Computer network wall cabinet with angle-adjustable switch

Abstract

The utility model provides a switch angle-adjustable computer network wall cabinet, which comprises a stop pin, a side plate, a tooth sheet, a side plate shaft seat, a side plate rotating shaft, a finger lift, a switch, a transverse hanging frame, a hook, a notch, a finger ring, a tooth sheet shaft seat, a tooth sheet rotating shaft, a wire arrangement surface, an optical fiber, a wire arrangement frame, a fork opening, a twisted pair, an inner wall and a rubber band ring, a stop pin, a side plate, a tooth piece, a side plate shaft seat, a side plate rotating shaft, a finger lifting device, a notch, a finger ring, a tooth piece shaft seat and a tooth piece rotating shaft form an angle adjusting mechanism, and a transverse hanging frame, a hook, a wire arranging face, a wire arranging frame, a fork opening and a rubber band ring form a wire arranging mechanism. By using the angle adjusting mechanism in the cabinet, the inclination angle of the switch required by a constructor can be obtained, so that the constructor can easily and clearly see the working states of interfaces, marked characters and indicator lamps on the panel of the switch, and convenience is brought to network construction and switch wiring; and the time required by a constructor for searching the switch panel interface is shortened to a certain extent.

Description

TECHNICAL FIELD

[0001] The utility model relates to computer network rack especially relates to a computer network vertical wall cabinet of switch angle adjustable belongs to computer network technical field. BACKGROUND

[0002] Network rack is the important facility of computer communication and networking, network rack is divided from function into server rack, switch rack, optical fiber distribution rack and integrated communication rack, network rack is divided from installation height into wall cabinet and vertical cabinet, network rack is divided from topology into center cabinet, convergence point cabinet and access point cabinet.

[0003] The switch in the existing wall cabinet is generally fixed, and the angle is not adjustable, the panel of the switch in the horizontal cabinet is outward, and the construction personnel can easily see the interface, marked words and indicator light working state on the panel. SUMMARY

[0004] The utility model discloses a computer network vertical wall cabinet of switch angle adjustable makes the construction personnel easy to see the interface, marked words and indicator light working state on the panel.

[0005] The utility model discloses a computer network vertical wall cabinet of switch angle adjustable makes the construction personnel easy to see the interface, marked words and indicator light working state on the panel.

[0006] The stop pin 3, the side plate 4, the tooth piece 5, the side plate axle seat 6, the side plate pivot 7, the finger lift 8, the recess 15, the finger ring 16, the tooth piece axle seat 17 and the tooth piece pivot 18 constitute angle adjusting mechanism, and the horizontal hanging frame 12, the hook 13, the wire arrangement surface 19, the wire arrangement frame 22, the fork 24 and the rubber band ring 30 constitute wire arrangement mechanism.

[0007] The transverse hanging rack 12 is provided with a plurality of hooks 13, each of which is hung with an elastic ring 30, the side plate shaft seats 6 on the two sides above the inner wall 29 of the cabinet are each hung with a side plate 4, the top end of the side plate 4 is movably connected with the side plate shaft seat 6 through a side plate rotating shaft 7, the outer side of the bottom of the side plate 4 is provided with a stop pin 3, one end of the stop pin 3 is connected with the side of the side plate 4, the bottom end of the side plate 4 is provided with an elliptical ring-shaped finger ring 16, the toothed blade shaft seats 17 on the two sides below the inner wall 29 of the cabinet are each inserted with a toothed blade 5, the bottom end of the toothed blade 5 is movably connected with the shaft seat 17 through a toothed blade rotating shaft 18, the toothed blade 5 is located on the outer side of the side plate 4, the toothed blade 5 can rotate around the shaft seat 17, the toothed blade 5 is provided with a plurality of hook-shaped notches 15, and the toothed blade 5 is in an inclined state in a normal state, and the included angle between the toothed blade 5 and the vertical line is about 8°.

