CN211704035U

CN211704035U - Storage cabinet with variable space

Info

Publication number: CN211704035U
Application number: CN201922134519.XU
Authority: CN
Inventors: 郑利云
Original assignee: Zhejiang Yadile Wood Industry Co ltd
Current assignee: Zhejiang Yadile Home Co ltd
Priority date: 2019-12-03
Filing date: 2019-12-03
Publication date: 2020-10-20
Anticipated expiration: 2029-12-03

Abstract

The utility model relates to an establish cabinet of accomodating in variable space, including the drawer, be equipped with the cross slab in the drawer, the cross slab will the horizontal receiver of a plurality of is kept apart into to the drawer, is equipped with a plurality of longitudinal baffle in the horizontal receiver, longitudinal baffle will a plurality of storage grid is split into to horizontal receiver, and it is right to be equipped with the jack along transverse distribution that a plurality of number volume is greater than longitudinal baffle quantity on the horizontal receiver, is equipped with the perpendicular hole that upwards extends on the pore wall of jack, and the both ends of longitudinal baffle are equipped with the connecting pin assembly, and the connecting pin assembly is including setting up the slide opening on longitudinal baffle's terminal surface, wearing to establish in the slide opening with jack complex bolt and bolt pop-out spring, and the. The utility model has the advantages of the check size in the drawer can be adjusted, the problem that the check size in the drawer of the current cabinet of accomodating can not change has been solved.

Description

Storage cabinet with variable space

Technical Field

The utility model relates to a accomodate the cabinet, especially relate to an establish cabinet of accomodating in variable space.

Background

In order to decorate the environment of the home to a certain extent and effectively utilize the space. Can design when present house fitment and accomodate the cabinet. Common storage cabinets are combined with beds, wardrobe, TV cabinets, staircases, etc. Thereby achieving space for effective utilization; the articles are reasonably classified and collected, so that the searching is facilitated; the style of the storage cabinet is matched with the style of home decoration to beautify the whole decoration effect. The drawer is usually designed in the storage cabinet, the basic structure of the storage cabinet with the drawer is that the cabinet body panel comprises a cabinet body and is arranged on the front side of the cabinet body, the cabinet body is internally provided with a drawer containing cavity, the drawer containing cavity is provided with a drawer inlet and outlet hole which penetrates through the cabinet body panel, and the drawer is connected with the drawer capable of passing in and out through the drawer inlet and outlet hole in a sliding mode in the drawer containing cavity. In some cases, a plurality of compartments are provided in each drawer for storing different articles in the same drawer. The existing storage cabinet has the following defects: the size of the grid cannot be changed, and the requirement for size change of the grid under different storage conditions cannot be met; the drawer slides out when receiving vibration and other reasons after being closed, particularly when the drawer is in a state that the outer end of the drawer is inclined downwards; when the drawer is closed, the drawer needs to be manually pushed to the bottom so as to be completely closed, and the manual closing force is sometimes large, so that the impact is large.

SUMMERY OF THE UTILITY MODEL

The utility model discloses a first purpose aims at providing the cabinet of accomodating of establishing variable space that the size of check in the drawer can be adjusted, has solved the problem that the check size in the drawer of current cabinet of accomodating can not change.

The utility model discloses a second purpose aims at further providing one kind and does not need the manual work to push away to the end and also can realize that the drawer inserts completely and maintain in the cabinet of accomodating of establishing variable space of full inserted state, has solved current drawer and need the manual work to push away to the end just can realize inserting completely and can produce the problem of opening the phenomenon when receiving vibrations.

