JP5431095B2 - Storage shelf door and storage shelf - Google Patents

Description

  The present invention includes a door for a storage shelf that includes a door main body and an end member attached to an end along any side of the door main body, and is attached to the shelf main body of the storage shelf so as to be opened and closed, and The present invention relates to a storage shelf to which a storage shelf door is attached.

  Japanese Patent Application Laid-Open No. 2002-201867 discloses furniture with a hinged door as a storage shelf provided with this type of door. This furniture with a coffin door is provided with a coffin door so that the front opening in the cabinet can be opened and closed. In addition, the wooden door is attached to the end portion (left end portion) along the left side of the glass plate and the end portion (right end portion) along the right side of the glass plate from the left side of the front door, A vertical gutter (wood board), a glass board, and a vertical gutter (wood board) are arranged and arranged in this order. In this case, in this case, in the state where the left and right ends of the glass plate are fitted in the grooves formed on the side end surface of the vertical rod, the horizontal plate made of metal is connected so that the lower ends of the glass plate and both vertical rods are connected. A scissors are attached, and the glass plate and the two scissors are integrated by this reed. Further, a U-shaped handle for opening and closing the coffin door with respect to the cabinet is attached to the lower end side of the vertical coffin on the left side facing the front so as to protrude to the front side of the coffin door.

JP-A-2002-2018867 (page 2-3, FIG. 1-24)

  However, the following problems exist in the conventional fence door and furniture with a fence door. That is, in the conventional fence door, the vertical fence is comprised by the wooden board which formed the groove | channel which can insert a glass plate in the side end surface. In this case, as described above, a handle of the type that protrudes to the front side is attached to the conventional coffin door. On the other hand, some types of storage shelf doors are provided with an embedded type handle that forms a space in which the fingertip can be inserted within the range of the thickness of the door. Further, when attaching a lock mechanism (locking mechanism) for preventing the storage shelf door from being opened, it is necessary to attach these mechanisms so as to be within the range of the thickness of the door. However, in the conventional fence door, the vertical fence that constitutes the part (the end of the door) to which the handle and the lock mechanism are to be attached is formed of a wooden board. When the lock mechanism is to be attached, it is necessary to carry out a complicated operation of cutting down the vertical hooks and forming attachment recesses and attachment holes for attaching them. For this reason, the conventional coffin door has a problem that the manufacturing cost increases when an embedded type handle or a lock mechanism is attached.

  In addition, a storage shelf configured to close the front opening portion of the shelf main body with this type of storage shelf door may be used for storing wet clothes, towels, and freshly-washed tableware. For this reason, in this type of storage shelf door, in order to avoid a situation in which moisture is trapped in the shelf body in a state where the front opening portion of the shelf body is closed, a plurality of ventilation holes are formed. preferable. In this case, the vent hole to be formed in the storage shelf door has a slit with a width of about 8 mm or less in order to avoid the intrusion of foreign matter into the shelf body and the fall of stored items from the shelf body, It is preferable that the diameter is 8 mm or less. On the other hand, as described above, in a conventional coffin door, a vertical coffin constituting a portion (end portion of the door) suitable for forming a vent is formed of a wooden board. For this reason, when it is going to form a small ventilation hole with respect to this coffin door, a slit or a small hole is opened in a vertical coffin, or a large hole is opened in a vertical coffin and a small hole or a slit is formed. It is necessary to employ a configuration in which the provided fitting member is fitted into the large hole.

  However, when forming a small hole in a wooden board, during the formation work, in order to avoid the occurrence of "cracking" and "breaking up", while reducing the rotational speed of a rotary cutting tool (drill, leuter, etc.) It is necessary to apply a “matching plate” to the back side in the penetration direction of the tool. For this reason, the cost required for the formation of the air holes increases, resulting in a problem that the manufacturing cost of the storage shelf door increases. Moreover, when the structure which inserts a fitting member in the large hole formed in the wooden board is employ | adopted, it becomes necessary to prepare a fitting member separately from a wooden board. In this case, when manufacturing multiple types of storage shelf doors having different sizes, colors, designs, etc., it is necessary to prepare multiple types of fitting members of different sizes, colors, and designs. Occurs. For this reason, when the structure which inserts an insertion member with respect to a large hole is employ | adopted, due to the component cost of an insertion member, the problem that the manufacturing cost of the door for storage shelves rises arises.

