CN103935104B - A kind of preparation method with the photograph of operator guards - Google Patents
A kind of preparation method with the photograph of operator guards Download PDFInfo
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- CN103935104B CN103935104B CN201410143538.8A CN201410143538A CN103935104B CN 103935104 B CN103935104 B CN 103935104B CN 201410143538 A CN201410143538 A CN 201410143538A CN 103935104 B CN103935104 B CN 103935104B
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Abstract
The invention provides a kind of preparation method with the photograph of operator guards; described photograph comprises a photograph body; this preparation method comprises bonding process, crosses glue process, cutting action, bound edge operation and go out material process; not only substrate is pasted with but also be coated with plastic adhesive tape simply and easily to make photograph body; meanwhile, be wholely operating as automated manufacturing and required operating personnel is less, both time saving and energy saving; labor cost spending can be reduced again, be suitable for the bound edge operation of mass photograph.
Description
Technical field
The present invention relates to the technical field of picture structure, particularly relate to a kind of preparation method with the photograph of operator guards.
Background technology
The appearance of photograph, gives hope that people keep splendid moment in course of life here and realization.And the existing preparation method with the photograph of operator guards is commonly photograph body (printing paper) added and mould protective layer, but, distortion sense, fuzzy sense can be there is because of penetrating of light when observing photograph under comparatively bright occasion in such preparation method with the photograph of operator guards; And it is crossed and moulds protective layer, photograph generally can only be made to preserve the time of 8 years to 10 years, and the holding time is shorter, is difficult to meet the permanent souvenir of people to unforgettable memory; Further, the preparation method that this kind has the photograph of operator guards lacks overall aesthetic feeling and artistic feeling.
For this reason; the designer of some picture structures is coated with side clad at the side of photograph; its guard time is extended further to enable photograph; but lack a kind of simple and effective manufacture method at present; and just merely pass through manual operation; not only inefficiency, and be difficult to ensure its coated quality.
Therefore, be necessary to provide a kind of technological means to address the aforementioned drawbacks.
Summary of the invention
The object of the invention is to the defect overcoming prior art, a kind of preparation method with the photograph of operator guards is provided, to solve in prior art the problem merely by manual operation so that inefficiency.
The present invention is achieved in that a kind of preparation method with the photograph of operator guards, and described photograph comprises a photograph body, and described preparation method comprises:
Bonding process, attaches substrate by the substrate sticking machine in order to attach substrate to described photograph body at the back side of this photograph body, becomes a picture patch component to make described photograph body with described substrate attaching;
Cross glue process, by the photograph gluing machine arranged in order to cross glue to photograph, glue was carried out to described picture patch component, make described photograph body and substrate be bonded in one;
Cutting action, carries out cutting by cutter sweep to unnecessary substrate on the described picture patch component after mistake glue and removes, to make the photograph body of described picture patch component corresponding with substrate concordant;
Bound edge operation, described picture patch component is delivered in order to carry out on the photograph taping machine of bound edge setting to its side, then by this photograph taping machine plastic adhesive tape attached to the side of described picture patch component and make this plastic adhesive tape fold the side of this picture patch component coated;
Go out material process, by the described picture patch component discharging of described photograph taping machine by bound edge.
Particularly, described photograph taping machine comprises:
Install fixing installation rack for parts, described fitting machine has divided photograph feed zone, photograph bound edge district and photograph discharge zone cashier's office in a shop;
Be located in order to the feeding assembly by the charging of described picture patch component on described photograph feed zone, described feeding assembly comprises with the photograph loading bay placed for described picture patch component, arranges in mobile the first adsorbing mechanism being placed in the picture patch component on described photograph loading bay in order to absorption;
Be located in described photograph bound edge district in order to carry out the bound edge assembly of bound edge operation to the side of described picture patch component, described bound edge assembly comprises the photograph intermediate station in order to the picture patch component sent into by described first adsorbing mechanism to be transferred to described photograph bound edge district, picture patch component in order to being placed on described photograph intermediate station attaches the tape sticker adsorption device of plastic adhesive tape, in order to the second adsorbing mechanism of the picture patch component transfer by being pasted with plastic adhesive tape, in order to carry out folding with the edge covering mechanism of coated photograph fitting part side to the plastic adhesive tape on picture patch component with the second adsorbing mechanism, described photograph intermediate station is located at described photograph feed zone and described photograph bound edge district between the two in mobile,
Be located on described photograph discharge zone in order to the conveyer by the picture patch component discharging of bound edge;
Be located at fitting machine carries out work cashier's office in a shop control device in order to control described feeding assembly, described bound edge assembly and described conveyer, described control device is electrically connected with described feeding assembly, described bound edge assembly and described conveyer respectively.
