CN2284228Y - Simple take-up box - Google Patents

Abstract

A simple wire-winding box is provided, wherein a rotating ring and a wire-winding body are arranged at one end of a main body, a wire partition plate of the wire-winding body separates upper and lower wire-accommodating spaces, and a stopper and a cover are arranged at the other end of the main body, so that excess wire can be inserted into the wire-accommodating space at the middle section and driven by the wire-hooking part of the wire partition plate, so that the excess wire is surely wound into the wire-accommodating space and surely stopped, thereby achieving the effect of winding the wire.

Description

Simple take-up box

The utility model relates to a simple and convenient wire take-up box. The wire partition board in the main body driven by the wire winding body is used to hook the middle section of the wire body with the wire partition board to roll and store the redundant part of the wire body. In addition, the combination of the stopping device and the clamping device can improve the overall convenience of use.

At present, with the progress of human civilization, the use of electrical products has grown significantly, and the amount of accessories used in related electrical products is also very alarming. Taking the number of wires as an example, a set of electrical appliances requires at least one set of power cords. Even more wires to connect the signals. For example, in the case of a computer, the number of exposed wires, the wires connected to a host, basically need two power cords, one is the power cord of the host itself, and the other is the power cord of the screen, and more peripheral devices are connected. , the number of external power cords is even more astonishing, so for computer users, the many wires will cause a lot of trouble, whether in collection or maintenance, especially the long wires often cause wire confusion The main reason is that the user or the operator will bundle the excessively long wires into a roll with iron wire or winding. This method is very harmful to the look and feel, and it is still very confusing. During assembly and maintenance , often have the wrong thread removed, or break up other thread bodies that have been bundled into a roll, causing a lot of inconvenience, so it is necessary to improve.

At present, the existing wire take-up structure supports the wheel body on a frame, and wraps wires around the outside of the wheel body. By rotating the wheel body, the wire winding or unwinding operation can be performed. The operation of the wire is for the large wire body, so it is not suitable for the wire of the small thin wire body, and the connection between the wheel body and the wire is that one end of the wire is directly fixed on the wheel body, and the other end is pulled It is pointed out that such a pulling operation is a single-end pulling or storing operation, and the speed of winding and unwinding is limited, resulting in a decrease in the efficiency of winding and unwinding, so it is also necessary to improve it.

The main purpose of this utility model is to provide a simple and convenient wire take-up box. The body of the take-up box uses the wire partition plate on the winding body to carry out the operation of collecting and releasing the wire at the middle section of the redundant wire body, and cooperates with The stop device and the clamping device ensure the effect of its take-up and the function of locking and positioning in use.

In order to achieve the above purpose, the utility model proposes a simple wire take-up box, which has a winding body. The wire body, the reel body has a wire partition board with a hooking part; the body is combined with a stop device, a cover body and a clamping device;

The body is combined with a stop device, a cover body and a clamping device;

In the inner cavity of the main body, there is a partition board radially and horizontally, and a perforation is provided in the center of the partition board. A recessed thread-holding chamber is provided in one end of the body opposite to the rotating ring. A recessed stop chamber is provided to accommodate the stop device, and a sleeve column and a hook spring post are protruded from the stop chamber. A long gap is formed on the wall of the stop chamber, and a cover with the same area is provided on the end surface of the stop chamber. The cover body is provided with a T-shaped fixed body groove on the part of the outer wall of the thread-holding chamber that is different from the side of the threading opening, and has slots with a larger width on both sides for the clamping device to be locked and positioned;

The clamping device has a positioning body, which is provided with an inserting edge for matching and inserting into the slot on the body, so that the large-area pushing edge can be exposed to the outer wall of the wire-holding chamber, and the fixed body groove It is in the shape of opening towards the direction of the rotating ring, so that it can be used to lock and position the rotating ring;

A threading port and a shallow groove-shaped positioning groove are respectively provided at the threading port and the fixed body groove of the rotating ring opposite to the main body;

