JP2005289622A - Photograph pasting device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a photograph pasting device for improving the tightness of photographs with each other to be pasted on a two-sided tape while securing pasting quality. <P>SOLUTION: A downward thrusting component is extracted from pressure on a second photograph 10b in a carrying direction by an inclined face 61a. The downward pressure puts the second photograph 10b at its front edge in contact with the upper face of the first photograph 10a along the inclined face 61a. The first photograph 10a is pressed against the two-sided tape 11 along the rear edge at the time when the rear edge passes through a space h. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a photo pasting apparatus for continuously pasting a plurality of photographs on one adhesive surface of a series of double-sided tapes.

Patent Document 1 discloses a photo pasting machine that pastes a card on one side of a double-sided tape and pastes a photo on the other side. The card storage portion of this photo sticking machine stores a large number of stacked cards, and is provided with a gap through which one card can pass. The leading end of the uppermost card comes into contact with the adhesive surface of the double-sided tape wound around the roller, and is drawn out from the gap of the card storage portion by friction with the rotating roller and the adhesive force of the double-sided tape. By repeating such an operation, the card is continuously attached to a series of double-sided tapes.
JP 2000-335817 A

  An object of the present invention is to provide a photo pasting apparatus having a novel configuration for continuously pasting a plurality of photographs on one adhesive surface of a series of double-sided tapes.

  Another object of the present invention is to attach a photograph to an adhesive surface with high accuracy in such a photograph pasting apparatus.

  The photo sticking apparatus according to the present invention includes a first transport surface, a tape feed mechanism, a sticking and pressing member, a second transport surface, a photo feed mechanism, and a regulating member. A double-sided tape with an adhesive surface facing upward is placed on the first transport surface. The tape feeding mechanism feeds the double-sided tape placed on the first transport surface in a predetermined transport direction. The pressing member is disposed with a predetermined space between the first pressing surface and an inclined surface extending at an acute angle from the space toward the upstream side in the conveying direction. The photograph conveyed toward the pressing member is placed on the second conveying surface. The terminal end of the second transport surface is separated from the inclined surface of the pressing member. The photo feed mechanism sends the second photo following the first photo to the second before the first photo pasted on the adhesive surface of the double-sided tape moving on the first conveying surface passes through the space. It is sent toward the holding member through the transport surface. The restricting member is disposed near the end of the second transport surface. In the state where the leading edge of the second photograph guided along the inclined surface of the pressing member is in contact with the upper surface of the first photograph bonded to the adhesive surface, the regulating member is the second photograph. The rear edge is restricted from moving upward.

  In the present invention, it is preferable that the height of the space defined by the pressing member is substantially the same as the thickness obtained by bonding the photograph and the double-sided tape.

  In the present invention, at least one of the first adjustment mechanism, the second adjustment mechanism, or the third adjustment mechanism may be added. The first adjusting mechanism adjusts the height of the space by displacing the position of the pressing member in the vertical direction. The second adjustment mechanism displaces the position of the pressing member in the transport direction. The third adjusting mechanism displaces the position of the restricting member in the transport direction.

  According to the present invention, the tip of the second photograph contacts either the upper surface or the adhesive surface of the first photograph sent earlier. Until the first photo pasted on the adhesive surface passes through the space, the tip of the second photo does not directly contact the adhesive surface, but contacts the upper surface of the first photo covering the adhesive surface. To do. In this state, since the tip of the second photograph slides on the upper surface of the first photograph, the second photograph is not pulled out. Then, at the timing when the first photo finishes passing through the space, the tip of the second photo comes into contact with the adhesive surface, and the second photo begins to be pulled out. Therefore, the second photo is pasted on the adhesive surface so that the trailing edge of the first photo and the leading edge of the second photo are substantially coincided, in other words, no gap is formed between them. . As a result, it is possible to paste a photograph on the adhesive surface with high accuracy.

