Network broadband wiring device

Abstract

The invention relates to the technical field of communication cable network cable laying, in particular to a network broadband wiring device which can identify the positions of electrical components in a wiring area, plan a wiring path and realize automatic laying, accurate bending and fixation of network cables by integrating a three-dimensional adjusting mechanism, an image processing assembly, a line folding assembly and a gluing assembly. The wiring efficiency and quality are improved, manual operation is reduced, and the wiring requirements of network cables in different directions are met.

Description

Technical Field

[0001] The present invention relates to the technical field of communication cable network wiring, and in particular to a network broadband wiring device. Background Art

[0002] Network broadband cabling refers to the process of installing and arranging network communication cables inside a building or in a specific space. These cables mainly include twisted pair cables, coaxial cables and optical fibers, etc., which are used to connect various network devices such as routers, switches, servers, etc. to establish a high-speed and stable data transmission network. With the rapid development of Internet technology and the popularization of intelligent devices, high-quality network broadband cabling has become increasingly important to ensure communication efficiency and network performance.

[0003] At present, network broadband cabling is mainly completed by manual operation and semi-automatic equipment. Technicians need to manually measure the cabling path, manually lay the network cable, and use simple tools to perform a series of operations such as bending and fixing the network cable. In some more complex environments, such as data centers, communication rooms or industrial control cabinets, cabling work often requires experienced professionals. Some existing semi-automatic equipment can assist in cabling, such as cable measuring instruments, cabling devices, etc., but their functions are relatively single, mainly focusing on a specific link, such as line measurement or network cable fixing, and cannot realize the automation of the entire cabling process. The entire process is still highly dependent on manual judgment and operation. In the process of using existing technology for network broadband cabling, the manual cabling process is cumbersome and requires a lot of time and manpower, especially in complex cabling environments. In addition, manual measurement and laying are prone to errors, resulting in inaccurate cabling, affecting network performance and stability. The method of manually fixing the network cable cannot guarantee the long-term stability of the network cable, and may become loose or shifted, affecting the network quality. There are certain defects. Therefore, it is necessary to develop a network broadband cabling device. Summary of the invention

[0004] In view of the above-mentioned defects and problems, the present invention provides a network broadband wiring device, the purpose of which is to identify the positions of electrical components in the wiring area, plan the wiring path, realize automatic layout, precise bending and fixation of network cables, improve wiring efficiency and quality, reduce manual operations, and meet the wiring requirements of network cables with different directions by integrating a three-dimensional adjustment mechanism, an image processing component, a folding line component and a gluing component.

[0005] The solution adopted by the present invention to solve the technical problem is: a network broadband wiring device, including a mobile bracket, a three-dimensional adjustment mechanism is arranged above the mobile bracket, and an image processing component for detecting the network cable laying path is arranged, and also includes a folding line component and a glue coating component, the three-dimensional adjustment mechanism is used to drive the folding line component, the folding line component includes a fixed carrier plate, a driving turntable is arranged on the front side of the fixed carrier plate, the driving turntable is connected to the output shaft of the driving motor of the fixed carrier plate, and the front side surface of the driving turntable is connected to the central axis, and a wire pressing rod is eccentrically connected to the front side surface of the driving turntable, and a wire pressing gap is formed between the wire pressing rod and the central axis; A folding line ear plate 1 and a folding line ear plate 2 are respectively provided on both sides of the driving turntable, the folding line ear plate 1 and the folding line ear plate 2 are staggeredly sleeved on the output shaft, and folding line clamping rods are symmetrically provided on the folding line ear plate 1 and the folding line ear plate 2, respectively, and a folding line gap is formed between the symmetrically arranged folding line clamping rods; Electromagnetic group 1 and electromagnetic group 2 are respectively installed on the folding line ear plate 1 and the folding line ear plate 2. Electromagnetic group 1 can connect the folding line ear plate 1 with the driving turntable or with the fixed carrier plate, and electromagnetic group 2 can connect the folding line ear plate 2 with the driving turntable or with the fixed carrier plate. The glue coating assembly includes a glue delivery hose, a glue liquid tank and a pump. The glue delivery hose is arranged on the folding line clamp rod, the glue delivery hose is connected to the glue liquid tank through the pump, and a limiter for pressing the network cable is connected in the folding line gap; When the network cable enters the wire pressing gap and the folding line gap, the electromagnetic group 1 and the electromagnetic group 2 control the folding line ear plate 1 and the folding line ear plate 2, so that the driving turntable can drive the folding line ear plate 1 or the folding line ear plate 2 to rotate, and the network cable is bent and routed. At the same time, the limiter can constrain the top pressure of the network cable, so that the rubber hose can glue and bond the network cable.

[0006] Furthermore, the three-dimensional adjustment mechanism includes a main frame connected to the movable bracket, a horizontal plate vertically slidingly mounted in the main frame, the horizontal plate being controlled by a lifting motor through a vertical screw, a slider slidingly mounted on the horizontal plate, the slider being controlled by a transverse motor through a transverse screw, and front and rear control push rods being installed on the slider, the fixed carrier plate being arranged on the front side of the slider, and the fixed carrier plate being connected to the output ends of the front and rear control push rods.

