TWM242868U - A wires-easy-arranged and low-cross-talk patch panel - Google Patents

Description

M242868 V. Creative Instructions (l) [New · Technology Field] This creation is about jumper panels', especially about an easy-to-make line and low crosstalk network cable jumper panel. [Previous Technology] With the trend of networking in network communities and office buildings, the setting of network rooms is no longer as simple as in the past. The network room must be provided by each network service provider (ISP) for external network lines, which may be 256 Kbytes, 512Kbytes, T1 or T3 dedicated lines, and then wired from the computer room to each home user or office building in the community Each company is subdivided into every room for home users and every office seat in the company. Because families in the community will move and companies in the office building will change locations, the original network route must follow the migration of the home or office and move in the community or office building so that the IP address is not required. Set it again. Therefore, how to easily organize the complicated and complicated network routes ’and to avoid crosstalk interference between network routes are the bottlenecks of network trending. In the conventional processing method, the jumper panel in the first figure is used, and the network cable 80 is arranged by the entire wire frame 6 2 on the back plate 60. The direction of the entire wire frame β 2 is parallel to the jumper panel, After stripping the outer covering layer of route 80, the network is exposed: S wire 8 2 and penetrates into the entire wire frame 6 2 from top to bottom, and then the network core wire § 2 is intended to penetrate the insulation contact terminal area (Insulation). Displaced 'makes the network core wire 8 2 electrically contact the insulation puncture contact terminal area 7 & the insulation puncture contact terminal area 74 is then connected to the socket 72 by a circuit. However, the conventional jumper

Page 5 uy M242868 V. Creation instructions (2) The entire wire frame 6 of the connection panel is fixed on the line from the parallel jump panel. In addition, the conventional jumper surface. Straight and eight ports, network. Twisted pair of network core wires 8 2 «touch each port of the terminal area 7 4 because of differences in length. The large-cross-talk phenomenon, in view of the above-mentioned conventional jumper, has been carefully researched and overcome, and based on this, it has developed a simple structure jumper panel to improve [new content] This new type of The main purpose is to arrange the entire wire rack, and the secondary purpose of the new netbook model from the horizontal and vertical directions is to contact the terminal area, which can reduce the impact of each on the communication quality. An easy-to-make line and a low crosstalk line include: a backplane; a circuit board placed on the backplane to break the contact terminal area; a plurality of plugs parallel to the direction of the jumper panel, and if the direction of the net, The non-board insulation puncture contact terminal area on the finishing wire 7 4 is a line 8 0 After stripping the outer covering, it must be separated, and the insulation puncture should be inserted according to the color. The mutually parallel network core wires have a high impact on communication quality. The panel's various shortcomings, the creators dedicate themselves to the industry's accumulated experience of more than ten years. It is easy to manufacture and easy to operate for convenience. The purpose is to provide a horizontal and vertical installation on the jumper panel, which is convenient to organize the route and avoid too cluttered lines. The invention is to provide a double-row insulation piercing network core wire with a difference in length, which reduces crosstalk. A jumper panel is used to arrange at least one net on each side of the backboard, each of which has a rotating hole, and is provided with a plurality of sockets. Different from the insulation barbed seat, the plurality of sockets are distinguished into at least one

M242868 V. Creation instructions (3) Group 'crossed on the circuit board, · one of the insulation piercing contact terminals is electrically connected to the socket; a plurality of _ buckles, the elastic buckles are placed in the backplane Window covering the circuit board and exposing sub-areas. After each network line is leveled, the outer covering is peeled off, and the colors are embedded in the insulation piercing contact. The insulation piercing contact terminal area reduces the difference in the length of the network core wire. Each of the upper and lower rows is horizontally placed on the circuit board whole wire frame, which has an elastic rotating hole; and a cover plate, which has a direction to return the socket and the insulation piercing contact end or is placed in a vertical direction. The four sets of twisted-pair network core wires are separated, according to the upper and lower rows of the terminal area, so that the difference in the length of the embedded core wires is not too large, which also causes crosstalk problems. [Embodiment] The first picture of Ming Cangkao's second picture is a perspective exploded view of the jumper panel of the creation. The jumper panel 100 has a back plate 丨 〇, and two sides of the back plate 丨 are each provided with a fixing plate 12 and a suspension hole i 4, and the fixing plate i 2 has a rotation hole 1 2 2 ′ rotation hole 1 2 2 is a rectangular hole that can be inserted into the elastic buckle 1 ^ 2 of the entire wire rack 6; the suspension hole 14 can fix the jumper panel 丨 〇〇 on the wall or office fixture. The whole wire frame 16 has elastic buckles 丨 6 2 for embedding the rotation hole 1 2 2. The whole wire frame 16 can be inserted into the rotation hole j 2 2 horizontally or vertically, and then the network line is placed through the insertion port 1 6 4 Into the line 1 6 6. A circuit board (not shown) is fixed on the back plate 10, and a row of sockets 4 and an insulation puncture contact terminal area 44 are arranged on the circuit board. The socket 4 2 and the insulation puncture contact terminal area 4 are arranged on the circuit board. 4 is connected by circuit, socket 4 2 can be inserted by RJ-4 5 network connector, insulation piercing contact terminal area 4 4 can connect the network

