CN201042866Y - Multicolor transfer printing machine for plastics pipe type container - Google Patents
Multicolor transfer printing machine for plastics pipe type container Download PDFInfo
- Publication number
- CN201042866Y CN201042866Y CNU2007201545415U CN200720154541U CN201042866Y CN 201042866 Y CN201042866 Y CN 201042866Y CN U2007201545415 U CNU2007201545415 U CN U2007201545415U CN 200720154541 U CN200720154541 U CN 200720154541U CN 201042866 Y CN201042866 Y CN 201042866Y
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- type container
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Abstract
The utility model relates to a plastic-tube container multicolor transfer press, in particular to a piece of printing equipment for color printing and glazing of all kinds of plastic tube containers. The utility model comprises a substrate, a tube storage and inlet mechanism on the substrate, a tray mechanism on the substrate on one side of the tube storage and inlet mechanism, and a tube exit mechanism for removing the plastic tube container from the tray mechanism. The tray mechanism is a circular storage disk arranged reelingly on the central rotary shaft and a printing mechanism, a glazing mechanism and an UV-drying mechanism are arranged in sequence at the outer circumference along the rotating direction of the storage disk. In this way, the package, printing and glazing of the plastic-tube container are integrated in a single piece of equipment, therefore, the same manufacturing process of the prior art can not only be completed under the condition of reducing the package equipment volume, but also equipment usefulness is improved, the cost caused by the plastic-tube container transmission among the equipment of prior art is reduced and the production efficiency is enhanced as well.
Description
Technical field
The utility model relates to a kind of plastic pipe type container polychrome hectographic printing machine, specifically is meant a kind of printing machine that is used for the multiple process of the colored printing of the various containers of plastic pipe type and glazing.
Background technology
Present usually seeing such as articles for daily use right and wrong such as various toothpaste, skincare products of the body container of plastic material, its material is fine and closely woven, weight is light, easy to carry, has therefore obtained relative favorable comment.But the manufacture process to above-mentioned plastic tube-shape container is more loaded down with trivial details usually; printing, the glazing blast protection supervisor that mainly need be divided into static elimination, pattern and printed words; above-mentioned whole process program is normally separately carried out; so not only increased the raising of plant equipment to the production space requirement; and lack practicality, science; increase the cost that product transports between the equipment simultaneously, reduced production efficiency.
The utility model is at the shortcoming in the above-mentioned Production and Packaging process, above-mentioned pattern printing and last photoreduction process to the plastic pipe type container are concentrated on the single equipment, so just can under the situation that reduces equipment volume, finish same packaging function, promoted the practicality of equipment simultaneously and reduced between equipment, increased production efficiency the plastic pipe type container package because the plastic pipe type container transports the cost that is brought.
The utility model content
The present utility model purpose is to provide a kind of and will to plastic pipe type container package printing process and will go up on the printing machine of enhancing productivity that saves production cost that photoreduction process concentrates in together, in order to realize above-mentioned goal of the invention, the utility model adopts following technical scheme:
A kind of plastic pipe type container polychrome hectographic printing machine, comprise matrix, be arranged on the storage pipe tube intake system on this matrix, be arranged on charging tray mechanism on this matrix in this storage pipe tube intake system one side, be provided for from what charging tray mechanism shifted out the plastic pipe type container going out to manage mechanism, above-mentioned charging tray mechanism is that a rotation is located at the collar plate shape storing dish on its central rotating shaft, is disposed with printing mechanism, glazing mechanism and UV curing mechanism outside the circumference on this storing disc spins direction.
Above-mentioned storing dish circumferential surface upper edge circumferentially evenly is provided with at least 6 tools that are used for fixing the plastic pipe type container, and above-mentioned central rotating shaft is connected with whirligig intermittently, and this, whirligig was driven by motor at intermittence.