[0008] During construction, the switch 11 changes from the vertical state to the inclined state, at this time, the inclined toothed blade 5 rotates by using the gravity component force, the tooth surface of the toothed blade 5 is supported on the stop pin 3 of the side plate, the stop pin 3 is clamped in one notch 15, the switch 11 remains in the inclined state by using the support of the toothed blade 5 and the notch 15, the notches 15 at different positions make the switch 11 have different inclination angles, the maximum inclination angle of the switch 11 is about 60°, the optical fiber 20 and the twisted pair wire 27 are wound downward after passing through the corresponding position of the elastic ring 30, the materials of the stop pin 3, the side plate rotating shaft 7, the toothed blade rotating shaft 18, the side plate 4 and the toothed blade 5 are hard steel, the thickness of the side plate 4 and the toothed blade 5 is 0.8-1.0 mm, the diameter of the side plate rotating shaft 7 and the toothed blade rotating shaft 18 is 4 mm, and the materials of the side plate shaft seat 6 and the toothed blade shaft seat 17 are aluminum alloy.

[0009] Due to the above technical scheme, the network engineering construction can obtain the switch angle required by the construction personnel by using the angle adjusting mechanism in the cabinet, so that the interfaces, marked words and indicator light working states on the panel can be easily seen, some convenience is brought to the network construction and switch wiring, and the time required by the construction personnel to find the switch panel interface is shortened to a certain extent. BRIEF DESCRIPTION OF DRAWINGS

[0010] The utility model is further explained below by combining with the drawings and examples, and the utility model has the following four drawings:

[0011] Figure 1 is the structure front view of the utility model after removing the cabinet door;

[0012] Figure 2 is the structure view of the utility model after removing part of the wire arrangement frame and the switch;

[0013] Figure 3 is the right view cutaway view of the utility model in the normal state,

[0014] Figure 4is the state diagram of the switch under the support of the angle adjusting mechanism during construction.

[0015] The numbers in the drawings represent the following respectively:

[0016] 1. cabinet, 2. hinge, 3. blocking pin, 4. side plate, 5. tooth piece, 6. side plate shaft seat, 7. side plate rotating shaft, 8. finger lifting, 9. screw, 10. folding edge, 11. switch, 12. transverse hanging rack, 13. hook, 14. rivet, 15. notch, 16. finger ring, 17. tooth piece shaft seat, 18. tooth piece rotating shaft, 19. wire arranging surface, 20. optical fiber, 21. optical fiber plug, 22. wire arranging rack, 23. bottom hole, 24. fork, 25. embedding ring, 26. sheath, 27. twisted pair, 28. crystal head, 29. inner wall, 30. rubber ring, 31. cable rotating part. DETAILED DESCRIPTION

[0017] 1. A computer network cabinet with angle-adjustable switch, comprising cabinet (1), hinge (2), blocking pin (3), side plate (4), tooth piece (5), side plate shaft seat (6), side plate rotating shaft (7), finger lifting (8), screw (9), folding edge (10), switch (11), transverse hanging rack (12), hook (13), rivet (14), notch (15), finger ring (16), tooth piece shaft seat (17), tooth piece rotating shaft (18), wire arranging surface (19), optical fiber (20), optical fiber plug (21), wire arranging rack (22), bottom hole (23), fork (24), embedding ring (25), sheath (26), twisted pair (27), crystal head (28), inner wall (29), rubber ring (30) and cable rotating part (31).

[0018] 2. The blocking pin (3), the side plate (4), the tooth piece (5), the side plate shaft seat (6), the side plate rotating shaft (7), the finger lifting (8), the notch (15), the finger ring (16), the tooth piece shaft seat (17) and the tooth piece rotating shaft (18) constitute an angle adjusting mechanism, and the transverse hanging rack (12), the hook (13), the wire arranging surface (19), the wire arranging rack (22), the fork (24) and the rubber ring (30) constitute a wire arranging mechanism.

