CN207725021U - A kind of printing mechanism for the printing of infusion bottle scale - Google Patents
A kind of printing mechanism for the printing of infusion bottle scale Download PDFInfo
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- CN207725021U CN207725021U CN201721855935.3U CN201721855935U CN207725021U CN 207725021 U CN207725021 U CN 207725021U CN 201721855935 U CN201721855935 U CN 201721855935U CN 207725021 U CN207725021 U CN 207725021U
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- halftone
- polished rod
- scraper
- infusion bottle
- printing
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Abstract
The utility model discloses a kind of printing mechanisms for the printing of infusion bottle scale, including halftone and scraper；And lateral polished rod supporting rack, halftone transverse direction polished rod and two vertical direction guiding rails of halftone；Each parallel to the direction of motion of infusion bottle, halftone transverse direction polished rod is fixed on lateral polished rod supporting rack for lateral polished rod supporting rack and halftone transverse direction polished rod.Two vertical direction guiding rails of halftone are located on halftone transverse direction polished rod, and can be along halftone transverse direction polished rod horizontal sliding；Halftone horizontal shore is arranged on two vertical direction guiding rails of halftone, halftone horizontal shore can carry out the sliding of vertical direction along the vertical direction guiding rail of corresponding halftone；The halftone longitudinal rail vertical with the direction of motion of infusion bottle is equipped on two halftone horizontal shores；The halftone supporting rack sliding block of horizontal sliding can be carried out along corresponding halftone longitudinal rail by being equipped on two halftone longitudinal rails；Halftone is fixed between two halftone supporting rack sliding blocks.
Description
Technical field
The utility model is related to a kind of printing mechanisms for the printing of infusion bottle scale in printing equipment field.
Background technology
Referring to Fig. 1, the outer diameter of infusion bottle 9 is 3~10cm, it is divided into the white half cycle 92 of nontransparent porcelain and transparent half cycle 91,
Graduation mark 93 is located on transparent half cycle 91, and in a circumferential direction by 91 decile of transparent half cycle.If there is deviation in printing position,
Or printing quality is bad, can seriously affect the use of infusion bottle, or even cause unexpected malpractice.Meanwhile it being infused
The printing efficiency of bottle scale is not high, will also influence the interests of patient.
In order to improve the printing efficiency and product quality of infusion bottle scale, labour cost and waste of material and the energy are reduced
Loss, needs to solve the problems, such as follows：There is the deviation of infusion bottle position during scale prints in infusion bottle, and infusion bottle is carved
Ink accumulation, print unevenness in printing process are spent, pendulum expects that end is printed in screens and scale in infusion bottle scale printing process
The problems such as consolidating the position deviation of station into light afterwards.
Utility model content
The purpose of this utility model is to overcome the deficiencies in the prior art, provide a kind of for the printing of infusion bottle scale
Xuan Ping mechanisms are printed, can effectively solve infusion bottle scale print unevenness, ink is accumulated in infusion bottle scale printing process
Technical problem.
Realizing a kind of technical solution of above-mentioned purpose is：A kind of printing mechanism for the printing of infusion bottle scale, including net
Version and scraper；And lateral polished rod supporting rack, halftone transverse direction polished rod and two vertical direction guiding rails of halftone；
The transverse direction polished rod supporting rack and the halftone transverse direction polished rod are each parallel to the direction of motion of infusion bottle, the halftone
Lateral polished rod is fixed on the lateral polished rod supporting rack.Two vertical direction guiding rails of halftone are located at the halftone transverse direction polished rod
On, and can be along the halftone transverse direction polished rod horizontal sliding；
It is arranged with halftone horizontal shore on two vertical direction guiding rails of halftone, the halftone horizontal shore can edge
The corresponding vertical direction guiding rail of halftone carries out the sliding of vertical direction；
It is equipped with the halftone longitudinal rail vertical with the direction of motion of infusion bottle on two halftone horizontal shores；Two
The halftone supporting rack sliding block of horizontal sliding can be carried out along corresponding halftone longitudinal rail by being equipped on halftone longitudinal rail described in root；Institute
Halftone is stated to be fixed between two halftone supporting rack sliding blocks.