The technical problem is solved by the following technical scheme: a containing cabinet with a variable space comprises a drawer and is characterized in that transverse partition plates are arranged in the drawer, the drawer is separated into a plurality of transverse containing boxes by the transverse partition plates, a plurality of longitudinal partition plates are arranged in the transverse containing boxes, the transverse containing boxes are divided into a plurality of containing grids by the longitudinal partition plates, a plurality of jack pairs distributed in the transverse direction are arranged on the transverse containing boxes, two jacks in the jack pairs are arranged on the inner surfaces of the two longitudinal ends of the transverse containing boxes, the number of the jack pairs on the transverse containing boxes is larger than that of the longitudinal partition plates in the transverse containing boxes, vertical holes extending upwards are arranged on the hole walls of the jacks, connecting pin assemblies are arranged at the two ends of the longitudinal partition plates, each connecting pin assembly comprises a sliding hole arranged on the end surface of each longitudinal partition plate, a bolt matched with the jacks and a bolt ejecting spring positioned in the sliding hole, and each connecting pin ejecting spring penetrates through the sliding hole, a sharp head is arranged at the outer end of the bolt; when the bolt is inserted into the jack, the tip extends into the position of the jack aligned with the vertical hole, and the depth of the tip extending into the position of the jack aligned with the vertical hole is greater than the length of the bolt in the jack. When the check box is used, the size of the check box is changed by inserting the inserted pins of the longitudinal partition plates into different sliding holes. The method for separating the longitudinal partition plate from the transverse storage box comprises the following steps: the rod matched with the vertical hole in size is inserted into the vertical hole, the rod is abutted to the pointed end, the bolt moves towards the sliding hole under the guiding action of the pointed end, when the rod is completely inserted to the bottom, the bolt moves to the part with only the pointed end from the jack and is positioned in the jack, and at the moment, the longitudinal partition plate can be moved to enable the bolt to be completely separated from the jack.

Preferably, the jack is a prismatic hole, and the plug is prismatic matched with the prismatic hole. One end of the longitudinal partition plate only needs one bolt to play a role in preventing the longitudinal partition plate from rotating. If the round pin is matched with the round hole, two bolts are needed to prevent the rotation.

Preferably, the number of the insertion holes on both sides of the longitudinal partition plate is equal and the insertion holes are communicated in a one-to-one correspondence manner, and the two communicated insertion holes on both sides of the longitudinal partition plate share one vertical hole. The manufacture is convenient, and the structure is compact.

Preferably, a handle rod located on a vertical surface is arranged on the outer surface of the drawer front wall plate, the handle rod is detachably connected with the drawer front wall plate through a detachable connecting structure, and a driving rod which can be inserted into the vertical hole and is used for driving the plug pin to be inserted into the sliding hole is arranged at one end of the handle rod. When the plug-in type plug-in device is used, the handle rod is taken down through the dynamic diagram, and then the plug pin is driven to be separated from the jack by inserting the driving rod on the handle rod into the vertical hole. So that the change of the grid can be realized without carrying tools. The convenience is good when in use.

Preferably, the detachable connecting structure comprises a handle rod part threaded head connected to the handle rod and a connector in threaded connection with the handle rod part threaded head, and the connector is connected with the front wall plate of the drawer. The installation and the disassembly of the handle bar are convenient.

The utility model discloses still include the cabinet body and set up the cabinet body panel of cabinet body front side, the internal drawer that is equipped with of cabinet holds the chamber, the drawer holds the chamber and is equipped with and link up the drawer business turn over hole of cabinet body panel, drawer sliding connection is in the drawer holds the intracavity and can warp drawer business turn over hole business turn over, the drawer holds the inner in chamber and establishes ferromagnetic block, the drawer is equipped with the drawer panel, drawer panel width direction's both ends surpass the drawer and form spacing limit, cabinet body panel with form spacing step between the cabinet body, the inner of drawer is equipped with ferromagnetic block cooperation and will make the drawer maintain spacing limit overlap joint is in the permanent magnet of the state on the spacing step. When in use, the drawer is maintained in a fully inserted state under the attraction of the permanent magnet to the ferromagnetic block. When the drawer is inserted, the drawer can be completely inserted only by inserting the permanent magnet to the position where the drawer can move under the attraction of the permanent magnet to the ferromagnetic block, and therefore the drawer does not need to be completely inserted manually. The second object of the invention is achieved.

Preferably, a connecting column extending along the length direction of the drawer is arranged in the drawer accommodating cavity, a threaded hole extending along the extending direction of the connecting column is formed in the end face of one end, facing the drawer, of the connecting column, and the permanent magnet is provided with a permanent magnet part threaded head in the threaded hole in a threaded connection mode. The permanent magnet part threaded head can be rotated by rotating the ferromagnetic block, so that the depth of the permanent magnet part threaded head inserted into the threaded hole is changed to realize the change of the distance between the ferromagnetic block and the permanent magnet, thereby changing the change of the attraction force between the permanent magnet and the ferromagnetic block and avoiding the phenomenon that the attraction force between the permanent magnet and the ferromagnetic block is too large to cause the labor for pulling out the drawer.