Further, described bound edge operation comprises:
Described picture patch component is placed in the photograph loading bay of described photograph taping machine, then goes to described photograph intermediate station by described first adsorbing mechanism absorption;
By described photograph intermediate station, described picture patch component is moved to described photograph bound edge district;
The picture patch component be opposite on described photograph intermediate station by described tape sticker adsorption device attaches plastic adhesive tape;
By described second adsorbing mechanism, edge covering mechanism is moved to the picture patch component absorption being pasted with plastic adhesive tape;
Plastic adhesive tape on described picture patch component is carried out folding with the side of this picture patch component coated by described second adsorbing mechanism and described edge covering mechanism.
Preferably, described bound edge operation also comprises: the bottom by described second adsorbing mechanism, described picture patch component being pressed to described edge covering mechanism down, compresses to make the plastic adhesive tape folding bound edge.
Preferably, described bound edge operation also comprises: to be adsorbed by the picture patch component of bound edge by described second adsorbing mechanism and move on described conveyer.
Particularly, described go out in material process, by the picture patch component discharging of described conveyer by bound edge.
Particularly, described edge covering mechanism includes and folds head for the bound edge machine table of the accommodating location of picture patch component being pasted with plastic adhesive tape, several adhesive tapes in order to the plastic adhesive tape on folding picture patch component corresponding to picture patch component number of sides;
Described bound edge machine table comprises and folds several folding head mount pads corresponding to a quantity with several adhesive tapes described, these several folding head mount pad is evenly arranged along same circumferencial direction and is arranged with for the accommodating folding storage tank of the picture patch component being pasted with plastic adhesive tape, each described folding head mount pad offers the installation cavity volume be communicated with described folding storage tank, and each described adhesive tape folds head correspondence and is arranged in the installation cavity volume of each described folding head mount pad.
Further, each described adhesive tape folds head and comprises folding head, is connected to this folding head in order to drive the folding driving device of this folding head movement between described folding storage tank and described installation cavity volume, and described folding driving device is electrically connected with described control device.
Preferably, described cutter sweep is laser cutting device.
The technique effect with the preparation method of the photograph of operator guards of the present invention is: the preparation method with the photograph of operator guards of the present invention comprises bonding process, crosses glue process, cutting action, bound edge operation and go out material process; photograph body is made not only to be pasted with substrate but also be coated with plastic adhesive tape simply and easily; simultaneously; wholely be operating as automated manufacturing and required operating personnel is less; both time saving and energy saving; labor cost spending can be reduced again, be suitable for the bound edge operation of mass photograph.
Accompanying drawing explanation
The schematic diagram of what Fig. 1 was the embodiment of the present invention the have photograph completed made by the preparation method of the photograph of operator guards;
Fig. 2 be Fig. 1 A-A to sectional view;
Fig. 3 is the stereogram of the preparation method with the photograph of operator guards of embodiment of the present invention photograph taping machine used;
Fig. 4 is the stereogram of the edge covering mechanism of the preparation method with the photograph of operator guards of embodiment of the present invention photograph taping machine used;
Fig. 5 is the part explosive view of the edge covering mechanism of the preparation method with the photograph of operator guards of embodiment of the present invention photograph taping machine used;
Fig. 6 is the stereogram of the photograph intermediate station of the preparation method with the photograph of operator guards of embodiment of the present invention photograph taping machine used;
Fig. 7 is the stereogram of the tape sticker adsorption device of the preparation method with the photograph of operator guards of embodiment of the present invention photograph taping machine used;
Fig. 8 is the stereogram of the second adsorbing mechanism of the preparation method with the photograph of operator guards of embodiment of the present invention photograph taping machine used;
Fig. 9 is the stereogram of the photograph loading bay of the preparation method with the photograph of operator guards of embodiment of the present invention photograph taping machine used;
Figure 10 is the stereogram of the first adsorbing mechanism of the preparation method with the photograph of operator guards of embodiment of the present invention photograph taping machine used;
Figure 11 is the stereogram of the conveyer of the preparation method with the photograph of operator guards of embodiment of the present invention photograph taping machine used;
Figure 12 is the artwork with the preparation method of the photograph of operator guards of the embodiment of the present invention;
Figure 13 to Figure 15 utilizes the preparation method with the photograph of operator guards of the embodiment of the present invention to make the schematic diagram with the photograph of operator guards.
