TWM256023U - Wire reeling device of charger - Google Patents

Description

M256023 IV. Creation Instructions (1) [Technical Field to which the New Type belongs] This creation is a charger winding device, which refers to the technical field of the charger winding device, especially refers to a simple operation, and the charging line can be used in During the winding process, the coiling device is automatically guided and neatly wound and wound in the setting line and the groove, and the winding device is provided by the sleeve element to provide shielding and protection to the periphery. [Previous technology] The active social and economic transactions and the communication between people are even more important. With the popularity of mobile commerce, mobile phones, pM, digital cameras, and notebook computers have a high holding rate and usage rate. It has risen sharply and reached a state of oversaturation. Such mobile commerce can be used. In addition to communication signals, the more important is the supply of working power batteries. Although communication operators and battery manufacturers continue to provide longer Research and development of the use time, but there is still a certain time limit of the available power, which must be recharged through a charger. Compared with the chargers used in various mobile commerce categories, they can be divided into car chargers and indoor chargers according to the connected external power source. They provide different external electrical connection components, such as connection with ordinary indoor sockets. Plug or a cigar head connected to the cigarette lighter in the car, etc., and then connect the mobile business to charge through the charging cable with a certain length of extension configured by the charger. If you do n’t use it, you can twist the length of the charging cable into a ball, or some more careful users will collect or wind the charging cable or turn it around the charger.

M256023

The "attack on the charging method of the charger" will often cause the loss of the transmission line of the charging line. For example, it will easily cause damage to the line, and the collection of the turning of the charging line will easily cause the inside of the turning point. Broken wire strands, etc., will cause damage to the service life of the charging line, and these damages will not be found by the user. Once the failure is not found, but the user is eager to use the charging demand, the user's Troubled. [New content] The main purpose of this new model is to solve the known charging cable of the charger. There are protective protections in the storage, and damage to the lines that may be derived from the known storage methods. Troubled. In order to effectively solve the above-mentioned shortcomings and problems, the new-type charger's winding device "is equipped with simple operation, and can automatically guide and neatly rewind the charging line in the winding recess during the winding process. The wire winding device protected in the slot; the structure of the wire winding device of the charger includes: a portable charger body; a set of grip control caps on the charger body for synchronously driving the charger body to rotate A wire-setting groove opened on the end surface of the body; a sleeve element movably sleeved on the outside of the wire-setting groove; the end surface of the sleeve element is provided with a long-distance guide opening; Interaction, one of the operation of holding the body to rotate, and the other holding the fitting element in place, the charging cable can be sequentially rotated under the guidance of the body's continuous rotation and the guide opening.

M256023 IV. Creation instructions (3) The rolls are arranged in the grooves of each wire and are protected by the outer diameter, which is easy to operate, and the neat storage increases the service life of the charging wire. [Embodiment] First, please refer to the first figure, which is a structural design of a specific embodiment of the present invention. In this figure, the coil winding device structure of the charger of this embodiment is specifically disclosed. The outer diameter end surface of the charger body 1 is used to form the groove 2 and the charging wire 5 is provided to be rolled in the camera-controlled screw cap 3 which is set on the charger body 1. The round-shaped winding is performed by The sleeve 7G is composed of guiding during the winding operation and protecting the outer layer of the charging wire 3 when the winding is completed.

A specific implementation of a charger is shown. The hollow inner-to-two-end position, the connection head and the charging-line groove groove 2 are straight and the outer diameter of the end surface is arranged. It can be provided in the spiral groove structure of the rewinding operation with the direct side. The car circuit electrical connection slot 2 is provided separately. The first connection is made in front. The slot 2 0 during charging operation contains a housing 10, and this housing 10 is best shaped into a cylindrical shape, such as the charging circuit of the first picture of the household film group, and the sum of the housing 10 Electrically connect the connector 11 and the indoor socket. As shown in the figure, each of the wires 5 operated by the groove of the charging wire is rolled. As described in the specific structure, the cylindrical shell 2 of the device body 1 adopts a continuous spiral concave coil to receive the wire. ; The slot is adjacent to the slot 2 0, the slot diameter is accommodated, so that the charging green and positioned in one of the slot 2 shown in the figure.

