JPH0372351A - Device for sticking beltlike photograph on post card or the like - Google Patents

Abstract

PURPOSE:To prevent a defective from being generated by making a tension roller, which rotates reversely to the travel direction of the beltlike photograph sent out of a feed part, slide on the beltlike photograph and applying a tensile force to the beltlike photograph. CONSTITUTION:While the beltlike photograph 30 which is drawn out of the feed part 16 on a machine board surface 14 with proper height and width is guided, the reverse surface is coated with glue by a glue coating part 18 and the glue is semi-dried by a 1st drying part 20a to stick post cards 40, sheet by sheet, at a post card sticking part 22 on the reverse surface of the beltlike photograph 30 corresponding to respective images. Then, the glue is dried at a 2nd drying part 20b and then the beltlike photograph 30 is wound at a take-up part 28 after both ends are cut by a photograph cutting part 26. Then the feed part 16 is provided with a tension part 34 and the tension roller which rotates reversely to the travel direction of the beltlike photograph 30 is made to slide on the photograph, which is tensed. Consequently, the glue coating, postcard sticking, etc., as postprocesses are accurately carried out and a defective is prevented from being produced.

Description

DETAILED DESCRIPTION OF THE INVENTION (1) Object of the Invention (1) Field of Industrial Application The present invention relates to a pasting device for pasting postcards and the like onto strip-shaped photographs.

(2) Conventional technology Photo postcards, which have a photo pasted on the back of the postcard, can be used as a means of directly conveying the current situation of the family or the person in question, such as New Year's cards, summer greetings, etc.
It is also used as a postcard for celebrations, etc.

When producing photo postcards, the photograph printed on the back of the postcard is manually attached using double-sided tape, or an automatic adhesive machine using double-sided tape is used.

(3) Problems to be solved by the invention Accordingly, the production of photographic postcards is time-consuming when done manually, and even with automatic adhesive machines that use double-sided tape, there are difficulties in feeding and cutting the tape. Yes, 400 pieces/
Since the working efficiency was about 1 hour, the working efficiency was low and the cost was likely to increase.

Therefore, the applicant developed a device that automatically adheres a postcard at that position by applying liquid glue to the back side corresponding to the image while guiding the rolled photo strip with a guide roller, and patent application No. 1-51198. The application was filed as However, in the above device, the photo strip becomes loose during guidance, making it difficult to accurately adhere the postcard to a position corresponding to the image of the photo strip. In addition, the moisture in the liquid glue released from the applicator nozzle easily evaporates, making it difficult to apply uniformly, and the adhesive remaining in the applicator nozzle adheres to unnecessary parts of the photo strip, making it difficult to remove the glue. there were.

The present invention has been made in view of the above-mentioned conventional problems, and its first purpose is to apply a tension roller that rotates in the opposite direction to the traveling direction to a strip-shaped photograph fed out from a feeding section. It is an object of the present invention to provide an apparatus for pasting postcards, etc., to strip-shaped photographs, which can accurately perform glue application, postcard pasting, etc. in post-processes by applying tension to the film, thereby preventing the occurrence of defective products.

In addition, the second object of the present invention is to achieve uniform application with less water evaporation during glue application, and to apply the adhesive to areas where glue application is not required, such as the feeding portion, connecting portion, and feeding end end of the photographic strip. To provide a device for pasting postcards to photo strips, characterized in that the photo strips are separated from a nozzle to improve adhesive cutting.

■6 Structure of the Invention (1) Means for Solving Problems In order to achieve the above object, the present invention has a plurality of images 36 printed at regular intervals and a sensor sensing hole 38 corresponding to each image position. Image 3 is created by applying liquid glue to the back side of the photo strip 30 while guiding it in a circular manner using the guide roller 32.
This is a postcard pasting device for a photo strip 30 for pasting a postcard 40 or the like at a position corresponding to 6, which includes a machine board 12 of an appropriate width, and a photo strip 30 provided in the machine board 12.
a feeding section 16, a glue applicator 18 for applying liquid glue to the photographic strip 30, and an image 3 of the photographic strip 30.
a postcard pasting section 22 for pasting postcards 40 in sequence on the back surfaces corresponding to 6; and a photo strip 3 to which the postcards 40 are pasted.
a postcard crimping unit 24 that presses the postcard 40 onto the photo strip 30 while pinching the postcard 40 with a roller; a drying unit 20 that dries the postcard attached photo that has passed through the postcard crimping unit 24; Dry processed strip photo 30
a photo cutting section 26 for sequentially cutting both sides of the photo cutting section 26; and a winding section 28 for winding up the postcard-attached photo that has passed through the photo cutting section 26 into a winding cassette 46; This device constitutes a pasting device 10 for pasting postcards, etc., which has a tension section for applying tension by sliding a tension roller 132 rotating in the opposite direction to the running direction on a photo strip 30 that has been fed out and is running.