  Furthermore, in the conventional fence door, in the state where the left and right ends of the glass plate are fitted in the groove formed in the vertical fence, the horizontal fence is attached so as to connect the lower ends of the glass plate and both vertical fences, The glass plate and both vertical fences are integrated. Therefore, in the conventional coffin door, most of the force for maintaining the state in which the three members of the vertical coffin and the glass plate are integrated is applied to the horizontal coffin. For this reason, in the conventional fence door, when the handle is attached to the vertical fence and the lid is opened and closed, the force applied to the vertical fence via the handle is applied to the glass plate or the other vertical fence. On the other hand, it propagates through the reeds. As a result, the conventional fence doors have a problem that the fence doors are likely to be deformed when opened and closed, and that due to the deformations, the vertical anchors of the recumbent are liable to be loosened. In this case, there is a possibility that the above-mentioned problems can be reduced by deepening the groove formed in the vertical hook to fit the glass plate to some extent and inserting the glass plate deeply into the vertical hook. . However, in such a configuration, due to the presence of the glass plate inserted deeply into the vertical gutter, it is more difficult to attach the above-described embedded type handle and lock mechanism and to form a vent hole. Occurs.

  The present invention has been made in view of such problems, and ensures sufficient strength while reducing manufacturing costs when attaching an embedded type handle, a locking mechanism, or the like, and when forming a vent hole. The main object is to provide a storage shelf door and storage shelf to be obtained.

  To achieve the above object, the storage shelf door according to claim 1 is a flat door body and an end attached to an end portion along any one of the upper side, the lower side, the left side and the right side of the door main body. A storage shelf door configured to be openable and closable with respect to the shelf body of the storage shelf, wherein the end member is attached to the door body in the state of being attached to the door body. A front panel positioned on the front side, an end surface along one of the sides in the door body in a state of being connected to the edge along the one side of the front panel and attached to the door body A first end face panel that is opposed to the front panel, and the two ends of the door body in a state of being attached to the door body in a state of being connected to edges along two sides intersecting any of the sides of the front panel. Two second end face panels that are opposed to the respective end faces along the two, the door main body in a state of being connected to the edge of the second end face panels and facing the front panel and attached to the door main body Two back-side folded portions positioned at the outer edge portion on the back surface side, and for engagement engaged with the edge portion of the front panel opposite to the first end face panel and facing the first end face panel An end member main body integrally formed by folding a metal plate; and a rod-shaped spacer having an engaging groove that can be engaged with the engaging folded portion. The spacer is located at the back side edge of the front panel with the part engaged with the engaging groove, and the door body is formed by the back side folded part and the spacer. The end member main body and the spacer are attached to the door main body with the end portion along any one of the sides sandwiched therebetween, and the front panel, the first end face panel, and the second end face panels. The space surrounded by the spacer and the door body is formed within the thickness range of the storage shelf door.

  Moreover, the storage shelf of Claim 2 is attached so that the storage shelf door of Claim 1 can be opened and closed with respect to the shelf body.

