Computer network wall cabinet with angle-adjustable switch

Abstract

The invention provides a switch-angle-adjustable computer network vertical 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 present invention relates to a computer network cabinet, and particularly to a computer network wall cabinet with an adjustable angle switch, belonging to the technical field of computer networks. Background Art

[0002] Network cabinets are important facilities for computer communication and networking. Network cabinets can be classified into server cabinets, switch cabinets, fiber optic distribution cabinets, and integrated communication cabinets according to their functions. They can be classified into wall cabinets and floor-standing cabinets according to their installation heights, and can be classified into central cabinets, aggregation point cabinets, and access point cabinets according to their topological structures. For network wall cabinets, they can be further divided into horizontal chassis and vertical chassis. The horizontal chassis has a lower height and a thicker thickness, and the switches inside the cabinet are horizontal, which is suitable for installation in indoor areas with a larger area or a lower floor height. The vertical chassis has a higher height and a thinner thickness, and the switches inside the cabinet are vertical, which is suitable for installation in areas with a smaller area or a higher floor height, and can be used both indoors and outdoors.

[0003] The switches in existing wall cabinets are generally fixed and their angles cannot be adjusted. The front panels of the switches in the horizontal chassis face outside the cabinet, making it easy for construction workers to see the interfaces, marked texts, and the working status of the indicator lights on the front panels. The front panels of the switches in the vertical chassis face downwards or towards both sides. Blocked by the cabinet body, it is difficult for construction workers to see the interfaces, marked texts, and the working status of the indicator lights on the front panels, which brings certain difficulties to network construction and switch wiring. Summary of the Invention

[0004] The purpose of the present invention is to provide a computer network wall cabinet with an adjustable angle switch that enables construction workers to easily see the interfaces, marked texts, and the working status of the indicator lights on the front panel.

[0005] The technical problems to be solved by the present invention are realized through the following technical solutions: The device includes a retaining pin 3, side plates 4, a toothed plate 5, side plate shaft seats 6, side plate rotating shafts 7, finger lifters 8, a switch 11, a horizontal hanging bracket 12, a hook 13, a notch 15, a finger ring 16, a toothed plate shaft seat 17, a toothed plate rotating shaft 18, a cable management surface 19, an optical fiber 20, a cable management rack 22, a fork 24, a twisted pair 27, an inner wall 29, and a rubber band 30.

[0006] The retaining pin 3, side plates 4, toothed plate 5, side plate shaft seats 6, side plate rotating shafts 7, finger lifters 8, notch 15, finger ring 16, toothed plate shaft seat 17, and toothed plate rotating shaft 18 constitute an angle adjustment mechanism, and the horizontal hanging bracket 12, hook 13, cable management surface 19, cable management rack 22, fork 24, and rubber band 30 constitute a cable management mechanism.

[0007] The horizontal hanger 12 is provided with a number of hooks 13, and each hook 13 is hung with a rubber band loop 30. Side plates 4 are hung on the side plate shaft seats 6 on both sides above the inner wall 29 of the chassis. The top end of the side plate 4 is movably connected to the side plate shaft seat 6 through a side plate rotating shaft 7. A retaining pin 3 is provided on the outer side of the bottom of the side plate 4. One end of the retaining pin 3 is connected to the side of the side plate 4. The bottom end of the side plate 4 is provided with an oval-shaped ring finger 16. Tooth plates 5 are inserted into the tooth plate shaft seats 17 on both sides below the inner wall 29 of the chassis. The bottom end of the tooth plate 5 is movably connected to the shaft seat 17 through a tooth plate rotating shaft 18. The tooth plate 5 is located outside the side plate 4 and can rotate around the shaft seat 17. The tooth plate 5 is provided with several hook-shaped notches 15. In the normal state, the tooth plate 5 is in an inclined state, and the angle with the vertical line is about 8°.

