CN215452385U - Novel chute structure for computer room - Google Patents
Novel chute structure for computer room Download PDFInfo
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- CN215452385U CN215452385U CN202121492739.0U CN202121492739U CN215452385U CN 215452385 U CN215452385 U CN 215452385U CN 202121492739 U CN202121492739 U CN 202121492739U CN 215452385 U CN215452385 U CN 215452385U
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Abstract
The novel wiring rack structure for the computer room comprises a transverse rectangular wiring slot, a vertical rectangular wiring slot, a positioning inserted bar, an L-shaped positioning plate, a right trapezoidal limiting strip, a lower trapezoidal limiting strip, a clip-shaped hook plate, a lower L-shaped positioning strip and an upper L-shaped positioning strip, the L-shaped positioning plate is attached to the vertical rectangular wiring groove through a right side face.
Description
Technical Field
The utility model relates to the field of computer rooms, in particular to a novel cabling rack structure for a computer room.
Background
In the wiring of the cable in the computer room, a large number of cables are generally erected below a floor through wiring racks, however, the conventional wiring needs to be turned at a right angle when in use, and two vertically connected wiring rack grooves are inconvenient to connect and disassemble.
SUMMERY OF THE UTILITY MODEL
Aiming at the defects in the prior art, the utility model provides a novel wiring rack structure for a computer room, which is connected in a splicing manner and is convenient to disassemble.
The purpose of the utility model is realized by the following technical scheme:
a novel cabling rack structure for a computer room comprises a transverse rectangular cabling trough, a vertical rectangular cabling trough, positioning insertion rods, an L-shaped positioning plate, a right trapezoidal positioning strip, a lower trapezoidal positioning strip, a clip-shaped hook plate, a lower L-shaped positioning strip and an upper L-shaped positioning strip, wherein the right side surface of the transverse rectangular cabling trough is attached to the vertical rectangular cabling trough, the left side surface of the vertical rectangular cabling trough is provided with a rectangular through hole which is communicated with the transverse rectangular cabling trough, the lower surfaces of the transverse rectangular cabling trough and the vertical rectangular cabling trough are aligned, the front side surface and the rear side surface of the transverse rectangular cabling trough and the vertical rectangular cabling trough are aligned, the left side of the vertical rectangular cabling trough is provided with a plurality of positioning insertion rods, the right side of the transverse rectangular cabling trough is provided with a plurality of positioning insertion rod grooves, the positioning insertion rods are adapted to the positioning insertion rod grooves, the positioning insertion rods are inserted into the positioning insertion rod grooves, the right trapezoidal positioning strip is arranged outside the vertical rectangular cabling trough, the right L-shaped positioning plate is attached to the vertical rectangular cabling trough, the L-shaped positioning plate right plate is provided with a right trapezoidal limiting strip groove, a right trapezoidal limiting strip is matched with the right trapezoidal limiting strip groove, the right trapezoidal limiting strip is inserted into the right trapezoidal limiting strip groove, and the right trapezoidal limiting strip slides in the right trapezoidal limiting strip groove.
Horizontal rectangle trough lower part has down trapezoidal spacing, L type locating plate hypoplastron laminates with horizontal rectangle trough mutually, L type locating plate hypoplastron has down trapezoidal spacing groove, down trapezoidal spacing suits with lower trapezoidal spacing groove, down trapezoidal spacing inserts down trapezoidal spacing groove, down trapezoidal spacing slides in lower trapezoidal spacing inslot, go up L type location strip right side and connect perpendicular rectangle trough, horizontal rectangle trough is connected to lower L type location strip sub-unit, lower L type location strip, it is the same to go up L type location strip structural dimension.
