JP2009050442A - Cabinet - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a cabinet with a partitioning plate which is capable of surely supporting a member to be stored so as to put it against even when the member is a large-sized file or the like storing maps or drawings or the like or a thin and soft member and being easily moved back and forth to the left and right and stopped. <P>SOLUTION: The partitioning plate 1 for receiving the member A to be stored such as a large-sized drawing or a bookbound body from one side face is suspended to be movable to the left and right by a left and right guide mechanism 2 from the side of the upper wall surface 9a of cabinet space 9 opened at the front, and a stop mechanism 3 capable of stopping the partitioning plate 1 at multi-stage positions or stepless positions in the longitudinal direction is provided. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a storage.

Conventionally, in order to store books, book-binding documents, etc., and receiving members such as filing notebooks in an upright manner, a support plate member (book end) formed into a reverse T-shaped or L-shaped sheet metal on a shelf. ) Some of the lower pieces support the tilt by using a part of the storage member as an underlay. Moreover, as a storage, as shown in Patent Document 1, a retaining groove portion is provided on a shelf plate, and a supporting wire member (book support) in which a metal wire is curved in an Ω shape is engaged with the retaining groove portion. Attached ones are known. There is also known a drawer cabinet for storing large sheets of paper such as maps, drawings and posters in a stacked manner.
JP-A-9-51825

  When storing large sheets of paper such as maps, drawings, and posters, it takes time and effort to search and retrieve them. It was liked. However, when arranging and storing in an upright manner, the inverted T-shaped or L-shaped support plate member cannot support a tilting load in the left-right direction well because the large file has a high center of gravity. Further, in the case of a thin and weakly accommodated member, it cannot be said that it is tilted so as to get over the support plate member, or the accommodated member is curved and leans, the paper surface is deformed and the accommodation state is not good. Further, the support plate member is not easy to move the support plate member (book end) because a part of the lower piece is laid under the storage member (it was necessary to lift the storage member).

  Also, since the support wire member is engaged with the shelf by utilizing the elasticity with which the Ω-shape is open, it is difficult for a person with weak power to move the Ω-shape to the left and right so as to close the Ω-shape. It was. Further, in the case where the elastic force is weakened with emphasis on the lateral mobility and operability, there is a problem that the support wire member is displaced without being able to receive the tilting load such as a large drawing or a map. In other words, if the elastic force is set weak, the engaging force becomes weak, and the tilt of the member to be stored cannot be supported, and the elastic force cannot be set carelessly. Further, when the elastic force is set strongly, there is a problem that the movement is difficult and the support wire member is engaged even when it is twisted into the locking groove. Furthermore, if it is forcibly moved, there is a problem that the support wire member is deformed and cannot be used.

  The problem to be solved is to facilitate the movement of the partition member (support plate member, support wire member, etc.) to the left and right, and to reliably receive (support) a large member to be stored or a member to be stored that is weak. It is a point that cannot be stored.

  Therefore, the present invention can be received so as to be surely stood (standing upright) even if the member to be stored is a large file or the like stored such as a map or a drawing, or a thin and thin waist, and An object of the present invention is to provide a storage provided with a partition plate that can be easily moved left and right.

  Therefore, the storage according to the present invention moves the partition plate, which receives a member to be stored such as a large drawing or a main body, from one side surface from the upper wall surface side of the front opening storage space by the left and right guide mechanism. It is provided with a stop mechanism that can be freely suspended and that can stop the partition plate at a multistage position or a continuously variable position in the left-right direction.

  The left and right guide mechanism includes a guided member attached to the upper and lower corners of the upper end of the partition plate, and a guide rail with a ball for guiding the guided member. It is arranged in the vicinity of the front and rear edges so that it can move left and right.

  The left and right guide mechanism has a roller member attached to the upper and lower corners of the upper end of the partition plate, and a guide rail for guiding the roller member, and a front edge and a rear edge of the upper wall surface of the storage space. It can be moved left and right so that it can move left and right.

  The left and right guide mechanism has a roller member attached to the upper and lower corners of the upper end of the partition plate, and a guide rail for guiding the roller member, and a front edge and a rear edge of the upper wall surface of the storage space. An upper roller member attached to the upper center of the partition plate, and an upper guide rail disposed on the upper wall surface of the storage space to guide the upper roller member. It is what has.

  The stop mechanism has a lock member attached so as to be protruded and stored from the upper end surface of the partition plate, an operation unit for operating the protrusion and storage of the lock member, and an uneven wave portion provided on the upper wall surface side. A band plate-like member, and the locking member is protruded by the operation portion and fitted into the concave portion of the uneven wave portion, and can be stopped at a multistage position in the left-right direction.

  The stop mechanism includes a lock member that is provided so as to be protruded and housed from an upper end surface of the partition plate, an operation unit that operates to project and house the lock member, and a belt that is provided on the upper wall surface side. A plate-like member, and the locking member is protruded by the operating portion, and is partially compressed so as to form a concave portion in the belt-plate member by contacting the belt-plate-like member. It is possible to stop at the stepless position.