Above-mentioned tool is the column type axle that is arranged on the storing dish circumferential surface, the above-mentioned main dispenser of whirligig at intermittence for being made of ratchet mechanism, Geneva mechanism or incomplete gear mechanism.
Above-mentioned printing mechanism comprises ink-supplying mechanism and transfer means, and two ink-supplying mechanisms are set on this transfer means at least.
Above-mentioned ink-supplying mechanism comprises ink duct, take turns to ink roller wheel, equal China ink wheel, upper inking roller wheel and version, should comprise at least one group of ink distributing roller wheel and all black auxiliary running roller by equal China ink wheel, should all be cut to benchmark mutually with the wheel edge to ink roller wheel, ink distributing roller wheel and all black auxiliary running roller and install, the upper inking roller wheel is taken turns with ink distributing roller respectively again and the tangent installation of version wheel; Above-mentioned transfer means comprises transfer printing wheel, transmission mechanism and the motor that drives this transmission mechanism, and the transfer printing wheel all is connected with this transmission mechanism with motor.
Above-mentioned glazing mechanism comprises the food tray that is used for oil storage, the fuel feeding running roller that is equipped with this food tray, with the accent oiling roller wheel of the tangent setting of this fuel feeding running roller and the glazing running roller of taking turns tangent setting with this accent oiling roller, above-mentioned fuel feeding running roller, accent oiling roller wheel and glazing running roller all are connected with gear drive, and this gear drive is connected with an adjustable speed motor.
Above-mentioned glazing mechanism also is provided with the clutch of being made up of cylinder and magnetic valve.
Above-mentioned storage pipe tube intake system comprises that one is used to transmit the flat board of plastic pipe type container, and this flat board on above-mentioned matrix, also is provided with the positioning element and the location-plate that are used to limit this plastic pipe type container position by strut fixation on this flat board.
The above-mentioned mechanism that goes out to manage comprises the anchor clamps that are arranged on the rotary middle spindle, and this central shaft is a gear axis that is connected with rotating mechanism intermittently, and this goes out to manage mechanism and also comprises a flywheel mechanism that is connected by connecting rod with these anchor clamps.
The center numerical control system that above-mentioned printing machine also comprises an electrostatic elimination system and is used to control this plastic pipe type container polychrome hectographic printing machine work of coordination.
By adopting above-mentioned technical scheme, the utility model will concentrate on the single equipment the packages printing and the last photoreduction process of plastic pipe type container, not only can reduce to finish the same production process of prior art under the packaging facilities volume like this, promote the practicality of equipment simultaneously and reduced the numerous and diverse of prior art and the increase of the waste cost that brings, and promoted production efficiency.
Description of drawings
What Fig. 1 showed is the overall structure schematic diagram of embodiment of the present utility model;
What Fig. 2 A showed is the plan structure schematic diagram of the storage pipe tube intake system among the embodiment;
Fig. 2 B shows is the main TV structure schematic diagram that goes out to manage tube intake system among the embodiment;
The plan structure structural representation of the charging tray mechanism among the embodiment that Fig. 3 A shows;
The right TV structure schematic diagram of the charging tray mechanism among the embodiment that Fig. 3 B shows;
Fig. 4 A shows is the main TV structure schematic diagram of the transfer means in the printing mechanism among the embodiment;
Fig. 4 B shows is the left TV structure schematic diagram of the transfer means in the printing mechanism among the embodiment;
Fig. 5 shows is the main TV structure schematic diagram of the ink-supplying mechanism in the printing mechanism among the embodiment;
What Fig. 6 A showed is the main TV structure schematic diagram of the glazing mechanism among the embodiment;
What Fig. 6 B showed is the right TV structure schematic diagram of the glazing mechanism among the embodiment;
The right TV structure schematic diagram that goes out to manage mechanism that shown in Figure 7 is among the embodiment;
Each label On Behalf Of The Name is described as follows in the accompanying drawing:
Storage pipe tube intake system 1 dull and stereotyped 11 poles, 12 flywheel putter components 13
Positioning element 14 location-plates 15
31 gear mechanisms, 32 adjustable speed motors 33 are taken turns in transfer means 3 transfer printings
Ink-supplying mechanism 4 ink ducts 41 are adjusted running roller 43 to ink roller wheel 42
Glazing running roller 54 gear drives 55 food trays 56
