JP5523036B2 - Storage shelf door and storage shelf - Google Patents

Description

  The present invention relates to a storage shelf door in which a vent hole is formed and attached to a storage shelf such as a locker or a storage, and a storage shelf to which the storage shelf door is attached.

  As a storage shelf provided with this type of door, Japanese Patent Application Laid-Open No. 2009-71114 discloses an electrical / electronic equipment storage cabinet (hereinafter also simply referred to as “cabinet”). The cabinet has a door attached so that the front opening of the cabinet body can be opened and closed. In addition, a ventilation port composed of a plurality of slits is formed in the side portion on the front side (front side) of the door, and a door reinforcing frame plate is attached to the side portion on the back side of the door. . In this case, the door reinforcing frame plate is provided with a vent hole at a position overlapping the ventilation port (slit) in the thickness direction of the door. As a result, in this cabinet, the ventilation opening and the vent hole formed in the door are in communication with each other in the thickness direction of the door. Air can flow in and out between the two.

JP 2009-71114 A (page 3-4, FIG. 1-8)

  However, the following problems exist in the conventional cabinet and its door. That is, in the door of the conventional cabinet, the ventilation hole (slit) formed in the front side and the vent hole formed in the door reinforcement frame plate attached to the back side are in a state of communicating in the thickness direction of the door. . In this case, the above-mentioned publication discloses that “if the ventilation port is made up of a large number of slits, there is no risk of other things entering or mischief in the cabinet body”. However, in a conventional cabinet door, a very large ventilation hole is opened in the door reinforcement frame plate, and a ventilation port is formed at a position facing this ventilation hole (position overlapping the ventilation hole in the thickness direction of the door). Since a plurality of slits are formed, for example, various rod-like or thin plate-like articles can be made to enter the cabinet body from the ventilation port as long as they can pass through the slits.

  Therefore, in conventional cabinets and their doors, small rod-like or thin plate-like garbage is thrown into the cabinet body from the slit, or the door locking mechanism is opened from the inside by a wire inserted into the slit. There is a problem that it is difficult to prevent this. Further, in the conventional cabinet and its door, as described above, the ventilation port formed on the front side and the vent hole formed on the door reinforcing frame plate attached on the back side are in communication with each other in the thickness direction of the door. Therefore, there is a problem that the inside of the cabinet body may be peeped from the outside of the door through the vent and the vent. In this case, there is a possibility that the entry and peeping of articles from the ventilation port can be prevented by forming the slit constituting the ventilation port sufficiently narrow. However, when the holes (slits, etc.) constituting the ventilation port are made small, the original function of the ventilation port is impaired, and there is a possibility that the inflow and outflow of air between the inside and outside of the cabinet body may be hindered.

  The present invention has been made in view of such a problem, and for a storage shelf that can suitably prevent entry and peeping of articles from the vent hole without hindering ventilation between the inside of the shelf body and the outside. The main purpose is to provide doors and storage shelves.

In order to achieve the above object, the storage shelf door according to claim 1 covers at least the front side of the door main body and the 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 front panel attached to the door body, a panel-side vent hole is opened in the front panel, and a body-side vent hole communicating with the panel-side vent hole is opened in the door body. a storage rack for door against the shelf body mounted for opening and closing, the door body, communication passage constituting the communication passage for communicating the the front Symbol panel side vents the main body side vents each other A recess is formed on the front side, and the front panel is attached to the front side, so that the communication path has the same width as the depth of the communication path recess between the front panel and the bottom surface of the communication path recess. As formed The main body side vent hole is opened at a position that does not overlap with the panel side vent hole in the thickness direction of the door main body at the bottom surface of the communication path recess, and the front panel is formed on the door main body. The panel-side vent hole is opened at a position overlapping the communication path recess in the thickness direction .