[0019] 3. The open edge of the cuboid cabinet (1) is provided with folding edges (10) on four sides, one of the vertical folding edges (10) is provided with two hinges (2) for installing cabinet doors, the inner wall (29) of the cabinet is provided with a transverse hanging rack (12), two side plate shaft seats (6) and two tooth piece shaft seats (17), the cross-sectional shape of the side plate shaft seat (6) is L-shaped, the cross-sectional shape of the tooth piece shaft seat (17) is ∏-shaped, the two ends of the transverse hanging rack (12), the side plate shaft seat (6) and the tooth piece shaft seat (17) are connected with the inner wall (29) through rivets (14) at respective positions, the transverse hanging rack (12) is higher than the waist line of the inner wall (29), the two side plate shaft seats (6) and the two tooth piece shaft seats (17) are respectively close to the four corners of the inner wall (29), the bottom of the cabinet is provided with two oval bottom holes (23), the sheath (26) is penetrated into the bottom hole (23), and the waist part of the sheath (26) is provided as an embedding ring (25) which is embedded into the bottom hole (23).

[0020] 4. The transverse hanging rack 12 is provided with a plurality of hooks 13, each of which is hung with an elastic ring 30. The side plates 4 are hung on the side plate shaft seats 6 on both sides above the inner wall 29 of the cabinet. The top end of the side plate 4 is movably connected with the side plate shaft seat 6 through the side plate rotating shaft 7. The bottom of the side plate 4 is provided with a blocking pin 3, one end of which is connected with the side of the side plate 4. The bottom end of the side plate 4 is provided with an elliptical ring-shaped finger ring 16. The finger rings 16 of the two side plates are provided with a horizontal wire arranging rack 22 therebetween. The cross-sectional shape of the wire arranging rack 22 is L-shaped, the bottom surface thereof is a wire arranging surface 19, and a plurality of prongs 24 are provided on the wire arranging surface 19, so that the wire arranging surface 19 is comb-shaped.

[0021] 5. The toothed blades 5 are inserted into the toothed blade shaft seats 17 on both sides below the inner wall 29 of the cabinet. The bottom end of the toothed blade 5 is movably connected with the shaft seat 17 through the toothed blade rotating shaft 18. The toothed blade 5 is located outside the side plate 4 and can rotate around the shaft seat 17. The toothed blade 5 is provided with a plurality of hook-shaped notches 15. The toothed blade 5 is in an inclined state in the normal state, and the angle between the toothed blade 5 and the vertical line is about 8°. The switch 11 is installed between the two side plates 4. The two vertical sides of the switch 11 are connected with the side plates 4 through flat head screws 9. The switch 11 can rotate around the side plate rotating shaft 7 together with the side plate 4. The switch 11 is in a vertical state in the normal state.

[0022] 6. During construction, the side plate 4 is pulled out together with the switch 11 by clamping the finger ring 16 with fingers. The switch 11 changes from a vertical state to an inclined state. At this time, the inclined toothed blade 5 rotates by using the component force of gravity. The tooth surface of the toothed blade 5 leans against the blocking pin 3 of the side plate. According to actual needs, the angle of the switch 11 is adjusted. The blocking pin 3 is clamped in a notch 15. The fingers are loosened. The switch 11 remains in an inclined state by using the support of the toothed blade 5 and the notch 15. The notches 15 at different positions make the switch 11 have different inclination angles. The maximum inclination angle of the switch 11 is about 60°. At this time, the wiring personnel can clearly see the jack position, wire port type, marked text and indicator light state on the switch panel.

[0023] 7. During threading, the optical fiber 20, a plurality of twisted pairs 27 and the power supply line of the switch are divided into two groups. They are respectively threaded upward through the bottom hole 23 and the sheath 26 at the bottom of the cabinet. The optical fiber 20 and the twisted pair 27 need to pass through the corresponding position of the elastic ring 30. Then they are wound downward. The elastic ring 30 plays a buffering and tensioning role. After the optical fiber plug 21 of the optical fiber and the crystal head 28 of the twisted pair are completed, the optical fiber plug 21 and the crystal head 28 are respectively inserted into the corresponding interface of the switch 11. The wire segment part near the optical fiber plug 21 and the crystal head 28 is embedded in the prong 24 on the corresponding wire arranging rack.

[0024] 8. When the construction is almost completed, the notch 15 is disengaged from the stop pin 3 by lifting the finger 8 with a finger, the switch 11 and the side plate 4 are restored to the vertical state under the action of the component force of gravity, the tooth blade 5 is restored to the initial inclined position, and finally the box door is closed. In order to make the attached drawings of the specification simple, the box door and its door lock device are not drawn in the attached drawings.