Detailed description of the invention
In order to make object of the present invention, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the present invention, be not intended to limit the present invention.
Refer to Figure 12, and composition graphs 1 to Fig. 3, the invention provides a kind of preparation method with the photograph of operator guards, described photograph comprises a photograph body 201, and described preparation method comprises:
Bonding process, substrate 202 is attached at the back side of this photograph body 201 by the substrate sticking machine in order to attach substrate 202 to described photograph body 201, to make described photograph body become a picture patch component with described substrate attaching, thus photograph body 201 is made to obtain thickening protection;
Cross glue process, by the photograph gluing machine arranged in order to cross glue to photograph, glue was carried out to described picture patch component, described photograph body 201 and substrate 202 is made to be bonded in one, thus, not only make the surface of this picture patch component be protected, but also make picture patch component become more attractive and durable;
Cutting action, carry out cutting by cutter sweep to unnecessary substrate on the described picture patch component after mistake glue to remove, to make the photograph body of described picture patch component corresponding with substrate concordant, wherein, this cutter sweep is laser cutting device, not only enable precisely to cut when cutting unnecessary substrate 202, and cutting efficiency is high;
Bound edge operation, described picture patch component is delivered in order to carry out on the photograph taping machine 100 of bound edge setting to its side, then by this photograph taping machine 100 plastic adhesive tape 203 attached to the side of described picture patch component and make this plastic adhesive tape 203 fold the side of this picture patch component coated, wherein, by carrying out bound edge setting to picture patch component, except the laminating of photograph body 201 and substrate 202 can be made more firm, extend the holding time of photograph, aesthetic feeling and the artistic feeling of photograph entirety can also be increased;
Go out material process, by the described picture patch component discharging of described photograph taping machine 100 by bound edge.
Because this preparation method with the photograph of operator guards comprises bonding process, crosses glue process, cutting action, bound edge operation and go out material process; photograph body 201 is made not only to be pasted with substrate 201 but also be coated with plastic adhesive tape 203 simply and easily; simultaneously; wholely be operating as automated manufacturing and required operating personnel is less; both time saving and energy saving; labor cost spending can be reduced again, be suitable for the bound edge operation of mass photograph.
Refer to Fig. 3 to Figure 11, wherein, the photograph taping machine 100 of the present embodiment comprise for parts install fixing installation rack 10, in order to by the feeding assembly 20 of picture patch component charging, in order to the side of picture patch component is carried out bound edge operation bound edge assembly 30, in order to by the conveyer 40 of the picture patch component discharging of bound edge and the control device 50 carrying out work in order to control feeding assembly 20, bound edge assembly 30 and conveyer 40.Below each parts of photograph taping machine 100 are further described:
Installing rack 10 is a rectangular box, and surface divides thereon photograph feed zone 11, photograph bound edge district 12 and photograph discharge zone 13;
Feeding assembly 20 is located on photograph feed zone 11;
Bound edge assembly 30 is located in photograph bound edge district 12;
Conveyer 40 is located on photograph discharge zone 13;
Control device 50 is located at and is installed on rack 10, and this control device 50 is electrically connected with feeding assembly 20, bound edge assembly 30 and conveyer 40 respectively.
Because the photograph taping machine 100 of the present embodiment is configured with feeding assembly 20, bound edge assembly 30, conveyer 40 and control device 50, when needing to carry out bound edge to picture patch component side, as long as will treat that the picture patch component of bound edge is placed in feeding assembly 20, and then by control device 50 control operation, to make feeding assembly 20 picture patch component is fed in bound edge assembly 30 and goes, by bound edge assembly 30 picture patch component side attached plastic adhesive tape 203 again and by folding for this plastic adhesive tape 203 with the side making its coated photograph fitting part, afterwards, by bound edge assembly 30 the picture patch component of bound edge delivered in conveyer 40 again and go, then, relend and the picture patch component of this bound edge is sent to the position of collecting for user by conveyer 40, whole process is automation mechanized operation, both time saving and energy saving, labor cost spending can be reduced again, be suitable for the bound edge operation of mass picture patch component.
Refer to Fig. 3 to Figure 10, the feeding assembly 20 of the present embodiment comprises with the photograph loading bay 21 placed for picture patch component, arranges in mobile the first adsorbing mechanism 22 being placed in the picture patch component on photograph loading bay 21 in order to absorption, so, when charging, as long as user directly will treat that the picture patch component of bound edge is placed on photograph loading bay 21, and the first adsorbing mechanism 22 just can be controlled this to be treated bound edge picture patch component delivers to subsequent processing by control device 50.