Further, the storage shelf door according to claim 2 covers the door main body and at least the front side at the end along the upper side, the lower side, the left side or the right side of the door main body. A panel-side vent hole is opened in the front panel, and a body-side vent hole communicating with the panel-side vent hole is opened in the door body. A door for a storage shelf that is attached to be openable and closable with respect to the storage shelf, wherein the door main body includes a plate body and a component piece attached to the front side along the one side of the plate body, and the panel The communication passage opening that constitutes the communication passage that allows the side vent hole and the main body side vent hole to communicate with each other is opened larger than the panel side vent hole and the main body side vent hole, and the front side of the component piece The front panel is By being attached, the communication path is formed between the front panel and the plate with the same width as the thickness of the component piece, and the communication in the thickness direction of the component piece in the plate member. The main body side vent hole is opened at a position that overlaps with the passage opening and does not overlap with the panel side vent hole in the thickness direction, and the front panel extends in the thickness direction of the component piece. The panel-side vent hole is opened at a position overlapping the opening for use .

Also, storage rack according to claim 3, wherein the storage rack door according to claim 1 or 2 wherein is attached to be openable and closable with respect to the shelf body.

Storage rack door according to claim 1 and 2 wherein, as well as according to the storage rack according to claim 3, the main body side vents at a position not overlapping in the thickness direction of the door body relative to the opened panel side vents on the front panel And a communication path that allows the panel side vent hole and the main body side vent hole to communicate with each other is formed within the range of the thickness of the door main body, so that it is inserted into the panel side vent hole formed in the front panel. Since articles (small trash etc.) hit the door main body in the communication path, not only can the situation of entering the inside of the shelf main body be avoided, but also an article (containment) that has passed through the main body side vent hole formed in the door main body Because it hits the back of the front panel in the communication path, you can avoid the situation of jumping out of the shelf body, and even if you try to peek inside the shelf body from the outside of the storage shelf door through the panel side vent Visible in the shelf body is blocked by the door body located on the back side of the panel side vents. For this reason, dust or the like is inserted into the inside of the shelf body, the lock mechanism is opened from the inside, or the inside of the shelf body is looked into without interfering with the ventilation between the inside and outside of the shelf body. A situation can be prevented, and an unintended drop of an article accommodated in the shelf body can be suitably prevented.

Also, storage rack door according to claim 1, and according to the storage rack according to claim 3, to form the recess communication passage constituting the communication path on the front side of the door body, the bottom surface of the recess communication passage In the thickness direction of the door body, both body side ventilation holes are opened at positions that do not overlap with the panel side ventilation holes, and the panel side ventilation holes are formed on the front panel at positions that overlap the communication passage recesses in the thickness direction of the door body. Unlike doors manufactured by cutting a wooden flat plate or by injection molding of a resin material due to the opening, the panel side ventilation holes formed in the front panel, and the thickness direction of the door body with respect to the panel side ventilation holes Therefore, it is possible to easily form a communication passage that allows the main body side air holes formed at positions where they do not overlap each other, so that the manufacturing cost does not increase and the communication between the inner side and the outer side of the shelf main body is not caused. Without interfering with the inside of the shelf body, preventing the lock mechanism from being opened from the inside, or peeping into the shelf body. Unintentional dropping of the contained articles can be suitably prevented.

Further , according to the storage shelf door according to claim 2 and the storage shelf according to claim 3, the communication passage opening constituting the communication passage is made larger than the panel side ventilation hole and the main body side ventilation hole into a component piece. Both body side air holes are formed at positions where the plate body overlaps the communication passage opening in the thickness direction of the component pieces and does not overlap the panel side air holes in the thickness direction of the component pieces , Unlike the door manufactured by cutting a wooden flat plate or by injection molding of a resin material by opening a panel-side vent hole at a position that overlaps the communication passage opening in the thickness direction of the component on the front panel, the front panel The panel-side vent hole formed in the plate body and the communication passage that allows the body-side vent hole formed at a position that does not overlap with the panel-side vent hole in the thickness direction of the component piece to be easily formed in the plate body. Therefore, without increasing the manufacturing cost and without interfering with the ventilation between the inside and outside of the shelf body, dust etc. is inserted inside the shelf body and the locking mechanism is opened from the inside. Can be prevented, and an unintended drop of an article accommodated in the shelf body can be suitably prevented.