  According to the storage of the present invention, since the left and right guide mechanism is provided, the member to be stored can be received by easily moving the partition plate to the left and right. Moreover, since the stop mechanism is provided, the partition plate can be stopped at the multistage position or the continuously variable position, and the member to be stored can be reliably received.

Hereinafter, the present invention will be described in detail with reference to the drawings illustrating embodiments.
FIG. 1 is a front view showing an embodiment of a storage of the present invention, FIG. 2 is a sectional side view of an essential part thereof, FIG. 3 is an enlarged sectional side view of an essential part thereof, and FIG. It is the principal part expanded sectional front view.

  One embodiment of the storage according to the present invention has a box-like bottom wall member 7 installed on the floor (ground) as one surface, and four metal support members 8 from the vicinity of the four corners of the bottom wall member 7, 8, 8 and 8 are arranged upright, metal thin plate-like side plate members 6 and 6 are arranged on the left and right side surfaces, and a metal thin plate-like back plate member 5 is arranged on the back surface. Three metal plate-like upper wall members 4, 4, 4 are sequentially arranged in parallel with the bottom wall member 7 above the member 7, and each member is attached to form three storage spaces in a front opening box shape. 9, 9, 9 are formed. In addition, the storage space 9 is formed to have a size that allows the storage target member A, which has been bound to a book by filing large drawings, maps, posters, and the like, to be stored upright.

  In other words, the bottom wall member 7 is the bottom surface, the top wall member 4 is the top surface (top plate 41), the left and right side plate members 6 and 6 are the left and right side surfaces, the back plate member 5 is the back surface, It is a storage that is framed by 8, 8, and 8 to form a front opening box-shaped space portion, and further, two upper wall members 4 and 4 are placed on the shelf surface (in the space portion above the bottom wall member 7) Shelves 42) are sequentially arranged and attached to form three storage spaces 9, 9, 9 of an upper stage, a middle stage, and a lower stage.

  The storage space 9 includes a partition plate 1 that holds the member A to be stored from one side. The partition plate 1 is provided (suspended) in a suspended manner from an upper wall surface 9 a that forms the upper surface of the storage space 9. Further, the lower end surface 13 of the partition plate 1 forms an appropriate gap without contacting the lower wall surface 9 b that forms the lower surface of the storage space 9. This gap is the height of the storage space 9 (the length from the upper wall surface 9a to the lower wall surface 9b) so that the member A to be stored is not curved and does not pass through the lower end surface 13 of the partition plate 1. More than half the length or the length (size) at which the lower end surface 13 of the partition plate 1 is in the vicinity of the lower wall surface 9b of the storage space 9 is set.

  Further, the partition plate 1 is externally attached and attached to the upper and lower corners 11 and 11 of the partition plate 1 (front side as front and back side as rear) so as to sandwich the partition plate 1 from the left and right direction (arrow L direction in FIG. 1). Alternatively, the partition holding members 12 and 12 are screwed. The partition holding member 12 protrudes in the left-right direction and forms flat plate flange portions 12a and 12a having a plane perpendicular to the upper wall surface 9a. The flange portions 12a and 12a are attached (screwed) to the left and right guide mechanism 2 that can reciprocate in the left and right directions. That is, the partition plate 1 is attached (screwed) to the left and right guide mechanisms 2 via the partition holding member 12.

  The left and right guide mechanism 2 has a sheet metal columnar rail holding member 23 having a length substantially equal to the left and right width of the storage space 9 on the upper wall surface 9a of the storage space 9 with the front and rear edges of the upper wall surface 9a extending in the longitudinal direction. Each is attached to each other as a direction. The U-shaped guide rails 22 are respectively attached to the rail holding members 23, 23 that are front-to-back facing each other. The guide rail 22 is attached to the rail holding member 23 horizontally. Inside the guide rail 22, a large number of metallic balls 21 are arranged in three rows in the vertical direction (in the mounted state) and in the horizontal direction. The ball 21 is rotatably supported by a retainer 24 and is built in the guide rail 22. Further, a U-shaped guided member 20 is attached to the guide rail 22 so as to contact the ball 21 and reciprocate in the left-right direction along the guide rail 22 with a slight force. .

  That is, the left and right guide mechanism 2 is such that the guided member 20 can reciprocate left and right along the guide rail 22. And the partition holding member attached to each of the guided members 20 arranged in a face-to-face manner on the front and rear edges of the upper wall surface 9a of the storage space 9 is attached to the upper and lower corners 11, 11 of the partition plate 1. 12 and 12 are respectively attached (screwed), and the partition plate 1 is suspended from the upper wall surface 9a side so as to be reciprocally movable left and right.

