hold-down arm and locks with circular nut; Dress tire roller inserts in the dress tire roller hold-down arm and uses nut locking; Dress tire roller hold-down arm inserts in the dress tire roller shaft support and uses screw lock; Dress tire roller shaft support is screwed on the dress tire ramus volaris profundus seat; Dress tire palm hold-down arm is screwed on the dress tire ramus volaris profundus seat; Dress tire ramus volaris profundus seat is installed on the excessive piece of dress tire adjustment with screw; The excessive piece of dress tire adjustment is screwed at the dress tire and moves on the seat; The bearing seat gland is installed on the bearing seat with screw, is fixed to the dress tire then and adjusts on the framework; Leading screw passes turbine and is fixed to dress tire adjustment framework two ends; Worm screw passes gland and is fixed on the dress tire adjustment framework; Screw is fixed on the dress tire and moves on the seat; Roller bearing end cap is screwed at the dress tire and adjusts on the framework.
The spindle stock end cap of dress tire driver train is installed on the casing with screw; Driven gear is installed on the main shaft; Main shaft passes and uses nut locking above the casing; Gear wheel shaft pierces in the bearing seat; Bearing seat is installed on the coder bearing with screw; The coder bearing is fixed on the motor mounting plate; Dress tire drive motor is installed on the motor mounting plate; The eccentric motor of adjusting is installed on the spindle stock end cap; Driving gear is fixed on eccentric the adjustment on the motor with the spindle end retaining; The coder mount pad is installed on the casing; Eccentric adjustment main shaft passes main shaft and is connected with coupler and the eccentric motor of adjusting; Main shaft gland is installed on the casing with screw.
The guide rail slide block of dress tire lifting mechanism is installed on the upper spider; The pull bar of balance cylinder is installed on the balance cylinder connector housing; Balance cylinder is installed on the balance cylinder support; The balance cylinder support is screwed on upper spider; Elevating screw passes Double bearing support and locks with circular nut; Motor is installed on the motor fixing seat with screw; Motor fixing seat is installed on the upper spider; The axle of leading screw and motor is fixed with coupler; Screw is installed on the nut seat; Screw is screwed on the leading screw; Balance cylinder is put in the upper spider.
Press the cushion block of tire adjusting mechanism to be mounted on the tyre-pressing claw; Tyre-pressing claw is screwed on the tyre-pressing claw adapter plate; Guide pillar passes tyre-pressing claw adapter plate nut locking; Cylinder is installed to presses on the nausea cylinder adapter plate; After being connected on the floating junction, air cylinder tie rod use nut locking on the tyre-pressing claw adapter plate; The adjustment post passes the adjustment plate and fixes with nut; Adjusting plate is installed on the guide pillar with screw; Arm shaft passes presses tire to adjust arm with pressing tire swing arm locking two ends; Guide pillar and adjustment leading screw pass with pressing the tire swing arm to be fixed on presses tire to adjust on the casing; Motor is installed in screw presses tire to adjust on the casing; The swing arm cylinder block is screwed is pressing tire to adjust on the arm; Oscillating cylinder is enclosed within on the swing arm cylinder block, and the other end is tightened in the cylinder swing arm; The cylinder swing arm uses screw lock on arm shaft; Be screwed after the guide pin bushing wedge compresses sliding sleeve and sleeve base and pressing on the nausea cylinder adapter plate.
The cylinder block of wheel hub clamping mechanism is welded on the lower bearing bracket; The cylinder bearing pin passes the clamping cylinder and is screwed on cylinder block; The push arm axle passes the cylinder push arm, the cylinder joint, and Synchronous pull rod is spacing dead with the cylinder push arm; Wheel and rack cooperates, and tooth bar is screwed on the chuck adapter plate; Mounting guide rail and slide block below the chuck adapter plate; The push arm axle passes in the bearing seat that gear is inserted into two ends; Bearing seat is welded on the lower bearing bracket after being installed on the bearing seat base with screw; Chuck is screwed on the chuck adapter plate.