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 a front view of the wooden 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 the BB sectional view taken on the line in FIG. It is CC sectional view taken on the line in FIG. It is the DD sectional view taken on the line in FIG. It is the EE sectional view taken on the line in FIG. 3 is a front view of the locker 100. FIG. It is the FF sectional view taken on the line in FIG. It is a front view of door 1A. It is a top view of door 1A. It is the II sectional view taken on the line in FIG. It is a front view of the left wooden board 2a and the right wooden board 2b in the door 1A. It is a front view of the resin board 2c in the door 1A. It is the JJ sectional view taken on the line in FIG. It is a front view of locker 100A. It is the KK sectional view taken on the line in 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 4 is a hinged door type door that 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). 1 to 4, the door 1 includes a wood plate 2, a left metal plate 3 a, a right metal plate 3 b, a name plate attachment portion 5, a handle 6, and a lock mechanism 7, and is formed in a rectangular shape in front view. ing.

  The wood board 2 is an example of a door main body, and as shown in FIG. In this case, the left end side of the wooden board 2 is processed to be thin so that the left metal plate 3a can be attached, and the mounting recess 11 (see FIGS. 5 and 7) for attaching the nameplate mounting part 5 and the handle 6 are provided. A mounting recess 12 (see FIGS. 5 and 8) for mounting, a mounting recess 13 (see FIGS. 5 and 8) for mounting the lock mechanism 7, and a communication path recess 14 (see FIGS. 5, 9, and 10). Is formed. In addition, two vent holes 15 (see FIGS. 5 and 10) that are examples of the main body side vent holes are opened on the bottom surface of the communication path recess 14. The formation position of the vent hole 15 will be described in detail later. Further, the right end portion side of the wooden board 2 is processed to be thin so that the right metal plate 3b can be attached.

  The left metal plate 3a is an example of a front panel, and is formed by bending a metal plate. As shown in FIGS. 1 to 4, the left metal plate 3 a includes a front side, a side surface, a plane side, and a bottom surface at an end portion (left end portion) along the left side of two sides facing each other in the left-right direction of the wooden plate 2. By screwing to the wooden board 2 so as to cover the side and a part on the back side (outer edge portion: a portion that does not block the “main body side air hole”) at the end portion (left end portion) along the left side It is attached. In this case, as shown in FIG. 6, the left metal plate 3a has a mounting hole 21 (see FIGS. 6 and 7) for mounting the nameplate mounting portion 5 and a mounting hole 22 (see FIG. 6) for mounting the handle 6. 6 and 8), a mounting hole 23 (see FIGS. 6 and 8) for mounting the lock mechanism 7, and a plurality of ventilation holes 24 (an example of the panel side ventilation holes: see FIGS. 6 and 9). . In addition, in this door 1, as an example, each said vent hole 24 is formed in the slit shape long in the left-right direction. The formation position of the vent hole 24 will be described in detail later.

  The right metal plate 3b is another example of a front panel, and is formed by bending a metal plate. As shown in FIGS. 1 to 3, the right metal plate 3 b includes a front side, a side surface, a plane side, and a bottom surface at an end portion (right end portion) along the right side of two sides facing each other in the left-right direction of the wooden plate 2. It is attached to the wooden board 2 by screwing so as to cover the side and a part (outer edge part) on the back surface side at the end part (right end part) along the right side. In this case, as shown in FIG. 6, a pair of hinges 8, 8 are attached to the right metal plate 3 b so as to be openable and closable with respect to the rocker body 101.

  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.

