JP2019064615A - Jig for label - Google Patents

Abstract

To provide a jig for label capable of performing sticking of a first label and a second label correctly.SOLUTION: A jig 1 for label includes a first arrangement member 10, a second arrangement member 20 and a shaft member 7. In the first arrangement member 10, a first label 110 is arranged, and in the second arrangement member 20, a second label 120 is arranged. The shaft member 7 connects the first arrangement member 10 with respect to the second arrangement member 20 rotatably. The first arrangement member 10 rotates from a second rotation position to a first rotation position around an axis line 7A of the shaft member 7 (arrow G). In the case where the first arrangement member 10 is in the second rotation position, the first label 110 arranged in a first arrangement part 10A faces the direction being separated from the second label 120 arranged in a second arrangement part 20A. In the case where the first arrangement member 10 is in the first rotation position, a first end part 111 which is an end part on the axis line 7A side of the first label 110 is overlapped with a second end part 122 which is an end part on the axis line 7A side of the second label 120.SELECTED DRAWING: Figure 2

Description

  The present invention relates to a label jig for bonding two labels.

  When printing an image exceeding the width of a tape on a strip-shaped tape, which is an example of a label, the printing device described in Patent Document 1 divides print data for printing the image into a plurality of partial data, and generates the print data. It has a function of dividing and printing the plurality of partial data in the longitudinal direction of the tape. After the printing apparatus prints on the tape according to the plurality of partial data, the user pastes the tapes corresponding to each of the plurality of partial data.

JP 10-58757 A

  In the printing apparatus, for example, it is conceivable that the user performs an operation of bonding the adhesive layer provided on one of the tapes to the other of the tapes. However, when the user manually performs the above-described work, the bonding of the tapes may be inaccurate. As a result, there may be a case where the sticking of the two tapes deviates, or there may be a case where a wrinkle occurs in the tape, and the appearance of the bonded tapes may be poor.

  An object of the present invention is to provide a label jig which can accurately bond a first label and a second label.

  The label jig according to the present invention comprises a first arrangement member having a first arrangement portion in which a first label is arranged, and a first holding means provided on the first arrangement member and holding the first label. A second arrangement member having a second arrangement portion in which a second label is arranged, a second holding means provided on the second arrangement member and holding the second label, and the second arrangement member centered on a predetermined axis And a connecting means for rotatably connecting one arranging member to the second arranging member, wherein the first arranging member is an end of the first label disposed on the first arranging portion on the axial side. A first rotational position at which a first end portion is overlapped with a second end portion which is an end portion on the axis line side of the second label disposed in the second arrangement portion; Characterized in that it is rotatable between a second rotational position facing in a direction away from the label To.

  According to the above configuration, the first end portion of the first label is the second end of the second label when the first positioning member is rotated from the second rotation position to the first rotation position with respect to the second positioning member. Overlap. The first end and the second end can be pasted together. Therefore, the jig for labels which can carry out pasting of the 1st label and the 2nd label correctly is realized.

It is a figure which shows the jig | tool 1 for labels in which the 1st label 110 and the 2nd label 120 which were mutually bonded were arrange | positioned. It is sectional drawing when the 1st arrangement | positioning member 10 sees the jig | tool 1 for labels which exists in a 2nd rotation position along an axial direction (hatching abbreviation | omission). FIG. 2 is a diagram of a first label 110 and a second label 120. It is sectional drawing when the 1st arrangement | positioning member 10 sees the jig | tool 1 for labels which exists in a 1st rotation position along an axial direction (hatching abbreviation | omission). It is sectional drawing of the 1st label 110 which removes from several 1st protrusion 31 in the AA line arrow direction of FIG. It is a figure of the jig 2 for labels which is a modification of the jig 1 for labels. It is sectional drawing of the clip 5 in the BB arrow direction of FIG. It is sectional drawing of the clip 4 in the CC line arrow direction of FIG.

  The label jig 1 of the first embodiment of the present invention will be described. The label jig 1 is a jig for allowing the user to position and bond the first label 110 and the second label 120 respectively, and is a jig that can be carried by the user as an example. The first label 110 and the second label 120 are labels on which predetermined information is printed by the tape printer.

  The details of the configuration of the label jig 1 will be described with reference to FIGS. 1 and 2. The label jig 1 includes a first arrangement member 10, a second arrangement member 20, a shaft member 7, a rotation restricting portion 50, a first holding means 30, and a second holding means 40.