Further, the printing mechanism for the printing of infusion bottle scale further includes scraper cross slide way；
The scraper cross slide way is parallel with the halftone transverse direction polished rod, and the scraper cross slide way is equipped with can be along described
The Z-type holder of scraper cross slide way horizontal sliding；The top of the front end face of the Z-type holder is fixed with laterally leads with the scraper
Rail is vertical, and horizontal scraper longitudinal direction polished rod, scraper longitudinal direction polished rod is equipped with and can be slided along the scraper longitudinal direction polished rod level
The length travel holder of shifting, the length travel holder are equipped with vertical scraper vertically to polished rod, and the scraper is vertically to light
The bottom surface of the bottom fixed doctor holder of bar, the scraper support is equipped with scraper.
Further, the movement with infusion bottle is equipped between the lateral polished rod supporting rack and the scraper cross slide way
The parallel rack in direction.
Further, the lateral polished rod supporting rack and the scraper cross slide way are fixed with total holder, described total
Holder is equipped with support polished rod, and the support polished rod is parallel with the lateral polished rod supporting rack.
Further, the support polished rod is equipped with no bar slide unit.
Use a kind of technical solution of printing mechanism for the printing of infusion bottle scale of the utility model, including halftone
And scraper；And lateral polished rod supporting rack, halftone transverse direction polished rod and two vertical direction guiding rails of halftone；The transverse direction polished rod supporting rack
With the halftone transverse direction polished rod each parallel to the direction of motion of infusion bottle, the halftone transverse direction polished rod is fixed on the lateral polished rod
On supporting rack.Two vertical direction guiding rails of halftone are located on the halftone transverse direction polished rod, and can be along the halftone transverse direction polished rod
Horizontal sliding；It is arranged with halftone horizontal shore on two vertical direction guiding rails of halftone, the halftone horizontal shore can
The sliding of vertical direction is carried out along the vertical direction guiding rail of corresponding halftone；It is equipped with and is infused on two halftone horizontal shores
The vertical halftone longitudinal rail of the direction of motion of bottle；Being equipped on two halftone longitudinal rails can longitudinally lead along corresponding halftone
Rail carries out the halftone supporting rack sliding block of horizontal sliding；The halftone is fixed between two halftone supporting rack sliding blocks.Its skill
Art effect is：It can effectively solve infusion bottle scale print unevenness, the technology that ink is accumulated in infusion bottle scale printing process
Problem.
Description of the drawings
Fig. 1 is the schematic diagram of infusion bottle.
Fig. 2 is the structural schematic diagram of infusion bottle scale print system.
Fig. 3 is the rotation bottle mechanism structure schematic diagram of infusion bottle scale print system.
Fig. 4 is the printing Xuan Ping mechanisms front view of infusion bottle scale print system.
Fig. 5 is the stereogram of the printing Xuan Ping mechanisms of infusion bottle scale print system.
Fig. 6 is a kind of front view of printing mechanism for the printing of infusion bottle scale of the utility model.
Fig. 7 is a kind of right view of printing mechanism for the printing of infusion bottle scale of the utility model.
Fig. 8 is a kind of left back view of printing mechanism for the printing of infusion bottle scale of the utility model.
Specific implementation mode
Please refer to Fig. 2 to Fig. 8, the inventor of the utility model in order to preferably to the technical solution of the utility model into
Row understands, is described in detail below by specific embodiment, and in conjunction with attached drawing：
Infusion bottle scale print system, the scale for infusion bottle 9 print, including：Xuan Ping mechanisms 1, printing Xuan Ping mechanisms
2, printing mechanism 3, transport mechanism 4 and PLC controller.Xuan Ping mechanisms 1 and printing Xuan Ping mechanisms 2 are respectively positioned under transport mechanism 4
Side, and be arranged in order along the direction of motion of infusion bottle 9, printing mechanism 3 is located at the top of transport mechanism 4.
Wherein transport mechanism 4 (is not shown including drive sprocket 41, two chains 42, bottle body supports 43, driven sprockets in figure
Show) and alternating current generator, the alternating current generator connects the PLC controller and frequency converter.Drive sprocket 41 connects institute by core bar
Alternating current generator is stated, two chains 42 connect drive sprocket 41 and the driven sprocket.Bottle body supports 43 are located on two chains 42.