  1-4, in the state where the left metal plate 3a is attached to the left end portion of the wooden board 2 as shown in FIGS. 1 to 4, each vent 24 (this example) of the left metal plate 3a is used as shown in FIG. Then, the communication passages (the vent holes 15 and 24 described above are communicated with each other so as to overlap each vent hole 24 and a portion between the vent holes 24) in the thickness direction of the wood board 2 (left and right direction in the figure). The communication passage recess 14 constituting the air passage) is formed on the front side of the wooden board 2 (the communication path is formed by the communication path recess 14 formed in the wooden board 2 so that the thickness of the wooden board 2 is Example of a configuration in which a communication path is formed within the range). In this case, the two air holes 15 are the bottom surfaces of the recesses 14 for the communication passages and do not overlap with the air holes 24 of the left metal plate 3a in the thickness direction of the wood plate 2 (in this example, the air holes 24). At two positions, a position above and below the air holes 24). As a result, as shown in the figure, in this door 1, the crank-shaped air flow passage in the side view is within the range of the thickness of the door 1 from each vent hole 24 of the left metal plate 3 a to the vent hole 15 of the wooden plate 2. Is formed.

  Therefore, in the locker 100 to which the door 1 is attached, the locker main body from the outside of the door 1 as shown by an arrow G in a state where the front opening portion of the locker main body 101 is closed by the door 1 (a state where the door 1 is closed). The flow of air in the direction toward the inside of 101 and the direction from the inside of the locker body 101 toward the outside of the door 1 is possible. On the other hand, in the locker 100 to which the door 1 is attached, when a rod-like or thin plate-like article is inserted from the vent hole 24 of the door 1 in the direction of the arrow H1 (direction from the outside of the door 1 toward the inside of the locker body 101). The tip of the article comes into contact with the bottom surface (wood plate 2) of the communication path recess 14 to prevent entry into the locker body 101. Further, in the locker 100 to which the door 1 is attached, when the front opening portion of the locker body 101 is closed by the door 1, even if an attempt is made to look inside the locker body 101 from the outside of the door 1 through the vent hole 24, Only the bottom surface (wood plate 2) of the recess 14 for communication passage is visually recognized, and the wood plate 2 prevents the locker body 101 from being visually recognized. Further, in the locker 100 to which the door 1 is attached, the stored items in the direction indicated by the arrow H2 (from the inside of the locker body 101 toward the outside of the door 1) in a state where the front opening portion of the locker body 101 is closed by the door 1. When the air enters the vent hole 15, the tip of the stored item comes into contact with the back surface of the left metal plate 3 a and is prevented from falling to the outside of the door 1.

  In this case, for example, when a door is manufactured by cutting a wooden flat plate or by injection molding of a resin material, when an air passage having a crank shape in a side view is formed within the range of the thickness of the door, the air passage Due to the fact that the formation of is very difficult, the manufacturing cost is increased. On the other hand, in the door 1, the air holes 24 are formed by punching when the left metal plate 3 a is manufactured, and overlap the air holes 24 when the left metal plate 3 a is attached to the wood plate 2. The left metal plate 3a is simply attached to the wooden board 2 in a state in which the communication path recess 14 is formed at the position and the vent hole 15 is opened at a position not overlapping the vent holes 24 on the bottom surface of the communication path recess 14. The air passage having a crank shape in a side view is formed within the thickness range of the door 1. Moreover, in this door 1, unlike the monotonous door (not shown) which comprised the whole door with the metal plate or the wooden board, it is called the left metal plate 3a, the wooden plate 2, and the right metal plate 3b from the left in the front view. It is possible to provide the locker 100 with high taste in which members having different materials and colors are arranged in this order.

  Thus, according to the door 1 and the rocker 100 including the door 1, the two vent holes 15 are located at positions where the plurality of vent holes 24 opened in the left metal plate 3a do not overlap in the thickness direction of the wooden board 2. In addition, the communication path that connects the air holes 24 and the air holes 15 to each other is formed within the thickness range of the wood plate 2, so that the air holes 24 are inserted into the air holes 24 formed in the left metal plate 3 a. Since an article (small dust etc.) hits the wooden board 2 (the bottom surface of the concave part 14 for the communication path) in the communication path, it is possible not only to avoid the situation of entering the inside of the locker body 101 but also the communication formed on the wooden board 2. Since the article (accommodation) that has passed through the pores 15 hits the back surface of the left metal plate 3a in the communication path, it is possible to avoid a situation where the article jumps out of the locker body 101. Even peek locker body 101 through, viewing the locker body 101 is prevented by the wooden boards 2 located on the rear side of the vent hole 24. For this reason, dust or the like is inserted into the inside of the locker body 101, the lock mechanism 7 is opened from the inside, or the inside of the locker body 101 is looked into without interfering with the ventilation between the inside and outside of the locker body 101. It is possible to prevent a situation in which the article is seen, and it is possible to suitably prevent an unintended drop of an article accommodated in the locker body 101.

