CN106956963B

CN106956963B - Cable winder

Info

Publication number: CN106956963B
Application number: CN201710265277.0A
Authority: CN
Inventors: 陈�峰
Original assignee: Laiwu Iron and Steel Group Co Ltd
Current assignee: Laiwu Iron and Steel Group Co Ltd
Priority date: 2017-04-21
Filing date: 2017-04-21
Publication date: 2023-01-03
Anticipated expiration: 2037-04-21
Also published as: CN106956963A

Abstract

The invention provides a cable winder. The cable winder comprises a wire winding disc (100), a base (200), a power device (300) and a transmission device (400); wherein: the wire spool (100) is rotatably arranged on the base (200), and the power device (300) and the transmission device (400) are both arranged on the base (200); the power device (300) is in transmission fit with the transmission device (400) and is used for driving the wire spool (100) to take up and pay off the cable. The cable winder provided by the invention can solve the problem that the cable directly wound from the cable reel is easy to be knotted in the prior art.

Description

Cable winder

Technical Field

The invention relates to the technical field of electrical equipment construction, in particular to a cable winder.

Background

It is known that the cables of the cable products are usually purchased by winding the cables around a wooden disc, and when the cable laying operation is performed, the entire disc of cables is transported to the work site, and after the laying operation is completed, the remaining cables are transported back and stored together with the cable drum. Meanwhile, in the process of laying the cable, because the volume and the weight of the cable disc body which is directly purchased and used are large, the cable disc is usually required to be horizontally placed, and then the cable is wound down for one circle. The situation not only causes economic loss to enterprises, but also increases the labor capacity of workers and generates great waste of manpower and material resources.

It is apparent from the foregoing that there is a need to provide a cable winder capable of automatically winding and unwinding a cable.

Disclosure of Invention

The invention provides a cable winder, which aims to solve the problem that the cable directly wound from a cable reel is easy to be knotted in the prior art.

In order to solve the technical problems, the invention discloses the following technical scheme:

the cable winder comprises a wire spool, wherein the wire spool is used for winding the cable;

the cable spool also comprises a base, a power device and a transmission device; wherein:

the wire spool is rotatably mounted on the base; the power device and the transmission device are both arranged on the base;

the power device is in transmission fit with the transmission device and is used for driving the wire spool to take up and pay off the cable.

Preferably, in the cable winder:

the wire spool comprises a wire winding column, a baffle and a rotating shaft; wherein:

the two ends of the winding post are fixedly connected with the baffle plates, and the baffle plates, the winding post and the baffle plates form a wire accommodating space;

the rotating shaft and the winding post are concentrically fixed, and the rotating shaft penetrates through the baffle; the rotating shaft and the base form a rotating pair rotating around the axis of the rotating shaft.

Preferably, in the cable winder:

the baffle extends outwards and is provided with a wire fixing hole at the winding post.

Preferably, in the cable winder:

the base comprises two tripods, and two ends of the wire spool are hinged to the top ends of the two tripods respectively.

Preferably, in the cable winder:

the base further comprises a roller, and the roller is installed at the bottom end of the tripod.

Preferably, in the cable winder:

the power device comprises a first power submodule which comprises a mounting seat, a motor, a control device and an operation remote controller; wherein:

the mounting seat is mounted on the base; the motor is arranged on the mounting seat, and a first driving gear is fixed on a driving shaft of the motor;

the operation remote controller can control the motor through the control device so as to control the wire spool to take up and pay off the cable.

Preferably, in the cable winder:

the power device further comprises a second power submodule which comprises a manual driving device and a rocker arm; wherein:

the manual driving device is arranged on the mounting seat; the manual driving device is provided with a second driving gear;

the rocker arm is matched with the manual driving device and used for driving the wire spool to reel the cable;

the first driving gear and the second driving gear can be in transmission fit with the transmission device.

Preferably, in the cable winder:

the transmission device comprises a driven gear, a swing arm, a conversion gear and a gear operating rod; wherein:

the driven gear is connected with the wire spool; two ends of the swing arm are respectively hinged with the driven gear and the conversion gear;

the conversion gear is meshed with the driven gear, and the conversion gear can be meshed with the first driving gear or the second driving gear;

the bottom end of the gear operating rod is hinged with the mounting seat, the top end of the gear operating rod is a gear operating end, and the gear operating rod is provided with a slide way extending from the bottom end to the top end direction;

the wheel shaft of the conversion gear can be in sliding fit with the slide way to drive the conversion gear to be switched among a first working state, a second working state and a third working state; wherein:

under a first working state, the switching gear is in meshing transmission with the first driving gear;

under a second working state, the switching gear is in meshing transmission with the second driving gear;

and under a third working state, the switching gear is disengaged from the first driving gear and the second driving gear.

