JP3179933U - album - Google Patents

Abstract

An album is provided that can easily bind and take out photos and pictures to be bound.
A bundling member having a hook groove in which a mount is bundled, and a first groove portion that extends in the outer surface direction continuous to the outer surface and a second groove portion that extends in the longitudinal direction continues to the first groove portion. And a binding box 4 having a housing groove 4g for housing the bundling member 5 and having a hook bar 7 projecting from the wall surface of the housing groove 4g, and a protruding amount from the surface of the binding box 4 facing the housing groove 4g is variable. And a locking member 40 that restricts removal of the bundling member 5 from the housing groove 4g when the protruding amount is large. The lock member 40 allows the movement of the bundling member 5 when the protruding amount is small, and restricts the movement of the bundling member 5 when the protruding amount is large.
[Selection] Figure 10

Description

  The present invention relates to an album, and more particularly, to an album that can easily bind and take out photos and paintings to be bound or a mount for holding them.

  Conventionally, albums, binder files, clear files, and the like have been used for organizing and storing photographs and paintings. There are various types of albums and files, and the appearance and format according to the purpose are appropriately selected and used.

  For example, Patent Literature 1 discloses an album formed by continuously binding mounts, and a pair of cover members and a mount binding box (hereinafter referred to as a binding box) having a U-shaped cross section disposed between the pair of cover members. And a cover material that is connected to the binding box so that the pair of cover members can be opened and closed, a pair of sandwiching members that sandwich the mount, and a mount that is inserted so as to penetrate in the thickness direction of the sandwiching member and the mount An album is disclosed that includes a continuous-binding member that continuously binds and a retaining member that prevents the continuous-binding member and the sandwiching member from falling off between a pair of cover members by being fitted to the sandwiching member. The sandwiching member, the continuous binding member, and the retaining member are disposed in a recessed groove formed inside the binding box, and at least the sandwiching member and the continuous binding member are disposed detachably with respect to the binding box.

  The retaining member has a main body portion having a through hole and a protruding piece that protrudes through the through hole. Further, the main body portion of the retaining member has an abutting portion that abuts against the clamping member when disposed in the binding box toward the bottom of the concave groove. Further, the retaining members are provided at both ends in the longitudinal direction in the concave groove of the binding box, and the protruding pieces that pass through the through holes are inserted into the insertion holes of the protection plate that is the opposing plate of the binding box. And attached to the binding box. The retaining member fitted to the protective plate prevents the sandwiching member from unexpectedly falling out of the binding box when the abutting portion contacts the sandwiching member that sandwiches the mount.

  In addition, the retaining member can be removed from the binding box by releasing the fixing of the protruding piece and the protection plate even after the parts constituting the album are assembled, so that the mount and the clamping member can be integrated. It can be removed and the mount can be replaced.

Utility Model Registration No. 3172198

  As described above, in the album disclosed in Patent Document 1, when attaching the retaining member, it is necessary to insert the protruding piece from the through hole of the main body portion to the insertion hole of the protective plate. The insertion work of the projecting piece has a mount on the inner side in the longitudinal direction, which makes it difficult to visually check the insertion direction, and the mount hinders the work.

  Further, in order to detach the mount from the binding box, it is necessary to remove the retaining member from the binding box. In order to remove the retaining member, it is necessary to release the fixing between the above-mentioned binding box protection plate and the protruding piece inserted through the through hole of the retaining member. The protective plate, the projecting piece, and the retaining member are formed separately, and the projecting piece and the retaining member are small parts compared to the album. For this reason, after the fitting between the protective plate and the protruding piece is released, the protruding piece or the retaining member may be lost.

  The present invention has been made in view of such problems, and an object of the present invention is to provide an album in which a mount can be easily replaced.

  According to the album of the present invention, the above-described problem is that the mount, the first groove that bundles the mount and extends in the outer surface direction continuous to the outer surface, and the second groove that extends in the longitudinal direction continuous to the first groove portion A bundling member having a hook groove provided with a receiving groove, a receiving groove having a receiving groove for receiving the bundling member, a receiving member having a protruding portion protruding from a wall surface of the receiving groove, and supported by a part of the receiving member, And a restricting member that restricts removal of the bundling member from the receiving groove when the protruding amount is large, and the bundling member includes: The protrusion is inserted into the first groove, is received in the receiving groove, is supported by the protrusion so as to be movable within the range of the second groove, and the protrusion is within the range of the second groove. The storage when in a first position on an extension of the first groove The restricting member is formed so that it can be attached to a material or removed from the housing member, and cannot be attached to or detached from the housing member when in the other second position. When the protruding amount is small, the bundling member is allowed to move to the first position, and when the protruding amount is large, the bundling member is limited to move to the first position and the second position is limited. It is solved by holding in the position.