  Further, the partition plate 1 is provided with (built in) a bar-shaped lock member 30 so as to be protruded and housed from the upper end surface 10 thereof. The lock member 30 is connected to an operation portion 33 having an operation lever 33 a that is swingable up and down and is built in the front portion 14 of the partition plate 1. The lock member 30 is interlocked by operating the operation portion 33 (the operation lever 33a is swung up and down), and is stored in a protruding state (when the operation lever 33a is swung upward), the lock member 30 is retracted. In the state of swinging downward, it is configured to project). This interlocking between the lock member 30 and the operation part 33 uses a mechanism of a French drop (or top and bottom drop) fitting of a fitting that is often used as a locking member on the child door side of a parent / child door that can be double-opened. It is. Further, it is desirable that the distal end portion (protruding storage portion) 30a of the lock member 30 is formed in a round shape (R shape in sectional view).

  Further, the storage of one embodiment is a (rubber) band plate-like member 31 made of an elastic member with the left-right direction as the longitudinal direction on the upper wall surface 9a of the storage space 9 facing the upper end surface 10 of the partition plate 1. Is attached. The band plate-like member 31 has an uneven wave portion 32 having a wave shape in front sectional view. Further, the lock member 30 (the tip portion 30a thereof) is fitted on the concave portion 32a of the corrugated wave portion 32, and is disposed on the upper wall surface 9a above the tip portion 30a (projecting storage portion) of the lock member 30. It is worn. The concave / convex wave portion 32 is formed in a wave shape in which a plurality of (a number of) concave portions 32a and convex portions 32b are repeated in the left-right direction.

  That is, in the storage of the embodiment, when the lock lever member 30 is protruded from the upper end surface 10 of the partition plate 1 by operating the operation lever 33a of the operation portion 33 of the partition plate 1, the concave portion of the band plate member 31 is formed. A stop mechanism 3 is provided in which the distal end portion 30a of the lock member 30 is fitted in 32a, and the movement of the partition plate 1 in the left-right direction can be stopped at multiple positions.

The usage method (action) of the storage of the embodiment described above will be described.
First, the member A to be stored such as a large drawing or a main body (a main body or a file such as a map, a drawing, a newspaper or a poster) is aligned with the storage space 9 so as to stand upright. However, among the members to be stored A, those that are weak are curved, and those that are large or have a high center of gravity are tilted.

  Therefore, the partition plate 1 is brought close to or in contact with the member A to be stored. At this time, since the partition plate 1 holds the front and rear corner portions 11 and 11 (not cantilever), the lateral force applied to the partition plate 1 is applied to the guided members 20 and 20 at the front and rear edges. Transmit evenly. The guided members 20 and 20 at the front and rear edges have little contact friction with the ball 21 and are stably supported by the guide rail 22 so that they can be smoothly moved from side to side with little force without twisting. Move back and forth.

  Next, the operation unit 33 (the operation lever 33a) is operated. The lock member 30 (the tip 30a thereof) protrudes from the upper end surface 10 of the partition plate 1. Then, the protruding end portion 30a of the protruding lock rod member 30 is fitted so as to be close to or in contact with the concave portion 32a of the strip plate member 31. Further, even when the round tip portion 30a protrudes, even if it contacts the convex portion 32b, the concave-convex wave portion 32 is formed in a cross-sectional wave shape, so that the lock member 30 ( The tip 30a) is fitted.

  The partition plate 1 is surely stopped at the multistage position by the fitting of the lock member 30 (tip portion 30a) into the band plate member 31 (by the stop mechanism 3). That is, the partition plate 1 reliably receives the member A to be stored from one side surface. The member A to be stored is stored in alignment in the storage space 9 by the partition plate 1.

  Further, when the accommodated member A is taken in and out (when the accommodated member A increases or decreases), the operation unit 33 (the operation lever 33a thereof) is operated. The lock member 30 (the tip 30a thereof) enters (is housed) inside the partition plate 1 so that the partition plate 1 can be moved left and right. When a left-right force is applied to the partition plate 1, it moves smoothly in the left-right direction (horizontal direction) and contacts or approaches the member A to be stored. When the operation unit 33 is operated again, the distal end portion 30a of the lock member 30 protrudes from the upper end surface 10. Even if there is an increase or decrease in the member A to be stored (even if the length in the left-right direction to be stored is changed), the band-like member 31 has the concave and convex portions 32a and 32b in a continuous wave shape (multistage). Since it is formed, the lock member 30 fits smoothly into the recess 32a at the multistage position, and stops the partition plate 1. That is, the partition plate 1 stops easily and reliably at the multistage position and receives the member A to be stored.

  Next, another embodiment of the left and right guide mechanism 2 will be described. FIG. 5 is an enlarged cross-sectional side view of a main part of another embodiment of the left and right guide mechanism 2, and FIG. 6 is an enlarged front view of the main part thereof.

  In the left and right guide mechanisms 2 of other examples, rail holding members 23 and 23 that are attached in the same manner as in the embodiment are provided with guide rails 22 and 22 having a C-shaped cross section with their respective openings facing each other. Is attached.