[0007] Furthermore, the image processing component includes a camera installed on the main frame, which can collect images of the wiring area and identify the positions of electrical components in the wiring area through image processing to generate two-dimensional coordinate information. The controller detects the wiring path of the network cable according to the coordinate position of the electrical components and drives the folding line component to route the network cable by controlling the three-dimensional adjustment mechanism.

[0008] Furthermore, a telescopic rod is installed on the top of the mobile bracket, and the telescopic rod can be locked by a locking piece. The locking piece is a top screw sleeved on the mobile bracket. The main frame is connected to the end of the telescopic rod. The lifting and lowering of the main frame can be controlled by adjusting the telescopic rod.

[0009] Furthermore, the driving motor is mounted on the rear side of the fixed carrier plate, and the output shaft of the driving motor is fixedly connected to the rear side of the driving turntable.

[0010] Furthermore, an adsorption and stabilization component is also provided on the main frame, and the adsorption and stabilization component includes a stabilization plate arranged on the edges around the main frame, a telescopic screw is installed in the stabilization plate, a suction cup is installed at the inner end of the telescopic screw, and an adjustment nut for adjusting the telescopic screw is installed.

[0011] Furthermore, the electromagnetic group 1 includes an electromagnet 1 and an electromagnet 2 which are correspondingly arranged on the two side surfaces of the fold line ear plate 1, and the electromagnet 1 can connect or disconnect the fold line ear plate 1 with the driving turntable, and the electromagnet 2 can connect or disconnect the fold line ear plate 1 with the fixed carrier plate; the electromagnetic group 2 includes an electromagnet 3 and an electromagnet 4 which are correspondingly arranged on the two side surfaces of the fold line ear plate 2, and the electromagnet 3 can connect or disconnect the fold line ear plate 2 with the driving turntable, and the electromagnet 4 can connect or disconnect the fold line plate with the fixed carrier plate.

[0012] Furthermore, an initial reset component is also provided, which includes Hall sensors symmetrically installed in the driving turntable. After the fold line ear plate 1 and the fold line ear plate 2 are separated from the driving turntable, when the driving turntable rotates so that the Hall sensor detects the corresponding electromagnet 1 or electromagnet 3, the electromagnet 1 is started to reset the connection between the fold line ear plate 1 and the driving turntable, and the electromagnet 3 is started to reset the connection between the fold line ear plate 1 and the driving turntable, so that the fold line ear plate 1 and the fold line ear plate 2 are parallel to each other for initial reset.

[0013] Furthermore, the rubber delivery hose is installed on the outer side of the folding line clamp rod, and the output end of the rubber delivery hose is flush with the outer end of the folding line clamp rod, and an electromagnetic valve is installed on the rubber delivery hose; or an inclined plate is connected to the outer end of the folding line clamp rod to assist in clamping the network cable, and the output end of the rubber delivery hose extends to the inner side of the inclined plate, and the glue can be output into the gap between the network cable and the inclined plate; the limiting member is a limiting clamping plate or a push block.

[0014] The beneficial effects of the present invention are as follows: the present invention has a unique structure and an ingenious design. The three-dimensional adjustment mechanism enables the folding line component and the gluing component to flexibly move in three-dimensional space and accurately align with the wiring position. The motor control of the vertical screw and the horizontal screw can achieve fast and accurate positioning, thereby improving the accuracy and efficiency of wiring. The folding line component can flexibly control the rotation of the folding line ear plate one and the folding line ear plate two through the combination of the electromagnetic group and the driving turntable, thereby achieving upward or downward bending and wiring of the network cable, which can not only adapt to different wiring requirements, but also ensure the accuracy and stability of the bending of the network cable. The gluing component transports the glue to the network cable through a pump, glues and bonds the network cable, effectively fixes the network cable, prevents it from loosening or shifting, and ensures the reliability and long-term stability of the wiring. The image processing component can collect images of the wiring area through a camera and identify the positions of electrical components. , generate two-dimensional coordinate information, the controller plans the wiring path according to the coordinate information, realizes the automatic wiring operation, reduces manual intervention and errors; through the adjustment of the suction cup by the telescopic screw, the stability of the device during the wiring process can be ensured, and the stability of the wiring can be improved; the set Hall sensor can detect the electromagnet one and the electromagnet three, realize the initial reset of the folding ear plate one and the folding ear plate two, and ensure that the folding ear plate one and the folding ear plate two are in the correct position before each wiring operation starts; the setting of the mobile bracket and the telescopic rod enables the device to have a height adjustment function, which can adapt to the needs of different wiring environments; the coordinated work of the controller and the electromagnetic group one and the electromagnetic group two realizes the flexible control of the folding ear plate and the automatic bending of the network cable, and the electromagnets work alternately to ensure the continuity and stability of the operation, and reduce the complexity and errors of manual operation. BRIEF DESCRIPTION OF THE DRAWINGS

[0015] Figure 1 It is one of the overall structural schematic diagrams of the present invention.