  Thereby, by adjusting the protrusion amount of the limiting member, the mount and the bundling member can be easily detached from the housing member, and the replacement of the mount becomes easy.

The limiting member is at least partially covered with a flexible sheet attached to the housing member, and is supported so as to be rotatable around an attachment portion between the flexible sheet and the housing member. It may be.
As described above, since the limiting member is supported by the flexible sheet, for example, the limiting member can be supported by a skin material that is originally used, such as decorative paper having flexibility. I don't need it.

The restricting member has a cross-sectional shape formed by combining a fan-shaped sector portion and a square portion extending in a tangential direction of an arc forming the sector shape, and the restricting member is disposed in the receiving groove. In the accommodated state, the rectangular portion extends in parallel with the direction in which the bundling member is inserted into the accommodating groove, and the fan-shaped portion is below the rectangular portion in the accommodating groove. You may make it form the circular arc which follows the rotation direction of the said limitation member centering on the vertex of the side supported by the accommodating member.
The restricting member formed in this way can be prevented from unexpectedly coming out because the amount of protrusion from the surface facing the accommodation groove increases as it rotates from the state accommodated in the accommodation groove.

Further, it is preferable that a chamfered portion is formed in the housing member at a position between the attachment portion of the flexible sheet and the restricting member and facing the housing groove.
As described above, since the housing member has the chamfered portion, the rotation center can be moved to the chamfered portion in a predetermined rotation state, and the limiting member is smoothly rotated. For this reason, the restricting member can be rotated without difficulty by an operation to the accommodating member intentionally set to a predetermined rotating state.

Further, the limiting member may be made of an elastic member and elastically deformed by being pressed.
By doing in this way, the amount of protrusion from the surface facing the accommodation groove becomes variable by the deformation of the limiting member itself, and the number of parts can be reduced because no rotation mechanism is required. In addition, an album having no flexible sheet can be provided with a rotation mechanism.

In addition, a part of the restricting member or the bundling member that abuts each other may be made of an elastic member, and the restricting member may be rotatably supported by the housing member by a hinge.
As described above, since the restricting member is rotatably supported by the hinge, the rotating mechanism can be provided also in the album having no flexible sheet. Furthermore, by fixing the hinge to the restricting member and the housing member with a screw, the rotating mechanism can have a longer life than those using a flexible sheet or using an adhesive.

Furthermore, the hinge may have a biasing portion that biases the restricting member toward the inside of the housing groove.
By doing in this way, it can prevent that a limiting member rotates unexpectedly by the urging | biasing of an urging | biasing part.

Further, the housing member has an insertion hole at a position facing the restriction member, and the restriction member is pressed by the insertion member that is inserted through the insertion hole so that the protrusion amount is changed. Also good.
By doing in this way, the amount of protrusion can be changed and the limiting member can be rotated by the intentional operation of pressing the limiting member with the insertion member.

Further, the bundling member may be formed so as to be inclined in a “<” shape so that a part of the facing surface facing the restriction member covers a part of the restriction member.
By doing in this way, when the opposing surface of a bundling member contact | abuts to a restriction | limiting member, a movement (or deformation | transformation) of a restriction | limiting member can be prevented, and it can prevent that a bundling member remove | deviates from a storage member unexpectedly.

  According to the album of the present invention, the replacement of the mount becomes easy.

It is a perspective view of the album which concerns on Embodiment 1 of this invention. (A) of the same Embodiment 1 is a top view which shows the positional relationship of a binding box and a bundling board. (B) is a side view of a binding box. (C) is a cross-sectional arrow view showing a cross section 2C-2C of the binding box and the bundle plate shown in (a). FIG. 3 is a cross-sectional arrow view showing a part of a cross section 2C-2C in the vicinity of the lock member shown in FIG. It is a perspective view which shows the lock release pin of Embodiment 1. It is a schematic diagram which shows the state which is rotating the lock member with the lock release pin of FIG. It is a schematic diagram which shows the rotation state by the dead weight of the lock member of Embodiment 1. It is a perspective view which shows the process of bundling the mount of the same Embodiment 1 with a bundling board. It is a perspective view which shows the process of accommodating the bundling board of Embodiment 1 in a binding box. (A) of the first embodiment is a schematic diagram showing a process of housing a bundled plate in a binding box. (B) is a schematic diagram which shows the process of sliding a bundling board to a removal avoidance position. (C) is a schematic diagram which shows the process of fixing a bundling board with a locking member. (A) of the first embodiment is a schematic diagram showing a state in which a bundle plate is fixed by a lock member. (B) is a schematic diagram which shows the process of rotating a lock member with a lock release pin. (C) is a schematic diagram which shows the process of sliding a bundling board to the position which can be removed. (D) is a schematic diagram which shows the process of taking out a bundling board from a binding box. The lock member which concerns on a 1st modification is shown, (a) is a schematic diagram. (B) is a schematic diagram which shows the state which the lock member is rotating. The lock member concerning the 2nd modification is shown, and (a) is a mimetic diagram. (B) is a schematic diagram which shows the process of pressing a lock member with a lock release pin. (C) is a schematic diagram which shows the state which the lock member removed from the bundling board. (D) is a schematic diagram which shows the process of pressing a lock member with a fingertip and sliding a bundling board. The lock member which concerns on a 3rd modification is shown, (a) is a schematic diagram. (B) is a schematic diagram which shows the process of rotating a lock member with a lock release pin. (C) is a schematic diagram showing a step of taking out the lock member from the housing groove and sliding the bundle plate to a position where it can be removed.