Page 7

V. Creation Instructions (4) The network core wire in the route is embedded, and the electrical core is connected to the insulation piercing contact, and the insulation is placed so that the network core wire has to contact the seat. The sub-zone 44 and the socket 42 are connected to the internal network line. A cover plate 20f has a socket window 202 and an insulation placement contact area window 2104, and the cover plate 20 covers the circuit to protect the appearance and avoid damage to the circuit board, while the socket 42 and the insulation puncture The contact terminal area 44 is respectively exposed at the socket window 202 and the insulating contact area window 204, and "in addition" is more protected. 30. Covering the insulation piercing contact terminal area window 2 04 to protect the network core wire and expose it. The socket 4 2 is convenient for inserting the internal network socket into the jumper panel 100. Please refer to the third picture. The third picture is a perspective view of the creative wire rack installed on the jumper panel. The elastic buckle 162 of the whole wire frame 16 is inserted into the rotation hole 122 of the fixing plate 12 on both sides of the back plate 10, and the cover plate 20 covers the circuit board on the back plate 10, and the socket 4 2 and the insulation puncture contact terminal area 4 4 are exposed first, Cover the contact terminal area 4 4 with a protective cover 30. Please refer to the fourth figure, which is a front view of the first embodiment of this creative jumper panel. The four twisted pairs (not shown) within each network cable 50 are divided into eight network core wires 52, and each network core wire 52 is embedded into the insulation and puncture the contact terminal area 4 4 according to the color. Each insulation puncture contact terminal area 4 4 is divided into two rows, each group has four ports, and eight network core wires 5 2 are respectively inserted into the upper and lower rows, a total of eight ports. In this way, the difference in network core length between the first port and the fourth port will not be too large, which is sufficient to reduce cross-talk caused by the difference in length. The fifth picture shows the arrangement of the network lines parallel to the jumper panel 丨 〇 〇

Page 8 M242868 V. Creative Instructions (5), a schematic illustration of an embodiment in which the entire wire frame 16 is placed vertically. The network cable 50 is placed from the side of the backplane 10 into the wiring position of the whole wire frame 16 and then the network cable 50 is peeled off from the outer layer and the four twisted pairs. The colors are respectively inserted into the upper and lower four ports of the insulation puncture contact terminal area 4 4 so that each socket 4 2 v corresponds to a group of insulation puncture contact terminal area 4 4. Therefore, the external network line 5 Q can The internal network core wire 5 2 is inserted into the upper and lower rows of insulation 'piercing contact terminal area 4 4. The insulation piercing contact terminal area 4 4 is connected to the circuit of the circuit board and the socket 4 2 to make the external network line. 5 0 can communicate with the internal network line with ~ RJ-4 5 network connector. In this creation, each socket corresponds to the insulation puncture contact terminal area divided into two rows, which reduces the difference in the length of the network core wire between the first port and the fourth port in the same row of insulation puncture contact terminal areas. Due to the difference in the length of the network core wire, the whole line stand of this creation can be adjusted to a 90-degree direction according to actual needs, which facilitates the arrangement of network lines that are perpendicular to the panel or parallel to the jumper panel. At the same time, the insulation puncture contact terminal area can be divided into two rows or four rows, and the location of the socket can be above or below the insulation puncture contact terminal area, or one row above and below, depending on the actual circuit board design. According to the foregoing, the new model has the aforementioned advantages and convenient and practical value, is extremely novel and progressive, and meets the statutory requirements of a new patent. 爰 File a new patent application in accordance with the law. Although this creation is disclosed as above with the preferred embodiment, it is not intended to limit the scope of implementation of this creation. Anyone skilled in this art can make minor changes and modifications without departing from the spirit and scope of this creation. Fan Yi

Page 9 M? 42868 V. Creation Instructions (6) The equal changes and modifications made in this creation shall be covered by the scope of patent application for this creation, and the definition shall be based on the scope of patent application. M242868

The diagram on page 11 is a simple illustration. The first picture is a perspective view of a conventional jumper panel. The second picture is an exploded view of the jumper panel of the author. The third picture is a complete wire frame of the author. Ri-n. A perspective view of the jumper panel. The fourth view is a front view of the first embodiment of the jumper panel. The fifth view is a front view of the second embodiment of the jumper panel. The drawing number is a brief description. 1 00 Jumper panel 10 Back panel 12 Fixing piece 122 Rotary hole 14 Hanging hole 16 Threading frame 1 62 Elastic buckle 164 To enter σ 1 66 Placement 20 Cover 202 Socket window 204 Insulation puncture contact terminal area window 30 Protective cover 42 Socket 44 Insulation puncture contact Terminal area 50 Network line 52 Network core wire 60 Panel 62 Wire rack 72 Socket 74 Insulation puncture contact terminal area 80 Network line 82 network core wire

Claims (1)

M242868 I v. Patent application scope 1 · A jumper panel with easy-to-set lines and low crosstalk for organizing at least one network line, which includes: a backplane, with two rotation holes on each side of the backplane -A circuit board placed on the backplane;. A plurality of sockets, which are divided into at least one group, placed horizontally on the circuit board; a plurality of insulation piercing the contact terminal area, each of the insulation The puncture contact / contact terminals are divided into two rows, which are placed on the circuit board to be electrically connected to the socket; a plurality of whole wire racks, the whole wire racks have a buckle body, and the buckle body is placed into the back plate. The rotating hole; and a cover plate having a plurality of windows covering the circuit board and exposing the socket and the insulation piercing contact terminal area. 2. The jumper panel according to item 1 of the scope of patent application, further comprising a protective cover covering the insulation puncture contact terminal area. 3 • The jumper panel as described in item 1 of the patent application scope, wherein the network cable is embedded in the insulation puncture contact terminal area. 4 · The jumper panel according to item 1 of the scope of patent application, wherein the entire wire rack is placed horizontally and vertically on the backplane. 5. The jumper panel according to item 1 of the scope of patent application, wherein the rotating hole is a rectangular hole. Φ 6 The jumper panel according to item 1 of the scope of patent application, wherein the buckle body is an elastic buckle. Olib Page 12