The upper part of the clip hook plate is provided with a clip hook plate upper plate, the clip hook plate upper plate is provided with a clip hook plate upper plate inner groove, the upper L-shaped positioning strip is adapted to the clip hook plate upper plate inner groove, the upper L-shaped positioning strip is inserted into the clip hook plate upper plate inner groove, the upper L-shaped positioning strip slides in the clip hook plate upper plate inner groove, the clip hook plate left side is provided with a clip hook plate left plate, the clip hook plate left plate is provided with a clip hook plate left plate inner groove, the lower L-shaped positioning strip is adapted to the clip hook plate left plate inner groove, the lower L-shaped positioning strip is inserted into the clip hook plate left plate inner groove, and the lower L-shaped positioning strip slides in the clip hook plate left plate inner groove.
Has the advantages that:
the utility model relates to a rectangular through hole which enables a transverse rectangular wiring groove to be communicated with a vertical rectangular wiring groove, leads the wires in the transverse rectangular wiring groove to enter the vertical rectangular wiring groove, inserts a positioning inserted bar into a positioning inserted bar groove, positions the transverse rectangular wiring groove by the positioning inserted bar, positions the vertical position between the transverse rectangular wiring groove and the vertical rectangular wiring groove, inserts a right trapezoidal limiting bar into a right trapezoidal limiting bar groove, inserts a lower trapezoidal limiting bar into a lower trapezoidal limiting bar groove, enables the transverse rectangular wiring groove and the vertical rectangular wiring groove to be tightly jointed by connecting the right trapezoidal limiting bar and the lower trapezoidal limiting bar to an L-shaped positioning plate, prevents a gap from being generated between the transverse rectangular wiring groove and the vertical rectangular wiring groove, is welded and fixed on the transverse rectangular wiring groove, inserts an upper L-shaped positioning bar into an upper plate inner groove of a clip hook plate, inserts a lower L-shaped positioning bar into a left plate inner groove of the clip plate, and inserts the upper L-shaped positioning bar, and the lower L-shaped positioning bar into the left plate by the clip plate, The lower L-shaped positioning strip is connected to fix the positions of the vertical rectangular wiring groove and the horizontal rectangular wiring groove, so that the vertical rectangular wiring groove and the horizontal rectangular wiring groove are tightly closed.
Drawings
Fig. 1 is a front sectional view of a novel rack structure for a computer room according to the present invention.
Fig. 2 is a left side view of the novel rack structure for the computer room according to the present invention.
Detailed Description
The utility model is explained in more detail below with reference to the figures and examples:
a novel cabling rack structure for a computer room comprises a transverse rectangular cabling rack 01, a vertical rectangular cabling rack 02, positioning inserted rods 04, an L-shaped positioning plate 06, a right trapezoidal limiting strip 07, a lower trapezoidal limiting strip 09, a clip-shaped hook plate 11, a lower L-shaped positioning strip 13 and an upper L-shaped positioning strip 16, wherein the right side surface of the transverse rectangular cabling rack 01 is attached to the vertical rectangular cabling rack 02, the left side surface of the vertical rectangular cabling rack 02 is provided with a rectangular through hole 03, the rectangular through hole 03 is communicated with the transverse rectangular cabling rack 01, the lower surfaces of the transverse rectangular cabling rack 01 and the vertical rectangular cabling rack 02 are aligned, the front side surface and the rear side surface of the transverse rectangular cabling rack 01 and the vertical rectangular cabling rack 02 are aligned, the rectangular through hole 03 enables the transverse rectangular cabling rack 01 to be communicated with the vertical rectangular cabling rack 02, the left side of the vertical rectangular cabling rack 02 is provided with a plurality of positioning inserted rods 04, the right side of the transverse rectangular cabling rack 01 is provided with a plurality of positioning inserted rod grooves 05, the positioning insertion rod 04 is matched with the positioning insertion rod groove 05, the positioning insertion rod 04 is inserted into the positioning insertion rod groove 05, the positioning insertion rod 04 is used for positioning the transverse rectangular wiring groove 01 and positioning the vertical position between the transverse rectangular wiring groove 01 and the vertical rectangular wiring groove 02, a right trapezoidal limiting strip 07 is arranged on the outer side of the vertical rectangular wiring groove 02, a right plate of the L-shaped positioning plate 06 is attached to the vertical rectangular wiring groove 02, a right trapezoidal limiting strip groove 08 is arranged on a right plate of the L-shaped positioning plate 06, the right trapezoidal limiting strip 07 is matched with the right trapezoidal limiting strip groove 08, the right trapezoidal limiting strip 07 is inserted into the right trapezoidal limiting strip groove 08, and the right trapezoidal limiting strip 07 slides in the right trapezoidal limiting strip groove 08.