As shown in FIG. 5, the guide rail 22 on the front side (the opening side of the storage space 9) has the opening portion attached to the front portion 14 of the partition plate 1 in a face-to-face manner. The guide rail 22 engages three rotatable roller members 51 arranged in the left-right direction. The roller member 51 has a guide groove 51a in the circumferential direction. Roller member 51 is engaged in and the rotation axis L ₁ to horizontally rotatably guide rail 22. That is, the opening of the guide rail 22 is provided so that the upward projecting piece 22a and the downward projecting piece 22b that can be inserted into the guide groove 51a and guide the roller member 51 in the left-right direction are opposed to each other. The guide groove 51a of the middle roller member 51 in 51 is locked to the downward projecting piece 22b, and the guide groove 51a, 51a of the two left and right (remaining) roller members 51, 51 is engaged with the upward projecting piece 22a. It has stopped. The three roller members 51, 51, 51 are attached to the flange portions 12 a, 12 a of the partition holding member 12 similar to the embodiment via a flat connecting plate member 60.

  In addition, although not shown in the drawings, another roller guide 51 is also provided on the other guide rail 22 provided in a face-to-face manner, and is a partition holding member attached to the rear side of the partition plate 1. It is attached to 12 flange portions 12a, 12a.

The usage (action) of the left and right guide mechanism 2 of the other embodiment described above will be described.
Guide groove portions 51a of four of the six roller members 51 in total, which are rotatably attached to the partition plate 1, are locked to the upward protruding pieces 22a, and the guide groove portions 51a of the remaining two roller members 51 protrude downward. By being locked to the piece 22b, the partition plate 1 is smoothly squeezed along the guide rail 22 (upper and lower projecting pieces 22a, 22b) while being restricted from swinging so as to tilt in the front-rear and left-right directions. To the left and right. Further, the partition plate 1 can receive a load by four roller members 51 that are rotatably locked to the upward projecting piece 22a, and two roller members 51 that are rotatably locked to the downward projecting piece 22b. The movement is controlled so that it swings upwards, and it moves smoothly to the left and right without being twisted.

Next, the left and right guide mechanism 2 and the stop mechanism 3 of another embodiment will be described.
FIG. 7 is a cross-sectional side view of an essential part showing a left and right guide mechanism and a stop mechanism of another embodiment, FIG. 8 is an enlarged cross-sectional side view of the main part, and FIG. It is.

  As shown in FIG. 7, the left and right guide mechanism 2 of another embodiment has stepped rail holding members 23 and 23 arranged in a face-to-face manner in the front and rear of the storage space 9 as in the embodiment. ing.

  Then, the front rail holding member 23, the front portion 14 of the partition plate 1 with an opening disposed in a face-to-face configuration, a C-shaped front guide rail 22 </ b> A and a front upper end surface 10 of the partition plate 1. A front upper guide rail 22C having a C-shaped cross section in which the openings are arranged facing each other is provided. Further, the rear rail holding member 23, the rear guide rail 22 B having a C-shaped cross section in which the opening portion is provided facing the rear portion 15 of the partition plate 1, and the upper end surface 10 near the rear of the partition plate 1. Further, a rear upper guide rail 22D having a C-shaped cross section in which the openings are arranged in a face-to-face manner is provided.

Here, as shown in FIGS. 8 and 9, the front guide rail 22 </ b> A includes three rotatable front roller members 51, 51, 51 arranged in the left-right direction. Front roller member 51, 51 is disposed in the lateral direction rotation axis L ₁ in the horizontal state. One of the three front roller members 51, 51, 51 is in contact with the upper side (upper wall surface 9a side) of the inner wall 22d of the front guide rail 22A (shown by a dotted line in FIG. 8). Roller member 51). The left and right (remaining) front roller members 51 and 51 are in contact with the lower side of the inner wall 22d (the side opposite to the upper wall surface 9a).

The front upper guide rail 22C includes two rotatable front upper roller members 51, 51. The two upper front roller member 51 is disposed in the lateral direction to the rotation axis L ₁ in a vertical shape. The two front upper roller members 51 are in contact with the front side (opening side of the storage space 9) of the inner wall 22d of the front upper guide rail 22C.

Further, the rear guide rail 22B (see FIG. 7), similar to the front guide rail 22A, the three roller members 51, 51, 51 arranged in the lateral direction, the rotation axis L ₁ is horizontally It is so decorated. As with the front roller member 51, one of these three rear roller members 51, 51, 51 is in contact with the upper side of the inner wall 22d, and the other two are in contact with the lower side of the inner wall 22d. .

Further, the rear upper guide rail 22D includes two rotatable rear upper roller members 51, 51. Above roller member 51 after two rear side of the inner wall 22d of the upper rear guide rail 22D in the rotation axis L ₁ in the vertical form (rear wall surface 9c side to form a rear surface of the receiving space 9) It is in contact.