Preferably, a connection column part spring for driving the permanent magnet part screw head to move towards the outside of the screw hole is arranged in the screw hole. The position of the permanent magnet part can be changed by resisting the rotation between the thread head of the permanent magnet part and the thread block.

Preferably, the outer surfaces of two sides of the drawer in the width direction are provided with hanging sliding rails extending along the length direction of the drawer, and the drawer accommodating cavity is provided with supporting rollers for supporting the hanging sliding rails. When the drawer is used, the drawer can slide on the supporting roller through the hanging slide rail to realize the in and out of the drawer in the drawer mounting hole.

The utility model has the advantages of that: the size of the grids in the drawer can be changed; the drawer can be prevented from being removed from the fully inserted position; full insertion can also be achieved by the drawer portion needing to be manually pushed fully to the bottom.

Drawings

Fig. 1 is a schematic view of the present invention.

Fig. 2 is a partially enlarged schematic view of a portion a of fig. 1.

Fig. 3 is a partially enlarged schematic view of a portion B of fig. 1.

In the figure: the drawer type refrigerator comprises a cabinet body 1, a cabinet body panel 2, a drawer accommodating cavity 3, a drawer 4, a drawer access hole 8, a handle rod 10, a drawer rear wall plate 13, a drawer front wall plate 22, a drawer panel 23, a hanging slide rail 24, a supporting roller 25, a limiting edge 26, a limiting step 27, a ferromagnetic block 28, a connecting column 29, a threaded hole 30, a permanent magnet part threaded head 31, a connecting column part spring 32, a permanent magnet 33, a transverse partition plate 34, a longitudinal partition plate 35, a containing grid 36, a jack 37, a vertical hole 38, a sliding hole 39, a bolt 40, a bolt ejecting spring 41, a tip 42, a depth L1 of the tip extending into a part of the jack aligned with the vertical hole, a length L2 of the bolt in the jack, a driving rod 43, a handle threaded head 44 and a connecting head 45.

Detailed Description

The present invention will be further described with reference to the accompanying drawings and examples.

Referring to fig. 1, 2 and 3, a storage cabinet with a variable space includes a cabinet body 1 and a cabinet body panel 2 disposed at a front side of the cabinet body. A drawer accommodating cavity 3 is arranged in the cabinet body. The drawer accommodating cavity is provided with a drawer inlet and outlet hole 8 which runs through the panel of the cabinet body. The drawer accommodating cavity is connected with a drawer 4 which can enter and exit through the drawer inlet and outlet hole in a sliding way. The drawer is provided with a drawer panel 23 located on a drawer front wall panel 22. The outer surfaces of both sides of the drawer in the width direction are provided with hanging slide rails 24 extending in the length direction of the drawer. The drawer receiving cavity is provided with support rollers 25 supporting the hanging rails. The two ends of the drawer panel in the width direction exceed the drawer to form limiting edges 26. A limit step 27 is formed between the cabinet body panel and the cabinet body. The inner end of the drawer accommodating cavity is provided with a ferromagnetic block 28, and the ferromagnetic block and the cabinet body are specifically known as follows: the drawer accommodating cavity is internally provided with a connecting column 29 extending along the length direction of the drawer, and the end surface of one end of the connecting column facing the drawer is provided with a threaded hole 30 extending along the extending direction of the connecting column. The permanent magnet is provided with a permanent magnet part threaded head 31 which is in threaded connection in the threaded hole. A connection column part spring 32 for driving the screw head of the permanent magnet part to move towards the outside of the screw hole is arranged in the screw hole. The inner end of the drawer, i.e. the outer surface of the rear wall 13 of the drawer, is provided with a permanent magnet 33 which cooperates with the ferromagnetic block to maintain the drawer in a state in which the limit edge overlaps the limit step. The drawer is internally provided with 2 transverse partition plates 34. The drawer is isolated into 3 horizontal receivers by 2 transverse partition plates. Each transverse storage box is provided with 4 longitudinal partition plates 35. The 4 longitudinal partitions divide one horizontal storage box into 5 storage compartments 36. Each horizontal receiver is equipped with 7 jack pairs along horizontal distribution. Two insertion holes 37 of the insertion hole pair are provided on the inner surfaces of both longitudinal ends of the transverse receiving box. The wall of the receptacle is provided with an upwardly extending vertical bore 38. And connecting pin assemblies are arranged at two ends of the longitudinal partition plate. The connecting pin assembly comprises a sliding hole 39 arranged on the end face of the longitudinal partition plate, a bolt 40 which is arranged in the sliding hole in a penetrating mode and matched with the jack, and a bolt ejecting spring 41 which is positioned in the sliding hole and drives the bolt to extend out of the sliding hole. The outer end of the latch is provided with a pointed end 42. The jack is a regular quadrangular hole. The bolt is in a prism shape matched with the jack. When the bolt is inserted into the jack, the tip extends into the part of the jack aligned with the vertical hole, and the depth L1 of the tip extending into the part of the jack aligned with the vertical hole is larger than the length L2 of the bolt in the jack. The jacks at the two sides of the longitudinal partition board are communicated in an equal number and in one-to-one correspondence, and the two communicated jacks at the two sides of the longitudinal partition board share one vertical hole. The outer surface of the front wall plate of the drawer is provided with a handle rod 10 positioned on the vertical surface. The handle rod is detachably connected with the front wall plate of the drawer through a detachable connecting structure. One end of the handle rod is provided with a driving rod 43 which can be inserted into the vertical hole and is used for driving the bolt to be inserted into the sliding hole. The detachable connection structure comprises a handle rod part threaded head 44 connected to the handle rod and a connector 45 in threaded connection with the handle rod part threaded head. The connector is connected with the front wall plate of the drawer, and is particularly connected with the front wall plate of the drawer.