Go out to manage mechanism's 6 tooth-like axle center 61 dispensers, 62 flywheel mechanisms 63
The specific embodiment
As what show among Fig. 1 is the overall structure schematic diagram of embodiment of the present utility model, the plastic pipe type container polychrome hectographic printing machine that shows among the figure comprises a matrix 8 and is located at being used on this matrix 8 carries the storage pipe tube intake system 1 of plastic pipe type container, below this storage pipe tube intake system 1 corresponding and this matrix be provided with charging tray mechanism 2, the main body of this charging tray mechanism 2 is the collar plate shape storing dish that can rotate around its central rotating shaft that is used for fixing plastic pipe type container that this storage pipe tube intake system 1 carries, outside the circumference on the direction of rotation of this storing dish, set gradually printing mechanism comprising transfer means 3 and ink-supplying mechanism 4, and glazing mechanism 5, and be provided with and be used for from what charging tray mechanism 2 shifted out the plastic pipe type container going out to manage mechanism 6 and UV curing mechanism 7.When this printing machine is worked the plastic pipe type container is carried and is fixed in the charging tray mechanism 2 by storage pipe tube intake system 1, the die plate pattern that the rotation by charging tray mechanism 2 makes this plastic pipe type container utilize ink-supplying mechanism 4 and transfer means 3 will preset thereon is printed on the above-mentioned plastic pipe type container; Carrying out glazing by the pattern on 5 pairs of above-mentioned plastic pipe type containers of glazing mechanism again handles with the gloss that increases the plastic pipe type container and protects printed patterns on this plastic pipe type container; And by going out to manage the plastic pipe type container output that mechanism 6 will finish above-mentioned operation; Last utilize ultraviolet ray will be printed on ink setting on this plastic pipe type container again in dry mechanism 7, above-mentioned whole printing machine in the course of the work can be by controlling by a numerical control system, this control system is collected to be undertaken by numerical control system manually or control automatically as the feedback component information of carrying out by the sensing device that is arranged on the above-mentioned different institutions, the numerical control system here can be a computer system, be prior art, here do not give unnecessary details.Below the each several part mechanism that forms in the present embodiment is described respectively.
As what show respectively among Fig. 2 A, the 2B is the schematic top plan view and the main schematic diagram of looking of the storage pipe tube intake system among the embodiment of the present utility model, storage pipe tube intake system 1 among the figure comprises the flat board 11 that sets the horizontal of certain angle, this flat board 11 is fixed on the matrix 8 by two poles 12, the other end of pole 12 is all rotatable to be arranged on the above-mentioned flat board 11, and the pole 12 of length is provided with telescopic pin, changes above-mentioned dull and stereotyped 11 angles that become with horizontal plane by its length that can change than long fulcrum bar 12; This flat board 11 is provided with the flywheel putter component 13 that is used to promote the plastic pipe type container, comprise the flywheel and the flywheel supporting seat that are arranged in the matrix 8, and cross the transfer bar mechanism that is arranged on above-mentioned dull and stereotyped 11 1 ends that connecting rod is connected with flywheel edge click-through, its rotation by flywheel drives the reciprocating motion that the transfer bar mechanism that is arranged on the planar surface end is done compartment, also be provided with the positioning element 14 of fixed plastics cast container in addition in the end that transfer bar mechanism is set, this positioning element 14 comprises the location-plate that is used to locate the plastic pipe type container side, this positioning element is a grooved spare, this grooved spare bottom is installed on the chute of flat board 11 by bolt, by adjusting the position of bolt in chute changing the position of this grooved spare, thereby to guarantee that above-mentioned flywheel putter component 13 can be pushed to this plastic pipe type container in the charging tray mechanism 2 accurately.On this flat board 11, also be provided with a location-plate 15 in addition, this location-plate 15 is that a cross section is the metalwork of L type, its one side is by being bolted on the planar surface, simultaneously on planar surface also to being provided with two chutes by bolt, make that bolt can be directed mobile in this chute, this location-plate 15 forms certain Bit Track with the flange of dull and stereotyped 11 1 side settings, the plastic pipe type container is in this positioning track, make this positioning track to have bigger flexibility owing to be provided with the bolt that has chute according to the width of this positioning track of length adjustment of plastic pipe type container.