  The 1st arrangement member 10 and the 2nd arrangement member 20 are plate-like members made of resin which have a longitudinal direction and a transverse direction as an example. The longitudinal direction of the first arrangement member 10 is parallel to the longitudinal direction of the second arrangement member 20. One side of the first arrangement member 10 is a first arrangement portion 10A where the first label 110 is arranged, and one side of the second arrangement member 20 is a second arrangement portion 20A where the second label 120 is arranged. The first placement portion 10A and the second placement portion 20A are both planar as an example. The shaft member 7 is a shaft constituting a hinge (not shown), and has an axis 7A extending in the longitudinal direction of the first arrangement member 10 and the second arrangement member 20. The shaft member 7 is an example of connection means for rotatably connecting the first placement member 10 to the second placement member 20 about the axis 7A. The shaft member 7 is located on one end side of the first arrangement member 10 in the lateral direction and at one end side of the second arrangement member 20 in the lateral direction.

  Of the both ends in the lateral direction of the first placement member 10, the end on the shaft member 7 side is the first proximal end 11, and the end opposite to the first proximal end 11 is the first separation It is an end 12. Of the both ends in the short direction of the second placement member 20, the end on the shaft member 7 side is the second close end 21 and the end opposite to the second close end 21 is the second separation End 22;

  The first placement member 10 is relative to the second placement member 20 about the shaft member 7 and between the first rotation position (see FIGS. 1 and 4) and the second rotation position (see FIG. 2). Rotate. When the first arrangement member 10 is in the first rotational position, the lateral direction of the first arrangement member 10 and the lateral direction of the second arrangement member 20 are parallel to each other. When the first arrangement member 10 is in the second rotational position, the first arrangement portion 10A and the second arrangement portion 20A face in the direction away from each other. The direction in which the first placement portion 10A faces when the first placement member 10 is in the second rotational position is the arrow R, and the direction in which the second placement portion 20A faces is the arrow Q. When the user rotates at least one of the first arrangement member 10 and the second arrangement member 20, the first arrangement member 10 rotates between the first rotation position and the second rotation position.

  Hereinafter, a direction in which the shaft member 7 extends is referred to as an axial direction, one of the axial directions is referred to as a first axial direction, and a direction opposite to the first axial direction is referred to as a second axial direction. Also, the lateral direction of the first arrangement member 10 when in the first rotational position is referred to as the extending direction, and the direction from the first arrangement member 10 to the second arrangement member 20 in the extending direction is the first extending arrangement The direction is referred to as the direction, and the direction opposite to the first extending direction is referred to as the second extending direction. Further, the direction in which the first arrangement portion 10A of the first arrangement member 10 faces when in the first rotational position is referred to as a first opposing direction, the direction opposite to the first opposing direction is referred to as a second opposing direction, When the facing direction and the second facing direction are generically referred to as the facing direction. The following description of the configuration of the label jig 1 will be described based on the state in which the first arrangement member 10 is in the first rotational position, unless otherwise specified.

  The rotation restricting portion 50 shown in FIG. 4 restricts the rotation of the first arrangement member 10 in the first rotation position in a predetermined rotation direction (arrow G). The predetermined rotation direction is a direction in which the first arrangement member 10 rotates relative to the second arrangement member 20 from the second rotation position to the first rotation position. The rotation restricting unit 50 includes a first protrusion 51 and a second protrusion 52. The first projecting portion 51 protrudes from the first proximal end 11 in a first extending direction from the first separated end 12 to the first proximal end 11. In the present example, the first protrusion 51 protrudes from the end on the first opposing direction side of the first proximal end 11. The end surface of the first projecting portion 51 in the first opposing direction forms the same plane as the first placement portion 10A. The second protrusion 52 protrudes from the second near end 21 in a second extending direction from the second separated end 22 toward the second near end 21. In the present example, the second protrusion 52 protrudes from the end on the second opposing direction side of the second near end 21. When the first arrangement member 10 is in the second rotational position (see FIG. 2), the first protrusion 51 is separated from the second protrusion 52. When the first placement member 10 is in the first rotational position (see FIG. 4), the first protrusion 51 is placed on the second protrusion 52. At this time, the first protrusion 51 and the second protrusion 52 overlap along the opposing direction, and the rotation restricting portion 50 restricts the rotation of the first arrangement member 10 in the predetermined rotation direction from the first rotation position.

  The first holding means 30 shown in FIGS. 1 and 2 is provided on the first placement member 10 and is capable of holding the first label 110. The 1st holding means 30 of this example is resin-made integrally with the 1st arrangement | positioning member 10 as an example. The first holding means 30 comprises a first wall 37 and a plurality of first protrusions 31. The first wall portion 37 is a wall portion extending in the first opposing direction from both ends in the axial direction of the first placement portion 10A and an end in the second extending direction. The first wall portion 37 can position the first label 110 disposed in the first placement portion 10A. The first protrusion 31 protrudes in the first opposing direction from the first placement portion 10A at a position on the first extending direction side with respect to the portion of the first wall 37 extending in the axial direction. The first protrusions 31 have a cylindrical shape provided side by side along the axial direction.