  According to the storage shelf door according to claim 1 and the storage shelf according to claim 2, the spacer is located at the edge on the back side of the front panel in a state where the folded portion for engagement is engaged with the groove for engagement, In addition, the end member main body and the spacer are attached to the door main body in a state where the end portions along either side of the door main body are sandwiched by both the back side folded portions and the spacer, and the front panel, the first end panel, By configuring the storage shelf door so that the space enclosed by the two end face panels, the spacers and the door body is formed within the thickness range of the storage shelf door, the nameplate mounting portion, the handle, the lock mechanism, etc. The thickness of the storage shelf door can be reduced without carrying out the complicated work of cutting the wooden board to form mounting recesses and mounting holes for mounting, and openings for communicating the ventilation holes. The 囲内, nameplate attachment portion, the attachment of the handle and locking mechanism, etc., can be communicated to vent. Therefore, according to the storage shelf door and the storage shelf provided with the storage shelf door, the time required for manufacturing the storage shelf door can be sufficiently shortened. As a result, the manufacturing cost of a storage shelf can be reduced sufficiently. In addition, because the front panel is made of a metal plate, any shape of air holes can be easily formed by punching, so that any number of air holes of any shape can be formed without causing an increase in manufacturing costs. As a result, it is possible to provide a storage shelf door and a storage shelf with high taste without moisture dampening. Furthermore, by adopting a configuration that sandwiches the end of the door body by the back side folded portion and the spacer of the end member, the force applied to the end member from the handle and the fact that the hinge is attached Since the force applied to the end member directly propagates to the door body, it is possible to avoid a situation in which a large deformation occurs with respect to the storage shelf door during opening and closing.

2 is a front view of the door 1. FIG. 2 is a plan view of the door 1. FIG. 2 is a rear view of the door 1. FIG. It is the sectional view on the AA line in FIG. It is the BB sectional view taken on the line in FIG. It is a front view of the resin board 2 in the door 1. FIG. It is a front view of the left metal plate 3a and the right metal plate 3b in the door 1. It is CC sectional view taken on the line in FIG. 3 is a front view of spacers 4a and 4b in the door 1. FIG. It is the DD sectional view taken on the line in FIG. It is sectional drawing which shows the state which has attached spacer 4a, 4b to the left metal plate 3a and the right metal plate 3b, respectively. It is sectional drawing which shows the state which completed the attachment of spacer 4a, 4b with respect to the left metal plate 3a and the right metal plate 3b. 4 is a cross-sectional view showing a state in which a left metal plate 3a, a right metal plate 3b, and spacers 4a and 4b are attached to a resin plate 2. FIG. 3 is a front view of the locker 100. FIG.

  Hereinafter, embodiments of a storage shelf door and a storage shelf will be described with reference to the accompanying drawings.

  The door 1 shown in FIGS. 1 to 5 is a hinged door type door which is an example of a storage shelf door, and is attached to the locker body 101 of the locker 100 so as to be openable and closable as shown in FIG. 101 is configured to be able to close the front opening portion. In this case, the locker 100 is an example of a storage shelf, and the left and right side plates, the top plate, the bottom plate, the back plate, the shelf plate, and the partition plate are formed of metal plates, and the locker body 101 (the shelf main body). An example) and a plurality of doors 1 (four doors 1 in this example). As shown in FIGS. 1 to 5, the door 1 includes a resin plate 2, a left metal plate 3 a, a right metal plate 3 b, spacers 4 a and 4 b, a name plate attachment portion 5, a handle 6, and a lock mechanism 7. It is formed in a rectangular shape.

  The resin plate 2 corresponds to a door body, and is formed in a flat plate shape by polycarbonate resin as an example. As shown in FIG. 6, the resin plate 2 has a notch 11 for attaching the handle 6 and the lock mechanism 7, and a vent hole 12. In this case, the vent hole 12 is formed at a position facing the plurality of vent holes 32 (see FIG. 3) formed in the left metal plate 3a in the thickness direction of the door 1 as will be described later. Further, in this example, the vent hole 12 is configured by a large rectangular hole so that the resin plate 2 does not exist at a position facing each vent hole 32 in the thickness direction of the door 1. In addition, it can replace with polycarbonate resin and the resin board 2 can also be comprised with various resin materials, such as an acrylic resin. Moreover, it can replace with the resin board 2 and a door main body can also be comprised with various plate bodies, such as a glass plate, a metal plate, and a wooden board. In this case, when the door body is formed of a metal plate, it is possible to avoid a situation in which the door 1 becomes excessively heavy by forming the door body by a punching metal or an aluminum plate. In addition, when configuring the door body with a wooden board, by configuring it with plywood or laminated wood, it is sufficiently strong without incurring an increase in the manufacturing cost of the door 1 compared to adopting a solid board, Moreover, the door 1 having a beautiful texture (pattern) and high taste can be provided.

