CN201736749U - Tyre mounting machine - Google Patents
Tyre mounting machine Download PDFInfo
- Publication number
- CN201736749U CN201736749U CN2010202526023U CN201020252602U CN201736749U CN 201736749 U CN201736749 U CN 201736749U CN 2010202526023 U CN2010202526023 U CN 2010202526023U CN 201020252602 U CN201020252602 U CN 201020252602U CN 201736749 U CN201736749 U CN 201736749U
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Abstract
The utility model discloses a tyre mounting machine, which is mainly used for assembling a steel ring and a tyre and comprises a stand (1), a vertical shaft (4), a vertical shaft transmission device (5), a turnplate (6) and an electric cabinet (28). The utility model has the characteristics of reasonable structure, high degree of automation, high tyre mounting efficiency and the like by the main characteristic of also comprising a tyre top and bottom positioning and guiding device (DD), an upper tyre bead pressing device (SB), a lower tyre bead pressing device (XB), a tyre rolling device (GY), a tyre supporting device (TZ) and a moment bar (25).
Description
Technical field
The utility model relates to a kind of tire machine of going up, and belongs to unpowered vehicle and produces the equipment technology field.
Background technology
The last tire machine that the utility model is related mainly is to be used for especially a kind of equipment of the tire of manpower tip lorry and steel ring assembling of non-locomotive.
Tire operation on the existing steel ring is normally by manually finishing.This effort of not only taking a lot of work, operation is hard on, and last tire operating efficiency is very low, and tends to cause tire not in place, influences the rounding property of tire, and brings shortcoming for the smooth running of wheel.
And in described car manufacturer man, tire on the various lots of steel ring begins to adopt mechanical work, but still there is unreasonable structure in used last tire machine, and degree of automation is low, the unfavorable deficiency of last tire efficient.
Summary of the invention
The utility model aims to provide that a kind of structure is relatively reasonable, and degree of automation is higher, and the last tire machine that last tire efficient is higher is to satisfy the demand of economic society.
The utility model realizes that the technical scheme of its purpose is:
A kind of tire machine of going up, comprise frame, be dynamically connected and the upright shafts with locknut equipped with frame with the steel ring wheel hub, the upright shafts driving device, be the rotating disk that is used for carrying the workpiece steel ring of axis hole close fit mutually with upright shafts, and electric cabinet, described upright shafts driving device is electrically connected with electric cabinet, its innovative point is, also comprises:
-tire is located the double device of tyre of leading up and down; Described tire is registration device up and down, comprise vertical first column that installs with frame, be packed in the moving assembly of first gas/liquid on first column top, with first column by first sliding pair be mutually slide up and down equipped by last locating rack and form with the last registration roller that last locating rack is dynamically connected and with the moving assembly bonded assembly tire of first gas/liquid on detent mechanism, detent mechanism under the tire of forming by locating rack down with the following registration roller that following locating rack is dynamically connected of captiveing joint with the first column bottom; Described registration roller down and last registration roller are the horizontal parallel configuration mutually, and the roll surface of following registration roller exceeds the last plane of rotating disk; The described device of tyre of leading by captiveing joint with last locating rack and the vertically arranged tire pull bar of leading, is formed with the draw bar socket of captiveing joint with following locating rack and have a pull bar jack; The pull bar jack of described draw bar socket and is led the concentricity positioned opposite of tire pull bar; The electromagnetic valve of the moving assembly of described first gas/liquid is electrically connected with electric cabinet;
-on neutralize the tyre bead device; Neutralize the tyre bead device on described, comprise the tilting moving assembly of second gas/liquid that is packed on second column of captiveing joint with frame, move the piston bonded assembly of assembly by last system cincture with second gas/liquid, the system that the goes up cincture assembly of forming with the system that the goes up cincture axle bed that is dynamically connected with last system cincture, and the described system cincture axle bed of going up is under the driving of the moving assembly of second gas/liquid, by second sliding pair axially moving back and forth along the moving assembly of second gas/liquid; The radial alignment of last system cincture is pointed to the upper overturning position of circle in the tire that steel ring is gone up; The electromagnetic valve of the moving assembly of described second gas-liquid is electrically connected with electric cabinet;
