JPH0777838B2 - Adhesive device for postcards on strip photographs - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION I. Object of the Invention (1) Field of Industrial Application The present invention relates to a sticking device for sticking a postcard on each printed image position of a strip photograph.

(2) Conventional technology Photographed postcards with a photo sticking to the back of the postcard are used as a means of directly reporting the current situation of the family and the person, such as a New Year's card, a summer greeting card, or a celebration postcard.

This postcard with photo had to be manually attached to the photo and postcard with double-sided tape, but it took a lot of work and the work efficiency was low,
Since the manufacturing cost is high, in recent years, a postcard sticking device for automatically adhering a postcard to a back surface position corresponding to an image while guiding a strip-shaped photograph on which images are printed at regular intervals by a guide roller is disclosed in Japanese Patent Laid-Open No. 63-274594 ( Japanese Patent Application No. 62-109990), Japanese Patent Application Laid-Open No. 63-246290 (Japanese Patent Application No. 62-80045),
It is proposed in JP-A-63-70858 (Japanese Patent Application No. 61-215645).

(3) Problems to be Solved by the Invention However, in the paste applying means of the postcard sticking device described in each of the above-mentioned publications, the paste or adhesive is applied to the strip-shaped photograph by sliding the coating roller or the strip-shaped adhesive paper. Since it is applied, the mechanism is complicated, and cleaning and maintenance inspection after work are troublesome.

Further, in the postcard sticking means of the postcard sticking apparatus, the belt-shaped photograph is sandwiched between the roller that freely rotates at a fixed position and the box containing the postcard, and the box is shaken in the moving direction of the belt-shaped photograph. While adhering the postcards in the box one by one to the strip-shaped photo while moving, or moving the strip-shaped photo on the upper surface of the box containing the postcard, press the strip-shaped photo with the pressing roller on the upper side, Since the postcard in the body is pushed up and adhered to the belt-shaped photograph on the upper surface side, the postcard cannot be accurately adhered to the position corresponding to the image of the belt-shaped photograph, and there is a problem that misalignment, adhesion error, etc. are likely to occur.

The present invention has been made in view of the above conventional problems, and an object thereof is a glue applying means having a simple structure,
It is easy to clean, maintain and inspect, and the postcard sticking means is capable of accurately sticking a postcard at a position corresponding to the image of the strip photo, and there is almost no sticking error. To provide a device.

II. Structure of the Invention (1) Means for Solving the Problems In order to achieve the above object, the present invention has a large number of images 34 printed with a constant gap and a sensor sensing hole 36 corresponding to each image position. It is a sticking device for postcards for strip-shaped photos for applying the liquid glue to the back side of the strip-shaped photo 32 while guiding the strip-shaped photo 32 in a circular shape with a guide roller and sticking the postcard on the back surface position corresponding to the image. Then, the strip-shaped photograph feeding means 14 and the glue applying means 18 for attaching the liquid glue to the strip-shaped photograph 32 fed from the feeding means 14
And a postcard sticking means 22 for sequentially sending and pasting the postcards 104 to the back surface corresponding to the image 34 of the band-shaped photograph 32, and the glue applying means 18 is a glue tank 70 containing liquid glue inside. And the glue tank 70, and the strip-shaped photograph 32
And a coating nozzle 66 arranged at the near edge of the running track of
The coating nozzle 66 is arranged in a direction intersecting the traveling direction of the belt-shaped photograph 32, and has a linear glue discharge groove 68 having a substantially widthwise length of the belt-shaped photograph and a narrow groove width. It is composed of a sticking device 10 for postcards on a strip-shaped photograph, which is formed by applying the liquid glue in the nozzle 66 onto the surface of the strip-shaped photograph 32 while discharging it from the glue discharging groove 68.

Further, the postcard attaching means 22 is a postcard that reciprocates in parallel with the moving direction of the strip-shaped photo 32 in synchronism with the feeding operation of the strip-shaped photo 32 by accommodating the postcards 104 in a stacked manner on the adhesive application side of the strip-shaped photo 32. The storage board mechanism 80 and the strip-shaped photo 32 that is moved in parallel with the postcard storage board mechanism 80 are provided so as to sandwich the postcard storage board mechanism 80, and the strip-shaped picture 32 is sent to the postcard storage board mechanism 80 side. Belt-shaped photo while pressing
Pressing plate mechanism provided with a pressing plate 128 for adhering the postcard 104 to the adhesive application surface of the strip-shaped photograph 32 while moving in synchronization with the feeding operation of 32.
82, a postcard storage board mechanism 80, and a synchronous interlocking mechanism 84 for synchronously interlocking with the pressing plate mechanism 82 may be provided.