  The left metal plate 3a is an example of an end member main body, and constitutes an end member together with the spacer 4a. The right metal plate 3b is another example of the end member main body, and constitutes an end member together with the spacer 4b. In this case, the left metal plate 3a is formed in a box shape that can be attached to an end portion (left end portion) along the left side of the resin plate 2 by bending a thin metal plate, and the right metal plate 3b is formed of a metal Is formed into a box shape that can be attached to an end portion (right end portion) along the right side of the resin plate 2 by bending the thin plate.

  Specifically, the left metal plate 3a includes a front panel 21 (see FIGS. 4, 7, and 8) that is positioned on the front side of the resin plate 2 in a state of being attached to the resin plate 2, and the left side of the front panel 21. An end face panel 22a (first end face panel) facing the end face along the left side of the resin plate 2 in a state of being attached to the resin plate 2 in a state of being connected to the edge portion along (an example of “one side”) Example: see FIGS. 4 and 8), and the resin plate connected to the edges along the two sides of the upper side and the lower side of the front panel 21 (an example of “two sides crossing any side”). Two end face panels 22b (an example of “second end face panel”: see FIGS. 4 and 8) that are opposed to the respective end faces along the two sides of the resin plate 2 in the state of being attached to 2, and the end face panel 22a is connected to the edge of the front A back-side folded portion 23a (see FIGS. 3, 4, and 8) positioned at the outer edge of the back side of the resin plate 2 in a state of being opposed to the channel 21 and attached to the resin plate 2, and Two back side turn-up portions 23b (FIGS. 3, 4, and 4) positioned at the outer edge portion on the back side of the resin plate 2 in a state of being connected to the edge portion and facing the front panel 21 and attached to the resin plate 2. 8) and the folded back portion 24 for engagement (see FIGS. 4 and 8) that are connected to the edge of the front panel 21 opposite to the end face panel 22a and are opposed to the end face panel 22a. ing.

  On the other hand, the right metal plate 3b includes a front panel 21 (see FIGS. 4, 7, and 8) that is positioned on the front side of the resin plate 2 in a state of being attached to the resin plate 2, and a right side of the front panel 21 End panel 22a (the other of the first end face panel) that is opposed to the end face along the right side of the resin plate 2 in a state of being connected to the resin plate 2 and connected to the edge portion along Example: see FIGS. 4 and 8), and the upper and lower sides of the front panel 21 (another example of “two sides intersecting any side”) are connected to the edges along the two sides. Two end face panels 22b opposed to the respective end faces along the two sides of the resin board 2 in a state of being attached to the resin board 2 (other examples of the “second end face panel”: see FIGS. 4 and 8) And connected to the edge of the end panel 22a. A back-side folded portion 23a (see FIGS. 3, 4, and 8) positioned at the outer edge of the back side of the resin plate 2 in a state of being opposed to the front panel 21 and attached to the resin plate 2, and both end panel 22 b The two back-side folded portions 23b (FIGS. 3 and 4) that are positioned at the outer edge of the resin plate 2 in the state of being connected to the edge of the resin plate and facing the front panel 21 and attached to the resin plate 2. , 8) and the folded back portion 24 for engagement (see FIGS. 4 and 8) that are connected to the edge of the front panel 21 opposite to the end panel 22a and are opposed to the end panel 22a. Has been.