Bound edge assembly 30 comprises the photograph intermediate station 31 in order to the picture patch component sent into by the first adsorbing mechanism 22 to be transferred to photograph bound edge district 12, picture patch component in order to being placed on photograph intermediate station 31 attaches the tape sticker adsorption device 32 of plastic adhesive tape 203, in order to the second adsorbing mechanism 33 of the picture patch component transfer by being pasted with plastic adhesive tape 203, in order to carry out folding with the edge covering mechanism 34 of coated photograph fitting part side with the plastic adhesive tape 203 on the second adsorbing mechanism 33 pairs of picture patch components, wherein, this photograph intermediate station 31 is located at photograph feed zone 11 and photograph bound edge district 12 between the two in mobile.
Thus, this just can be treated that bound edge picture patch component is delivered on photograph intermediate station 31 by the first adsorbing mechanism 22, and picture patch component is moved to the position attaching plastic adhesive tape 203 by this photograph intermediate station 31; After arrival, the picture patch component be placed on photograph intermediate station 31 can be attached plastic adhesive tape 203 by tape sticker adsorption device 32; Afterwards, the picture patch component being pasted with plastic adhesive tape 203 is transferred to edge covering mechanism 34 by the second adsorbing mechanism 33, and by the plastic adhesive tape 203 on picture patch component being carried out folding with coated photograph fitting part side with this edge covering mechanism 34 co-operate; Afterwards, then by this second adsorbing mechanism 33, the picture patch component of bound edge is delivered to subsequent processing, whole operational sequence, simple and fast, and reasonable flexibly.
Refer to Fig. 4 and Fig. 5, below the edge covering mechanism 34 of this bound edge assembly 30 be described in detail:
Edge covering mechanism 34 includes and folds 342 for the bound edge machine table 341 of the accommodating location of picture patch component being pasted with plastic adhesive tape 203, several adhesive tapes in order to the plastic adhesive tape 203 on folding picture patch component corresponding to picture patch component number of sides, wherein, picture patch component in the present embodiment is quadrilateral shape, therefore folding 342, adhesive tape is set to four; Certain picture patch component also can be other polygonal shape, and as hexagon, then correspondingly, folding 342, this adhesive tape is set to six.And the concrete structure of each parts of this edge covering mechanism 34 is:
Bound edge machine table 341 comprises and folds several folding head mount pads 3411 corresponding to 342 quantity with several adhesive tapes, these several folding head mount pad 3411 is evenly arranged along same circumferencial direction and is arranged with for the accommodating folding storage tank 3412 of the picture patch component being pasted with plastic adhesive tape 203, each folding head mount pad 3411 offers the installation cavity volume 3413 be communicated with folding storage tank 3412, and each adhesive tape folds 342 correspondence and is arranged in the installation cavity volume 3413 of each folding head mount pad 3411.When the picture patch component being pasted with plastic adhesive tape 203 is transferred to edge covering mechanism 34 by the second adsorbing mechanism 33, this picture patch component can move in the folding storage tank 3412 of bound edge machine table 341 by the second adsorbing mechanism 33, now, be located at each adhesive tape installed in cavity volume 3413 to fold 342 and to extend in folding storage tank 3412 and to touch the plastic adhesive tape 203 that folding picture patch component attaches, to make this plastic adhesive tape 203 coated photograph fitting part side; Afterwards, in order to ensure that plastic adhesive tape 203 can compact coated photograph fitting part side further, this picture patch component can compress by the second adsorbing mechanism 33 down; Afterwards, the picture patch component of bound edge just can be removed, to carry out subsequent processing by the second adsorbing mechanism 33.
Each adhesive tape folds and 342 comprises folding head 3421, is connected to this folding head 3421 in order to drive the folding driving device 3422 of this folding head movement between described folding storage tank and described installation cavity volume, and folding driving device 3422 is electrically connected with control device 50.Preferably, folding driving device 3422 is a folding driving cylinder, and this folding output shaft of cylinder that drives is connected to folding head 3421.