  The first placement member 10 is manufactured by injection molding, and the direction in which the plurality of molds move relative to each other in the manufacturing process is substantially parallel to the opposing direction (that is, substantially parallel to the axial direction of the first projection 31). . Accordingly, the first protrusions 31 are formed to be slightly reduced in diameter toward the first opposing direction.

  The second holding means 40 is provided on the second placement member 20 and can hold the second label 120. The second holding means 40 of this example is made of resin integrally formed with the second arrangement member 20 as an example. The second holding means 40 is symmetrical to the first holding means 30 in the extending direction. In other words, the second holding means 40 is symmetrical to the first holding means 30 on the basis of a virtual plane (not shown) orthogonal to the extending direction. The second holding means 40 comprises a second wall 47 and a plurality of second protrusions 42. The second wall 47 is symmetrical to the first wall 37, and the second projection 42 is symmetrical to the first projection 31. The detailed description of the second wall 47 and the second projection 42 is omitted.

  The configuration of the first label 110 and the second label 120 will be described with reference to FIGS. 2 and 3. Each of the first label 110 and the second label 120 is in the form of a sheet having a longitudinal direction and a short direction. The longitudinal length of the first label 110 and the longitudinal length of the second label 120 are the same as each other. The length (dimension N1 in FIG. 3) of the first label 110 in the short direction is the shortest distance in the extending direction between the portion of the first wall portion 37 extending in the axial direction and the protruding end of the first projecting portion 51 (see FIG. Longer than the one dimension M1). The length (the dimension N2 in FIG. 3) of the second label 120 in the lateral direction is the same as the length (the dimension M2 in FIG. 1) in the extension direction of the second placement portion 20A.

  The first label 110 includes a first substrate 113, a first adhesive layer 114, and a first release layer 115. The first adhesive layer 114 is provided on one side of the first substrate 113 in the longitudinal direction and the short direction of the first label 110. The first release layer 115 sandwiches the first adhesive layer 114 with one side of the first base 113.

  In this example, only the first peeling layer 115 of the first base material 113, the first adhesive layer 114, and the first peeling layer 115 at the first end 111 which is one end of the first label 110 in the short direction There is a cut in the longitudinal direction. Further, the first peeling layer 115 includes a first specific end 115A which is an end opposite to the first end 111. The first specific end 115 </ b> A protrudes outward in the lateral direction more than the first base 113. The first specific end portion 115A is provided with a plurality of first insertion holes 115B arranged at equal intervals along the longitudinal direction. The first insertion hole 115B is a circular hole through which the first protrusion 31 can be inserted. The inner diameter of the first insertion hole 115B is larger than the outer diameter of the first protrusion 31. The center-to-center distance between the two first through holes 115B adjacent to each other is the same as the center-to-center distance between the two first protrusions 31 adjacent to each other.

  The second label 120 includes a second base 123, a second adhesive layer (not shown), and a second release layer 125. The second adhesive layer is provided on one side of the second base material 123 in the longitudinal direction and the short direction of the second label 120. The second release layer 125 sandwiches the second adhesive layer with one side of the second substrate 123. The second end 122 which is one end in the short direction of the second label 120 is a portion to which the first adhesive layer 114 of the first label 110 is attached. The second peeling layer 125 of the second end 122 is not formed with a cut like the first end 111. The second release layer 125 includes a second specific end 125A which is an end opposite to the second end 122. The second specific end 125A protrudes outward in the lateral direction more than the second base 123. The second specific end 125A is provided with a plurality of second insertion holes 125B arranged at equal intervals along the longitudinal direction of the second label 120. The shape of the second insertion hole 125B is the same as that of the first insertion hole 115B. The distance between the centers of the second insertion holes 125B adjacent to each other is the same as the distance between the centers of the two first insertion holes 115B adjacent to each other.

  A method of bonding the first label 110 and the second label 120 to each other using the label jig 1 will be described with reference to FIGS. 1, 2, 4 and 5. The first arrangement member 10 is in the second rotational position (see FIG. 2). Although the first arrangement member 10 and the second arrangement member 20 of the present embodiment are both rotatable about the axis 7A, in the following description, only the first arrangement member 10 is described as rotating in order to simplify the description. Do.

