KR200275206Y1 - Connecting device for Telephone-wire - Google Patents

Abstract

The present invention relates to a telephone line connection mechanism of a building, the battery 400 is replaceably built in the housing 110 of the plug mechanism 100, the telephone line winding mechanism (140, 150, 160) is operated by the power from the battery 400 It is configured such that the winding of the telephone line A is performed smoothly and smoothly, the mutual assembly between the components is convenient, and the abrasion due to the friction between the components is suppressed.

Description

Connecting device for telephone-wire

The present invention relates to a telephone line connection mechanism of a building, and more particularly, to a telephone line connection mechanism of a building which enables the length adjustment of a telephone line to be freely performed.

As is well known, a telephone line is built in a building, and a telephone outlet mechanism is provided at the tip of the telephone line to connect a telephone to the outlet mechanism via a telephone line connection mechanism.

As shown in FIG. 1, a conventional telephone line connection mechanism includes a plug mechanism 100 having a connection terminal 130, a telephone line jack 200 connected to a telephone (not shown), and a plug mechanism 100. It has a structure consisting of a telephone line (A) for electrically connecting the connection terminal 130 and the telephone line jack 200.

To explain the use thereof schematically, first, the connection terminal 130 of the plug mechanism 100 is inserted into the plug socket 310 of the outlet mechanism 300 built into the wall of the building, and then a telephone line jack ( When the phone 200 is inserted and connected, the telephone and the outlet mechanism 300 are electrically connected through the telephone line connection mechanism.

However, the telephone line connection mechanism according to the prior art is not provided with a means for freely adjusting the length of the telephone line (A), a problem that its use is greatly limited.

For example, when the telephone line A length of the telephone line connection mechanism is 3m and the layout distance from the outlet mechanism 300 to the telephone is 4m, the telephone line connection mechanism having the length of the telephone line A 3m is connected to each other. The total telephone line length must be extended.

In this case, additional wiring is required because the 2m telephone line A, which is unnecessary for the telephone line layout, must be wired so as not to interfere from the outside. If the redundant telephone line is not wired, the telephone line is protected from external interference. Is broken or the connection is easily damaged.

In order to solve this problem, a telephone line connection mechanism as described in Korean Utility Model Application No. 2001-30350 has been proposed, and the operation of the telephone line is briefly explained by pulling the jack for the telephone line and unwinding the telephone line wound around the telephone line winding mechanism. The jack is away from the housing. At this time, since the rotation in the reverse direction is prevented by the one-way clutch, the jack is maintained in the pulled state, and the winding force is generated by the restoring force by the spring.

On the other hand, if the user wants to reduce the length of the telephone line exposed to the outside by winding the pulled telephone line, the one-way clutch is released by pressing the button so that the telephone line is wound by the restoring force by the spring.

However, such a telephone line connection mechanism has a problem that the components are easily worn out due to the friction between the components, the assembly between the components is very difficult and cumbersome.

In addition, the restoring force of the spring is used as the power. In the case of the spring, since the magnitude of the restoring force changes according to the degree of deformation, the restoring force is increased more than necessary as the length of the telephone line discharged to the outside becomes longer. The shorter the length of the telephone line discharged, the more resilience is needed and reduced, resulting in a problem that the product satisfaction of the telephone line connection mechanism is lowered.

Accordingly, the present invention has been made to solve the above problems, the object of the present invention is to provide a telephone line connection mechanism of the building is easy to assemble, the winding of the telephone line is made smoothly.

1 is a perspective view showing a telephone line connection mechanism according to the prior art,

Figure 2 is a perspective view showing a telephone line connection mechanism according to the present invention,

3 is a perspective view of a main part of the telephone line connecting mechanism shown in FIG. 2.

-Explanation of terms for the main parts of the accompanying drawings-

100; Plug mechanism, 110; housing,

111; Main body 111a; Fastening boss,

111b; Stopper, 112; Telephone wire storage unit,

112a; Stock station 112b; Telephone cable insert,

112c; Shaft fixture, 112d; Fastening boss,

112e; Telephone line outlet, 113; Battery compartment,

113a; Cap, 120; cover,

121; Main body, 121a; Fastening Hole,

122; Telephone line housing, 122a; Fastening Hole,

130; Terminal, 140; Drive motor,

141; Drive shaft, 150; Winding member,

151; First member, 151a; Winding shaft

151b; Guide plate, 151c; Connecting shaft,

151d; Connector, 151e; Shaft Insert,

151f; Telephone line outlet, 152; Second member,

152a; Guide plate, 152b; Support Shaft,

152c; Connecting shaft, 152d; Through Hole,

160; ON / OFF switch, 200; Telephone jack,

300; Outlet mechanism, 310; Plug socket,

400; Battery A; Telephone line.

The present invention for achieving the above object is a plug mechanism having a connection terminal and a telephone line winding mechanism, a telephone line jack connected to a telephone, and a telephone line winding while electrically connecting the connection terminal of the plug mechanism and the telephone line jack. A telephone line connection mechanism of a building consisting of a telephone line wound around a mechanism in length, wherein a battery is housed in the plug mechanism so as to be replaceable, and the telephone line winding mechanism includes: a drive motor driven by a power source from the battery; A first member which is rotated by a motor and winds up the telephone line to the telephone line jack, a second member which is fixed to the plug mechanism body and rotatably supports the first member, and ON which controls the power supply from the battery to the driving motor The structure is characterized by being composed of a / OFF switch.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

2 to 3 is a view showing the subject innovation, while the same reference numerals are attached to the same parts as in Fig. 1 showing the prior art, the description thereof will be omitted.

