CN104191839B - A kind of rolling for ribbon printer conveys location structure - Google Patents
A kind of rolling for ribbon printer conveys location structure Download PDFInfo
- Publication number
- CN104191839B CN104191839B CN201410440018.3A CN201410440018A CN104191839B CN 104191839 B CN104191839 B CN 104191839B CN 201410440018 A CN201410440018 A CN 201410440018A CN 104191839 B CN104191839 B CN 104191839B
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- Prior art keywords
- tooth bar
- admittedly
- cage
- ratch
- convex
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Abstract
A kind of rolling for ribbon printer of the invention conveys location structure, including cage；One end of the cage is provided with convex and covers admittedly, and the other end of cage is provided with and covers the matrix of coaxial line admittedly with convex and cover admittedly；Be provided with movable tooth bar in cage, the tooth bar have secondary ratch end and with described corresponding ratch end in secondary ratch end；The secondary ratch end of tooth bar is installed on convex and covers interior admittedly, and the secondary ratch end of tooth bar is installed on matrix and covers interior admittedly.Compared with prior art, present invention conveying accurate positioning, can improve the stability of tooth bar conveying, improve the precision of ribbon printer printing, safe and reliable.
Description
Technical field
The present invention relates to one kind conveying location structure, especially a kind of rolling conveying positioning knot for ribbon printer
Structure, is particularly used for the rolling conveying location structure on ribbon printer.
Background technology
In ribbon printer, rolling structure for conveying is varied, and the whether accurate direct shadow of cage overwind conveying
The printing precision to ribbon printer is rung, traditional rolling conveying is that one end of synchronizing wheel is connected on propeller, and with pushing away
Entering device can not meet the printing precision of ribbon printer to the structure of synchronizing wheel transmitting power, and synchronizing wheel is conveyed
It is not steady enough.
The content of the invention
The purpose of the present invention is to overcome the deficiencies in the prior art, there is provided a kind of rolling for ribbon printer is defeated
Location structure is sent, its conveying accurate positioning can improve the stability of tooth bar conveying, improve the precision of ribbon printer printing, peace
It is complete reliable.
According to the technical scheme that the present invention is provided, the rolling conveys location structure, including cage；One end of the cage
It is provided with convex to cover admittedly, the other end of cage is provided with and covers the matrix of coaxial line admittedly with convex and cover admittedly；Movable tooth is provided with cage
Bar, the tooth bar have secondary ratch end and with described corresponding ratch end in secondary ratch end；The secondary ratch end of tooth bar is installed on
In convex covers admittedly, the secondary ratch end of tooth bar is installed on matrix and covers interior admittedly.
The secondary ratch end of the tooth bar is connected by motor drive shaft copper gear with the output shaft of servo drive motor is driven, and is driven
Servo drive motor is fixed in cage by base component.
The secondary ratch end of the tooth bar covers interior admittedly by F type tooth bars sliding sleeve installed in convex, the right side of the F types tooth bar sliding sleeve
End is locked on tooth bar by T-shaped reinforcing member.
The right-hand member of the F types tooth bar sliding sleeve is provided with T-shaped clutch external member, H types encryption part and latch, F type tooth bar sliding sleeves
Left end is provided with W type clutch external members and c-type external member；T-shaped clutch external member, H types encryption part and latch are located at F type tooth bar sliding sleeves and T
Between type reinforcing member, latch is fixed in cage, and T-shaped clutch external member is enclosed within tooth bar and is contacted with T-shaped reinforcing member, the encryption of H types
Part is enclosed within the casing of T-shaped clutch external member；W type clutch external members are enclosed within tooth bar, and c-type external member is enclosed within the shell of W type clutch external members
Set.
By torus cover and in the torus cover, E type tooth bars sliding sleeve is arranged on matrix at the secondary ratch end of the tooth bar
Gu in set；E type tooth bar sliding sleeves are locked on tooth bar by positioned at the U-shaped reinforcing member of the E types tooth bar sliding sleeve left end.
H type clutch external members are provided between the U-shaped reinforcing member and E type tooth bar sliding sleeves, H type clutch external members are enclosed within tooth bar；E types
The section of tooth bar sliding sleeve is provided with M type clutch external members and O-shaped encryption part, and M type clutch external members are enclosed within tooth bar, and O-shaped encryption part is enclosed within M
The casing of type clutch external member is simultaneously arranged in the ladder type base of torus cover.
The left part of the torus cover is provided with solid set, and the solid set is fixed on the end of torus cover.The torus cover and cover
Elastic volution is provided between frame, the elastic volution is fixed in cage by rotation fastener.
