CN204833114U

CN204833114U - A walk traditional thread binding putting for reinforcing KVM all -in -one

Info

Publication number: CN204833114U
Application number: CN201520577888.5U
Authority: CN
Inventors: 刘磊
Original assignee: TAIYUAN STETSON ELECTRONIC TECHNOLOGY Co Ltd
Current assignee: TAIYUAN STETSON ELECTRONIC TECHNOLOGY Co Ltd
Priority date: 2015-08-04
Filing date: 2015-08-04
Publication date: 2015-12-02
Anticipated expiration: 2025-08-04

Abstract

The utility model relates to a walk traditional thread binding putting for reinforcing KVM all -in -one belongs to the technical field who consolidates the KVM all -in -one, the problem of the technique is solved for: the utility model provides a be used for effectively to protect the cable to be difficult for traditional thread binding the putting of walking of damaging under the little space limitation who reinforces the KVM all -in -one, the technical scheme who adopts does: a walk traditional thread binding putting for reinforcing KVM all -in -one, chute and preceding chute after includes, a tip of back chute is articulated with a tip of preceding chute, another tip and the wire hole that sets up on KVM all -in -one host module of back chute are connected, another tip and the entrance hole that sets up in the integrative key mouse module of KVM of preceding chute are connected, be applicable to the application of KVM all -in -one.

Description

A kind of routing device for reinforcing KVM all-in-one

Technical field

A kind of routing device for reinforcing KVM all-in-one of the utility model, belongs to the technical field of reinforcing KVM all-in-one.

Background technology

KVM switcher, having another name called multi-computer switch, is a kind of computer hardware equipment, and user can be made by one group of keyboard, screen and mouse control multiple computers, general abbreviation KVM, i.e. lead-in abbreviation (Keyboard, Video, Mouse) of keyboard, display, mouse.

Along with the development of KVM technology, the use of reinforcing KVM integrated machine equipment is more and more extensive, reinforce KVM all-in-one as main frame input and output unit equipment, the effect played under particular/special requirement occasion is as conditions such as narrow spaces is increasing, but existing reinforcing KVM all-in-one is after added installation in the market, in operating process, in the restriction of less space condition with frequently under pull activity, interconnective power lead and signal wire between host module and key mouse module is easily caused to occur fracture, the problems such as loose contact, affect the normal use of equipment.

Utility model content

The utility model overcomes the deficiency that prior art exists, and technical matters to be solved is: provide a kind of under the little space constraint of reinforcing KVM all-in-one, can the non-damageable routing device of available protecting cable.

In order to solve the problems of the technologies described above, the technical solution adopted in the utility model is:

A kind of routing device for reinforcing KVM all-in-one, comprise chute, described chute comprises rear chute and front chute, one end of described rear chute and an end of front chute hinged, the other end of described rear chute is connected with the wire hole be arranged on KVM all-in-one host module, and the other end of described front chute is connected with the entrance hole be arranged in KVM one switch mouse module; Described rear chute comprises rear chute body, the both ends of described rear chute body are respectively equipped with front cabling seat and wire hole, described rear chute body offers the first crossed beam trunking and the second crossed beam trunking along the direction of length, and described front cabling seat is connected with wire hole; Described front chute comprises front chute body, the both ends of described front chute body are respectively equipped with rear cabling seat and entrance hole, described front chute body offers the 3rd crossed beam trunking and the 4th crossed beam trunking along the direction of length, and described rear cabling seat is connected with entrance hole.

In the utility model, described rear chute and front chute are rectangular aperture structure, and the height of described rear chute and front chute is all less than the height of KVM all-in-one host module.