[0016] Figure 2 This is the second schematic diagram of the overall structure of the present invention.

[0017] Figure 3 It is a structural schematic diagram of the three-dimensional adjustment mechanism.

[0018] Figure 4 It is a schematic diagram of the installation structure of the folding line component and the slider.

[0019] Figure 5 This is a schematic diagram of the structure of the polyline component.

[0020] Figure 6 This is the front view of the polyline component.

[0021] Figure 7 A side view of the polyline component.

[0022] Figure 8 for Figure 5 One of the exploded views.

[0023] Fig. 9 for Figure 5 The second exploded view of the.

[0024] Fig.10 for Figure 5 Exploded view 3.

[0025] Fig.11 This is one of the structural schematic diagrams of the fold line ear plate 1 and the fold line ear plate 2.

[0026] Fig.12 This is the second structural schematic diagram of the fold line ear plate one and the fold line ear plate two.

[0027] Fig.13 It is a structural schematic diagram of the push-and-press glue coating unit.

[0028] In the figure: 1-mobile bracket, 11-telescopic rod, 2-three-dimensional adjustment mechanism, 21-main frame, 22-cross plate, 23-vertical screw, 24-lifting motor, 25-slider, 26-cross screw, 27-transverse motor, 28-front and rear control push rod, 3-camera, 4-folding line assembly, 41-fixed carrier plate, 42-driving turntable, 43-driving motor, 431-output shaft, 44-folding line ear plate one, 45-folding line ear plate two, 46-folding line clamping rod, 47-electromagnetic group one, 471-electromagnet one, 472-electromagnet two, 48-electromagnetic group two, 481-electromagnet three, 482-electromagnet four, 49-central axis, 410-pressing rod, 5-rubber hose, 6-limiting clamping plate, 7-stabilizing plate, 8-telescopic screw, 9-suction cup, 10-Hall sensor, 11-spring, 12-push block, 13-air pressure bag, 14-temporary storage gel bag, 15-permanent magnet, 16-power-off type electromagnet, 17-top spring, 18-pipeline, 19-check valve, 20-network cable. DETAILED DESCRIPTION

[0029] The present invention is further described below in conjunction with the accompanying drawings and embodiments.

[0030] Example 1: Network broadband cabling is mainly completed by manual operation and semi-automatic equipment. Technicians need to manually measure the cabling path, manually lay the network cable, and use simple tools to perform a series of operations such as bending and fixing the network cable. In some more complex environments, such as data centers, communication rooms or industrial control cabinets, cabling work often requires experienced professionals. Some existing semi-automatic equipment can assist in cabling, such as cable measuring instruments and cabling machines, but their functions are relatively single and mainly focus on a specific link, such as line measurement or network cable fixing, and cannot achieve automation of the entire cabling process.

[0031] In view of the above problems, this embodiment provides a network broadband wiring device, which integrates a three-dimensional adjustment mechanism, an image processing component, a folding component and a glue coating component, and can realize automatic wiring, precise bending and fixing of network cables, and is suitable for complex wiring requirements in boxes or cabinets, such as Figure 1-3 As shown, a three-dimensional adjustment mechanism 2 is arranged above the mobile bracket 1, and the three-dimensional adjustment mechanism 2 includes a main frame 21 connected to the mobile bracket 1, and a horizontal plate 22 is vertically slidably mounted in the main frame 21, and the horizontal plate 22 is controlled by a lifting motor 24 through a vertical screw 23, and a slider 25 is slidably mounted on the horizontal plate 22, and the slider 25 is controlled by a transverse motor 27 through a transverse screw 26, and a front and rear control push rod 28 is installed on the slider 25. The three-dimensional adjustment structure can enable the folding line component 4 to be flexibly moved in a three-dimensional space and accurately aligned with the wiring position, and the vertical screw 23 and the transverse screw 26 are respectively controlled by the lifting motor 24 and the transverse motor 27, and the front and rear control push rod 28 can control the fixed carrier plate 41 to move forward and backward, thereby realizing fast and accurate positioning of the card sleeve network cable 20.

[0032] The image processing component is used to detect the laying path of the network cable 20. The image processing component includes a camera 3 installed on the main frame 21. The camera 3 can collect images of the wiring area, and identify the positions of electrical components in the wiring area through image processing to generate two-dimensional coordinate information. The controller detects the wiring path of the network cable 20 according to the coordinate positions of the electrical components, plans the wiring path, and drives the folding line component 4 to route the network cable 20 by controlling the three-dimensional adjustment mechanism 2, thereby realizing automated wiring operations. The image processing component adopts existing technology, can use a camera to capture images, and perform image processing and path planning through a processor, which will not be described in detail here.

[0033] A telescopic rod 11 is installed on the top of the mobile bracket 1, and the telescopic rod 11 can be locked by a locking piece, which is a top screw mounted on the mobile bracket 1. The main frame 21 is connected to the end of the telescopic rod 11. The lifting and lowering of the main frame 21 can be controlled by adjusting the telescopic rod 11. The arrangement of the mobile bracket 1 and the telescopic rod 11 enables the device to have a height adjustment function, which can adapt to the needs of different wiring environments and increase the flexibility and practicality of the device.