  As shown in FIGS. 1 and 2, the user arranges the first label 110 in the first arrangement portion 10A of the first arrangement member 10. Specifically, the user aligns the longitudinal direction of the first label 110 with the axial direction of the label jig 1 to make the first peeling layer 115 of the first label 110 face the first placement portion 10A. The user brings one end of the first label 110 in the longitudinal direction into contact with the end of the first wall portion 37 in the first axial direction, and inserts the plurality of first protrusions 31 into the plurality of first insertion holes 115B ((1) See Figure 1). Since the inner diameter of the first insertion hole 115B is larger than the outer diameter of the first protrusion 31, the first label 110 can be slightly displaced in the axial direction and in the extending direction. The user can position the first label 110 in the axial direction and the extending direction by bringing the first label 110 into contact with the first wall portion 37. At this time, the first specific end 115A of the first label 110 protrudes from the first protrusion 51 to the side opposite to the first separated end 12 of the first placement member 10 (see FIG. 2).

  Next, the user places the second label 120 on the second placement portion 20A of the second placement member 20. The user aligns the longitudinal direction of the second label 120 with the axial direction of the label jig 1 to make the second peeling layer 125 of the second label 120 face the second placement portion 20A. The user inserts the plurality of second insertion holes 125B into the plurality of second protrusions 42, respectively. The user positions the second label 120 in the axial direction and in the extending direction by bringing the second label 120 inserted into the second protrusion 42 into contact with the second wall portion 47. At this time, the second specific end 125A of the second label 120 is disposed in the axial direction at the second separated end 22, and the second end 122 protrudes secondarily from the second proximal end 21. It does not protrude to the part 52 side. Further, the direction (arrow R in FIG. 2) to which the first label 110 arranged in the first arrangement portion 10A is directed is a direction away from the second label 120 arranged in the second arrangement portion 20A.

  The user peels off the first specific end 115A of the first peeling layer 115 (arrow S in FIG. 2) to expose the first adhesive layer 114 of the first label 110. In this example, the exposed first adhesive layer 114 is on the first extending direction side with respect to the first arrangement portion 10A. The user rotates the first arrangement member 10 from the second rotational position toward the first rotational position (arrow G in FIG. 2). When the first protrusion 51 contacts the second protrusion 52, the first arrangement member 10 reaches the first rotational position (see FIG. 4). By the contact between the first protrusion 51 and the second protrusion 52, the rotation restricting portion 50 restricts the rotation of the first arrangement member 10 in the first rotation position in the predetermined rotation direction.

  As shown in FIG. 4, the exposed first adhesive layer 114 (see FIG. 2) of the first label 110 overlaps the second end 122 of the second label 120 in the axial direction. The user presses the first end 111 overlapping the second end 122 axially against the second label 120. At this time, since the second end 122 is disposed in the second placement portion 20A, the user can easily press the first end 111. The first label 110 is attached to the second label 120 in the axial direction by the pressure of the user (see FIG. 1).

  As shown in FIG. 5, the user grasps the end of the first label 110 on the second axial side and the end of the second label 120 and moves the end in the first opposite direction. At the same time when the first insertion hole 115B is disengaged from the first projection 31 in order from the second axial side (see FIG. 5), the second insertion hole 125B is detached from the second projection 42 in order from the second axial side (not shown) . Thereby, the user removes the first label 110 and the second label 120 stuck to each other from the label jig 1.

  The lengths in the longitudinal direction of the first label 110 and the second label 120 are not limited to the lengths shown in FIGS. 1 and 3. As the length in the longitudinal direction of the first label 110 and the second label 120 becomes longer, the number of the first insertion holes 115B and the second insertion holes 125B increases. Therefore, the number of first protrusions 31 inserted into the first insertion holes 115B and the number of second protrusions 42 inserted into the second insertion holes 125B both increase.

  As described above, when the first placement member 10 rotates relative to the second placement member 20 from the second rotation position to the first rotation position, the first end 111 of the first label 110 is The first adhesive layer 114 of the first end 111 of the first label 110 is bonded to the second base 123 of the second end 122 of the second label 120 so as to overlap the second end 122 of the second label 120. Be Therefore, the jig 1 for labels which can perform pasting of the 1st label 110 and the 2nd label 120 correctly is realized. Further, since the user can easily press the first end portion 111 toward the second label 120 at the time of bonding, wrinkles are less likely to occur on the first label 110 and the second label 120. In the label jig 1, accurate alignment between the first label 110 and the second label 120 is easily achieved, and wrinkles are less likely to occur in the first label 110 and the second label 120, so the first label after bonding is performed. The appearance of the 110 and the second label 120 is good.

  In the above embodiment, the first label 110 and the second label 120, which are two labels printed by an existing tape printer, are attached by the label jig 1 to create a label of a predetermined size. Ru. That is, since the user does not have to prepare a tape printer according to the size of the tape to be created, it is possible to enjoy the cost advantage.

