KR20030072102A - Mouse wire wind equipment - Google Patents

Abstract

PURPOSE: A device for winding a mouse wire is provided to easily adjust a length of the mouse wire according to the user's desire by winding or releasing the mouse wire. CONSTITUTION: A winding drum(5) includes a winding part for winding the mouse wire and a spiral spring(56) as a rotating tool for winding the mouse wire. A lower fixing part(4) has a central fixing shaft(41) projected and formed from a bottom of a lower case(3) in order to install and rotate the winding drum(5). An operating tool(6) controls the rotation of the winding drum(5) in order to adjust the length of the mouser wire according to the user's want.

Description

Mouse wire odor device {MOUSE WIRE WIND EQUIPMENT}

The present invention relates to a device for adjusting the length by drawing out or storing the mouse wire connecting the computer body and the mouse, and in particular, the length and length of the mouse wire connected to the winding so that the winding and unwinding at the same time as the user's desire The present invention relates to a mouse wire winding device which can be conveniently controlled and whose structure is simple to facilitate manufacturing.

In general, a mouse is a computer peripheral device that provides an input signal to a computer. The mouse is wired or wirelessly connected to the computer body to provide an input signal to the computer body or to move or select a pointer displayed on a monitor. Usually, the mouse connected with the computer main body by the wire is used.

As described above, the mouse connected to the main body of the wire has a long length of mouse wire because the position of use of the mouse is determined according to the installation place and position of the main body of the computer, the monitor, the printer, and the keyboard.

However, as long as the mouse wire is formed as described above, the mouse wire may be left unnecessarily, and the elongated wire may be entangled with other wires, and the wire may be bent or twisted when using the mouse. .

Therefore, in recent years, a device that can adjust the length of the lead wire by drawing or inserting the length of the lead wire arbitrarily by installing the winding device in the middle of the wire connecting the computer main body and the mouse has been used.

As a device used to adjust the length of the mouse wire as described above, there is a "mouse for a computer formed with a winding opening" disclosed in Republic of Korea Utility Model Publication No. 0188552, the configuration of the winding is a wire connecting the computer body and the mouse Are respectively separated by a tweeter wire and a mouse wire, and the tip end of the tweeter wire is grounded with ring terminals formed on the winding drum while fixing the tip end of the tweeter wire to the cap of the winding hole, and the tip end of the mouse wire is coupled with the ring terminal of the winding drum. The tweet and mouse leads will be connected. The winding drum is installed inside the winding hole and is connected to a spiral spring installed at the lower portion of the winding hole, and is installed to slide with a button having a stopper having a spring installed at one side of the winding hole. In addition, one side of the winding port is formed of a double tape or a male and female clip or a pressing port which is a fixing means of the winding port.

The computer mouse having the winding mouth configured as described above uses the mouse in a state where the winding mouth is fixed at an arbitrary position, and when the user pulls the mouse, the mouse lead is released from the winding mouth and is built up in the winding mouth. When the winding drum rotates, the spiral spring connected to the winding drum is wound, the elasticity is stored, and when the force of pulling the mouse is removed, the spring installed on the stopper is springed to stop and press the winding drum to stop the winding. It will not be wound on the drum.

When the stopper is spaced apart from the winding drum by pressing a button installed at the winding hole after the use of the mouse, the resilient elastic force of the spiral spring connected to the winding drum acts to rotate the winding drum in the reverse direction to rewind the mouse wire. do.

In the conventional mouse having a winding device formed as described above, since the wires connecting the computer main body and the mouse are separated into mouse wires and tweet wires, respectively, and are coupled by a ring terminal and a contact terminal, There is a need for a ring terminal and a plurality of contact terminal components, and the process of connecting and assembling the two mouse wires and the tweeting wires is difficult and complicated. When the user uses the mouse, the holding drum is pulled out and pulled out. However, when the user is finished using the mouse and wants to rewind the mouse wire to the winding hole, the winding drum that is stopped when the button is pressed while the mouse is placed on the table without holding the mouse is spiraled. Due to the spring's restoring force, it was rotated in the reverse direction, and the mouse wire was rapidly wound on the winding drum. Finally, the mouse was pulled and collided with the winding device.

In addition, when the elasticity of the spring installed on the stopper for fixing the released mouse wire is lost, the stopper cannot fix the mouse wire, so that the winding hole cannot be used.