Preferably, in the cable winder:

the device also comprises a measuring device, wherein the measuring device is used for measuring the length of the wound and unwound cable; the measuring device comprises a mounting frame and a measuring roller; wherein:

the bottom end of the mounting rack is fixed on the base, and the top end of the mounting rack is arranged above the wire spool; and the measuring roller is in rolling fit with the retracted cable.

Preferably, in the cable winder:

the measuring device also comprises a pinch roller, a display screen, a control system and a control button; wherein:

the pressing wheel is fixed above the measuring roller and is used for pressing the cable;

the display screen is arranged on the mounting rack and used for displaying the numerical value of the length of the cable which is wound and unwound;

the control system and the control button are both connected with the power device, and the control button and the control system can control the power device so as to control the wire spool to reel the cable.

The working process of the cable winder provided by the invention is as follows:

when the cable needs to be laid, the directly purchased finished cable can be firstly taken as an intermediate part to transport the cable, and the whole reel of cable does not need to be transported to a working place. Can twine the one end of cable conductor on the wire reel, power device can provide drive power, and through transmission, power device and then can drive the wire reel rotation of installing on the base to the work of accomplishing the receipts bundle of cable conductor. Then the cable winder wound with the cable is conveyed to a working place, the power device continues to provide driving force, the winding wire is driven to wind the cable through the transmission effect of the transmission device, and workers can lay the wound cable.

Therefore, the cable winder provided by the invention can solve the problem that the knotting phenomenon easily occurs when the cable is directly wound from the cable reel in the prior art.

Drawings

In order to more clearly illustrate the technical solutions in the embodiments or the background art of the present invention, the drawings used in the description of the embodiments or the background art will be briefly described below, and it is obvious for those skilled in the art to obtain other drawings without inventive labor.

Fig. 1 is a schematic structural view of a cable winder provided in an embodiment of the present invention;

fig. 2 is a schematic view of a wire spool of the cable winder of fig. 1;

FIG. 3 is a schematic view of the power unit and transmission assembly of the cable winder of FIG. 1;

FIG. 4 is a schematic view of the power plant of the cable winder of FIG. 1;

FIG. 5 is a schematic structural view of a transmission device of the cable winder shown in FIG. 1;

fig. 6 is a schematic view showing a structure of a measuring device of the cable winder of fig. 1.

Description of the reference numerals:

100-wire reel, 110-wire winding post, 120-baffle, 121-wire fixing hole, 130-rotating shaft, 200-base, 210-tripod, 220-roller, 300-power device, 310-mounting seat, 320-motor, 330-control device, 340-operation remote controller, 350-manual driving device, 360-rocker arm, 400-transmission device, 410-driven gear, 420-swinging arm, 430-conversion gear, 440-gear operating rod, 500-measuring device, 510-mounting frame, 520-measuring roller, 530-pinch roller, 540-display screen, 550-control system and 560-control button.

Detailed Description

The embodiment of the invention provides a cable winder, which aims to solve the problem that a knotting phenomenon easily occurs to a cable directly wound from a cable reel in the prior art.

In order to make those skilled in the art better understand the technical solutions of the present invention, the technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be obtained by a person skilled in the art without making any creative effort based on the embodiments in the present invention, shall fall within the protection scope of the present invention.

Referring to fig. 1, fig. 1 is a schematic structural diagram of a cable winder according to an embodiment of the present invention. The cable winder provided by the embodiment of the invention comprises a wire spool 100, a base 200, a power device 300 and a transmission device 400.

Wherein, the wire spool 100 may be a cable spool wound with a cable, which is purchased directly, the wire spool 100 may be mounted on the base 200 by a member thereof, and the wire spool 100 may rotate along an axis thereof; the base 200 is generally a mechanical foundation and may be a metal frame or other rigid structure; the power device 300 is a driving device, and may be a motor or other power device capable of providing kinetic energy, and the power device 300 may be mounted on the base 200 by welding or other fasteners; the transmission 400 may be a gear assembly in general, and may be mounted to the base 200 by fasteners or other means; referring to fig. 3 and fig. 3, which are schematic views illustrating the power device and the transmission device of the cable winder shown in fig. 1, the power device 300 may be in transmission engagement with the transmission device 400, so that the power device 300 can provide a driving force to drive the wire winding disc 100 to rotate, thereby completing the operation of winding or unwinding the cable.