Also, a strip-shaped photograph 3 in which a large number of images 36 are printed at regular intervals and has a sensor sensing hole 38 corresponding to each image position.
This is a device for pasting postcards, etc. on strip-shaped photographs, for pasting postcards 40 at positions corresponding to images 36 by applying liquid glue to the back side while guiding the paper in a circumferential manner with guide rollers. a machine board 12, a feeding section 16 for the photo strip 30 provided in the machine board 12, and a photo strip 30 provided in the machine board 12;
A postcard pasting unit 22 sequentially pastes postcards 40 on the back surfaces corresponding to the images 36 of
0 to the photo strip, a drying section 20 that dries the postcard-attached photo strip passed through the postcard crimping section 24, and sequentially cutting both sides of the photo strip 30 dried in the drying section 20. Photo cutting part 2 for
6, and a winding unit 2 for winding up the postcard-attached photo strip that has passed through the photo cutting unit 26 into a winding cassette 46.
8, which is provided between the feeding section 16 of the photographic strip 30 and the postcard pasting section 22, and has a coating nozzle 56 in which a glue release groove 58 is opened.
A glue applicator 18 is provided for applying liquid glue by applying a glue ejector 58 of the applicator nozzle 56 to the back surface of the photographic strip 30 fed out from the photo strip 30. It is composed of a device for attaching postcards, etc. to strip-shaped photographs, which are communicated with each other by small holes 59.

Further, the photo strip 30 is brought into contact with the application nozzle 56 of the glue applicator 18 while being pressed from the front side to the back side of the photo strip 30 near the glue applicator 18, and the photo strip 30 starts to be fed out. A separation roller for releasing the bias against the photographic strip 30 and separating the photographic strip 30 from the application nozzle 56 of the glue application section 18 when it is not necessary to apply glue to the end portion, the connecting portion, the end of feeding end, etc. A portion 62 may also be provided.

(2) Function The postcard pasting device according to the present invention is provided with a feeding section for the photo strips on the machine board surface of an appropriate width, and the photo strips pulled out from the feeding section are sent around to each process section using a large number of guide rollers. While guiding, apply glue to the back side of the photo strip using the glue application section, let the applied glue semi-dry in the first drying section, and then apply postcards to the back side corresponding to each image of the photo strip using the next postcard adhesion section. are pasted one by one, the pasted postcard and photo strip are crimped using a postcard crimping section, and after main drying processing is performed in a second drying section, both sides of the photo strip are cut using a photo cutting section; Thereafter, it is sequentially wound up into a winding section.

A tension section is provided next to the feeding section, and a tension roller that rotates in the opposite direction to the transfer direction of the photo strip is placed in contact with the photo strip to apply tension to the photo strip. It is possible to accurately perform gluing, postcard pasting, etc. without causing loosening.

In addition, the glue applicator has an applicator nozzle with a glue release groove that reduces water evaporation and enables uniform application, and a separation roller that separates the photographic strip from the applicator nozzle prevents adhesive from breaking. It has been improved.

(3) Embodiments Hereinafter, preferred embodiments of the present invention will be described based on the accompanying drawings.

FIG. 1 shows a postcard pasting device 10 for photo strips according to an embodiment of the present invention.

In the figure, a postcard pasting device 10 for band-shaped photographs has a box-shaped machine board 12 of an appropriate width, and a machine board surface 14 of this machine board 12.
a feeding section 16 for the photo strip, a glue application section 18, a first drying section 20a for semi-drying the glue attached to the photo strip;
A postcard adhering section 22 for adhering a postcard to the adhesive side of the photo strip, a postcard crimping section 24 for crimping the attached postcard and the photo strip, and a postcard crimping section 24 for crimping the attached postcard and the photo strip. A second drying section 20b for main drying, a photo cutting section 26 for cutting both sides of the postcard-attached photo strip, and a winding section 28 for winding up the cut photo strip. We are prepared.