The present invention was devised to solve the conventional problems as described above, and an object of the present invention is to allow the winding and unwinding of the mouse wire connected to the winding drum to be made freely so that the length can be conveniently controlled as desired by the user. The present invention provides a mouse wire winding device that is easy to manufacture due to its simple structure and operation principle and that there is no fear of malfunction or malfunction.

Another object of the present invention is to form a space for storing the mouse in the winding device formed in a variety of shapes can not only prevent the contamination of the mouse by storing the mouse at the same time while winding the mouse wire produced in various forms and uses It is to provide a mouse wire winding device excellent in decorative and functional effects.

The present invention having the above object is a mouse wire winding device installed between a computer main body and a mouse wire connecting a mouse, the lead wire winding device which draws out or houses the mouse wire, wherein the winding device is divided into an upper case and a lower case. Wow; A winding drum in which a spring is received upward to have a space to wind the mouse wire and to enable forward and reverse rotation; A lower fixing part having a central fixing shaft protruding from the bottom of the lower case so that the center of the winding drum is formed to rotate; Positioning body for controlling the rotation of the winding drum is formed in the lower case to adjust the length of the mouse wire as desired by the user, the lever for moving the position of the roller while guiding along the rail of the positioning body and moving the lever And an actuating means consisting of a bracket for guiding the vertical axis fixed to the rotatable portion, wherein the mouse wire is not broken and is rolled up in a winding drum and is connected to a mouse and a computer main body. Is achieved by a mouse wire winding device.

1 is an exploded perspective view showing a coupled state of the mouse wire winding device of the first embodiment according to the present invention,

2A and 2B are combined longitudinal cross-sectional views of FIG. 1 showing a state in which a mouse wire is wound around a winding drum and drawn out;

Figure 3 is a plan view showing the first case of the mouse wire winding device according to the present invention to remove the upper case, cut a part thereof;

Figure 4a is a longitudinal cross-sectional view showing the position of the roller for releasing or fixing the mouse wire in the mouse wire winding device of the first embodiment according to the present invention,

4B and 4C are main cross-sectional views illustrating a state in which the roller of FIG. 4A is in contact with or spaced apart from the mouse lead;

5A, 5B, 5C, and 5D are plan views of the main parts of the first embodiment of the present invention, in which a mouse wire is wound or unrolled in a winding drum in a mouse wire winding device according to the present invention;

Figure 6 is an exploded perspective view showing a coupling state of the mouse wire winding device of the second embodiment according to the present invention,

7 is a longitudinal cross-sectional view of FIG. 6 showing a state in which a mouse wire is wound around a winding drum;

8 is a plan view showing the second case of the mouse wire winding device according to the present invention, separated and cut a part thereof;

9A, 9B, 9C, and 9D are plan views of main parts of the second embodiment of the present invention, in which a mouse wire is wound or unwound in a winding drum in a mouse wire winding device according to the present invention;

10A, 10B, 10C, 10D, 10E, and 10F are perspective views in which the outer shape is modified to provide convenience and aesthetics of the winding apparatus according to the present invention.

* Description of the symbols for the main parts of the drawings *

1: winding device 2: upper case

3: lower case 4: lower government

5: winding drum 6: operating means

8: mouse 10: mouse lead

31: storage space 32: stopper

33: conductor guide wall 34: exit section

34 ': Through hole 41: Center fixed shaft

42: fixed wall 44: fixed shaft

51: central hall 52: outer wall

53: interior wall 54: first winding

55: the second winding 56: hand spring

57: gear 61: positioning body

62: wall 63: inner pillar

64: rail 65: recess

66: first convex portion 67: second convex portion

68: lever 69: shaft

70: body 71: coupling hole

72: roller 72 ': protrusion

73: vertical axis 74: guide member

75: projection groove 76: bracket

76 ': hole 77: guide groove

78: guide groove 411: hollow

721: gear 722: pinion

741: rack 761: support pipe

762: center hole 100: light emitting member

Hereinafter, with reference to the accompanying drawings, preferred embodiments of the present invention will be described.

1 is an exploded perspective view showing a coupling state of the first embodiment mouse wire winding device according to the present invention, the winding device (1) is a lower fixing part (4), winding drum (5), operating means ( 6) is formed integrally with the lower case (3) or separately formed after being combined with each other, is integrated by the combination of the upper case (2) to protect the lower case (3).

The upper case 2 and the lower case 3 constituting the winding device 1 are for forming and combining the components to protect the winding device 1, and are wound and coupled to the lower case 3 as shown in FIG. 2A. One side of the mouse lead 10 wound around the drum 5 and wound around the through hole 34 'is drilled in the rear to be connected to a computer main body (not shown). The doorway 34 is perforated to be connected to the mouse 8.