  Further, as shown in FIG. 7, a pair of name plates for attaching the name plate attaching portion 5 (for fitting fitting claws not shown in the name plate attaching portion 5) to the front panel 21 of the left metal plate 3a. An attachment hole 31a, an attachment hole 31b for attaching the handle 6, and a plurality of ventilation holes 32 are opened. In this case, in this door 1, as an example, each of the vent holes 32 is formed in a slit shape that is long in the left-right direction. For example, the mounting holes 31a and the mounting holes 31b and the air holes 32 with respect to the front panel 21 are formed by punching the front panel 21 at the time of punching the metal plate for forming the left metal plate 3a. Therefore, for example, the wood plate is shaved to attach the name plate attachment portion 5, the handle 6, the lock mechanism 7, and the like to the attachment recesses and attachment holes, and the openings for communicating the vent holes 32, 12. It is possible to form it more easily than to form. In this case, in this example, the slit-like vent hole 32 that is long in the left-right direction is formed, but by preparing a blade portion for punching of an arbitrary shape, a square-hole vent hole such as a triangle or a quadrangle, A star-shaped or heart-shaped vent can be easily formed. In addition, a pair of hinges 8 and 8 are attached to the corners of the front panel 21 and the end panel 22a of the right metal plate 3b so that the locker body 101 can be opened and closed.

  On the other hand, the spacers 4a and 4b are formed of wooden square bars as an example. As shown in FIGS. 9 and 10, the spacers 4 a and 4 b are formed with engaging groove portions 41 that can be engaged with the engaging folded portions 24 in the left metal plate 3 a and the right metal plate 3 b. In this case, the spacers 4a and 4b cut the wooden square bars according to the vertical length of the door 1 and also form the engaging groove portions 41 according to the thickness and length of the above-described engaging folded portion 24. This makes it relatively easy to manufacture. The spacers 4a and 4b may be formed using a resin square bar such as a polycarbonate resin or an acrylic resin, or a metal square bar such as aluminum instead of the wooden square bar.

  As an example, the name plate attachment portion 5 is formed of a resin material. As an example, the handle 6 is mainly formed of a resin material, and a key cylinder for locking / unlocking the lock mechanism 7 is attached. In order to facilitate understanding of the door 1 and the locker 100, the illustration and description regarding the connecting portion between the key cylinder attached to the handle 6 and the lock mechanism 7 are omitted. When the door 1 is attached to the locker body 101, the lock mechanism 7 engages with an engagement portion provided on the left side plate or the partition plate of the locker body 101 and restricts the rotation of the door 1 with respect to the locker body 101. . In order to facilitate understanding of the door 1 and the locker 100, illustration and description regarding the engagement state between the lock mechanism 7 and the locker body 101 are omitted.

  When assembling the door 1, first, as shown in FIG. 11, after inserting the spacer 4a in the direction of the arrow E1 between the front panel 21 and the back side folded portions 23b of the left metal plate 3a, The spacer 4a is moved relative to the left metal plate 3a in the direction of the arrow F so that the folded portion 24 is engaged with the engaging groove portion 41. Similarly, after the spacer 4b is inserted in the direction of the arrow E2 between the front panel 21 and the back side folded portions 23b of the right metal plate 3b, the engaged folded portion 24 is engaged with the engaging groove portion 41. Then, the spacer 4b is moved relative to the right metal plate 3b in the direction of the arrow F. As a result, as shown in FIG. 12, the rear surface of the front panel 21 in the state where the engagement folding portion 24 is engaged with the engagement groove portion 41 and the lateral displacement of the spacer 4a with respect to the left metal plate 3a is restricted. The spacer 4a is attached to the side edge portion (the edge portion where the engagement folded portion 24 is formed), and the engagement folded portion 24 engages with the engaging groove portion 41 so that the lateral direction of the spacer 4b with respect to the right metal plate 3b. The spacer 4b is attached to the edge part (the edge part in which the folding | turning part 24 for engagement is formed) in the back surface side in the front panel 21 in the state in which the position shift to is controlled.

