JP2012229028A - Apparatus for sticking sheet, and method of sticking - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a sheet sticking apparatus and a sticking method which enable a sheet surely to be suck in a standing posture irrespective of a material of the same or the like without complicating or scaling up the apparatus.SOLUTION: A raising plate 31 is provided oppositely to a releasing plate 41 to make a standing portion S2 of an adhesive sheet S pass through the raising plate 31 as a material roll R is unrolled by a delivering means, whereby the standing portion S2 guided passively and automatically along a guide slope end 36 is bent. Therefore, another driving unit for raising the standing portion S2 can be dispensed with, so that a structure of the sheet sticking apparatus 1 can be simplified, and in addition, the scaling up of the apparatus can be prevented. Since another process for bending the standing portion S2 also can be dispensed with, a sticking cycle can be shortened and a plurality of adhesive sheets S can be efficiently and successively stuck.

Description

  The present invention relates to a sheet sticking apparatus and a sticking method.

Conventionally, a pasting device for pasting an adhesive sheet such as a POP label on an adherend such as a container has been proposed (see, for example, Patent Document 1). Equipped with an adhesive part with a glue part (adhesive layer) provided in the half area and a paste-killing part (non-adhesive part) provided in the other half area, the adhesive layer of the adhesive part peels off It is supplied as a raw material temporarily attached to a sheet and is attached to the top surface of the container (the adherend surface of the adherend).
The sticking device described in Patent Document 1 raises the non-adhesive part by the rising plate of the label raising part, and folds the non-adhesive part in a double direction toward the adhesive part by the folding plate of the label bifold brazing part. After the brazing, the adhesive sheet is peeled off from the release sheet by the release plate, and the peeled adhesive sheet is pressed against the adherend surface of the adherend while being folded in two. In this way, the adhesive sheet affixed to the adherend surface is a non-adhesive part in which the supporting leg piece formed by the cut of the bent portion protrudes to the opposite side of the adhesive part and tries to return to the initial state by the elasticity of the base sheet. The support leg piece comes into contact with the adherend surface with the rising, so that the state where the non-adhesive portion rises from the adhesion portion and the adherend surface is maintained.

JP 2010-2222029 A

  However, in the conventional sticking device described in Patent Document 1, the non-adhesive part and the adhesive part of the adhesive sheet are folded in two and attached to the adherend before being attached to the adherend. Only the pasting device will be enlarged. In addition, since the conventional sticking apparatus is intended for an adhesive sheet in which a non-adhesive portion is raised due to the elasticity of the base sheet after sticking in a folded state, it has a base sheet with a material and thickness that can be plastically deformed. When the adhesive sheet is used as a target, there is a problem that the non-adhesive portion cannot be raised.

  An object of the present invention is to provide a sheet pasting apparatus and a pasting method that can be pasted in a state of being reliably started up regardless of the material of the sheet and the like without causing an increase in size of the apparatus.

  In order to achieve the above object, the sheet sticking apparatus of the present invention comprises an adhesive sheet comprising an adhesive layer in at least a partial region on one surface of a base sheet having an adhesive portion and an upright portion. A sheet sticking device that peels the adhesive sheet from a raw material temporarily attached to a belt-like release sheet via a sheet and affixes it to an adherend, a feeding means for feeding the raw material, and an original by the feeding means A rising means for raising the upright portion of the adhesive sheet up to a predetermined angle from the surface of the release sheet as it is unwound, a release means for peeling the adhesive sheet from the release sheet, and the peeled adhesive sheet Pressing means for pressing and adhering the adhesive portion to the adherend surface of the adherend, and the rising means extends in the feeding direction of the feeding means and is formed between the release sheet and the standing portion of the adhesive sheet. Inserted between And a rising guide portion that is provided on the downstream side in the feeding direction from the rising tip and guides the rising portion in a rising direction away from the release sheet. The adhesive sheet can be fed out in a state where the upright portion is raised by the means.