In the device, the wire spool 100 can be used as a wire accommodating device of a cable, and the wire spool 100 can rotate on the base 200 around the axis thereof; the base 200 is a structural foundation on which other components are mounted; the power device 300 and the transmission device 400 are both arranged on the base 200, and the power device 300 is in transmission fit with the transmission device 400; the power device 300 may provide a driving force for rotating the wire spool 100, and the transmission device 400 may be used to transmit the driving force to the wire spool 100, obviously, the driving force may be used for rotating the wire spool 100, thereby completing the cable winding and unwinding operation.

Further, the wire spool 100 may be a cable spool wound with a cable directly purchased, or may be manufactured by processing several parts, as shown in fig. 2, where fig. 2 is a schematic structural diagram of the wire spool of the cable winder shown in fig. 1; the wire spool 100 may include a wire spool 110, a flapper 120, and a rotation shaft 130. Both ends of the winding post 110 can be fixedly connected with the baffle 120, and a wire accommodating space can be formed among the three; the rotation shaft 130 may be concentrically fixed with the winding post 110, and the rotation shaft 130 may pass through the barrier 120; the rotation shaft 130 may form a rotation pair with the base to rotate around the axis of the rotation shaft 130.

Specifically, the wrapping post 110 may be a wooden cylinder, the baffle 120 may be a circular or other shaped wooden thin plate, and both ends of the wrapping post 110 may be fixedly connected to the baffle 120 by steel nails or other fasteners, obviously, a wire accommodating space may be formed between the three, and the wire accommodating space may be used for accommodating a cable; the rotating shaft 130 may be a rod-shaped member made of wood or metal, the rotating shaft 130 and the winding post 110 may be concentrically fixed by a fastener, two ends of the rotating shaft 130 may both penetrate the baffle 120, and two ends of the rotating shaft 130 are rotatably connected to the base 200, that is, the rotating shaft 130 can drive the winding post 110 to rotate on the base 200, and the rotating axis is the axis of the winding post 110.

Considering that the device can be used for paying off or taking up wires, the baffle 120 extends out of the winding post 110 and is provided with a wire fixing hole 121.

Specifically, the wire fixing hole 121 may be drilled at a position where the baffle 120 extends beyond the winding post 110. When a cable needs to be wound on the empty wire spool 100, a worker can fix one end of the cable on the wire fixing hole 121, then start the power device 300, and the purpose of winding the cable can be achieved conveniently and quickly through the transmission effect of the transmission device 400.

In a specific preferred embodiment, the base 200 may include two tripods 210, the tripods 210 may be hard metal frames, and the wire spool 100, specifically, both ends of the rotating shaft 130 may be hinged to the top ends of the two tripods 210 through bearings or other hinged members, obviously, the wire spool 100 may rotate on the base 200 around its axis to complete the cable winding and unwinding operation.

Further, the base 200 may further include a roller 220, and the roller 220 may be mounted at a bottom end of the tripod 210.

Specifically, the roller 220 may be a wheel having an axle, and the axle of the roller 220 may be fixedly connected to the tripod 210, so that the device may be moved under the rolling action of the roller 220, thereby allowing the device to be conveniently replaced. Meanwhile, a plurality of rollers 220 may be installed to ensure stability when the device moves, and the installation positions of the plurality of rollers 220 at the bottom ends of the two tripods 210 are completely symmetrical.

The power device 300 may include a first power sub-module, as shown in fig. 4, fig. 4 is a schematic structural diagram of the power device of the cable winder shown in fig. 1, and the first power sub-module may include a mounting seat 310, a motor 320, a control device 330 and an operation remote controller 340. Wherein, the mounting seat 310 can be mounted on the base 200; the motor 320 may be installed on the mount 310, and the motor 310 may have a driving shaft to which a first driving gear is fixed; the remote controller 340 can be operated to control the start/stop and the rotation direction of the motor 320 through the control device 330, so as to control the corresponding actions of the wire spool 100, thereby completing the cable winding and unwinding operation.