Refer to Fig. 6, below the photograph intermediate station 31 of bound edge assembly 30 be described specifically:
Photograph intermediate station 31 comprises sliding support plate 311, be connected with this sliding support plate 311 to drive rotary driving device 312 in this sliding support plate 311 movement, be located on sliding support plate 311 in order to adsorb the transfer absorption platform 313 of photograph fitting part, be arranged on sliding support plate 311 and the below being arranged in transfer absorption platform 313 in order to carry out the transfer vavuum pump (figure does not indicate) of vacuum pumping to this transfer absorption platform, to be arranged on sliding support plate 311 and surrounding by being located at transfer absorption platform 313 to be placed in the transfer locating piece 314 of the picture patch component on transfer absorption platform 313 in order to location, transfer vavuum pump is electrically connected with control device 50.
Particularly, in this rotary driving device 312 comprise the below of being located at this sliding support plate 311 and with this sliding support plate 311 slide engage drive lead screw 3121, in order to control the screw drive source 3122 of this drive lead screw 3121 rotating operation, drive lead screw 3121 crosses between photograph feed zone 11 and photograph bound edge district 12, and adopt drive lead screw 3121 transmission, ensure that the steady transmission of sliding support plate 311 preferably.
In addition, this transfer locating piece 314 is four, and these four transfer locating pieces 314 are for being fastened on sliding support plate 311; Or these four transfer locating pieces 314 are arranged on sliding support plate 311 in mobile; Or, these four transfer locating piece 314 parts are arranged on sliding support plate 311 in mobile, as wherein three transfer locating pieces 314 are fastened on sliding support plate 311, and another one transfer locating piece 314 is arranged on sliding support plate 311 in mobile, thus, transfer locating piece 314 flexible positioning picture patch component can be ensured, also can reduce the setting of mobile device simultaneously, reduce production cost.
Refer to Fig. 7, and composition graphs 8, below the tape sticker adsorption device 32 of bound edge assembly 30 is described specifically:
Tape sticker adsorption device 32 includes adhesive tape conveyer frames 321 in order to plastic adhesive tape 203 to be sent to photograph intermediate station 31, in order to the plastic adhesive tape be sent on photograph intermediate station 31 203 part to be cut off and this plastic adhesive tape 203 part to be attached to the adhesive tape attaching head 322 of the picture patch component be placed on photograph intermediate station 31, adhesive tape attaching head 322 is in the photograph intermediate station 31 up or down in time being positioned at photograph bound edge district 12.
Refer to Fig. 8, below the second adsorbing mechanism 33 of bound edge assembly 30 be described specifically:
Second adsorbing mechanism 33 comprises the second fixed mount 331, mobile spanning member 332, second connecting plate 333, second drive unit 334, second suction tray 335, second vavuum pump (not indicating in figure), and the concrete structure of each parts of the second adsorbing mechanism 33 is:
Second fixed mount 331 is across the photograph intermediate station 31 when being positioned at photograph bound edge district 12, edge covering mechanism 34, conveyer 40 three;
Mobile spanning member 332 moves along the direction of photograph intermediate station 31, edge covering mechanism 34, conveyer 40 to be located on the second fixed mount 331, to move through photograph intermediate station 31, edge covering mechanism 34, conveyer 40;
Second connecting plate 333 is located at mobile spanning member 332 in moving up and down;
Second drive unit 334 to be located on mobile spanning member 332 and to be connected to one end of the second connecting plate 333, move up and down to drive this second connecting plate 333, preferably, the second drive unit 334 is the second driving cylinder, and second drives the output of cylinder to be connected to the second connecting plate 333;
Second suction tray 335 is arranged on the other end of the second connecting plate 333 and vertically arranges down.Preferably, the bolster 3351 of the impulsive force produced when the second suction tray 335 is equipped to cushion it and photograph intermediate station 31, edge covering mechanism 34, conveyer 40 touch, bolster 3351 is arranged between the second suction tray 335 and the second connecting plate 333, preferably, this bolster 3351 is spring, thus, avoid the second suction tray 335 preferably and touch and sustain damage, effectively extend its service life;
Second vavuum pump is arranged on the second connecting plate 333, to carry out vacuum pumping to this second suction tray 335;
Wherein, mobile spanning member 332, second drive unit 334, second vavuum pump is electrically connected with control device 50 respectively.In addition, this adhesive tape attaching head 322 is located on the second fixed mount 331 in moving up and down.
Have again, this second adsorbing mechanism 33 also comprise be arranged on the second fixed mount 331 with second slide rail 336 be slidably matched of mobile spanning member 332, the spanning member drive unit that is connected to drive this to move spanning member 332 with mobile spanning member 332 and slides, particularly, this spanning member drive unit is motor, and this motor is connected with mobile spanning member 332 by the driving rack 337 be arranged on the second fixed mount 331.