-following tyre bead the device of neutralizing; Neutralize the tyre bead device under described, comprise the tilting moving assembly of the 3rd gas/liquid that is packed on second column of captiveing joint with frame, with the piston bonded assembly of the moving assembly of the 3rd gas/liquid by under the following system cincture assembly making cincture and form with the following system cincture axle bed that system cincture down is dynamically connected; And the described cincture of system down axle bed moves axially moving back and forth of assembly by the 3rd sliding pair along the 3rd gas/liquid under the driving of the moving assembly of the 3rd gas/liquid, the radial alignment of following system cincture is pointed to the following flange position of circle in the tire that steel ring is gone up; The electromagnetic valve of the moving assembly of described the 3rd gas/liquid is electrically connected with electric cabinet;
-tire rolling device; Described tire rolling device comprises that vertical the 4th gas/liquid that installs with second column moves assembly, with the moving assembly piston bonded assembly of the 4th gas/liquid by rolling wheel and the rolling wheel assembly formed with the rolling wheel axle bed that rolling wheel is dynamically connected; And described rolling wheel axle bed is under the driving of the moving assembly of the 4th gas/liquid, by the 4th sliding pair axially moving back and forth along the moving assembly of the 4th gas/liquid; The radial alignment of rolling wheel is pointed to the cylindrical position near steel ring; The electromagnetic valve of the moving assembly of described the 4th gas/liquid is electrically connected with electric cabinet;
-tire backing device; Described tire backing device, comprise with frame vertical fixing bonded assembly the 5th gas-liquid/moving assembly and with the moving assembly piston rod bonded assembly of the 5th gas/liquid and with the carrying roller of tire positioned opposite; Described carrying roller is held tire by the 5th sliding pair under the driving of the moving assembly of the 5th gas/liquid; The electromagnetic valve of the moving assembly of described the 5th gas/liquid is electrically connected with electric cabinet.
-torsion bar; Described torsion bar inserts in the set torsion bar hole of rotating disk by neutral gear between the spoke of steel ring; When rotating disk rotates with upright shafts, drive steel ring by torsion bar and rotate together.
Can understand that by above given technical scheme the utility model makes the equipped of tire and steel ring become very convenient owing to adopting tire to locate the double device of tyre of leading up and down; Neutralize the tyre bead device and neutralize the tyre bead device down owing to adopt, and make and justify the flange position in the tire, correctly enter in the tire groove of steel ring cylindrical; Owing to adopt the tire rolling device, along carrying out roll extrusion, and further make the tire positive stop near steel ring cylindrical position, guarantee to go up the tire quality; Because its each station all adopts gas/liquid to move assembly, and the moving assembly of described gas/liquid, by electric cabinet control, thereby realized semiautomation operation.If electric cabinet adopts the PLC Programmable Logic Controller, then the utility model is expected to realize full-automatic operation.Thereby realized the purpose of this utility model.
The further innovative point of the utility model is:
Described upright shafts driving device is made up of motor and change speed gear box, and the input shaft of motor and change speed gear box is in transmission connection, and the output shaft of change speed gear box is connected with upright shafts is coaxial.Certainly do not limit to so.For example adopt change speed motor directly and upright shafts be in transmission connection or the like.
Also comprise steel ring tire clamping tool; Described steel ring tire clamping tool comprises that an end has the tooth bar of deciding jaw, movable clamp port seat, wrenching bar, locking gear and ratchet; Described movable clamp port seat and tooth bar are bar groove bearing fit; Locking gear is rotationally connected by minor axis and wrenching bar, and is meshed with tooth bar; One end and the wrenching bar of ratchet are dynamically connected, and the ratchet hook of its other end and locking gear hook; Pull wrenching bar, make the movable clamp port seat and decide jaw by ratchet and lock mutually; And unclamp ratchet, by manual movable clamp port seat, make the movable clamp port seat and decide jaw and unclamp mutually.The structure of described clamping tool exactly likes the tighten packing belt instrument that is used to pack.Use described steel ring tire clamping tool, not only operate briskly, easy to use, and clamp effectively, can further improve and go up the tire work efficiency.But be not limited to this, for example tie up etc. with rope.
After technique scheme was implemented, what the utility model had was rational in infrastructure, the degree of automation height, and characteristics such as last tire work efficiency is good, and conspicuous.