There is a large disk-shaped rolling part exposed on the rotating ring outside the coil body, and a central shaft protrudes from the center of the rolling part to the body, and the central shaft is at a height adjacent to the body's wire chamber and the rotating ring A disc-shaped wire partition protrudes horizontally from the whole body. The wire partition has an enlarged opening-shaped threading opening, and a hooking part with a hook-shaped notch is provided at the bottom of the threading port, so that the wire separating board and the coil Between the moving parts is a thread-holding room that can accommodate the thread body that passes through the thread-through opening of the rotating ring. The opposite stop device is provided with a keyway that can accommodate a key block, in order to match the clamping and drive the opposite structure of the stop device, and an inner screw hole is provided at the end of the central shaft to cooperate with a fixing bolt to make it screw-locked ;

The stop device mainly has a one-way ratchet-shaped stop wheel. The center of the stop wheel has a central hole for the central shaft to pass through, and a keyway is provided on the side of the hole to cooperate with the aforementioned key block, so that the winding body and the stop wheel As a whole, the outer edge of the stop wheel is provided with a one-way inclined ratchet, and a stop body with a stopper end is provided in conjunction with the ratchet, and a pivot hole is set at the middle of the stop body to fit with the sleeve column to form a pivot connection , and the other end of the stop body is provided with a pressing end passing through the gap of the stop chamber, and a spring is coaxially sleeved on the sleeve column, one end of the spring is hooked on the stop end of the stop body, and the other end is hooked on the hook spring column.

Wherein, the positions where the rotating ring is opposite to the main body and the winding body are respectively provided with embedded flanges.

The above-mentioned take-up box proposed by the utility model can obtain the following effects, such as:

1. Secure wire take-up: After the wire is taken up, it can be firmly fixed by the stop device 40, so that it will not come out and let go.

2. High wire take-up efficiency: it is the take-up and take-off at the middle section of the line body 70, which can double the efficiency of take-up and take-off compared with the existing single-end take-up and take-off.

3. Easy to use: it can be simply rotated to take in and out the wire, and the locking device 60 can be used to lock the rotating ring 20 to be positioned in different directions to meet different actual uses, and the overall practicability is extremely high.

4. Good aesthetics: the external view is only a cylindrical structure, and can be attached with relevant identification labels on the end surface of the winding body 30 to meet the overall aesthetics.

In order to make it possible to further understand the structure, features and other purposes of the present utility model, the preferred embodiments will be described in detail below in conjunction with the accompanying drawings. in,

Fig. 1 is a three-dimensional exploded view of the wire take-up box proposed by the utility model.

Fig. 2 is a three-dimensional combined appearance view of the wire take-up box proposed by the utility model.

Fig. 3 is a three-dimensional schematic drawing of the wire take-up box proposed by the utility model.

Fig. 4 is a schematic diagram of another implementation of the take-up box proposed by the present invention after winding.

Please refer to Figures 1 and 2, the take-up box proposed by the utility model is a hollow ring-shaped rotating ring 20 arranged in sequence at both ends of a cylindrical body 10, and a winding body for the user to rotate. 30 and the stop device 40, the cover body 50 and the clamping device 60, so that when the user rotates the winding body 30, it can definitely drive the take-up or release of the line, and the stop device 40 can be used to firmly clamp the coil. The wire body 30 ensures the effect of taking up the wire. In addition, the clamping device 60 clamps the rotating ring 20 at different fixed points, so as to adapt to different usage modes and improve the overall practicability.