  FIG. 1 is a longitudinal sectional view of a photographic sticking apparatus embodying the present invention. FIG. 2 is a plan view of the photo sticking apparatus. The photo pasting apparatus 1 is mainly composed of a frame 2, and the frame 2 includes a first storage unit 3, a photo feeding mechanism 4, a tape feeding mechanism 5, a pasting unit 6, a punching unit 7, and a cutting unit 8. Various subunits such as the second storage unit 9 are attached. On the first transport surface 12, a series of double-sided tapes 11 having an adhesive surface facing upward are placed. The double-sided tape 11 extends in a path from the sticking part 6 through the punching part 7 and the cutting part 8 to the second storage part 9, and is in a predetermined transport direction (from left to right in FIG. 1). Direction). Further, the sheet-like photograph 10 placed on the second conveyance surface 13 is conveyed from the first storage unit 3 to the pasting unit 6 via the photo feeding mechanism 4. On the adhesive surface above the double-sided tape 11, the photograph 10 supplied via the second conveying surface 13 is continuously pasted without any gap.

  A pair of guide plates 14 are provided on both the left and right edges with respect to the transport direction of the first transport surface 12. The guide plate 14 can move to the left and right according to the width of the photograph 10 and the double-sided tape 11. Therefore, when transporting the photo 10 or the double-sided tape 11 having different widths, the width of the first transport surface 12 is made to correspond to the width of the photo 10 or the double-sided tape 11, and the misalignment of the photo 10 and the double-sided tape 11 in the width direction Occurrence can be suppressed. For the same reason, a pair of photographic guide plates 15 are provided on both the left and right edges with respect to the transport direction of the second transport surface 13.

  Each of the plurality of photos 10 stored in the first storage unit 3 is sequentially sent to the pasting unit 6 along the second conveyance surface 13 by the photo feeding mechanism 4. On the other hand, the double-sided tape 11 is sent out from the tape feeding mechanism 5 toward the sticking portion 6. And the photograph 10 is affixed on the adhesive surface of the double-sided tape 11 by the affixing part 6. The photograph 10 affixed to the double-sided tape 11 is sent to the punching unit 7 along the first conveying surface 12. A cut is made in each photo 10 by the punching portion 7, and each photo 10 is cut by the subsequent cutting portion 8. Finally, the photograph 10 is stored in the second storage unit 9. Note that, from the viewpoint of bonding the photograph 10 and the double-sided tape 11 without excess or shortage, it is preferable that the left and right widths of the photograph 10 and the double-sided tape 11 with respect to the transport direction are the same.

  Each of the subunits constituting the photo pasting apparatus 1 will be described. First, the frame 2 is formed in a box shape by a substantially rectangular bottom plate 21 and side plates 22 erected continuously along the periphery of the bottom plate 21. A first storage portion 3 is formed on the upstream side of the frame 2 in the conveyance direction. The first storage portion 3 has a bottom portion 31 and side portions 32 that stand continuously along the periphery of the bottom portion 31, and is formed in a box shape that can store a plurality of photographs 10. A mounting plate 33, a shift member 34, and a lift motor 35 are further attached to the first storage unit 3. The mounting plate 33 has a top surface formed in a flat plate shape, and is provided in parallel with the bottom 31 in the first storage unit 3, so that a plurality of photographs 10 can be stacked. The mounting plate 33 is connected to an elevating motor 35 via a shift member 34 formed of a belt, a chain, or the like, and can be moved up and down in the first storage unit 3 by driving the elevating motor 35. Elevator mechanism. The raising / lowering motor 35 drives so that the suction conveyance part 41 of the photo feed mechanism 4 to be described later is positioned at a predetermined height at which only the uppermost photo 10 can be sucked out of the photos 10 stacked on the mounting plate 33. . As shown in FIG. 2, the photograph 10 is stored in the first storage unit 3 such that the surface on which the four ID photographs are developed becomes the upper surface, for example. Here, the first storage unit 3 has a structure in which a coil spring or the like is provided below the mounting plate 33 instead of the shift member 34 and the lifting motor 35 and the mounting plate 33 is biased upward by the coil spring. Also good.