Description of drawings
Fig. 1 is that the master of a kind of specific embodiment of the utility model looks scheme drawing;
Fig. 2 is the birds-eye view of Fig. 1;
Fig. 3 is the left view of Fig. 1;
Fig. 4 is the right elevation of Fig. 1; As seen from Figure 4, on neutralize tyre bead device SB and down neutralize tyre bead device XB, both are respectively time inclined structure and last inclined structure; And the radial alignment of last system cincture 17 and following system cincture 20 (or claiming driving surface), all point to the upper and lower flange position of steel ring outside tire, and pass through the propelling of second Pneumatic assembly 16 and the 3rd Pneumatic assembly 19 respectively, and the Outer Tyre flange is entered in the steel ring peripheral groove together with the inner tube of a tyre;
Fig. 5 is the A-A cutaway view of Fig. 1;
Fig. 6 is that tire shown in Figure 1 is located double front view of leading device of tyre DD part up and down; Fig. 7 is the B-B cutaway view of Fig. 6;
Fig. 8 is a registration device DW off working state scheme drawing up and down shown in Figure 7;
Fig. 9 is a registration device DW working state schematic representation up and down, promptly go up registration roller 10 and following registration roller 12, steel ring and tire are correctly located, and lead the pull bar 13 of device of tyre DZ, by inserting between steel ring and tire in the pull bar jack of draw bar socket 14, and tire is outwards stretched, and pass through the rotation of rotating disk 6, and tire is entered in steel ring 2 peripheral groove.
Figure 10 is the C-C cutaway view of Fig. 6; By this figure as seen, described first sliding pair is made up of with sliding people 32 upright guide rails 31;
Figure 11 neutralizes tyre bead device SB on being and looks scheme drawing with the master who neutralizes tyre bead device XB part down;
Figure 12 is as neutralizing tyre bead device SB and following scheme drawing of neutralizing tyre bead device XB configuration status on shown in Figure 11;
Figure 13 is the D-D cutaway view of Figure 11; The sliding pair that second sliding pair of neutralizing tyre bead device SB by this figure as seen, rolls 33 by leading, form with slide block 34; And the 3rd sliding pair of neutralizing down tyre bead device XB is by hollow tubular 35, slide bar 36 and the sliding pair that is located in the chute of hollow tubular 35 and forms with slide bar 36 bonded assembly screws 37;
Figure 14 neutralize on being tyre bead device SB and under neutralize tyre bead device XB work condition state scheme drawing;
Figure 15 is the scheme drawing (off working state) of tire backing device TZ part;
Figure 16 is a tire backing device TZ part working state figure; By this figure as seen, the 5th sliding pair is by hollow tubular 38, slide bar 39 be located in the chute of hollow tubular 38 and with slide bar 39 bonded assembly screws 40 and formed;
Figure 17 is the scheme drawing (off working state) of tire rolling device GY part;
Figure 18 is a tire rolling device GY part working state schematic representation; By this figure as seen, the 4th sliding pair of tire rolling device GY is the sliding pair that guide rail 40 and slide block 41 are formed;
Figure 19 is the active figure of steel ring tire clamping tool 29;
Figure 20 is the birds-eye view of Figure 19.
The specific embodiment
Shown in accompanying drawing 1～20.
A kind of tire machine of going up, comprise frame 1, be dynamically connected and the upright shafts with locknut 34 equipped with frame 1 with steel ring 2 wheel hubs, be installed in frame 1 in-to-in upright shafts driving device 5, be the rotating disk 6 and the electric cabinet 28 that are used for carrying workpiece steel ring 2 of axis hole close fit mutually with upright shafts 4, the motor 5-1 of described upright shafts driving device 5 is electrically connected with electric cabinet 28, and described rotating disk 6 is formed by the circle rotary case with 4 uniform supports of circle rotary case periphery bonded assembly, also comprises:
-tire is located the double device of tyre DD that leads up and down; Described tire is registration device DW up and down, comprise and frame 1 vertical first column 7 that installs, be packed in first Pneumatic assembly 8 on first column, 7 tops, with first column 7 by first sliding pair be mutually slide up and down the equipped last registration roller that is dynamically connected by last locating rack 9 with last locating rack 9 10 that form and with first Pneumatic assembly, 8 bonded assembly tires on detent mechanism SD, detent mechanism XD under the tire of forming by locating rack 11 down with the following registration roller 12 that following locating rack 11 is dynamically connected of captiveing joint with first column, 7 bottoms; Described down registration roller 12 is the horizontal parallel configuration mutually with last registration roller 10, and the roll surface of registration roller 12 exceeds the last plane of rotating disk 6 down, and registration roller 12 and tire are connected; The described device of tyre DZ that leads by captiveing joint with last locating rack 9 and the vertically arranged tire pull bar 13 of leading, forms with the draw bar socket 14 of captiveing joint with following locating rack 11 and have a pull bar jack; The pull bar jack of described draw bar socket 14 and is led tire pull bar 13 concentricity positioned opposite; The electromagnetic valve of described first Pneumatic assembly 8 is electrically connected with electric cabinet 28;