[0008] During construction, the switch 11 changes from a vertical state to an oblique state. At this time, the inclined tooth plate 5 rotates by using the component force of gravity, so that the tooth surface of the tooth plate 5 leans against the retaining pin 3 of the side plate. The retaining pin 3 is stuck in a notch 15. The switch 11 maintains an inclined state by using the support of the tooth plate 5 and the notch 15. Different notches 15 at different positions enable the switch 11 to have different inclination angles. The maximum inclination angle of the switch 11 is about 60°. The optical fiber 20 and the twisted pair 27 pass through the rubber band loops 30 at the corresponding positions and then wind downward. The materials of the retaining pin 3, the side plate rotating shaft 7, the tooth plate rotating shaft 18, the side plate 4 and the tooth plate 5 are hard steel. The thickness of the side plate 4 and the tooth plate 5 is 0.8 - 1.0 mm. The diameter of the side plate rotating shaft 7 and the tooth plate rotating shaft 18 is 4 mm. The materials of the side plate shaft seat 6 and the tooth plate shaft seat 17 are aluminum alloy.

[0009] Due to the adoption of the above technical solution, the advantages and positive effects of the present invention are as follows: During network engineering construction, by using the angle adjustment mechanism in the cabinet, the angle of the switch required by the construction personnel can be obtained, so as to easily see the interfaces, marking texts and indicator light working states on the panel, which brings some convenience to network construction and switch wiring, and to a certain extent shortens the time required for construction personnel to find the switch panel interface. Description of the Drawings

[0010] The present invention will be further described below in conjunction with the drawings and embodiments. The present invention has the following 4 drawings:

[0011] Figure 1 It is the main structural view of the present invention after removing the cabinet door;

[0012] Figure 2 It is the structural diagram of the present invention after removing part of the cable management rack and the switch;

[0013] Figure 3 It is the right-view cross-sectional view of the present invention in the normal state,

[0014] Figure 4 It is the state diagram of the present invention when the switch is supported by the angle adjustment mechanism during construction.

[0015] The numbers marked in the attached drawings respectively represent as follows:

[0016] 1. Chassis, 2. Hinge, 3. Stop pin, 4. Side plate, 5. Tooth piece, 6. Side plate shaft seat, 7. Side plate rotating shaft, 8. Finger lift, 9. Screw, 10. Hem, 11. Switch, 12. Horizontal hanging bracket, 13. Hook, 14. Rivet, 15. Notch, 16. Finger ring, 17. Tooth piece shaft seat, 18. Tooth piece rotating shaft, 19. Cable management surface, 20. Optical fiber, 21. Optical fiber plug, 22. Cable management rack, 23. Bottom hole, 24. Fork opening, 25. Insert ring, 26. Sheath, 27. Twisted pair, 28. RJ45 connector, 29. Inner wall, 30. Rubber band, 31. Cable rotating part. Detailed implementation manners

[0017] 1. A computer network cabinet with an adjustable angle switch, comprising a chassis 1, a hinge 2, a stop pin 3, a side plate 4, a tooth piece 5, a side plate shaft seat 6, a side plate rotating shaft 7, a finger lift 8, a screw 9, a hem 10, a switch 11, a horizontal hanging bracket 12, a hook 13, a rivet 14, a notch 15, a finger ring 16, a tooth piece shaft seat 17, a tooth piece rotating shaft 18, a cable management surface 19, an optical fiber 20, an optical fiber plug 21, a cable management rack 22, a bottom hole 23, a fork opening 24, an insert ring 25, a sheath 26, a twisted pair 27, an RJ45 connector 28, an inner wall 29, a rubber band 30 and a cable rotating part 31.

[0018] 2. The stop pin 3, the side plate 4, the tooth piece 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 piece shaft seat 17 and the tooth piece rotating shaft 18 form an angle adjustment mechanism, and the horizontal hanging bracket 12, the hook 13, the cable management surface 19, the cable management rack 22, the fork opening 24 and the rubber band 30 form a cable management mechanism.