  Next, as shown in FIG. 13, the left metal plate 3a and the spacer 4a are moved with respect to the resin plate 2 in the direction of the arrow G1, and along the left side of the resin plate 2 by both the back-side folded portions 23b and the spacer 4a. While attaching the left metal plate 3a and the spacer 4a to the resin plate 2 with the end portion (left end portion) being sandwiched, the right metal plate 3b and the spacer 4b are moved in the direction of the arrow G2 with respect to the resin plate 2, The right metal plate 3b and the spacer 4b are attached to the resin plate 2 in a state where the end portion (right end portion) along the right side of the resin plate 2 is sandwiched between the both back-side folded portions 23b and the spacer 4b. At this time, as shown in FIG. 4, the space Sa surrounded by the left end portion of the resin plate 2, the front panel 21 of the left metal plate 3a, the end face panels 22a and 22b of the left metal plate 3a, and the spacer 4a is a door. 1 and a space Sb enclosed by the right end portion of the resin plate 2, the front panel 21 of the right metal plate 3b, the end face panels 22a and 22b of the right metal plate 3b, and the spacer 4b. 1 in the thickness range.

  In this state, the vent holes 32 formed in the front panel 21 in the left metal plate 3a and the vent holes 12 formed in the resin plate 2 are arranged in the thickness direction of the door 1 through the space Sa. It becomes a state of communication. In this case, in the door 1, as described above, a plurality of vent holes 32 having an arbitrary shape (slit shape in this example) are punched and formed in the front panel 21 of the left metal plate 3 a, and the resin plate 2 is On the other hand, the air holes 32 are in communication with the air holes 12 of the resin plate 2 simply by attaching the left metal plate 3a and the spacer 4a. Therefore, the vent hole 32 having an arbitrary shape can be formed without performing an operation of forming a small hole or slit on the wooden board using a rotary cutting tool or an operation of fitting the fitting member formed with the small hole or slit into the wooden board. Can be provided on the door 1.

  Subsequently, by attaching fitting claws (not shown) in the name plate attachment portion 5 into both attachment holes 31a, 31a of the front panel 21 in the left metal plate 3a, the name plate attachment portion is attached to the left metal plate 3a. 5 is attached. Next, the lock mechanism 7 is attached so that the main body portion of the lock mechanism 7 is accommodated in the space Sa, and the handle 6 is attached to the attachment hole 31b of the front panel 21 in the left metal plate 3a. At this time, in the door 1, the spaces Sa and Sb are formed within the thickness range of the door 1 by simply attaching the left metal plate 3 a, the right metal plate 3 b and the spacers 4 a and 4 b to the resin plate 2. Is done. Therefore, assembling work of the door 1 including the work of attaching the name plate attaching part 5, the handle 6 and the lock mechanism 7 is eliminated to the extent that the troublesome work of cutting the wooden board or the like to form the attaching concave part or the attaching hole is unnecessary. It is possible to sufficiently shorten the time required for. Thereafter, as shown in FIG. 3, as an example, the spacers 4a and 4b are formed from the back side of the door 1 so as to penetrate both the back side folded portions 23b and the resin plate 2 in the left metal plate 3a and the right metal plate 3b. In addition, two wood screws are screwed into each, and two wood screws are screwed into the spacers 4a and 4b from the back side of the door 1 so as to penetrate the resin plate 2. Thereby, the left metal plate 3a, the right metal plate 3b, and the spacers 4a and 4b are fixed to the resin plate 2, and the door 1 is completed as shown in FIGS.

  In this door 1, as shown in FIG. 4, an end portion (left end portion) along the left side of the resin plate 2 is sandwiched between both back-side folded portions 23 b of the left metal plate 3 a and the spacer 4 a, and the right metal plate 3b, the left metal plate 3a, the right metal plate 3b, and the spacers 4a and 4b are resin plates in a state where the end portion (right end portion) along the right side of the resin plate 2 is sandwiched by both the back side folded portions 23b and the spacer 4b. 2 is attached. Therefore, as shown in FIG. 5, the front panel 21 and both sides of the left metal plate 3 a at the end on the right metal plate 3 b side and the left metal plate 3 a at the end (not shown) on the left metal plate 3 b are provided. The resin plate 2 and the spacers 4a and 4b are arranged without gaps in the thickness direction between the side folded portions 23b, thereby ensuring sufficient strength. Further, in this door 1, the resin plate 2 has a shape substantially the same as the outer shape of the door 1 and is formed in a size substantially the same as the size of the door 1 as a whole. Therefore, when the door 1 is opened and closed by placing a hand on the handle 6 attached to the left metal plate 3a, the force applied to the left metal plate 3a via the handle 6 is directly applied to the resin plate 2. Due to the propagation, the door 1 is hardly deformed.