At this time, the sheet sticking device of the present invention has the feeding direction, the feeding direction and the direction perpendicular to the surface of the release sheet, the surface direction of the release sheet perpendicular to the delivery direction, and the feeding direction as the axis. At least one of a rotation direction, a rotation direction having the feeding direction and a direction orthogonal to the surface of the release sheet as an axis, and a rotation direction having the surface direction of the release sheet orthogonal to the delivery direction as an axis. It is preferable to provide displacement means for displacing the rising means in one direction.
Moreover, in the sheet sticking device of the present invention, the rising guide portion is a direction away from the surface of the release sheet from the upstream side to the downstream side in the feeding direction, and the surface of the release sheet orthogonal to the feeding direction. It is preferable to have a guide inclined end edge that is inclined in each direction.
Furthermore, it is preferable that the rising front end portion is configured to have a front end edge that displaces the release sheet so as to be fed out along another plane with respect to the original fabric fed out along a predetermined plane. .
At this time, the peeling means is a peeling plate having a guide surface that guides the original fabric from the side of the peeling sheet to the predetermined plane and a peeling edge that bends the peeling sheet and peels the adhesive sheet. The release sheet is configured to have a recess that is recessed from the guide surface and that can receive the rising tip, and the release sheet is formed by a leading edge of the rising tip that is received in the recess. Is preferably configured to be bendable.
And it is preferable that the front-end edge of the said standing | starting-up front-end | tip part has the inclination which bends the width direction outer side of the said peeling sheet more largely than an inner side.

  On the other hand, in the sheet sticking method of the present invention, the adhesive sheet provided with an adhesive layer in at least a part of one surface of the base sheet having an adhesive part and an upright part has a belt-like shape through the adhesive layer. A sheet sticking method for peeling an adhesive sheet from an original fabric temporarily attached to a release sheet, and sticking the adhesive sheet to an adherend, extending the original fabric and extending in the feeding direction so as to extend the release sheet and the adhesive sheet. A rising tip that is inserted between the rising portion and a rising guide that is provided on the downstream side in the feeding direction from the rising tip and guides the rising portion in a rising direction away from the release sheet. The rising portion of the adhesive sheet is raised from the surface of the release sheet to a predetermined angle as the raw material is fed, and the adhesive sheet on which the rising portion is raised is used. Further feeding, feeding The adhesive sheet was peeled from the release sheet, the peeled adhesive sheet characterized by affixing by pressing to the adherend.

  According to the present invention as described above, since the adhesive sheet is not folded in half, it is possible to suppress the enlargement of the apparatus, and even if the adhesive sheet is made of a material such that the base sheet is plastically deformed, It can be pasted in a state where the upright portion is reliably raised by peeling it out from the release sheet and sticking it to the adherend while the upright portion is raised.

At this time, if the sheet affixing device is provided with a displacement means for displacing the rising means, the rising means is positioned in an appropriate state according to the planar size, thickness, etc. of the adhesive sheet or the release sheet, so that the rising portion can be secured. Can be launched.
In addition, if the upright part is guided by the guide inclined end edge having a predetermined inclination, the upright part can be smoothly raised as the raw material is drawn out, and the adhesive sheet is prevented from being damaged or displaced. can do. In particular, since the guide inclined end edge is inclined in a direction away from the surface of the release sheet, the rising portion can be raised while being in contact with a predetermined position of the rising portion.
Furthermore, the gap between the release sheet and the upright portion of the adhesive sheet is displaced by moving the release sheet along another plane with the leading edge of the rising tip portion with respect to the original fabric drawn out along the predetermined plane. By inserting the rising tip portion into this gap, it is possible to prevent the rising tip portion from being caught by the adhesive sheet, and to make it easy to raise the standing portion. Furthermore, if a recess is formed in the peeling means and the rising tip is received by this recess and the release sheet is bent, a gap can be more reliably formed between the release sheet and the upright portion. it can.
In addition, if the leading edge of the rising leading edge has a slope that bends the widthwise outer side of the release sheet more than the inner side, the leading edge is in line contact with the bent portion accompanying the displacement of the release sheet and guided. As a result, it is possible to prevent the stress from being concentrated on the local part of the release sheet and the release sheet from being damaged or torn.