The wheel hub location tire of dress fetal displacement mechanism is screwed on the tire adapter plate of wheel hub location; Wheel hub location tire adapter plate is screwed on chain; The tugboat support is installed on the crane with screw; The tugboat axle passes tugboat and is fixed on the tugboat support; Tire bracket is installed on the chain with screw; Oscillating axle passes spacing the fixing in lifting swing arm two ends; Arm shaft uses bearing seat spacing dead after passing lifting swing arm, bearing seat; Bearing seat is screwed on bearing base; Bearing base is screwed on gantry base; Lifting shaft passes rod head; Rod head is tightened on the pull bar; Guide frame is screwed on the lower bearing bracket; Cylinder block is installed on the guide frame with screw; The overbanking cylinder is installed on the cylinder block; The jacking support is screwed on crane; The cylinder joint is tightened on the jacking cylinder; The jacking cylinder is installed on the cylinder block; Motor mount is installed on the crane with screw; Carry motor to be installed on the motor mount with screw; Motor sprocket is enclosed within to be carried on the motor shaft; Driven sprocket is installed on the imput shaft; Imput shaft is through on the imput shaft support; Turning supporting seat is installed on the guide frame; The slide carriage frame is installed on the turning supporting seat; Wear axle and pass bearing fixing on the slide carriage frame; Be connected on the cylinder plinth after the cylinder joint is tightened on the overbanking cylinder, tensioning cylinder is installed on the cylinder mount pad with screw.
The demarcation cylinder of calibrating device tightens on the joint, and spring and contact insulation sleeve are installed in tightens the contact base the inside.
The utility model has the advantages that: adopt novel dress tire structure that the wheel of truck tire is assembled, high efficiency, the degree of automation height, easy and simple to handle.
Description of drawings
Fig. 1 is structural representation of the present utility model;
Fig. 2 is left view;
Fig. 3 is tire structural scheme of mechanism in place;
Fig. 4 is the loading tire mechanism enlarged diagram;
Fig. 5 is dress tire driver train enlarged diagram;
Fig. 6 is dress tire lifting mechanism enlarged diagram;
Fig. 7 presses tire adjusting mechanism enlarged diagram;
Fig. 8 is wheel hub clamping mechanism scheme drawing;
Fig. 9 is wheel hub clamping mechanism left view;
Figure 10 is dress fetal displacement structural scheme of mechanism;
Figure 11 is the calibrating device scheme drawing.
The specific embodiment
Describe in detail below in conjunction with accompanying drawing: in Fig. 1, Fig. 2, connected and composed by the tire A of mechanism in place, loading tire mechanism B, dress tire driver train C, dress tire lifting mechanism D, pressure tire adjusting mechanism E, wheel hub clamping mechanism F, the dress fetal displacement G of mechanism, calibrating device H.
Among Fig. 3, the control box 1 usefulness screw of the tire A of mechanism in place is installed on the control box erecting frame 2; Control box erecting frame 2 is screwed on the lower bearing bracket 5; Top chock 3 is screwed on the welding boss 4; Welding boss 4 is welded on the lower bearing bracket 5; Arm axle 6 passes top chock 3, welding boss 4, swing arm 7 synchronously and is inserted into 8 li of steps; Step 8 is screwed on the lower bearing seat cushion 9; Lower bearing seat cushion 9 is welded on the lower bearing bracket 5; Arm shaft 10 passes synchronous swing arm 7, Synchronous pull rod 11 is screwed; Arm cylinder 12 earrings are enclosed within on the cylinder mounting bracket 11; Cylinder mounting bracket 11 is welded on the lower bearing bracket 5; Bearing pin 14 passes long arm swing 15, cylinder joint 13 is screwed; Cylinder joint 13 tightens on the arm cylinder 12; Tire arm 16 usefulness screw lock in place are to arm axle 6; Adjusting screw rod 17 is installed to above the adjustable arm palm 18.
The dress tire of the loading tire mechanism B palm 19 passes dress tire palm hold-down arm 20 usefulness circular nuts and locks among Fig. 4; Dress tire roller 21 inserts dress tire roller hold-down arm and uses nut locking for 22 li; Dress tire roller hold-down arm 22 inserts dress tire roller shaft support and uses screw lock for 23 li; Dress tire roller shaft support 23 is screwed on the dress tire ramus volaris profundus seat 24; Dress tire palm hold-down arm 20 is screwed on the dress tire ramus volaris profundus seat 24; Dress tire ramus volaris profundus seat 24 usefulness screws are installed on the excessive piece 25 of dress tire adjustment; The excessive piece 25 of dress tire adjustment is screwed at the dress tire and moves on the seat 26; Bearing seat gland 27 usefulness screws are installed on the bearing seat 28, are fixed to the dress tire then and adjust on the framework 29; Leading screw 30 passes turbine 31 and is fixed to dress tire adjustment framework 29 two ends; Worm screw 32 passes gland 33 and is fixed on the dress tire adjustment framework 29; Screw 34 is fixed on the dress tire and moves on the seat 26; Roller bearing end cap 35 is screwed at the dress tire and adjusts on the framework 29.