Specifically, the mounting seat 310 may be a metal mounting seat, and the mounting seat 310 may be mounted on the base 200 by a fastener or by welding; one skilled in the art can select a suitable type and power of the motor 320 according to the working requirement, the motor 320 can be mounted on the mounting seat 310 through a threaded fastener, the motor 320 has a driving shaft which can be fixedly connected with a gear with a suitable size, and the driving shaft is a first driving gear which can be in transmission fit with the transmission device 400; the operation remote controller 340 and the control device 330 may be matched control components, the control device 330 may be installed on one side of the motor 320 through a threaded fastener, and the control device 330 is connected with the motor 320 through a circuit, considering that when a worker operates the device far away from the device to work, the operation remote controller 340 may be an infrared remote controller, and the operation remote controller 340 and the control device 330 may be used to control the opening, closing and rotating directions of the motor 320, and accordingly, the winding reel 100 correspondingly connected with the motor 320 may also complete the winding and unwinding work of the cable.

Considering that there may be a case where the external power supply cannot be connected to the working place of the present device, the power device 300 may further include a second power sub-module, the second power sub-module may include a manual driving device 350 and a swing arm 360, the manual driving device 350 may be mounted on the mounting seat 310, and the manual driving device 350 may have a second driving gear; the swing arm 360 may be coupled to the manual driving device 350 for providing a driving force to rotate the wire spool 100 to complete the cable winding and unwinding operation.

Specifically, the manual driving device 350 may be a gear set, and the rocker arm 360 may be a rocker arm cooperating with the manual driving device 350; the staff can drive manual drive device 350 through manpower drive rocking arm 360 and rotate, and the second drive gear that manual drive device 350 has can be connected with transmission 400 transmission, and then drive wire reel 100 rotates, can finally accomplish the work of receiving and releasing the cable conductor.

Further, as shown in fig. 5, fig. 5 is a schematic structural view of a transmission device of the cable winder shown in fig. 1, and the transmission device 400 may include a driven gear 410, a swing arm 420, a switching gear 430, and a shift position operating lever 440. Wherein, the driven gear 410 can be connected with the wire spool 100; both ends of the swing arm 420 may be hinged with the driven gear 410 and the switching gear 430, respectively; the conversion gear 430 may be engaged with the driven gear 410, and the conversion gear 430 may also be engaged with the first driving gear or the second driving gear; the bottom end of the gear operating lever 440 may be hinged to the mounting seat 310, the top end of the gear operating lever 440 may be a gear operating end, and the gear operating lever 440 may have a slide way extending from the bottom end to the top end; the axle of the switching gear 430 can be slidably engaged with the slide to drive the switching gear 430 to switch between the first operating state, the second operating state and the third operating state.

It should be noted that, in the first working state, the conversion gear 430 may be in meshing transmission with the first driving gear; in the second working state, the switching gear 430 can be in meshing transmission with the second driving gear; in the third operating state, the switching gear 430 is disengaged from both the first drive gear and the second drive gear.

Specifically, the driven gear 410 and the switching gear 430 may be mechanical gear parts, the swing arm 420 may be a plate-shaped metal strip, and the shift operating lever 440 may be an elongated metal ring. The driven gear 410 can be sleeved and fixed at one end of the rotating shaft 130 penetrating through the baffle 120, so that the driven gear 410 can drive the wire spool 100 to rotate; the driven gear 410 and the switching gear 430 may be hinged to both end portions of the swing arm 420 by a screw fastener, respectively, and the driven gear 410 may be engaged with the switching gear 430, so that the switching gear 430 may rotate the driven gear 410. The conversion gear 430 can swing along with the swing arm 420, so that the conversion gear 430 can be meshed with a first driving gear in the first power sub module or a second driving gear in the second power sub module, and the first power sub module and the second power sub module can provide driving force for the rotation of the conversion gear 430; the bottom end of the gear operating rod 440 can be hinged to the mounting seat 310 through a connecting piece, the top end of the gear operating rod can be movable and serves as a gear operating end, the gear operating rod 440 can be provided with a slide way extending from the bottom end to the top end of the gear operating rod, and the slide way can be machined in the middle of the long-strip-shaped metal plate in a cutting or other machining mode; the axle of the switching gear 430 can be in sliding fit with the slideway, and obviously, as the switching gear 430 slides on the slideway, the switching gear 430 can be respectively meshed with the first driving gear or the second driving gear, and can be separated from the above three situations, accordingly, the three different meshing states of the switching gear 430 respectively correspond to the three working states, namely the first working state, the second working state and the third working state.