Then, the photographic strip 3 is fed out from the feeding section 16.
A large number of guide rollers 32 are loosely mounted on the machine board surface 14 in order to guide the photo strip 3o to each work process section, and each guide roller 32 guides the band-shaped photograph 3o in a circular manner around the machine board surface 14.

In the process before the photographic strip 3° fed out from the feeding section 16 is transferred to the glue application section 18, a tension section 34 is provided to apply tension by bringing a roller rotating in the opposite direction to the traveling direction into contact with the photographic strip 30. It is installed on the machine panel surface (4), and thereby prevents the photographic strip from loosening while traveling to each process, allowing accurate work to be carried out.

As shown in FIG. 18, images 36 are printed on the surface of the photo strip 30 at regular intervals, and sensor sensing holes 38 corresponding to each of the printed images 36 are formed.

While guiding this photo strip 30 to each process section, glue is applied to the back side of the photo strip 30 in the glue application section 20, the applied glue is semi-dried in the first drying section 20a, and then the next postcard pasting section 22 A postcard 40 is pasted one by one on the back side corresponding to each image 36 of the photo strip 30, and the pasted postcard 4o and the photo strip 30 are pressed together using the postcard crimping section 24, and then the second drying section 20b is used as a book. After the drying process, both sides of the photo strip 30 are cut by the photo cutting section 26, and then sequentially cut by the winding section 2.
It winds up to 8.

As shown in FIGS. 2 and 3, the feeding section 16 is connected to the machine board surface 14.
A rotating shaft 44 is rotatably supported by a bearing 42a provided in the winding cassette 46 in which the photo strip 30 is wound around the rotating shaft 44
It is constructed by fitting a. A brake wheel 48 is fixed to the rear end of the rotary shaft 44 in the machine board 12 in order to apply braking to the rotary shaft 44, and a band 5 is placed around the brake wheel 48.
A biasing spring 52 is attached to both ends of the machine panel 14 from the machine panel surface 14.

As shown in FIGS. 1, 4 to 6, in the glue applicator 18, a solenoid valve 54 is fixed to the machine board surface 14, and a coating nozzle 56 is provided protruding from the solenoid valve 54. A glue discharge groove 58 is formed on the upper surface, and this glue discharge groove 58 is communicated with the inside of the nozzle through a large number of small holes 59.

A gluing sensor 60 is installed before the transfer to the glue applicator 18 for detecting the sensor sensing hole 38 of the photo strip 30 transferring to the glue applicator 18 and keeping the electromagnetic valve 54 open.

To apply the glue, the solenoid valve 54 is kept open while sensing the sensor detection hole 38 with the sensor 60 to release the water-based glue from the glue release groove 58, and the water-based glue is applied to the back side of the photo strip that comes into contact with the top surface of the application nozzle 56. Glue release groove 5
8 communicates with the inside of the nozzle through a large number of small holes 59, there is little evaporation of water from the application nozzle 56, and uniform application can be achieved without the glue solidifying.

There is no need to apply water-based glue at parts such as the feeding start end, connection part, and feeding end end of the photographic strip, and since the sensor sensing hole 38 is not opened in the photographic strip 30, the electromagnetic valve is not used in these parts. 54 is closed, and the separating roller section 6 is activated to separate the photo strip 30 upward from the coating nozzle 56.
2 is provided on the machine panel surface 14 as shown in FIGS. 7 and 8.

The separating roller section 62 includes an arm rod 66 fixed to the tip of a shaft 64 supported by a bearing 42b on the machine panel surface 14, a presser roller 68 of the band-shaped photograph 3o freely suspended from the arm rod 66, and the aforementioned It includes a biasing spring 70 for biasing the arm rod 66 upward, and a solenoid 72 for rotating the shaft 64 against the biasing force of the biasing spring 70.

Then, when the solenoid valve 54 of the glue applicator 18 is closed, the solenoid 72 is demagnetized, and the pressure roller 68 is raised by the elasticity of the biasing spring 70 to apply the photo strip 30 to the applicator nozzle 5.
8, it is possible to prevent the adhesion of excess glue remaining on the application nozzle 56 and to improve the adhesive removal.

