CN218438516U

CN218438516U - Reliable tool room of structure

Info

Publication number: CN218438516U
Application number: CN202222669877.2U
Authority: CN
Inventors: 张卫军
Original assignee: Ningbo Huijin Arts & Crafts Co ltd
Current assignee: Ningbo Huijin Arts & Crafts Co ltd
Priority date: 2022-10-10
Filing date: 2022-10-10
Publication date: 2023-02-03
Anticipated expiration: 2032-10-10

Abstract

The utility model discloses a tool room with reliable structure, which comprises two enclosing frames which are arranged at intervals and have a rectangular structure, and a plurality of wallboards connected between the two enclosing frames; the at least one enclosing frame comprises four right-angle connecting pieces and four frame pieces, the inner wall of each frame piece is of a double-layer stepped structure, the outer wall of each frame piece is of a three-layer stepped structure, the four frame pieces are sequentially connected end to enclose to form a rectangular structure, the four right-angle connecting pieces are correspondingly arranged on the inner sides of four corners of the rectangular structure and placed on first inner stepped surfaces of the frame pieces, and two right-angle sides of each right-angle connecting piece are respectively abutted against first inner stepped walls of two adjacent frame pieces and are fixedly connected through screws; the end part of the wall plate is placed on the second outer step surface of the frame piece, and the inner wall of the wall plate is connected with the second outer step wall of the frame piece through screws in a fastening mode. The utility model discloses a special construction of right angle connection spare and frame spare can guarantee the bulk strength and the structural reliability in instrument room.

Description

Reliable tool room of structure

Technical Field

The utility model relates to an outdoor tool room technical field, in particular to reliable structure's tool room.

Background

The tool room is generally installed in outdoor places such as gardens and the like, and is mainly used for storing some tools, such as shovels, hoes, mowers and the like. Current tool room generally includes mutual disposition and encloses the frame under and on for the rectangle and fixed connection encloses the frame and encloses the wallboard between the outer wall of frame under on and, on existing encloses the frame and encloses the frame down mostly to be formed by four direct concatenations of crossbeam, so make the connection between the adjacent crossbeam more troublesome and be difficult to guarantee the right angle, do not have spacing cooperation structure between crossbeam and the wallboard simultaneously, so lead to the levelness of wallboard installation to be difficult to guarantee easily, improved space has.

SUMMERY OF THE UTILITY MODEL

The utility model provides a reliable tool house, which is mounted at the corner of the adjacent frame pieces through right angle connecting pieces, so as to ensure the right angle of the frame pieces, simplify the connection between the frame pieces and effectively improve the connection strength between the frame pieces; simultaneously, the inner wall and the outer wall of the frame piece adopt special step-shaped structures, so that the end part of the wallboard can be limited to ensure the installation levelness and reliability of the wallboard, and the installation of the wallboard and the right-angle connecting piece is effectively simplified.

In order to achieve the purpose, the utility model provides a tool house with a reliable structure, which comprises two enclosing frames which are arranged at intervals and have a rectangular structure, and a plurality of wallboards which are connected between the outer walls of the two enclosing frames;

the at least one enclosing frame comprises four right-angle connecting pieces and four frame pieces, the inner wall of each frame piece is of a double-layer stepped structure, the outer wall of each frame piece is of a three-layer stepped structure, the four frame pieces are sequentially connected end to enclose to form a rectangular structure, the four right-angle connecting pieces are correspondingly arranged on the inner sides of four corners of the rectangular structure and are placed on first inner stepped surfaces of the frame pieces, and two right-angle sides of each right-angle connecting piece are respectively abutted against first inner stepped walls of two adjacent frame pieces and are locked and connected through screws;

the end of the wallboard is placed on the second outer step surface of the frame member, and the inner wall of the wallboard depends on the second outer step wall of the frame member and is locked and connected through a screw.