The winding device 1 has a storage space 31 having a front portion connected to the mouse 8 in the shape of the front of the mouse 8 and the storage space when the mouse 8 is not used. Inserting the mouse (8) in the (31) can reduce the place of pollution prevention and storage and can give a beautiful appearance.

The lower fixing part 4 formed integrally with the lower case 3 is for rotatably supporting the winding drum 5 and protrudes from the bottom surface of the lower case 3 in a predetermined thickness and length. The central fixed shaft 41 is formed, and a circular fixed wall 42 having a predetermined radius is formed around the central fixed shaft 41. The central fixed shaft 41 is smaller than the central hole 51 of the winding drum 5 to insert the central hole 51 of the winding drum 5 to smoothly maintain the rotation of the winding drum 5. It is formed to an outer diameter, the fixing wall 42 is made to serve as a guide to smoothly wound the mouse wire 10 by preventing the flow when the winding drum (5) rotates.

Conductor guide walls 33 protruding upward from the lower case 3 are provided on both sides of the fixed wall 42 so that the mouse conductor 10 is easily pulled off the winding drum 5. To be guided or wound up.

The winding drum 5 which is arranged on the central fixing shaft 41 of the lower fixing part 4 and rotates has a cylindrical outer wall body 52 and a spring spring 56 in the interior of the outer wall body 52. An inner wall 53 is formed, and a first winding portion 54 for winding the mouse wire 10 and a second winding portion 55 are formed inside the first winding portion 54. It is done.

The spring 50, which is a rotating means of the winding drum 5, is inserted between the central hole 51 of the winding drum 5 and the inner wall 53, and one end thereof is inserted into the inner wall 53. While the other end is fixed to the outer wall of the support tube 761 of the bracket 76 fixed to the lower case 3, which will be described later, the winding drum 5 is rotated so that the mouse wire 10 is the first winding part 54 When the spring is loosened from the spring (56) is wound, the wound spring (56) is reversed by the repulsive force is returned to the original state when the mouse wire 10 is wound to the first winding (54) spring (56) This is done to get cold.

The second winding part 55 connected to the computer main body (not shown) for winding the mouse wire 10 introduced through the through hole 34 'at the rear side of the winding device 1 is the center height. The outer diameter of the central hole 51 into which the front shaft 41 is inserted is utilized. At this time, the mouse wire 10 wound around the second winding part 55 is loosely predetermined to have an allowable length that can be unwound and wound in proportion to the length of the mouse wire 10 wound around the first winding part 54. It is wound by the number of times. Preferably, the winding device 1 is fixed while being fixed while preventing the movement of the mouse wire 10 positioned between the rear through hole 34 'and the first winding part 54 of the winding device 1. In the rear through hole 34 'of FIG. 2A, as shown in FIG. 2A, a stopper 32 that is inserted into the outside of the mouse lead 10 and is compressed is installed to prevent the mouse lead 10 from being moved inside the winding device 1. It is fixed.

The first winding part 54 winding the mouse wire 10 wound around the second winding part 55 so as to be connected to the mouse 8 is the winding drum 5 and the outer wall body 52. The bottom surface of the bottom is formed extending from the predetermined position to a predetermined length, the end of which the flange is formed to protrude to prevent the flow of the mouse wire 10 is wound. In addition, the first winding part 54 is formed to have a fine separation space with the fixed wall 42 of the lower fixing part 4 to facilitate the rotation of the winding drum (5). Accordingly, the mouse wire 10 wound up to have a margin in the second winding part 55 is cut off to the first winding part 54 through a hole formed at a predetermined position of the first winding part 54. After being wound up continuously without this, it is connected to the mouse 8 accommodated in the storage space 31 of the winding apparatus 1.

Therefore, when the mouse 8 is not used as shown in FIG. 2A, since no force is applied to the spring spring 56, the mouse wires 10 are all connected to the first winding part 54. It is in the wound state, and is hold | maintained loosely in the said 2nd winding-up part 55. As shown in FIG. That is, as an example, the length of the mouse wire 10 wound once on the first winding part 54 is 10 cm, and the length of the mouse wire 10 wound once on the second winding part 55 is determined. When designed to 2cm to draw a total of 70cm mouse lead wire (10), the second winding portion 55 is made to be wound around the mouse lead wire 10 in a slightly longer than 14cm, the mouse lead wire (10) ) Is configured so that the unwinding and winding alternately in the first winding unit 54 and the second winding unit 55 at the same time, a separate connection terminal, etc. is unnecessary, and is configured to connect a signal with one conductor.