As the structural representation that shows among Fig. 3 A, the 3B for the charging tray mechanism among the embodiment of the present utility model, this charging tray mechanism 2 is a main body by a storing dish 21, this storing dish 21 is the disk that a center is provided with axis hole, at least be provided with a plurality of tools 22 that are used for fixing the plastic pipe type container on the disc surfaces on this storing dish 21 on circumferencial direction, the quantity of tool 22 can and consider that the problem of this device operating efficiency changes according to the big or small of above-mentioned storing dish 21 here.The quantity that this tool 22 is set in the present embodiment is 16, but should not be less than the quantity of the mechanism that is provided with on these storing dish 21 circumferential edge at least, can guarantee that like this each mechanism can both work simultaneously.Above-mentioned tool 22 is the outstanding axle that is arranged on the circumferential surface, the cylindrical barred body of this axle for being complementary with the plastic pipe type inside diameter of vessel, and this cylindrical bar body portion length can be widened diameter of section and be adapted to the internal diameter of difform plastic pipe type container; This tool 22 also can be arranged on the cylindrical inner groovy on these storing dish 21 circumferential surfaces in addition, this inner groovy can be processed different step surfaces to adapt to the shape of different plastic pipe type containers, also have much in addition for the structure of the tool 22 of plastic pipe type container, here do not given unnecessary details one by one.
The axis hole at above-mentioned storing dish 21 centers and the output shaft of main dispenser 23 link together, this main separator 22 has a three-dimensional square casing, in this housing, be provided with intermittently whirligig, this, whirligig can adopt imperfect gear mechanism at intermittence, in ratchet mechanism and the Geneva mechanism any one, thus by this at intermittence whirligig drive its output shaft and drive this storing dish 21 and do batch (-type) and rotatablely move.This main dispenser 23 also has a power shaft, this power shaft is connected by tightening belt with the output shaft of motor 24, the for example strainer of regulating wheel can also be set on the belt of this tensioning, main like this dispenser 23 also is provided with the feedback device that is used for above-mentioned numerical control device interaction on this motor 24 in addition by being arranged on the motor 24 drive work in the matrix 8.
As what show among Fig. 4 A, the 4B is the structural representation of the transfer means in the printing mechanism among the embodiment of the present utility model, it comprises that the axle center is provided with the transfer printing wheel 31 of rotating shaft, these rotating shaft two ends are arranged on the matrix 8, simultaneously be arranged on the driven pulley in 32 of also having in the gear mechanisms in the rotating shaft equally with this transfer printing wheel 31, in the time of the engagement of the driving wheel of this gear mechanism 32 and this driven pulley and adjustable speed motor 33 link together by rotating shaft, the work of the rotation driven gear mechanism 32 by adjustable speed motor 33, thus drive the rotation of this transfer printing wheel 31.Rotating speed is set in the rotating shaft of adjustable speed motor in addition surveys feedback device, this device is connected with numerical control device, with the rotating speed of this adjustable speed motor by feeding back to numerical control device, at the rotating speed of controlling this adjustable speed motor by numerical control device as parameter.