Further setting the following steps: every the both ends of frame spare all are provided with the opposite insertion incision that is the echelonment, opposite insertion incision is including the shaping first incision portion between the outer ladder wall of second and the outer ladder face of third and the shaping second incision portion that just degree of depth is greater than first incision portion in ladder wall and the second in the second.

Further setting the following steps: the enclosure frame positioned below is formed by matching a right-angle connecting piece and a side frame piece, and the right-angle connecting piece is a right-angle triangular plate.

Further setting as follows: the surface of the right-angled triangular plate on the surrounding frame positioned below is provided with a ground nail hole.

Further setting as follows: the frame piece is an integrated piece or a splicing piece formed by splicing multiple sections.

Compared with the prior art, the utility model has simple and reasonable structure, and is correspondingly arranged at the corner of the adjacent frame pieces through the right-angle connecting piece, thus ensuring the right angle of the frame pieces, simplifying the connection between the frame pieces and effectively improving the connection strength between the frame pieces and the frame pieces; meanwhile, the end parts of the frame parts are provided with the opposite insertion notches, so that the third outer stepped surface and the second outer stepped surface of the end parts of the adjacent frame parts can be inserted and stacked to facilitate the locking and connection of screws, the connection between the frame parts is effectively simplified, and the connection strength between the frame parts is enhanced; moreover, the inside and outside wall of frame spare all is the echelonment structure setting, and wallboard and right angle connecting piece correspond respectively and install on the outer wall and the inner wall of frame spare in order to simplify the installation, and the outer wall of frame spare can supply the tip of wallboard to shelve spacing installation levelness and the installation reliability in order to guarantee the wallboard.

Drawings

Fig. 1 is a schematic perspective view of a reliable tool room of the present invention;

FIG. 2 is a perspective view of the enclosure;

fig. 3 is a partially separated structure diagram of the enclosure.

The following reference numerals are marked thereon in conjunction with the accompanying drawings:

100. a house body; 1. enclosing a frame; 11. a right angle connector; 111. a right-angle side; 112. a ground nail hole; 12. a frame member; 121. an outer wall; 1211. a first outer stepped surface; 1212. a second outer stepped surface; 1213. a third outer step surface; 1214. a first outer step wall; 1215. a second outer step wall; 122. an inner wall; 1221. a first inner stepped surface; 1222. a second inner stepped surface; 1223. a first inner step wall; 123. opposite insertion notches; 1231. a first cut-out portion; 1232. a second cut-out portion; 2. a wallboard; 200. and (4) a roof.

Detailed Description

In the following, an embodiment of the present invention is described in detail with reference to the drawings, but it should be understood that the scope of the present invention is not limited by the embodiment.

The utility model relates to a reliable instrument house of structure is shown in fig. 1, including the room body 100 and the roof 200 of fixed mounting at the top of the room body 100, wherein the room body 100 includes relative interval arrangement about and encloses frame 1 for two of rectangle structure and enclose to close and connect in two wallboard 2 that enclose between the outer wall 121 of frame 1.

As shown in fig. 1, 2 and 3 in particular, at least one of the two frames 1 includes four right-angle connectors 11 and four frame members 12, the four frame members 12 are connected end to form a rectangular structure, the four right-angle connectors 11 are respectively and correspondingly installed at the inner sides of four corners of the rectangular structure, and two right-angle sides 111 of the right-angle connectors 11 are respectively connected with inner walls 122 of two adjacent frame members 12, so that the matching right-angle between the adjacent frame members 12 can be ensured and the connection between the frame members 12 can be simplified; wherein the inner wall 122 of the frame member 12 is a double-layer stepped structure and the outer wall 121 thereof is a three-layer stepped structure, the inner wall 122 of the frame member 12 includes a first inner stepped surface 1221, a second inner stepped surface 1222, and a first inner stepped wall 1223 connected between the first inner stepped surface 1221 and the second inner stepped surface 1222, the outer wall 121 of the frame member 12 includes a first outer stepped surface 1211, a second outer stepped surface 1212, a third outer stepped surface 1213 (second inner stepped surface 1222), a first outer stepped wall 1214 connected between the first outer stepped surface 1211 and the second outer stepped surface 1212, and a second outer stepped wall 1215 connected to the second outer stepped surface 1212 and the third outer stepped surface 1213; correspondingly, wallboard 2 and right angle connector 11 correspond respectively on outer wall 121 and the inner wall 122 of installation frame spare 12, the tip of wallboard 2 is shelved on the outer ladder face 1212 of second of frame spare 12, the inner wall 122 of wallboard 2 relies on the outer ladder face 1212 of second of frame spare 12 and links to each other through screw locking, right angle connector 11 shelves on the first interior ladder face 1221 of frame spare 12 and its two right-angle sides 111 rely on respectively on the first interior ladder wall 1223 of two adjacent frame spares 12 and link to each other through screw locking, so frame spare 12 can realize the location to wallboard 2 and right angle connector 11, effectively guarantee wallboard 2 and right angle connector 11's installation levelness and installation reliability.