Below each parts of the feeding assembly 20 of the present embodiment are described specifically:
As shown in Figure 9, photograph loading bay 21 comprises charging table top 211, is located on charging table top 211 in order to surround the rib 212 of picture patch component surrounding, the quantity of rib 212 is corresponding with the limit number of picture patch component, namely this rib 212 is four, these four ribs 212 are enclosed to form for treating that bound edge picture patch component is applicable to the storage tank placed, and these four ribs 212 are for being connected and fixed setting, also can be and arranging in mobile.
As shown in Figure 10, first adsorbing mechanism 22 comprises the first fixed mount 221 of both the photograph intermediate stations 31 when moving across photograph loading bay 21 and be positioned at photograph feed zone 11, in moving up and down the first connecting plate 222 being located at the first fixed mount 221, be connected to first drive unit 223 of one end in order to drive this first connecting plate 222 to move up and down of the first connecting plate 222, be arranged on the other end of the first connecting plate 222 and the first suction tray 224 vertically arranged down, be arranged on the first connecting plate 222 in order to carry out first vavuum pump (not indicating in figure) of vacuum pumping to this first suction tray 224, first drive unit 223, first vavuum pump is electrically connected with control device 50 respectively.Preferably, this first drive unit 223 is the first driving cylinder, and the output of this first driving cylinder is connected to the first fixed mount 221.
Wherein, first adsorbing mechanism 22 also comprise be arranged on photograph feed zone 11 is slidably matched with the bottom of the first fixed mount 221 the first slide rail 225, be connected the first fixed mount drive unit of driving this first fixed mount 221 to slide with the first fixed mount 221, particularly, this the first fixed mount drive unit is motor, and this motor is connected with the first fixed mount 221 by chain 226.
Refer to Figure 11, below the conveyer 40 of the present embodiment be described specifically:
Conveyer 40 comprises conveyer belt 41, be positioned at the top of conveyer belt 41 and arrange the depression bar 42 in order to make the plastic adhesive tape 203 on picture patch component flatten further in subtend with conveyer belt 41, is formed with the gap that the picture patch component of bound edge can be supplied to pass through between depression bar 42 and conveyer belt 41.
Refer to Fig. 3, below the control device 50 of the present embodiment be described specifically:
Control device 50 comprises the control flow 51 be convenient to user operation and controlled, and control flow 51 is fixed on by a fixed bar 52 and installs on sales counter 10.
Below in conjunction with each graphic, the operation principle of the photograph taping machine 100 of the present embodiment is further described:
When charging, as long as user directly will treat that the picture patch component of bound edge is placed on photograph loading bay 21, then to be started the machine work by control device 50.Now, this just can be treated that bound edge picture patch component is delivered on photograph intermediate station 31 by the first adsorbing mechanism 22, and picture patch component is moved to the position attaching plastic adhesive tape 203 by this photograph intermediate station 31; After arrival, the picture patch component be placed on photograph intermediate station 31 can be attached plastic adhesive tape 203 by tape sticker adsorption device 32.
Afterwards, the picture patch component being pasted with plastic adhesive tape 203 is transferred to edge covering mechanism 34 by the second adsorbing mechanism 33, and by the plastic adhesive tape 203 on picture patch component being carried out folding with coated photograph fitting part side with this edge covering mechanism 34 co-operate, its concrete operations are: when the picture patch component being pasted with plastic adhesive tape 203 is transferred to edge covering mechanism 34 by the second adsorbing mechanism 33, this picture patch component can move in the folding storage tank 3412 of bound edge machine table 341 by the second adsorbing mechanism 33, now, be located at each adhesive tape installed in cavity volume 3413 to fold 342 and to extend in folding storage tank 3412 and to touch the plastic adhesive tape 203 that folding picture patch component attaches, to make this plastic adhesive tape 203 coated photograph fitting part side, then, in order to ensure that plastic adhesive tape 203 can compact coated photograph fitting part side further, this picture patch component can compress by the second adsorbing mechanism 33 down.
Afterwards, then delivered on conveyer 40 by the picture patch component of this second adsorbing mechanism 33 by bound edge, and the picture patch component completing bound edge can be delivered to the position of taking for user by this conveyer 40.