As what show among Fig. 5 is the structural representation of the ink-supplying mechanism in the printing mechanism among the embodiment of the present utility model, among the figure for convenience of description with concise and to the point the showing of internal structure.This ink-supplying mechanism 4 comprises a cube housing, end in this enclosure interior is provided with the ink duct 41 that is used for Chu Mo, should be provided with by ink duct 41 to 42 pairs on ink roller wheel, should take turns 42 1 ends to ink roller and connect an adjustable speed motor, the other end is rotatable to be arranged on the housing, should by this adjustable speed motor drive the printing ink in the above-mentioned ink duct 41 be taken out of to ink roller wheel 42, grasp the quality of the printing ink of being taken out of by this rotary speed difference to ink roller wheel 42; Take turns the 42 tangent adjustment running rollers 43 that also are provided with this to ink roller, this end of adjusting running roller 43 links to each other with a cylinder 44 pistons, the other end of this adjustment running roller 43 is rotatable to be arranged on the above-mentioned housing, the piston trace by cylinder 44 drive this adjustments running roller 43 and above-mentioned to ink roller take turns between 42 spacing with adjust on this adjustment running roller 43 with quantity of ink; Same and these adjustment running roller 43 tangent first ink distributing rollers that are provided with take turns 45, this ink distributing roller wheel and at least two all auxiliary running roller 46 tangent settings of China ink, these at least two all two in the auxiliary running roller 46 of China ink take turns 46 tangent settings with second ink distributing roller, and above-mentioned ink distributing roller wheel 45 and equal all rotatable being arranged on the above-mentioned housing in two ends of the auxiliary running roller 46 of China ink, by above-mentioned ink distributing roller wheel 45 and equal auxiliary running rollers 46 of China ink cooperate the printing ink adjustment that will adjust on the running roller 43 even after be transferred to second ink distributing roller and take turns on 45; This second ink distributing roller wheel 46 also taken turns 47 tangent being set together with upper inking roller simultaneously, by this upper inking roller wheel 47 printing ink on the ink distributing roller wheel 46 is taken out of to pass to this upper inking roller and take turns on the template on the version wheel 48 of 47 tangent settings, all be transferred to printing ink on the printing stencil by above-mentioned ink-supplying mechanism 4 like this, need to prove that in addition above-mentioned each running roller all is provided with gear in the same side, engagement between the gear drives this running roller motion, thereby finishes above-mentioned process black on printing stencil.
Altogether 6 groups of above-mentioned ink-supplying mechanisms 4 are arranged in the present embodiment transfer means 3 on, is the printing of plastic pipe type container by transfer printing wheel 31 with above-mentioned 6 groups the cooperating of ink-supplying mechanism 4 that different colours can be set, certainly how much specifically being provided with according to different situations of ink-supplying mechanism 4 quantity needn't be limited on the 6 groups above-mentioned number.
Shown in Fig. 6 A, 6B is the structural representation of the glazing mechanism among the utility model embodiment; this glazing mechanism 5 is positioned at printing mechanism 3; before the UV curing mechanism 7, be used for being coated with the last layer oil film, be used to protect the printed patterns of this plastic pipe type container to the plastic pipe type container.This mechanism comprises a food tray 56, this food tray 56 can add oil polish at any time, cooperate this food tray 56 that fuel feeding running roller 52 is set simultaneously, fuel feeding running roller 52 takes the oil polish in the food tray 56 by transferring oiling roller wheel 53 to adjust what of oil mass of oil polish on these fuel feeding running rollers 52 out of, by the oil polish on the adjusted fuel feeding running roller 52 is transferred to glazing running roller 55, give above-mentioned plastic pipe type container coating one deck oil film again by glazing running roller 54.Need to prove that this accent oiling roller wheel 53 is arranged on above-mentioned fuel feeding running roller 52 direction of rotation with glazing running roller 54 is tangent successively, these fuel feeding running roller 52 1 ends connect an adjustable speed motor 51 simultaneously, and the other end connects the driving wheel of gear drive 55, this gear drive 55 also comprises the driven pulley that is installed on accent oiling roller wheel 53 and the glazing running roller 54, drives the overall work of these glazing mechanisms 5 like this by gear drive 55.In these glazing mechanism 5 the place aheads detection system is set in addition, in order to survey the existence of plastic pipe type container on tool 22, again feedback information is returned magnetic valve that numerical control system is connected with this glazing mechanism with control and air cylinder device and control it and under the condition of no cast container, withdraw from action.
