CN205185560U

CN205185560U - Automatic distinguish printing system in article printing position

Info

Publication number: CN205185560U
Application number: CN201520908705.3U
Authority: CN
Inventors: 林崇璘
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-11-13
Filing date: 2015-11-13
Publication date: 2016-04-27
Anticipated expiration: 2025-11-13

Abstract

The utility model provides an automatic distinguish printing system in article printing position, be used for printing at least one initial pattern in an at least article respectively, this system contains the image data's that obtains this article optics and distinguishes the module, one is the at least one image processing device of prining the pattern according to this inception pattern of image data conversion, this prints the pattern in the print module of this article and one take advantage of the transport module of carrying this article displacement and successively discerning module and this print module through this optics a printing, its for the initial pattern of image data according to article conversion for the pattern of prining, therefore the article need not be counterpointed when the printing in advance, the pattern but direct painting prints, with the inaccurate printing skew problem that is caused of thorough solution article counterpoint.

Description

The print system in automatic Identification object printing position

Technical field

The utility model relates to a kind of print system, particularly a kind of print system of object automatic Identification printing position.

Background technology

Be printed on manufacturing range of application quite extensive, decorative pattern on such as shoes, various commodity are as pattern, the various plasthetics on glove, water tumbler, bucket etc. article, as the pattern on mobile phone, household electrical appliances, information equipment etc., all utilize printing to be formed, print again and be also often applied to industrial half-finished indication character, to facilitate the carrying out of following process, as printed various indication character etc. on printed circuit board (PCB).

Prior art printing machine will print on an object; this object must be first allowed to carry out contraposition; allow this object by the Printing Department of this printing machine again; print on this object with the pattern that will be printed by this printing machine; in order to this object auxiliary carries out contraposition; usually various tool can be prepared; contraposition is carried out to help the object of various shape; for the diversified product of a small amount of; the cost of tool is considerable, and tool also can wear and tear, if do not change in time after permanent use; namely contraposition can be caused to be forbidden, and cause typographic flaw.

The actual size of the object that separately will print, its size also cannot be completely the same, except the tolerance necessarily had on manufacturing, heat treatment, injection molding etc. need the technique of cooling, the amount of contraction of object is also difficult consistent, and it causes object in the printing process of reality, if the situation having size variation excessive, namely goods after its printing cannot meet demand and can form faulty materials, and then cause the reduction of process yields.

Utility model content

This practical utility model technical problem to be solved is to provide a kind of print system of automatic Identification object printing position, allows object to be printed, does not need contraposition to print.

To achieve these goals, this practical utility model provides a kind of print system of automatic Identification object printing position, at least one initial pattern can be printed at least one object respectively, wherein, comprise:

One optical identification module, this optical identification module has the image capture portion that obtains an image data of this object;

One changes the image processor of this initial pattern at least one pattern of prining according to this image data, and wherein the position of this pattern of prining is for should image data;

One print module, this print module has this pattern of prining of a printing in the Printing Department of this object; And

One conveyor module, this conveyor module has to take advantage of and carries this article displacement successively by the conveyer belt of this optical identification module and this print module, and this optical identification module and this print module are the top being arranged at this conveyer belt, and this object is taken advantage of and is loaded on this conveyer belt.

The print system in above-mentioned automatic Identification object printing position, wherein, this conveyor module is arranged on a board, and this optical identification module and this print module to be located on this board and to be arranged at the top of this conveyer belt.

The print system in above-mentioned automatic Identification object printing position, wherein, this board has two rotating shafts, and this conveying zone circle is around in this two rotating shaft.

The print system in above-mentioned automatic Identification object printing position, wherein, this Printing Department is an ink jet printing head.

The print system in above-mentioned automatic Identification object printing position, wherein, the surface of this conveyer belt arranges an anti-slip layer.

The beneficial functional of this practical utility model is:

The utility model can be pattern of prining according to the image data conversion initial pattern of object, thus object need not contraposition in advance in time printing, but direct print column impression case, not only thoroughly can solve accurate the do not caused printing offset problem of object contraposition, lifting process qualification rate, and the object that simultaneously can be used in printing different area, shape, it can exempt the use of tool, reduce the cost of contraposition, and meet the demand on using.

Below in conjunction with the drawings and specific embodiments, the utility model is described in detail, but not as to restriction of the present utility model.

Accompanying drawing explanation

Fig. 1 is the utility model system construction drawing;

Fig. 2 is the utility model flow chart;

Fig. 3 is the utility model object printing initial pattern schematic diagram;

Fig. 4 A-4C is that the utility model system uses schematic diagram;

Fig. 5 is the image data schematic diagram of the utility model object;

Fig. 6 is that the utility model is printd pattern schematic diagram;

Fig. 7 is another enforcement schematic diagram of the utility model.