[0019] 3. Hem 10 is provided on the four edges of the opening of the rectangular chassis 1, and two hinges 2 for installing the cabinet door are provided on the hem 10 of one vertical edge. A horizontal hanging bracket 12, two side plate shaft seats 6 and two tooth piece shaft seats 17 are provided on the inner wall 29 of the chassis. The cross-sectional shape of the side plate shaft seat 6 is L-shaped, and the cross-sectional shape of the tooth piece shaft seat 17 is Π-shaped. Both ends of the horizontal hanging bracket 12, the side plate shaft seat 6 and the tooth piece shaft seat 17 are connected to the inner wall 29 by rivets 14 at their respective positions. The horizontal hanging bracket 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. Two oval bottom holes 23 are provided at the bottom of the chassis, and a sheath 26 is passed through the bottom holes 23. The waist of the sheath 26 is provided with an insert ring 25, which is embedded in the bottom holes 23.

[0020] 4. The horizontal hanger 12 is provided with a number of hooks 13, and each hook 13 is hung with a rubber band ring 30. On both sides of the upper part of the inner wall 29 of the chassis, side plate shafts 6 are provided with suspended side plates 4. The top end of the side plate 4 is movably connected to the side plate shaft 6 through a side plate rotating shaft 7. On the outer side of the bottom of the side plate 4, there is a retaining pin 3. One end of the retaining pin 3 is connected to the side of the side plate 4. The bottom end of the side plate 4 is set as an oval-shaped ring finger 16. Between the finger rings 16 of the two side plates, there is a horizontally arranged wire management rack 22. The cross-sectional shape of the wire management rack 22 is L-shaped, its bottom surface is a wire management surface 19, and there are a number of fork openings 24 on it, making the wire management surface 19 in a comb shape.

[0021] 5. Tooth pieces 5 are inserted into the tooth piece shaft seats 17 on both sides of the lower part of the inner wall 29 of the chassis. The bottom end of the tooth piece 5 is movably connected to the shaft seat 17 through a tooth piece rotating shaft 18. The tooth piece 5 is located outside the side plate 4. The tooth piece 5 can rotate around the shaft seat 17. The tooth piece 5 is provided with several hook-shaped notches 15. In the normal state, the tooth piece 5 is in an inclined state, and the angle between it and the vertical line is about 8°. A switch 11 is installed between the two side plates 4. Two vertical sides of the switch 11 are connected to 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. In the normal state, the switch 11 is in a vertical state.

[0022] 6. During construction, use your finger to hold the finger ring 16 and pull out the side plate 4 together with the switch 11. The switch 11 changes from a vertical state to an inclined state. At this time, the inclined tooth piece 5 rotates by using the component force of gravity, and the tooth surface of the tooth piece 5 leans against the retaining pin 3 of the side plate. According to actual needs, adjust the angle of the switch 11, and the retaining pin 3 is stuck in a notch 15. Release your finger, and the switch 11 maintains an inclined state by using the support of the tooth piece 5 and the notch 15. Different notches 15 at different positions enable the switch 11 to have different inclined angles. The maximum inclined angle of the switch 11 is about 60°. At this time, the wiring personnel can clearly see the socket positions, wire port types, marked texts, and indicator light states on the switch panel.

[0023] 7. When threading the wires, divide the optical fiber 20, a number of twisted pairs 27, and the power cord of the switch into two groups, and respectively pass them upward through the bottom holes 23 and the sheaths 26 at the bottom of the chassis. Among them, the optical fiber 20 and the twisted pairs 27 need to pass through the corresponding rubber band rings 30, and then wind back downward. The rubber band rings 30 play a role in buffering and tensioning. After making the optical fiber plugs 21 of the optical fiber and the crystal heads 28 of the twisted pairs, insert the optical fiber plugs 21 and the crystal heads 28 into the corresponding interfaces of the switch 11 respectively. The line segments near the optical fiber plugs 21 and the crystal heads 28 are embedded into the fork openings 24 on the corresponding wire management racks.