The beneficial effects of the present invention are：Convex is set in cage and is covered admittedly and covered admittedly with matrix, the secondary ratch end of tooth bar passes through F
Type tooth bar sliding sleeve and T-shaped reinforcing member cover interior admittedly installed in convex, and the secondary ratch end of tooth bar passes through torus cover, E type tooth bars sliding sleeve, U
Type reinforcing member covers interior admittedly installed in matrix, and the secondary ratch end of tooth bar is by motor drive shaft copper gear and the output shaft of servo drive motor
Connection, conveys accurate positioning, can improve the stability of tooth bar conveying, improves the precision of ribbon printer printing, safe and reliable.
Brief description of the drawings
Fig. 1 is structural representation of the invention.
Description of reference numerals：1- base components, 2- servo drive motors, 3- motor drive shaft copper gear, 4-T types reinforcing member, 5-T
Type clutch external member, 6-H types encryption part, 7- latch, 8-F type tooth bars sliding sleeve, 9-W type clutches external member, 10-C jackets part, 11- covers
Frame, 12- tooth bars, 13-M type clutches external member, 14-O types encryption part, 15-E type tooth bars sliding sleeve, 16- torus cover, 17-H type clutch covers
Part, 18-U types reinforcing member, 19- cover admittedly, the elastic volutions of 20-, 21- rotation fasteners, 22- slide grooves, 23- convexs cover 24- matrixs and consolidate admittedly
Set.
Specific embodiment
With reference to specific drawings and Examples, the invention will be further described.
As shown in Figure 1：In order to cause that the structure for conveying of tooth bar meets the requirement of vertical ribbon printer printing precision,
The present invention includes cage 11；One end of the cage 11 is provided with convex and covers 23 admittedly, and the other end of cage 11 is provided with and is covered admittedly with convex
The matrix of 23 coaxial lines covers 24 admittedly；Be provided with the tooth bar 12 that can run in cage 11, the tooth bar 12 with pair ratch end and with
Described corresponding ratch end in secondary ratch end；The secondary ratch end of tooth bar 12 is installed on convex and covers in 23 admittedly, the secondary ratch of tooth bar 12
End is installed on matrix and covers in 24 admittedly.
Specifically, slide groove 22 is provided with the cage 11, convex is set on the two ends projection of slide groove 22 and covers 23 and recessed admittedly
Type covers 24 admittedly, and convex covers 23 and covers 24 admittedly for coaxial line with matrix admittedly, it is ensured that the axiality that tooth bar 12 is installed.Convex covers 23 and is located at admittedly
The right-hand member of cage 11, matrix covers 24 left ends for being located at cage 11 admittedly.
In order to drive tooth bar 12 to run, in the embodiment of the present invention, the secondary ratch end of the tooth bar 12 passes through motor drive shaft
Copper gear 3 is connected with the output shaft of servo drive motor 2 is driven, and drives servo drive motor 2 to be installed by base component 1 and fixes
In cage 11.Servo drive motor 2 is arranged on base component 1, and the output shaft of servo drive motor 2 passes through base component 1
Axis hole, the extended line of the center line of tooth bar 12 and the axis of the output shaft of servo drive motor 2 on the same line, servo-drive horse
Connected with motor drive shaft copper gear 3 up between 2 output shafts and tooth bar 12, such servo drive motor 2 just can be by motor drive shaft copper
Gear 3 by power transmission to tooth bar 12, to drive the operation of tooth bar 12.
The secondary ratch end of the tooth bar 12 is covered in 23 admittedly by F type tooth bars sliding sleeve 8 installed in convex, and the F types tooth bar is slided
The right-hand member of set 8 is locked on tooth bar 12 by T-shaped reinforcing member 4.
In the embodiment of the present invention, convex cover admittedly install in 23 two close to F type tooth bars sliding sleeve 8.
The right-hand member of the F types tooth bar sliding sleeve 8 is provided with T-shaped clutch external member 5, H types encryption part 6 and latch 7, and F types tooth bar is slided
The left end of set 8 is provided with W type clutches external member 9 and c-type external member 10；T-shaped clutch external member 5, H types encryption part 6 and latch 7 are located at F types
Between tooth bar sliding sleeve 8 and T-shaped reinforcing member 4, latch 7 is fixed in cage 3, T-shaped clutch external member 5 be enclosed within tooth bar 12 and with it is T-shaped
Reinforcing member 4 is contacted, and H types encryption part 6 is enclosed within the casing of T-shaped clutch external member 5；W type clutches external member 9 is enclosed within tooth bar 12, c-type set
Part 10 is enclosed within the casing of W type clutches external member 9.