The lower part of the transverse rectangular wiring groove 01 is provided with a lower trapezoidal limiting strip 09, the lower plate of the L-shaped positioning plate 06 is attached to the transverse rectangular wiring groove 01, the lower plate of the L-shaped positioning plate 06 is provided with a lower trapezoidal limiting strip groove 10, the lower trapezoidal limiting strip 09 is matched with the lower trapezoidal limiting strip groove 10, the lower trapezoidal limiting strip 09 is inserted into the lower trapezoidal limiting strip groove 10, the transverse rectangular wiring groove 01 is tightly matched with the vertical rectangular wiring groove 02 through the connection of the right trapezoidal limiting strip 07 and the lower trapezoidal limiting strip 09 to the L-shaped positioning plate 06, so as to prevent a gap from being generated between the transverse rectangular wiring groove 01 and the vertical rectangular wiring groove 02, the lower trapezoidal limiting strip 09 slides in the lower trapezoidal limiting strip groove 10, the right side of the upper L-shaped positioning strip 16 is connected with the vertical rectangular wiring groove 02, the upper L-shaped positioning strip 16 is welded and fixed on the vertical rectangular wiring groove 02, the lower part of the lower L-shaped positioning strip 13 is connected with the transverse rectangular wiring groove 01, and the lower L-shaped positioning strip 13 is welded and fixed on the transverse rectangular wiring groove 01, the structure sizes of the lower L-shaped positioning strip 13 and the upper L-shaped positioning strip 16 are the same.
The upper part of the square-shaped hook plate 11 is provided with a square-shaped hook plate upper plate 15, the square-shaped hook plate upper plate 15 is provided with a square-shaped hook plate upper plate inner groove 17, an upper L-shaped positioning strip 16 is matched with the square-shaped hook plate upper plate inner groove 17, the upper L-shaped positioning strip 16 is inserted into the square-shaped hook plate upper plate inner groove 17, the upper L-shaped positioning strip 16 slides in the square-shaped hook plate upper plate inner groove 17, the left side of the square-shaped hook plate 11 is provided with a square-shaped hook plate left plate 12, the square-shaped hook plate left plate 12 is provided with a square-shaped hook plate left plate inner groove 14, a lower L-shaped positioning strip 13 is matched with the square-shaped hook plate left plate inner groove 14, the lower L-shaped positioning strip 13 is inserted into the square-shaped hook plate left plate 14, the lower L-shaped positioning strip 13 slides in the square-shaped hook plate left plate inner groove 14, the rectangular connection of the upper L-shaped positioning strip 16 and the lower L-shaped positioning strip 13 through the square-shaped hook plate 11 to fix the position of the rectangular wiring groove 02 and the transverse wiring groove 01, so that the positioning strip 02 and the transverse wiring groove 02 are tightly, and the L-shaped wiring groove 06 are mutually matched with the L-shaped hook plate 11 The connection between the two is fixed, the disassembly is convenient, and the vertical wiring is smoothly carried out.
The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention, it should be noted that, for those skilled in the art, many modifications and variations can be made without departing from the technical principle of the present invention, and these modifications and variations should also be regarded as the protection scope of the present invention.