  The rotation restricting portion 50 restricts rotation of the first arrangement member 10 in the first rotation position in a predetermined rotation direction. Therefore, when the user relatively rotates the first arrangement member 10 from the second rotation position to the first rotation position, the first arrangement member 10 can be stably stopped at the first rotation position. Further, the rotation restricting portion 50 only includes the first projecting portion 51 projecting from the first proximal end portion 11 and the second projecting portion 52 projecting from the second proximal end portion 21 in the first arrangement member 10. Regulating rotation in a predetermined direction. Therefore, the rotation restricting portion 50 can realize the restriction of the rotation of the first placement member 10 in the first rotation position in the predetermined rotation direction with a simple configuration.

  The first holding means 30 holds the first label 110 only by inserting the first protrusion 31 into the first insertion hole 115B. The second holding means 40 holds the second label 120 only by inserting the second projection 42 into the second insertion hole 125B. Therefore, the user can easily arrange the first label 110 and the second label 120 in the first arrangement portion 10A and the second arrangement portion 20A, respectively. Further, since each of the first protrusions 31 and the second protrusions 42 is disposed in a plurality along the axial direction, the first label 110 and the second label 120 are further separated into the first placement portion 10A and the second placement portion 20A. Be placed securely. Also, since a plurality of first protrusions 31 and second protrusions 42 are provided in line in the axial direction, the user grips one longitudinal end of each of the first label 110 and the second label 120 bonded to each other. , Can be easily removed from the label jig 1. Further, since a plurality of first protrusions 31 and second protrusions 42 are provided along the axial direction, the label jig 1 can correspond to the first label 110 and the second label 120 whose lengths in the axial direction are different from each other. Become.

  In the above description, the shaft member 7 is an example of the "connection means" in the present invention. The first adhesive layer 114 is an example of the “adhesive layer” in the present invention.

  The present invention is not limited to the above embodiment. The label jig 1 may not be portable. For example, any one member of the first arrangement member 10 and the second arrangement member 20 may be fixed at a predetermined position, and even in this case, the first arrangement member 10 has a first rotational position. And the second rotational position can be rotated relative to the second arrangement member 20. The label jig 1 may include a tape instead of the shaft member 7. The tape is attached to the end face of the first arrangement member 10 in the second opposing direction and the end face of the second arrangement member 20 in the second opposing direction. Even in this case, the tape can rotatably couple the first placement member 10 to the second placement member 20 about a predetermined axis.

  The first label 110 may not include the first adhesive layer 114 and the first release layer 115. In this case, after the first end portion 111 of the first label 110 and the second end portion 122 of the second label 120 overlap in the opposing direction by the first placement member 10 reaching the first rotational position, The user may apply an adhesive between the first end 111 and the second end 122 and bond the first end 111 and the second end 122 to each other.

  The first adhesive layer 114 exposed by peeling off the first specific end 115A may overlap with the end on the first extending direction side of the first placement portion 10A in the opposite direction. In this case, the exposed first adhesive layer 114 is attached to the first placement unit 10A, but if the first placement unit 10A is subjected to a surface treatment that suppresses attachment of the first adhesive layer 114, for example, the user can The first adhesive layer 114 can be easily peeled off from the first placement portion 10A. The second end 122 of the second label 120 disposed in the second disposition portion 20A may project from the second disposition portion 20A in the second extending direction.

  The first placement portion 10A and the second placement portion 20A may be formed, for example, in an uneven shape instead of being formed in a planar shape. Further, the first placement portion 10A and the second placement portion 20A may be surfaces inclined toward the first opposing direction as they extend outward in the extending direction, or expand toward the second opposing direction. It may be a curved surface that curves like. Instead of protruding from the end on the first opposing direction side of the first proximal end 11, the first projecting portion 51 may project from, for example, a central portion in the opposing direction of the first proximal end 11.

  The first projections 31 may be provided singly instead of being provided in plurality. Even in this case, if the user inserts the first label 110 into the first protrusion 31 and then brings the first label 110 into contact with the first wall portion 37, the axial direction of the first label 110 is extended. Positioning in the installation direction is performed. Further, instead of being cylindrical, each of the first projection 31 and the second projection 42 may be, for example, prismatic. In this case, the first insertion holes 115B and the second insertion holes 125B may be circular holes, or may be polygonal holes corresponding to the shapes of the first protrusions 31 and the second protrusions 42.

  Instead of being cylindrical, the first protrusion 31 may be, for example, in the shape of a needle pointed in the first opposite direction. In this case, the first label 110 may not include the first insertion hole 115B. For example, the user pierces the first protrusion 31 with the first label 110 positioned in contact with the first wall portion 37. Holes may be formed.

