JP2012136351A - Card-shaped cord holder - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a holder form around which a long unnecessary cord of a stereo earphone, an AC adapter, an electrified product or the like can be wound, and which prevents entanglements, curls, and twists of the cord and facilitates attachment/detachment of the cord, while having high portability, productivity and convenience.SOLUTION: This card-shaped cord holder has a form of the holder of a card shape, to store the cord by winding the cord at constant length around the card with the use of elasticity of the cord. Recesses (2) for fixing and guiding the cord are provided around the card (1). The cord (6) can be passed in a zigzag manner through the recesses (2) of the card. Further, a gentle cutout (3) for preventing the cord from moving over is provided in a turn-back part when winding the cord.

Description

  The present invention relates to a shape and structure of an auxiliary device for easily collecting a long cord such as a cord of a stereo earphone, a cord of an AC adapter, a cord of an electric appliance, or a communication cable in a compact manner.

  Conventionally, there are a type in which cords are bundled in a compact manner and a cord is bundled with a rubber band, a wire, a binding belt, etc. in order to prevent cord entanglement, and a type in which a cord is wound around an auxiliary device.

  However, in the case of a binding band type that binds cords, there is nothing to wrap around and it is difficult to bundle them to a certain length. In the case of a conventional holder type in which a cord is wound, the cord is wound around the holder so as to draw a circle at a short pitch, and when the cord is unwound from the holder, it tends to be easily wound and twisted. In addition, production was not easy due to the special shape of the auxiliary equipment. Therefore, the present invention is highly portable, productive and convenient in that the cord is wound in a vertical direction with a certain length, the cord is entangled, wound, twisted, and the cord can be easily attached and detached. The challenge is to provide a holder format.

  In order to solve the above problems, the present invention makes the shape of the holder a portable and highly productive card type, wraps the cord around the card, puts the cord compactly, and keeps the cord length constant. The card-type cord holder is characterized in that it can be kept and stored and can be easily attached and detached. Several indentations are provided around the card to secure and guide the cord. Several recesses slightly larger than the thickness of the cord for fixing at the beginning and end of winding of the cord are provided on two sides around the card. Using the elasticity of the cord, the cord can be zigzag-fixed in the recess of the card, and by providing a plurality of recesses, the indentations arranged as a guide guide the cord in a certain direction. Further, a gentle cutout for preventing the cord from being displaced is provided at the folded portion when the cord is wound. Since the card has a two-layer laminated structure, it is easy to wind the card by providing an appropriate degree to the card, and has strength to prevent bending. The material of the main body should be strong enough to wind cords such as plastic synthetic resin and wood.

  By making the shape of the holder into a card type, it is a thin business card size, so it can be stored in a pocket or card case even when not in use, and can be carried with a cord without being bulky even when using electrical appliances. In addition, the productivity is good, and it is possible to decorate the smooth surface by printing and sticking names and advertisements. Since the card has a two-layer laminated structure, the card is provided with an appropriate degree of elasticity, is easy to wind, and has strength to prevent bending.

Around the card, there are several recesses for fixing and guiding the cord. On the two sides around the card, there are several indentations that are slightly larger than the thickness of the cord to start winding and fix at the end of winding. The cord can be passed through the recess of the card, and the cord can be slid to determine the starting position of winding. Using the elasticity of the cord, the cord can be zigzag-fixed in the recess of the card. By providing a plurality of recesses, the aligned holes guide the cord so that it can be wound in a certain direction. With these structures, the length of the cord can be easily adjusted without removing all the cords from the card, so that the operations from the time of storage to the time of use and from the time of use to the time of storage can be easily performed.

  By providing a loose cut-out that can hook the cord around the card body when the cord is wound, the cord is prevented from slipping after the cord is wound around the card, and the cord is not easily detached from the main body. be able to.

  Since the present invention has a card shape, the cord holding effect can be maintained by considering the arrangement of the recesses even if the shape is changed as long as the shape is flat. In addition to the half size of business cards, various shapes can be considered, such as animal, fish, insect and heart shapes. A small hole through which a string or the like can be passed is provided in the corner of the card, and it can be connected to a mobile phone, a portable music player, an electric appliance, or the like with a ring or a strap.

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

  FIG. 1 is a perspective view showing the shape of a card type code holder. A depression (2) is provided around a card-type (thin plate-like) main body (1), and a depression (3) is provided at the upper and lower portions of the main body (1). Further, the card body is provided with an appropriate thickness by adopting a two-layer bonding structure (4).

  FIG. 2 is a perspective view showing a method of fixing the winding start of the cord of the present invention. A state in which the cord (5) is zigzag (6) through a recess (2) on one side provided around the card-type (thin plate-shaped) body (1), and is fixed to the card using the elasticity of the cord. Is shown.