Claims (3)
1. A novel wiring rack structure for a computer room is characterized by comprising a transverse rectangular wiring slot, a vertical rectangular wiring slot, positioning insertion rods, an L-shaped positioning plate, a right trapezoidal limiting strip, a lower trapezoidal limiting strip, a clip-shaped hook plate, a lower L-shaped positioning strip and an upper L-shaped positioning strip, wherein the right side surface of the transverse rectangular wiring slot is attached to the vertical rectangular wiring slot, the left side surface of the vertical rectangular wiring slot is provided with a rectangular through hole which is communicated with the transverse rectangular wiring slot, the lower surfaces of the transverse rectangular wiring slot and the vertical rectangular wiring slot are aligned, the front side surface and the rear side surface of the transverse rectangular wiring slot and the front side surface of the vertical rectangular wiring slot are aligned, the left side of the vertical rectangular wiring slot is provided with a plurality of positioning insertion rods, the right side of the transverse rectangular wiring slot is provided with a plurality of positioning insertion rod slots, the positioning insertion rods are adapted to the positioning insertion rod slots, the positioning insertion rods are inserted into the positioning insertion rod slots, the right trapezoidal limiting strip is arranged on the outer side of the vertical rectangular wiring slot, the right wiring plate of the L-shaped positioning plate is attached to the vertical rectangular wiring slot, the L-shaped positioning plate right plate is provided with a right trapezoidal limiting strip groove, a right trapezoidal limiting strip is matched with the right trapezoidal limiting strip groove, the right trapezoidal limiting strip is inserted into the right trapezoidal limiting strip groove, and the right trapezoidal limiting strip slides in the right trapezoidal limiting strip groove.
2. The novel cabling rack structure for the computer room as claimed in claim 1, wherein the lower portion of the horizontal rectangular cabling slot is provided with a lower trapezoidal limiting strip, the lower plate of the L-shaped positioning plate is attached to the horizontal rectangular cabling slot, the lower plate of the L-shaped positioning plate is provided with a lower trapezoidal limiting strip groove, the lower trapezoidal limiting strip is adapted to the lower trapezoidal limiting strip groove, the lower trapezoidal limiting strip is inserted into the lower trapezoidal limiting strip groove, the lower trapezoidal limiting strip slides in the lower trapezoidal limiting strip groove, the right side of the upper L-shaped positioning strip is connected with the vertical rectangular cabling slot, the lower portion of the lower L-shaped positioning strip is connected with the horizontal rectangular cabling slot, and the lower L-shaped positioning strip and the upper L-shaped positioning strip are identical in structural size.
3. The novel cabling rack structure for the computer room as claimed in claim 2, wherein the upper portion of the square-shaped hook plate is provided with a square-shaped hook plate upper plate, the square-shaped hook plate upper plate is provided with a square-shaped hook plate upper plate inner groove, an upper L-shaped positioning strip is adapted to the square-shaped hook plate upper plate inner groove, the upper L-shaped positioning strip is inserted into the square-shaped hook plate upper plate inner groove, the upper L-shaped positioning strip slides in the square-shaped hook plate upper plate inner groove, the square-shaped hook plate left side is provided with a square-shaped hook plate left plate inner groove, the lower L-shaped positioning strip is adapted to the square-shaped hook plate left plate inner groove, the lower L-shaped positioning strip is inserted into the square-shaped hook plate left plate inner groove, and the lower L-shaped positioning strip slides in the square-shaped hook plate left plate inner groove.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202121492739.0U CN215452385U (en) | 2021-07-02 | 2021-07-02 | Novel chute structure for computer room |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202121492739.0U CN215452385U (en) | 2021-07-02 | 2021-07-02 | Novel chute structure for computer room |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN215452385U true CN215452385U (en) | 2022-01-07 |
Family
ID=79714476
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202121492739.0U Active CN215452385U (en) | 2021-07-02 | 2021-07-02 | Novel chute structure for computer room |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN215452385U (en) |
-
2021
- 2021-07-02 CN CN202121492739.0U patent/CN215452385U/en active Active
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