[0025] 9. The material of the stop pin 3, the side plate pivot 7, the tooth blade pivot 18, the side plate 4 and the tooth blade 5 is hard steel, the thickness of the side plate 4 and the tooth blade 5 is 0.8-1.0 mm, the diameter of the side plate pivot 7 and the tooth blade pivot 18 is 4 mm, and the material of the side plate pivot seat 6 and the tooth blade pivot seat 17 is aluminum alloy.

Claims

1. A computer network wall cabinet with adjustable angle of switch, comprising a stop pin (3), a side plate (4), a tooth blade (5), a side plate shaft seat (6), a side plate rotating shaft (7), a finger lift (8), a switch (11), a transverse hanging rack (12), a hook (13), a notch (15), a finger ring (16), a tooth blade shaft seat (17), a tooth blade rotating shaft (18), a wire arrangement surface (19), an optical fiber (20), a wire arrangement rack (22), a fork (24), a twisted pair (27), an inner wall (29) and an elastic ring (30); characterized in that The stop pin (3), the side plate (4), the tooth blade (5), the side plate shaft seat (6), the side plate rotating shaft (7), the finger lift (8), the notch (15), the finger ring (16), the tooth blade shaft seat (17) and the tooth blade rotating shaft (18) constitute an angle adjusting mechanism, and the transverse hanging rack (12), the hook (13), the wire arrangement surface (19), the wire arrangement rack (22), the fork (24) and the elastic ring (30) constitute a wire arrangement mechanism. The transverse hanging rack (12) is connected with the inner wall (29) through rivets (14) at respective positions, the transverse hanging rack (12) is provided with a plurality of hooks (13), each of the hooks (13) is hung with an elastic ring (30), the side plate shaft seats (6) on both sides of the upper part of the inner wall (29) of the cabinet are each hung with a side plate (4), the top end of the side plate (4) is movably connected with the side plate shaft seat (6) through the side plate rotating shaft (7), the bottom outer side of the side plate (4) is provided with a stop pin (3), one end of the stop pin (3) is connected with the side of the side plate (4), the bottom end of the side plate (4) is provided with an elliptical ring-shaped finger ring (16), the tooth blade shaft seats (17) on both sides of the lower part of the inner wall (29) of the cabinet are each inserted with a tooth blade (5), the bottom end of the tooth blade (5) is movably connected with the shaft seat (17) through the tooth blade rotating shaft (18), the tooth blade (5) is located on the outer side of the side plate (4), the tooth blade (5) can rotate around the shaft seat (17), the tooth blade (5) is provided with a plurality of hook-shaped notches (15), and the tooth blade (5) is in an inclined state in a normal state, and the included angle between the tooth blade (5) and the perpendicular line is about 8°. Two vertical sides of the switch (11) are connected with the side plate (4) by means of the grub screws (9), the switch (11) can rotate with the side plate (4) around the side plate rotating shaft (7), the switch (11) is in the vertical state in the normal state, the switch (11) can be changed from the vertical state to the inclined state when needed, at this time the inclined toothed blade (5) is rotated by the gravity component force to make the tooth surface of the toothed blade (5) rely on the blocking pin (3) of the side plate, the blocking pin (3) is clamped in a notch (15), the switch (11) is kept in the inclined state by the support of the toothed blade (5) and the notch (15), the notch (15) in different positions makes the switch (11) have different inclination angles, the maximum inclination angle of the switch (11) is about 60°, the optical fiber (20) and the twisted pair (27) are wound back downward after passing through the corresponding position of the rubber ring (30), the materials of the blocking pin (3), the side plate rotating shaft (7), the toothed blade rotating shaft (18), the side plate (4) and the toothed blade (5) are hard steel, the thickness of the side plate (4) and the toothed blade (5) is 0.8-1.0 mm, the diameter of the side plate rotating shaft (7) and the toothed blade rotating shaft (18) is 4 mm, the material of the side plate shaft seat (6) and the toothed blade shaft seat (17) is aluminum alloy.

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