The V-structure of bottle body supports 43 can stablize support infusion bottle 9, and chain 42 is nibbled with drive sprocket 41 and the driven sprocket
It closes, and the transmission to infusion bottle 9 is realized by the alternating current generator.Entire transport mechanism 4 supports plate washer to be fixed on by chain
On equipment work top.
First, infusion bottle 9 is transported to by manipulator in transport mechanism 4, and bottle body supports 43 stablize infusion bottle 9, PLC controls
Device processed exports analog signals to frequency converter, and frequency converter output pulse signal controls alternating current generator, and drive sprocket 41 is driven to rotate
It realizes stroke of the infusion bottle 9 within the spacer unit time, and identical rhythm is kept to convey.
Xuan Ping mechanisms 1 include synchronizing wheel 11, polyurethane wheel case 12, holder plate 13, rotation bottle cylinder 14, from polyurethane wheel case
15, from synchronizing wheel 16, two top drum shafts 17, the first top cylinder axis fixing plate 181, second pushes up cylinder axis fixing plate 182 and rotation
Bottle stepper motor 19.
Wherein, rotation bottle cylinder 14 is located at the lower section of holder plate 13 for square cylinder, is used for lifting-up support plate 13.First
Top cylinder axis fixing plate 181, second pushes up cylinder axis fixing plate 182 and is vertically arranged on the top surface of holder plate 13, and is parallel to
Chain 42 is parallel to the direction of motion of infusion bottle 9.Two top drum shafts 17 are contour, hang down along with the direction of motion of infusion bottle 9
Straight direction is horizontal through the first top cylinder axis fixing plate 181 and the second top cylinder axis fixing plate 182 successively.
Revolve the lower section that bottle stepper motor 19 is located at two top drum shafts 17.It revolves bottle stepper motor 19 and the second top drum shaft is solid
Side of the fixed board 182 towards the first top cylinder axis fixing plate 181 is fixed, the output shaft protruding first of rotation bottle stepper motor 19
It pushes up cylinder axis fixing plate 181 and is socketed with synchronizing wheel 11.Synchronizing wheel 11 and the output shaft of rotation bottle stepper motor 19 are interference fitted.Together
The radial outside socket polyurethane wheel case 12 of step wheel 11.
It is mounted on the axial both ends of two top drum shafts 17 from synchronizing wheel 16, is each covered from the radial outside of synchronizing wheel 16
It connects from polyurethane wheel case 15.Coordinated between polyurethane wheel case 15 by deep groove ball bearing from synchronizing wheel 16 with corresponding.Poly- ammonia
Ester wheel case 12 with it is tangent from polyurethane wheel case 15 positioned at two tops two of 17 corresponding end of drum shaft.
There are horizontal clearances, the top surface of rotation bottle stepper motor 19 to be equipped with rotation bottle position sensing between two top drum shafts 17
Device, the rotation bottle position sensor are optical sensor, preferably infrared sensor, and the porcelain of infusion bottle 9 is perceived by infrared ray
Whether the position of the boundary line of Bai Banzhou 92 and transparent half cycle 91, the position to judge infusion bottle 9 are correct.
The width a1 of Xuan Ping mechanisms 1 should be less than the spacing being equal between two chains 42, ensure four from polyurethane wheel case
15 can contact infusion bottle 9.
After infusion bottle 9 enters the position of Xuan Ping mechanisms 1, the position for detecting infusion bottle 9 by the rotation bottle position sensor is
The no requirement for meeting scale printing, scale printing can be carried out if meeting；If conditions are not met, the PLC controller is receiving
Analog quantity export after the signal of the rotation bottle position sensor to for controlling the 3 position-5 way solenoid valve for revolving bottle cylinder 14, from
And make 14 elevation support plate 13 of rotation bottle cylinder, and four outer walls that infusion bottle 9 is contacted from poly- ammonia wheel case 15, and the PLC is controlled
Device processed starts rotation bottle stepper motor 19 and works, and rotation bottle stepper motor 19 is driven with polyurethane wheel case 12 from synchronous by synchronizing wheel 11
It takes turns 16 and is rotated from polyurethane wheel case 15, and then drive infusion bottle 9 to rotate by frictional force, when 9 position of infusion bottle meets the requirements
Later, the PLC controller end simulation amount output, closes rotation bottle stepper motor 19, by for controlling rotation bottle cylinder 14
3 position-5 way solenoid valve, holder plate 13 decline, and complete rotation bottle, and infusion bottle 9 resets, and infusion bottle 9 returns to the bottle of chain 42 once again
Stablize on body support frame 43 motionless.