[0034] like Figure 1-2 As shown, an adsorption stabilization component is also provided on the main frame 21, and the adsorption stabilization component includes a stabilization plate 7 arranged on the edges of the main frame 21, and a telescopic screw 8 is installed in the stabilization plate 7. A suction cup 9 is installed at the inner end of the telescopic screw 8, and an adjustment nut for adjusting the telescopic screw 8 is installed. The stability of the device during the wiring process can be ensured by the stabilization plate 7 and the suction cup 9, and the adjustment of the telescopic screw 8 can make the suction cup 9 stably adsorbed in the wiring area.

[0035] like Figure 4As shown, the folding line component 4 includes a fixed carrier plate 41, a driving motor 43 is installed on the rear side of the fixed carrier plate 41, and the fixed carrier plate 41 is arranged on the front side of the slider 25, and the output ends of the front and rear control push rods 28 are connected to the fixed carrier plate 41, and the front and rear control push rods 28 can control the fixed carrier plate 41 to move forward and backward; a driving turntable 42 is provided on the front side of the fixed carrier plate 41, and the output shaft 431 of the driving motor 43 is fixedly connected to the rear side of the driving turntable 42, and the driving turntable 42 can be controlled to rotate by the driving motor 43, and a central axis 49 is connected to the front side of the driving turntable 42, and the central axis 49 is coaxial with the output shaft 431, and a wire pressing rod 410 is eccentrically connected to the front side of the driving turntable 42, and a wire pressing roller is installed on the wire pressing rod 410, and a wire pressing gap is formed between the wire pressing rod 410 and the central axis 49.

[0036] like Figure 5-7 As shown, a fold line ear plate 1 44 and a fold line ear plate 2 45 are respectively provided on both sides of the driving turntable 42, and the fold line ear plate 1 44 and the fold line ear plate 2 45 are staggered and sleeved on the output shaft 431 of the driving motor 43, and a fold line clamping rod 46 is symmetrically provided on the front side surface of the fold line ear plate 1 44, and a fold line clamping rod 46 is also symmetrically provided on the front side surface of the fold line ear plate 2 45, and a fold line gap is formed between the symmetrically arranged fold line clamping rods 46 on the fold line ear plate 1 44 and the fold line ear plate 2 45; and the fold line ear plate 1 44 and the fold line ear plate 2 45 are located on the rear side surface of the driving turntable 42.

[0037] like Figure 8-12 As shown, an electromagnetic group 47 is installed on the fold line ear plate 44, and the electromagnetic group 47 can connect the fold line ear plate 44 to the driving turntable 42 or to the fixed carrier 41. The electromagnetic group 47 includes an electromagnet 1 471 and an electromagnet 2 472 correspondingly arranged on the two sides of the fold line ear plate 44. The electromagnet 1 471 can connect or disconnect the fold line ear plate 44 from the driving turntable 42, and the electromagnet 2 472 can connect or disconnect the fold line ear plate 44 from the fixed carrier 41.

[0038] An electromagnetic group 2 48 is installed on the fold line ear plate 45, and the electromagnetic group 2 48 can connect the fold line ear plate 45 to the driving turntable 42 or to the fixed carrier plate 41. The electromagnetic group 2 48 includes an electromagnet 3 481 and an electromagnet 482 correspondingly arranged on the two sides of the fold line ear plate 45. The electromagnet 3 481 can connect or disconnect the fold line ear plate 45 from the driving turntable 42, and the electromagnet 482 can connect or disconnect the fold line plate from the fixed carrier plate 41.

[0039] By combining electromagnetic group 1 47 and electromagnetic group 2 48 with the driving turntable 42, the rotation of the folding ear plate 1 44 and the folding ear plate 2 45 can be flexibly controlled to achieve the upward or downward bending and wiring of the network cable 20, adapt to different wiring requirements, and ensure the accuracy and stability of the bending of the network cable 20.

[0040] like Figure 5-7 As shown, the glue coating assembly includes a glue pipe 5, a glue tank and a pump. The glue tank and the pump are not shown in the figure. The glue tank and the pump can be set on the main frame 21. The glue pipe 5 can be installed on the fold line clamp rod 46. The glue pipe 5 is connected to the glue tank through the pump. The glue in the glue tank is quick-drying glue, and a limiter is provided in the fold line gap to press and constrain the network cable 20 in the wiring area. The limiter can be a limit clamping plate 6 or a push block 12.

