KR20160004250A

KR20160004250A - Folding wire

Info

Publication number: KR20160004250A
Application number: KR1020150184440A
Authority: KR
Inventors: 이종수
Original assignee: 이종수
Priority date: 2015-12-23
Filing date: 2015-12-23
Publication date: 2016-01-12

Abstract

The folding wire of the present invention can be realized by alternately placing a rod portion having rigidity at regular intervals and a rod joint portion having flexibility at a predetermined interval in an existing wire composed of a flexible resin or the like used for household appliances and the like, It is a technology related to a folding wire that makes it easy to fold a rigid rod into a certain size.
The folding wire thus constructed can improve the convenience of the existing wire by the flexibility of the rod portion when installing or using household appliances
After the installation of household appliances, etc., it has the advantage of collecting and organizing the wires easily by taking advantage of the rigidity of the wires and carrying them.

Description

Folding Wire {FOLDING WIRE}

TECHNICAL FIELD The present invention relates to a technology for facilitating the use of housings, portable storage, transportation, and the like of electric wires used in household electrical appliances such as cleaners and household appliances such as computers, earphones, and electronic appliances such as communication appliances.

The use of household electric and electronic communication equipment has been rapidly increasing, and the use of electric wires for supplying electric power to such household electric appliances and for communication has also increased rapidly. The electric wires used in these household appliances should have flexibility due to the characteristics of household appliances that should be installed or moved away from the power source.

However, this flexibility of the wire creates entangled and twisted problems. Particularly, connection wires of a notebook or earphone of a mobile phone have problems such as twisting or entangling more complicatedly as the wires are separated from the body of household appliances and carried.

The present invention is directed to a technique for facilitating storage, transportation, transportation, and sorting of electric wires in consideration of the above points,

It is composed of soft synthetic resin, etc., and it is made up of alternating rods which are made of metal or synthetic resin at regular intervals in flexible wires to make rigid rods,

This is a technology related to a folding wire that folds a bar of a wire and folds the bar part together and folds the wire into a certain length so that the wire can be easily folded up, carried, and stored.

Conventional wires can be flexed and folded in various directions by being made flexible from one end to the other, thereby improving the convenience in use, but they also cause inconveniences in sorting, storing, carrying and transporting.

For example, it is preferable to use a toilet paper having a good flexibility, but it is more difficult to arrange and store scattered toilet paper in a winding device than to fold the paper with the same amount of rigidity to arrange and store.

Such flexible wires are convenient for use, but have problems in that they can be twisted or entangled in a complex manner when being sorted, stored, and carried, and even when a winding device is used for storage and transportation, Problems arise.

In addition, when a plurality of household appliances are installed together, the remaining wires other than the portion necessary for installation may be entangled or twisted to damage the conductor easily.

The problem of twisting and entangling these wires can be overcome by limiting some of the flexibility of the wires.

In other words, it is a method of utilizing the rigidity of the rod portion and the flexibility of the rod joint portion by alternately arranging the rod portion having the stiffness at regular intervals in the electric wires of household appliances, etc. and alternately positioning the rod portion with the existing wire as it is.

The wire thus constructed can be easily positioned by holding the rod and folding the rod.

It is possible to prevent and keep the twist and entanglement of the wire without the twist preventing member of the complex and high cost structure such as the Korean Patent No. 1014898420000

It is possible to avoid the disadvantage that the wires are not twisted by the repulsive force of the magnet as shown in Korean Patent No. 1006316740000, but the wires are difficult to be arranged.

The electric wires used in the conventional household appliances have the advantage of being easy to install and use because they can be bent and folded in various directions by using a flexible material so as to have flexibility, but they are inconvenient for storing, transporting and arranging wires The disadvantage was also inherent.

For example, there is a problem in that when the untwisted wires are arranged or stored, the flexible wires are required to unfold and re-fold or wrap the winding rolls as if the soft toilet paper are arranged.

Especially, electric wire such as a cleaner or a portable device such as an earphone needs flexibility of the wire. However, after use, the wire may be entangled or twisted like a knot because of the flexibility of the wire. It may cause damage such as disconnection. In addition, there is an inconvenience problem that the user unfolds and holds the wire by pulling with both hands when storing after use.

In addition, when it is necessary to wind and hold it in the form of a circular shape, there is a disadvantage that it occupies more space than a case in which it is stored in a rectangular shape in a rectangular storage space.

Therefore, in order to solve such a problem, a wire rod having a certain length of rigidity and a flexible rod joint are alternately formed on the wire

When installing or using household appliances, it is possible to utilize the flexibility of the rod joint part and to make use of the rigidity of the rod part which is adapted to the size of household appliances after installation or use, And to provide folding wires that are easy to store.

More specifically, the rod portion, which is the most part of the film having rigidity, is made of a metal or synthetic resin having elastic restoring force to some extent so as not to be broken by the shear force even though the hardness is higher than that of the covering body of the wire

A rod made in the shape of a tube or plate of a certain length is inserted into the cover of the wire at regular intervals or stuck on the cover of the wire to make it rigid.

Flexible rod ends allow the existing wire sheath to remain flexible enough to fold and fold in any direction.

At this time, the length of the bar portion should be a suitable length in accordance with the length of household appliances. For example, the earphone cable used in a mobile phone is made to be about the length of the mobile phone, so it is convenient when storing it with a mobile phone.

In order to make a folding wire by providing a bar portion 20 on a conventional winding wire, a detachable bar pipe 23 having an insertion / removal slot 24 capable of inserting / ). In this case, the length of the rod portion can be adjusted according to the size of the rod portion, and the length of the rod portion can be adjusted according to the spacing of the rod portion.