As shown in FIG. 1, the postcard pasting part 22 is
A first drying section 20a is installed on the machine board surface 14 to semi-dry the aqueous glue attached to the photographic strip 30 when the photographic strip 30 is guided. Let the wind blow.

The postcard pasting section 22 is shown in FIGS. 9 and 10.

In the figure, the postcard pasting section 22 has a cylindrical housing frame 74 with an open front, and a pressing plate 76 disposed opposite the lower end of the housing frame 74. A plurality of holes are opened on both sides and the front of the lower end of the housing frame 74, as well as on the front edge frame,
A claw plate 78 is fitted into each hole for lightly contacting and locking the end face of postcards or non-adhesive paper stacked within the storage frame 74. Vertical rotation shafts 80a, 80a are pivotally supported at the upper and lower positions of the machine board surface 14 of the postcard pasting section 22, and upper and lower crank plates 82a, 82a are fixed to the tips of these vertical rotation shafts 80a, 80a, and Crank bins 84a, 84a protruding from the back are pivotally connected to upper and lower crank plates 82a, 82a. Vertical rotation axis 80
a and 80a are interlocked by an interlocking mechanism 86a, and rotate the storage frame 74 while maintaining the vertical state while synchronizing with the moving speed of one image 36 of the photographic strip 30. In addition, the vertical rotation axis 8
Vertical rotation shafts sob, sob are supported on the machine board surface 14 at lower positions on the same line as 0a and 80a, and this vertical rotation shaft 80
Upper and lower crank plates 82b and 82b are fixed to the tips of b and 80b, and crank bins 84b and 84b protrude from an actuating plate 88 that is vertically disposed on the pressing plate 76.
b, 82b. the vertical rotation axis sob;
sob is interlocked by an interlocking mechanism 86b to rotate the pressing plate 76 while facing and approaching the housing frame 74, and the lower rotation shaft 80a and the upper rotation shaft 80b are interlocked by a timing interlocking mechanism 90 such as a gear. The band-shaped photograph 30 is interlocked, and the gap between the storage frame 74 and the pressing plate 76 is reversed so that the back side to which the glue is applied is turned over to form the top surface. Laminated postcard 4
0 and the images 36 are pasted one after another while making them correspond to each other.

In FIG. 1, there are two sets of storage frames 74a as the postcard pasting section 22.
, 74b are arranged, and adhesion drive sensors 91a, 91b are arranged in front of the storage frames 74a, 74b. Then, the first storage frame 74a to which the strip photo 30 is transferred.
The non-glue paper 92 is stored inside the storage frame 74b, and the postcard 40 is stored in the next storage frame 74b.

In addition, if the image 36 of the strip photo 30 is not clear, a dummy mark or the like is written in advance, and this is detected by the dummy detection sensor 94, and when the next adhesion drive sensor 91a detects the sensor detection hole 38, the first The storage frame 74a is operated to preliminarily adhere a sticky paper 92 to the position of the blurred image 36, making it impossible to adhere the postcard 40 stored in the next storage frame 74b, thereby preventing wasteful use of the postcard 40. .

The postcard crimp section 24 is shown in FIGS. 11 and 12.

In the figure, in the postcard crimping unit 24, a rotating roller 98 is pivotally supported within a frame plate 96 provided on the front surface of the machine board surface 14, and the drive motor lOO on the inner surface of the machine board surface 14 and the rotating roller 98 are interlocked. In addition, an idling roller 104 is suspended in an inverted U-shaped frame 102 that is pivotally mounted in the frame plate 96, and
02 is biased by a biasing spring L06, the idle roller 104 is brought into pressure contact with the rotating roller 98. The photo strip 30 is moved while being sandwiched between the idle roller 104 and the rotating roller 98, and the attached postcard 40 is pressed onto the back side of the photo strip 30.

The photo strip 30 that has passed through the postcard crimping unit 24 goes around the peripheral edge of the machine board 14 and then is transferred to the second drying unit 2ob, where it is subjected to main drying while being blown with hot air and sent to the photo cutting unit 26. Transition.

The photo cutting section 26 is shown in FIGS. 13 and 14.