  The album according to Embodiment 1 of the present invention will be described below with reference to the drawings. It should be noted that the members described below, their configurations, and the like do not limit the present invention, and various modifications can be made according to the spirit of the present invention. In addition, the members shown in the drawings are not necessarily shown in a scale ratio of an accurate ratio, but are shown partially enlarged or reduced for easy understanding.

First, the album 10 according to the first embodiment will be described with reference to FIGS.
As shown in FIG. 1, the album 10 accommodates a pair of cover sheets 1, 2, a plurality of mounts 3, a pair of binding plates 5 as a binding member for binding the mounts 3 by binding rods 6, and the binding plates 5. A binding box 4 as a housing member is provided.

  In the first embodiment, the pair of cover sheets 1 and 2 have substantially the same shape and the same size as each other, and are covered with a cover material 50 together with a binding box 4 described later. As the material of the skin material 50, a flexible material is used, and paper, cloth, natural leather, artificial leather, a resin sheet, or the like can be used. Resin sheet materials include polyethylene (PE) such as low density polyethylene (LDPE) and high density polyethylene (HDPE), polypropylene (PP), polyester (PETP), polyurethane (PU), ethyl vinyl acetate (EVA), poly Examples thereof include vinyl chloride (PVC).

  The mount 3 is cloth, film, or the like in addition to paper on which photographs, paintings, prints and the like are printed, thick paper such as colored paper. The mount 3 has a larger diameter than the binding rod 6 which is a cylindrical small piece formed of an elastic material such as wood, and is inserted into the binding rod 6 formed at a predetermined interval in the longitudinal direction. There are six binding holes 3a. The mount 3 is continuously bound to the bundling plate 5 by inserting the binding hole 6 through the binding hole 3a.

  The binding plate 5 is a pair of plates to which the binding rod 6 that passes through the mount 3 is passed to bind the mount, and is formed with a diameter slightly smaller than the diameter of the binding rod 6 and is formed at predetermined intervals in the longitudinal direction. Here, six through-holes 5a are provided at positions facing each other. The six through-holes 5a are formed in a direction in which the pair of bundling plates 5 communicate with each other, and elastically support the binding bar 6 by inserting the binding bar 6 compressed in the radial direction. It is. In addition, as shown to Fig.2 (a), the outer surface space | interval of a pair of bundling board 5 is substantially the same as the length of the binding rod 6. FIG.

  Further, as shown in FIG. 2 (c), the pair of bundling plates 5 are formed on the other side of the side where the through holes 5a are arranged at predetermined intervals in the longitudinal direction, and here are four inverted L-shaped. The hook grooves 5b are provided at opposing positions. The hook groove 5b includes a first groove portion 5c extending in the outer surface direction continuous to the outer surface, and a second groove portion 5d extending in the longitudinal direction continuous to the first groove portion 5c. Although details will be described later, the hook groove 5b has a state in which the binding plate 5b can be attached to the binding box 4 and a state in which the binding plate 5b can be removed from the binding box 4 depending on the positional relationship with the hook bar 7 described later. It is formed to change.

  Further, the pair of bundle plates 5 has a notch portion 5e formed of an inclined surface having a cross-section “<” shape extending in the plate thickness direction at one end in the long axis direction. The notch 5e is formed to have a size that comes into contact with the lock member 40 in a state where a lock member 40, which will be described later, is accommodated in the accommodation groove 4g (hereinafter referred to as an accommodation state). The notch 5e is locked by applying a drag force in the reverse direction to the locking direction to the locking member 40 when the locking member 40, which will be described later, comes into contact with the slope and the locking member 40 is pulled out. The member 40 has a function of preventing unintentional withdrawal.