  Further, the partition plate 1 provided in the storage space 9 similar to the embodiment is provided with partition holding members 12 and 12 attached to the upper and lower front and rear corners 11 and 11, respectively. The partition holding member 12 has flat plate flange portions 12a and 12a each projecting in the left-right direction and having a plane perpendicular to the upper wall surface 9a, and a flat plate upper flange portion 12b having a plane parallel to the upper wall surface 9a. , 12b.

  The front roller members 51, 51, 51 are attached to the flange portion 12 a of the front partition holding member 12 via a flat connecting plate member 60. Further, the front upper roller members 51, 51 are attached to the upper flange portion 12b of the partition holding member 12 on the front side. Further, the rear roller members 51, 51, 51 are attached to the flange portion 12 a of the rear partition holding member 12 via a flat connecting plate member 60. Further, the rear upper roller members 51 and 51 are attached to the upper flange portions 12b and 12b of the partition holding member 12 on the rear side. That is, a plurality of roller members 51 are attached to the upper and lower corners 11 and 11 of the partition plate 1 via the partition holding members 12 and 12.

  Next, the stop mechanism 3 of another Example is provided with the lock lever member 30 and the operation part 33 in the partition plate 1 similarly to one Embodiment. As shown in FIGS. 7 to 9, it has a strip-like member 31 made of an elastic member whose longitudinal direction is the left-right direction and whose cross section is a flat plate. The band plate-like member 31 is attached to the upper side (the upper wall surface 9a side of the storage space 9) of the inner wall 22d of the front upper guide rail 22C with which the lock member 30 protrudes and the front end 30a can come into contact. Yes. This band plate-like member 31 is formed of a member having a hardness sufficient to form a concave recess 31a by partially compressing the concave contact surface 30a when the distal end 30a of the lock member 30 contacts. Yes.

The usage (action) of the left and right guide mechanism 2 and the stop mechanism 3 of another embodiment described above will be described.
In the left and right guide mechanism 2 of another embodiment, four of the total six front / rear roller members 51 abut on the lower side of the inner wall 22d of the front / rear guide rails 22A and 22B, and the remaining two are It contacts the upper side of the inner wall 22d. That is, the load of the partition plate 1 is reliably supported by the four roller members 51, and the upward movement of the partition plate 1 is restricted by the remaining two roller members 51, so that the partition plate 1 can be smoothly moved left and right without being twisted. Move back and forth in the direction.

  Further, the front upper roller member 51 contacts the front side of the inner wall 22d of the front upper guide rail 22C, and the rear upper roller member 51 contacts the rear side of the inner wall 22d of the rear upper guide rail 22D. 1 is moved back and forth back and forth. In other words, the partition plate 1 is restricted from moving forward and backward, and is restricted from being twisted in the front-rear direction, and is smoothly reciprocated left and right.

  And when the stop mechanism 3 of another Example stops the partition plate 1, it operates the operation part 33 similarly to one Embodiment, and the upper wall surface 9a side of the storage space 9 is operated by operating the operation part 33. To protrude. Then, the protruding tip end portion 30a of the locking member 30 comes into contact with the belt-like member 31 (attached to the upper wall surface 9a side of the inner wall 22d) of the front upper guide rail 22A. The band plate-like member 31 receives the partial compression from the distal end portion 30a and forms the recessed portion 31a. That is, the partition plate 1 is stopped and held when the lock member 30 comes into contact with the strip plate member 31 at a free position in the left-right direction. In other words, the partition plate 1 is easily and reliably stopped at the stepless position and receives the member A to be stored.

Next, a left and right guide mechanism 2 and a stop mechanism 3 of still another embodiment will be described.
FIG. 10 is a cross-sectional side view of an essential part showing a left / right guide mechanism 2 and a stop mechanism 3 of still another embodiment.

  As shown in FIG. 10, the left and right guide mechanism 2 of another example has a C-shaped cross section with each opening facing the rail holding members 23 and 23 attached in the same manner as in the embodiment. -Shaped guide rails 22 and 22 are attached. Furthermore, an upper guide rail 54 having a C-shaped cross section is provided on the upper wall surface 9 a side of the storage space 9 with an opening facing the center of the upper end surface 10 of the partition plate 1.

  Further, the partition plate 1 provided in the storage space 9 similar to the embodiment is provided with partition holding members 12 and 12 attached to the upper and lower front and rear corners 11 and 11, respectively. The partition holding member 12 includes flat plate flange portions 12a and 12a that protrude in the left-right direction and have a plane perpendicular to the upper wall surface 9a. Furthermore, a partition support member 61 attached to the upper center portion 50 of the partition plate 1 is attached. The partition support member 61 has a flat flange portion 61b that protrudes in the left-right direction and has a plane parallel to the upper wall surface 9a.