(2) Action In the sticking device for postcards on strip photographs according to the present invention, the rolled strip photograph is mounted on the strip photograph feeding means installed at a position near one end of the machine board surface. From this feeding means, guide the strip-shaped photograph to the side glue applying means,
Liquid glue is applied to the strip-shaped photograph by the glue applying means. And
The postcards are sequentially attached to the adhesive application surface of the strip-shaped photograph while passing the strip-shaped photograph to the postcard attachment means installed on the lower side of the paste application means. The strip-shaped photograph to which the postcard is attached is passed through a postcard pressure-bonding means, a drying means, a photo-cutting means for cutting and aligning both ears of the strip-shaped photograph, and is wound up on a winding-up means.

The adhesive applying means has an applying nozzle that communicates with an adhesive tank in the machine panel, and is close to the adhesive releasing groove while releasing liquid adhesive from the thin linear adhesive releasing groove provided in the applying nozzle. Liquid paste is applied to a band-shaped photograph that passes through.

Further, the postcard attaching means is provided with a postcard accommodating board mechanism arranged on the adhesive application surface side of the strip-shaped photograph and a pressing plate arranged so as to sandwich the strip-shaped photograph facing the postcard accommodating panel mechanism. While the plate mechanism is reciprocating in parallel with the moving direction of the strip-shaped photograph in parallel with the movement direction of the strip-shaped photograph, the strip-shaped photograph is pressed by the pressing plate, and the adhesive coating surface corresponding to the image of the strip-shaped photograph is inside the postcard storage panel mechanism. Glue the postcards one by one.

Therefore, the application nozzle has a simple structure and can be removed and cleaned,
Maintenance and inspection are also required, and the postcard attaching means can accurately attach the postcards to the positions corresponding to the respective images of the band-shaped photograph, and there will be no misalignment or adhesion error.

(3) Examples Hereinafter, preferred examples of the present invention will be described with reference to the accompanying drawings.

The postcard sticking device 10 for strip-shaped photographs of the present invention is a strip-shaped photograph in which a large number of images are printed at regular intervals and the strip-shaped photograph 32 having sensor sensing holes corresponding to each image position is guided in a circular shape by a guide roller. A liquid paste is applied to the back surface of the postcard and the postcard 104 is attached to the back surface position corresponding to the image.

As shown in FIGS. 1 and 2, the postcard sticking device 10 for the strip-shaped photograph has a machine board 12 formed in a box shape, and the strip-shaped photograph is provided at a substantially central upper position of the board surface of the machine board 12. Feeding means
14 is installed, and a workbench 16 on the side of the feeding means 14,
Glue application means 18 for applying a liquid glue to the strip-shaped photograph 32 that has been fed out is installed.

A first drying means 20 for semi-drying the liquid glue applied to the strip-shaped photograph is installed below the side of the glue coating means 18, and an image of the strip-shaped photograph 32 is provided on the lower right side of the first drying means 20. A postcard sticking means 22 for sequentially sending out and sticking the postcards is installed on the corresponding back surface, and a postcard crimping means 24 is provided on the right side of the postcard sticking means 22.

Two second drying means 26, 26 are installed at a position closer to the left side of the board surface of the machine board 12 and at an upper position of the work sixteenth, and a photo cutting means 28 is provided on the right side of the postcard pressure bonding means 24. The strip-shaped photograph 32, which has been installed with the winding means 30 and has passed through the postcard crimping means 24, passes from the two photo-cutting means 28 to the winding means 30 after passing through the two second drying means 26, 26 in a circular manner. It has been wound up.