  The binding box 4 includes a bottom plate 4a, a pair of long side plates 4b erected from the bottom plate 4a, a first short side plate 4c erected from the bottom plate 4a and sandwiched between both ends of the long side plate 4b; The second short side plate 4d is covered with a cover material 50 together with a pair of cover sheets 1 and 2. The binding box 4 accommodates a pair of bundle plates 5 in an accommodation groove 4g surrounded by a bottom plate 4a, a pair of long side plates 4b, a first short side plate 4c, and a second short side plate 4d. is there.

  In the bottom plate 4a, an insertion hole for inserting a lock release pin 8 to be described later at a position facing a lock member 40 to be described later and closer to the bundle plate 5 than an adhesive end portion 40d to be described later, here A pin hole 4 f is formed through the skin material 50.

  The pair of long side plates 4b is formed with a diameter slightly smaller than the diameter of the hook bar 7 that forms the projecting portion, supports the hook bar 7, and has four through-holes formed at predetermined intervals in the longitudinal direction. It has a hole 4h. The four through holes 4h are for elastically supporting the binding bar 6 by inserting the hook bar 7 compressed in the radial direction. Further, the cover sheets 1 and 2 covered by the skin material 50 are connected to the pair of long side plates 4 b by the skin material 50.

  Here, the first short side plate 4c is formed so that the thickness in the longitudinal direction is approximately half the thickness of the second short side plate 4d, and the first short side plate 4c has a thickness as shown in FIG. The rotation lock member 40 (hereinafter referred to as the lock member 40) covered with the skin material 50 is connected by the skin material 50. Further, a chamfered portion 4e is formed on the first short side plate 4c between the surface facing the accommodation groove 4g and the upper surface in FIG.

  The lock member 40 includes a sector 40a having a cross section (hereinafter referred to as a longitudinal section) parallel to the long side plate 4b and perpendicular to the bottom plate 4a and having a radius of about 4 mm and a central angle of 90 degrees, The shape is a combination of a rectangular portion 40 b extending about 1 mm in the direction of the tangent line of the arc forming 40 a, and is formed extending in the short direction of the binding box 4.

  Further, in the state where the lock member 40 is housed in the housing groove 4g, the first short side plate 4c is arranged such that the sector 40a faces the bottom side of the housing groove 4g and the rectangular portion 40b faces the outside. It adheres to the skin material 50 which covers the outer surface of the. The edge part of the skin material 50 is adhere | attached so that a part of surface which faces the accommodation groove | channel 4g of the 1st short side board 4c may be covered.

Here, in the first short side plate 4c, an end portion of the portion where the skin material 50 is bonded to the chamfered portion 4e is defined as a bonded end portion 40c. Similarly, in the lock member 40, the end portion of the portion to which the skin material 50 is bonded, and the portion connected to the bonded end portion 40c via the skin material 50 is defined as the bonded end portion 40d. The bonded end portion 40 d is a portion that extends in the short direction of the binding box 4 from the vicinity of the corner of the rectangular portion 40 b in the vicinity of the center point of the sector 40 a in the longitudinal section of the lock member 40.
The lock member 40 is supported by the first short side plate 4c via the skin material 50 so as to be rotatable around the bonded end 40c and the bonded end 40d. With such a configuration, the lock member 40 has an adhesive end by an unlocking pin 8 (hereinafter referred to as a pin 8) inserted through the pin hole 4f as shown in FIG. It will rotate centering on the part 40c and the adhesion end part 40d.

  The rotation operation of the lock member 40 will be specifically described. When the lock member 40 is pressed by the pin 8, it moves upward in FIG. 5 and moves to the chamfered portion 4 e side, so that the amount of protrusion from the first short side plate 4 c becomes small. The lock member 40 is in a direction away from the receiving groove 4g because the frictional force received from the notch 5e is reduced when the amount of protrusion from the first short side plate 4c is reduced, or is separated from the notch 5e. It can be turned upward.

  As described above, the locking member 40 has a cross-sectional shape in which the fan-shaped portion 40a and the rectangular portion 40b are integrally formed, and from the vicinity of the corner of the rectangular portion 40b of the locking member 40 in the short direction of the binding box 4. An adhesive end 40d is provided at the extended portion.