In the first working state, the conversion gear 430 can be in meshing transmission with the first driving gear, and in this case, the first power sub-module can provide driving force to drive the conversion gear 430 to rotate and finally drive the wire spool 100 to rotate through an external power supply; considering that the workplace may have a condition that an external power supply cannot be connected, correspondingly, the conversion gear 430 may work in the second working state, and the conversion gear 430 may be in meshing transmission with the second driving gear. Because under this device can not external power supply's the condition, the unwrapping wire work can be accomplished with minimum drive power, under the third operating condition promptly, change gear 430 all breaks away from with first drive gear and second drive gear, and drive gear 430 is in unsettled state this moment, and the staff can pull the one end of cable conductor, along laying the route walking, can accomplish the work around cable conductor down, labour saving and time saving, the condition that the cable conductor was curled up can not appear yet.

Because in the cable laying work, the cable of whole dish is directly transported to the job site and often need consume more manpower and materials, still can have because the length of the cable that needs to be laid is less, leads to laying the cable behind the completion and remains more, has to transport back remaining cable conductor and cable drum, and this has caused very big waste to manpower and materials. In order to more exactly know the length of the cable being wound, the cable winder of the present invention may further include a measuring device 500, as shown in fig. 6, where fig. 6 is a schematic structural view of the measuring device of the cable winder shown in fig. 1, and the measuring device 500 may include a mounting frame 510 and a measuring roller 520. Wherein, the bottom end of the mounting bracket 510 may be fixed on the base 200, and the top end may be disposed above the wire spool 100; the collected cable can be attached to the measuring roller 520 in a rolling manner, so that the measuring roller 520 can measure the cable. When the cable laying operation is needed, the worker can firstly directly measure the length of the cable to be laid from the site, then the device is used as a medium, the cable is wound from a directly purchased cable reel and is wound on the wire reel 100 of the device, and under the action of the measuring roller 520, the worker can select the cable with the winding length equal to or slightly larger than the required length to be wound on the wire reel 100. Therefore, the device can be used as required, more manpower and material resources are saved, and the labor efficiency of workers is greatly improved.

Specifically, the mounting frame 510 may be a metal structure frame, the mounting frame 510 may be fixed on the base 200 by a screw fastener or a welding manner, a partial structure of the top end of the mounting frame 510 may be located above the wire spool 100, the measuring roller 520 may be a measuring head of a meter counter or other length measuring device, the measuring roller 520 may be mounted on the mounting frame 510 by a fastener, and the cable may be roll-fitted to the measuring roller 520.

For better clarity in deriving the value of the measured cable, the measuring device 500 may further include a pinch roller 530, a display 540, a control system 550, and control buttons 560. Wherein, the pinch roller 530 can be fixed above the measuring roller 520; the display screen 540 may be mounted on the mounting bracket 510; the control system 550 and the control knob 560 may both be coupled to the power unit 300, and the control knob 560 may control the power unit 300 via the control system 550 and, accordingly, the rotation of the spool 100.

Specifically, the pinch roller 530 may be a rubber roller, and an axle of the pinch roller 530 may be fixedly connected to the mounting frame 510, and accordingly, the pinch roller 530 may be located above the measuring roller 520, so that the cable and the measuring roller 520 are more tightly attached in a rolling manner; the display 540 may be a liquid crystal display, the control system 550 and the control buttons 560 may be a complete set of control devices, the measuring roller 520 is electrically connected with the display 540, and the display 540 may display the numerical value of the length of the cable that is wound and unwound; the control unit 550 and the control button 560 are electrically connected to the power unit 300, so that when a worker operates the apparatus to pay or pay off the wire at a position close to the apparatus or operates the remote controller 340 to cause inconvenience, the control button 560 and the control unit 550 can control the power unit 300 to change the operating state of the wire spool 100.

In this document, the preferred embodiments are only described with emphasis on different from other embodiments, and the preferred embodiments can be combined arbitrarily as long as they do not conflict with each other, and the embodiments formed by combining the preferred embodiments are also within the scope disclosed in the present specification.

The above description is merely illustrative of particular embodiments of the invention that enable those skilled in the art to understand or practice the invention. Various modifications to these embodiments will be readily apparent to those skilled in the art, and the generic principles defined herein may be applied to other embodiments without departing from the spirit or scope of the invention. Thus, the present invention is not intended to be limited to the embodiments shown herein but is to be accorded the widest scope consistent with the principles and novel features disclosed herein.