It is specific when installing, the convex of the right-hand member of cage 11 cover admittedly offered in 23 the ladder type base faces of installing c-type external member 10 and
The ladder type base of F type tooth bars sliding sleeve 8 is installed, c-type external member 10 is first inserted on tooth bar 12, then put the secondary ratch end of tooth bar 12
The convex for entering the right-hand member of cage 11 is covered in 23 admittedly, and W type clutches external member 9 is inserted on tooth bar 12, the left side top of W type clutches external member 9
At ladder type base face on tooth bar 12, then will be enclosed within the c-type external member 10 of the right-hand member of tooth bar 12 and be enclosed within W type clutches external member 9, C
The right side of jacket part 10 is withstood on the ladder type base face that convex in cage 11 covers in 23 admittedly, next mutually acts against two
F type tooth bars sliding sleeve 8 together loads the secondary ratch end of tooth bar 12, and the left side of F type tooth bars sliding sleeve 8 acts against convex in cage 11
Admittedly on the ladder type base face in set 23 and on the right side of W type clutches external member 9, latch 7 is then arranged on cage 11 right
On end face, be fixed with screw, the left side of latch 7 is withstood on the right side of F type tooth bars sliding sleeve 8, next by it is T-shaped from
Trap part 5 is withstood on the right side of F type tooth bars sliding sleeve 8 mounted in the secondary ratch end of tooth bar 12, the left side of T-shaped clutch external member 5, T
The right side of type clutch external member 5 is held out against with the T-shaped reinforcing member 4 being spun on tooth bar 12.
The secondary ratch end of the tooth bar 12 passes through torus cover 16 and the E type tooth bars sliding sleeve 15 in the torus cover 16
Covered in 24 admittedly installed in matrix；E type tooth bars sliding sleeve 15 is locked by positioned at the U-shaped reinforcing member 18 of the left end of E types tooth bar sliding sleeve 15
Tightly on tooth bar 12.
H type clutches external member 17 is provided between the U-shaped reinforcing member 18 and E type tooth bars sliding sleeve 15, H type clutches external member 17 is enclosed within tooth
On bar 12；The section of E type tooth bars sliding sleeve 15 is provided with M type clutches external member 13 and O-shaped encryption part 14, and M type clutches external member 13 is enclosed within tooth
On bar 12, O-shaped encryption part 14 is enclosed within the casing of M type clutches external member 13 and is arranged in the ladder type base of torus cover 16.
The left part of the torus cover 16 is provided with solid set 19, and the set 19 admittedly is fixed on the end of torus cover 16.
Elastic volution 20 is provided between the torus cover 16 and cage 11, the elastic volution 20 is fixed by rotation fastener 21
In cage 11.
During specific installation, the matrix that torus cover 16 installs the left end of cage 11 is covered in 24 admittedly, wherein, in torus cover 16
Between also offer through hole at position, have the ladder type base of the ladder type base and mounting framework oil sealing of installing bearing in through hole, in wheel
Elastic volution 20 is installed, elastic volution 20 is solid by rotation fastener 21 between the ladder type base face and the left side of cage 11 of ring cover 16
It is scheduled between cage 11 and torus cover 16, the shank portion of rotation fastener 21 is covered through screw-in after torus cover 16 and elastic volution 20
In screwed hole on the left side of frame 11, so as to torus cover 16 and elastic volution 20 are fixed on the left side of cage 11.
After torus cover 16 is fixed；O-shaped encryption part 14 is inserted on tooth bar 12, then by the secondary ratch end plug of tooth bar 12
Enter in the through hole of torus cover 16, next M type clutches external member 13 is enclosed within tooth bar 12, the right side top of M type clutches external member 13
The firmly ladder type base face on tooth bar 12, the O-shaped encryption part 14 that then will be enclosed within tooth bar 12 is enclosed within M type clutches external member 13, O-shaped
Ladder type base face on torus cover 16 is withstood in the left side for encrypting part 14, then by two close to E type tooth bars sliding sleeve 15 install
On tooth bar 12, the internal diameter of E type tooth bars sliding sleeve 15 is the linkage component of basic hole system, E type tooth bars sliding sleeve 15 with the diameter of axle of tooth bar 12
The aperture of outer end and torus cover 16 be the linkage component of basic shaft system, two E type tooth bars sliding sleeves 15 are mutually leaned together, E types
The right side of tooth bar sliding sleeve 15 is acted against on the ladder type base face of torus cover 16 and the left side of M type clutches external member 13, E type teeth
The left side of bar sliding sleeve 15 is held out against with H type clutches external member 17, and H type clutches external member 17 is with the U-shaped reinforcing being spun on tooth bar 12
Part 18 holds out against, and finally solid set 19 is arranged on the left side of torus cover 16 and is screwed, and entirely set 19 will stretch out torus admittedly
The parts of cover 16 are covered.
Set in cage of the present invention 11 convex cover admittedly 23 and matrix cover 24 admittedly, the secondary ratch end of tooth bar 12 passes through F type tooth bars
Sliding sleeve 8 and T-shaped reinforcing member 4 are covered in 23 admittedly installed in convex, and the secondary ratch end of tooth bar 12 passes through torus cover 16, E type tooth bar sliding sleeves
15th, U-shaped reinforcing member 18 is covered in 24 admittedly installed in matrix, and the secondary ratch end of tooth bar 12 passes through motor drive shaft copper gear 3 and servo-drive
The output shaft connection of motor 2, conveys accurate positioning, can improve the stability of tooth bar conveying, improves the essence of ribbon printer printing
Degree, it is safe and reliable.