Regarding the lock member 40 configured in this manner, in the state schematically shown in FIG. 6 in which the binding box 4 is oriented so that the storage groove 4 is vertically downward, the lock member 40 in the storage state is subjected to its own weight. Assume a case.
When the lock member 40 is subjected to its own vertical weight, the adhesive end 40d does not move, and if it rotates about the adhesive end 40c or the adhesive end 40d as the center of rotation, the first short side plate 4c The amount of protrusion increases with rotation. Specifically, the amount of protrusion of the lock member 40 from the first short side plate 4c is the length La of the long side of the rectangular portion 40b shown in FIG. When it rotates to the diagonal position of the adhesion end part 40d in the rectangular part 40b, it will become the length Lb of the diagonal line of the rectangular part 40b. Further, the protruding amount of the lock member 40 increases in accordance with the rotation of the lock member 40. When the lock member 40 is rotated to a position just before the lock member 40 is removed from the receiving groove 4, the diameter of the sector 40a and the rectangular portion 40b are increased. The length Lc is the total length of the short sides and the maximum.
For this reason, the lock member 40 abuts against the notch 5e of the bundling plate 5 and a frictional force is applied. Therefore, the lock member 40 is limited to a rotation amount up to a predetermined amount, and cannot completely come out of the housing groove 4g in FIG. Absent.

  On the other hand, when the lock member 40 is pressed by the pin 8, even if the lock member 40 comes into contact with the bundling plate 5 during rotation, as shown in FIG. Move to the part 4e side. For this reason, by applying a predetermined or higher tensile force exceeding the frictional force of the bundle plate 5 to the lock member 40 via the pin 8, the lock member 40 is rotated, and the bundle plate 5 and the first short side plate 4c. It can be made to protrude upward from. Furthermore, by grasping and pulling the lock member 40 protruding from the fingertip, the lock member 40 can be completely removed from the housing groove 4g upward in FIG.

  Next, a method for attaching the bundling plate 5 to the binding box 4 will be described with reference to FIGS.

  First, as shown in FIG. 7, six binding rods 6 are respectively inserted into six through holes 5 a of one of the pair of bundle plates 5. Next, the mount 3 is attached to one bundle plate 5 so that each of the six binding holes 3a of the bundled mount 3 passes through the six binding rods 6. Next, the other bundle plate 5 is attached so that each of the six binding rods 6 passes through each of the six through holes 5a of the other bundle plate 5.

  Next, as shown in FIGS. 8 and 9 (a), the second groove portion 5d faces the bundling plate 5 in a direction extending to the first short side plate 4c side. Here, the four first groove portions 5c are The binding plate 5 is inserted into the binding box 4 so as to pass through each of the four hook bars 7 of the binding box 4.

  Next, as shown in FIG. 9B, the bundling plate 5 is moved from the first short side plate 4c to the second short side plate 4d, in other words, the hook bar 7 is relatively moved from the first groove portion 5c to the second groove portion. 5d is moved so as to move in the extending direction.

  Next, as shown in FIG. 9C, the lock member 40 is rotated from the outside to the inside of the accommodation groove 4 g and is pushed in until it is in a state of elastic contact with the bundling plate 5. In this way, the bundle plate 5 is held in the accommodation groove 4g of the binding box 4.

  In addition, since the cross section of the lock member 40 is a shape in which the fan-shaped portion 40a and the rectangular portion 40b are integrated, the amount protruding from the first short side plate 4c to the receiving groove 4g side is as described above. The member 40 becomes larger as the member 40 rotates around the bonded end 40d. That is, as the lock member 40 rotates, it becomes difficult to come off from between the bundle plate 5 and the first short side plate 4c.

  Next, a method for removing the bundle plate 5 from the binding box 4 will be described with reference to FIG.

  First, from the state in which the bundling plate 5 shown in FIG. 10A is held in the housing groove 4g of the binding box 4, the pin 8 is inserted into the pin hole 4f of the binding box 4 as shown in FIG. The lock member 40 is pushed up.

  At this time, since the pin 8 abuts on the arc surface of the sector 40a of the lock member 40, a force is applied in a substantially central direction of the arc. The substantially central direction of the arc is a direction from the bonded end portion 40d serving as the rotation center shown in FIG. 5 toward the chamfered portion 4e of the first short side plate 4c. By this force, the lock member 40 is bonded to the bonded end portion 40d. Moves so as to move in the direction of the chamfer 4e. Thus, when the adhesion end part 40d which is the rotation center moves to the chamfered part 4e, the protruding amount from the first short side plate 4c when the lock member 40 rotates is reduced and comes into contact with the bundle plate 5. Thus, the frictional force is suppressed, and the lock member 40 can be removed from the housing groove 4g.

  Further, the pushed-up lock member 40 is pushed up with a fingertip and rotated around the bonding end portions 40c and 40d, and the lock member 40 is extracted from the housing groove 4g.