  In addition, unlike the conventional furniture with a fence door having a glass door arranged between a pair of vertical fences made of wood board, as shown in FIG. It is possible to provide a rocker 100 having a high preference, in which members 3a, spacer 4a, resin plate 2, spacer 4b, and right metal plate 3b are arranged in this order.

  Thus, in the door 1 and the rocker 100 provided with the door 1, in the state where the engagement folded portion 24 is engaged with the engagement groove portion 41, the edge on the back side of the front panel 21 of the left metal plate 3 a. While the spacer 4a is positioned and the engaging folded portion 24 is engaged with the engaging groove 41, the spacer 4b is positioned at the rear edge of the front panel 21 of the right metal plate 3b, and the left metal plate 3a. The left metal plate 3a and the spacer 4a are attached to the resin plate 2 in a state where the end portion (left end portion) along the left side of the resin plate 2 is sandwiched between the back side folded portions 23b and the spacer 4a of the front panel 21, A space Sa surrounded by the end face panels 22a and 22b, the spacer 4a and the resin plate 2 is formed within the thickness range of the door 1, and both the back side folded portions 23b of the right metal plate 3b and The right metal plate 3b and the spacer 4b are attached to the resin plate 2 with the end portion (right end portion) along the right side of the resin plate 2 sandwiched by the pacer 4b, and the front panel 21, end panel 22a, 22b, spacer 4b are attached. The space Sb surrounded by the resin plate 2 is formed within the thickness range of the door 1.

  Therefore, according to the door 1 and the locker 100 provided with the door 1, the mounting recesses and mounting holes for attaching the name plate mounting portion 5, the handle 6, the lock mechanism 7 and the like, and the vent holes 32 and 12 are provided. Attaching the nameplate attaching part 5, the handle 6, the lock mechanism 7 and the like within the thickness range of the door 1 without performing a complicated operation of cutting and forming a wooden board, etc., for communicating, The vent hole 32 and the vent hole 12 can be communicated with each other. For this reason, according to the door 1 and the locker 100 provided with the door 1, the time required for manufacturing the door 1 can be sufficiently shortened, so that the manufacturing cost of the door 1 and consequently the manufacturing cost of the locker 100 can be reduced. It can be sufficiently reduced. Further, since the front panel 21 is made of a metal plate, an arbitrarily shaped air hole (in this example, a horizontally long slit-like air hole 32) can be easily formed by punching, resulting in an increase in manufacturing cost. As a result of being able to form air holes of various various shapes without incurring moisture, it is possible to provide the door 1 and the locker 100 with high taste without moisture. Further, the back side folded portion 23b of the left metal plate 3a and the spacer 4a sandwich an end portion (left end portion) along the left side of the resin plate 2, and the back side folded portion 23b of the right metal plate 3b and the spacer 4b By adopting a configuration in which the end portion (right end portion) along the right side of the resin plate 2 is sandwiched by the force applied to the left metal plate 3a from the handle 6 and the hinge 8 is attached to the right side. Since the force applied to the metal plate 3b is directly propagated to the resin plate 2, it is possible to avoid a situation in which the door 1 is greatly deformed during opening and closing.