-on neutralize tyre bead device SB; Neutralize tyre bead device SB on described, comprise tilting second Pneumatic assembly 16 that is packed on second column 15 of captiveing joint with frame 1, with the piston bonded assembly of second Pneumatic assembly 16 by last system cincture 17, the system that the goes up cincture assembly of forming with the system that the goes up cincture axle bed 18 that is dynamically connected with last system cincture 17, and the described system cincture axle bed 18 of going up is under the driving of second Pneumatic assembly 16, by second sliding pair axially moving back and forth along second Pneumatic assembly 16; The radial alignment of last system cincture 17 is pointed to the upper overturning position of circle in steel ring 2 tire of going up; The electromagnetic valve of described second Pneumatic assembly 16 is electrically connected with electric cabinet 28;
-following tyre bead device the XB that neutralizes; Neutralize tyre bead device XB under described, comprise tilting the 3rd Pneumatic assembly 19 that is packed on second column 15 of captiveing joint with frame 1, with the piston bonded assembly of the 3rd Pneumatic assembly 19 by under the following system cincture assembly making cincture 20 and form with the following system cincture axle bed 21 that system cincture 20 down is dynamically connected; And described down system cincture axle bed 21 is under the driving of the 3rd Pneumatic assembly 19, and along axially the moving back and forth of the 3rd Pneumatic assembly 19, the radial alignment of following system cincture 20 is pointed to the interior round following flange position of steel ring 2 tire of going up by the 3rd sliding pair; The electromagnetic valve of described the 3rd Pneumatic assembly 19 is electrically connected with electric cabinet 28;
-tire rolling device GY; Described tire rolling device GY comprises and second column, 15 vertical the 4th Pneumatic assemblies 22 that install, with the 4th Pneumatic assembly 22 piston bonded assemblys by rolling wheel 23 and the rolling wheel assembly formed with the rolling wheel axle bed 24 that rolling wheel 23 is dynamically connected; And described rolling wheel axle bed 24 is under the driving of the 4th Pneumatic assembly 22, by the 4th sliding pair axially moving back and forth along the 4th Pneumatic assembly 22; The radial alignment of rolling wheel 23 is pointed to the cylindrical position near steel ring 2; The electromagnetic valve of described the 4th Pneumatic assembly 22 is electrically connected with electric cabinet 28;
-tire backing device TZ; Described steel ring backing device TZ, comprise and frame 1 vertical fixing bonded assembly the 5th Pneumatic assembly 26, with with the carrying roller 27 of the 5th Pneumatic assembly 26 piston rod bonded assemblys and tire positioned opposite, and both moving lines of carrying roller 27 and rolling wheel 23 are on the same vertical line as far as possible; Described carrying roller 27 is held tire by the 5th sliding pair under the driving of the 5th Pneumatic assembly 26; The electromagnetic valve of described the 5th Pneumatic assembly 26 is electrically connected with electric cabinet 28.
-torsion bar 25; Described torsion bar 25 is by neutral gear between the spoke of steel ring 2, inserts in the set torsion bar hole 24 of rotating disk 6; When rotating disk 6 rotates with upright shafts 4, drive steel ring 2 by torsion bar 25 and rotate together.
Described upright shafts driving device 5 is made up of motor 5-1 and change speed gear box 5-2, and motor 5-1 is connected with the input shaft strap drive of change speed gear box 5-2, the output shaft of change speed gear box 5-2 and 4 coaxial connections of upright shafts.Also comprise steel ring tire clamping tool 29; Described steel ring tire clamping tool 29 comprises that an end has the tooth bar 29-1 that decides jaw 29-1-1, movable clamp port seat 29-2, wrenching bar 29-3, locking gear 29-4 and ratchet 29-5; Described movable clamp port seat 29-2 and tooth bar 29-1 are bar groove bearing fit; Locking gear 29-4 is rotationally connected by minor axis and wrenching bar 29-3, and is meshed with tooth bar 29-1; An end and the wrenching bar 29-3 of ratchet 29-5 are dynamically connected, and the ratchet hook of its other end and locking gear 29-4 hook; Pull wrenching bar 29-3, the fixed and jaw 29-1-1 of movable clamp port seat 29-2 is locked mutually by ratchet 29-5; And unclamp ratchet 29-5, by manual movable clamp port seat 29-2, make movable clamp port seat 29-2 and decide jaw 29-1-1 and unclamp mutually.