Detailed description of the invention

Below in conjunction with accompanying drawing, structural principle of the present invention and operation principle are described in detail:

Refer to shown in Fig. 1, Fig. 2 and Fig. 3, the utility model is a kind of print system and printing process thereof of automatic Identification object printing position, for at least one initial pattern 100 is printed at least one object 200 respectively, its system comprises: optical identification module 10, image processor 20, print module 30 and a conveyor module 40.

And the utility model method step, its step comprises: S1: obtain image data, S2: change print pattern and S3: print column impression case.

First be step S1: obtain image data, for being obtained an image data 201 (as Fig. 5) of those objects 200 by this optical identification module 10, wherein this optical identification module 10 has the image capture portion 11 that obtains those image datas 201.

Then be step S2: change pattern of prining, for changing those initial pattern 100 at least one pattern 101 (as Fig. 6) of prining by this image processor 20 according to those image datas 201, wherein the position of those patterns 101 of prining is those image datas 201 (as Fig. 5) corresponding.

It is finally step S3: print column impression case, print pattern 101 on those objects 200 for being printed those by this print module 30, this print module 30 has a Printing Department 31, and this Printing Department 31 can be ink jet printing head, and this Printing Department 31 prints those patterns 101 of prining in those objects 200.

Another the utility model carries those object 200 displacements for taking advantage of through this conveyor module 40, this conveyor module 40 has a conveyer belt 41, this conveyer belt 41 is taken advantage of and is carried those object 200 displacements successively by this optical identification module 10 and this print module 30, this optical identification module 10 and this print module 30 are for being arranged at the top of this conveyer belt 41, and those objects 200 are taken advantage of and are loaded on this conveyer belt 41.On the implementation, this conveyor module 40 can be arranged on a board 50, and this optical identification module 10 and this print module 30 are located on this board 50 and be arranged at the top of this conveyer belt 41, this board 50 can have two rotating shafts 51, and this conveyer belt 41 circle is around in this two rotating shaft 51, and the surface of this conveyer belt 41 can arrange an anti-slip layer 411, and this anti-slip layer 411 can be guaranteed further, when this conveyer belt 41 takes advantage of year those objects 200 to move, those objects 200 can not slippage.

Shown in Fig. 4 A, Fig. 4 B and Fig. 4 C, when the utility model uses, for direct, those objects 200 are placed in (as shown in Figure 4 A) on the conveyer belt 41 of this conveyor module 40, need not through the operation of contraposition, carry via taking advantage of of this conveyer belt 41, namely those objects 200 can pass through this optical identification module 10 (as shown in Figure 4 B), and complete the presswork of those objects 200 via the printing of this print module 30.

Please consult Fig. 5 and Fig. 6 in the lump again, in order to the convenience illustrated is considered, this initial pattern 100 is for illustrate (as shown in Figure 5) for " cross ", that is as printed " cross " in this object 200, the image data 201 of this object 200 first must be obtained through this optical identification module 10, suppose that this object 200 is for skew rotation one angle (as shown in Figure 5), now pass through the process of this image processor 20 again, form this pattern 101 (as shown in Figure 6) of prining (" cross " for this angle of skew) of same this angle of skew, so, this pattern 101 of prining of skew can be printed on this object 200 of skew, that is on this object 200, correctly can print this initial pattern 100.

Please consult in the lump again shown in Fig. 7, due to those objects 200 that the utility model will print, must through contraposition, therefore can print those objects 200 (as shown in Figure 7) of different area, shape simultaneously, that is different area, shape those objects 200 can mixing, taking advantage of to carry and can complete presswork by this optical identification module 10 and this print module 30 by this conveyor module 40, can meet a small amount of diversified printing demand.

As mentioned above, the utility model mainly according to object image data conversion initial pattern be pattern of prining, thus object in print time without contraposition, and can direct print column impression case, accordingly, accurate the do not caused printing offset problem of object contraposition is thoroughly solved, lifting process qualification rate, the use of tool can be exempted simultaneously, reduce the cost of contraposition.

Certainly; the utility model also can have other various embodiments; when not deviating from the utility model spirit and essence thereof; those of ordinary skill in the art are when making various corresponding change and distortion according to the utility model, but these change accordingly and are out of shape the protection domain that all should belong to the claim appended by the utility model.

Claims

1. the print system in automatic Identification object printing position, can be printed at least one object respectively by least one initial pattern, it is characterized in that, comprise:

2. the print system in automatic Identification object printing position according to claim 1, it is characterized in that, this conveyor module is arranged on a board, and this optical identification module and this print module to be located on this board and to be arranged at the top of this conveyer belt.

3. the print system in automatic Identification object printing position according to claim 2, it is characterized in that, this board has two rotating shafts, and this conveying zone circle is around in this two rotating shaft.

4. the print system in automatic Identification object printing position according to claim 1, is characterized in that, this Printing Department is an ink jet printing head.

5. the print system in automatic Identification object printing position according to claim 1, is characterized in that, the surface of this conveyer belt arranges an anti-slip layer.