The side view of the sheet sticking apparatus which concerns on one Embodiment of this invention. The fragmentary perspective view of the sheet sticking apparatus of FIG. Operation | movement explanatory drawing of the sheet sticking apparatus of FIG. Operation | movement explanatory drawing of the sheet sticking apparatus following FIG.

Hereinafter, an embodiment of the present invention will be described with reference to the drawings.
In FIG. 1 and FIG. 2, the sheet sticking apparatus 1 of the present embodiment has an adhesive layer AD in a partial region of one surface of the adhesive portion S1 of the base sheet BS having the adhesive portion S1 and the standing portion S2. A sticking device for sticking the provided adhesive sheet S to an adherend W, wherein the adhesive sheet S is peeled off from the original fabric R temporarily attached to the strip-like release sheet RL via the adhesive layer AD, and peeled off. The sheet S is configured to be affixed to the adherend W with the upright portion S2 raised. The sheet sticking apparatus 1 includes a feeding unit 2 that feeds the raw fabric R in the feeding direction A, a rising unit 3 that raises the rising portion S2 of the adhesive sheet S in the fed raw fabric R from the release sheet RL, The release means 4 for bending the release sheet RL to release the adhesive sheet S from the release sheet RL and the adhesive portion S1 of the adhesive sheet S released from the release sheet RL are pressed against the adherend surface AS of the adherend W and pasted. And a displacement means 6 capable of displacing the posture of the rising means 3, and above the conveying means 7 such as a belt conveyor CV for moving the adherend W in the left direction in FIG. It is installed via a frame (not shown).

  Here, as shown in FIG. 2, the adhesive sheet S has an adhesive layer AD in a substantially half region on the left side from the upstream side in the feeding direction A toward the downstream side (hereinafter referred to as “downstream side”). Laminated and temporarily attached to the release sheet RL via the adhesive layer AD. In addition, the adhesive sheet S is a substantially central portion of the base sheet BS, and has a folding line S3 provided in a direction along the feeding direction A, and a substantially L-shape provided on both ends of the folding line S3. The notch S5 is formed. Examples of the folding line S3 include dents formed by embossing the base sheet BS, and those that are easily bent by perforations. In such an adhesive sheet S, a region surrounded by the outer edge of the substantially half on the right side toward the downstream side, the folding line S3, and the extension line in the feeding direction A of the folding line S3 is defined as an upright part S2, A region surrounded by each extension line in the feeding direction A of the curve S3 and each cut S5 is a rising maintaining portion S4 for maintaining the rising state of the rising portion S2, and the other region is an adhesive portion S1. It is said.

  The whole of the feeding means 2 is supported by a base frame 20, and a support roller 21 that supports the original fabric R by winding it in a roll shape, and a plurality of guide rollers 22 that guide the original fabric R. , 23, a driving roller 25 driven by a rotation motor 24 as a driving device, a pinch roller 26 sandwiching the release sheet RL between the drive roller 25, and a recovery for recovering the release sheet RL by a driving device (not shown). A roller 27 is provided.

  The rising means 3 includes a curved plate-like rising plate 31 supported by the displacing means 6, and this rising plate 31 extends along the feeding direction A, and includes the release sheet RL and the adhesive sheet S. The rising tip 32 inserted between the rising portion S2 and the standing tip S2 is provided downstream from the rising tip 32 in the feeding direction A and guided in the rising direction away from the release sheet RL. The rising guide portion 33 and the rising rear end portion 34 that is continuous from the rising guide portion 33 to the downstream side in the feeding direction A and that is provided substantially in parallel with the release sheet RL and guides the rising portion S2. Is formed.