The foregoing is directed to embodiments of the present invention, and it is understood that various modifications and improvements can be made by those skilled in the art without departing from the spirit of the invention.

Claims

1. The cable winder comprises a wire winding disc (100), wherein the wire winding disc (100) is used for winding a cable wire; the cable winder is characterized by further comprising a base (200), a power device (300) and a transmission device (400); wherein:

the wire spool (100) is rotatably mounted on the base (200); the power device (300) and the transmission device (400) are both arranged on the base (200);

the power device (300) is in transmission fit with the transmission device (400) and is used for driving the wire spool (100) to take up and pay off the cable;

the power device (300) comprises a first power submodule which comprises a mounting seat (310), an electric motor (320), a control device (330) and an operation remote controller (340); wherein:

the mounting seat (310) is mounted on the base (200); the motor (320) is arranged on the mounting seat (310), and a first driving gear is fixedly connected to a driving shaft of the motor (320);

the operation remote controller (340) can control the motor (320) through the control device (330) for controlling the wire spool (100) to take up and pay off the cable;

the power device (300) further comprises a second power submodule comprising a manual drive (350) and a rocker arm (360); wherein:

the manual driving device (350) is installed on the installation seat (310); the manual drive device (350) has a second drive gear;

the rocker arm (360) is matched with the manual driving device (350) and is used for driving the wire spool (100) to take up and pay off the cable;

the first driving gear and the second driving gear can be in transmission fit with the transmission device (400);

the transmission (400) comprises a driven gear (410), a swing arm (420), a change gear (430) and a shift position operating lever (440), wherein:

the driven gear (410) is connected with the wire spool (100); the two ends of the swing arm (420) are respectively hinged with the driven gear (410) and the conversion gear (430);

the switching gear (430) is engaged with the driven gear (410), and the switching gear (430) is engageable with the first driving gear or the second driving gear;

the bottom end of the gear operating rod (440) is hinged to the mounting seat (310), the top end of the gear operating rod (440) is a gear operating end, and the gear operating rod (440) is provided with a slide way extending from the bottom end to the top end;

the wheel shaft of the switching gear (430) can be in sliding fit with the slide way to drive the switching gear (430) to switch among a first working state, a second working state and a third working state; wherein:

in the first working state, the switching gear (430) is in meshing transmission with the first driving gear;

in the second working state, the switching gear (430) is in meshing transmission with the second driving gear;

in the third working state, the switching gear (430) is disengaged from both the first driving gear and the second driving gear;

the cable winder further comprises a measuring device (500), the measuring device (500) is used for measuring the length of the retracted cable wire; the measuring device (500) comprises a mounting frame (510) and a measuring roller (520); wherein:

the bottom end of the mounting rack (510) is fixed on the base (200), and the top end of the mounting rack is arranged above the wire spool (100); and the measuring roller (520) is in rolling fit with the retracted cable.

2. The cable winder according to claim 1, wherein the spool (100) comprises a winding post (110), a baffle (120) and a rotation shaft (130), wherein:

the two ends of the winding post (110) are fixedly connected with the baffle (120), and the baffle, the winding post and the baffle form a wire accommodating space;

the rotating shaft (130) is concentrically fixed with the winding column (110), and the rotating shaft (130) penetrates through the baffle (120); the rotating shaft (130) and the base (200) form a rotating pair rotating around the axis of the rotating shaft (130).

3. The cable winder according to claim 2, wherein the baffle (120) is provided with a wire fixing hole (121) extending outwards from the winding post (110).

4. The cable winder according to claim 1, wherein the base (200) comprises two tripods (210), and the two ends of the wire spool (100) are hinged to the top ends of the two tripods (210), respectively.

5. The cable winder according to claim 4, wherein the base (200) further comprises a roller (220), the roller (220) being mounted at a bottom end of the tripod (210).

6. The cable winder according to claim 1, wherein the measuring device (500) further comprises a pinch roller (530), a display screen (540), a control system (550), and control buttons (560), wherein:

the pressing wheel (530) is fixed above the measuring roller (520), and the pressing wheel (530) is used for pressing the cable;

the display screen (540) is arranged on the mounting rack (510) and is used for displaying the numerical value of the length of the stored cable;

the control system (550) and the control button (560) are both connected with the power device (300);

the control button (560) and the control system (550) can control the power device (300) to control the wire spool (100) to take up and pay off the cable.