CN205326474U - Cloth printing equipment with bearing structure - Google Patents
Cloth printing equipment with bearing structure Download PDFInfo
- Publication number
- CN205326474U CN205326474U CN201620023900.2U CN201620023900U CN205326474U CN 205326474 U CN205326474 U CN 205326474U CN 201620023900 U CN201620023900 U CN 201620023900U CN 205326474 U CN205326474 U CN 205326474U
- Authority
- CN
- China
- Prior art keywords
- plate
- backup pad
- mainframe box
- upper backup
- master rotor
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Treatment Of Fiber Materials (AREA)
Abstract
The utility model relates to an artificial plush production facility technical field especially relates to a cloth printing equipment with bearing structure, including the mainframe box, still include first driver part, roll the roller, drive disk assembly, second driver part, guided way and knurling part, the knurling part is including operation frame, slip curb plate, sliding foot, gear frame, roll regulating part, lifter plate and pressure pole, the utility model discloses a cloth printing equipment with bearing structure convenient operation, it is convenient to adjust, and the stamp is efficient.
Description
Technical field
This utility model relates to artificial lint and produces equipment technical field, particularly relates to a kind of cloth printing equipment with supporting construction。
Background technology
Cloth production process generally adopt printing equipment cloth is carried out stamp。But, the equipment being traditionally used for cloth printing regulates inconvenience, and inconvenient operation, stamp inefficiency, printing quality is poor。Accordingly, it is desirable to provide a kind of easy to operate, easy to adjust, stamp efficiency is high, and what printing quality was good has the cloth printing equipment of supporting construction。
Utility model content
The purpose of this utility model is to provide a kind of cloth printing equipment with supporting construction, solves traditional cloth printing equipment and regulates inconvenience, the problem of inconvenient operation。
This utility model be the technical scheme is that by its technical problem of solution
A kind of cloth printing equipment with supporting construction, including mainframe box, also include being arranged at the upper end of described mainframe box the first driver part, be arranged in described mainframe box and be in the milling roller on the top of described mainframe box, rotation be located on described first driver part and one end be connected to the drive disk assembly on described milling roller, be arranged at the second driver part of the bottom of described mainframe box, the guided way being arranged on the inwall of described mainframe box and be arranged at described mainframe box in and be in the embossed component of upper end of described second driver part；Described embossed component includes operation box, be embedded at the sidewall of described operation box in slip side plate, be arranged at the slip foot of the end of described slip side plate, be arranged at the gear frame of the bottom of described operation box, be embedded at the rolling regulating part, be arranged at the lifter plate of the upside of described rolling regulating part and be arranged in the press rods of bottom of described rolling regulating part of top of described operation box；
It is additionally provided with supporting construction inside described mainframe box, described supporting construction includes upper backup pad and lower supporting plate, described upper backup pad and lower supporting plate are rectangular structure, the width of described upper backup pad keeps consistent with the width of lower supporting plate, the height of described upper backup pad is more than the height of lower supporting plate, by glue adhesion between upper backup pad and lower supporting plate, described upper backup pad is internally provided with several bracers, described bracer is chondritic, the top and bottom of described bracer are provided with spring, described spring one end is connected with a bracer, the other end is connected with upper backup pad inwall, it is additionally provided with support column inside described upper backup pad, described support column is Collapsible structure, described support column is arranged in a crossed manner with a bracer, and keeping parallelism, it is additionally provided with elastic plate inside described lower supporting plate, described elastic plate is wave-like, and hold out against with lower supporting plate inwall and to be connected；
Wherein, described lifter plate is discoid；Described rolling regulating part is ellipsoid shape；It is arranged with rolling regulating tank, described rolling regulating tank and described rolling regulating part to adapt in the bottom of described lifter plate；Described press rods is cylindric；Along described rolling regulating part radial to being equipped with the first adjustment chamber in described rolling regulating part, described first regulates chamber and described press rods adapts；Concave side wall in described operation box is provided with the fixing groove of slip, and the fixing groove of described slip and described slip side plate adapt；Described slip foot is cube；Be arranged with main driver slot in the bottom of described gear frame, the sidewall of described main driver slot is curved surface；Described main driver slot and described second driver part adapt。