The concise and to the point description of working process of the present utility model is:
1, opening power and air pump are placed on steel ring 2 on the pallet 6, and are enclosed within on the upright shafts 5 and with upright shafts 5 keys and are connected, and tighten locknut 3;
2, the inner tube of a tyre is filled in cover tire after, fill an amount of gas, again tire tube valve is penetrated in the valve port of steel ring 2;
3, with steel ring tire clamping tool 29 with tire and steel ring clamping, the position of charging connector is forwarded to reference position and plugs torsion bar 25;
4, release the button, carrying roller 27 and following system cincture 20 are gone up, put down tire rolling wheel 23, put down again and lead tire pull bar 13;
5, open foot-operated switch and make steel ring just go to 240 degree, lay down folder tire instrument 29, withdraw from and lead tire pull bar 13, stop after the positive again turnback, this moment carrying roller 27, tire rolling wheel 23, following system cincture 20 withdraws from;
6, system cincture 17 and counter-rotating are all first-class until tire in the unlatching, withdraw from system cincture 17, and the tire operation is promptly finished in shutdown.
The utility model first sample lab scale effect shows, its work efficiency is very high in 0.5～1min scope the tire time on every tire.
Claims (3)
1. go up the tire machine for one kind, comprise frame (1), be dynamically connected and the upright shafts with locknut (3) (4) equipped with frame (1) with steel ring (2) wheel hub, upright shafts driving device (5), be the rotating disk that is used for carrying workpiece steel ring (2) (6) of axis hole close fit mutually with upright shafts (4), and electric cabinet (28), the motor (5-1) of described upright shafts driving device (5) is electrically connected with electric cabinet (28), it is characterized in that, also comprise:
-tire is located the double device of tyre (DD) of leading up and down; Described tire is registration device (DW) up and down, comprise vertical first column (7) that installs with frame (1), be packed in the moving assembly (8) of first gas/liquid on first column (7) top, with first column (7) by first sliding pair be mutually slide up and down equipped by last locating rack (9) and form with the last registration roller (10) that last locating rack (9) is dynamically connected and with moving assembly (8) the bonded assembly tire of first gas/liquid on detent mechanism (SD), detent mechanism (XD) under the tire of forming by locating rack (11) down with the following registration roller (12) that following locating rack (11) is dynamically connected of captiveing joint with first column (7) bottom; Described registration roller (12) down is the horizontal parallel configuration mutually with last registration roller (10), and the roll surface of following registration roller (12) exceeds the last plane of rotating disk (6); The described device of tyre (DZ) of leading by captiveing joint with last locating rack (9) and the vertically arranged tire pull bar (13) of leading, is formed with the draw bar socket (14) of captiveing joint with following locating rack (11) and have a pull bar jack; The pull bar jack of described draw bar socket (14) and is led the concentricity positioned opposite of tire pull bar (13); The electromagnetic valve of the moving assembly (8) of described first gas/liquid is electrically connected with electric cabinet (28);
-on neutralize tyre bead device (SB); Neutralize tyre bead device (SB) on described, comprise the tilting moving assembly (16) of second gas/liquid that is packed on second column (15) of captiveing joint with frame (1), move the piston bonded assembly of assembly (16) by last system cincture (17) with second gas/liquid, with be dynamically connected with last system cincture (17) go up the system that the goes up cincture assembly that system cincture axle bed (18) is formed, and the described system cincture axle bed (18) of going up is under the driving of the moving assembly (16) of second gas/liquid, by second sliding pair axially moving back and forth along second gas/liquid moving assembly (16); The radial alignment of last system cincture (17) is pointed to steel ring (2) the institute interior upper overturning position of justifying of the tire of going up; The electromagnetic valve of the moving assembly (16) of described second gas/liquid is electrically connected with electric cabinet (28);