Described wire hole and entrance hole are split-type structural, described wire hole comprises wire hole body, described wire hole body comprises Top Leading-out Hole and lower wire hole, described lower wire hole is arranged on one end sidewall of KVM all-in-one host module, and described Top Leading-out Hole is fixed between the top board of described lower wire hole and KVM all-in-one host module by screw; Described entrance hole comprises entrance hole body, described entrance hole body comprises enterprising string holes and lower entrance hole, described enterprising string holes is arranged on one end sidewall of KVM one switch mouse module, and described lower entrance hole is fixed between the base plate of described lower entrance hole and KVM one switch mouse module by screw.

The utility model compared with prior art has following beneficial effect:

The utility model in use, from the cable that the wire hole of KVM all-in-one host module passes, can lay along the length direction of rear chute, and pass from the first through wires hole of rear chute, after cable after passing is turned, in the past the 4th crossed beam trunking of chute penetrates in front chute, and continues to lay along the length direction of front chute, and by entrance hole and KVM one switch mouse model calling; In said process, cable, by being connected in the turning formula of rear chute with front chute pin joint place, can increasing the radius of turn of cable on the one hand, effectively prevent the cable caused because radius of turn is too small from fractureing; The radial pull of cable can be made to be converted to the axial torsion of cable on the other hand, the equipment that can effectively reduce destruction to cable in draw process, further increase the serviceable life of cable, the utility model structure is simple, practical.

Accompanying drawing explanation

Below in conjunction with accompanying drawing, the utility model is described in more detail.

Fig. 1 is one-piece construction schematic diagram of the present utility model;

Fig. 2 is structural representation when chute pulls open in the utility model;

Fig. 3 is the structural representation walking stringing in the utility model;

Fig. 4 is the end connection diagram of chute in the utility model;

Fig. 5 is the side view of KVM all-in-one host module in the utility model;

Fig. 6 is the side view of KVM one switch mouse module in the utility model;

In figure: 1 is rear chute, 2 is front chute, and 3 is KVM all-in-one base, 4 is KVM all-in-one host module, and 5 is KVM one switch mouse module, and 6 is wire hole, 7 is entrance hole, and 8 is front cabling seat, and 9 is the first crossed beam trunking, 10 is the second crossed beam trunking, 11 is rear cabling seat, and 12 is the 3rd crossed beam trunking, and 13 is the 4th crossed beam trunking, 14 is the first through wires hole, and 15 is the second through wires hole.

Embodiment

As shown in Figures 1 to 6, a kind of routing device for reinforcing KVM all-in-one, comprise chute, described chute comprises rear chute 1 and front chute 2, one end of described rear chute 1 and an end of front chute 2 hinged, described rear chute 1 and front chute 2 by pin joint along the direction closure or openness being parallel to KVM all-in-one base 3; The other end of described rear chute 1 is connected with the wire hole 6 be arranged on KVM all-in-one host module 4, and the other end of described front chute 2 is connected with the entrance hole 7 be arranged in KVM one switch mouse module 5; Described rear chute 1 comprises rear chute body, the both ends of described rear chute body are respectively equipped with front cabling seat 8 and the first through wires hole 14, described rear chute body offers the first crossed beam trunking 9 and the second crossed beam trunking 10 along the direction of length, and described front cabling seat 8 is connected with wire hole 6; Described front chute 2 comprises front chute body, the both ends of described front chute body are respectively equipped with rear cabling seat 11 and the second through wires hole 15, described front chute body offers the 3rd crossed beam trunking 12 and the 4th crossed beam trunking 13 along the direction of length, and described rear cabling seat 11 is connected with entrance hole 7.

Particularly, described rear chute 1 and front chute 2 are rectangular aperture structure, and the height of described rear chute 1 and front chute 2 is all less than the height of KVM all-in-one host module 4.

As shown in Figure 5 and Figure 6, described wire hole 6 and entrance hole 7 are split-type structural; Described wire hole 6 comprises wire hole body, described wire hole body comprises Top Leading-out Hole and lower wire hole, described lower wire hole is arranged on one end sidewall of KVM all-in-one host module 4, and described Top Leading-out Hole is fixed between the top board of described lower wire hole and KVM all-in-one host module 4 by screw; Described entrance hole 7 comprises entrance hole body, described entrance hole body comprises enterprising string holes and lower entrance hole, described enterprising string holes is arranged on one end sidewall of KVM one switch mouse module 5, and described lower entrance hole is fixed between the base plate of described lower entrance hole and KVM one switch mouse module 5 by screw.