Before Xuan Ping mechanisms 1 can effectively solve scale printing, the technical issues of 9 existence position deviation of infusion bottle.
Printing mechanism 3 includes lateral polished rod supporting rack 31, the vertical direction guiding rail 33 of 32, two halftones of halftone transverse direction polished rod, scrapes
Knife cross slide way 34, scraper support 35, length travel holder 36, halftone horizontal shore 37, rack 38, halftone supporting rack sliding block
39, halftone 310, scraper 312, scraper longitudinal direction polished rod 313, scraper are vertically to polished rod 314, halftone longitudinal rail 315, Z-type holder
316, total holder 317, support polished rod 318.
Each parallel to chain 42, halftone transverse direction polished rod 32 is fixed on cross for lateral polished rod supporting rack 31 and halftone transverse direction polished rod 32
To on polished rod supporting rack 31.The vertical direction guiding rail of two halftones 33 is respectively positioned on halftone transverse direction polished rod 32, and can be along halftone lateral light
Bar 32 carries out horizontal sliding.It is arranged with halftone horizontal shore 37 on the vertical direction guiding rail of two halftones 33, halftone is horizontally-supported
Frame 37 can carry out the sliding of vertical direction along the vertical direction guiding rail 33 of halftone.It is equipped on two halftone horizontal shores 37 and chain
42 is vertical, horizontal halftone longitudinal rail 315.Being equipped on two halftone longitudinal rails 315 can be along halftone longitudinal rail 315
Carry out the halftone supporting rack sliding block 39 of horizontal sliding.Halftone 310 is fixed on two halftone supporting rack sliding blocks 39 by bolt footed glass
Between.
Therefore, by the vertical direction guiding rail 33 of halftone along the horizontal sliding of halftone transverse direction polished rod 32, halftone horizontal shore 37
Sliding and halftone supporting rack sliding block 39 along the vertical direction guiding rail of halftone 33 make net along the horizontal sliding of halftone longitudinal rail 315
Displacement of the version 310 on three dimension directions, forms halftone mechanism.
Scraper cross slide way 34 is parallel with halftone transverse direction polished rod 32, and Z-type holder 316 is located on scraper cross slide way 34 and can
Along 34 horizontal sliding of scraper cross slide way.The top of 316 front end face of Z-type holder be fixed with it is vertical with scraper cross slide way 34,
Horizontal scraper longitudinal direction polished rod 313, scraper longitudinal direction polished rod 313 is equipped with can be along the longitudinal direction of 313 horizontal sliding of scraper longitudinal direction polished rod
Displacement holder 36, length travel holder 36 are equipped with vertical scraper vertically to polished rod 314, and scraper is vertically to the bottom of polished rod 314
The bottom surface of portion's fixed doctor holder 35, scraper support 35 is equipped with scraper 312.
By Z-type holder 316 along the horizontal sliding of scraper cross slide way 34, length travel holder 36 is along scraper longitudinal direction polished rod
313 horizontal sliding and scraper is vertically to the opposite position between polished rod 314 and length travel holder 36 in the vertical direction
It moves, realizes displacement of the scraper 312 on three dimension directions, form scraper mechanism.
Rack 38 is located between lateral polished rod supporting rack 31 and scraper cross slide way 34, parallel with chain 42.
Lateral polished rod supporting rack 31, scraper cross slide way 34 are fixed with total holder 317, and total holder 317 is equipped with support
Polished rod 318, support polished rod 318 are parallel with lateral polished rod supporting rack 31.
Printing mechanism 3 is fixed on by no bar slide unit 319 on two support polished rods 318 of total holder 317.