In the figure, the photo cutting unit 26 has a cylindrical case 106 protruding from the machine board surface 14, and inside this cylindrical case 106, a first rotary blade L10a with a disk cutting blade 108 fixed at both ends, and a disk A second rotary blade 110b having conical cutting blades 112 fixed at both ends, which slide in contact with the outer surface of the cutting blade 108, is pivotally supported, and is used to cut both ends of the photographic strip 30 passing inside while being rotated at high speed. .

Next, the winding section 28 is shown in FIGS. 15 to 17.

In the figure, the winding section 28 is connected to a winding cassette 46b on a rotating shaft 116 which is interlocked with a winding motor 114 in the machine panel surface 14.
is fitted. On the side of this winding cassette 46b,
A measuring arm 120 with a roller 118 hanging loosely at its tip is disposed, and a rotating shaft 1 supports the lower end of the measuring arm 120.
The winding motor 114 is controlled by a variable resistor 124 interlocked with the winding motor 22.

In FIG. 1, the tension section 34 of the photo strip 30 is installed on the side of the feeding section 16.

As shown in FIGS. 19 and 20, the tension portion is
4 is a left and right arm rod 126.126 protruding from the machine board surface 14.
And, the vertical shaft 1 horizontally suspended on this left and right arm rod 126.126
28,128. This vertical axis 128.12
Rotating shaft 130 from machine panel surface 14 at one end of gap 8
is provided protrudingly, and a tension roller 13 is mounted on this rotating shaft 130.
2 is fixed and a tension roller 132 is driven by a motor 134.
is rotated in the opposite direction to the transition direction of the photographic strip 30. A sliding plate 136 is loosely fitted to the vertical shafts 128, 128, and a presser roller 140 is attached to the shaft 138 protruding from the sliding plate 136.
is loosely fitted.

A spring 142 is provided at one end of the vertical shafts 128, 128.
．． 142 is fitted to press the presser roller 140 against the tension roller 132.

The photo strip 30 is transferred downward while being sandwiched between the tension roller 132 and the presser roller 140, and tension is applied in the opposite direction to the transfer direction by the tension roller 132 rotating in the opposite direction. 30 prevents loosening and enables accurate work in each process section.

The device for attaching postcards, etc. to photo strips according to the present invention is not limited to the above-mentioned embodiments, and in addition to photos, it can also be used to attach postcards and leaflets such as strip posters, pamphlets, and advertising documents containing product description details, etc. Needless to say, the present invention can be applied to all pasting operations on a single-sheet component.

■1 As described in detail of the invention, the present invention, when attaching a postcard to a photo strip, attaches a tension roller that rotates in the opposite direction to the traveling direction to the photo strip fed out from a feeding section. By applying tension to the material, it is possible to accurately apply glue, paste postcards, etc. in subsequent steps and prevent the occurrence of defective products.

In addition, in the glue application section, water-based glue is applied while the photo strip is in contact with the application nozzle with a glue release groove.
Since there is little water evaporation, the adhesive can be applied uniformly without solidifying.A separating roller section for the photographic strip is provided near the glue application section, and the photographic strip can be separated by the separating roller when the adhesive application is not required. The paste is applied while being pushed up with a roller and separated from the cloth nozzle, which improves the cutting ability of the glue on the photo strip and suppresses wasteful consumption of glue.

In particular, two sets of storage frame mechanisms are installed in the postcard pasting section, and one of the storage frame mechanisms accommodates a dummy paper, which prevents postcards from pasting in positions where the image is unclear. This can save wasteful consumption.

[Brief explanation of drawings]