-following tyre bead the device (XB) of neutralizing; Neutralize tyre bead device (XB) under described, comprise the tilting moving assembly (19) of the 3rd gas/liquid that is packed on second column (15) of captiveing joint with frame (1), with the piston bonded assembly of the moving assembly (19) of the 3rd gas/liquid by under the following system cincture assembly making cincture (20) and form with the following system cincture axle bed (21) that system cincture (20) down is dynamically connected; And described system cincture axle bed (21) down is under the driving of the moving assembly (19) of the 3rd gas/liquid, along axially the moving back and forth of the moving assembly (19) of the 3rd gas/liquid, the radial alignment of following system cincture (20) is pointed to steel ring (2) the institute interior round following flange position of the tire of going up by the 3rd sliding pair; The electromagnetic valve of the moving assembly (19) of described the 3rd gas/liquid is electrically connected with electric cabinet (28);
-tire rolling device (GY); Described tire rolling device (GY), comprise that vertical the 4th gas/liquid that installs with second column (15) moves assembly (22), with moving assembly (22) the piston bonded assembly of the 4th gas/liquid by rolling wheel (23) and the rolling wheel assembly formed with the rolling wheel axle bed (24) that rolling wheel (23) is dynamically connected; And described rolling wheel axle bed (24) is under the driving of the moving assembly (22) of the 4th gas/liquid, by the 4th sliding pair axially moving back and forth along the 4th gas/liquid moving assembly (22); The radial alignment of rolling wheel (23) is pointed to the cylindrical position near steel ring (2); The electromagnetic valve of the moving assembly (22) of described the 4th gas/liquid is electrically connected with electric cabinet (28);
-tire backing device (TZ); Described tire backing device (TZ), comprise with the moving assembly (26) of frame (1) vertical fixing bonded assembly the 5th gas/liquid and with moving assembly (26) the piston rod bonded assembly of the 5th gas/liquid and with the carrying roller (27) of tire positioned opposite; Described carrying roller (27) is held tire by the 5th sliding pair under the driving of the moving assembly (26) of the 5th gas/liquid; The electromagnetic valve of the moving assembly (26) of described the 5th gas/liquid is electrically connected with electric cabinet (28);
-torsion bar (25); Described torsion bar (25) inserts in the set torsion bar hole (24) of rotating disk (6) by neutral gear between the spoke of steel ring (2); When rotating disk (6) rotates with upright shafts (4), drive steel ring (2) by torsion bar (25) and rotate together.
2. the tire machine of going up according to claim 1, it is characterized in that described upright shafts driving device (5) is made up of motor (5-1) and change speed gear box (5-2), motor (5-1) is in transmission connection the output shaft of change speed gear box (5-2) and coaxial connection of upright shafts (4) with the input shaft of change speed gear box (5-2).
3. the tire machine of going up according to claim 1 is characterized in that, also comprises steel ring tire clamping tool (29); Described steel ring tire clamping tool (29) comprises that an end has the tooth bar (29-1) of deciding jaw (29-1-1), movable clamp port seat (29-2), wrenching bar (29-3), locking gear (29-4) and ratchet (29-5); Described movable clamp port seat (29-2) is bar groove bearing fit with tooth bar (29-1); Locking gear (29-4) is rotationally connected by minor axis and wrenching bar (29-3), and is meshed with tooth bar (29-1); One end of ratchet (29-5) and wrenching bar (29-3) are dynamically connected, and the ratchet hook of its other end and locking gear (29-4) hook; Pull wrenching bar (29-3), make movable clamp port seat (29-2) and decide jaw (29-1-1) locking mutually by ratchet (29-5); And unclamp ratchet (29-5), by manual movable clamp port seat (29-2), make movable clamp port seat (29-2) and decide jaw (29-1-1) and unclamp mutually.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202526023U CN201736749U (en) | 2010-07-01 | 2010-07-01 | Tyre mounting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202526023U CN201736749U (en) | 2010-07-01 | 2010-07-01 | Tyre mounting machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201736749U true CN201736749U (en) | 2011-02-09 |
Family
ID=43552032
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010202526023U Expired - Fee Related CN201736749U (en) | 2010-07-01 | 2010-07-01 | Tyre mounting machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201736749U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104936798A (en) * | 2013-01-25 | 2015-09-23 | 道美能技术集团有限公司 | A method and machine for automated tire and wheel assembly |
-
2010
- 2010-07-01 CN CN2010202526023U patent/CN201736749U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104936798A (en) * | 2013-01-25 | 2015-09-23 | 道美能技术集团有限公司 | A method and machine for automated tire and wheel assembly |
| CN104936798B (en) * | 2013-01-25 | 2017-03-08 | 道美能技术集团有限公司 | A kind of method and machine for automating tire and wheel assembling |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20110209 Termination date: 20120701 |