  The first protrusion 31 may be separate from the first arrangement member 10. In this case, the first protrusion 31 may be a cylindrical shape whose outer diameter is constant in the opposite direction, or may be a cylindrical shape whose diameter decreases in the second opposite direction. When the first protrusion 31 has a cylindrical shape that decreases in diameter toward the second opposing direction, the first label 110 after the first insertion hole 115B is inserted into the first protrusion 31 extends in the axial direction and in the extending direction It is easy to be displaced. Therefore, the user can more smoothly perform the positioning operation for bringing the first label 110 into contact with the first wall portion 37.

  A label jig 2 which is a modification of the label jig 1 will be described with reference to FIGS. 6 to 8. The same components as those of the label jig 1 will be denoted by the same reference numerals in the drawings, and the detailed description thereof will be omitted.

  The label jig 2 includes a first placement member 9 in place of the first placement member 10 (see FIG. 1), and includes a second placement member 8 in place of the second placement member 20 (see FIG. 1). A first holding means 33 is provided instead of the first holding means 30 (see FIG. 1), and a second holding means 44 is provided instead of the second holding means 40 (see FIG. 1).

  The first placement member 9 includes an end 61 and an opening 62 in addition to the first placement portion 10A. The end 61 is an end of the first arrangement member 9 in the first axial direction. A first recess 61A is formed on the end face of the end portion 61 in the first opposing direction (see FIG. 8). The opening 62 is provided at a portion on the second axial direction side of the first placement portion 10A. Inside the opening 62, a pair of convex portions 63 is provided. The pair of protrusions 63 project in the direction in which they extend toward each other and extend in the axial direction.

  The second placement member 8 includes an end 71 and an opening 72 in addition to the second placement portion 20A. The end 71 is an end of the second arrangement member 8 in the first axial direction. A second recess (not shown) is formed on the end surface of the end portion 71 in the first opposing direction. The second recess has the same shape as the first recess 61A. The opening 72 is provided at a portion on the second axial direction side of the second placement portion 20A, and is symmetrical with the opening 62 in the extending direction. The pair of convex portions 73 provided in the opening 72 is symmetrical to the pair of convex portions 63 provided in the opening 62 in the extending direction.

  The first arrangement member 9 and the second arrangement member 8 are rotatably connected by the shaft member 7 (see FIG. 2). The first arrangement member 9 is rotatable relative to the second arrangement member 8 between the first rotational position and the second rotational position.

  The first holding means 33 comprises a first wall 37 and a first clip 3. That is, the first holding means 33 differs from the first holding means 30 (see FIG. 1) in that the first holding means 33 includes the first clip 3 instead of the plurality of first protrusions 31 (see FIG. 1). In the present variation, two first clips 3 are provided side by side along the axial direction. Hereinafter, the first clip 3 on the first axial direction will be referred to as the clip 4 and the first clip 3 on the second axial direction will be referred to as the clip 5. Both the clips 4 and 5 have a plate shape.

  The clip 4 is fixed to the first recess 61A of the end 61. The clip 4 includes a fixing portion 4A, a bending portion 4B, a first extending portion 4C, a second extending portion 4D, and a contact portion 4E. The fixing portion 4A is embedded in and fixed to the first recess 61A. The curved portion 4B extends in the first opposing direction so as to expand in the first axial direction from the end portion in the first axial direction of the fixed portion 4A. The first extending portion 4C extends from the end in the first opposing direction of the curved portion 4B toward the first placement portion 10A. The axial length of the first extending portion 4C is longer than the axial length of the fixed portion 4A. The end in the second axial direction of the first extending portion 4C is on the second axial direction side of the end in the second axial direction of the fixed portion 4A. The second extending portion 4D extends from the end in the first axial direction of the first extending portion 4C to the opposite side to the first placement portion 10A. The contact portion 4E extends in the second opposing direction from the end in the second axial direction of the first extending portion 4C, and faces the first arrangement portion 10A. When the second extending portion 4D is pressed in the second opposing direction, the contact portion 4E is displaced in the first opposing direction. The clip 4 sandwiches and holds the first label 110 between the contact portion 4E and the first arrangement portion 10A.