As shown in Fig. 22, the band-shaped photograph 32 is imaged 34 with a certain gap.
Are printed on the surface, and the sensor sensing holes 36 corresponding to the respective printed images 34 are opened. In order to guide the strip-shaped photograph 32 to each means, a first guide roller 38a is provided above the feeding means 14 on the board surface of the base 12, and a pair of left and right second and third guide rollers 38b above the work table 16.
38c, fourth and fifth guide rollers 38d, 38e on both sides of the glue applying means 18, sixth guide roller 38f on the lower right side of the first drying means 20, and seventh guide roller 38f on the upper right side of the postcard sticking means 22.
The guide roller 38g, the eighth and ninth guide rollers 38h and 38i in the vertical position of the post-pressing means 24, the tenth and eleventh guide rollers 38j and 38k in the side vertical positions of the second drying means 26, and the right side of the feeding means 14 The 12th and 13th guide rollers 38l, 38 in the vertical position
m, No. 14 on the upper left side and both sides of the photo cutting means 28,
Fifteenth and sixteenth guide rollers 38n, 38o, 38p and the like are suspended to guide the belt-shaped photograph 32 in a circular shape.

As shown in FIGS. 3 and 4, in the feeding means 14, a rotating shaft 42 is rotatably supported by a bearing 40a provided on the machine board 12, and the outer end of the rotating shaft 42 is strip-shaped so that the back surface is the upper surface. A take-up cassette 44a containing the picture 32 is detachably fitted. Rotating shaft 42
A bearing 40b is provided on the machine board 12 below the shaft to support the shaft 46, and an arm rod 48 is projected obliquely downward to the left from the outer end of the shaft 46, and the guide of the belt-shaped photograph 32 is provided at the tip of the arm rod 48. The roller 39 is suspended. A coil spring 50a is stretched between the arm rod 48 and the machine board 12 to urge the arm rod 48 downward. In order to maintain a constant tension at the time of feeding out the strip-shaped photograph 32 drawn out from the winding cassette 44a, a brake wheel 52 is fixed to the rotating shaft 42 inside the machine board 12, and the brake wheel 52 is fixed inside the machine board 12. A braking band 56, one end of which is locked to a pin 54 protruding downward from the side, is hung around the braking wheel 52, and the other end of the braking band 56 is oriented in the same direction as the arm rod 48 from the shaft 46 via the coil spring 50a. It is connected to the protruding operating rod 58. The belt-shaped photograph 32 wound around the winding cassette 44a is hung from the first guide roller 38a to the guide roller 49 of the arm rod 48, and when a large tension is applied at the time of pulling out, the arm rod 48 resists the elasticity of the coil spring 50. Then, the brake wheel 52 is rotated through the operating rod 58.
The tension of the rotating shaft 42 is adjusted while loosening the resistance of the braking band 56 applied to the rotating shaft 42 and increasing the rotation speed.

As shown in FIGS. 5 and 6, the workbench 16 is mounted on the machine base 12 and the base 60.
Is installed on both sides of the upper surface of the base 60, and a holding plate 6 with a handle is installed.
2,62 is pivotally attached and bonded to the initial guiding belt of the belt-shaped photograph 32,
Alternatively, it is used to bond the strip-shaped photographs together. A hole 64 is opened in the machine board 12 facing the bed board 60 to form a cutter or an adhesive storage portion.

As shown in FIGS. 7 and 8, the glue applying means 18 is a machine board.
Glue tank 70 installed inside 12 and containing liquid glue inside
And a coating nozzle 66, which is in communication with the glue tank 70 and is arranged at a near edge of the traveling track of the belt-shaped photograph 32, and the coating nozzle 66 is a direction intersecting with the traveling direction of the belt-shaped photograph 32. And has a linear glue release groove 68 having a substantially widthwise length of the strip-shaped photograph 32 and a narrow groove width.

In the embodiment, the coating nozzle 66 is the glue tank 70.
Is attached to and detached from the end of the solenoid valve 65, which is installed so as to partially project from the inside of the machine panel 12 to the panel surface at the lower position of the, and this solenoid valve 65 is connected to the glue tank 70 by the hose 72. There is.

The belt-shaped photograph 32 is guided by the second and third guide rollers 38b, 38c above the work table 16 to the fourth and fifth guide rollers 38d, 38e on both sides of the coating nozzle 66 while being guided by the coating nozzle 66. Slide on the bottom side.

Strip-shaped photograph 32 guided from the workbench 16 to the coating nozzle 66
A glue application sensor 74 is installed at an intermediate position between the third guide roller 38c and the fourth guide roller 38d in order to detect that.