[0024] 8. When the construction is almost completed, lift the finger lift 8 with your finger to disengage the notch 15 from the stop pin 3. The switch 11 and the side plate 4 will return to the vertical state under the action of the component of gravity, and the tooth piece 5 will return to the initial inclined position. Finally, close the box door. To keep the drawings in the specification concise, the box door and its door lock device are not shown in the drawings.

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

Claims

1. A computer network wall cabinet with adjustable switch angle, comprising a stop pin (3), side plates (4), toothed plates (5), side plate shaft seats (6), side plate rotating shafts (7), finger lifts (8), switches (11), horizontal hanging brackets (12), hooks (13), notches (15), finger rings (16), toothed plate shaft seats (17), toothed plate rotating shafts (18), cable management surfaces (19), optical fibers (20), cable management racks (22), fork openings (24), twisted pairs (27), inner walls (29) and rubber bands (30); It is characterized in that: The stop pin (3), side plates (4), toothed plates (5), side plate shaft seats (6), side plate rotating shafts (7), finger lifts (8), notches (15), finger rings (16), toothed plate shaft seats (17) and toothed plate rotating shafts (18) constitute an angle adjustment mechanism, and the horizontal hanging brackets (12), hooks (13), cable management surfaces (19), cable management racks (22), fork openings (24) and rubber bands (30) constitute a cable management mechanism; Both ends of the horizontal hanging bracket (12), the side plate shaft seats (6) and the toothed plate shaft seats (17) are connected to the inner wall (29) by rivets (14) at their respective positions. A number of hooks (13) are provided on the horizontal hanging bracket (12), and a rubber band (30) is hung on each hook (13). Side plates (4) are suspended on the side plate shaft seats (6) on both sides above the inner wall (29) of the chassis. The top end of the side plate (4) is movably connected to the side plate shaft seat (6) through a side plate rotating shaft (7). A stop pin (3) is provided on the outer side of the bottom of the side plate (4). One end of the stop pin (3) is connected to the side of the side plate (4). The bottom end of the side plate (4) is set as an oval-shaped ring finger ring (16). Toothed plates (5) are inserted into the toothed plate shaft seats (17) on both sides below the inner wall (29) of the chassis. The bottom end of the toothed plate (5) is movably connected to the shaft seat (17) through a toothed plate rotating shaft (18). The toothed plate (5) is located outside the side plate (4). The toothed plate (5) can rotate around the shaft seat (17). Several hook-shaped notches (15) are provided on the toothed plate (5). In the normal state, the toothed plate (5) is in an inclined state, and the angle between it and the vertical line is about 8°; Two vertical sides of the switch (11) are connected to the side plate (4) by flat head screws (9). The switch (11) can rotate around the side plate rotating shaft (7) together with the side plate (4). In its normal state, the switch (11) is in a vertical state. When needed, the switch (11) can change from the vertical state to an inclined state. At this time, the inclined tooth piece (5) rotates by the component force of gravity, so that the tooth surface of the tooth piece (5) leans on the stop pin (3) of the side plate. The stop pin (3) is stuck in a notch (15). The switch (11) maintains an inclined state by the support of the tooth piece (5) and the notch (15). The notches (15) at different positions enable the switch (11) to have different inclination angles. The maximum inclination angle of the switch (11) is about 60°. The optical fiber (20) and the twisted pair (27) pass through the rubber bands (30) at corresponding positions and then wind downward. The stop pin (3), the side plate rotating shaft (7), the tooth piece rotating shaft (18), the side plate (4) and the tooth piece (5) are made of hard steel. The thickness of the side plate (4) and the tooth piece (5) is 0.8 - 1.0 mm. The diameter of the side plate rotating shaft (7) and the tooth piece rotating shaft (18) is 4 mm. The side plate shaft seat (6) and the tooth piece shaft seat (17) are made of aluminum alloy.

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