  The photo feed mechanism 4 sends the photo 10 stored in the first storage unit 3 to the pasting unit 6. Specifically, the photo feed mechanism 4 includes a suction conveyance unit 41, a first feed roller pair 42, a second feed roller pair 43, a photo feed motor 44, a first feed belt 45, and a first feed. The roller 46, the second feed belt 47, and the second feed roller 48 are included. The photograph 10 is sucked by the suction conveyance unit 41 and conveyed to the second conveyance surface 13. Next, the photograph 10 is sandwiched between the first feed roller pair 42 provided in the vicinity of the entrance of the second transport surface 13 and sent to the subsequent second feed roller pair 43. Thereafter, the photograph 10 is sandwiched between the first feeding belt 45 and the second feeding belt 47 and sent to the pasting unit 6.

  The suction conveyance unit 41 is provided with a first shaft 41b that is connected to a first compressor 41a that is an air compressor and that can slide up and down in the conveyance direction. A suction cup 41c is attached to the lower end of the first shaft 41b. On the other hand, a side surface of the first compressor 41a is connected to a second shaft 41e that is connected to a second compressor 41d that is an air compressor and that can slide back and forth in the transport direction. As a result, the uppermost photograph 10 in the first storage unit 3 is adsorbed by the suction cup 41c, sucked up by sliding the first shaft 41b upward, and the second shaft 41e slides in the transport direction. By doing so, it is transported onto the second transport surface 13. In the present embodiment, the first compressor 41a and the second compressor 41d are air compressors, but the first shaft 41b and the second shaft 41e may be slid by other structures.

  In the vicinity of the upstream entrance of the second transport surface 13, a first feed roller pair 42 composed of a feed roller 42a and a feed roller 42b is disposed. The feed roller 42 a is disposed above the second transport surface 13, and the feed roller 42 b is disposed so as to sandwich the photograph 10 at a position corresponding to the feed roller 42 a below the second transport surface 13. . A second feed roller pair 43 is disposed downstream of the first feed roller pair 42 in the transport direction. The feed roller 43a constituting the second feed roller pair 43 is disposed above the second transport surface 13, and the feed roller 43b is below the second transport surface 13 in cooperation with the feed roller 43a. It arrange | positions so that the photograph 10 may be clamped. The feed roller 43a and the feed roller 42a are connected to each other via an interlock belt (not shown). Similarly, the feed roller 43b and the feed roller 42b are connected to each other via an interlock belt (not shown). Further, the feed roller 43a and the feed roller 43b are connected to each other by a gear (not shown), and the feed roller 43b is configured to rotate in a direction opposite to the rotation direction of the feed roller 43a. Here, the feed roller 43a is connected to the photo feed motor 44 through a shaft or the like, and rotates to send the photo 10 in the transport direction (counterclockwise in FIG. 1) by driving the photo feed motor 44. Therefore, by driving the photo feed motor 44, the feed rollers 42a and 43a rotate counterclockwise in FIG. 1, and the feed rollers 42b and 43b rotate clockwise.

  A first feed belt 45 is wound around the feed roller 43a, and also around the first feed roller 46 provided above the second transport surface 13 downstream in the transport direction of the feed roller 43a. It is wound. Similarly, the second feed belt 47 rotates around the feed roller 43b and around the second feed roller 48 provided below the second transport surface 13 downstream in the transport direction of the first feed roller 46. It is wrapped around. The upper surface of the second feed belt 47 that transports the photograph 10 is associated with the second transport surface 13. The first feed belt 45 and the second feed belt 47 are structured to sandwich the photograph 10 and feed it in the transport direction by driving the photograph feed motor 44. The feed rollers 42a, 42b, 43a, 43b, the first feed roller 46, and the second feed roller 48 are actually constituted by three rollers as shown in FIG. In addition, there are three first feed belts 45 and three second feed belts 47 in order to correspond to these rollers. The photo feed mechanism 4 is not limited to such a configuration, and may be another configuration as long as it is a mechanism that sends the photo 10 from the first storage unit 3 to the pasting unit 6.