The body 10 of the take-up box is radially provided with a partition 11, and the center of the partition 11 is provided with a perforation 110 for the structure corresponding to the winding body 30 to pass through, and in the body 10 corresponding to the end surface of the rotating ring 20 A recessed thread holding chamber 12 is provided, and one side of the thread holding chamber 12 is provided with an open-shaped threading hole 120, and the opposite end edge of the thread containing chamber 12 and the rotating ring 20 is provided with a relatively embedded flange 121; 21 makes the rotating ring 20 can be positioned and rotated on the thread holding chamber 12, and the other end of the body 10 is provided with a recessed stop chamber 13 for accommodating the stop device 40, and a sleeve post 111 and a hook spring post 112 are provided in the stop chamber 13 , the wall of the stop chamber 13 is provided with an elongated notch 130, so as to match the corresponding structure of the stop device 40, and a cover body 50 with a similar area is provided on the end surface of the stop chamber 13 to cover the stop device 40. Closed in the stop chamber 13, a T-shaped fixed body groove 14 is provided on the part of the outer wall of the thread chamber 12 that is different from the side where the threading opening 120 is located, and there are slots 140 with a larger width on both sides, and the clamping The positioning body 61 of the manufacturing device 60 has an inserting edge 610 for matching and inserting into the slot 140, so that the large-area pushing edge 611 can be exposed to the outer wall of the wire chamber 12 for pushing, and the fixed body The groove 14 is in the shape of opening toward the direction of the rotating ring 20, so as to fit and fix the rotating ring 20 in position.

In addition to the above-mentioned flange 21, the rotating ring 20 is provided with a threading port 22 and a shallow groove-shaped positioning groove 23 at the threading port 120 and the fixed body groove 14 of the body 10, so that the thread body 70 can pass through the body 10. Entering with the threading openings 120, 22 of the rotating ring 20, the rotating ring 20 can also align the positioning groove 23 or the threading opening 22 with the clamping device 60 to achieve the effect of positioning in different directions.

The winding body 30 is exposed at the rotating ring 20 and is provided with a large disk-shaped rolling portion 31, and the rolling portion 31 and the opposite end edge of the rotating ring 20 are respectively provided with a relative flange 24; 310 makes the body 10, the rotating ring 20 and the rotating ring 20 The winding bodies 30 can be fitted with each other and rotate relative to each other. A center shaft 32 protrudes from the center of the scrolling part 31 toward the body 10, at a height where the center shaft 32 is adjacent to the thread chamber 12 of the body 10 and the rotating ring 20. A disc-shaped wire partition 33 protrudes horizontally from the whole body. The wire partition 33 has an enlarged opening-shaped threading opening 330, and a hooking portion 331 with a hook-shaped notch is provided at the bottom of the threading opening 330. Make a thread room 34 that can accommodate the thread body 70 penetrated by the thread opening 22 of the rotating ring 20 between the line partition plate 33 and the rolling part 31, and pass through the space of the partition plate in the body 10 on the central axis 32 The end of the central hole 110 is set in a shape with a smaller shaft diameter, and a key groove 320 that can accommodate a key block 321 is provided at the outer diameter relative to the stop device 40, so as to drive the stop device 40 corresponding to the clamping. structure, and an inner screw hole 323 is provided at the end of the central axis 32 to screw a fixing bolt 51 and screw lock, so that the aforementioned whole is combined into one.

The stop device 40 mainly has a one-way ratchet-shaped stop wheel 41. The center of the stop wheel 41 has a central hole 410 for the central shaft 32 to pass through, and a keyway 411 is provided on the side of the hole to cooperate with the aforementioned key block 321 to be locked. drive, so that the winding body 30 and the stop wheel 41 are integrally driven, and the outer edge of the stop wheel 41 is provided with a one-way inclined ratchet 412, and the stop device 40 cooperates with the ratchet 412 to be provided with a stop body 42 with a stopper end 420 , and a pivot hole 421 is set at the middle section of the stop body 42 to fit with the sleeve column 111 to form a pivot joint. The coaxial sleeve on the post 111 is provided with a spring 43, one end of the spring 43 is hooked on the locking end 420 of the stop body 42, and the other end is hooked on the hook spring column 112, so that the locking end 420 has elastic force, which can make it Clamped between the ratchets 412 to stop in one direction.

During use, as shown in Figure 3, it can extend the middle section of the redundant thread body 70 into the threading opening 120 of the body 10 and the rotating ring 20; Rotate the wire reel 30 so that the wire separator 33 hooks the wire body 70, and the wire body 70 is drawn into the wire accommodation chamber 12; 34 in the inner diameter of the body 10 and the rotating ring 20. The clamping system of 40 makes the winding body 30 unlikely to move back, so as to ensure the effect of the overall winding.