Refer to Figure 13 and Figure 14, and composition graphs 3 to Figure 11, the bound edge operation of the present embodiment comprises:
Described picture patch component is placed in the photograph loading bay 21 of described photograph taping machine 100, then goes to described photograph intermediate station 31 by described first adsorbing mechanism 22 absorption;
By described photograph intermediate station 31, described picture patch component is moved to described photograph bound edge district 12;
The picture patch component be opposite on described photograph intermediate station 31 by described tape sticker adsorption device 32 attaches plastic adhesive tape 203;
By described second adsorbing mechanism 33, edge covering mechanism 34 is moved to the picture patch component absorption being pasted with plastic adhesive tape 203;
Plastic adhesive tape 203 on described picture patch component is carried out folding with the side of this picture patch component coated by described second adsorbing mechanism 33 and described edge covering mechanism 34.
Thus, making can simple and fast and be coated with plastic adhesive tape 203 at its side without any confusion at the picture patch component of bound edge operation.
Refer to Figure 15, as the preferred version of the present embodiment, this bound edge operation also comprises: the bottom by described second adsorbing mechanism 33, described picture patch component being pressed to described edge covering mechanism 34 down, to make the plastic adhesive tape 203 folding bound edge compress, ensure that plastic adhesive tape 203 can compactly be coated on picture patch component further.
Preferably, this bound edge operation also comprises: to be adsorbed by the picture patch component of bound edge by the second adsorbing mechanism 33 and move on conveyer 40, to ensure that the picture patch component of bound edge can discharging in an orderly manner, simultaneously, the second adsorbing mechanism 33 is utilized to shift, not only efficient and convenient, and ensure that the cleanliness factor of picture patch component in transfer process of this bound edge.
In order to simplify operation and enhancing productivity, described go out in material process, by the picture patch component discharging of described conveyer 40 by bound edge.
The foregoing is only preferred embodiment of the present invention, its structure is not limited to the above-mentioned shape enumerated, and all any amendments done within the spirit and principles in the present invention, equivalent replacement and improvement etc., all should be included within protection scope of the present invention.
Claims (8)
1. have a preparation method for the photograph of operator guards, described photograph comprises a photograph body, it is characterized in that, described preparation method comprises:
Bonding process, attaches substrate by the substrate sticking machine in order to attach substrate to described photograph body at the back side of this photograph body, becomes a picture patch component to make described photograph body with described substrate attaching;
Cross glue process, by the photograph gluing machine arranged in order to cross glue to photograph, glue was carried out to described picture patch component, make described photograph body and substrate be bonded in one;
Cutting action, carries out cutting by cutter sweep to unnecessary substrate on the described picture patch component after mistake glue and removes, to make the photograph body of described picture patch component corresponding with substrate concordant;
Bound edge operation, described picture patch component is delivered in order to carry out on the photograph taping machine of bound edge setting to its side, then by this photograph taping machine plastic adhesive tape attached to the side of described picture patch component and make this plastic adhesive tape fold the side of this picture patch component coated;
Go out material process, by the described picture patch component discharging of described photograph taping machine by bound edge;
Wherein, described photograph taping machine comprises:
Install fixing installation rack for parts, described fitting machine has divided photograph feed zone, photograph bound edge district and photograph discharge zone cashier's office in a shop;
Be located in order to the feeding assembly by the charging of described picture patch component on described photograph feed zone, described feeding assembly comprises with the photograph loading bay placed for described picture patch component, arranges in mobile the first adsorbing mechanism being placed in the picture patch component on described photograph loading bay in order to absorption;
Be located in described photograph bound edge district in order to carry out the bound edge assembly of bound edge operation to the side of described picture patch component, described bound edge assembly comprises the photograph intermediate station in order to the picture patch component sent into by described first adsorbing mechanism to be transferred to described photograph bound edge district, picture patch component in order to being placed on described photograph intermediate station attaches the tape sticker adsorption device of plastic adhesive tape, in order to the second adsorbing mechanism of the picture patch component transfer by being pasted with plastic adhesive tape, in order to carry out folding with the edge covering mechanism of coated photograph fitting part side to the plastic adhesive tape on picture patch component with the second adsorbing mechanism, described photograph intermediate station is located at described photograph feed zone and described photograph bound edge district between the two in mobile,
Be located on described photograph discharge zone in order to the conveyer by the picture patch component discharging of bound edge;
Be located at fitting machine carries out work cashier's office in a shop control device in order to control described feeding assembly, described bound edge assembly and described conveyer, described control device is electrically connected with described feeding assembly, described bound edge assembly and described conveyer respectively.