Among Fig. 5, the spindle stock end cap 37 usefulness screws of dress tire driver train C are installed on the casing 36; Driven gear 38 is installed on the main shaft 39; Main shaft 39 passes and uses nut locking above the casing 36; Gear wheel shaft 40 pierces into 41 li of bearing seats; Bearing seat 41 usefulness screws are installed on the coder bearing 42; Coder bearing 42 is fixed on the motor mounting plate 43; Dress tire drive motor 45 is installed on the motor mounting plate 43; The eccentric motor 44 of adjusting is installed on the spindle stock end cap 37; Driving gear 46 usefulness spindle ends retaining 47 is fixed on eccentric the adjustment on the motor 44; Coder mount pad 48 is installed on the casing 36; Eccentric adjustment main shaft 49 passes main shaft 39 usefulness coupler and is connected with the eccentric motor 44 of adjusting; Main shaft gland 50 usefulness screws are installed on the casing 36.
Among Fig. 6, the guide rail slide block 52 of dress tire lifting mechanism D is installed on the upper spider 51; The pull bar of balance cylinder 54 is installed on the balance cylinder connector housing 53; Balance cylinder 54 is installed on the balance cylinder support 55; Balance cylinder support 55 is screwed on upper spider 51; Elevating screw 56 passes Double bearing support 57 usefulness circular nuts and locks; Motor 59 usefulness screws are installed on the motor fixing seat 58; Motor fixing seat 58 is installed on the upper spider 51; Leading screw 56 is fixed with coupler 60 with the axle of motor 59; Screw 61 is installed on the nut seat 62; Screw 61 is screwed on the leading screw 56; Balance cylinder 63 is put into 51 li of upper spiders.
Among Fig. 7, press the cushion block 65 of tire adjusting mechanism E to be mounted on the tyre-pressing claw 64; Tyre-pressing claw 64 is screwed on the tyre-pressing claw adapter plate 66; Guide pillar 67 passes tyre-pressing claw adapter plate 66 and uses nut locking; Cylinder 70 is installed to presses on the nausea cylinder adapter plate 69; After being connected on the floating junction 68, air cylinder tie rod use nut locking on tyre-pressing claw adapter plate 66; Adjustment post 72 passes adjustment plate 71 usefulness nuts and fixes; Adjusting plate 71 usefulness screws is installed on the guide pillar 67; Arm shaft 74 passes presses tire to adjust arm 75 usefulness pressure tire swing arm 73 locking two ends; Guide pillar 76 and adjustment leading screw 77 pass with pressing tire swing arm 73 to be fixed on presses tire to adjust on the casing 78; Motor 79 usefulness screws are installed in presses tire to adjust on the casing 78; Swing arm cylinder block 80 is screwed is pressing tire to adjust on the arm 75; Oscillating cylinder 81 is enclosed within on the swing arm cylinder block 80, and the other end is tightened in the cylinder swing arm 82; Cylinder swing arm 82 usefulness screw lock are on arm shaft 74; Be screwed after guide pin bushing wedge 83 compresses sliding sleeve 84 and sleeve base 85 and pressing on the nausea cylinder adapter plate 69.
Among Fig. 8, Fig. 9, the cylinder block 86 of wheel hub clamping mechanism F is welded on the lower bearing bracket 5; Cylinder bearing pin 87 passes clamping cylinder 88 and is screwed on cylinder block 86; Push arm axle 90 passes cylinder push arm 91, cylinder joint 89, and Synchronous pull rod 92 usefulness cylinder push arms 91 are spacing dead; Gear 93 cooperates with tooth bar 94, and tooth bar 94 is screwed on chuck adapter plate 95; Mounting guide rail 96 and slide block 94 below the chuck adapter plate 95; Push arm axle 90 passes 97 li of the bearing seats that gear 93 is inserted into two ends; After being installed on the bearing seat base 98, bearing seat 97 usefulness screws are welded on the lower bearing bracket 5; Chuck 99 is screwed on chuck adapter plate 95.