[0041] The glue delivery hose 5 can be arranged on the outer side surface of the fold line clamp rod 46, and the output end of the glue delivery hose 5 is flush with the outer end of the fold line clamp rod 46. A solenoid valve is installed on the glue delivery hose 5. After the network cable 20 is pressed in the wiring area by the limiting clamping plate 6, the glue output by the glue delivery hose 5 can fix the network cable 20; or an inclined plate is connected to the outer end of the fold line clamp rod 46 to assist in clamping the network cable 20. The output end of the glue delivery hose 5 extends to the inner side of the inclined plate, and the glue can be output to the gap between the network cable 20 and the inclined plate to glue and fix the network cable 20. The network cable 20 is glued and fixed during the wiring process through the gluing component to ensure that the network cable 20 is fixed in a predetermined position to prevent it from loosening or shifting.

[0042] When the network cable 20 enters the wire pressing gap and the folding line gap, the electromagnetic group 1 47 and the electromagnetic group 2 48 control the folding line ear plate 1 44 and the folding line ear plate 2 45, so that the driving turntable 42 can drive the folding line ear plate 1 44 or the folding line ear plate 2 45 to rotate, and the network cable 20 is bent and routed. At the same time, the limit member can press the network cable 20 to the routing area, so that the rubber hose can glue and bond the network cable 20.

[0043] And also provided with initial reset component, such as Fig. 9 As shown, the initial reset component includes a Hall sensor 10 symmetrically installed in the driving turntable 42, the Hall sensor 10 is located on the rear side of the driving turntable 42, and the Hall sensor 10 is an existing device. After the fold line ear plate 1 44 and the fold line ear plate 2 45 are separated from the driving turntable 42, when the driving turntable 42 rotates to make the Hall sensor 10 detect the corresponding electromagnet 1 471 or the electromagnet 3 481, the electromagnet 1 471 is started to connect and reset the fold line ear plate 1 44 with the driving turntable 42, and the electromagnet 3 481 is started to connect and reset the fold line ear plate 2 45 with the driving turntable 42, so that the fold line ear plate 1 44 and the fold line ear plate 2 45 are parallel to each other for initial reset; or the technician manually swings the fold line ear plate 1 44 and the fold line ear plate 2 45, and performs initial reset on the fold line ear plate 1 44 and the fold line ear plate 2 45 through the detection signal of the Hall sensor 10.

[0044] The device moves to the area where wiring is required, and shoots the area to be wired through the camera 3 in the image processing component, collects the image of the wiring area, and recognizes the position of each electrical component in the area to be wired by image, and performs two-dimensional processing to determine the coordinate position of each electrical component, so that the controller can plan the wiring path of the network cable 20 according to the coordinate information provided by the image processing component, and generate a control command. The controller controls the three-dimensional adjustment mechanism 2, so that the three-dimensional adjustment mechanism 2 drives the folding line component 4. Through the coordinated work of the folding line component 4 and the three-dimensional adjustment mechanism 2, the broadband network cable 20 is wired according to the preset layout and planned route. At the same time, considering the different directions of multiple bundles of broadband network cables 20, the lines are laid one by one in sequence, and a margin is left when approaching the electrical components. After the wiring is completed in the later stage, it can be cut and wired. The image processing component can preset and plan the path that needs to be wired, thereby controlling the three-dimensional adjustment mechanism 2 to drive the folding line component 4 to wire the network cable 20.

[0045] The area to be wired can be a box or a cabinet. There are multiple bundles of broadband network cables 20 introduced into the cabinet, and the direction of each bundle of network cables 20 is different. The broadband network cables 20 can be wired in the box or cabinet. The broadband network cables 20 can be connected to the electrical components in the box or cabinet. The purpose is to wire the broadband network cables 20.

[0046] The three-dimensional adjustment mechanism 2 moves the horizontal plate 22 and the slider 25 through the motor control of the vertical screw 23 and the horizontal screw 26, so that the driving component moves in the three-dimensional space according to the planned path and accurately aligns with the wiring position.

[0047] The gap size of the wire pressing gap and the folding line gap is the same. The front and rear control push rods 28 push the fixed carrier plate 41 to allow the network cable 20 in the wiring area to enter the folding line gap. When the network cable 20 enters the wire pressing gap and the folding line gap, the limit member presses the network cable 20 to constrain it in the wiring area.

[0048] Start the folding line component 4, and control the rotation of the folding line ear plate 1 44 or the folding line ear plate 2 45 by driving the turntable 42 and the electromagnetic group 1 47 and the electromagnetic group 2 48 to bend the network cable 20 upward or downward for wiring. At the same time, start the gluing component to glue the network cable 20 to stabilize it.