  On the other hand, the tape feeding mechanism 5 feeds the double-sided tape 11 placed on the first transport surface 12 in a predetermined transport direction. The tape feeding mechanism 5 is configured by connecting a first tape feeding roller 52 to a tape feeding motor 51 and winding a tape interlocking belt 53 around the circumference of the first tape feeding roller 52 and the circumference of the tape roller 54. Has been. A plurality of layers of the double-sided tape 11 are wound around the tape roller 54 with the adhesive surface facing the center of the tape roller 54. The tape feeding mechanism 5 further includes a second tape feeding roller 55 and a third tape feeding roller 56, and the double-sided tape 11 is driven by the tape feeding motor 51 through these rollers. To the pasting unit 6.

  The double-sided tape 11 is sent to the affixing unit 6 with the adhesive surface facing upward, and is transported on the first transport surface 12. At this time, the photo 10 sent from the photo feed mechanism 4 is stuck to the double-sided tape 11 by the sticking unit 6, and the details will be described later. The photograph 10 affixed to the double-sided tape 11 is conveyed from the affixing part 6 onto the first conveying surface 12 toward the punching part 7. Here, a presser roller 16 is provided between the sticking unit 6 and the punching unit 7 with a predetermined space between the first conveying surface 12 and the pressing roller 16. The presser roller 16 prevents the joints of the plurality of photographs 10 continuously attached on the double-sided tape 11 from shifting in the vertical direction due to the strength of only the thickness of the double-sided tape 11.

  The punching unit 7 performs a punching process on each of the plurality of photographs 10 attached to the double-sided tape 11. The punching unit 7 includes a transport motor 71, a first transport roller 72, a second transport roller 73, a front / rear adjustment handle 74, a punching press 75, a camera 76, and the like. A first conveyance roller 72 that rotates in conjunction with the conveyance motor 71 is installed below the first conveyance surface 12, and the first conveyance roller 72 punches the photograph 10 by driving the conveyance motor 71. Transport to a position suitable for execution of processing. On the other hand, a second transport roller 73 is installed at a position corresponding to the first transport roller 72 above the first transport surface 12 and is engaged with the front / rear adjustment handle 74. By manually operating the front / rear adjustment handle 74, the punching position in the front / rear direction can be finely adjusted. The punching press 75 is provided downstream of the second conveying roller 73, and cuts in the periphery of the ID photo on the upper surface of the photo 10 by the operations of the press motor 75a, the cam 75b, and the clutch 75c. This cut is made up to just before the release paper on the lower surface of the double-sided tape 11. A variety of cutting patterns can be set by detachably attaching a punching blade (not shown) to the punching press 75. The punching position in the left-right direction is adjusted by adjusting the left / right adjustment handle 77 engaged with the punching press 75 by the user. If the position of the photograph 10 under the punching press 75 is detected by the camera 76 and output to a monitor (not shown) or the like, the user can determine the punching position more accurately.