Also, when the rod tube is made of a synthetic rubber material having a coil spring shape or a constant hardness and a restoring force, the elastic restoring force of the rod tube is increased, so that even if the shearing force acts, the rigidity can be maintained without breaking.

The rod should be shorter than the rod and have a moderately long length so that the wire can be folded and bent at an obtuse angle when the wire is folded.

The reason for this is that the knot formed by entangling the wires occurs at the end of the flexible rod. If the rod extending to both sides of the rod is made long, the ends of the rod joint can not be entangled, thereby preventing the knot from being formed.

However, if the rod joint is too short, the wire may be folded at a right angle or an acute angle each time it is folded, and the conductor inside the wire may be broken. Therefore, it is necessary to maintain a sufficient length so that the wire can be folded at an obtuse angle. If necessary, a flexible synthetic tube for preventing breakage may be provided at the boundary between the rod portion and the rod portion. The rod portion and the rod joint portion may be rounded So that it can be eaten.

The flexibility of the wires required for installation and use of household appliances can be maintained through the rods

Extra wires remaining after use or installation have the advantage of being able to collapse the rigid rods so that they can be easily aligned to a certain size of the rods and prevent twist and entanglement of the wires.

For example, it is not only easy to arrange the wires easily as in the case of sorting chopsticks or sticks of a certain size, but also it can prevent twists and entanglement of the rod joints due to the rod portions.

As a result, it is possible to prevent the possibility of damage such as breakage of the conductor in the wire caused by the twist or entanglement.

In addition, the wire thus configured can prevent the waste of the storage space due to the necessity of storing the circular wire winding device in order to prevent the existing wires from being tangled.

1 is a schematic view of a folding wire according to the present invention,
Fig. 2 is a partial perspective view and side sectional view of a folding wire covered with a covering body overhead wire tube on a wire covering body according to the present invention
Fig. 3 is a perspective view of a folding wire formed by covering a rod portion with a coil spring type rod tube according to the present invention
Fig. 4 is a perspective view of a detachable barrel tube having an incisional dislocation according to the present invention
FIG. 5 is a front sectional view and a side sectional perspective view of a folding wire in which a covering member insertion bar is inserted into a wire covering body according to the present invention.
6 is a diagram illustrating an embodiment of the use of a folding wire according to the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

The folding wire 10 of the present invention has a bar portion 20 having a rigid and elastic restoring force and a flexible portion of a conventional wire on a conventional wire covering body 31 composed of soft synthetic resin used for an appliance or the like 50 By alternately forming the rod portions 30 held as they are,

The folding wire 10 is a folding wire 10 which can be folded to a certain size by easily gathering the bar portion 20 having a certain length by using the flexibility of the rod portion 30.

The method for constructing the rod portion 20 is to construct a tube or plate-like coated body with a certain length of metal or synthetic resin having elasticity and elastic restoring force, And the bar body is embedded in the inside of the wire covering body (31) to form a bar portion having rigidity.

If a rod 20 is installed on a conventional winding wire to be used as a folding wire, a detachable rod tube 23 having an insertion / removal slot 24 capable of inserting / 20).

When the rod portion 20 is formed of the coil spring type rod tube 22, the resilient restoring force is increased so that even if a shearing force is applied to the rod portion 20, the rod portion 20 may have an advantage of being rigid and not broken .

The rod joint part 30 is formed to have the same length as that of the rod part 20 while maintaining the flexibility of the existing wire covering body 31. The rod joint part 30 ) Should have a proper length so that it can be folded and rolled without being broken at an acute angle. At this time, the wire breaking prevention tube 33 may be installed at the boundary between the bar 20 and the bar 30 so that the bar 20 and the bar 30 can be rolled and rolled without being broken at an acute angle.

In the case of the folding wire 10 constructed as described above, the flexible rods 30 can be folded and folded to gather the rods 20 of a certain length and can be easily assembled to a certain size, and the rods 20 can be fastened to the rods, Elastic holders, and magnets, so that they can be easily carried and stored, so that they can be advantageously prevented from being twisted or entangled without a winding device.

10: Folding wire
20: rod portion 21: covered body coated rod tube 22: coil spring type rod tube
23: detachable bar tube 24: shovel dislocation 25: built-in bar body
30: rod portion 31: wire covering body 32: conductor 33: break prevention tube
40: Plug 41: Socket
50: Home appliances, etc.

Claims

(21) having a certain length made of a metal or synthetic resin material having a high elasticity and elastic restoring force on a wire covering body (31) composed of a soft synthetic resin or the like, The folding wire 10, which is formed by alternately forming the folding portions 30 and the folding portions 30 maintaining the flexibility by keeping the folding wires 20 and the wire covering body 31 as they are,

The method of claim 1, wherein
A folding wire 10 constituted by a detachable rod tube 23 having an insertion / removal opening 24 so that the rod portion 20 can be inserted /

The method of claim 1, wherein
The rod portion 20 is formed of a coil spring type rod tube 22 having a high hardness, and the folded wire 10,

The method of claim 1, wherein
The rod portion 20 is formed inside the wire covering body 31 by the folding wire 10 formed by embedding the rod 25 having the covering body of the metal or synthetic resin component having high rigidity and elastic restoring force,

The method of claim 1, wherein
The length of the rod portion 20 is made equal to or longer than the length of the rod portion 30 so as to prevent the entanglement and twisting of the wire,