And when the wire take-up is completed, when the two ends of the wire body 70 need to be extended and inserted in different directions respectively, the positioning body 61 can be pushed, so that the positioning body 61 leaves the positioning groove 23, so that the rotating ring 20 can be rotated, as shown in Figure 4 As shown, when the threading port 22 is aligned with the positioning body 61, and then the positioning body 61 is pushed into the bottom of the threading port 22, the rotating ring 20 can be positioned on the body 10, so that the threading port 120 of the body 10 and the rotating ring 20 ; 22 different directions, that is, the two ends of the line body 70 can extend in different directions to meet actual needs.

When the wire is to be released, the rotating ring 20 can be turned directly to the form shown in Figure 3, and then the pressing end 422 of the stop body 42 of the stop device 40 can be pressed, so that the stopper end 420 of the stop body 42 leaves the stop wheel 41. The stopper wheel 41 and the reel body 30 can be rotated so that the thread body 70 can be drawn out to achieve the effect of unwinding.

Claims (2)

1. A simple and convenient type take-up box, the take-up box has the winding body, wherein, the body compounds and has a hollow annular rotating ring and can be the winding body that users rotate, the winding body has a line separating plate with line hooking part; the body is combined with a stop device, a cover body and a clamping device;

the body is combined with a stop device, a cover body and a clamping device;

a partition board is arranged in the inner cavity of the body in a radial and transverse mode, a through hole is formed in the center of the partition board, a sunken thread containing chamber is formed in one end of the body, opposite to the rotating ring, one side of the thread containing chamber is provided with a threading port, a sunken stopping chamber is formed in the other end of the body to contain a stopping device, a sleeve column and a hook spring column are arranged in the stopping chamber in a protruding mode, a long notch penetrates through the wall surface of the stopping chamber, a cover body with an area similar to that of the stopping chamber is arranged on the end surface of the stopping chamber in a matched mode, a T-shaped fixing body groove is formed in the outer wall of the thread containing chamber, which is different from the threading port, and slots with larger width are formed in two sides;

the clamping device is provided with a positioning body which is provided with an inserting edge for being matched and inserted in the inserting groove on the body, and a large-area pushing edge of the positioning body can be really exposed out of the outer wall of the line accommodating chamber;

a threading opening and a positioning groove in a shallow groove shape are respectively arranged on the rotating ring corresponding to the threading opening of the body and the positioning groove;

the coiling body is exposed out of the rotating ring and is provided with a large disc-shaped rolling part, the center of the rolling part protrudes towards the body to form a central shaft, a disc-shaped line separating plate horizontally protrudes from the central shaft at a height position which is adjacent to the rotating ring and corresponds to the line containing chamber of the body, the line separating plate is provided with a thread opening with an enlarged opening shape, the bottom of the thread opening is provided with a line hooking part with a hook-shaped notch, a line containing chamber which can contain a line body which is penetrated through the thread opening of the rotating ring is formed between the line separating plate and the rolling part, the end part of the central shaft which penetrates out of the central hole of the partition plate of the body is designed into a shape with a reduced shaft diameter, the outer diameter position of the line separating plate is provided with a key groove which can contain a key block and is matched with a clamping structure which drives the separating device to correspond to each other, and the tail;

the stopping device is mainly provided with a one-way ratchet wheel-shaped stopping wheel, the center of the stopping wheel is provided with a central hole for a central shaft to pass through, a key groove is arranged on the hole side to match with the key block, so that the coiling body and the stopping wheel are integrated, the outer edge of the stopping wheel is provided with a one-way inclined ratchet, a stopping body with a stopping end is also arranged to match with the ratchet, a pivot hole is arranged at the middle section of the stopping body to be sleeved with the sleeve column to form a pivot connection, the other end of the stopping body is provided with a pressing end which passes through a notch of the stopping chamber, a spring is coaxially sleeved on the sleeve column, one end of the spring is hooked on the stopping end of the stopping body, and the other end of the spring is hooked.

2. The take-up reel according to claim 1, wherein the rotary ring has a flange for engaging with the body and the spool body, respectively.

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