Wherein, described milling roller includes master rotor, is embedded at the rotation dish of the end of described master rotor, is located at the shackle rod on described rotation dish along the main drive shaft being axially arranged in described master rotor of described master rotor, the printing plate being embedded in the outer wall of described master rotor, the inner support member being arranged between described main drive shaft and described printing plate, rotation and is arranged at the articulated elements of end of described shackle rod。
Wherein, described master rotor is cylindric；Concave side wall in described master rotor is provided with stamp mounting groove, and described stamp mounting groove and described printing plate adapt；It is arranged with the first swivelling chute, described first swivelling chute and described rotation dish to adapt in the end of described master rotor；Described rotation dish is discoid；Described shackle rod is cylindric, and described articulated elements is spherical；Along described articulated elements radial to being equipped with the first drive cavity and the second drive cavity in described articulated elements, described first drive cavity and described second drive cavity are mutually perpendicular to；Described first drive cavity and described shackle rod adapt；Described second drive cavity and described drive disk assembly adapt；Described inner support member is relative to the axially inclined setting of described main drive shaft；Several described inner support member being axially uniformly distributed along described main drive shaft。
Wherein, described rolling regulating part includes main rotary body, the rotary joint of end of described main rotary body, the roof sheet being embedded on the outer wall of described main rotary body are located in rotation and are arranged at the interior flexible adjustment part of inner side of described roof sheet；The outer wall of described main rotary body is ellipsoid；Concave side wall in described rotary joint is provided with the first swivelling chute, and the sidewall of described first swivelling chute is curved surface；The outer wall of described interior flexible adjustment part is sphere, and several described interior flexible adjustment parts are uniformly distributed along described roof sheet circular arc direction。
The utility model has the advantage of:
The cloth printing equipment with supporting construction of the present utility model, including mainframe box, also include being arranged at the upper end of described mainframe box the first driver part, be arranged in described mainframe box and be in the milling roller on the top of described mainframe box, rotation be located on described first driver part and one end be connected to the drive disk assembly on described milling roller, be arranged at the second driver part of the bottom of described mainframe box, the guided way being arranged on the inwall of described mainframe box and be arranged at described mainframe box in and be in the embossed component of upper end of described second driver part；Described embossed component includes operation box, be embedded at the sidewall of described operation box in slip side plate, be arranged at the slip foot of the end of described slip side plate, be arranged at the gear frame of the bottom of described operation box, be embedded at the rolling regulating part, be arranged at the lifter plate of the upside of described rolling regulating part and be arranged in the press rods of bottom of described rolling regulating part of top of described operation box；The cloth printing equipment with supporting construction of the present utility model is easy to operate, easy to adjust, and stamp efficiency is high, and printing quality is good。
Accompanying drawing explanation
Fig. 1 is the front view of the cloth printing equipment with supporting construction of the present utility model。
Fig. 2 is the front view of embossed component of the present utility model。
Fig. 3 is the front view of milling roller of the present utility model。
Fig. 4 is the front view of rolling regulating part of the present utility model。
Fig. 5 is the structural representation of supporting construction of the present utility model。
1-mainframe box；11-upper backup pad；12-lower supporting plate；13-spring；14-props up bracer；15-support column；16-elastic plate；2-guided way；3-embossed component；31-operation box；32-lifter plate；33-rolls regulating part；The main rotary body of 332-；333-rotary joint；Flexible adjustment part in 334-；335-roof sheet；34-gear frame；35-press rods；36-slip side plate；37-slip foot；4-milling roller；41-master rotor；42-main drive shaft；43-articulated elements；44-shackle rod；45-rotation dish；46-printing plate；47-inner support member；5-drive disk assembly；6-the first driver part；7-the second driver part。
Detailed description of the invention
For the technological means making this utility model realize, creation characteristic, reach purpose and effect and be easy to understand, below in conjunction with diagram and specific embodiment, this utility model is expanded on further。
In conjunction with Fig. 1 to Fig. 5, the cloth printing equipment with supporting construction of the present utility model is described in detail。