  The clip 5 is axially movably connected to the opening 62. The clip 5 has the same shape as the clip 4 except that the fixing portion 5A is provided instead of the fixing portion 4A. That is, the clip 5 includes the fixing portion 5A, the bending portion 4B, the first extending portion 4C, the second extending portion 4D, and the contact portion 4E. The fixing portion 5A is provided inside the opening 62. The fixing portion 5A includes a pair of recesses 77. The pair of recesses 77 are recessed in the direction in which they extend toward each other. The pair of concave portions 77 is axially movably fitted to the pair of convex portions 63, respectively. Thus, the clip 5 is axially movably connected to the opening 62. The curved portion 4B extends in the first opposing direction so as to expand in the second axial direction from the second axial end of the fixed portion 5A. The first extending portion 4C, the second extending portion 4D and the contact portion 4E of the clip 5 are axially symmetrical with the first extending portion 4C, the second extension portion 4D and the contact portion 4E of the clip 4, respectively. It is. The end portion in the first axial direction of the fixing portion 5A is on the first axial direction side of the end portion in the first axial direction of the second extending portion 4D and faces the contact portion 4E. That is, the clip 5 sandwiches and holds the second label 120 between the fixing portion 5A and the contact portion 4E.

  The second holding means 44 comprises a second wall 47 and a second clip 6. That is, the second holding means 44 differs from the first holding means 30 (see FIG. 1) in that the second holding means 44 includes the second clip 6 instead of the plurality of second protrusions 42 (see FIG. 1). The second clip 6 is symmetrical to the first clip 3 in the extending direction, and is provided in two along the axial direction. The second clip 6 on the first axial side is the clip 14, and the second clip 6 on the second axial side is the clip 15. The clip 14 has the same shape as the clip 4 and is fixed to a second recess (not shown) of the second arrangement member 8. The clip 15 has the same shape as the clip 5 and is axially movably connected to the opening 72 of the second arrangement member 8. Detailed description of the clips 14 and 15 is omitted.

  The first label 150 and the second label 160 used in the label jig 2 will be described. The first label 150 does not have a plurality of first insertion holes 115B, and the first specific end 115A (see FIG. 3) of the first peeling layer 115 has a thickness and the first base 113 (see FIG. 2). The configuration is the same as that of the first label 110 except for points overlapping in the direction. The second label 160 does not have a plurality of second insertion holes 125B, and the second specified end 125A (see FIG. 3) of the second peeling layer 125 is thicker than the second base 123 (see FIG. 2) The configuration is the same as that of the second label 120 except for the points overlapping in the longitudinal direction.

  A method of holding the first label 150 and the second label 160 by the label jig 2 will be described. The user arranges the first label 150 in the first arrangement portion 10A in the same manner as the label jig 1. The first peelable layer 115 (see FIG. 2) of the first label 150 contacts the first placement portion 10A, and the first end 111 of the first label 150 extends from the first proximal end 11 in the first extending direction. Protruding (see FIG. 3). The user presses the second extending portion 4D of the clip 4 downward (arrow D in FIG. 8), and moves the contact portion 4E in the first opposite direction (arrow U).

  The user brings one end of the first label 150 in the longitudinal direction into contact with the first axial end of the first wall 37, and one end of the first label 150 in the lateral direction extends axially. Abut on the portion of the one wall portion 37. Thereby, positioning of the first label 150 in the axial direction and in the extending direction is performed. The user releases the pressing of the second extending portion 4D. The contact portion 4E holds one end of the first label 150 in the longitudinal direction between the first label 150 and the first placement portion 10A (see FIG. 6).

  In a state where the user presses the second extending portion 4D of the clip 5 of the first holding means 33 downward, the user moves in the first axial direction (arrow L in FIG. 6). The clip 5 moves to an axial position where the first label 150 enters between the fixing portion 5A and the contact portion 4E. The user releases the pressing of the second extending portion 4D. Thus, the clip 5 of the first holding means 33 holds the other end of the first label 150 in the longitudinal direction.

  By the same procedure, the user positions the second label 160 at the second wall portion 47 and then arranges the second label 160 in the second placement portion 20A, and with the clips 14 and 15 of the second holding means 40, the second label 160 is elongated. Hold both ends of the direction. The method for bonding the held first label 150 and the second label 160 is the same as the above-described method for bonding the held first label 110 and the second label 120, so a detailed description will be omitted.

  In the label jig 2, the first holding means 33 comprises the first clip 3, and the second holding means 44 comprises the second clip 6. Since the first clip 3 holds the first label 150 in place and the second clip 6 holds the second label 160 in place, the label jig 2 securely holds the first label 150 and the second label 160. It can hold.

  Each of the first clip 3 and the second clip 6 is provided in plurality along the axial direction. The first label 150 is held by the plurality of first clips 3 (i.e., clips 4, 5), and the second label 160 is held by the plurality of second clips 6 (i.e., the clips 14, 15). Therefore, the label jig 2 can hold the first label 150 and the second label 160 more reliably.