By above-mentioned design, can rationally control infusion bottle 9 and halftone 310, between scraper 312 and halftone 310 between
Away from solving the problems, such as in 9 scale printing process of infusion bottle ink accumulation and print unevenness.
It includes top cylinder block 21, outer top cylinder block holder 22 to print Xuan Ping mechanisms 2, bottle body supports 23, push up tube stent link block 24,
Support arm sliding block 25, bottom bracket 26, outer slide unit holder 27, printing rotation bottle cylinder 28, slider cylinder 29, interior slide unit holder 210,
Liftable slide unit 211, inner support sliding block 212, apical axis 213, gear 214, interior top cylinder block holder 215 and slide unit guide rail 216.
Printing rotation bottle cylinder 28 is fixed on bottom bracket 26, the top of liftable slide unit 211 and printing rotation bottle cylinder 28
Connection, printing rotation bottle cylinder 28 control the lifting of liftable slide unit 211.
Slide unit guide rail 216 is located on the top surface of liftable slide unit 211, vertical with the direction of motion of infusion bottle 9, and support arm is slided
Block 25 and inner support sliding block 212 are respectively positioned on slide unit guide rail 216, and can carry out horizontal sliding along slide unit guide rail 216.Outer top cylinder block
Holder 22 is located on the top surface of support arm sliding block 25, and interior top cylinder block holder 215 is located on the top surface of inner support sliding block 212.
Top tube stent link block 24 is horizontally fixed on the bottom of outer top cylinder block holder 22 and refers to interior top cylinder block holder 215.Outside
Slide unit holder 27 is fixed by socket on the tube stent link block 24 of top, and can be synchronized along slide unit guide rail 216 with outer top cylinder block holder 22
Carry out horizontal sliding.Interior slide unit holder 210 is connect with the bottom level of interior top cylinder block holder 215.
Slider cylinder 29 is between outer slide unit holder 27 and interior slide unit holder 210, and slide unit holder 27 outside horizontal connection
With interior slide unit holder 210.
A bottle body supports 23 are respectively provided on the top surface of top tube stent link block 24 and interior slide unit holder 210, are used to support
Infusion bottle 9.
Cylinder block 21 is pushed up there are one setting in opposite directions in the top of outer top cylinder block holder 22 and interior top cylinder block holder 215.Cylinder is pushed up in wherein
The side of block holder 215 back to outer top cylinder block holder 22 is equipped with the apical axis 213 coaxially connected with corresponding top cylinder block 21, apical axis 213
Radial outside be coaxially socketed gear 214.
The top surface of slider cylinder 29 is equipped with printing rotation bottle position sensor, and the printing rotation bottle position sensor is optics
Sensor, preferably infrared sensor perceive the boundary line of the porcelain white half cycle 92 and transparent half cycle 91 of infusion bottle 9 by infrared ray
Position, whether the position to judge infusion bottle 9 correct.
Printing rotation bottle cylinder 29 is square cylinder.
It prints Xuan Ping mechanisms 2 and infusion bottle 9 is clamped by both sides top cylinder block 21, engaged, driven defeated with rack 38 by gear 214
Infusion bottle 9 is gone to correct position by rotation and scale of the liquid bottle 9 in scale printing process after being completed for printing.
Xuan Ping mechanisms 1 rotate infusion bottle 9 to correct position, and the PLC controller and then control slider cylinder 29 make
Interior top cylinder block holder 22 and outer top cylinder block holder 215 are close to each other, the top on interior top cylinder block holder 22 and outer top cylinder block holder 215
Infusion bottle 9 is clamped from the axial both ends of infusion bottle 9 in cylinder block 21, and the PLC controller outputs signal to intermediate relay simultaneously, institute
It states intermediate relay and controls corresponding power switch, the 3 position-5 way electricity of the power switch control connection printing rotation bottle cylinder 28
Magnet valve makes 28 drive infusion bottle 9 of printing rotation bottle cylinder rise to the height of the halftone 310 in contact printer structure 3.Gear 214
It is engaged composition rack and pinion mechanism with the rack 38 in printing mechanism 3, side printing becomes and infusion bottle 9 is driven to rotate.It can be with
It effectively solves the problems, such as 9 scale print unevenness of infusion bottle, asking for pendulum material screens is also not present in 9 scale printing process of infusion bottle
Topic solves the problems, such as 9 existence position deviation of infusion bottle when scale printing terminates to consolidate station into light later, ensures scale printing
Enter the scale printed on infusion bottle 9 when light consolidates station after terminating upward.