Among Figure 10, the wheel hub location tire 100 of the dress fetal displacement G of mechanism is screwed on wheel hub location tire adapter plate 101; Wheel hub location tire adapter plate 101 is screwed on chain 102; Tugboat support 104 usefulness screws are installed on the crane 103; Tugboat axle 106 passes tugboat 105 and is fixed on the tugboat support 104; Tire bracket 107 usefulness screws are installed on the chain 102; Oscillating axle 108 passes spacing the fixing in lifting swing arm 109 two ends; Arm shaft 110 passes lifting swing arm 109, bearing seat 111 backs are spacing dead with bearing seat 111; Bearing seat 111 is screwed on bearing base 113; Bearing base 113 is screwed on gantry base 115; Lifting shaft 112 passes rod head 114; Rod head 114 is tightened on the pull bar 116; Guide frame 119 is screwed on the lower bearing bracket 5; Cylinder block 117 usefulness screws are installed on the guide frame 119; Overbanking cylinder 118 is installed on the cylinder block 117; Jacking support 120 is screwed on crane 103; Cylinder joint 121 is tightened on the jacking cylinder 122; Jacking cylinder 122 is installed on the cylinder block 123; Motor mount 124 usefulness screws are installed on the crane 103; Carry motor 125 usefulness screws to be installed on the motor mount 124; Motor sprocket 126 is enclosed within to be carried on 125 in the motor; Driven sprocket 127 is installed on the imput shaft 128; Imput shaft 128 is through on the imput shaft support 129; Turning supporting seat 130 is installed on the guide frame 119; Slide carriage frame 131 is installed on the turning supporting seat 130; Wearing axle 133 passes bearing 132 and is fixed on the slide carriage frame 131; Be connected on the cylinder plinth 134 after cylinder joint 135 is tightened on the overbanking cylinder 118, tensioning cylinder 136 usefulness screws are installed on the cylinder mount pad 137.
Among Figure 11, the demarcation cylinder 138 of calibrating device H tightens on the joint 139; Spring 140 and contact insulation sleeve 141 are installed in tightens contact base 142 the insides.
Its working process is as follows: model selection forwards automatic position at electric cabinet 1 upper knob, and wheel hub is gone up part automatically to the tire 100 of wheel hub location, and tire is gone up part automatically to tire bracket 107, and tire one end is placed on and becomes 45 degree to tilt to place on the wheel hub; Jacking cylinder 122 promotes cylinder joint 121, and lifting swing arm 109 is around arm shaft 100 rotations 70 degree; Crane 103 is high 160 centimetres by jacking; Carry motor 125 to drive motor sprocket 126 and rotate, wheel hub location tire adapter plate 101, tire bracket 107 stop after being with tire and wheel hub to move to the dress fetal position; Jacking cylinder 122 returns, lifting swing arm 109 returns, crane 103 descends 160 centimetres; Clamp cylinder 88 and stretch out clamping wheel hub.Arm cylinder 12 drives synchronous swing arm 15, drives tire arm 16 swings in place, and tire is held tightly; Carry motor 125 to drive motor sprocket 126 and rotate, wheel hub location tire adapter plate 101, tire bracket 107 is got back to part initial position on the tire wheel hub; Motor 59 drives and stops after ball-screw 56 drops to the dress fetal position to casing 36; Cylinder 70 drives guide pillar 67 and tyre-pressing claw 64 overwhelms above the tire; Dress tire drive motor 45 drives driving gear 46 driven gears 38 makes the rotation of Fig. 3 loading tire mechanism carry out 1 circle or 2 circle dress tires; The dress tire is finished the rear box 36 original position of rising go back to; Swing arm 16 returns; Clamp cylinder 88 withdrawals and unclamp wheel hub.Jacking cylinder 122 promotes cylinder joint 121, and lifting swing arm 109 is around arm shaft 100 rotations 70 degree; Crane 103 is high 160 centimetres by jacking; Driven by motor motor sprocket 126 rotates, and wheel hub location tire adapter plate 101, tire bracket 107 stop after being with tire and wheel hub to move to the dress fetal position; The tire that installs with the fashionable dress position of foetus is transported to next station by the chain picking-up; Carry out next circulation again.