M256023 IV. Creation instructions (4) A grip control cap 3 is attached to the corresponding body of the charger to protect and store the electric connector ii of the car. The structure of this grip control cap 3 is in two relative positions. Recessed grips 3 ′ are formed respectively to allow the user to hold and perform the rotation operation that drives the charger ’s synchronous rotation #, that is, the winding operation of the charging wire 5. τ charging line 5, the charging circuit connection end 50 is defined by the foregoing description: ί ΐ η line groove 2 of the two-end spiral starting position of the two ur is connected to the charging circuit to define the starting side of the charging line: Ί Element 4 is a set of X externally placed wire grooves 2 that can be placed on the outer side of the above-mentioned wire grooves 2 and can be rotated, so that the wire grooves b, δ Piece 4 has a certain limit on slot 20, i. It is enough that * the set spiral groove can be repeatedly rolled in the same slot 20; ^ Qin Yier will not have a guide slot 4 1, and the guide slot 4 The length of the opening / closing element 4 on the end face of 1 is the best, so that the length of each slot is equal to the position of the sleeve 4 and there is a corresponding relationship. The wire 5 of the position and the wire-receiving groove 2 is rolled up in order to receive 5 wire guides of the position of the position 2 in order to combine the charging wire with the specific structure of this creation, such as function. The actual control of the cord winding device of the creation charger is shown in the figure. As for the fourth figure: ~ ,,, and the mutual operation of the pieces, the user must pull the charging wire outside the sleeve element 4 by the retracting device. The end surface, when this set is used, hold the cow 4 in one hand and keep it at the non-rotating page 8 M256023 and pull it out directly with the other hand, and then turn it continuously and spirally out for the same charging element 4 for charging users. The concave grip part 3 of the protection synchronously drives the continuous inversion 2 0 with the sleeve and can only be filled in a sequential order, forming a cylinder to allow the charging wire to be retracted at 5 2 by the set body 1 will follow the line 5 can be smoothly 0 corresponding to the state of charging or in the state of fitting components, and then turn the operation 1 and set the wire and continuous screw guide 4 1 Through the setting, the groove of the set wire is 'reach operation' and Charging cable in the reel IV. Creation description (5) state, and then retracting the opening 4 1 direction of the operation of the cable positioning groove 2 when the cable 5 is pulled at the opposite position, so that the operation of this set of grip screw cap 3 turns Move, you can guide the position of each slot of the 2nd, the charging line 5 is within 20 Column nested neatly accommodating member 4 when the charging connector charger guard 0 live motion present, so that use of the charging recess slot 2. When holding by one hand without turning 1 and performing the operation of the rotary charger body, the wire of the wire of the element 4 is connected to the continuous screw-type winding. The useful life is increased. The wire groove 2 is charged. The wire 5 is successively guided by the receiving and receiving port 4 1 and the outer end of the charging 4 is to be rolled up and held by the other hand. The rotation of the rotation groove 2 of the rotation groove 2 is opposite to the groove of the 2 in order. The operation is simple, and after the completion of the 5 shading, the structure design such as the foregoing embodiment is created for each κ... The structure has the following characteristics and advantages. Thunder Cry I. The operation is simple and fast; the user only needs to rotate and hold the control cap 簪 the electric body as the body to carry out the rewinding operation. — Rewinding: The charging electric rough wire 2 has a longer service life; the charging wire adopts a cylindrical round diameter to prevent damage ”to obtain a longer service life. Dead M256023 Creative Instructions (6) Use, not easy to be charged by external force :; ί The protection of the external fitting component is used as the charging example provided by this creative. The embodiment announced is used for the installation of the device. Knowing the scope of this patent application, what is not used here to unduly limit this creation is within the scope of this creation. In other examples and applications, they have seen the actual understanding of the coil winding device of the charger in this case. • Of course, these implementation structures with similar functions have been discussed ^ Temple = Besch, but most of the implementation is within the scope of protection. ~ Is the scope of patent application for this creation

M256023 Brief description of the drawings [Brief description of the drawings] The first figure is an exploded view of the three-dimensional structure of an embodiment of the present invention. The second figure is a schematic drawing of the winding state of the charging wire and the wire-receiving groove according to an embodiment of the present invention. 'The third figure is a partial perspective view of the combination of purchase and purchase according to an embodiment of the present invention. The fourth figure is a schematic diagram of a rolling operation according to an embodiment of the present invention. [Explanation of Symbols of Components] 1 A charger body 3 —Grip control cap 5 —Charging cable 11A car electrical connector 2 1 —Slot wall 4 1 A guide receiving port 5 2 —Charging connector 2 —Wire slot 4 A set of components 1 0 —case 2 0 —slot 3 1 —concave grip 5 0 —connecting end of the charging circuit

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Claims (1)

M256023 5. Scope of patent application 1. A charger wire winding device, the structure of which includes: a charger body; a wire positioning groove opened on the end surface of the main body to provide the winding of the charging wire; a movable set on the wire positioning The fitting element on the outer side of the concave groove is provided with an end for opening the food guide. 2 · The charger winding device according to item 1 of the scope of patent application, wherein the charger system is a portable type. 3. The wire winding device of the charger according to item 1 of the scope of patent application, wherein the central wire groove is a continuous spiral groove opened on the outer end surface of the cylindrical casing of the charger body. 4. As described in item 3 of the scope of patent application, the wire winding device of the charger, wherein the width of each slot of the wire-receiving groove is defined in accordance with the wire diameter of the charging wire. 5. The cord winding device of the charger as described in item 3 of the scope of the patent application, wherein each slot of the wire-receiving groove has a corresponding guiding position with the guide opening of the fitting element. 6 · The wire winding device of the charger according to item 1 of the scope of the patent application, wherein the opening length of the receiving opening on the end face of the sleeve element is set to be equal to the length of the sleeve element. 7. The charger winding device according to item 1 of the scope of patent application, further comprising a set of grip control caps set on the aforementioned charger body for synchronously driving the charger body to rotate. 8. The cord winding device of the charger according to item 7 of the scope of patent application, wherein the grip control screw caps are respectively formed with concave grips at two relative positions, Page 12 M256023 Page 13