  Further, according to the door 1 and the locker 100 provided with the door 1, the communication path recess 14 that constitutes the communication path is formed on the wooden board 2 so as to overlap the air holes 24 in the thickness direction of the wooden board 2. By forming both vent holes 15 in the front side and at the bottom surface of the recess 14 for the communication path in the thickness direction of the wooden board 2 so as not to overlap the vent holes 24, cutting processing or resin on the wooden flat plate Unlike the door manufactured by injection molding of the material, the vent hole 24 formed in the left metal plate 3a and the vent hole 15 formed at a position not overlapping with the vent hole 24 in the thickness direction of the wooden board 2 are communicated with each other. Therefore, the rocker body 101 can be easily formed without increasing the manufacturing cost and without disturbing the ventilation between the inside and the outside of the rocker body 101. Articles housed in the locker body 101 can be prevented while dust or the like is inserted inside, the lock mechanism 7 can be peeled from the inside, or the locker body 101 can be looked into. It is possible to suitably prevent unintentional dropping.

  Next, another embodiment of the storage shelf door will be described with reference to the drawings. In addition, about the component which has the same function as the door 1 and the locker 100 mentioned above, the same code | symbol is attached | subjected and the overlapping description is abbreviate | omitted.

  A door 1A shown in FIGS. 13 to 15 is a hinged door that is another example of a storage shelf door, and is attached to the locker body 101 of the locker 100A so as to be openable and closable as shown in FIG. The front opening portion of the locker body 101 is configured to be occluded. In this case, the locker 100A is another example of a storage shelf, and includes a locker body 101 and a plurality of doors 1A. As shown in FIGS. 13 to 15, the door 1 </ b> A includes a left wooden plate 2 a, a right wooden plate 2 b, a resin plate 2 c, a left metal plate 3 a, a right metal plate 3 b, a name plate attachment portion 5, a handle 6, and a lock mechanism 7. It has a rectangular shape in front view. In this door 1A, a door main body is constituted by the left wooden board 2a, the right wooden board 2b, and the resin board 2c.

  The left wooden board 2a is an example of a component piece, and as shown in FIG. 16, is formed into a rectangular shape (vertically long rectangular shape) when viewed from the front by a wooden flat plate. In this case, a mounting recess 11 for mounting the nameplate mounting portion 5, a mounting hole 12 a for mounting the handle 6 (see FIGS. 16 and 18), and a mounting for mounting the lock mechanism 7 are provided on the left wooden board 2 a. A recess 13 and a communication passage opening 14a (see FIGS. 13, 16, and 20) are formed. Moreover, the right wooden board 2b is another example of a component piece, and as shown in FIG. 16, it is formed in a rectangular shape (vertically long rectangular shape) when viewed from the front by a wooden flat plate. Furthermore, the resin plate 2c corresponds to a plate body, and as an example, the resin plate 2c is formed in a flat plate shape from polycarbonate colored so that the light transmittance in the visible light region is sufficiently lowered. As shown in FIG. 17, the resin plate 2c is formed in a rectangular shape when viewed from the front, and two vent holes 15a (see FIGS. 13 and 17), which are other examples of the main body side vent holes, are opened. . The formation position of the vent hole 15a will be described in detail later.