Particularly; cable at wire hole 6 and entrance hole 7 place is in installation process; cable rubber epidermis can be taken apart rear shielding silk screen to be wound around; then with cable jacket, Global Macros is carried out to cable; at wire hole 6 and entrance hole 7 place, shielding silk screen dug, continue to carry out thickening process according to the size of wire hole 6 and entrance hole 7 to cable with shielding silk screen; finally with screw fastening, the first half of Split type structure is ensured that cable compresses, and at two-piece unit seam crossing filled conductive shielding material.

Chute in the present embodiment, reduce the cabling space between KVM all-in-one host module 4 and KVM one switch mouse module 5, not only structure is simple, be conducive to the integral layout in KVM all-in-one space, and substantially prolongs the serviceable life of exposing cable, improve the usability of KVM all-in-one under complex electromagnetic environment, make the reliability of KVM all-in-one obtain lifting to a great extent.

A kind of routing device for reinforcing KVM all-in-one of the utility model, there is provided a kind of under the little space constraint of reinforcing KVM all-in-one, can the non-damageable routing device of available protecting cable, solve cable life-span that traditional reinforcing KVM all-in-one in use causes because of frequent pull equipment low problem, there is substantive distinguishing features and progress, by reference to the accompanying drawings embodiment of the present utility model is explained in detail above, but the utility model is not limited to above-described embodiment, in the ken that those of ordinary skill in the art possess, various change can also be made under the prerequisite not departing from the utility model aim.

Claims

1. one kind for reinforcing the routing device of KVM all-in-one, it is characterized in that: comprise chute, described chute comprises rear chute (1) and front chute (2), one end of described rear chute (1) and an end of front chute (2) hinged, the other end of described rear chute (1) is connected with the wire hole (6) be arranged on KVM all-in-one host module (4), and the other end of described front chute (2) is connected with the entrance hole (7) be arranged on KVM one switch mouse module (5);

Described rear chute (1) comprises rear chute body, the both ends of described rear chute body are respectively equipped with front cabling seat (8) and the first through wires hole (14), described rear chute body offers the first crossed beam trunking (9) and the second crossed beam trunking (10) along the direction of length, and described front cabling seat (8) is connected with wire hole (6); Described front chute (2) comprises front chute body, the both ends of described front chute body are respectively equipped with rear cabling seat (11) and the second through wires hole (15), described front chute body offers the 3rd crossed beam trunking (12) and the 4th crossed beam trunking (13) along the direction of length, and described rear cabling seat (11) is connected with entrance hole (7).

2. a kind of routing device for reinforcing KVM all-in-one according to claim 1, it is characterized in that: described rear chute (1) and front chute (2) are rectangular aperture structure, the height of described rear chute (1) and front chute (2) is all less than the height of KVM all-in-one host module (4).

3. a kind of routing device for reinforcing KVM all-in-one according to claim 1, is characterized in that: described wire hole (6) and entrance hole (7) are split-type structural; Described wire hole (6) comprises wire hole body, described wire hole body comprises Top Leading-out Hole and lower wire hole, described lower wire hole is arranged on one end sidewall of KVM all-in-one host module (4), and described Top Leading-out Hole is fixed between the top board of described lower wire hole and KVM all-in-one host module (4) by screw;

Described entrance hole (7) comprises entrance hole body, described entrance hole body comprises enterprising string holes and lower entrance hole, described enterprising string holes is arranged on one end sidewall of KVM one switch mouse module (5), and described lower entrance hole is fixed between the base plate of described lower entrance hole and KVM one switch mouse module (5) by screw.