  Next, as shown in FIG. 10C, since the lock member 40 is extracted from the accommodation groove 4g, a space for sliding the bundling plate 5 is created. Therefore, the bundling plate 5 is directed toward the space. Slide. When the bundling plate 5 is slid in this manner, the hook bar 7 fixed to the binding box 4 relatively moves within the range of the second groove portion 5d and overlaps the first groove portion 5c. That is, since there is the hook bar 7 within the range of the first groove 5c, the extraction of the bundle plate 5 from the housing groove 4g is not hindered by the hook bar 7.

  Next, as shown in FIG. 10 (d), the bundle plate 5 is pulled out of the accommodation groove 4g perpendicularly to the bottom plate 4a, in other words, parallel to the extending direction of the first groove portion 5c. In this way, the bundling plate 5 can be easily pulled out from the binding box 4 only by using the pins 8. After removing the bundling board 5 from the binding box 4, after adding the mount 3 to the bundling board 5, removing the mounting 3 from the bundling board 5, pasting a photo, writing a letter, drawing a picture, The bundling plate 5 can be attached to the binding box 4.

  According to the album 10 according to the first embodiment, unless the lock member 40 is pressed by the pin 8, the lock member 40 is difficult to rotate around the bonded end portions 40c and 40d, and the lock member 40 is unexpectedly moved from the housing groove 4g. Can be avoided. On the other hand, the bundling plate 5 can be easily fixed to the binding box 4 only by pushing down the lock member 40 in the direction of the housing groove 4g.

(First modified embodiment of lock member)
In Embodiment 1 described above, the locking member 40 has been described as having a cross-sectional shape in which the sectoral portion 40a and the rectangular portion 40b are combined, but the present invention is not limited to such a configuration. Next, with reference to FIG. 11, the lock member 41 which concerns on a 1st modification is demonstrated. In the following description, unless otherwise specified, it is assumed that the album has the same configuration as that of the album 10 according to the first embodiment.

  As shown in FIG. 11A, the lock member 41 according to the first modified example has a rectangular longitudinal section and has a shape extending in the width direction (short direction) of the binding box 4. Moreover, the lock member 41 is adhered to the skin material 50 and is rotatably connected to the first short side plate 4c, similarly to the lock member 40 in the first embodiment. The skin material 50 is an end portion of the first short side plate 4c where the skin material 50 is bonded to the surface facing the housing groove 4g, and is connected to the bonded end portion 40d via the skin material 50. This part is defined as an adhesive end 40c2. Unlike the first embodiment, the skin material 50 is not bonded to the chamfered portion 4e, and is connected to the lock member 41 and the first short side plate 4c along the side surface of the lock member 41.

  Since the cross section of the lock member 41 is rectangular, the change in the amount of protrusion with rotation is greater than that of the lock member 40 including a sector in the cross section. Even in such a case, as shown in FIG. 11B, if the chamfered portion 4e is formed with a large width corresponding to the amount of change in the protruding amount, the lock member 41 is accommodated in the receiving groove. It is possible to escape from 4 g. Specifically, the lock member 41 is pushed up by pressing the lock member 41 with the pin 8, and the adhesive end portion 40 c 2, which is the rotation center of the lock member 41, is moved to the chamfered portion 4 e to accommodate the lock member 41. By suppressing the protrusion to the groove 4g, the lock member 41 can be removed from the housing groove 4g without being obstructed from the bundle plate 5. In particular, as described above, the skin material 50 is not bonded to the chamfered portion 4 e and is connected to the lock member 41 and the first short side plate 4 c along the side surface of the lock member 41. For this reason, the accommodation space of the skin material 50 arises widely in the chamfer 4e. As a result, when the lock member 41 is rotated, the skin material 50 is accommodated in the chamfered portion 4e, and the skin material 50 can be prevented from pressing against each other, so that the lock member 41 can be smoothly rotated. .

(Second modified embodiment of lock member)
In the first embodiment and the first modified example, the lock member 40 and the lock member 41 are described as being bonded to the skin material 50 and connected to the first short side plate 4c so as to be rotatable. The device is not limited to such a configuration. Next, with reference to FIG. 12, the lock member 42 which concerns on a 2nd modification is demonstrated. In the following description, unless otherwise specified, it is assumed that the album has the same configuration as that of the album 10 according to the first embodiment.

  The lock member 42 according to the second modified embodiment is formed of an elastic material such as resin or rubber, and the longitudinal section has a long side on the bottom plate 4a side of the housing groove 4g as shown in FIG. The side on the side away from the bottom plate 4a has a short trapezoidal shape and extends in the short direction of the binding box 4. The first short side plate 4c2 of the binding box 4 is formed with a mounting groove 4i that is formed perpendicular to the surface facing the housing groove 4g, extends in the short direction, and into which the lock member 42 is fitted.