  In this door 1A, as shown in FIGS. 13-15, the left wooden board 2a is attached to the left end part of the resin board 2c, and the right wooden board 2b is attached to the right end part of the resin board 2c, and the door main body is comprised. . Further, in the state where the left metal plate 3a is attached to the left end of the door body, as shown in FIG. 20, the thickness direction of the left wood plate 2a (the same The left wooden board 2a is formed with a communication passage opening 14a that constitutes a communication passage (air passage for allowing the vent holes 15a and 24 to communicate with each other) so as to overlap in the left-right direction in the figure (left). An example of a configuration in which the communication path is formed within the thickness range of the left wooden board 2a by configuring the communication path by the communication path opening 14a and the resin plate 2c formed in the wooden board 2a). Further, in this door 1A, both the vent holes 15a of the resin plate 2c overlap the communication path opening 14a in the thickness direction of the left wooden plate 2a, and each vent hole 24 of the left metal plate 3a (in this example) , Each vent hole 24, and a position that does not overlap in the thickness direction of the left wooden board 2 a with respect to each vent hole 24 (in this example, a position above each vent hole 24, and more than each vent hole 24) It is opened at two locations in the lower position. As a result, as shown in FIG. 20, in this door 1A, the air passage in the form of a crank as viewed from the side has the thickness of the door 1A extending from each vent hole 24 of the left metal plate 3a to both vent holes 15a of the resin plate 2c. It is formed within the range.

  Therefore, in the locker 100A to which the door 1A is attached, the locker main body 101 is opened from the outside of the door 1A as indicated by an arrow G in a state where the front opening portion of the locker main body 101 is closed by the door 1A (the door 1A is closed). The flow of air in the direction toward the inside of 101 and the direction from the inside of the locker body 101 toward the outside of the door 1A is possible. On the other hand, in the locker 100A to which the door 1A is attached, when a rod-like or thin plate-like article is inserted from the vent hole 24 of the door 1A in the direction of the arrow H1 (direction from the outside of the door 1A toward the inside of the locker body 101). The tip of the article comes into contact with the surface of the resin plate 2c, and entry into the locker body 101 is prevented. Further, in the locker 100A to which the door 1A is attached, when the front opening portion of the locker main body 101 is closed by the door 1A, even if an attempt is made to look into the locker main body 101 from the outside of the door 1A through the vent hole 24, The visual recognition in the locker body 101 is prevented by the resin plate 2c only by visual recognition of the resin plate 2c. Furthermore, in the locker 100A to which the door 1A is attached, the stored items in the direction of the arrow H2 (the direction from the inside of the locker body 101 to the outside of the door 1A) in a state where the front opening portion of the locker body 101 is closed by the door 1A. When the air enters the air hole 15a, the tip of the stored item comes into contact with the back surface of the left metal plate 3a and is prevented from falling to the outside of the door 1A.

  In this case, in the door 1A, the air holes 24 are formed by punching when the left metal plate 3a is manufactured, and the air holes 24 (this example) are formed when the left metal plate 3a is attached to the left wooden plate 2a. Then, the communication passage opening 14a is formed at a position overlapping with each vent hole 24 and the portion between each vent hole 24), and the communication path opening is formed in the thickness direction of the left wooden board 2a with respect to the resin plate 2c. In the state where the air holes 15a are opened at positions that overlap the portion 14a and do not overlap the air holes 24 in the thickness direction of the left wood board 2a, the left wood board 2a and the left metal board 3a are simply attached to the resin board 2c. The air passage in the form of a crank in a side view is formed within the thickness range of the door 1A. Moreover, in this door 1A, unlike the monotonous door (not shown) which comprised the whole door with the metal plate or the wooden board etc., the left metal board 3a, the left wooden board 2a, the resin board 2c from the left side in front view, It is possible to provide a locker 100A having high taste in which the right wooden plate 2b and the right metal plate 3b are arranged in this order.