  The photograph 10 cut by the punching unit 7 is conveyed to the subsequent cutting unit 8. In the cutout portion 8, the cutter 81 is provided above the first conveyance surface 12, and cuts each of the plurality of photographs 10 attached to the double-sided tape 11 along the seam. The cutter 81 is provided with a cutter roller 81a so that the cutter roller 81a is rotatable, and a point on the outer periphery of the cutter roller 81a is engaged with a point on the outer periphery of the first cutter drive roller 82 by a cutter drive string 83. Yes. Further, a cutter interlocking belt 85 is wound around the outer periphery of a second cutter driving roller 84 that is joined to the first cutter driving roller 82 and rotates synchronously. This cutter interlocking belt 85 is further wound around the outer periphery of the third cutter driving roller 86. When the cutter driving motor 87 is driven, the third cutter driving roller 86 connected to the cutter driving motor 87 is rotated, and the second cutter driving roller 84 is rotated by the cutter interlocking belt 85. As a result, the first cutter driving roller 82 rotates in synchronization with the second cutter driving roller 84 to pull down the cutter driving string 83. As a result, the cutter 81 is pressed against the photograph 10 on the first transport surface 12 via the cutter roller 81a, and the photograph 10 is cut. Here, the cutting position adjusting mechanism 88 is provided, and the user operates the cutting position adjusting handle 89 connected to the cutting position adjusting mechanism 88, whereby the cutter 81 moves back and forth in the conveying direction, and the cutting position of the photograph 10 is free. Set to In addition, by adding a burn mark to each of a plurality of photographs 10 in the development process and detecting the burn marks using a sensor or the like, the cutout portion 8 can be automated to cut the photograph 10. .

  The photographs 10 with the double-sided tapes 11 cut by the cut-out unit 8 are conveyed on the first conveyance surface 12 to the second storage unit 9, and are sequentially stacked and stored in the second storage unit. The second transport surface 13 includes a bottom portion 91, a side portion 92, a placement plate 93, a shift member 94, and a lifting motor 95. In addition, since this 2nd accommodating part 9 has the structure similar to the 1st accommodating part 3, description here is abbreviate | omitted.

  FIG. 3 is a vertical cross-sectional view of the sticking portion 6. The affixing portion 6 is mainly composed of an affixing and holding member 61, a regulating member 62, and the like. The pressing member 61 is disposed with a predetermined space h between the first conveyance surface 12 and the upstream side in the conveyance direction starting from the space h, that is, at the end of the second conveyance surface 13. On the other hand, it has an inclined surface 61a extending at an acute angle. The inclined surface 61a is spaced a predetermined distance from the end of the second transport surface 13, and the photograph 10 transported from the second transport surface 13 contacts. Further, a fixing spring 61b is attached to the pressing member 61, and the pressing member 61 is fixed with appropriate flexibility before and after the conveying direction. Further, a first adjusting mechanism 61c such as a screw is attached to the pressing member 61, and the space h can be adjusted by displacing the position of the pressing member 61 in the vertical direction by a user operation. . Therefore, when the photos 10 or the double-sided tapes 11 having different thicknesses are bonded together, the space h can be adjusted according to the thicknesses, and the photo 10 or the double-sided tapes 11 having various thicknesses can be bonded. Usually, the space h is set to a height and a width at which the photograph 10 bonded to the adhesive surface of the double-sided tape 11 can pass. For example, the height of the space h is set to be substantially the same as the thickness of the photograph 10 and the double-sided tape 11 bonded together. As a result, the photograph 10 is not excessively pressed, damage to the photograph can be suppressed, and the pasting quality can be ensured.

  The restricting member 62 is, for example, a feed roller that can rotate back and forth, and is disposed downstream of the first feed belt 45 in the transport direction of the photo feed mechanism 4 and in the vicinity of the end of the second transport surface 13. The regulating member 62 can move up and down in the conveyance direction and presses the photograph 10 conveyed on the second conveyance surface 13 by its own weight. Further, the bridge 63 disposed at the end of the second transport surface 13 is provided with the double-sided tape 11 before the photograph 10 transported to the pressing member 61 is attached to the double-sided tape 11 on the first transport surface 12. To prevent contact.

  A second adjusting mechanism 64 that is a combination of gears and teeth is connected to the pressing member 61, and the position of the pressing member 61 is moved by moving the second adjusting mechanism 64 back and forth. Can be displaced in the conveying direction. Furthermore, by providing the second adjustment mechanism 64 with a lock 65, the adjustment position of the pressing member 61 can be fixed. On the other hand, a third adjustment mechanism 66 that is a combination of gears and teeth is connected to the restriction member 62, and the position of the restriction member 62 is conveyed by moving the third adjustment mechanism 66 back and forth. Can be displaced in the direction. Therefore, by cooperating these adjustment mechanisms, it is possible to perform the pasting corresponding to the length of the photograph 10 in the transport direction.