The adhesive application sensor 74 holds the open state of the solenoid valve 65 while sensing the sensor sensing hole 36 provided in the strip-shaped photograph 32, and the liquid is applied to the strip-shaped photograph 32 from the thin linear glue release groove 68 of the coating nozzle 66. Apply glue. When the glue application sensor 74 does not detect the sensor sensing hole 36, the electromagnetic valve 65 is immediately closed to stop the liquid glue from the glue discharge groove 68 of the coating nozzle 66.

As a result, the amount of liquid glue required for coating can be applied to the strip-shaped photograph 32 from the glue releasing groove 68 of the coating sensor 66 without waste. Further, the application sensor 66 can be removed to facilitate cleaning and maintenance inspection. The coating nozzle 66 communicates with the glue tank 70 via the solenoid valve 65, but the invention is not limited to this, and may directly communicate with the glue tank 70. A glue tray 76 is installed below the coating nozzle 66, and catches excess liquid glue should it flow out from the coating nozzle 66.

In FIG. 1, the first drying means 20 installed below the side of the glue applying means 18 blows low temperature air to the side. The strip-shaped photograph 32, which has been deflected to the first drying means 20, has the attached water-soluble glue semi-dried. A postcard sticking sensor 78 for operating the next postcard sticking means 22 is installed at a side position of the first drying means 20, and a sensor sensing hole 36 corresponding to the image 34 of the belt-shaped photograph 32 is stuck. Each time the sensor 78 detects it, the postcard attaching means 22 is operated.

As shown in FIGS. 9 to 13, the postcard attaching means 22
Is installed at a position where the strip-shaped photograph 32 that has passed through the first drying means 20 is deflected to the right by the sixth guide roller 38f.

The postcard sticking means 22 is a postcard accommodating board mechanism for reciprocating in parallel with the moving direction of the strip-shaped photo 32 in synchronization with the feeding operation of the strip-shaped photo 32 by accommodating and stacking the postcards 104 on the adhesive application surface side of the strip-shaped photo 32. The strip-shaped photograph 32 is provided at a position facing the postcard storage-panel mechanism 80 so as to sandwich the strip-shaped photograph 32 parallel to the postcard-storage panel mechanism 80.
While pressing the post card storage board mechanism side 60 while moving in synchronization with the feeding operation of the strip photo, the post card 10 is applied to the adhesive application surface of the strip photo 32.
A pressing plate mechanism 82 having a pressing plate 128 for adhering 4 to each other, a postcard storage board mechanism 82, and a synchronous interlocking mechanism 84 for synchronously interlocking the pressing plate mechanism 82 are provided.

In the embodiment, the adhesive coating surface of the strip-shaped photograph 32 is guided to the right side on the upper surface side of the postcard storage board mechanism 82, and this strip-shaped photograph is shown.
A pressing plate mechanism 82 is arranged on the upper surface side of 32. And
The postcard storage board mechanism 80 is a swing plate 88 in which a rear guide jig is engaged with a plurality of horizontal rails 86 attached to the front surface of the machine board 12.
And one of the swing rods 90 fixed to the front surface of the swing plate 88 on the side surface.
It has a hollow frame body 92 whose ends are pivotally attached, and a postcard storage cylinder 94 which is fixed to the front surface of the hollow frame body 92 and has a rectangular tube shape with an opening of a transparent window. A vertical rail 96 is fixed to the center of the swing plate 88 in the hollow frame 92, and an elevating plate 98 in which a rear guide jig is engaged with the vertical rail 96 is vertically movably fitted in the hollow frame 92. ing. Hollow frame 92 and postcard storage cylinder
Elevating plate 9 through the left and right vertical holes 100, 100 provided in the connection part with 94
Arm frames 102, 102 project from the post 8 into the post card storage cylinder 94, and a receiving plate 106 for stacking and receiving the post cards 104 is fixed to the upper surfaces of the arm frames 102, 102. Postcards stacked on the backing plate 106
A locking plate 108 for temporarily fixing the uppermost portion of 104 is fixed to the upper end of the postcard storage cylinder 94. In order to constantly urge the elevating plate 98 upward, the urging wire 112 extended from the spiral spring winding cylinder 110 installed on the side of the oscillating plate 88 is suspended on the front surface of the upper end of the oscillating plate 88. It is hung around the sheave 114 and connected to the lifting plate 98.