  The peeling means 4 includes a peeling plate 41 supported by the base frame 20 in a posture inclined to the lower left in FIG. 1, and the peeling plate 41 guides the original fabric R from the side of the peeling sheet RL. The rising means 3 has a surface (predetermined plane) 42 and a peeling edge 43 on the downstream side in the feed direction A of the raw fabric R, and the peeling sheet RL is bent toward the driving roller 25 at the peeling edge 43. The adhesive sheet S that is bent after passing through is peeled from the release sheet RL. In addition, the release plate 41 is formed with a recess 44 in which a part of the release plate 41 is cut out, and the rising tip 32 can be received in the recess 44. Further, the peeling means 4 is provided with a holding plate 45 that sandwiches the left side with the guide surface 42 toward the downstream side of the original fabric R and presses the adhesive portion S1 toward the peeling sheet RL. The pressing plate 45 is fixed to the side surface of the peeling plate 41 and extends from a position upstream of the rising tip 32 in the feeding direction A to a position near the peeling edge 43.

  The pressing means 5 includes an elastically deformable pressing roller 51 such as rubber or resin, and a frame 52 that is supported by the peeling plate 41 and rotatably supports the pressing roller 51. The pressing roller 51 is peeled off. The adhesive sheet S protruding from the tip of the plate 41 to the lower left in FIG. 1 is configured to press the adhesive portion S1 toward the adherend W while the upright portion S2 is raised.

  As shown in FIG. 2, the displacement means 6 includes a shaft supporter 61 mounted above the rising plate 31, a shaft 62, and an articulated robot as a driving device that supports the shaft 62 on the opposite side of the shaft supporter 61. 63. The multi-joint robot 63 includes a feeding direction A, a feeding direction A, a direction B perpendicular to the surface of the release sheet RL, a surface direction C of the release sheet RL perpendicular to the feeding direction A, and a rotation direction D having the feeding direction A as an axis. The rising plate 31 is displaceable in a rotation direction E having the direction B as an axis and a rotation direction F having the direction C as an axis. Examples of the articulated robot 63 include known 6-axis robots. Thereby, according to the shape of the adhesive sheet S, the release sheet RL, the adhesive part S1, the standing part S2, the rising maintenance part S4, the adhesive layer AD, the base sheet BS, and the dimensions along the A, B, and C directions, etc. The posture and position of the rising plate 31 can be displaced.

In the sheet sticking apparatus 1 of the present embodiment as described above, the rising means 3 has the following configuration shown in FIG.
The upright plate 31 is formed of a single plate material that has a curved portion that faces the upper side of the release plate 41 and has a convex section upward along the feeding direction A. That is, the rising plate 31 is inclined in a direction away from the peeling plate 41 from the rising leading end portion 32 on the upstream side in the feeding direction A to the rising guiding portion 33, and rises from the rising guiding portion 33 to the rising rear end portion 34. The rising rear end portion 34 is formed so as to extend substantially parallel to the peeling plate 41 after being inclined in the direction approaching the peeling plate 41. Further, the rising tip 32 is displaced so that the release sheet RL is fed out along another plane with respect to the original fabric R fed out along the guide surface 42 in the recess 44 below the guide surface 42. The leading edge 35 is formed with an inclination that bends the outer side in the width direction of the release sheet RL (the right edge side toward the downstream side) more than the inner side. As shown in FIG. 3 (B), such a rising front end portion 32 is formed by bending the release sheet RL by the front end edge 35 inserted between the release sheet RL and the upright portion S2 of the adhesive sheet S. The rising portion S2 can be raised from the release sheet RL as the original fabric R is fed.

  From the rising tip 32 of the rising plate 31 to the rising guide portion 33, a guide inclined edge 36 is formed to raise the rising portion S2 raised from the release sheet RL. The guide inclined end edge 36 is formed so as to be inclined at a predetermined angle from the rising portion S2 side of the adhesive sheet S toward the adhesive portion S1 side in the plan view, as shown in FIGS. ), The rising portion S2 is gradually raised as the original fabric R is drawn out, and can be raised from the surface of the release sheet RL to a rising angle of about 90 °. Further, as shown in FIG. 3D, the rising rear end portion 34 is provided substantially parallel to the guide surface 42 of the peeling plate 41 with a predetermined interval therebetween, and the rising portion S2 that has been raised is raised. A guide parallel edge 37 is formed to guide to the pressing means 5 while maintaining the angle.