Claims (6)
1. a kind of rolling for ribbon printer conveys location structure, it is characterised in that：Including cage (11), the cage
(11) one end is provided with convex and covers admittedly (23), and the other end of cage (11) is provided with the matrix for covering (23) coaxial line admittedly with convex and covers admittedly
(24)；Be provided with the tooth bar (12) that can be run in cage (11), the tooth bar (12) with secondary ratch end and with the secondary ratch
The corresponding ratch end in end；The secondary ratch end of tooth bar (12) is installed on convex and covers admittedly in (23), the secondary ratch end peace of tooth bar (12)
Covered admittedly in (24) loaded on matrix, the secondary ratch end of tooth bar (12) passes through F type tooth bars sliding sleeve (8) and T-shaped reinforcing member (4) installed in convex
Type is covered in (23) admittedly, and the secondary ratch end of tooth bar (12) is pacified by torus cover (16), E type tooth bars sliding sleeve (15), U-shaped reinforcing member (18)
Covered admittedly in (24) mounted in matrix, the secondary ratch end of tooth bar (12) is defeated with servo drive motor (2) by motor drive shaft copper gear (3)
Shaft is connected.
2. a kind of rolling for ribbon printer according to claim 1 conveys location structure, it is characterised in that：It is described
Cage (11) in be provided with slide groove (22).
3. a kind of rolling for ribbon printer according to claim 2 conveys location structure, it is characterised in that：It is described
Slide groove (22) two ends projection on convex be set cover (23) admittedly and matrix covers (24) admittedly, convex covers (23) and is covered admittedly with matrix admittedly
(24) it is coaxial line, it is ensured that the axiality that tooth bar (12) is installed, convex covers the right-hand member of (23) positioned at cage (11) admittedly, and matrix covers admittedly
(24) positioned at the left end of cage (11).
4. a kind of rolling for ribbon printer according to claim 1 conveys location structure, it is characterised in that：It is described
The secondary ratch end of tooth bar (12) is connected by motor drive shaft copper gear (3) with the output shaft of servo drive motor (2), servo-drive horse
It is fixed in cage (11) by base component (1) up to (2).
5. a kind of rolling for ribbon printer according to claim 4 conveys location structure, is further characterized in that：Watch
Take and be connected with motor drive shaft copper gear (3) between drive motor (2) output shaft and tooth bar (12), servo drive motor (2) is by horse
Tooth bar (12) is given by power transmission up to axle copper gear (3), to drive the operation of tooth bar (12).
6. a kind of rolling for ribbon printer according to claim 1 conveys location structure, is further characterized in that：Institute
The right-hand member for stating F type tooth bars sliding sleeve (8) is locked on tooth bar (12) by T-shaped reinforcing member (4).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410440018.3A CN104191839B (en) | 2014-08-25 | 2014-08-25 | A kind of rolling for ribbon printer conveys location structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410440018.3A CN104191839B (en) | 2014-08-25 | 2014-08-25 | A kind of rolling for ribbon printer conveys location structure |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104191839A CN104191839A (en) | 2014-12-10 |
| CN104191839B true CN104191839B (en) | 2017-06-09 |
Family
ID=52077277
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410440018.3A Active CN104191839B (en) | 2014-08-25 | 2014-08-25 | A kind of rolling for ribbon printer conveys location structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN104191839B (en) |
Family Cites Families (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3493016A (en) * | 1967-06-16 | 1970-02-03 | Lear Siegler Inc | Wire bending machine |
| JPH1178146A (en) * | 1997-09-02 | 1999-03-23 | Fuji Photo Film Co Ltd | Printer |
| CN102205745B (en) * | 2011-01-26 | 2013-08-14 | 合肥海闻机器人开发有限公司 | Roll lifter of flat printer specially used for textile industry cloth printing |
| CN102180028B (en) * | 2011-01-26 | 2013-04-03 | 合肥海闻机器人开发有限公司 | Translational device of universal printer special for acryl |
| CN203472292U (en) * | 2012-12-14 | 2014-03-12 | 广州市宝比塑料制品有限公司 | Printer |
| CN203766250U (en) * | 2013-12-04 | 2014-08-13 | 合肥海闻自动化设备有限公司 | Digital ink jet printer for ribbon |
-
2014
- 2014-08-25 CN CN201410440018.3A patent/CN104191839B/en active Active
Also Published As
| Publication number | Publication date |
|---|---|
| CN104191839A (en) | 2014-12-10 |
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