The pressing plate mechanism 82 includes a rotating rod 120 fixed to the front end of a rotating shaft 118 that is pivotally supported by a bearing 116 provided on the machine board 12 above the swing plate 88, and a machine above the rotating shaft 118. An interlocking rod 124 loosely attached to a pin shaft 122 protruding from the board 12 and an arm rod 126 pivotally supported at two points vertically, and a strip-shaped photograph at the lower end of the arm rod 126.
A pressing plate 128 that presses 32 to join the strip-shaped photograph 32 to the postcard in the postcard storage cylinder 94 is fixed substantially horizontally.

As shown in FIG. 13, a postcard storage board mechanism 80 and a pressing plate mechanism 82
The synchronous interlocking mechanism 84 with the frame 13 provided on the inner surface of the machine board 12
The intermediate shaft 132 is rotatably supported by 0, the attaching motor 134 installed on the frame 130 and the intermediate shaft 132 are interlocked with each other, and the pulley 136a fixed to the intermediate shaft 132 and the rotating shaft of the pressing plate mechanism 82 shown in FIG.
The belt is linked with the pulley 136b fastened to 118 and linked. Further, a rotary rod 138 fixed to the intermediate shaft 132 is connected to the rotary rod 138.
The upper end of 140 is pivotally attached, and the lower end of the connecting rod 140 is pivotally attached to the inner operating rod 144a fixed to the interlocking shaft 142 provided above the tip of the swing rod 90, and the external operating rod 144b is fixed to the interlocking shaft 142. The swing rod 90 is pivotally attached to the.

As shown in FIG. 10, a sensor disc 146 having sensor sensing holes is fixed to the rotary shaft 118 of the pressing plate mechanism 82, and all the postcard attaching means 22 are returned to their original positions by the sensor disc 146. A home-return sensor 148 for stopping the operation is fixed to the inner surface of the machine board 12. Then, each time the postcard sticking sensor 78 installed on the side of the first drying means 20 detects the sensor sensing hole 36 of the belt-shaped photograph 32, the sticking motor 134 is turned on and the postcard is accommodated via the synchronous interlocking mechanism 84. Cylinder 94 is swing plate 88
Together with the arm rod 126 of the pressing plate 128.
Is rotated downward while maintaining a substantially vertical state, and
The strip-shaped photograph sent to the upper right above 94 is a pressing plate
While being pressed with 128, the postcard containing cylinder 94
The postcard on the uppermost surface of the inside is adhesively peeled off, and then the pressing plate 128 is rotated upward and the postcard storage cylinder 94 also moves to the left side, and the pasting motor 134 is stopped by the origin return sensor 148. Wait for the sticking operation. As a result, the postcard attaching means 22 can accurately attach the postcard 104 to a position corresponding to the image of the band-shaped photograph 32 to be moved and guided.

As shown in FIGS. 14 to 16, the postcard crimping means 24 is a machine board.
A rotary roller 152 is pivotally supported in a frame plate 150 provided on the front surface of the twelve, and a crimping motor 154 and a rotary roller 1 provided in the machine board 12 are provided.
52 is linked with. Further, the idling roller 15 is provided in a U-shaped frame 156 which is pivotally mounted in the frame plate 150 and is biased toward the rotating roller 152.
8 is suspended and pressed against the rotating roller 152. In order to disengage the idler roller 158 from the rotating roller 152, a U-shaped frame
An operation shaft 162 with a handle 160 is rotatably supported on the frame plate 150 and the machine board 12 at a side portion of 156, and a U (frame) 156 is pressed by a cam (not shown) provided on the operation shaft 162. I am doing it.

A strip-shaped photograph with a postcard attached by the postcard attaching means 22.
32 passes through the inside of the postcard pressing means 24 from the upper side to the lower side, and is pressed by the pressing force of the rotating roller 152 and the idle roller 158. After that, as shown in FIG. 1, the postal belt-shaped photograph 32 shows the tenth guide roller 38j, the eleventh guide roller 38k, and the twelfth guide roller on the sides of the two second drying means 26, 26.
It is finished and dried with high-temperature hot air that is blown while being guided in a circular shape with 38 l.