As shown in Figure 7 be the structural representation that goes out to manage mechanism among the utility model embodiment, in the present embodiment go out to manage mechanism 6, this goes out to manage mechanism 6 and comprises the anchor clamps 64 that are arranged on the tooth-like axle center 61, these anchor clamps 64 comprise the clamping device of four plastic pipe type containers that are provided with on the cross direction, this tooth-like axle center 61 is connected with dispenser 62, these dispenser 62 inside are provided with intermittent movement mechanism, and its motion matches with the motion of above-mentioned main dispenser 23, this engagement process can be coordinated control by numerical control device and be realized, makes anchor clamps 64 the plastic pipe type container on the tool 22 to be pressed from both sides out be placed on accurately and carries out drying in the UV curing system.These anchor clamps 64 also link together by connecting rod with a flywheel mechanism 63 and change the distance of anchor clamps 64 and storing dish 21 with the motion by flywheel mechanism 63 drivening rods in addition, thereby cooperate dispenser 23 will finish the action that the plastic pipe type container is pressed from both sides out from storing dish 21.
And go out to manage plastic pipe type container that mechanism 6 presss from both sides out and be placed on and carry out drying in the UV curing system 7 by above-mentioned, can rapidly the plastic pipe type drying containers through printing and glazing be handled like this, to improve the operating efficiency of this device, UV curing system 7 carries out dry principle by ultraviolet ray to printing ink to make, in this area, be common device, here do not given unnecessary details.This printing machine can also be by installing function and the production efficiency of static abatement apparatus to improve this device in addition.
By having adopted above-mentioned technical scheme, the utility model provides a kind of and will the printing and the last photoreduction process of plastic pipe type container have been concentrated on the single equipment, not only can reduce to finish the same production process of prior art under the packaging facilities volume like this, promoted the practicality of equipment simultaneously and reduced between the equipment of prior art since the plastic pipe type container transport the cost that is brought, and increased the production efficiency of packing.
Claims (10)
1. plastic pipe type container polychrome hectographic printing machine, comprise matrix, be arranged on the storage pipe tube intake system on this matrix, be arranged on charging tray mechanism on this matrix in this storage pipe tube intake system one side, be provided for from what charging tray mechanism shifted out the plastic pipe type container going out to manage mechanism, it is characterized in that, described charging tray mechanism is that a rotation is located at the collar plate shape storing dish on its central rotating shaft, is disposed with printing mechanism, glazing mechanism and UV curing mechanism outside the circumference on this storing disc spins direction.
2. plastic pipe type container polychrome hectographic printing machine according to claim 1, it is characterized in that, described storing dish circumferential surface upper edge circumferentially evenly is provided with at least 6 tools that are used for fixing the plastic pipe type container, described central rotating shaft is connected with whirligig intermittently, and this, whirligig was driven by motor at intermittence.
3. plastic pipe type container polychrome hectographic printing machine according to claim 2, it is characterized in that, described tool is the column type axle that is arranged on the storing dish circumferential surface, the main dispenser of described whirligig at intermittence for being made of ratchet mechanism, Geneva mechanism or incomplete gear mechanism.
4. plastic pipe type container polychrome hectographic printing machine according to claim 1 is characterized in that described printing mechanism comprises ink-supplying mechanism and transfer means, and two ink-supplying mechanisms are set on this transfer means at least.