  Thus, according to the door 1A and the locker 100A provided with the door 1A, the resin plate 2c does not overlap the plurality of vent holes 24 opened in the left metal plate 3a in the thickness direction of the left wooden plate 2a. The above-described door 1 and door 1 are formed by opening the two ventilation holes 15a and forming the communication passages that allow the respective ventilation holes 24 and the two ventilation holes 15 to communicate with each other within the thickness range of the left wooden board 2a. In the same manner as the locker 100 provided with an article, an article (small dust etc.) inserted into the vent hole 24 formed in the left metal plate 3a hits the resin plate 2c in the communication path, so that it enters the inside of the locker body 101. Since the article (accommodation) that has passed through the vent hole 15 formed in the resin plate 2c hits the back surface of the left metal plate 3a in the communication path, the locker body 10 can be avoided. In addition, even if an attempt is made to look into the interior of the rocker body 101 from the outside of the door 1A through the vent hole 24, the resin plate 2c located on the back side of the vent hole 24 locks the locker. Visual recognition in the main body 101 is prevented. For this reason, dust or the like is inserted into the inside of the locker body 101, the lock mechanism 7 is opened from the inside, or the inside of the locker body 101 is looked into without interfering with the ventilation between the inside and outside of the locker body 101. It is possible to prevent a situation in which the article is seen, and it is possible to suitably prevent an unintended drop of an article accommodated in the locker body 101.

  In addition, according to the door 1A and the locker 100A provided with the door 1A, the communication path opening 14a constituting the communication path is opened at a position overlapping the air holes 24 in the thickness direction of the left wooden board 2a. At the same time, in the resin board 2c, both vent holes 15a are formed at positions where they overlap the communication passage opening 14a in the thickness direction of the left wooden board 2a and do not overlap each vent hole 24 in the thickness direction of the left wooden board 2a. Thus, unlike the door manufactured by cutting a wooden flat plate or injection molding of a resin material, the left wooden board 2a with respect to the ventilation hole 24 formed in the left metal plate 3a and the ventilation hole 24 in the resin plate 2c. Since it is possible to easily form a communication path that allows the ventilation holes 15a formed at positions that do not overlap in the thickness direction to communicate with each other, without increasing the manufacturing cost, Without blocking airflow between the inside and outside of the rocker body 101, dust or the like is inserted into the inside of the rocker body 101, the lock mechanism 7 is opened from the inside, or the inside of the rocker body 101 is looked into. Can be prevented, and an unintended drop of an article accommodated in the locker body 101 can be suitably prevented.

  The configuration of the storage shelf door and the storage shelf is not limited to the above configuration. For example, the door 1 that has a door body composed of only the wooden board 2 and the door 1A that has a door body composed of the left wooden board 2a, the right wooden board 2b, and the resin board 2c have been described as examples. The configuration is not limited to this. As an example, a plate body (for example, a resin plate) having a hole (a vent hole) opened at a position overlapping with the vent hole 15 in the thickness direction of the wooden board 2 is disposed on the back side of the wooden board 2, and the wooden board 2 and the two board bodies are arranged. The left wooden board 2a and the left metal plate are formed by opening a hole (ventilation hole) at a position overlapping the ventilation holes 24 of the left metal board 3a in the thickness direction of the left wooden board 2a. The left wooden board 2a, the right wooden board 2b, the resin board 2c, and a board (a board arranged between the left wooden board 2a and the left metal board 3a) are arranged so as to be sandwiched between the board 3a. The door body can also be configured. Even when such a configuration is employed, the same effects as those of the doors 1 and 1A can be obtained.

  Further, in the doors 1 and 1A, the left metal plate 3a is provided with a vent hole 24 as a panel-side vent hole, but two sides facing each other in either the left-right direction or the vertical direction of the door body. A first front panel attached to the door body so as to cover at least the front side at the end portion along one side of the door, and at least the front side at the end portion along the other side of the door body. Thus, the panel-side vent holes can be opened in both the second front panels attached to the door body, and the body-side vent holes communicating with the panel-side vent holes can be opened in the door body. Moreover, the number of the panel side ventilation holes opened to a front panel is not limited to said illustration. Furthermore, in said door 1,1A, although the left metal plate 3a and the right metal plate 3b which are corresponded to a front panel are attached to the edge part of the left-right direction of a door main body, a front panel is attached to the edge part of the door body up-down direction. It is also possible to adopt a configuration in which the is attached. Specifically, as an example, when adopting a structure in which a hinge (hinge) is attached to the upper end or lower end of the door and attached to the shelf body of the storage shelf with an upper opening structure or a lower opening structure, etc. A panel corresponding to the right metal plate 3b in the doors 1 and 1A may be attached to the upper end or the lower end of the door.