The cloth printing equipment with supporting construction of the present utility model, including mainframe box 1, also include the first driver part 6 being arranged at the upper end of described mainframe box 1, it is arranged in described mainframe box 1 and is in the milling roller 4 on the top of described mainframe box 1, rotation is located on described first driver part 6 and one end is connected to the drive disk assembly 5 on described milling roller 4, it is arranged at the second driver part 7 of the bottom of described mainframe box 1, it is arranged at the embossed component 3 of the guided way 2 on the inwall of described mainframe box 1 and the upper end being arranged in described mainframe box 1 and being in described second driver part 7；Described embossed component 3 includes operation box 31, be embedded at the sidewall of described operation box 31 in slip side plate 36, be arranged at the slip foot 37 of the end of described slip side plate 36, be arranged at the gear frame 34 of the bottom of described operation box 31, be embedded at the rolling regulating part 33, be arranged at the lifter plate 32 of the upside of described rolling regulating part 33 and be arranged in the press rods 35 of bottom of described rolling regulating part 33 of top of described operation box 31；
Described mainframe box 1 is internal is additionally provided with supporting construction, described supporting construction includes upper backup pad 11 and lower supporting plate 12, described upper backup pad 11 is rectangular structure with lower supporting plate 12, the width of described upper backup pad 11 keeps consistent with the width of lower supporting plate 12, the height of described upper backup pad 11 is more than the height of lower supporting plate 12, by glue adhesion between upper backup pad 11 and lower supporting plate 12, described upper backup pad 11 is internally provided with several bracers 14, described bracer 14 is chondritic, the top and bottom of described bracer 14 are provided with spring 13, described spring 13 one end is connected with a bracer 14, the other end is connected with upper backup pad 11 inwall, described upper backup pad 11 is internal is additionally provided with support column 15, described support column 15 is Collapsible structure, described support column 15 is arranged in a crossed manner with a bracer 14, and keeping parallelism, described lower supporting plate 12 is internal is additionally provided with elastic plate 16, described elastic plate 16 is wave-like, and hold out against with lower supporting plate 12 inwall and to be connected；
Described lifter plate 32 is discoid；Described rolling regulating part 33 is ellipsoid shape；It is arranged with rolling regulating tank, described rolling regulating tank and described rolling regulating part 33 to adapt in the bottom of described lifter plate 32；Described press rods 35 is cylindric；Along described rolling regulating part 33 radial to being equipped with the first adjustment chamber in described rolling regulating part 33, described first regulates chamber and described press rods 35 adapts；Concave side wall in described operation box 31 is provided with the fixing groove of slip, and the fixing groove of described slip and described slip side plate 36 adapt；Described slip foot 37 is cube；Be arranged with main driver slot in the bottom of described gear frame 34, the sidewall of described main driver slot is curved surface；Described main driver slot and described second driver part 7 adapt。
Described milling roller 4 includes master rotor 41, is embedded at the rotation dish 45 of the end of described master rotor 41, be located at the shackle rod 44 on described rotation dish 45 along the main drive shaft 42 being axially arranged in described master rotor 41 of described master rotor 41, the printing plate 46 being embedded in the outer wall of described master rotor 41, the inner support member 47 being arranged between described main drive shaft 42 and described printing plate 46, rotation and be arranged at the articulated elements 43 of end of described shackle rod 44。
Described master rotor 41 is cylindric；Concave side wall in described master rotor 41 is provided with stamp mounting groove, and described stamp mounting groove and described printing plate 46 adapt；It is arranged with the first swivelling chute, described first swivelling chute and described rotation dish 45 to adapt in the end of described master rotor 41；Described rotation dish 45 is discoid；Described shackle rod 44 is cylindric, and described articulated elements 43 is spherical；Being mutually perpendicular to radial to being equipped with the first drive cavity and the second drive cavity, described first drive cavity and described second drive cavity in described articulated elements 43 along described articulated elements 43；Described first drive cavity and described shackle rod 44 adapt；Described second drive cavity and described drive disk assembly 5 adapt；Described inner support member 47 is relative to the axially inclined setting of described main drive shaft 42；Several described inner support member 47 being axially uniformly distributed along described main drive shaft 42。