  As a procedure for sticking the adhesive sheet S to the adherend W with the sheet sticking apparatus 1 described above, the peeling means RL and the adhesive sheet RL are bonded as shown in FIG. The sheet S is guided by the guide surface 42 of the peeling plate 41 and is sent downstream in the feeding direction A. At this time, when the adhesive sheet S reaches the recess 44, the release sheet RL is bent downward by the leading edge 35 of the rising plate 31 as shown in FIG. A gap is formed in the standing part S2, and the rising tip part 32 is inserted into the gap to raise the standing part S2. At this time, the leading edge 35 is guided in line contact with the bent portion RL1 accompanying the displacement of the release sheet RL, thereby preventing the release sheet RL from being damaged or torn. The tip edge 35 has a smooth arc shape, is configured with a rotatable roller, a bearing, or the like, or is configured with a member having a low frictional resistance such as a resin, so that the friction with the release sheet RL is reduced. Friction means may be provided. Further, when the standing portion S2 is raised, an extrusion force acts on the left side from the rising plate 31 toward the downstream side with respect to the adhesive sheet S. The presser plate 45 is bonded to the adhesion portion S1 against this extrusion force. Therefore, the temporary attachment of the adhesive part S1 is maintained, and the adhesive sheet S is not displaced from the release sheet RL.

  Further, by feeding the raw fabric R and sending the adhesive sheet S to the downstream side in the feeding direction A, as shown in FIG. 3C, the rising portion S2 rises along the guide inclined edge 36, and the release sheet RL As shown in FIG. 3 (D), the rising portion S2 that rises from the surface to a rising angle of approximately 90 ° is guided by the guide parallel edge 37 to maintain the rising angle. Here, as shown in FIGS. 3B to 3D, the guide inclined end edge 36 is a predetermined position in the upright portion S2, that is, a position at a distance L from the right end edge of the upright portion S2 toward the downstream side. The upright portion S2 is raised to a rising angle of approximately 90 ° while being in contact with the guide. This is because when the distance L is short, the rigidity of the base sheet BS cannot withstand the rising stress, and can be prevented from being bent at a position other than the folding line S3, and when the distance L is long, It is also possible to prevent the rising portion S2 from rising suddenly and causing the adhesive sheet S to be peeled off from the release sheet RL, for example. The distance L can be appropriately changed depending on the configuration and properties of the adhesive sheet S, particularly the base sheet BS. In this state, the adhesive sheet S having raised the upright portion S2 is fed to the tip position of the release plate 41 and partially peeled from the release sheet RL folded back at the release edge 43. The feeding is temporarily stopped and a standby state is entered. At this time, when the release sheet RL is separated from the adhesive layer AD of the adhesive portion S1, the rising maintaining portion S4 protrudes downward with the rigidity of the base sheet BS.

  Next, when the adherend W conveyed by the conveying means 7 reaches a predetermined position below the pressing roller 51, it is detected by a sensor (not shown), and the feeding means 2 drives the rotating motor 24 to remove the original fabric R. It is fed out at the same speed as the conveyance speed of the adherend W, and the separation sheet RL is collected by the collection roller 27. Thereby, the adhesive sheet S that has been stopped in a state where it is partially peeled from the peeling sheet RL at the peeling edge 43 is peeled off from the peeling sheet RL, and as shown in FIG. The adhesive portion S1 is pressed and pasted to the adherend surface AS of the adherend W by the pressing roller 51 in the upright state. At this time, the rising maintaining portion S4 comes into contact with the intersecting surface W1 of the adherend W that intersects the adherend surface AS. When the adhesive sheet S is stuck on the adherend W in this way, the feeding operation of the original fabric R is stopped again and enters a standby state, and the adherend W to which the adhesive sheet S is stuck is conveyed to the next process. Thereafter, the same operation as described above is repeated. As shown in FIG. 4B, the adhesive sheet S attached to the adherend W is returned to the original flat plate shape by the elasticity of the base sheet BS. Since S4 is in contact with the intersecting surface W1, the upright portion S2 is maintained in a standing state.