[0049] When the electromagnet 1 471 of the folding ear plate 1 44 is connected to the driving turntable 42, the electromagnet 2 472 is separated from the fixed carrier 41, the electromagnet 3 481 of the folding ear plate 2 45 is separated from the driving turntable 42, and the electromagnet 482 is adsorbed and connected to the fixed carrier 41, the folding ear plate 1 44 is locked on the driving turntable 42, and the folding ear plate 2 45 is locked on the fixed carrier 41. The driving turntable 42 rotates counterclockwise to synchronously drive the folding ear plate 1 44, so that the folding ear plate 1 44 can be rotated 90 degrees counterclockwise to bend the network cable 20 downward for wiring; When the electromagnet 1 471 of the folding ear plate 1 44 is separated from the driving turntable 42, the electromagnet 2 472 is adsorbed and connected to the fixed carrier plate 41, the electromagnet 3 481 of the folding ear plate 2 45 is adsorbed and connected to the driving turntable 42, and the electromagnet 482 is separated from the fixed carrier plate 41, at this time, the folding ear plate 1 44 is locked on the fixed carrier plate 41, and the folding ear plate 2 45 is locked on the driving turntable 42, and the driving turntable 42 rotates clockwise to synchronously drive the folding ear plate 2 45, so that the folding ear plate 2 45 can be rotated 90 degrees clockwise to bend the network cable 20 downward for wiring; When the electromagnet 1 471 of the folding line ear plate 1 44 is connected to the driving turntable 42, the electromagnet 2 472 is separated from the fixed carrier plate 41, the electromagnet 3 481 of the folding line ear plate 2 45 is connected to the driving turntable 42, and the electromagnet 4 482 is separated from the fixed carrier plate 41, at this time, the folding line ear plate 1 44 and the folding line ear plate 2 45 are both locked on the driving turntable 42, and the rotation of the driving turntable 42 can drive the folding line ear plate 1 44 and the folding line ear plate 2 45 to turn 180 degrees; After the folding ear plate 1 44 and the folding ear plate 2 45 are turned over 180 degrees, when the electromagnet 1 471 of the folding ear plate 1 44 is separated from the driving turntable 42, the electromagnet 2 472 is adsorbed and connected to the fixed carrier 41, the electromagnet 3 481 of the folding ear plate 2 45 is adsorbed and connected to the driving turntable 42, and the electromagnet 482 is separated from the fixed carrier 41, at this time, the folding ear plate 1 44 is locked on the fixed carrier 41, and the folding ear plate 2 45 is locked on the driving turntable 42. The driving turntable 42 rotates clockwise to synchronously drive the folding ear plate 2 45, so that the folding ear plate 2 45 can be rotated 90 degrees clockwise to bend the network cable 20 upward for wiring; When the electromagnet 1 471 of the fold line ear plate 44 is connected to the driving turntable 42, the electromagnet 2 472 is separated from the fixed carrier 41, the electromagnet 3 481 of the fold line ear plate 2 45 is separated from the driving turntable 42, and the electromagnet 482 is adsorbed and connected to the fixed carrier 41, at this time, the fold line ear plate 1 44 is locked on the driving turntable 42, and the fold line ear plate 2 45 is locked on the fixed carrier 41, and the driving turntable 42 rotates counterclockwise to synchronously drive the fold line ear plate 1 44, so that the fold line ear plate 1 44 can rotate 90 degrees counterclockwise to bend the network cable 20 upward for routing.

[0050] In brief, when the folding ear plate 1 44 is connected to the driving turntable 42, the driving turntable 42 rotates counterclockwise, so that the folding ear plate 1 44 can be rotated 90 degrees counterclockwise to bend the network cable 20 downward for wiring; When the folding ear plate 2 45 is connected to the driving turntable 42, the driving turntable 42 rotates clockwise, so that the folding ear plate 2 45 can be rotated 90 degrees clockwise to bend the network cable 20 downward for wiring; When the folding line ear plate 1 44 and the folding line ear plate 2 45 are both connected to the driving turntable 42, the driving turntable 42 rotates to drive the folding line ear plate 1 44 and the folding line ear plate 2 45 to turn 180 degrees; After the folding ear plate 1 44 and the folding ear plate 2 45 are turned over 180 degrees, when the folding ear plate 2 45 is connected to the driving turntable 42, the driving turntable 42 rotates clockwise, which can make the folding ear plate 2 45 rotate 90 degrees clockwise, and the network cable 20 is bent and routed upward; When the folding ear plate 1 44 is connected to the driving turntable 42, the driving turntable 42 rotates counterclockwise, so that the folding ear plate 1 44 can be rotated 90 degrees counterclockwise to bend the network cable 20 upward for wiring; By controlling the folding ear plate 1 44 and the folding ear plate 2 45 by the electromagnetic group 1 47 and the electromagnetic group 2 48 , the network cable 20 can be bent and routed upward or downward respectively.

[0051] The electromagnet 1 471 and the electromagnet 3 481 work alternately, and the electromagnet 2 472 and the electromagnet work alternately; the fold line ear plate 1 44 and the fold line ear plate 2 45 can shape the broadband network cable 20 and drive the broadband network cable 20 to bend.

[0052] It should be noted that, during the process of wiring through the fold line ear plate 1 44 and the fold line ear plate 2 45, when the fold line ear plate 1 44 bends the network cable 20, the glue delivery tube 5 of the fold line ear plate 1 44 does not output glue, and the glue delivery tube 5 of the fold line ear plate 2 45 outputs glue to coat the network cable 20 at the rear side with glue to stabilize it. After the fold line ear plate 1 44 completes the bending of the network cable 20, the glue delivery tube 5 of the fold line ear plate 1 44 outputs glue and then coats the network cable 20 with glue to stabilize it.