Fig. 1 is a front view of a postcard pasting device according to an embodiment of the present invention, Fig. 2 is an enlarged front view of a feeding unit for a strip photograph, Fig. 3 is an enlarged sectional view taken along line A-A, and Fig. 4 is 5 is an enlarged sectional view of the applicator nozzle, FIG. 6 is a partially enlarged sectional view taken along line B-B in FIG. 4, and FIG. 7 is an enlarged front view of the separation roller section. Figure 8 is an enlarged sectional view taken along the line C-C, Figure 9 is an enlarged front view of the postcard adhering part, Figure 10 is an enlarged sectional view thereof, Figure 11 is an enlarged front view of the postcard crimping part, and Figure 12 is an enlarged front view of the postcard crimping part. Fig. 13 is an enlarged front view of the photo-cutting part, Fig. 14 is an enlarged cross-sectional view thereof, Fig. 15 is an enlarged front view of the winding part, and Fig. 16 is an enlarged cross-section taken along line D-D. Figure, 1st
Figure 7 is an enlarged cross-sectional view taken along the line E-E, Figure 18 is a partially enlarged plan view of the strip photograph, Figure 19 is an enlarged front view of the tension section, and Figure 20 is an enlarged cross-sectional view taken along line F-F. be. 10. Postcard pasting device, 12. ,, machine board, 1418
0 machine board surface, 16. ,,feeding section,18. ,. Glue application part, 20. , , drying section, 22. ,,postcard pasting part, 24. ,, postcard crimping part, 26. ．． ．． photo cutting department,
28. ,, winding section, 30. ,,band photo, 34. ,,
Tension part, 40. ,, Postcard, 46106 winding cassette, 56. , , Application nozzle , 62 , , @ Open roller , 74 . ,,Accommodation frame, 76°8. Pressing plate, 92. ,, Zetsugushi, 132. ,, tension roller, 140. ,, Presser Roller 2 Fig. 10 Fig. 13 Fig. 14 Fig. 20 Fig. 19

Claims (1)

[Claims] 1. A photographic strip in which a large number of images are printed at regular intervals and has a sensor sensing hole corresponding to the position of each image is guided in a circular manner by a guide roller, and liquid glue is applied to the back side to create an image. This is a device for pasting postcards, etc., on photo strips for pasting postcards at positions corresponding to the strips, which includes a machine board of an appropriate width, a feeding section for the photo strips provided in the machine board, and a device for pasting postcards, etc. a glue applicator for applying liquid glue to the photographs; a postcard pasting part for successively pasting postcards to the back surface corresponding to the image of the photographic strip; and a pinching roller to hold the photographic strip to which the postcard has been pasted. a postcard crimping section that presses the postcard onto the photo strip while holding it there; a drying section that dries the postcard-attached photo strip that has passed through the postcard crimping section; and sequentially cutting both sides of the photo strip that has been dried in the drying section. and a winding part for winding up the postcard-attached photo strip that has passed through the photo cutting section into a winding cassette, the tape being fed out from the feeding section and running on the running photo strip. A pasting device for pasting postcards, etc. to strip-shaped photographs, characterized by having a tension part for applying tension by bringing a roller rotating in the opposite direction into contact with the pasting device. 2. A photo strip with a number of images printed at regular intervals and a sensor detection hole corresponding to each image position is guided in a circular manner by a guide roller, and liquid glue is applied to the back side, and the postcard is placed at the position corresponding to the image. This is a device for pasting postcards, etc., onto photo strips, which includes a machine board of an appropriate width, a feeding section for the photo strips provided in the machine panel, and a device corresponding to the image of the photo strip. a postcard affixing unit that sequentially affixes postcards to the back side; a postcard crimping unit that crimps the postcards to the photo strip while pinching the photo strip to which the postcards have been affixed with a pinching roller; a drying section for drying the photo strip with postcards passed through it; a photo cutting section for sequentially cutting both sides of the photo strip dried in the drying section; winding up the photo strip with postcards that has passed through the photo cutting section. a winding section for winding up the photographic strip into a cassette, the method comprising: a coating nozzle provided between the unwinding section of the photographic strip and the postcard pasting section and having a glue release groove for unwinding the photographic strip; A glue application part is provided for applying liquid glue by bringing the glue discharge groove of the application nozzle into contact with the back surface of the photographic strip fed out from the part, and the glue discharge groove and the inside of the application nozzle are communicated with each other through a large number of small holes. A device for attaching postcards, etc. to strip-shaped photographs. 3. In the vicinity of the glue application section, press the photo strip from the front side to the back side and slide the photo strip against the applicator nozzle of the glue applicator, as well as the end of the feeding start of the photo strip, the connecting portion, and The present invention is characterized by comprising a separating roller section for releasing the bias against the photographic strip and separating the photographic strip from the application nozzle of the glue application section when it is not necessary to apply glue to the end of the feeding end or the like. An apparatus for pasting postcards, etc., onto strip-shaped photographs according to claim 2.