  When the bundle plate 5 is fixed to the binding box 4, the lock plate 42 is moved after the bundle plate 5 is accommodated and slid in the accommodation groove 4g, similarly to the procedure shown in FIGS. 9 (a) and 9 (b). Is pressed toward the bottom plate 4a. When the lock member 42 is pressed in this manner, the tip of the lock member 42 is elastically deformed by coming into contact with the bundle plate 5, the amount of protrusion from the first short side plate 4 c 2 is reduced, and the tip of the lock member 42 is notched. When moving to a position facing the portion 5e, the space corresponding to the cutout portion 5e is restored. Thus, in the state where the lock member 42 is restored, the sliding of the bundling plate 5 can be limited, and the unintentional withdrawal from the accommodation groove 4g of the bundling plate 5 can be prevented.

  Next, a method for removing the bundling plate 5 from the binding box 4 will be described with reference to FIG. First, from the state where the bundling plate 5 shown in FIG. 12A is held in the accommodation groove 4g of the binding box 4, the pin 8 is inserted into the pin hole 4f of the binding box 4 as shown in FIG. The lock member 42 is pressed and elastically deformed. And as shown in FIG.12 (c), it presses with the pin 8 until the front-end | tip of the locking member 42 protrudes from the accommodation groove | channel 4g. Next, as shown in FIG. 12 (d), the tip of the lock member 42 is grasped with the fingertip and bent toward the first short side plate 4c2. The bundle plate 5 is slid toward the space on the first short side plate 4 c side generated by bending the lock member 42, and the bundle plate 5 is removed from the binding box 4.

  According to the lock member 42 according to the second modified embodiment, the lock member 42 can be attached to the binding box 4 even if the album does not have the skin material 50, and the binding plate 5 is bound using the lock member 42. It can be easily put in and out of the box 4.

(Third Modification of Locking Member)
In the first embodiment and the first modified example, the lock member 40 and the lock member 41 are bonded to the skin material 50 and rotatably connected to the first short side plate 4c, and the second modified example. In the above description, the lock member 42 is assumed to be fitted in the mounting groove 4i, but the present invention is not limited to such a configuration. Next, a lock member 43 according to a third modified embodiment will be described with reference to FIG. In the following description, unless otherwise specified, it is assumed that the album has the same configuration as that of the album 10 according to the first embodiment.

  The lock member 43 is made of an elastic material such as resin or rubber, and is rotatably fixed by a hinge 9 that is fixed to the upper surface in FIG. 13A and the upper surface of the first short side plate 4c by a screw (not shown). ing. The lock member 43 has a vertical cross-sectional shape parallel to an arc centered on the rotation axis of the hinge 9, a side on the extension line of the upper side of the first short side plate 4c in FIG. 13A, and a side facing the receiving groove 4g. It consists of a shape drawn on the side and extends in the short direction of the binding box 4.

  When fixing the bundling plate 5 to the binding box 4, the baffle plate 5 is accommodated and slid in the accommodation groove 4 g in the same manner as the procedure shown in FIGS. Is pressed toward the bottom plate 4a. When the lock member 43 is pressed in this way, its tip abuts against the bundle plate 5 and elastically deforms, so that the lock member 43 can rotate around the hinge 9 to the vicinity of the first short side plate 4c in the housing groove 4g. It becomes. For example, even if the album 10 is directed so that the receiving groove 4g is vertically downward and a force is generated in the direction of rotation due to the weight of the lock member 43, the elastic deformation occurs as shown in FIG. In the maintained state, it is possible to prevent the lock member 43 from being detached from the housing groove 4g due to the residual stress between the lock member 43 and the bundle plate 5.

  As for the method of removing the binding plate 5 from the binding box 4, first, as shown in FIG. 13B, the binding plate 5 shown in FIG. 13A is held in the housing groove 4g of the binding box 4. Then, the pin 8 is inserted into the pin hole 4f of the binding box 4, and the lock member 43 is pressed with a force exceeding the frictional force from the bundling plate 5 in the elastic state. Next, as shown in FIG. 13B, after the pin 8 is rotated until a part of the lock member 43 can be gripped, the part of the lock member 43 is gripped by the fingertip. Next, as shown in FIG. 13 (c), the bundling plate 5 is slid toward the space on the first short side plate 4c side generated by rotating the lock member 43 until it comes out of the receiving groove 4g. The plate 5 is removed from the binding box 4.

  As described above, the lock member 43 is rotatably supported by the hinge 9 fixed by the screw, so that the rotation mechanism of the lock member 43 can be made more than the method using the adhesive or the method using the skin material. Long life can be achieved.