[0053] When the fold line ear plate 45 bends the network cable 20, the glue delivery pipe 5 of the fold line ear plate 45 does not output glue, and the glue delivery pipe 5 of the fold line ear plate 1 44 outputs glue to coat the network cable 20 at the rear side with glue and stabilize it. After the fold line ear plate 45 completes the bending of the network cable 20, the glue delivery pipe 5 of the fold line ear plate 45 outputs glue and then coats the network cable 20 with glue and stabilizes it.

[0054] The network cables 20 that have been wired can be glued and secured, and the network cables 20 that have not been wired can be glued and secured after the wiring is completed.

[0055] Preferably, when the broadband network cable 20 is glued and stabilized, the glue delivery tube 5 is in a state of continuously outputting glue. Although the output state of the glue delivery tube 5 can be controlled by the solenoid valve, the continuous output of glue may cause waste of glue. Therefore, a push-on glue-coating unit for assisting glue coating is respectively provided on the folding ear plate 1 44 and the folding ear plate 2 45. Fig.13As shown, a cavity is provided inside the push block 12, and the push block 12 is laterally slidably sleeved in the fold line gap formed by the fold line clamp rod 46, and side walls can also be arranged on both sides of the fold line gap. The push glue coating unit includes a temporary storage glue liquid capsule 14 arranged in the push block 12, and the temporary storage glue liquid capsule 14 is connected to the glue liquid box through a pipeline 18. The glue liquid box is higher than the temporary storage glue liquid capsule 14, and a one-way valve 19 is installed on the pipeline 18. The glue liquid box can continuously replenish the temporary storage glue liquid capsule 14 with glue liquid, and the glue delivery pipe 5 extends into the cavity and is connected to the temporary storage glue liquid capsule 14, and the glue delivery pipe 5 is a flat structure. The glue delivery pipe 5 can be arranged as a single one and installed on the inner side of the fold line clamp rod 46, located above the push block 12, and the glue delivery pipe 5 will output glue only when the temporary storage glue liquid capsule 14 is squeezed and compressed; A pressure bag 13 is installed at the front end of the push block 12, and the end of the pressure bag 13 extends into the cavity of the push block 12. When the pressure bag 13 is compressed, the pressure bag 13 will squeeze the temporary storage liquid capsule 14, and the glue in the temporary storage liquid capsule 14 will be output through the glue delivery pipe 5; A spring sheet 11 is provided in the fold line gap, the spring sheet 11 is located at the front side of the push block 12, a permanent magnet 15 is fixedly installed at the rear end of the push block 12, a de-energized electromagnet 16 is installed on the fold line ear plate 1 44 and the fold line ear plate 2 45, respectively, and a top spring 17 is connected between the permanent magnet 15 and the de-energized electromagnet 16; The de-energized electromagnet 16 is characterized in that it is magnetic when not energized and can adsorb magnetic conductive materials, and demagnetizes when energized, and the adsorption force disappears; When the de-energized electromagnet 16 is not powered, the permanent magnet 15 is adsorbed, and the tension spring is compressed, and the push block 12 is in the initial state. When the de-energized electromagnet 16 is powered, it will be demagnetized, and the adsorption force on the permanent magnet 15 will disappear. At this time, the push block 12 will be pushed under the action of the top spring 17, so that the push block 12 presses the broadband network cable 20, and the pipeline 18 can also move with the push block 12. The broadband network cable 20 is pressed in the wiring area, and the air pressure bag 13 is in contact with the network cable 20, and the temporary storage glue liquid capsule 14 will be squeezed and compressed, and the glue in the temporary storage glue liquid capsule 14 is output through the flat tube, so that the broadband network cable 20 is glued and stabilized; By controlling the de-energized electromagnet 16, the network cable 20 can be coated with glue in dots, and no glue residue can be applied. Embodiment 2, a network broadband wiring device in this embodiment is described with the differences from the embodiment 1 as the center.

[0056] In this embodiment, a guide rod is connected to the rear side of the fixed carrier plate, and the fixed carrier plate is guided and sleeved on the slider through the guide rod. When the front and rear control push rods drive the fixed carrier plate to move, the guide rod can guide the fixed carrier plate.

[0057] The above description is only a preferred embodiment of the present invention and does not limit the present invention. Any modifications, equivalent substitutions and improvements made within the spirit and principle of the present invention should be included in the protection scope of the present invention.