Photographic cutting means 28 shown in FIG. 1, FIG. 17 and FIG.
A cylindrical case 164 is fixed to the outer surface of the machine board 12, and passage grooves 166 in the photograph are opened on both side surfaces of the cylindrical case 164. Inside the cylindrical case 164, a first rotary blade 170a having disk cutting blades 168 fixed at both ends, and a conical cutting blade 172 which is geared at high speed with the first rotary blade 170a and contacts the outer surface of the disk cutting blade 168. And a first rotary blade 170a for a cutter, which is installed on the inner surface of the machine board 12, and is pivotally supported by a second rotary blade 170b having both ends fixed.
And are connected by a flexible shaft 176.

While passing through the photo cutting means 28, the strip-shaped photo 32 is cut by the first rotary blade 170a and the second rotary blade 170b so that both sides are aligned.

Next, as shown in FIGS. 1 and 19 to 21, winding means
In the reference numeral 30, a rotary shaft 180 that interlocks with a winding motor 178 installed on the inner surface of the machine board 12 is pivotally supported by a bearing 182 of the machine board 12.
A winding cassette 44b is detachably fitted to the tip of 180. On the side of the winding cassette 44b, a measuring arm rod 186 having a roller 184 mounted on the front end of the machine board 12 is arranged, and the measuring arm rod 186 is fixed to a rotary shaft 188 pivotally supported on the machine board 12. ing. The rotary shaft 188 is linked with a control volume 190 for controlling the winding speed of the winding motor 178 in the machine board 12 by an interlocking gear 192. The winding cassette 44b is also rotated by the winding motor 178 to wind the photo 32 with a postcard while being rotated, and at the same time, the roller 184 of the measuring arm rod 186 is in contact with the outer surface of the photo 32 with a postcard. Measuring arm 18
6 changes its angle upwards. Interlocking gear 192 at the same time
Thus, the control volume 190 generates a signal corresponding to the angular displacement to reduce the rotation speed of the winding motor 178 to a low speed and keep the winding speed constant. When the measuring arm rod 186 comes into contact with the limit switch 194, the winding motor 178, the crimping motor 154, the sticking motor 134, etc. are stopped, the winding cassettes 44a, 44b, etc. are replaced, and the postcard sticking work on the strip-shaped photograph is performed again. To start.

III Effect of the Invention As described above, according to the postcard sticking device for strip-shaped photographs of the present invention, a large number of images are printed at a constant gap and a strip-shaped photograph having sensor sensing holes corresponding to each image position is guided. A sticking device for postcards on a strip photograph for applying a liquid glue to the back side of the strip photograph and sticking the postcard on the backside position corresponding to the image while guiding it in a circular shape with a roller. And a glue applying means for applying liquid glue to the strip-shaped photograph fed out from the feeding means, and a postcard sticking means for sequentially feeding and sticking a postcard to the back surface corresponding to the image of the strip-shaped photograph, The glue applying means has a glue tank containing a liquid glue therein, and a coating nozzle which is in communication with the glue tank and is arranged at a near edge of the running track of the belt-shaped photograph. Is arranged in a direction intersecting the traveling direction of the strip-shaped photograph and has a linear glue discharge groove having a substantially widthwise length of the belt-like photograph and a narrow groove width, and the liquid glue in the coating nozzle is discharged. By applying it to the surface of the strip-shaped photograph while discharging it from the groove, there is no waste in the applied glue, and the structure of the glue applying means is simple, and after the operation, the application nozzle can be removed for cleaning, maintenance and inspection easily. it can.

Further, the postcard sticking means, on the adhesive application surface side of the strip-shaped photo, a postcard storage board mechanism that stacks and stores the postcard and reciprocates in parallel with the moving direction of the strip-shaped photo in synchronization with the feeding operation of the strip-shaped photo, It is provided at a position facing the postcard storage board mechanism so as to sandwich the strip-shaped picture that is moved in parallel with the postcard storage board mechanism. While pressing the strip-shaped picture to the postcard storage board mechanism side, it moves in synchronization with the feeding operation of the strip-shaped picture. However, by providing a pressing plate mechanism having a pressing plate for adhering a postcard to the adhesive application surface of the strip-shaped photograph, the postcard storage board mechanism, and a synchronous interlocking mechanism for synchronously interlocking the pressing plate mechanism, Postcards can be accurately adhered to the position corresponding to the image of the photo, and there are almost no mistakes in adhering the postcards, and it is possible to prevent loss during the production of postcards with photos.