5. plastic pipe type container polychrome hectographic printing machine according to claim 4, it is characterized in that, described ink-supplying mechanism comprises ink duct, take turns to ink roller wheel, equal China ink wheel, upper inking roller wheel and version, should comprise at least one group of ink distributing roller wheel and all black auxiliary running roller by equal China ink wheel, should all be cut to benchmark mutually with the wheel edge to ink roller wheel, ink distributing roller wheel and all black auxiliary running roller and install, the upper inking roller wheel is taken turns with ink distributing roller respectively again and the tangent installation of version wheel; Described transfer means comprises transfer printing wheel, transmission mechanism and the motor that drives this transmission mechanism, and the transfer printing wheel all is connected with this transmission mechanism with motor.
6. plastic pipe type container polychrome hectographic printing machine according to claim 1, it is characterized in that, described glazing mechanism comprises the food tray that is used for oil storage, the fuel feeding running roller that is equipped with this food tray, with the accent oiling roller wheel of the tangent setting of this fuel feeding running roller and the glazing running roller of taking turns tangent setting with this accent oiling roller, above-mentioned fuel feeding running roller, accent oiling roller wheel and glazing running roller all are connected with gear drive, and this gear drive is connected with an adjustable speed motor.
7. plastic pipe type container polychrome hectographic printing machine according to claim 6 is characterized in that, described glazing mechanism also is provided with the clutch of being made up of cylinder and magnetic valve.
8. plastic pipe type container polychrome hectographic printing machine according to claim 1, it is characterized in that, described storage pipe tube intake system comprises that one is used to transmit the flat board of plastic pipe type container, this flat board on above-mentioned matrix, also is provided with the positioning element and the location-plate that are used to limit this plastic pipe type container position by strut fixation on this flat board.
9. plastic pipe type container polychrome hectographic printing machine according to claim 1, it is characterized in that, describedly go out to manage mechanism and comprise the anchor clamps that are arranged on the rotary middle spindle, this central shaft is a gear axis that is connected with rotating mechanism intermittently, and this goes out to manage mechanism and also comprises a flywheel mechanism that is connected by connecting rod with these anchor clamps.
10. plastic pipe type container polychrome hectographic printing machine according to claim 1, it is characterized in that the center numerical control system that described printing machine also comprises an electrostatic elimination system and is used to control this plastic pipe type container polychrome hectographic printing machine work of coordination.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007201545415U CN201042866Y (en) | 2007-05-10 | 2007-05-10 | Multicolor transfer printing machine for plastics pipe type container |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007201545415U CN201042866Y (en) | 2007-05-10 | 2007-05-10 | Multicolor transfer printing machine for plastics pipe type container |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201042866Y true CN201042866Y (en) | 2008-04-02 |
Family
ID=39257756
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2007201545415U Expired - Fee Related CN201042866Y (en) | 2007-05-10 | 2007-05-10 | Multicolor transfer printing machine for plastics pipe type container |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201042866Y (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107215087A (en) * | 2017-05-24 | 2017-09-29 | 上海点键科技有限公司 | The printing equipment of printing mark and heparin tube UV printing machines on tubular products |
| CN107972354A (en) * | 2017-11-17 | 2018-05-01 | 苏州卓诚钛设备有限公司 | A kind of plastic products marking packing device |
| CN114311990A (en) * | 2022-03-10 | 2022-04-12 | 广东顺德艾司科科技股份有限公司 | Flexible pipe and two-piece can printing device |
-
2007
- 2007-05-10 CN CNU2007201545415U patent/CN201042866Y/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107215087A (en) * | 2017-05-24 | 2017-09-29 | 上海点键科技有限公司 | The printing equipment of printing mark and heparin tube UV printing machines on tubular products |
| CN107972354A (en) * | 2017-11-17 | 2018-05-01 | 苏州卓诚钛设备有限公司 | A kind of plastic products marking packing device |
| CN114311990A (en) * | 2022-03-10 | 2022-04-12 | 广东顺德艾司科科技股份有限公司 | Flexible pipe and two-piece can printing device |
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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: 20080402 |