Claims

1. A containing cabinet with a variable space comprises a drawer and is characterized in that transverse partition plates are arranged in the drawer, the drawer is separated into a plurality of transverse containing boxes by the transverse partition plates, a plurality of longitudinal partition plates are arranged in the transverse containing boxes, the transverse containing boxes are divided into a plurality of containing grids by the longitudinal partition plates, a plurality of jack pairs distributed in the transverse direction are arranged on the transverse containing boxes, two jacks in the jack pairs are arranged on the inner surfaces of the two longitudinal ends of the transverse containing boxes, the number of the jack pairs on the transverse containing boxes is larger than that of the longitudinal partition plates in the transverse containing boxes, vertical holes extending upwards are arranged on the hole walls of the jacks, connecting pin assemblies are arranged at the two ends of the longitudinal partition plates, each connecting pin assembly comprises a sliding hole arranged on the end surface of each longitudinal partition plate, a bolt matched with the jacks and a bolt ejecting spring positioned in the sliding hole, and each connecting pin ejecting spring penetrates through the sliding hole, a sharp head is arranged at the outer end of the bolt; when the bolt is inserted into the jack, the tip extends into the position of the jack aligned with the vertical hole, and the depth of the tip extending into the position of the jack aligned with the vertical hole is greater than the length of the bolt in the jack.

2. A cabinet with variable space, according to claim 1, wherein the insertion hole is a prism hole, and the plug is a prism shape matching the insertion hole.

3. A cabinet with variable space according to claim 1 or 2, wherein the number of the insertion holes on both sides of the longitudinal partition is equal and the insertion holes are communicated in a one-to-one correspondence, and the two communicated insertion holes on both sides of the longitudinal partition share one vertical hole.

4. The cabinet with variable space according to claim 1 or 2, wherein a handle bar is arranged on the outer surface of the front wall plate of the drawer and is detachably connected with the front wall plate of the drawer through a detachable connection structure, and one end of the handle bar is provided with a driving rod which can be inserted into the vertical hole and is used for driving the bolt to be inserted into the sliding hole.

5. A storage cabinet with variable space according to claim 4, wherein the detachable connection structure comprises a handle rod screw head connected to the handle rod and a connector screwed on the handle rod screw head, and the connector is connected with the drawer front wall plate.

6. A storage cabinet with a variable space according to claim 1 or 2, further comprising a cabinet body and a cabinet body panel arranged at the front side of the cabinet body, wherein a drawer accommodating cavity is arranged in the cabinet body, the drawer accommodating cavity is provided with a drawer access hole penetrating through the cabinet body panel, the drawer is slidably connected in the drawer accommodating cavity and can be accessed through the drawer access hole, a ferromagnetic block is arranged at the inner end of the drawer accommodating cavity, the drawer is provided with a drawer panel, the two ends of the drawer panel in the width direction exceed the drawer to form a limiting edge, a limiting step is formed between the cabinet body panel and the cabinet body, and a permanent magnet which is matched with the ferromagnetic block to maintain the drawer in a state that the limiting edge is lapped on the limiting step is arranged at the inner end of the drawer.