  The first clip 3 includes a clip 5 axially movably coupled to the opening 62, and the second clip 6 includes a clip 15 axially movably coupled to the opening 72. Depending on the axial length of the first label 150 and the second label 160, the user can change the axial position of the clips 5, 15. Thus, the label jig 2 can properly hold the first label 150 and the second label 160.

  In the present modification, the clip 5 of the first clip 3 is an example of the “specified first clip” in the present invention. The clip 5 of the second clip 6 is an example of the “specific second clip” in the present invention.

  In the label jig 2, a plurality of first clips 3 may be disposed along the axial direction at the end of the first placement member 10 in the second extension direction. In this case, any of the plurality of first clips 3 may be fixed to the first arrangement member 10. Depending on the length of the first label 150 in the longitudinal direction, any one of the plurality of first clips 3 sandwiches and holds the first label 150.

1, 2 Label jig 3 First clip 4, 5, 14, 15 Clip 6 Second clip 7 Axis member 7A Axis 8, 20 Second arrangement member 9, 10 First arrangement member 10A First arrangement portion 11 First Proximity end 12 1st separation end 20A 2nd arrangement part 21 2nd close end 22 2nd separation end 30,33 1st holding means 31 1st projection 40,44 2nd holding means 42 2nd projection 51 the 2nd projection 51 First projecting portion 52 Second projecting portion 110, 150 First label 111 First end portion 114 First adhesive layer 115A First specified end 115B First insertion hole 120, 160 Second label 122 Second end 125A Second specified edge

Claims (10)

A first arrangement member having a first arrangement portion on which a first label is arranged;
First holding means provided on the first arrangement member for holding the first label;
A second arrangement member having a second arrangement portion in which a second label is arranged;
Second holding means provided on the second arrangement member for holding the second label;
Coupling means for rotatably coupling the first arrangement member to the second arrangement member about a predetermined axis;
In the first arrangement member, a first end portion, which is an end portion on the axis line side of the first label arranged in the first arrangement portion, is a portion of the second label in which the first arrangement member is arranged in the second arrangement portion. It is characterized in that it is rotatable between a first rotational position overlapping with a second end which is an end on the axis side, and a second rotational position in which the first label faces in a direction away from the second label. Jig for labels.   A rotation restricting portion that restricts rotation of the first arrangement member at the first rotation position in a predetermined rotation direction, which is the rotation direction of the first arrangement member from the second rotation position toward the first rotation position The jig for labeling according to claim 1, comprising: The first arrangement member is
A first proximal end that is an end on the axis side;
A first remote end which is an end opposite to the first proximal end;
The second arrangement member is
A second proximal end that is an end on the axis side;
A second remote end which is an end opposite to the second proximal end;
The rotation regulation unit is
A first projection projecting from the first proximal end in a direction from the first remote end toward the first proximal end;
A second projection projecting from the second proximal end in a direction from the second remote end toward the second proximal end;
The label jig according to claim 2, wherein the first projecting portion is disposed on the second projecting portion when the first arrangement member is in the first rotational position. The first holding means is provided at the first arrangement portion, and comprises a first protrusion inserted into the first label,
The label jig according to any one of claims 1 to 3, wherein the second holding means comprises a second protrusion provided in the second arrangement portion and inserted into the second label.   The label jig according to claim 4, wherein a plurality of the first protrusions and the second protrusions are provided along the axial direction of the axis. The first holding means comprises a first clip sandwiching the first label,
The label jig according to any one of claims 1 to 5, wherein the second holding means comprises a second clip for holding the second label.   The label jig according to claim 6, wherein a plurality of the first clip and the second clip are provided along the axial direction of the axis. The first clip includes a specific first clip movably provided in the axial direction,
The label jig according to claim 7, wherein the second clip includes a specific second clip movably provided in the axial direction. It comprises the first label and the second label whose longitudinal direction is the axial direction of the axis;
The first label is provided along the axial direction at the first end and includes an adhesive layer exposed to the side opposite to the first arrangement portion.
The label jig according to claim 3, wherein the second end of the second label is a portion to be adhered to the adhesive layer. The first holding means is provided along the axial direction in the first arrangement portion, and includes a plurality of first protrusions inserted through the first label.
The second holding means includes a plurality of second protrusions provided in the second arrangement portion along the axial direction, and inserted through the second label.
The first label has a first specific end portion which is an end portion opposite to the first end portion and has a plurality of first insertion holes provided along the axial direction.
The second label includes a second specific end having a plurality of second insertion holes provided at the end opposite to the second end and provided along the axial direction.
One of the plurality of first protrusions is inserted through any of the plurality of first insertion holes,
The label jig according to claim 9, wherein any one of the plurality of second protrusions is inserted through any of the plurality of second insertion holes.

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