According to this embodiment, there are the following effects.
That is, the adhesive portion S1 is pressed and stuck to the adherend surface AS of the adherend W by the pressing roller 51 while the standing portion S2 is in the upright state by the rising plate 31. Accordingly, since the adhesive sheet S is not folded in two, the apparatus can be prevented from being enlarged, and the upright portion S1 is raised even when the base sheet BS is made of a material that is plastically deformed. The adhesive sheet S that has been fed out in the state can be peeled off from the release sheet RL and pasted on the adherend W, and can be stuck in a state where the upright portion S1 is reliably raised.

  As described above, the best configuration, method, and the like for carrying out the present invention have been disclosed in the above description, but the present invention is not limited to this. That is, the invention has been illustrated and described with particular reference to particular embodiments, but with respect to the embodiments described above, such as shape and the like, without departing from the scope and spirit of the invention. In the detailed configuration, various modifications can be made by those skilled in the art. Moreover, since the description which limited the shape etc. which were disclosed above was illustrated in order to make an understanding of this invention easy, it does not limit this invention, Therefore The description by the name of the member which remove | excluded one part or all part is included in this invention.

  For example, in the above embodiment, the rising means 3 is exemplified by a single plate-like member, but is not limited thereto. That is, for example, the rising front end portion 32, the rising guide portion 33, and the rising rear end portion 34 may be configured by separate members, or may be configured by appropriately combining them. In that case, each member may be a plate-like member, a linear member, or a member having another appropriate shape.

Moreover, arrangement | positioning of adhesion part S1 and standing part S2 is not limited to the said embodiment. That is, the adhesive part S1 and the upright part S2 may be arranged opposite to the left and right with respect to the above embodiment, or the adhesive part S1 is provided on the center side in the width direction toward the downstream side, Standing part S2 may be provided. When the standing portions S2 are provided on both the left and right sides, it is sufficient that the rising means 3 is also provided as a pair on the left and right in correspondence thereto. Further, as the adhesive sheet, the folding line S3 and the rising maintenance part S4 are not essential, and either one or both may be omitted.
Further, the adhesive sheet S may have a configuration in which an adhesive layer AD is provided in the entire region of one surface of the adhesive portion S1.
Further, the adhesive sheet S may have a configuration in which an adhesive layer AD is provided in a partial region of one surface of the rising portion S2 and the rising maintaining portion S4, or the entire surface of one surface of the base sheet BS. The structure provided with adhesive layer AD in the area | region may be sufficient. In these cases, non-adhesion treatment such as fluorine resin or silicon resin to which the adhesive layer AD does not adhere is applied to at least the region where the adhesive layer AD contacts in the rising means 3 or the pressing means 5 or the pressing means 5 is compressed. What is necessary is just to set it as the structure which can be comprised by air etc. and can press the adhesive sheet S by non-contact.

Further, in the above-described embodiment, the original fabric R is a belt-like release sheet RL temporarily attached with a single-piece adhesive sheet S at an appropriate interval. In this case, the belt-shaped adhesive sheet is provided with a predetermined closed loop-shaped cut in the course of feeding out the original, and the inside of the cut is used as the adhesive sheet S. May be.
The drive device in the embodiment includes an electric device such as a rotation motor, a linear motion motor, a linear motor, a single-axis robot, and an articulated robot, an actuator such as an air cylinder, a hydraulic cylinder, a rodless cylinder, and a rotary cylinder. In addition to these, a combination of them directly or indirectly may be employed (some of them overlap with those exemplified in the embodiment).