[Brief description of drawings]

FIG. 1 is a front view of a postcard sticking device for strip-shaped photographs according to an embodiment of the present invention, FIG. 2 is a left side view thereof, FIG. 3 is an enlarged front view of a feeding means, and FIG. Line enlarged cross-sectional view, FIG. 5 is a partially enlarged front view of the workbench, FIG. 6 is its enlarged cross-sectional view, FIG. 7 is an enlarged cross-sectional view of the glue applying means, FIG. 8 is its enlarged vertical cross-sectional view, Fig. 9 is an enlarged front view of the postcard sticking means,
10 is its right side view, FIG. 11 is an enlarged sectional view taken along the line BB in FIG. 9, FIG. 12 is an enlarged sectional view taken along the line CC, and FIG. 13 is an enlarged sectional view taken along the line D-D. FIG. 14 is an enlarged front view of the postcard crimping means, FIG. 15 is an enlarged sectional view of the EE line thereof, FIG. 16 is an enlarged sectional view of the same FF line, and FIG. 17 is an enlarged front view of the photographic cutting means. 18 is an enlarged sectional view thereof, FIG. 19 is an enlarged front view of the winding means, and FIG. 20 is an enlarged sectional view taken along the line GG of FIG.
Similarly, FIG. 21 is an enlarged sectional view taken along line HH, and FIG. 22 is a partially enlarged plan view of a strip photograph. 10 …… Band-shaped photo postcard sticking device, 12 …… machine board, 14 …… feeding means, 16 …… work table, 18 …… paste applying means, 20 …… first drying means, 22 …… postcard sticking means , 24 ...... Postcard crimping means, 26 ...... Second drying means, 28 ...... Photo cutting means, 30
...... Winding means, 32 …… Band-shaped photograph, 38,39 …… Guide rollers, 44a, 44b …… Winding cassette, 48 …… arm rod, 60 ……
Base, 66 …… coating nozzle, 74 glue coating sensor, 78 …… postcard sticking sensor, 80 …… postcard storage board mechanism, 82 …… pressing plate mechanism, 84 …… synchronous interlocking mechanism, 94 …… postcard storage tube ,
128 …… Pressing plate, 148 …… Origin return sensor, 152 …… Rotating roller, 158 …… Spinning roller, 170a, 170b …… First and second rotary blades, 186 …… Measuring arm rod, 190 …… Control VOLUME

Claims (2)

[Claims] 1. A large number of images are printed with a constant gap, and a strip-shaped photograph having sensor-sensing holes corresponding to each image position is guided by a guide roller in a circular shape, and liquid adhesive is applied to the back surface of the strip-shaped photograph to form an image. A sticking device for a postcard for sticking a postcard to a backside position corresponding to the above, which is a feeding means for the strip photograph, and a glue applying means for applying liquid glue to the strip photograph fed from the feeding means. And a postcard adhering means for sequentially sending out and adhering postcards to the back surface corresponding to the image of the band-shaped photograph, and the glue applying means includes a glue tank containing liquid glue therein, and the glue tank. And a coating nozzle arranged in the vicinity of the running track of the belt-shaped photograph, the coating nozzle being arranged in a direction intersecting the traveling direction of the belt-shaped photograph and having a substantially width of the belt-shaped photograph. It has a straight glue discharge groove having a narrow groove width and a facing length, and the liquid glue in the coating nozzle is discharged from the glue discharge groove while being applied to the back surface position corresponding to the image of the strip photograph. Postcard sticking device for strip-shaped photographs. 2. A postcard accommodating board for reciprocatingly moving the postcards in parallel with a moving direction of the strip-shaped photos in a manner that the postcards are stacked and accommodated on the adhesive-coated surface side of the strip-shaped photos and synchronized with the feeding operation of the strip-shaped photos. The mechanism and the strip-shaped photo that is moved in parallel with the postcard storage plate mechanism are provided so as to sandwich the postcard storage plate mechanism, and the strip-shaped photo feed operation is performed while pressing the strip-shaped photo to the postcard storage plate mechanism side. And a synchronous interlocking mechanism for synchronously interlocking the postcard accommodating plate mechanism and the pressing plate mechanism, the pressing plate mechanism including a pressing plate for adhering the postcard to the adhesive application surface of the strip-shaped photograph while moving in synchronization with A device for attaching a postcard to a strip-shaped photograph according to claim 1.