Described rolling regulating part 33 includes main rotary body 332, the rotary joint 333 of end of described main rotary body 332, the roof sheet 335 being embedded on the outer wall of described main rotary body 332 are located in rotation and is arranged at the interior flexible adjustment part 334 of inner side of described roof sheet 335；The outer wall of described main rotary body 332 is ellipsoid；Concave side wall in described rotary joint 333 is provided with the first swivelling chute, and the sidewall of described first swivelling chute is curved surface；The outer wall of described interior flexible adjustment part 334 is sphere, and several described interior flexible adjustment parts 334 are uniformly distributed along described roof sheet 335 circular arc direction。
Of the present utility model ultimate principle, principal character and of the present utility model advantage have more than been shown and described。Skilled person will appreciate that of the industry; this utility model is not restricted to the described embodiments; described in above-described embodiment and description is that principle of the present utility model is described; under the premise without departing from this utility model spirit and scope, this utility model also has various changes and modifications, and these changes and improvements both fall within the scope of claimed this utility model。This utility model claims scope and is defined by appending claims and equivalent thereof。
Claims (5)
1. a cloth printing equipment with supporting construction, including mainframe box (1), it is characterized in that: also include being arranged at first driver part (6) of the upper end of described mainframe box (1), it is arranged in described mainframe box (1) and is in the milling roller (4) on the top of described mainframe box (1), the drive disk assembly (5) that rotation is located on described first driver part (6) and one end is connected on described milling roller (4), it is arranged at second driver part (7) of the bottom of described mainframe box (1), it is arranged at the guided way on the inwall of described mainframe box (1) (2) and is arranged in described mainframe box (1) and is in the embossed component (3) of upper end of described second driver part (7)；Described embossed component (3) includes operation box (31), it is embedded at the slip side plate (36) in the sidewall of described operation box (31), it is arranged at the slip foot (37) of the end of described slip side plate (36), it is arranged at the gear frame (34) of the bottom of described operation box (31), it is embedded at the rolling regulating part (33) on the top of described operation box (31), the press rods (35) of the lifter plate (32) being arranged at the upside of described rolling regulating part (33) and the bottom being arranged in described rolling regulating part (33)；
Described mainframe box (1) is internal is additionally provided with supporting construction, described supporting construction includes upper backup pad (11) and lower supporting plate (12), described upper backup pad (11) and lower supporting plate (12) are rectangular structure, the width of described upper backup pad (11) keeps consistent with the width of lower supporting plate (12), the height of described upper backup pad (11) is more than the height of lower supporting plate (12), by glue adhesion between upper backup pad (11) and lower supporting plate (12), described upper backup pad (11) is internally provided with several bracers (14), described bracer (14) is chondritic, the top and bottom of described bracer (14) are provided with spring (13), described spring (13) one end is connected with a bracer (14), the other end is connected with upper backup pad (11) inwall, described upper backup pad (11) is internal is additionally provided with support column (15), described support column (15) is Collapsible structure, described support column (15) is arranged in a crossed manner with a bracer (14), and keeping parallelism, described lower supporting plate (12) is internal is additionally provided with elastic plate (16), described elastic plate (16) is wave-like, and hold out against with lower supporting plate (12) inwall and to be connected。
2. a kind of cloth printing equipment with supporting construction according to claim 1, it is characterised in that: described lifter plate (32) is for discoid；Described rolling regulating part (33) is ellipsoid shape；It is arranged with rolling regulating tank, described rolling regulating tank and described rolling regulating part (33) to adapt in the bottom of described lifter plate (32)；Described press rods (35) is for cylindric；Along described rolling regulating part (33) radial to being equipped with the first adjustment chamber in described rolling regulating part (33), described first regulates chamber and described press rods (35) adapts；Concave side wall in described operation box (31) is provided with the fixing groove of slip, and the fixing groove of described slip and described slip side plate (36) adapt；Described slip foot (37) is cube；Be arranged with main driver slot in the bottom of described gear frame (34), the sidewall of described main driver slot is curved surface；Described main driver slot and described second driver part (7) adapt。