Claims (1)
1. a truck inner tube free dress tire machine is characterized in that, is connected and composed by tire mechanism in place, loading tire mechanism, dress tire driver train, dress tire lifting mechanism, pressure tire adjusting mechanism, wheel hub clamping mechanism, dress fetal displacement mechanism, calibrating device;
The control box of above-mentioned said tire mechanism in place is installed on the control box erecting frame with screw; The control box erecting frame is screwed on the lower bearing bracket; Top chock is screwed on the welding boss; The welding boss is welded on the lower bearing bracket; The arm axle passes top chock, welding boss, swing arm synchronously and is inserted in the step; Step is screwed on the lower bearing seat cushion; The lower bearing seat cushion is welded on the lower bearing bracket; Arm shaft passes synchronous swing arm, Synchronous pull rod is screwed; Arm cylinder earrings is enclosed within on the cylinder mounting bracket; The cylinder mounting bracket is welded on the lower bearing bracket; Bearing pin passes long arm swing, the cylinder joint is screwed; The cylinder joint tightens on the arm cylinder; Tire arm in place with screw lock to the arm axle; Adjust screw rod and be installed to adjustable arm palm face;
The dress tire palm of above-mentioned said loading tire mechanism passes dress tire palm hold-down arm and locks with circular nut; Dress tire roller inserts in the dress tire roller hold-down arm and uses nut locking; Dress tire roller hold-down arm inserts in the dress tire roller shaft support and uses screw lock; Dress tire roller shaft support is screwed on the dress tire ramus volaris profundus seat; Dress tire palm hold-down arm is screwed on the dress tire ramus volaris profundus seat; Dress tire ramus volaris profundus seat is installed on the excessive piece of dress tire adjustment with screw; The excessive piece of dress tire adjustment is screwed at the dress tire and moves on the seat; The bearing seat gland is installed on the bearing seat with screw, is fixed to the dress tire then and adjusts on the framework; Leading screw passes turbine and is fixed to dress tire adjustment framework two ends; Worm screw passes gland and is fixed on the dress tire adjustment framework; Screw is fixed on the dress tire and moves on the seat; Roller bearing end cap is screwed at the dress tire and adjusts on the framework;
The spindle stock end cap of above-mentioned said dress tire driver train is installed on the casing with screw; Driven gear is installed on the main shaft; Main shaft passes and uses nut locking above the casing; Gear wheel shaft pierces in the bearing seat; Bearing seat is installed on the coder bearing with screw; The coder bearing is fixed on the motor mounting plate; Dress tire drive motor is installed on the motor mounting plate; The eccentric motor of adjusting is installed on the spindle stock end cap; Driving gear is fixed on eccentric the adjustment on the motor with the spindle end retaining; The coder mount pad is installed on the casing; Eccentric adjustment main shaft passes main shaft and is connected with coupler and the eccentric motor of adjusting; Main shaft gland is installed on the casing with screw;
The guide rail slide block of above-mentioned said dress tire lifting mechanism is installed on the upper spider; The pull bar of balance cylinder is installed on the balance cylinder connector housing; Balance cylinder is installed on the balance cylinder support; The balance cylinder support is screwed on upper spider; Elevating screw passes Double bearing support and locks with circular nut; Motor is installed on the motor fixing seat with screw; Motor fixing seat is installed on the upper spider; The axle of leading screw and motor is fixed with coupler; Screw is installed on the nut seat; Screw is screwed on the leading screw; Balance cylinder is put in the upper spider;
The cushion block of above-mentioned said pressure tire adjusting mechanism is mounted on the tyre-pressing claw; Tyre-pressing claw is screwed on the tyre-pressing claw adapter plate; Guide pillar passes tyre-pressing claw adapter plate nut locking; Cylinder is installed to presses on the nausea cylinder adapter plate; After being connected on the floating junction, air cylinder tie rod use nut locking on the tyre-pressing claw adapter plate; The adjustment post passes the adjustment plate and fixes with nut; Adjusting plate is installed on the guide pillar with screw; Arm shaft passes presses tire to adjust arm with pressing tire swing arm locking two ends; Guide pillar and adjustment leading screw pass with pressing the tire swing arm to be fixed on presses tire to adjust on the casing; Motor is installed in screw presses tire to adjust on the casing; The swing arm cylinder block is screwed is pressing tire to adjust on the arm; Oscillating cylinder is enclosed within on the swing arm cylinder block, and the other end is tightened in the cylinder swing arm; The cylinder swing arm uses screw lock on arm shaft; Be screwed after the guide pin bushing wedge compresses sliding sleeve and sleeve base and pressing on the nausea cylinder adapter plate;