The upper guide rail 54 includes three rotatable upper roller members 53 arranged in the left-right direction. The three upper roller members 53 are arranged in the left-right direction with the rotation axis L ₁ being vertical. The middle one of the three upper roller members 53 is in contact with the rear side (the back wall surface 9c side of the storage space 9) of the inner wall 54d of the upper guide rail 54 (shown by the dotted line in FIG. 10). Upper roller member 53). The left and right (remaining) two upper roller members 53 are in contact with the front side of the inner wall 54d (the opening side of the storage space 9). The upper roller member 53 is rotatably attached to the upper flange portion 61b of the partition support member 61.

Each of the front and rear guide rails 22 and 22 is internally provided with three roller members 51. As in the case of the front / rear roller member 51 of the left / right guide mechanism 2 of another embodiment, the rotation axis L ₁ is disposed horizontally, and one roller member 51 is disposed above the inner wall 22d. The two roller members 51 are disposed so as to contact the lower side of the inner wall 22d (see FIGS. 8 and 9 showing another embodiment as a reference diagram). Further, the three roller members 51 are rotatably attached to the flange portion 12a of the partition holding member 12.

  Furthermore, the stop mechanism 3 of another Example equips the partition plate 1 with the lock lever member 30 and the operation part 33 similarly to one Embodiment. And it has the strip | belt-plate-shaped member 31 which makes the left-right direction a longitudinal direction and the cross section is a flat plate-shaped elastic member. The band plate-like member 31 is attached to the upper wall surface 9a of the storage space 9 in which the lock member 30 protrudes and the tip portion 30a can contact. The band plate-like member 31 is formed of a member having a hardness enough to form a recessed portion 31a when the distal end portion 30a of the locking member 30 contacts and the contact surface is partially compressed and recessed. Yes.

The usage (action) of the left and right guide mechanism 2 and the stop mechanism 3 of still another embodiment will be described.
Further, in the left and right guide mechanism 2 of another embodiment, when the partition plate 1 is reciprocated in the left and right direction, the two upper roller members 53 come into contact with the front side of the inner surface wall 54d, and the one upper roller member 53 is in the inner side. The partition plate 1 is reciprocated left and right by coming into contact with the rear side of the face wall 54d. That is, the partition plate 1 is restricted from moving in the front-rear direction and is restricted from being twisted in the front-rear direction, and is reciprocated left and right in the right direction.
In addition, the roller members 51 housed in a total of six front / rear guide rails 22 and 22 are in contact with the lower side of the inner wall 22d of the guide rail 22 and four of the roller members 51 are located above the inner wall 22d. Abut on the side. That is, the load of the partition plate 1 is reliably supported by the four roller members 51, and the upward movement of the partition plate 1 is restricted by the remaining two roller members 51, so that the partition plate 1 can be smoothly moved left and right without being twisted. Move back and forth in the direction.

  Further, when stopping the partition plate 1, the stop mechanism 3 of another embodiment operates the operating portion 33 to place the lock member 30 on the upper wall surface 9 a of the storage space 9 as in the embodiment. Project to the side. Then, the protruding tip end portion 30a of the lock lever member 30 comes into contact with the strip plate member 31 attached to the upper wall surface 9a. The band plate-like member 31 receives the partial compression from the distal end portion 30a and forms the recessed portion 31a. That is, the partition plate 1 is stopped and held by the lock lever member 30 coming into contact with the strip plate member 31 at a free position in the left-right direction. In other words, the partition plate 1 is easily and reliably stopped at the stepless position and receives the member A to be stored.

  In the present invention, the design can be changed. For example, a plurality of partition plates 1 may be provided. Further, the upper and lower positions of the upper wall member 4 (the height of the storage space 9) can be freely set, and the partition plate 1 is detachable from the left and right guide mechanism 2 (for example, screwed), so that the storage space 9 It may be exchangeable according to the size. In addition, the vertical length (height) of the partition plate 1 may be configured to be extendable (for example, foldable).

  Further, the rear guide rails 22 of the two left and right guide mechanisms 2 and 2 are attached to the rear wall surface 9c forming the back surface of the storage space 9 near the upper wall surface 9a via a metal columnar rail holding member 23, and the back surface. A guided member 20 is attached from the vicinity of the upper wall surface 9a of the wall 9c to the upper portion (upper end rear corner 11) of the partition plate 1 via the partition holding member 12, and from the upper wall surface 9a side of the storage space 9 The partition plate 1 may be installed vertically. A plurality of roller members 51 may be provided. The plurality of roller members 51 may be arranged in a zigzag shape in plan view.

  Also, a metal columnar rail holding member is provided so that the guide rail 22 is connected to the vicinity of the upper wall surface 9a of the opening of the storage space 9 and the left and right column members 8, 8 (or the left and right side plate members 6, 6) are connected in the left and right direction. 23 is provided, and the left and right guide mechanism 2 is attached, and the guided member 20 is interposed from the vicinity of the upper wall surface 9a of the opening to the upper portion (the upper front corner 11) of the partition plate 1 via the partition holding member 12. The partition plate 1 may be suspended from the upper wall surface 9 a side of the storage space 9.