Meanwhile, as shown in FIG. 2B, when the user pulls the mouse 8, the wire 8 is released from the winding device 1, and the winding drum 5 rotates and is connected to the winding drum 5. The winding spring 5 is wound so that the mouse wire 10 wound around the first winding portion 54 is loosened as desired by the user, and wound around the second winding portion 55 in a loose state. The mouse wire 10 is wound into the second winding portion 55 more and more tightly.

When the user removes the force pulling the mouse 8 again, the winding drum 5 is rotated in the reverse direction by the restoring force of the spring spring 56. As shown in FIG. 2A, the mouse wire 10 is removed again. The first winding unit 54 is wound in a taut state, and the mouse wire 10 wound around the second winding unit 55 maintains a loosely released state.

The operating means 6 of the present invention which can adjust the length of the mouse wire 10 as desired by the user by controlling the rotation of the winding drum 5 rotating as described above is positioned as shown in FIGS. 1 and 3. It is composed of the set body 61, the lever 68, the roller 72, the vertical shaft 73 is installed in the lower case (3).

The positioning member 61 protruding from the bottom surface of the lower case 3 has a heart-shaped wall 62 and an inner column 63 having the same shape therein at a predetermined distance from the wall 62. ) Is formed so that the lever 68 is slid and moved to the rail 64 which is a space formed between the wall 62 and the inner pillar 63. The wall 62 and the inner column 63 of the positioning member 61 have a first convex portion 66 with one side protruding further from the concave portion 65 of the heart and a second convex portion 67 on the other side. The lever 68 is rotated only in the clockwise direction along the rail 64 of the positioning member 61.

Preferably, the bottom surface of the first convex portion 66 formed on the rail 64 is formed in a step shape having a predetermined height difference from the bottom surface of the second convex portion 67 so that the lever 68 is formed. It is made to move only in one direction, that is, clockwise, and not to move counterclockwise.

One side of the lever 68 which moves along the rail 64 of the positioning body 61 and fixes the roller 72 for adjusting the length of the mouse wire 10 as desired by the user is the positioning body ( 61 has a shaft 69 for moving in the rail 64 of the 61, the center has a curved body 70 for moving along the heart-shaped rail 64, the other side is the mouse lead ( The coupling hole 71 is coupled to the vertical axis 73 fixed to the center of the roller 72 in contact with 10).

In addition, when the lever 68 moves along the rail 64 of the positioning member 61, the lower case 3 is positioned at a predetermined position so as to smoothly move while preventing detachment from the rail 64. Arc-shaped guide member 74 for preventing the separation of the lever 68 is formed integrally protruding.

The roller 72 fixedly coupled to the vertical axis 73 and in contact with the mouse lead 10 has a more reliable contact with the mouse lead 10 so as to prevent the mouse lead 10 from being automatically released or wound. Saw-tooth shaped protrusions 72 'are formed to provide frictional force to the outer circumferential surface thereof, and as shown in FIG. 4A, the guide wire wall 33 guides the mouse lead 10 by the movement of the lever 68. FIG. The outer peripheral surface is moved at a predetermined interval.

At one end of the lead guide wall 33 formed at a predetermined distance from the roller 72, a protrusion groove 75 protruding from the lead guide wall 33 is formed, and the protrusion groove 75 and the The small protrusion 72 'of the roller 72 is in contact with each other, and the mouse lead 10 is inserted into the crimp to fix the mouse lead 10. Therefore, when the roller 72 is in contact with the projection groove 75 of the lead guide wall 33 for guiding the mouse lead 10 by the movement of the lever 68, the mouse lead 10 as shown in Figure 4b In the fixed state, the roller 72 is moved again by the movement of the lever 68 and spaced apart from the protrusion groove 75 as shown in FIG. The winding drum 5 can be easily unwound or wound.

In addition, the vertical axis (73) for coupling the lever (68) and the roller (72) to move more stably while preventing the shaking of the lever (68) moving along the rail (64) of the positioning member (61) Bracket 76 is formed with a guide groove 77 for guiding the predetermined position of the bracket 76, that is, holes (76 ') perforated in three directions at a predetermined position on the bottom surface of the lower case (3) It is fitted to the protruding fixed shaft 44 and fixedly installed by a bolt. Thus, the shaft 76 of the lever 68 and the vertical shaft 73 which combines the lever 68 and the roller 72 when the shaft 69 of the lever 68 moves along the rail 64 of the positioning member 61 also have the bracket 76. It is possible to move more stably along the guide groove (77) of (), and to prevent the spring spring 56 accommodated in the winding drum (5) by the bracket 76 to be safe.

In addition, the bottom surface of the lower case (3) is formed with a guide groove (78) at the same position perpendicular to the guide groove (77) of the bracket 76, the lower end of the vertical shaft (73) is fitted to facilitate the movement. Can be. In this case, the guide groove 77 and the guide groove 78 are formed horizontally with the curved surface of the lead guide wall 33 to facilitate the movement of the roller (72).

First embodiment of the present invention configured as described above using the mouse wire winding device as described by the user to the process of using or in the fixed and easily drawn out and fixed by the desired length as follows. .

After installing a peripheral device of a computer such as a computer main body and a monitor, connecting the mouse wire 10 to a computer main body (not shown), winding the winding drum 5, and then connecting the mouse 8 to the winding device 1 ) Is placed on a predetermined place, or fixedly installed by a usual double tape, a fixing clip, a suction hole, or the like. In this case, the mouse wire 10 connected to the computer main body is unwound by a predetermined number of times in the second winding unit 55 of the winding drum 5, and the first winding unit 54 is wound on the spring winding 56. All of them are wound tightly by elasticity and fixed to the roller 72 located at one end of the guide grooves 77 and 78 and the projection groove 75 of the lead guide wall 33 as shown in FIG. 5A. . The condition has already been completed at the manufacturing plant and the consumer can use it by connecting one end of the mouse wire 10 to a computer not shown.

As described above, when the user pulls the mouse 8 connected to the winding device 1 fixedly installed at a predetermined place, the mouse wire 10 is pulled by the user's force and simultaneously shown in FIG. 5B. The roller 72 which is in contact with the mouse lead 10 and generates a frictional force is moved together, and the lever 68 coupled with the roller 72 moves along the rail 64 of the positioning member 61. The vertical axis 73 fixing the roller 72 also moves along the guide grooves 77 and 78 so that the shaft 69 of the lever 68 passes through the first convex portion 66. When positioned in the recess 65 of the 64, the roller 72 is positioned at the intermediate point of the guide grooves 77 and 78, and is spaced apart from the conductive guide wall 33 while the movement is stopped. It forms a space.

Therefore, as shown in FIG. 5C, when the shaft 69 of the lever 68 is positioned in the recess 65 of the rail 64, the mouse lead 10 may be changed by changing the position of the roller 72. ), The roller 72 is fixed from the protrusion groove 75 of the lead guide wall 33 is formed to form a fine separation space between the roller 72 and the lead guide wall 33, the separation space The mouse wire 10 can be freely unwound or wound as desired by the user. When the user pulls the mouse wire 10 as much as desired, the winding wire 5 built up in the lower fixing part 4 is rotated while the mouse wire 10 is released from the winding device 1, and the The elastic spring is wound around the winding spring 56 installed on the winding drum 5, and the mouse wire 10 wound around the second winding 55 is tightly wound. At this time, since the mouse wire 10 is wound in the unwinded state in the second winding part 55 in proportion to the circumference of the first winding part 54, the user takes both the mouse wire 10 and the winding device ( 1) Even when pulled to the outside, the portion connected to the computer main body does not transmit the action of winding or unwinding, so there is no problem in transmitting the input signal of the mouse 8 to the computer main body.

As the user can comfortably use the mouse 8, the mouse wire 10 is momentarily increased and pulled while the mouse wire 10 is released, and the mouse wire 10 contacts the small protrusion 72 'of the roller 72. Friction force is generated, and as shown in FIG. 5D, the shaft 69 of the lever 68 coupled with the roller 72 moves along the rail 64 of the positioning member 61. The vertical shaft 73 fixing the roller 72 also moves along the guide grooves 77 and 78 so that the shaft 69 of the lever 68 moves the second convex portion 66 of the rail 64. When it is positioned at the starting point of the rail 64, the roller 72 also reaches the initial starting position to fix the mouse lead 10 which is in contact with the protruding groove 75 of the lead guide wall 33. do. As the lever 68 and the roller 72 move as described above, the winding drum 5 is reversely rotated by the stored elasticity of the spring spring 56 so that the mouse lead 10 is moved to the lever 68. Is wound around the first winding portion 54 by a length from the recessed portion 65 of the rail 64 to the starting point after passing through the second raised portion 67.

Therefore, when the lever 68 is located at the starting point of the rail 64, the roller 72 is also located at one end of the guide grooves 77 and 78, so that the projection groove 75 of the lead guide wall 33 is located. ) By pressing and fixing the outside of the mouse lead 10 wound around the first winding part 54 to a predetermined length so that the user can set the desired length so that the mouse 8 can be conveniently used. do.

After the use of the mouse 8 is finished, in order to completely wind the mouse lead 10 into the winding device 1, the user pulls the mouse 8 again with a predetermined force and releases it. Then, as the mouse wire 10 is pulled and frictional force is generated, the state of Fig. 5b becomes the state of Fig. 5c, and the lever 68 and the roller 72 are moved together with the mouse wire 10 so that the lever is moved. The shaft 69 of the 68 is positioned in the recess 65 of the rail 64, and the roller 72 is located at the intermediate point of the guide grooves 77 and 78, so that the roller 72 and the conductor Spaced spaces between the guide walls 33 are formed. At this time, when the user removes the force pulling the mouse 8, the mouse wire 10 is reversely rotated the winding drum (5) by the stored elasticity of the spring spring 56 to release the mouse wire (10) ) Are all wound on the first winding part 54, and the mouse wire 10 of the second winding part 55 wound tightly is loosened in a loose state. As shown in FIG. 5D, the roller 72 and the lever 68 are guide grooves 77 and 78 and the rail 64 as shown in FIG. 5D. The position of the roller 72 and the lever 68 are positioned at one end of the guide grooves 77 and 78 and the starting point of the rail 64 as shown in FIG. 5A. By contact with the projection groove 75 of (33) it is to fix the mouse wire 10 wound on the winding drum (5).

Next, a second embodiment of the present invention will be described in detail.

The second embodiment of the mouse wire winding apparatus of the present invention has the same configuration as that of the first embodiment as shown in Figs. 6 to 8, except that the mouse wire 10 is released and stopped in the first embodiment. The position of the roller 72 of the actuating means 6 is separated from or coincides with the protruding groove 75 due to the change of the position of the lever 68 which is moved along the rail 64 of the positioning member 61. Since the coating of the mouse wire 10 may be damaged in the repeated process of compressing or releasing the mouse wire 10, in the second embodiment of the present invention, the mouse wire 10 is wound and unwound on the winding drum 5 to prevent this. It is done to do it.

The configuration of the mouse wire winding device 1 of the second embodiment of the present invention will be described with reference to FIGS. 6 to 8, and the description of the same configuration of the first embodiment is omitted, and the mouse wire 10 is a mouse ( 8) is connected to the first winding portion 54 in the outer diameter of the winding drum (5) is drawn upward through the center hole 762 which is the space of the support tube 761 of the bracket 76 After being inserted into the hollow portion 411 penetrated in the vertical direction to the central fixed shaft 41 of the lower case (3) to be the center is drawn out to the outside of the lower case (3) is made to be connected to the computer body. In addition, a tooth 57 is formed at an outer diameter of the upper outer wall body 52 of the winding drum 5, and a tooth 721 is formed at an outer diameter of the roller 72, which is one of the operating means 6, to engage the tooth 57. To form.

In addition, the pinion 722 is further disposed below the roller 72 to be fixed to the vertical shaft 73 serving as an axis, and fixed to the lower case 3 to stop the rotation of the pinion 722. The rack 741 is formed inside the protruding guide member 74 by a predetermined width.

The pinion (10) is connected to the roller (72) and the positioning member (61) coupled to the roller (72), which is the operating means (6), wherein the mouse wire (10) is engaged with the gear (57) of the winding drum (5). The rotation of the winding drum 5 is stopped when the 722 is stopped in the engaged state of the rack 741, and the winding drum 5 is rotated when it is moved without stopping in the engaged state of the pinion 722 and the rack 741. Thus, the mouse wire 10 is configured to be wound around the first winding portion 54 of the winding drum 5 and released.

Referring to the operation state of the second embodiment mouse wire winding device of the present invention configured as described above are as follows.

As shown in FIGS. 7 and 8, one end of the mouse lead 10 is connected to the mouse 8, wound around the first winding part 54 of the winding drum 5, and drawn out to the rear side of the lower case 3. In the state connected to the main body (not shown), the winding device 1 is used on a predetermined place or fixedly installed by fixing means such as a normal double tape, a fixing clip, and a suction port.

When the user pulls the mouse 8 connected to the winding device 1 fixedly installed at a predetermined place as described above, the winding wire 5 is rotated clockwise while the mouse wire 10 is pulled by the user's force. And at the same time the gear 721 of the roller 72 of the operating means 6 engaged with the tooth 57 of the winding drum 5 is rotated, wherein the roller 72 is the rotation direction of the winding drum 5 The roller 72 is rotated while being moved, and the movement of the roller 72 simultaneously moves the vertical shaft 73 and the lever 70 so that the shaft 69 of the lever 70 is the starting point of the positioning body 61. In the state of FIG. 9B to move along the rail 64 of the positioning body 61. In the above process, the pinion 722 fixed to the vertical shaft 73 naturally moves along the rack 741 of the guide member 74 while rotating.

When the axis 69 of the lever 70 reaches the rail 64 position of the positioning member 61 as shown in FIG. 9B, the mouse wire 10 is continuously pulled to obtain the first winding drum 5. It is possible to pull out all the conductors wound on the winding unit 54. When the mouse conductor 10 is drawn as described above, the spring spring 56 is wound and elasticity is stored.

Further, the shaft 69 of the lever 70 is pulled after pulling the mouse wire 10 to a desired length in a state where the position of the rail 64 of the positioning member 61 is reached as shown in FIG. 9B. When the force is removed, the spring spring 56 is released by the elastic restoring force, thereby rotating the winding drum 5 counterclockwise and simultaneously engaging the gear 57 of the winding drum 5. The gear 721 of the roller 72 is rotated so that the shaft 69 of the lever 68 passes through the first convex portion 66 to the recessed portion 65 of the rail 64 as shown in FIG. 9C. In this case, the position of the pinion 722 fixed to the vertical shaft 73 together with the roller 72 is in a state of being engaged with the rack 741 of the guide member 74. The state in which the pinion 722 is engaged with the rack 741 of the guide member 74 finally stops the rotation of the winding drum 5 having the teeth 57 engaged with the teeth 721 of the rollers 72. Therefore, the mouse wire 100 is prevented from being wound around the first winding part 54 of the winding drum 5.

As described above, the mouse lead wire 10 is drawn out to a predetermined length, and in order to store the mouse lead wire 10, when the mouse lead wire 10 is pulled again, the winding drum 5 rotates clockwise to wind the winding drum 5. The gear 721 of the roller 72 of the operating means 6 engaged with the tooth 57 of the rotating means is rotated, wherein the roller 72 is rotated while moving along the rotational direction of the winding drum 5, The movement of the roller 72 moves the vertical axis 73 and the lever 70 at the same time so that the shaft 69 of the lever 70 starts from the recessed portion 65 of the positioning body 61 and the second convex portion. It is moved to the position of 67. When the mouse wire 10 pulled in the process is released, the winding drum 5 rotates counterclockwise by the restoring force of the spring spring 56 and guides the roller 72 to be interlocked as shown in FIG. 9B. When the shaft 69 of the 70 moves along the rail 64 of the positioning body 61 and returns to the initial starting point as shown in FIG. 9A, the pinion 722 moves to the rack 741 of the guide member 74. Since the gear 57 of the take-up drum 5 and the gear 721 of the roller 72 are free to rotate because they are not engaged with the mouse, the mouse wire 10 drawn out by the restoring force of the spring spring 56 Are all wound on the first winding part 54 of the winding drum 5.

In the above process, when the mouse wire 10 is wound on the first winding portion 54 of the winding drum 5 and released, the portion exposed upwards through the hollow portion 411 of the central fixing shaft 41 naturally twists and loosens. As the operation is repeated, the input signal transmitted from the mouse 8 is transmitted to the computer main body.

10A, 10B, 10C, 10D, 10E, and 10F, which are attached to another embodiment of the present invention, illustrate that the case of the winding device may be manufactured in various shapes and various uses.

Figure 10a is a case of the winding device (1) is designed to give a sense of beauty to the user is designed in the shape of a soccer ball, Figure 10b is supplied with power from the computer inside the case formed of a material that can transmit light By installing a light emitting member 100, such as a light bulb to operate or by emitting a light using a case formed of a luminous material, the case may give an advantage of not having to install a separate lighting means around the computer, Figure 10c and Figure 10d is formed in the form in which the tongs for fixing the case and stationery to the case can be installed to give more convenience to the user, formed in the shape of a jar as shown in Figure 10e mouse (8) You can also keep).

In addition, when the installation position of the winding device 1 is not available, it may be convenient to the user by attaching it to the side of the computer main body as shown in FIG. 10F.