  Next, referring to FIG. 4, the second photograph 10 b is pasted from the second transport surface 13 in a state where the first photograph 10 a is pasted to the double-sided tape 11 on the first transport surface 12. The case conveyed toward the part 6 will be described. FIG. 4A shows a state in which the first photograph 10a affixed to the double-sided tape 11 placed on the first transport surface 12 is waiting in the middle of passing through the space h. In this state, the user performs a position removal process by the punching unit 7 on the photograph 10 existing on the downstream side of the first photograph 10a. Here, when a sensor (not shown) detects that the second photograph 10b to be attached to the double-sided tape 11 next to the first photograph 10a does not exist on the first photograph 10a upstream of the space h, As shown in FIG. 4B, the second photograph 10 b is conveyed from the first storage unit 3 toward the pressing member 61. That is, before the first photograph 10a pasted on the adhesive surface of the double-sided tape 11 moving on the first conveying surface 12 finishes passing through the space h, the second photograph 10b following the first photograph 10a is displayed. The sheet is sent toward the pressing member 61 via the second conveyance surface 13. Specifically, the second photograph 10 b is sent out from the terminal end of the second transport surface 13 toward the pressing member 61 by the second feed belt 47 of the photo feed mechanism 4. When the leading edge of the second photograph 10b contacts the inclined surface 61a, the second photograph 10b has a pressure in the conveying direction due to friction with the upper surface on the second conveying surface 13 side of the second feed belt 47. It takes. The pressure in the transport direction is separated into the pressure in the transport direction and the downward direction by the inclined surface 61a. Subsequently, due to these pressures, the leading edge of the second photograph 10b is guided along the inclined surface 61a onto the first photograph 10a at the lower edge of the space h.

  When the leading edge of the second photograph 10b reaches the first photograph 10a, the second photograph 10b is bent due to the downward pressure, and this bending causes the second photograph 10b to be bent behind the second photograph 10b. The edge is subjected to an upward repulsive force against the downward pressure. Further, since the second feed belt 47 has a structure that is always driven, the second photograph 10b is always pressed in the transport direction. Thereby, the rear edge of the second photograph 10b is lifted by the upward repulsive force. Here, in the regulating member 62, the leading edge of the second photograph 10 b guided along the inclined surface 61 a of the pressing member 61 is in contact with the upper surface of the first photograph 10 a bonded to the adhesive surface. In the state, the rear edge of the second photograph 10b is restricted from being displaced upward. That is, each time the trailing edge of the second photograph 10b is lifted, the regulating member 62 causes the second photograph 10b to come into contact with the second transport surface 13 by its own weight. Press. As a result, the downward pressure is always applied to the leading edge of the second photograph 10b, and the first photograph 10a is continuously pressed.

  After the punching process is performed, the first photograph 10a resumes the passage of the space h again as shown in FIG. Then, as shown in FIG. 4D, when the trailing edge of the first photograph 10a finishes passing through the space h, the leading edge of the second photograph 11b is pressed by the downward pressure. It is crimped onto the adhesive surface of the double-sided tape 11 along the rear edge of 10a. As shown in FIG. 4E, the second photograph 10b continuously pasted to the rear edge of the first photograph 10a passes through the space h following the first photograph 10a. In order to start the next punching process, when the first photograph 10a is transported on the first transport surface 12 in the transport direction from the standby state shown in FIG. The standby state described above is again entered. By repeating such a pasting operation, a plurality of photographs 10 can be continuously pasted on one adhesive surface of a series of double-sided tapes 11.