  In the doors 1 and 1A, the air holes 24 are formed by slits that are long in the left-right direction. However, holes having various shapes such as slits that are long in the vertical direction, long slits in the oblique direction, and small holes arranged in a lattice pattern. Ventilation holes can be configured by (not shown). Furthermore, the nameplate mounting portion 5 and the components for mounting the nameplate mounting portion 5 (the mounting recesses 11 for the wooden board 2 and the left wooden board 2a and the mounting holes 21 for the left metal board 3a) are storage shelf doors. If not necessary, it is possible to adopt a configuration in which these are not attached. Moreover, it replaces with the wooden board 2, the left wooden board 2a, and the right wooden board 2b, uses the resin board of the same shape as these, or uses the tempered glass board and wooden board of the same shape as the resin board 2c instead of the resin board 2c. The door body can also be configured. In this case, when it is not necessary to prevent peeping (for example, when the stored item in the storage shelf is visible from the outside of the door), the plate body is formed of a material having sufficiently high light transmittance. You can also. Furthermore, although the hinged door type doors 1 and 1A have been described as examples, the configuration of the storage shelf door is not limited thereto, and the present invention can be applied to a sliding door type door. Of course.

1,1A Door 2 Wood plate 2a Left wood plate 2b Right wood plate 2c Resin plate 3a Left metal plate 3b Right metal plate 11, 12, 13 Mounting recess 12a, 21, 22, 23 Mounting hole 14 Communication channel recess 14a Communication channel Opening 15, 15 a, 24 Vent 100, 100 A Locker 101 Locker body

Claims (3)

A door body, and a front panel attached to the door body so as to cover at least the front side at the end along any one of the upper side, the lower side, the left side and the right side of the door body, and the front panel A storage-shelf door that has a panel-side ventilation hole and a body-side ventilation hole that communicates with the panel-side ventilation hole is opened in the door body and can be opened and closed with respect to the shelf body of the storage shelf. And
The door body, the front panel is attached to the front side communicating passage recess constituting a communicating passage for providing communication between the front Symbol panel side vents the main body side vents each other is formed on the front side Thus, the communication path is configured to have the same width as the depth of the communication path recess between the front panel and the bottom surface of the communication path recess, and at the bottom surface of the communication path recess. The main body side vent hole is opened at a position that does not overlap the panel side vent hole in the thickness direction of the door main body,
The front panel is a storage shelf door in which the panel-side vent hole is opened at a position overlapping the recess for the communication path in the thickness direction of the door body . A door body, and a front panel attached to the door body so as to cover at least the front side at the end along any one of the upper side, the lower side, the left side and the right side of the door body, and the front panel A storage-shelf door that has a panel-side ventilation hole and a body-side ventilation hole that communicates with the panel-side ventilation hole is opened in the door body and can be opened and closed with respect to the shelf body of the storage shelf. And
The door body includes a plate body and a component piece attached to the front side along one of the sides of the plate body, and causes the panel side air hole and the body side air hole to communicate with each other. The front panel and the plate are configured such that the communication passage opening constituting the communication passage is opened larger than the panel side vent hole and the main body side vent hole, and the front panel is attached to the front side of the component piece. The communication path is formed between the bodies with the same width as the thickness of the component piece, and overlaps the opening for the communication path in the thickness direction of the component piece in the plate, and The main body side vent hole is opened at a position that does not overlap the panel side vent hole in the thickness direction,
The front panel is a storage shelf door in which the panel-side vent hole is opened at a position overlapping the communication path opening in the thickness direction of the component piece . Storage shelf storage rack door according to claim 1 or 2 wherein is attached to be openable and closable with respect to the shelf body.

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