The cylinder block of above-mentioned said wheel hub clamping mechanism is welded on the lower bearing bracket; The cylinder bearing pin passes the clamping cylinder and is screwed on cylinder block; The push arm axle passes the cylinder push arm, the cylinder joint, and Synchronous pull rod is spacing dead with the cylinder push arm; Wheel and rack cooperates, and tooth bar is screwed on the chuck adapter plate; Mounting guide rail and slide block below the chuck adapter plate; The push arm axle passes in the bearing seat that gear is inserted into two ends; Bearing seat is welded on the lower bearing bracket after being installed on the bearing seat base with screw; Chuck is screwed on the chuck adapter plate;
The wheel hub location tire of above-mentioned said dress fetal displacement mechanism is screwed on the tire adapter plate of wheel hub location; Wheel hub location tire adapter plate is screwed on chain; The tugboat support is installed on the crane with screw; The tugboat axle passes tugboat and is fixed on the tugboat support; Tire bracket is installed on the chain with screw; Oscillating axle passes spacing the fixing in lifting swing arm two ends; Arm shaft uses bearing seat spacing dead after passing lifting swing arm, bearing seat; Bearing seat is screwed on bearing base; Bearing base is screwed on gantry base; Lifting shaft passes rod head; Rod head is tightened on the pull bar; Guide frame is screwed on the lower bearing bracket; Cylinder block is installed on the guide frame with screw; The overbanking cylinder is installed on the cylinder block; The jacking support is screwed on crane; The cylinder joint is tightened on the jacking cylinder; The jacking cylinder is installed on the cylinder block; Motor mount is installed on the crane with screw; Carry motor to be installed on the motor mount with screw; Motor sprocket is enclosed within to be carried on the motor shaft; Driven sprocket is installed on the imput shaft; Imput shaft is through on the imput shaft support; Turning supporting seat is installed on the guide frame; The slide carriage frame is installed on the turning supporting seat; Wear axle and pass bearing fixing on the slide carriage frame; Be connected on the cylinder plinth after the cylinder joint is tightened on the overbanking cylinder, tensioning cylinder is installed on the cylinder mount pad with screw;
The demarcation cylinder of above-mentioned said calibrating device tightens on the joint, and spring and contact insulation sleeve are installed in tightens the contact base the inside.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320021067 CN203126415U (en) | 2013-01-16 | 2013-01-16 | Tubeless tire mounting machine for truck |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320021067 CN203126415U (en) | 2013-01-16 | 2013-01-16 | Tubeless tire mounting machine for truck |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203126415U true CN203126415U (en) | 2013-08-14 |
Family
ID=48934431
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320021067 Expired - Lifetime CN203126415U (en) | 2013-01-16 | 2013-01-16 | Tubeless tire mounting machine for truck |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203126415U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105665568A (en) * | 2016-04-20 | 2016-06-15 | 无锡微研精密冲压件股份有限公司 | Automatic discharging device for stamped parts |
| CN115056609A (en) * | 2022-07-27 | 2022-09-16 | 东莞市顺林模型礼品股份有限公司 | Tire assembling device for automobile model |
| CN115674962A (en) * | 2022-11-09 | 2023-02-03 | 湖北科威机电装备股份有限公司 | Novel automatic tire mounting machine for vacuum tire |
-
2013
- 2013-01-16 CN CN 201320021067 patent/CN203126415U/en not_active Expired - Lifetime
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105665568A (en) * | 2016-04-20 | 2016-06-15 | 无锡微研精密冲压件股份有限公司 | Automatic discharging device for stamped parts |
| CN105665568B (en) * | 2016-04-20 | 2017-07-04 | 无锡微研精密冲压件股份有限公司 | Stamping parts automatic discharge apparatus |
| CN115056609A (en) * | 2022-07-27 | 2022-09-16 | 东莞市顺林模型礼品股份有限公司 | Tire assembling device for automobile model |
| CN115056609B (en) * | 2022-07-27 | 2023-07-28 | 东莞市顺林模型礼品股份有限公司 | Tire assembling device for automobile model |
| CN115674962A (en) * | 2022-11-09 | 2023-02-03 | 湖北科威机电装备股份有限公司 | Novel automatic tire mounting machine for vacuum tire |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term | ||
| CX01 | Expiry of patent term |
Granted publication date: 20130814 |