  The lock member 43 has been described as being formed of an elastic material. However, at least a part of the bundling plate 5 that contacts the lock member 43 may be formed of an elastic material, instead of the lock member 43. May be.

  Furthermore, a hinge provided with a biasing portion such as a torsion spring that biases the lock member 43 in the direction of the housing groove 4g may be adopted as the hinge 9. In this way, even if a stronger tensile force is unexpectedly applied to the lock member 43, the force must exceed the resultant force of the biasing force of the torsion spring or the like and the friction force of the lock member 43 and the bundle plate 5. Thus, the lock member 43 is prevented from coming out of the receiving groove 4g.

In the said Embodiment 1, it demonstrated as what locks a locking member with a pin. Not only a specially shaped pin but also a length that passes through the pin hole and reaches the lock member can exert its function, and thus has high usability.
Further, if the frictional force between the bundling plate and the lock member is increased to such an extent that the lock member does not rotate unexpectedly, the lock member is rotated by pushing it up with a fingertip without using a pin. May be.

  The present invention is useful for an album in which a mount can be easily bound and taken out.

1, 2 Cover 3 Mount 3a Binding hole 4 Binding box (accommodating member)
4a Bottom plate 4b Long side plate 4c, 4c2 First short side plate 4d Second short side plate 4e Chamfered portion 4f Pin hole (insertion hole)
4g Housing groove 4h Through hole 4i Mounting groove 40, 41, 42, 43 Lock member (restriction member)
40a Fan-shaped part 40b Rectangular part (square part)
40c, 40c2, 40d Bonding end portion 5 Bundling plate (bundling member)
5a Through-hole 5b Hook groove 5c 1st groove part 5d 2nd groove part 5e Notch part 50 Skin material (flexible sheet)
6 Binding bar 7 Hook bar (protrusion)
8 Lock release pin (insertion member)
9 Hinge 10 Album

Claims (9)

Mount and
A bundling member having a hook groove that bundles the mount and includes a first groove portion extending in an outer surface direction continuous to the outer surface and a second groove portion extending in a longitudinal direction continuous to the first groove portion;
An accommodating member having an accommodating groove for accommodating the bundling member and having a protruding portion protruding from a wall surface of the accommodating groove;
The amount of protrusion from the surface of the receiving member that is supported by a part of the receiving member and faces the receiving groove is variable, and restricts removal of the bundling member from the receiving groove when the protruding amount is large. A limiting member,
The bundling member is inserted into the first groove portion, is received in the receiving groove, is supported by the protruding portion so as to be movable within the range of the second groove portion, and the protruding portion is formed in the second groove portion. It can be attached to or removed from the housing member when it is in the first position on the extension of the first groove part of the range, and the housing is in the second position other than that. It is formed so that it cannot be attached to the member or removed from the housing member,
The restricting member allows movement of the bundling member to the first position when the protruding amount is small, and restricts movement of the bundling member to the first position when the protruding amount is large. The album is held in the second position.   The restriction member is at least partially covered with a flexible sheet attached to the housing member, and is supported so as to be rotatable around an attachment portion between the flexible sheet and the housing member. The album according to claim 1. The restricting member has a cross-sectional shape formed by combining a sector-shaped sector and a rectangular unit extending in a tangential direction of an arc forming the sector,
When the restricting member is housed in the housing groove, the rectangular portion extends in parallel with the insertion direction of the bundling member into the housing groove, and the fan-shaped portion extends from the square portion to the 3. The album according to claim 1, wherein an arc is formed along a rotation direction of the restricting member with a vertex on a side below the receiving groove and supported by the receiving member as a center.   The chamfered part is formed in the said accommodating member in the position which is between the said attaching part of the said flexible sheet | seat, and the said limitation member, and faces the said accommodation groove | channel. The album described in 3.   The album according to claim 1, wherein the limiting member is made of an elastic member and is elastically deformed by being pressed. Part of the limiting member or the bundling member that abuts each other is made of an elastic member,
The album according to claim 1, wherein the limiting member is rotatably supported by the housing member by a hinge.   The album according to claim 6, wherein the hinge includes a biasing portion that biases the restricting member toward the inside of the housing groove. The housing member has an insertion hole at a position facing the restriction member,
The album according to any one of claims 1 to 7, wherein the amount of protrusion changes when the restricting member is pressed by an insertion member that is inserted through the insertion hole.   2. The bundling member is formed so as to be inclined in a "<" shape so that a part of a facing surface facing the restriction member covers a part of the restriction member. 9. The album according to any one of items 8.

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