  As described above, according to the present embodiment, the downward pressing component is extracted from the pressure in the conveying direction on the photograph 10 by the inclined surface 61 a of the pressing member 61. By this downward pressure, the leading edge of the second photograph 10b is brought into contact with the upper surface of the first photograph 10a along the inclined surface 61a, and when the trailing edge of the first photograph 10a passes through the space h. The double-sided tape 11 is crimped along the rear edge. Accordingly, the seam between the trailing edge of the first photograph 10a and the leading edge of the second photograph 10b can be made substantially intimate. As a result, the formation of an extra gap on the double-sided tape 11 can be suppressed.

  Various cases are conceivable when the second photograph 10b contacts the upper surface of the first photograph 10a. For example, FIG. 5A shows a case in which the second photograph 10b is in contact with the first photograph 10a while being bent downward. FIG. 5B shows a case where the second photograph 10b is in contact with the first photograph 10a while being bent upward. Further, FIG. 5C shows a case where the second photograph 10b is in horizontal contact with the upper surface of the first photograph 10a. In any case, if pressure in the transport direction is applied to the second photograph 10b, the downward pressure is extracted by the inclined surface 61a. Therefore, by the downward pressure, as described above, the leading edge of the second photograph 10b is pressed onto the double-sided tape 11 substantially in close contact with the trailing edge of the first photograph 10. Here, the photograph 10 may be a sheet-like material and is not limited to a developed photograph. On the other hand, the double-sided tape 11 only needs to have an adhesive surface on the side to which the photograph 10 is attached, and the other surface need not have an adhesive surface covered with release paper or the like.

Longitudinal section of photo sticking device Top view of photo sticking device Longitudinal section of affixed part Explanatory drawing of sticking operation on sticking member Illustration of the state of the photo in the pasting operation

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Photo sticking apparatus 2 Frame 3 1st accommodating part 4 Photo feeding mechanism 5 Tape feeding mechanism 6 Pasting part 7 Punching part 8 Cut-out part 9 Second accommodating part 10 Photograph 11 Double-sided tape 12 First conveyance surface 13 Second Conveying surface 14 Guide plate 15 Photo guide plate 16 Presser roller 61 Sticking member 61a Inclined surface 61b Fixed spring 61c First adjustment mechanism 62 Restriction member 63 Bridge 64 Second adjustment mechanism 65 Lock 66 Third adjustment mechanism

Claims (5)

In the photo sticking device that continuously sticks multiple photos on one adhesive surface of a series of double-sided tape
A first transport surface on which the double-sided tape with the adhesive surface facing upward is placed;
A tape feed mechanism for feeding the double-sided tape placed on the first transport surface in a predetermined transport direction;
A pressing member having an inclined surface that is disposed with a predetermined space between the first transport surface and an acute angle extending upstream from the space toward the upstream side in the transport direction;
A second transport surface in which the photograph transported toward the pressing member is placed, and a terminal end of the self is separated from the inclined surface of the pressing member;
Before the first photograph attached to the adhesive surface of the double-sided tape moving on the first conveying surface finishes passing through the space, a second photograph following the first photograph is taken as the second photograph. A photo feed mechanism for sending it toward the pressing and pressing member via the conveyance surface of
The leading edge of the second photograph, which is disposed near the terminal end of the second conveying surface and guided along the inclined surface of the pressing member, is bonded to the adhesive surface. A photographic pasting apparatus comprising: a regulating member that regulates displacement of a rear edge of the second photograph in an upward direction in contact with the upper surface of the first photograph.   The height of the space prescribed | regulated by the said sticking member is substantially the same as the thickness which bonded the said photograph and the said double-sided tape, The photographic sticking apparatus described in Claim 1 characterized by the above-mentioned.   The photographic sticking device according to claim 1, further comprising a first adjusting mechanism that adjusts a height of the space by displacing the position of the sticking member in the vertical direction.   The photo sticking apparatus according to claim 1, further comprising a second adjusting mechanism for displacing the position of the sticking member in the transport direction.   The photographic sticking device according to claim 1, further comprising a third adjusting mechanism that displaces the position of the regulating member in the transport direction.

Images