Claims

1. A network broadband wiring device, comprising a mobile bracket, a three-dimensional adjustment mechanism is arranged above the mobile bracket, and an image processing component for detecting the wiring path of the network cable is arranged, characterized in that: It also includes a folding line component and a glue coating component. The three-dimensional adjustment mechanism is used to drive the folding line component. The folding line component includes a fixed carrier plate, a driving turntable is provided on the front side of the fixed carrier plate, the driving turntable is connected to the output shaft of the driving motor of the fixed carrier plate, and the front side surface of the driving turntable is connected to the central axis, and a wire pressing rod is eccentrically connected to the front side surface of the driving turntable, and a wire pressing gap is formed between the wire pressing rod and the central axis; a folding line ear plate 1 and a folding line ear plate 2 are respectively provided on both sides of the driving turntable, the folding line ear plate 1 and the folding line ear plate 2 are staggered on the output shaft, and the folding line clamping rods are symmetrically provided on the folding line ear plate 1 and the folding line ear plate 2, and a folding line gap is formed between the symmetrically arranged folding line clamping rods; and folding line ear plates 1 and 2 are respectively installed Electromagnetic group one and electromagnetic group two, electromagnetic group one can connect the folding line ear plate one with the driving turntable or with the fixed carrier plate, and electromagnetic group two can connect the folding line ear plate two with the driving turntable or with the fixed carrier plate; the glue coating component includes a glue delivery hose, a glue liquid box and a pump, the glue delivery hose is arranged on the folding line clamping rod, the glue delivery hose is connected to the glue liquid box through the pump, and a limiting member for pressing the network cable is connected in the folding line gap; when the network cable enters the pressing gap and the folding line gap, the electromagnetic group one and the electromagnetic group two control the folding line ear plate one and the folding line ear plate two, so that the driving turntable can drive the folding line ear plate one or the folding line ear plate two to rotate, and the network cable is bent and routed, and at the same time, the limiting member can press the network cable to make the rubber hose glue and bond the network cable.

2. A network broadband wiring device according to claim 1, characterized in that: The three-dimensional adjustment mechanism includes a main frame connected to the movable bracket, a vertically sliding set of horizontal plates in the main frame, the horizontal plates are controlled by the lifting motor through the vertical screw, a sliding set of sliders are slid on the horizontal plate, the sliders are controlled by the transverse motor through the transverse screw, and front and rear control push rods are installed on the sliders, the fixed carrier plate is arranged on the front side of the slider, and the fixed carrier plate is connected to the output ends of the front and rear control push rods.

3. A network broadband wiring device according to claim 2, characterized in that: The image processing component includes a camera installed on the main frame, which can collect images of the wiring area and identify the positions of electrical components in the wiring area through image processing to generate two-dimensional coordinate information. The controller detects the wiring path of the network cable based on the coordinate position of the electrical components and drives the folding line component to route the network cable by controlling the three-dimensional adjustment mechanism.

4. A network broadband wiring device according to claim 2, characterized in that: A telescopic rod is installed on the top of the mobile bracket, and the telescopic rod can be locked by a locking piece. The locking piece is a top screw sleeved on the mobile bracket. The main frame is connected to the end of the telescopic rod. The lifting and lowering of the main frame can be controlled by adjusting the telescopic rod.

5. A network broadband wiring device according to claim 2, characterized in that: The driving motor is installed on the rear side of the fixed carrier plate, and the output shaft of the driving motor is fixedly connected to the rear side of the driving turntable.

6. A network broadband wiring device according to claim 2, characterized in that: An adsorption and stabilization component is also provided on the main frame, which includes a stabilization plate arranged around the edges of the main frame, a telescopic screw is installed in the stabilization plate, a suction cup is installed on the inner end of the telescopic screw, and an adjustment nut for adjusting the telescopic screw is installed.

7. A network broadband wiring device according to claim 1, characterized in that: Electromagnetic group one includes electromagnet one and electromagnet two which are correspondingly arranged on the two side surfaces of fold line ear plate one. Electromagnet one can connect or disconnect the fold line ear plate one with the driving turntable, and electromagnet two can connect or disconnect the fold line ear plate one with the fixed carrier plate. Electromagnet group two includes electromagnet three and electromagnet four which are correspondingly arranged on the two side surfaces of fold line ear plate two. Electromagnet three can connect or disconnect the fold line ear plate two with the driving turntable, and electromagnet four can connect or disconnect the fold line plate with the fixed carrier plate.

8. A network broadband wiring device according to claim 1, characterized in that: An initial reset component is also provided, which includes a Hall sensor symmetrically installed in the driving turntable. After the folding line ear plate 1 and the folding line ear plate 2 are separated from the driving turntable, when the driving turntable rotates so that the Hall sensor detects the corresponding electromagnet 1 or electromagnet 3, the electromagnet 1 is started to reset the connection between the folding line ear plate 1 and the driving turntable, and the electromagnet 3 is started to reset the connection between the folding line ear plate 1 and the driving turntable, so that the folding line ear plate 1 and the folding line ear plate 2 are parallel to each other for initial reset.

9. A network broadband wiring device according to claim 1, characterized in that: The rubber delivery hose is installed on the outer side of the folded line clamp rod, and the output end of the rubber delivery hose is flush with the outer end of the folded line clamp rod, and a solenoid valve is installed on the rubber delivery hose; or an inclined plate is connected to the outer end of the folded line clamp rod to assist in clamping the network cable, and the output end of the rubber delivery hose extends to the inner side of the inclined plate, and the glue can be output to the gap between the network cable and the inclined plate; the limiting component is a limiting clamping plate or a push block.

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