2. there is the preparation method of the photograph of operator guards as claimed in claim 1, it is characterized in that: described bound edge operation comprises:
Described picture patch component is placed in the photograph loading bay of described photograph taping machine, then goes to described photograph intermediate station by described first adsorbing mechanism absorption;
By described photograph intermediate station, described picture patch component is moved to described photograph bound edge district;
The picture patch component be opposite on described photograph intermediate station by described tape sticker adsorption device attaches plastic adhesive tape;
By described second adsorbing mechanism, edge covering mechanism is moved to the picture patch component absorption being pasted with plastic adhesive tape;
Plastic adhesive tape on described picture patch component is carried out folding with the side of this picture patch component coated by described second adsorbing mechanism and described edge covering mechanism.
3. there is the preparation method of the photograph of operator guards as claimed in claim 2; it is characterized in that: described bound edge operation also comprises: the bottom by described second adsorbing mechanism, described picture patch component being pressed to described edge covering mechanism down, compress to make the plastic adhesive tape folding bound edge.
4. there is the preparation method of the photograph of operator guards as claimed in claim 3, it is characterized in that: described bound edge operation also comprises: by described second adsorbing mechanism the picture patch component of bound edge adsorbed and move on described conveyer.
5. there is the preparation method of the photograph of operator guards as claimed in claim 1, it is characterized in that: described go out in material process, by the picture patch component discharging of described conveyer by bound edge.
6. the preparation method with the photograph of operator guards as described in any one of claim 1-5, is characterized in that: described edge covering mechanism includes and supplies the bound edge machine table of the accommodating location of picture patch component being pasted with plastic adhesive tape, several adhesive tapes in order to plastic adhesive tape folding picture patch component on corresponding to picture patch component number of sides fold head;
Described bound edge machine table comprises and folds several folding head mount pads corresponding to a quantity with several adhesive tapes described, these several folding head mount pad is evenly arranged along same circumferencial direction and is arranged with for the accommodating folding storage tank of the picture patch component being pasted with plastic adhesive tape, each described folding head mount pad offers the installation cavity volume be communicated with described folding storage tank, and each described adhesive tape folds head correspondence and is arranged in the installation cavity volume of each described folding head mount pad.
7. there is the preparation method of the photograph of operator guards as claimed in claim 6; it is characterized in that: each described adhesive tape folds head and comprises folding head, is connected to this folding head in order to drive the folding driving device of this folding head movement between described folding storage tank and described installation cavity volume, and described folding driving device is electrically connected with described control device.
8. the preparation method with the photograph of operator guards as described in any one of claim 1-5, is characterized in that: described cutter sweep is laser cutting device.
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| CN201410143538.8A CN103935104B (en) | 2014-04-11 | 2014-04-11 | A kind of preparation method with the photograph of operator guards |
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| CN201410143538.8A CN103935104B (en) | 2014-04-11 | 2014-04-11 | A kind of preparation method with the photograph of operator guards |
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| CN103935104B true CN103935104B (en) | 2016-01-20 |
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Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106515174B (en) * | 2017-01-06 | 2018-05-29 | 无锡科利达机电科技有限公司 | The feed arrangement of artificial buck line |
| CN106743910B (en) * | 2017-01-06 | 2018-02-09 | 无锡科利达机电科技有限公司 | The bond paper feed process of artificial buck line |
| CN106696430B (en) * | 2017-01-06 | 2018-05-29 | 无锡科利达机电科技有限公司 | Automatic wood-based plate buck line |
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| US5201133A (en) * | 1992-04-20 | 1993-04-13 | Saxon, Inc. | Photographic frame assembly |
| CN201452464U (en) * | 2009-06-08 | 2010-05-12 | 霍显艳 | Novel photo frame |
| CN202154386U (en) * | 2011-04-12 | 2012-03-07 | 张德文 | Water-proof damp-proof photo frame |
| CN103434324A (en) * | 2013-08-30 | 2013-12-11 | 隋心 | Full-automatic frame-free picture assembling production line |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2001265231A (en) * | 2000-03-16 | 2001-09-28 | Shikku:Kk | Method for manufacturing welcome board (r), welcome board (r) and method for providing welcome board (r) |
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2014
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Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5201133A (en) * | 1992-04-20 | 1993-04-13 | Saxon, Inc. | Photographic frame assembly |
| CN201452464U (en) * | 2009-06-08 | 2010-05-12 | 霍显艳 | Novel photo frame |
| CN202154386U (en) * | 2011-04-12 | 2012-03-07 | 张德文 | Water-proof damp-proof photo frame |
| CN103434324A (en) * | 2013-08-30 | 2013-12-11 | 隋心 | Full-automatic frame-free picture assembling production line |
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| CN103935104A (en) | 2014-07-23 |
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