As shown in fig. 3, the side frame member 12 is preferably provided with a pair of insertion slits 123 having a step shape corresponding to both ends thereof, and each insertion slit 123 includes a first slit part 1231 formed between the second outer stepped wall 1215 and the third outer stepped surface 1213, and a second slit part 1232 formed between the second inner stepped wall and the second inner stepped surface 1222 and having a depth greater than that of the first slit part 1231; when the ends of two adjacent frame members 12 are connected by butting the insertion notches 123, the end of one of the frame members 12 is placed in the other frame member 12, and the third outer stepped surface 1213 and the second outer stepped surface 1212 of the other frame member are stacked, so that the frame members are conveniently fastened and fixed by screws.

In this embodiment, the lower enclosure frame 1 is formed by four right-angle connectors 11 and four frame members 12, wherein the frame members 12 may be an integral member or a splicing member formed by splicing multiple sections, the right-angle connectors 11 are preferably right-angle triangular plates, and the surface of the right-angle triangular plate is provided with ground nail holes 112 for ground nails to pass through; according to the needs, the enclosure frame 1 located above can also adopt the same structure as the enclosure frame 1 located below, and the right-angle connecting piece 11 can adopt an L-shaped plate or a right-angle triangular plate.

The above disclosure is only for the embodiment of the present invention, however, the present invention is not limited thereto, and any changes that can be considered by those skilled in the art should fall within the protection scope of the present invention.

Claims

1. A tool room with a reliable structure comprises an upper enclosing frame, a lower enclosing frame and a plurality of wallboards connected between the outer walls of the two enclosing frames;

the novel enclosure frame is characterized in that at least one enclosure frame comprises four right-angle connecting pieces and four frame pieces, the inner wall of each frame piece is of a double-layer stepped structure, the outer wall of each frame piece is of a three-layer stepped structure, the four frame pieces are sequentially connected end to form a rectangular structure in an enclosing mode, the four right-angle connecting pieces are correspondingly arranged on the inner sides of four corners of the rectangular structure and are placed on first inner stepped surfaces of the frame pieces, and two right-angle sides of each right-angle connecting piece are abutted against first inner stepped walls of two adjacent frame pieces and are locked and connected through screws;

2. A structurally sound tool kit as claimed in claim 1, wherein each of the frame members is provided at each of the opposite ends thereof with a stepped cut-out, the cut-outs including a first cut-out portion formed between the second outer stepped wall and the third outer stepped surface and a second cut-out portion formed between the second inner stepped wall and the second inner stepped surface and having a depth greater than that of the first cut-out portion.

3. A structurally sound tool house according to claim 1 or claim 2 wherein the lower enclosure is formed by right angle connectors cooperating with side frame members and the right angle connectors are right angle triangular plates.

4. The tool room with the reliable structure as claimed in claim 3, wherein the lower rectangular triangle plate of the enclosure frame is provided with ground nail holes on the plate surface.

5. A structurally sound tool house according to claim 1 wherein the frame members are formed as one piece or from a plurality of sections joined together.