  FIG. 3 is a perspective view showing a method of fixing the winding end of the cord of the present invention. After the winding start of the cord is fixed, the excess cord (5) is wound around the main body (1) using the upper and lower depressions (3). When the cord approaches the end of winding, the cord (5) is passed through the recess (2) on the other side again through the zigzag (6), and the elastic state of the cord is used to fix the cord.

  FIG. 4 is a perspective view showing a state in which the cord (5) of the stereo earphone (7) is wound around the present invention (1) and stored. By passing the cord (5) of the stereo earphone (7) through the recess (2) provided around the main body (1) of the card type (thin plate shape), it is fixed to the main body (1) and is difficult to come off. . Wrap extra cord (5) around body (1) using indentations (3) provided vertically (one direction) up and down, and remaining extra cord (5) close to the tip (8) of the cord The cords are put together in a compact manner by zigzagging (6) in a recess (2) provided around the body.

  FIG. 5 is a perspective view showing a state where the cord (5) of the AC adapter (9) is wound around the present invention (1) and stored. By passing the cord (5) of the AC adapter (9) through the recess (2) provided around the main body (1) of the card type (thin plate shape), it is fixed to the main body (1) and is difficult to slip off. Wrap extra cord (5) around body (1) using indentations (3) provided vertically (one direction) up and down, and remaining extra cord (5) near the tip (9) of the cord The cords are put together in a compact manner by hooking them in a recess (2) around the body.

  FIG. 6 is a perspective view showing a state where the AC cord of the electric appliance (11) is wound around the present invention (1) and stored. By passing the AC cord (5) of the electrical appliance (11) through the recess (2) provided around the main body (1) of the card type (thin plate shape), the card body (1) is fixed to the main body (1) and is difficult to slip off. . Wrap extra cord (5) around body (1) using indentations (3) provided vertically (one direction) up and down, remaining extra cord (5) near the tip (12) of the cord The cords are put together in a compact manner by hooking them in a recess (2) around the body.

  FIG. 7 is a perspective view showing how the present invention is carried in a pocket (13) using the present invention. By using the present invention, the length of the extra cord (5) is adjusted, and the cord length from the pocket (13), the storage bag, the bag, etc. is fixed to an arbitrary length for use. This makes it possible to bundle annoying and unnecessary code in a compact manner.

  FIG. 8 is a perspective view showing an example of another shape of the present invention. Since the present invention has a card shape, the shape can be easily changed as long as it has a planar shape. It is a perspective view of a card type holder of a half size that is more compact according to the thickness of the cord in order to increase portability. The card-type (thin plate-like) main body (14) is half the size of a business card, with a recess (2) around it and a recess (3) at the top and bottom. Moreover, the card body is provided with an appropriate thickness by adopting a two-layer laminated structure (4). A hole (15) through which the strap is passed is provided to prevent loss when carrying. In addition to the half size, various shapes can be considered, such as animal, fish, insect, and heart shapes.

It is a perspective view which shows one Embodiment of this invention. It is a perspective view which shows the fixing method of the winding start of the code | cord | chord of this invention. It is a perspective view which shows the fixing method of the winding end of the code | cord | chord of this invention. It is a perspective view which shows the state which wound and stored the code | symbol of the stereo earphone around this invention. It is a perspective view which shows the state which wound and stored the code | cord | chord of the AC adapter around this invention. It is a perspective view which shows the state which wound and stored the code | cord | chord of the electrical appliance around this invention. It is a perspective view which shows a mode that it is carrying in the pocket using this invention. It is a perspective view 1 which shows the example of the other shape of this invention.

1 Body 2 Indentation around the body (for cord fixing guide)
3 Indentations provided on the top and bottom of the main unit (for cord wrapping)
4 Body side (two-layer structure)
5 Cord 6 Cord passed through the hollow of the main body 7 Stereo earphone 8 Earphone / headphone tip 9 AC adapter 10 AC adapter tip connecting plug 11 Electrical appliance 12 Cord tip plug 13 of electrical appliance Pocket 14 Body (half size for thin cord)
15 Holes in the body

Claims (1)

  The holder shape is portable and highly productive, and the cord is wrapped around the card, the cord is compactly packed, and the cord length can be kept constant and stored. This is a card type code holder that can be easily made. Around the card, there are several indentations to fix and guide the cord. Several recesses slightly larger than the thickness of the cord for fixing at the beginning and end of winding of the cord are provided on two sides around the card. Using the elasticity of the cord, the cord can be zigzag-fixed in the recess of the card, and by providing a plurality of recesses, the indentations arranged as a guide guide the cord in a certain direction. Further, a gentle cutout for preventing the cord from being displaced is provided at the folded portion when the cord is wound. Since the card has a two-layer laminated structure, it is easy to wind the card by providing an appropriate degree to the card, and has strength to prevent bending.

Images