According to FIG. 2 and FIG. 3, the telephone line connection mechanism which concerns on this invention is the plug mechanism 100 provided with the connection terminal 130 and the telephone line winding mechanism, the telephone line jack 200 connected to the telephone, and the plug mechanism. It consists of a telephone line (A) is wound around the telephone wire winding mechanism lengthwise while electrically connecting the connection terminal 130 and the telephone line jack 200 of the (100).

The plug mechanism 100 includes a housing 110, a cover 120, a connection terminal 130, and telephone line winding mechanisms 140 and 150, and the battery 400 is replaceably housed in the plug mechanism 100. . In the present embodiment, the housing 110 includes a main body 111 in which the connection terminal 130 is disposed, a telephone line accommodating portion 112 in which telephone line winding mechanisms 140, 150, and 160 are installed, and a battery 400. What consists of the battery compartment 113 is used. Here, the main body 111 is provided with a boss 111a for fastening and a plurality of stoppers 111b, and a telephone line inserting hole 112b and a shaft fastener 112c are formed in the receiving part 112 to form a second. A shaft fixing portion 112a into which the connecting shaft 152c of the member 152 is inserted and fixed, a boss 112d for fastening, and a telephone line outlet e are provided, and the battery accommodating portion 113 has a + terminal. A terminal 113 and a cap 113a for battery replacement are provided to be opened and closed. On the other hand, the cover 120 is composed of a main body 121 and the telephone line receiving portion 122 for opening and closing the openings 111 and 112 of the housing 110, the main body 121 and the telephone line receiving portion 122. Fastening holes 121a and 122a are formed in the main body 121, and the ground terminal 130 is installed to protrude outward from the main body 121.

The telephone line winding mechanism includes a winding motor for winding the telephone line A to the telephone line jack 200 in association with the driving motor 140 and the driving motor 140 driven by a power source from the battery 50. 150, and an ON / OFF switch 160 for controlling a power supply from the battery 400 to the driving motor 140. The winding member 150 is composed of two members 151 and 152. In the present embodiment, the following members 151 and 152 are used. The first member 151 has a guide plate 151b having a diameter enlarged at one end thereof, and a shaft insertion hole 151e at which the support shaft 152b of the second member 152 is rotatably inserted and fixed at the other end thereof. A winding shaft 151a having a telephone line outlet 151f formed in the circumferential surface while being connected thereto; Protruding from the guide plate 151b, but consists of a connecting shaft (151c) is formed with a connector 151d for engaging the drive shaft 141 of the driving motor 140. In addition, the second member 152 is provided with a guide plate 152a having a shape corresponding to the guide plate 151b of the first member 151, and protrudes from the center of one surface of the guide plate 152a so that the first member 151 is provided. A support shaft 152b rotatably inserted and fixed to the shaft insertion opening 151e and a guide plate 152a protruding from the center of the other side of the guide plate 152a to be fitted and fixed to the shaft fastener 112c of the telephone line receiving portion 112. It is made of a connecting shaft 152c, a through hole 152d is formed through the guide plate 152a, the support shaft 152b and the connecting shaft 152c.

Referring to the use of the telephone line connection mechanism according to the present invention as follows.

First, in a state in which all the components are installed, the free end of the telephone line A connected to the terminal 130 is inserted into the telephone line insertion port 112b, and is pulled out by the telephone line outlet 151f, and then the telephone line is pulled out ( A) is wound around the take-up shaft 151a, and the free end of the telephone line A is pulled out from the telephone player lead 112 through the telephone line outlet 112e of the telephone line storage unit 112, and connected to the telephone line jack 200. do.

The telephone line jack 200 is pulled toward the plug mechanism 100 to the maximum, that is, the telephone line A is wound up to the first member 151 to the maximum, that is, the plug mechanism 100 and the telephone line jack 200 When the length of the telephone line A needs to be increased while the length of the telephone line A between the lines is minimized, the user pulls the telephone line A or the telephone line jack 200, and the first member. What is necessary is just to make telephone line A wound up by 151 come out through telephone line outlet 112e. On the other hand, when the user wants to reduce the length of the telephone line A between the plug mechanism 100 and the telephone line jack 200, the user drives the driving motor 140 by the operation of the ON / OFF switch 160, The telephone line A to the telephone line jack 200 may be forcibly wound around the first member 151.

According to the present invention, since the driving force of the driving motor 140 is used as the winding force for winding the telephone line A, the winding force is always constant regardless of the change in the length of the telephone line A to the outside of the plug mechanism 100. Since the telephone line A can be wound, the winding of the telephone line A is performed smoothly and smoothly.

In addition, the interference between the components constituting the telephone line winding mechanism is greatly reduced, so that abrasion due to friction is suppressed, and mutual assembly between the components becomes quite convenient.

According to the present invention as described above, the battery is replaceably embedded in the housing of the plug mechanism, the telephone line winding mechanism is configured to operate from the power source from the battery, the winding of the telephone line is performed smoothly and smoothly, the component The mutual assembly between them is convenient, and abrasion due to friction between the components is suppressed, so that the product function is improved.

Claims (1)

A plug mechanism 100 having a connection terminal 130 and a telephone line winding mechanism, a telephone line jack 200 connected to a telephone, and a connection terminal 130 of the plug mechanism 100 and a telephone line jack 200; In the telephone line connection mechanism of the building consisting of a telephone line (A) wound electrically adjustable while being connected to the telephone line winding mechanism, The battery 400 is replaceably housed in the plug mechanism 100, and the telephone line winding mechanism is rotated by a drive motor 140 driven by a power source from the battery 50, and a drive motor 140. And a first member 151 for winding the telephone line A to the telephone line jack 200, and a second member 152 fixed to the plug mechanism main body 111 to rotatably support the first member 151. And an on / off switch (160) for controlling the supply of power from the battery (400) to the driving motor (140).