  In addition, a long concave groove portion having the left-right direction as the longitudinal direction is formed in the belt-like member 31, and the distal end portion 30a of the locking member 30 is protruded and brought into contact with the long concave groove portion to stop the partition plate 1 at a stepless position. It may be possible. Further, as a mechanism for projecting and storing the lock lever member 30, in addition to the above, the movement of the lock lever member 30 corresponding to the vertical swing operation of the operation lever 33a may be the reverse of the embodiment. In addition to the French drop (up and down drop) mechanism, a locking protrusion is formed on the operation lever 33a of the operation portion 33, such as a round drop (Nanjing drop) mechanism, and the locking groove provided in the operation portion 33 is formed. A round drop (Nanjing drop) that locks the lock member 30 into a protruding state may be arranged in an upward direction so that it can be protruded and stored from the upper end surface 10. Alternatively, the operation lever 33a may be formed in a rotary knob shape and rotated so that the lock lever member 30 protrudes and is stored.

  As described above, according to the present invention, the left and right guide mechanisms 2 are arranged such that the partition plate 1 for receiving the member A to be stored such as a large drawing or a main body from one side is viewed from the upper wall surface 9a side of the storage space 9 having a front opening shape. And the stop mechanism 3 that can stop the partition plate 1 at a multi-stage position or a stepless position in the left-right direction can be smoothly moved in the left-right direction. . Moreover, since the partition plate 1 can be stopped in the left-right multistage or continuously variable position, the member A to be stored can be reliably received. Further, the left and right guide mechanisms 2 and the stop mechanism 3 can be easily adjusted individually.

  The left / right guide mechanism 2 includes a guided member 20 attached to the upper and lower corners 11 and 11 of the upper end of the partition plate 1 and a guide rail 22 with a ball 21 for guiding the guided member 20. Since it is arranged in the vicinity of the front and rear edges of the upper wall surface 9a of the space 9 so as to be movable left and right, the partition plate 1 can move smoothly in the left and right direction without being twisted. Because it is a guide rail with ball 21, there is little contact (friction) resistance and it can move smoothly with a slight force.

  The left and right guide mechanism 2 includes a roller member 51 attached to the upper and lower front corners 11 and 11 of the partition plate 1 and a guide rail 22 for guiding the roller member 51, and an upper wall surface 9 a of the storage space 9. Since it is arranged in the vicinity of the front edge and the rear edge so as to be movable left and right, the partition plate 1 can move smoothly in the left and right direction without being twisted. Since the roller member 51 abuts on the guide rail 22 and moves, the partition plate 1 does not fluctuate and can move back and forth in the right and left direction stably. Further, the member A can be held more stably because there is no wobbling in the front-rear direction. Further, the vertical swing of the partition plate 1 is restricted, and the partition plate 1 can be reciprocated more smoothly.

  The left and right guide mechanism 2 includes a roller member 51 attached to the upper and lower front corners 11 and 11 of the partition plate 1 and a guide rail 22 for guiding the roller member 51, and an upper wall surface 9 a of the storage space 9. The upper roller member 53 is disposed in the vicinity of the front edge and the rear edge, and is attached to the upper center portion 50 of the partition plate 1, and the upper wall surface 9 a of the storage space 9 for guiding the upper roller member 53. Since the upper guide rail 54 is provided on the side, the partition plate 1 can be smoothly moved in the left-right direction without being twisted. Since the roller member 51 abuts on the guide rail 22 and moves, the partition plate 1 does not fluctuate and can move back and forth in the right and left direction stably. Further, the member A can be held more stably because there is no wobbling in the front-rear direction. Further, the swing of the partition plate 1 in the vertical and horizontal directions is restricted, and the partition plate 1 can be reciprocated more smoothly. Since the upper and lower corners 11 and 11 and the upper center part 50 of the partition plate 1 are guided and reciprocated, the reciprocating movement can be performed more stably.

  Further, the stop mechanism 3 is disposed on the side of the upper wall surface 9a, and a lock member 30 attached so as to be protruded and retractable from the upper end surface 10 of the partition plate 1, an operation portion 33 for operating the protrusion and storage of the lock member 30. A band plate-like member 31 having an uneven wave portion 32, and the lock member 30 is protruded by the operation portion 33 and fitted into the recess 32a of the uneven wave portion 32 so that it can be stopped at a multistage position in the left-right direction. Therefore, the member A to be stored can be reliably received. Further, since the corrugated wave portion 32 is provided, the lock member 30 fits smoothly into the concave portion 32a. Moreover, since it can be stopped at the multi-stage position, even if there is an increase or decrease in the member A to be stored, the partition plate 1 can be reliably held by being brought close to or in contact with the member A to be stored. Further, the stop holding force (that is, the force for receiving the force from the member A) can be adjusted (set) without affecting the operability of moving in the left-right direction.