3. a kind of cloth printing equipment with supporting construction according to claim 2, it is characterized in that: described milling roller (4) includes master rotor (41), it is embedded at the rotation dish (45) of the end of described master rotor (41), the main drive shaft (42) being axially arranged in described master rotor (41) along described master rotor (41), it is embedded at the printing plate (46) in the outer wall of described master rotor (41), it is arranged at the inner support member (47) between described main drive shaft (42) and described printing plate (46), rotation is located at the shackle rod (44) on described rotation dish (45) and is arranged at the articulated elements (43) of end of described shackle rod (44)。
4. a kind of cloth printing equipment with supporting construction according to claim 3, it is characterised in that: described master rotor (41) is cylindric；Concave side wall in described master rotor (41) is provided with stamp mounting groove, described stamp mounting groove and described printing plate (46) and adapts；It is arranged with the first swivelling chute, described first swivelling chute and described rotation dish (45) to adapt in the end of described master rotor (41)；Described rotation dish (45) is for discoid；Described shackle rod (44) is for cylindric, and described articulated elements (43) is for spherical；Being mutually perpendicular to radial to being equipped with the first drive cavity and the second drive cavity, described first drive cavity and described second drive cavity in described articulated elements (43) along described articulated elements (43)；Described first drive cavity and described shackle rod (44) adapt；Described second drive cavity and described drive disk assembly (5) adapt；Described inner support member (47) is relative to the axially inclined setting of described main drive shaft (42)；Several described inner support member (47) being axially uniformly distributed along described main drive shaft (42)。
5. a kind of cloth printing equipment with supporting construction according to claim 4, it is characterised in that: described rolling regulating part (33) includes main rotary body (332), the rotary joint (333) of end of described main rotary body (332), the roof sheet (335) being embedded on the outer wall of described main rotary body (332) are located in rotation and is arranged at the interior flexible adjustment part (334) of inner side of described roof sheet (335)；The outer wall of described main rotary body (332) is ellipsoid；Concave side wall in described rotary joint (333) is provided with the first swivelling chute, and the sidewall of described first swivelling chute is curved surface；The outer wall of described interior flexible adjustment part (334) is sphere, and several described interior flexible adjustment parts (334) are uniformly distributed along described roof sheet (335) circular arc direction。
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620023900.2U CN205326474U (en) | 2016-01-12 | 2016-01-12 | Cloth printing equipment with bearing structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620023900.2U CN205326474U (en) | 2016-01-12 | 2016-01-12 | Cloth printing equipment with bearing structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205326474U true CN205326474U (en) | 2016-06-22 |
Family
ID=56210714
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620023900.2U Expired - Fee Related CN205326474U (en) | 2016-01-12 | 2016-01-12 | Cloth printing equipment with bearing structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205326474U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111347767A (en) * | 2020-03-04 | 2020-06-30 | 欧阳成东 | Automatic pattern device that splices of seal of clothes cloth |
-
2016
- 2016-01-12 CN CN201620023900.2U patent/CN205326474U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111347767A (en) * | 2020-03-04 | 2020-06-30 | 欧阳成东 | Automatic pattern device that splices of seal of clothes cloth |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN209208242U (en) | A kind of printing machine | |
| CN205343878U (en) | Extrusion equipment with bearing structure | |
| CN205347785U (en) | Cloth printing equipment with heat radiation structure | |
| CN205326474U (en) | Cloth printing equipment with bearing structure | |
| CN205497757U (en) | Rotation type flatting mill | |
| CN205344088U (en) | Cloth printing equipment | |
| CN205328288U (en) | Two roll -in flat -bed machines with bearing structure | |
| CN205329361U (en) | Equipment of flattening with bearing structure | |
| CN204715064U (en) | A kind of cloth flattening rolls | |
| CN205467316U (en) | Rotation type embossing apparatus with bearing structure | |
| CN205326483U (en) | Compaction device with bearing structure | |
| CN205529522U (en) | Decorative pattern compaction equipment | |
| CN207535476U (en) | A kind of cylinder press with function of flattening | |
| CN205326351U (en) | Roll extrusion equipment with bearing structure | |
| CN205326329U (en) | Two roll -in flat -bed machines | |
| CN213386898U (en) | Facial tissue conveying deviation rectifying structure | |
| CN205364618U (en) | Rolling equipment | |
| CN205326480U (en) | Rolling machine with bearing structure | |
| CN205553329U (en) | Rolling machine | |
| CN203472207U (en) | Bottom rolling device of paper cup forming machine | |
| CN205528860U (en) | Fur carding equipment | |
| CN205394823U (en) | Compaction equipment | |
| CN204919056U (en) | Machinery flattens | |
| CN205343902U (en) | Compaction equipment with bearing structure | |
| CN205326330U (en) | Two -way extrusion device with bearing structure |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160622 Termination date: 20170112 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |