Abstract: A winding device of a winding wheel and a wire includes an elastically rotatable turning wheel having a flexibly connected fixed shaft, wheel breadths defining a left wheel breadth and a right wheel breadth, and a continuous wire defining left and right wires. A number of rounds of the left wire winded at the left wheel breadth is at least one more than that of the right wire winded at the right wheel breadth, such that when the left and right wires are released from the left and right wheel breadths to reach outer dead centers thereof, at least one round of basic coil of the left wire still tightly binds around the left wheel breadth and remains unreleased. The wire (signal wire) is prevented from damages and displacements resulted from shear force between the wire and wedge apertures at the wheel breadths when repeatedly withdrawn and pulled thereof.

Abstract: A battery charger having fixed ends for winding and releasing wires includes a box; an immovable axis provided at an inner wall of the box; a large turning wheel having a larger diameter and a small turning wheel having a smaller diameter disposed next to the large turning wheel, wherein the large and small turning wheels have a same center orifice flexibly connected into the immovable axis; and a wire having one end thereof penetrated through a through hole provided at the inner wall and further connected to the circuit board and winded in the large and small wire storage grooves. A wire is efficiently collected in the box, and thus making the wire of the battery charger spaceless for ready storage.

Abstract: A cord storage device for mouse includes characteristics of an cord extended from a mouse body thereof and winded and stored in large and small storage grooves formed at large and small turning wheels thereof. Using the large and small turning wheels that rotate coaxially, inner and outer cords attached in the large and small turning wheels are released or winded at different lengths. Using the structure, the defined inner and outer cords are stored into or released from an interior of a base of a mouse, and the mouse body is combined with the base into one body for easy carrying.

Abstract: A wire moving control device of earphone set includes a preset length wire connecting with a plug on an end and an earphone microphone on the other, wherein the wire formed a neck noose, with a left and a right wire; a slip element, with left and right holes formed thereon, wherein left and right wires penetrate holes thereof, thereby enabling an adjustment of a size of the neck noose, to be worn on a neck.

Abstract: The present invention relates to an improvement of a separated wire moving control device of earphone set including: two separated left and right wires connecting to a plug on an end and to left and right earphones/earphone microphones on a top; at least one slip element, with left and right holes formed thereon, to be penetrated by left and right wires, thereby enabling the slip element to move along wires; a neck noose formed below the slip element, to be worn on a neck to enable wires duly attaching on an individual.

Abstract: A device for accommodating a wire storage structure includes a wire storage device consisted of left and right housing, a main wheel and an axis portion, a continuous signal wire stored at A and B wire storage breadths, and a seat. When the wire storage has wires thereof collected and stored, an overall structure of the wire storage structure is stored in a fixed seat and is prevented from being exposed to an exterior when not in use. Thus, when an upper wire is pulled out when a user's hand tugs an earphone microphone, the main body of the wire storage structure is kept away from inappropriate handling as well as damages caused by external forces.

Abstract: A wire winding device with a turning wheel comprises a line storage turning wheel having at least one wheel surface; a center hole of the turning wheel being movably connected to a axial portion; a curled reed having a bottom end being connected to the axial portion; an outer end thereof being connected to the line storage turning wheel; a communication wire buckled to the line storage turning wheel and thus divided into an upper wire and a lower wire; the upper wire and lower wire winding around the at least one wheel surface; at least one sliding groove formed in a lateral wall of the line storage turning wheel along a periphery of the central hole of the turning wheel; and at least one rolling ball being rollably received in the sliding grooves and the rolling balls being buckled and positioning in the sliding grooves and is limited by the axial portion.

Abstract: A wire winding device having wire storing idle wheels includes a main turning wheel capable of elastic rotation and flexibly connected to a main axis, and a plurality of turning wheels having different or same diameters formed on the main body of the main turning wheel for forming a plurality of storage grooves; at least one passive turning wheel having at least one storage groove formed on the wheel surface thereof, and the passive turning wheel is flexibly connected to a secondary axis; and a wire portion consisted of upper and lower wires winded in the storage grooves of the main turning wheel and the passive turning wheel. Through the coordination of the passive turning wheel and the main turning wheel of the device, wires having greater lengths may be stored and released.

Abstract: A wire collecting device includes at least two independent main wheel bodies provided with a side recesses at side walls thereof, respectively, large turning wheels having a larger diameter, respectively, and small turning wheels having a smaller diameter, respectively, wherein each pair of large and small turning wheels have a same center opening, respectively; large and small wire storage grooves formed at wheel breadths of the large and small turning wheels; and independent immovable axes flexibly connected into the center openings of the main wheel bodies, respectively. According to the aforesaid structure, a wire is winded and stored in the large and small wire storage wheels, respectively, and are distinguished as at least two A and B wires and at least two C and D wires being stored in the large and small wire storage grooves, thereby selectively and independently releasing at least two wires with predetermined lengths.

Abstract: A battery charger having an attached base includes a battery charger main body having a power plug and a connected wire with a predetermined length; and a base consisted of left and right housings and provided with upper and lower guiding orifices such that the wire enters the base via the upper guiding orifice and an outer end of the wire connected to a plug is extended out of the base via the lower guiding orifice. Wherein, the base is provided with a storage recess at an inner surface thereof, an inner surface of the main body may be superposed onto the inner surface of the base, and the power plug is placed and concealed in the storage recess. According to the invention, the plug is placed and concealed in the storage recess, and the battery charger may be packaged and stored by occupying minimal space.

Abstract: A coaxial wire storage wheel devise includes a wire storage turning wheel having an uniform diameter, a center hole jointed to a uni-axial portion, and a wheel plane distinguished into left and right wheel planes; a spiral spring having a bottom end thereof connected to the axial portion and an outer end thereof connected to the wheel plane of the wire storage turning wheel; a communication wire fastened at the wheel plane to form upper and lower wires; and a right wall body having an inner wall plane fixed to the axial portion inserted through a left wall body, and a wire storage groove formed at the left and right wheel planes. The wire storage groove is for winding and storing the upper and lower wires, thereby releasing the upper wire at the turning wheel with equal length and distance as those of the lower wire being simultaneously released.

Abstract: A winding device of a winding wheel and a wire includes an elastically rotatable turning wheel having a flexibly connected fixed shaft, wheel breadths defining a left wheel breadth and a right wheel breadth, and a continuous wire defining left and right wires. A number of rounds of the left wire winded at the left wheel breadth is at least one more than that of the right wire winded at the right wheel breadth, such that when the left and right wires are released from the left and right wheel breadths to reach outer dead centers thereof, at least one round of basic coil of the left wire still tightly binds around the left wheel breadth and remains unreleased. The wire (signal wire) is prevented from damages and displacements resulted from shear force between the wire and wedge apertures at the wheel breadths when repeatedly withdrawn and pulled thereof.

Abstract: A wire winding device having coaxial and multiple wheels include characteristics of: a main wheel formed with at least three A, B and C turning wheels having a same center orifice flexibly connected to an axis, A, B and C storage grooves formed on the wheel surfaces of the A, B and C turning wheels at least two wires S winded and stored in the A, B and C storage grooves, and upper, middle and lower wires stored in different storage grooves, so a to store at least two wires in the device. At least two wires are efficiently stored in the device when winding the wires, and at least two wires are extended with appropriate predetermined lengths instead of releasing wires at excessive lengths when releasing the wires.

Abstract: A wire collecting device includes at least two independent main wheel bodies provided with a side recesses at side walls thereof, respectively, large turning wheels having a larger diameter, respectively, and small turning wheels having a smaller diameter, respectively, wherein each pair of large and small turning wheels have a same center opening, respectively; large and small wire storage grooves formed at wheel breadths of the large and small turning wheels; and independent immovable axes flexibly connected into the center openings of the main wheel bodies, respectively. According to the aforesaid structure, a wire is winded and stored in the large and small wire storage wheels, respectively, and are distinguished as at least two A and B wires and at least two C and D wires being stored in the large and small wire storage grooves, thereby selectively and independently releasing at least two wires with predetermined lengths.

Abstract: A mouse having an attached base includes a mouse body provided with a cord having a predetermined length extended from a rear end thereof, wherein an outer end of the cord is connected with a terminal plug; and a base consisted of an upper housing and a lower housing, and upper and lower guiding orifices, wherein the cord is penetrated into the base via the upper guiding orifice and extended out of the base via the lower guiding orifice, and an inner surface of the mouse body is superposed and fastened to a surface of the base. Using the aforesaid structure, the mouse may be selectively separated or connected to the base.

Abstract: A battery charger having an attached base includes a battery charger main body having a power plug and a connected wire with a predetermined length; and a base consisted of left and right housings and provided with upper and lower guiding orifices such that the wire enters the base via the upper guiding orifice and an outer end of the wire connected to a plug is extended out of the base via the lower guiding orifice. Wherein, the base is provided with a storage recess at an inner surface thereof, an inner surface of the main body may be superposed onto the inner surface of the base, and the power plug is placed and concealed in the storage recess. According to the invention, the plug is placed and concealed in the storage recess, and the battery charger may be packaged and stored by occupying minimal space.

Abstract: A power socket having an attached container includes a socket housing having an extension wire, and a container serving as a cover or a container. Using the structure according to the invention, wires can be effective stored while accomplishing waterproof purposes.

Abstract: A cord storage device for mouse includes characteristics of an cord extended from a mouse body thereof and winded and stored in large and small storage grooves formed at large and small turning wheels thereof. Using the large and small turning wheels that rotate coaxially, inner and outer cords attached in the large and small turning wheels are released or winded at different lengths. Using the structure, the defined inner and outer cords are stored into or released from an interior of a base of a mouse, and the mouse body is combined with the base into one body for easy carrying.

Abstract: A wire winding device having wire storing idle wheels includes a main turning wheel capable of elastic rotation and flexibly connected to a main axis, and a plurality of turning wheels having different or same diameters formed on the main body of the main turning wheel for forming a plurality of storage grooves; at least one passive turning wheel having at least one storage groove formed on the wheel surface thereof, and the passive turning wheel is flexibly connected to a secondary axis; and a wire portion consisted of upper and lower wires winded in the storage grooves of the main turning wheel and the passive turning wheel. Through the coordination of the passive turning wheel and the main turning wheel of the device, wires having greater lengths may be stored and released.

Abstract: A wire winding device having coaxial and multiple wheels include characteristics of: a main wheel formed with at least three A, B and C turning wheels having a same center orifice flexibly connected to an axis, A, B and C storage grooves formed on the wheel surfaces of the A, B and C turning wheels at least two wires S winded and stored in the A, B and C storage grooves, and upper, middle and lower wires stored in different storage grooves, so a to store at least two wires in the device. At least two wires are efficiently stored in the device when winding the wires, and at least two wires are extended with appropriate predetermined lengths instead of releasing wires at excessive lengths when releasing the wires.