Those of ordinary skill in the art it should be appreciated that more than embodiment be intended merely to illustrate that this practicality is new
Type, and be not used as the restriction to the utility model, as long as in the spirit of the utility model, to the above
Variation, the modification of embodiment will all be fallen in the Claims scope of the utility model.
Claims (5)
1. a kind of printing mechanism for the printing of infusion bottle scale, including halftone and scraper；It is characterized in that：It further includes：It is horizontal
To polished rod supporting rack, halftone transverse direction polished rod and two vertical direction guiding rails of halftone；
The transverse direction polished rod supporting rack and the halftone transverse direction polished rod are each parallel to the direction of motion of infusion bottle, the halftone transverse direction
Polished rod is fixed on the lateral polished rod supporting rack；Two vertical direction guiding rails of halftone are located on the halftone transverse direction polished rod,
And it can be along the halftone transverse direction polished rod horizontal sliding；
It is arranged with halftone horizontal shore on two vertical direction guiding rails of halftone, the halftone horizontal shore can be along correspondence
The vertical direction guiding rail of halftone carry out the sliding of vertical direction；
It is equipped with the halftone longitudinal rail vertical with the direction of motion of infusion bottle on two halftone horizontal shores；Two institutes
State the halftone supporting rack sliding block for being equipped on halftone longitudinal rail and can carrying out horizontal sliding along corresponding halftone longitudinal rail；The net
Version is fixed between two halftone supporting rack sliding blocks.
2. a kind of printing mechanism for the printing of infusion bottle scale according to claim 1, it is characterised in that：It further includes
Scraper cross slide way；
The scraper cross slide way is parallel with the halftone transverse direction polished rod, and the scraper cross slide way is equipped with can be along the scraper
The Z-type holder of cross slide way horizontal sliding；The top of the front end face of the Z-type holder is fixed with hangs down with the scraper cross slide way
Straight, horizontal scraper longitudinal direction polished rod, scraper longitudinal direction polished rod is equipped with can be along the scraper longitudinal direction polished rod horizontal sliding
Length travel holder, the length travel holder are equipped with vertical scraper vertically to polished rod, and the scraper is vertically to polished rod
The bottom surface of bottom fixed doctor holder, the scraper support is equipped with scraper.
3. a kind of printing mechanism for the printing of infusion bottle scale according to claim 2, it is characterised in that：The transverse direction
The rack parallel with the direction of motion of infusion bottle is equipped between polished rod supporting rack and the scraper cross slide way.
4. a kind of printing mechanism for the printing of infusion bottle scale according to claim 2, it is characterised in that：The transverse direction
Polished rod supporting rack and the scraper cross slide way are fixed with total holder, and total holder is equipped with support polished rod, the support
Polished rod is parallel with the lateral polished rod supporting rack.
5. a kind of printing mechanism for the printing of infusion bottle scale according to claim 4, it is characterised in that：The support
Polished rod is equipped with no bar slide unit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721855935.3U CN207725021U (en) | 2017-12-27 | 2017-12-27 | A kind of printing mechanism for the printing of infusion bottle scale |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721855935.3U CN207725021U (en) | 2017-12-27 | 2017-12-27 | A kind of printing mechanism for the printing of infusion bottle scale |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207725021U true CN207725021U (en) | 2018-08-14 |
Family
ID=63086754
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721855935.3U Active CN207725021U (en) | 2017-12-27 | 2017-12-27 | A kind of printing mechanism for the printing of infusion bottle scale |
Country Status (1)
| Country | Link |
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| CN (1) | CN207725021U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109159531A (en) * | 2018-10-01 | 2019-01-08 | 严红飞 | Printing machine doctor |
-
2017
- 2017-12-27 CN CN201721855935.3U patent/CN207725021U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109159531A (en) * | 2018-10-01 | 2019-01-08 | 严红飞 | Printing machine doctor |
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