Mouse wire winding device according to the present invention, the user can easily pull the mouse wire by pulling the mouse with a predetermined force the length of the mouse wire connected to one endlessly made by the operating means installed inside the winding drum at the same time The length can be adjusted to provide convenience, and in particular, a simple configuration prevents failures and malfunctions. The simple configuration provides a cost effective and inexpensive mouse wire winding device. .

In addition, the winding device is formed with a mouse storage space to prevent the contamination of the mouse as well as the effect that can clean up the surrounding space.

In addition, the mouse wire winding device of the present invention is produced in a variety of shapes and forms can be selected according to the user's taste, the appearance is beautiful and is an invention excellent in decorative as well as functional effect.

Claims (6)

In the mouse wire winding device (1) provided between the computer main body and the mouse wire (10) for connecting the mouse (8) to take out or store the mouse wire (10), The winding device 1, An upper case 2 and a lower case 3 which are dividedly formed; A winding drum 5 having a space for winding the mouse wire 10 and a winding spring 56 for allowing forward and reverse rotation thereof to be received upward; A lower fixing part (4) having a central fixing shaft (41) protruding from the bottom of the lower case (3) to allow the center of the winding drum (5) to be laid and rotated; Positioning body 61 for controlling the rotation of the winding drum 5 to adjust the length of the mouse wire 10 as desired by the user is formed in the lower case 3, the rail of the positioning body 61 Actuation means consisting of a lever 68 for guiding along the 64 and moving the position of the roller 72 and a bracket 76 for guiding the vertical axis 73 holding the lever 68 so as to be movable and rotatable. And (6), wherein the mouse lead wire 10 is not broken and is connected to the winding drum 5 without being broken, and both ends thereof are connected to the mouse 8 and the computer main body. Device. The method of claim 1, The positioning member 61 has a rail 64 formed by a heart-shaped wall 62 and an inner pillar 63 protruding from the lower case 3, and a lever 68 on the surface of the rail 64. The first convex portion 66 is formed on the rail 64 and has a second convex portion 67 protruding so as to move only in one direction and a first protruding portion 66 protruding therefrom. Mouse bottom winding device, characterized in that the bottom surface and the bottom surface of the second convex portion 67 is formed in a step shape having a predetermined height difference. The method according to claim 1 or 2, The mouse wire 10 connected to both ends of the mouse 8 and the computer main body is wound and unwound by the first winding portion 54 at the outer diameter of the winding drum 5 and the second winding portion 55 at the inner diameter. The mouse lead 10 wound up and connected to the mouse 8 is between the roller 72 of the actuating means 6 and the projection groove 75 of the lead guide wall 33 protruding from the lower case 3. The mouse wire 10 is protruded by the roller 72 by the roller 72 by the lever 68 and the positioning body 61 to which the roller 72 in contact with the mouse wire 10 is fitted. The mouse wire winding device is characterized in that the mouse wire (10) is wound on the first winding portion (54) and the second winding drum (55) of the winding drum (5) close to or released. The method according to claim 1 or 2, The mouse wire 10 is a central hole which is a space of the support tube 761 of the bracket 76 while the portion connected to the mouse 8 is wound around the first winding portion 54 at the outer diameter of the winding drum 5. After drawing out through the upper portion 762 and inserted into the hollow portion 411 penetrated in the vertical direction to the central fixed shaft 41 of the lower case 3, which is the center of the lower case (3) is drawn out to the outside of the computer body Is connected to the teeth, the tooth (57) is formed on the outer diameter of the outer wall body 52 of the winding drum (5), and the tooth (721) is formed on the roller (72) of the operating means (6) to engage the tooth (57). The pinion 722 is disposed below the roller 72 to be fixed to the vertical axis 73, and the guide member 74 protrudes from the lower case 3 to stop the rotation of the pinion 722. A rack 741 is formed and the lever 68 coupled to the roller 72 of the operating means 6 in which the mouse wire 10 is engaged with the gear 57 of the winding drum 5 and rotated. In the engaged state of the pinion 722 and the rack 741 by the positioning body 61 is stopped or moved so that the mouse wire 10 is wound around the first winding portion 54 of the winding drum 5 and released. Mouse wire winding device, characterized in that. The method of claim 1, In order to prevent contamination of the mouse 8 and to provide cosmetic appearance when the mouse 8 is not in use, a storage space 31 for accommodating the mouse 8 is formed in the winding device 1. Mouse wire winding device characterized in that. The method of claim 1, Mouse winding device characterized in that the case of the winding device (1) is made of a transparent material and the light emitting member 100 is installed therein to illuminate the light without using a separate lighting member.