DESCRIPTION OF SYMBOLS 1 Sheet sticking apparatus 2 Feeding means 3 Standing means 4 Peeling means 5 Pressing means 6 Displacement means 32 Standing tip part 33 Standing guide part 34 Standing rear end part 35 Leading edge 36 Guide inclined edge 41 Peeling plate 42 Guide surface 43 Peeling edge 44 Recessed part AD Adhesive layer BS Base material sheet R Original fabric RL Peeling sheet S Adhesive sheet S1 Adhesive part S2 Standing part W Substrate

Claims (7)

From an original fabric in which an adhesive sheet provided with an adhesive layer in at least a part of one surface of a base sheet having an adhesive part and an upright part is temporarily attached to a strip-shaped release sheet via the adhesive layer , A sheet sticking device for peeling off and sticking the adhesive sheet to an adherend,
A feeding means for feeding out the original fabric;
Rising means for raising the upright portion of the adhesive sheet from the surface of the release sheet to a predetermined angle as the raw material is fed by the feeding means;
Peeling means for peeling the adhesive sheet from the release sheet;
A pressing means for pressing and adhering the bonded portion of the peeled adhesive sheet against the adherend surface of the adherend,
The rising means extends in the feeding direction of the feeding means and is inserted between the release sheet and the rising portion of the adhesive sheet, and is connected to the downstream side in the feeding direction from the rising tip. And a rising guide portion that guides the rising portion in a rising direction away from the release sheet, and the adhesive sheet can be fed out in a state where the rising portion is raised by the rising means. The sheet sticking apparatus characterized by the above-mentioned.   The feeding direction, the feeding direction and the direction perpendicular to the surface of the release sheet, the surface direction of the release sheet perpendicular to the feeding direction, the rotation direction having the feeding direction as an axis, the feeding direction, and the release sheet Displacement for displacing the rising means in at least one of a rotation direction with the direction orthogonal to the surface as the axis and a rotation direction with the surface direction of the release sheet orthogonal to the feeding direction as the axis. The sheet sticking apparatus according to claim 1, further comprising means.   The rising guide portion is a guide inclination inclined in each direction of a direction separating from the surface of the release sheet from the upstream side to the downstream side in the feeding direction and a surface direction of the release sheet orthogonal to the feeding direction. The sheet sticking device according to claim 1, wherein the sheet sticking device is configured to have an edge.   The rising tip portion is configured to have a tip edge that displaces the release sheet so as to be fed out along another plane with respect to the original fabric fed out along a predetermined plane. The sheet sticking apparatus according to any one of claims 1 to 3.   The peeling means is constituted by a peeling plate having a guide surface for guiding the original fabric from the side of the peeling sheet to the predetermined plane, and a peeling edge for bending the peeling sheet and peeling the adhesive sheet. The release plate is recessed from the guide surface and has a recess capable of receiving the rising tip, and the release sheet can be bent by the leading edge of the rising tip received in the recess. The sheet sticking device according to claim 4, wherein the sheet sticking device is configured as follows.   The sheet sticking according to claim 4 or 5, wherein a tip edge of the rising tip part is formed to have an inclination to bend the widthwise outer side of the release sheet more than the inner side. apparatus. From an original fabric in which an adhesive sheet provided with an adhesive layer in at least a part of one surface of a base sheet having an adhesive part and an upright part is temporarily attached to a strip-shaped release sheet via the adhesive layer , A sheet sticking method for peeling the adhesive sheet and sticking it to an adherend,
The raw fabric is fed out, and is extended in the feeding direction and is inserted between the release sheet and the rising portion of the adhesive sheet, and is continuously provided downstream from the rising tip in the feeding direction. And a rising guide portion that guides the rising portion in a rising direction away from the release sheet, and the rising portion of the adhesive sheet is moved along the unwinding of the original fabric. Launch up to a certain angle from the surface,
A sheet sticking method, wherein the adhesive sheet with the raised portion raised is further fed out, the fed adhesive sheet is peeled off from the release sheet, and the peeled adhesive sheet is pressed against the adherend and pasted.

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