  The configuration of the storage shelf door and the storage shelf is not limited to the above configuration. For example, in the door 1 described above, the space Sb is also formed on the side of the right metal plate 3b where the name plate attaching portion 5, the handle 6, the lock mechanism 7, and the like are not attached and the vent hole 32 is not formed. Although configured so that the space corresponding to the space Sb is not formed in the end member that does not require the attachment of the name plate attachment portion 5, the handle 6, the lock mechanism 7, and the like and the formation of the vent holes 32. Can also be adopted. Specifically, as an example, the spacer 4b in the door 1 can be formed sufficiently wide and attached to the right metal plate 3b so that the spacer 4b contacts the inner surface of the end face panel 22a. In the door 1, the left metal plate 3a and the spacer 4a as the end members and the right metal plate 3b and the spacer 4b are attached to both the left end and the right end of the resin plate 2, but the name plate is attached. It is also possible to adopt a configuration in which the end member is not attached to the end portion that does not require attachment of the portion 5, the handle 6, the lock mechanism 7, and the like and formation of the vent hole 32.

  Furthermore, when adopting a configuration in which a hinge (hinge) is attached to the upper end or lower end of the door and the upper shelf structure or the lower opening structure is attached to the shelf body of the storage shelf, The structure which attaches the panel equivalent to the right metal plate 3b to the upper end part or lower end part of a door is also employable. Further, the nameplate mounting portion 5 and the components for mounting the nameplate mounting portion 5 (both mounting holes 31a, 31a of the left metal plate 3a) are not essential components for the storage shelf door, but are necessary. Otherwise, a configuration without these can be adopted. Further, the lock mechanism 7 and the components for mounting the lock mechanism 7 (the mounting hole 31b of the left metal plate 3a and the notch 11 of the resin plate 2) are not essential components for the storage shelf door. If not necessary, a configuration without these can be adopted. Similarly, the ventilation holes 32 of the left metal plate 3a and the ventilation holes 12 of the resin plate 2 are not essential components for the storage shelf door, and if not necessary, a configuration in which these are not formed may be adopted. it can. In addition, the hinged door type door 1 has been described as an example, but the configuration of the storage shelf door is not limited thereto, and the present invention can of course be applied to a sliding door type door. It is.

DESCRIPTION OF SYMBOLS 1 Door 2 Resin board 3a Left metal plate 3b Right metal plate 4a, 4b Spacer 5 Name plate attaching part 6 Handle 7 Lock mechanism 8 Hinge 11 Notch part 12, 32 Vent 21 Front panel 22a, 22b End panel 23a, 23b Back Side folding part 24 Folding part for engagement 31a, 31b Mounting hole 41 Engaging groove part 100 Rocker 101 Rocker body Sa, Sb Space

Claims (2)

A flat door body and an end member attached to an end portion along any one of the upper side, the lower side, the left side, and the right side of the door main body. Storage shelf doors that can be opened and closed,
The end member is connected to a front panel positioned on the front side of the door main body in a state of being attached to the door main body, and an edge portion along one of the sides of the front panel. A first end face panel that is opposed to an end face along one of the sides of the door body in the state of being attached to the door body, and an edge portion along two sides that intersect the one of the sides of the front panel. Two second end face panels that are opposed to the respective end faces along the two sides of the door body in a state of being installed and attached to the door body, and are connected to the edges of the second end face panels. Two back-side folded portions positioned at the outer edge of the back side of the door body in a state of being opposed to the front panel and attached to the door body, and An end member in which a folded portion for engagement, which is connected to the edge of the front panel opposite to the first end face panel and is opposed to the first end face panel, is integrally formed by bending a metal plate. A main body, and a rod-shaped spacer formed with an engaging groove capable of engaging with the engaging folded portion,
The spacer is positioned at an edge on the back side of the front panel in a state in which the engaging folded portion is engaged with the engaging groove, and the one of the door main body is formed by the both back folded portions and the spacer. The end member main body and the spacer are attached to the door main body in a state in which the end portion along the side is sandwiched, and the front panel, the first end face panel, the both second end face panels, the spacer, and A storage shelf door in which a space surrounded by the door body is formed within a thickness range of the storage shelf door.   A storage shelf in which the storage shelf door according to claim 1 is attached to the shelf body so as to be openable and closable.

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