  Further, the stop mechanism 3 is disposed on the side of the upper wall surface 9a, and a lock member 30 attached so as to be protruded and retractable from the upper end surface 10 of the partition plate 1, an operation portion 33 for operating the protrusion and storage of the lock member 30. A band plate-like member 31 made of an elastic member, and the lock member 30 is protruded by the operation portion 33 so as to come into contact with the band plate-like member 31 to form a recessed portion 31a in the band plate-like member 31. Since it is partially compressed and can be stopped at the stepless position in the left-right direction, even if the stored member A increases or decreases, the partition plate 1 can be brought into contact with the stored member A and reliably received. it can. Further, the stop holding force of the stop mechanism 3 (that is, the force for receiving the force from the member to be stored A) can be adjusted (set) without affecting the operability of moving in the left-right direction. Moreover, since the strip plate-shaped member 31 forms the recessed portion 31a, the partition plate 1 can be stopped and held securely by contacting the lock lever member 30 so as to be inserted into the strip plate lock member 31.

It is a front view which shows one Embodiment of the storage which concerns on this invention. It is a principal part cross-sectional side view which shows one Embodiment of the storage which concerns on this invention. It is a principal part expanded sectional side view which shows one Embodiment of the storage which concerns on this invention. It is a principal part expanded sectional front view which shows one Embodiment of the storage which concerns on this invention. It is a principal part expanded sectional side view which shows the left-right guide mechanism of another Example. It is a principal part expanded sectional front view which shows the left-right guide mechanism of other Examples. It is a principal part cross-sectional side view which shows the left-right guide mechanism and stop mechanism of another Example. It is a principal part expanded sectional side view which shows the left-right guide mechanism and stop mechanism of another Example. It is a principal part expanded sectional front view which shows the left-right guide mechanism and stop mechanism of another Example. It is a principal part cross-sectional side view which shows the left-right guide mechanism and stop mechanism of another Example.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Partition plate 2 Left-right guide mechanism 3 Stop mechanism 4 Upper wall member 9 Storage space 9a Upper wall surface
10 Top surface
11 Upper and lower front and rear corners
20 Guided member
21 balls
22 Guide rail
30 Locking material
31 Strip plate member
31a depression
32 Uneven wave
32a recess
33 Control section
50 Upper center
51 Roller member
53 Upper roller member
54 Upper guide rail A Housed material

Claims (6)

  A partition plate (1) for receiving a member to be stored (A) such as a large-sized drawing or a main body from one side is provided with a left and right guide mechanism (2) from the upper wall surface (9a) side of the storage space (9) having a front opening. ) And a stop mechanism (3) capable of stopping the partition plate (1) at a multistage position or a continuously variable position in the left-right direction.   The left and right guide mechanism (2) includes a guided member (20) attached to the upper and lower front and rear corners (11) and (11) of the partition plate (1) and a ball for guiding the guided member (20) ( 21) and a guide rail (22) attached to the storage space (9), disposed in the vicinity of the front and rear edges of the upper wall surface (9a) so as to be movable left and right. 1 storage.   The left and right guide mechanism (2) includes a roller member (51) attached to upper and lower front and rear corners (11) and (11) of the partition plate (1), and a guide rail (22) for guiding the roller member (51). The storage case according to claim 1, wherein the storage space (9) is disposed in the vicinity of the front and rear edges of the upper wall surface (9a) so as to be movable left and right. The left and right guide mechanism (2) includes a roller member (51) attached to upper and lower front and rear corners (11) and (11) of the partition plate (1), and a guide rail (22) for guiding the roller member (51). ) And disposed in the vicinity of the front and rear edges of the upper wall surface (9a) of the storage space (9),
Furthermore, the upper roller member (53) attached to the upper center part (50) of the partition plate (1), and the upper wall surface (9a) of the storage space (9) for guiding the upper roller member (53). The storage case according to claim 1, further comprising an upper guide rail (54) disposed on the side.   The stop mechanism (3) includes a lock member (30) provided so as to protrude and retract from the upper end surface (10) of the partition plate (1), and an operation unit for operating the protrusion and storage of the lock member (30). (33) and a band plate member (31) having a corrugated wave portion (32) disposed on the upper wall surface (9a) side, the lock member (30) being connected to the operation portion (33) The storage case according to claim 1, 2, 3 or 4, wherein the container can be protruded by being inserted into the concave portion (32a) of the uneven wave portion (32) and stopped at a multistage position in the left-right direction.   The stop mechanism (3) includes a lock member (30) provided so as to protrude and retract from the upper end surface (10) of the partition plate (1), and an operation unit for operating the protrusion and storage of the lock member (30). (33) and a belt-like member (31) made of an elastic member disposed on the upper wall surface (9a) side, the locking member (30) is projected by the operating portion (33), The belt plate-like member (31) is in contact with the belt plate-like member (31) and is partially compressed so as to form a recessed portion (31a) so that it can be stopped at a stepless position in the left-right direction. Item 1, 2, 3, or 4 storage.

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