JP3180007U - Data socket with automatic return dust cover - Google Patents

Abstract

A data socket having an automatic return dustproof lid is provided.
A data socket having an automatic return dustproof lid includes a shell having a housing space for housing a data plug, a dustproof lid used to cover the housing space, and a side of the dustproof lid. And a pivoting unit 16 used for pivoting to the side of the housing space. Further, the data plug can be inserted into the accommodation space by pushing the dust-proof lid from the original position into the accommodation space, and after the data plug is extracted from the accommodation space, A pivoting unit automatically returns the dustproof to the original position, and the dustproof cover covers the accommodation space at the original position.
[Selection] Figure 2

Description

  The present invention relates to a data socket, and to a data socket having an automatic return dust cover.

  The telephone plug can be inserted into the accommodation space of the telephone socket, and the metal connection pin of the telephone plug is electrically connected to the metal connection pin installed in the accommodation space of the telephone socket to transmit a telephone signal.

  However, when the telephone plug is not inserted into the receiving space of the telephone socket, the metal connection pin of the telephone socket is exposed to the air, so that it is extremely susceptible to ash dust or moisture infringement, The signal transmission capability is affected.

Japanese Patent Laid-Open No. 5-109254

  Manufacturers in the market have come up with dustproof lids that are moved and operated by hand, and the dustproof lids of the telephone socket often cannot be completely covered or operated so that the user covers the telephone socket Otherwise, the function of the dust cover may be lost.

  Therefore, there is a need in the art for a socket that can solve the above problems.

  In order to overcome the problems of the prior art, a data socket having an automatic return dustproof lid provided by the present invention includes a shell having a housing space for housing a data plug, a dustproof lid used for covering the housing space, A pivoting unit used to pivotally attach the side of the dustproof lid to the side of the housing space, and the data plug pushes the dustproof lid from the original position into the housing space to open the housing. After the data plug can be inserted into the space and the data plug is pulled out of the receiving space, the pivoting unit automatically returns the dustproof to the original position, and the dustproof lid is in the original position. In this case, the housing space is covered and ash dust and moisture can be prevented from entering the housing space of the data plug.

  In an embodiment of the present invention, a guide groove is included on the dust-proof lid, and when the data plug pushes and opens the dust-proof lid from the original position into the accommodation space, the accommodation is performed along the guide groove. You can enter and join the space.

  In an embodiment of the present invention, the dust cover includes a latch formed on one side of the guide groove, an elastic piece is installed on one side of the data plug, and the elastic piece has a hook. Can engage the hook of the plug when the data plug is inserted into the receiving space.

  Compared to the prior art, the data socket 1 of the present invention has a separate dustproof lid 14, which automatically removes the storage space 100 when the data plug 2 is extracted and removed from the storage space 100 of the data socket 1. Since it can be covered, the dust cover 14 can be automatically restored and covered after use, and the metal connection pins installed in the accommodation space 100 are not subject to invasion of ash and moisture, and have a good signal transmission capability. Can be maintained. In addition, a guide groove 141 and a latch 143 are installed on the dust-proof lid 14 of the data socket 1 of the present invention, and when the data plug 2 pushes the dust-proof lid 14 open, the guide space 141 is placed along the guide groove 141 in the receiving space 100. The elastic piece 21 has a hook 23, and the latch 143 engages with the hook 23 of the data plug 2 when the data plug 2 is inserted into the receiving space 100, The data plug 2 can be stably inserted into the accommodation space 100.

It is explanatory drawing of the data socket in the Example of this invention. FIG. 2 is an exploded view of the data socket shown in FIG. 1. It is explanatory drawing when inserting this data plug in the accommodation space of this data socket shown in FIG. FIG. 2 is an explanatory diagram in which the data plug is not inserted into the accommodation space of the data socket along the cutting line AA ′ of FIG. 1. FIG. 2 is a cross-sectional view of the data socket being inserted into the receiving space of the data socket along the cutting line AA ′ of FIG. 1. FIG. 2 is a side perspective view in which a data plug is inserted into the accommodation space of the data socket shown in FIG. 1.

  1 to 3, there are respectively an explanatory view of the data socket 1 in an embodiment of the present invention, an exploded view, and an explanatory view when the data socket 1 inserts the data plug 2 into the accommodating space 100. It is. The data socket 1 includes a shell body 10, a dust cover 14, and a pivot unit 16.

  The shell 10 has an accommodation space 100 and is used for inserting the data plug 2. In an embodiment of the present invention, the data plug 2 can be a telephone plug or a network plug.

  The dust cover 14 is used to cover the accommodation space 100.

  The pivot unit 16 is used to pivot the side 140 of the dust cover 14 to the side 104 of the housing space 100. In an embodiment of the present invention, the data plug 2 can be pushed into the receiving space 100 from the original position and then inserted into the receiving space 100. Is removed from the storage space 100, the pivoting unit 16 automatically returns the dust cover 14 to the original position, and the dust cover 14 covers the storage space 100 at the original position. This prevents ash dust and moisture from entering the accommodation space 100 of the data socket 2.

  In an embodiment of the present invention, the pivoting unit 16 includes a first slot 161, a second slot 162, a first convex point 163, a second convex point 164, and a spring 165, of which the first slot 161 is The first end point 1042 of the side edge 104 of the housing space 100 is installed. The second slot 162 is installed at the second end point 1044 of the side 104 of the accommodation space 100. The first convex point 163 is installed at the first end point 1402 of the side 140 of the dust cover 14 and can be inserted into the first slot 161. The second convex point 164 is installed at the second end point 1404 of the side 140 of the dust cover 14 and can be inserted into the second slot 162. The spring 165 is provided on the first convex point 163 and is inserted into the first slot 161 together with the first convex point 163. Thus, after the data plug 2 is extracted from the housing space 100, the spring 165 returns the dust-proof lid 14 to the original position, and the dust-proof lid 14 has the housing space 100 (see FIG. 1), ash and moisture are prevented from entering the storage space 100 of the data plug 2, and the assembled dust-proof lid is not detached from the data socket 1 and lost. To do.

In an embodiment of the invention, the pivot unit 16 is
A first slot 161 installed at a first end point 1042 of the side 104 of the housing space 100;
A second slot 162 installed at a second end point 1044 of the side 104 of the housing space 100;
A first convex point 163 that is installed at the first end point 1042 of the side 140 of the dust cover 14 and can be inserted into the first slot 161;
A first convex point 164 that is installed at the second end point 1044 of the side 140 of the dust cover 14 and can be inserted into the second slot 162;
Two ends of the second convex point 164 are provided over the second convex point 164, and a spring 165 (not shown; those skilled in the art understand and implement from the above example) are inserted into the second slot 162. And details are not described separately).

  For a clear understanding of the present invention, refer to FIGS. 4 to 6, which insert the data plug 2 into the receiving space 100 of the data socket 1 along the cutting line AA ′ of FIG. FIG. 4 is a diagram showing that the data plug being inserted is inserted into the data socket 1. The data plug 2 includes a guide groove 141 on the dust cover 14, and the data plug 2 moves along the guide groove 141 when the dust cover 14 is pushed from the original position into the storage space 100. In the embodiment, the guide groove 141 is recessed in the surface of the dust cover 14 so that the data plug 2 can be smoothly slid and fixed in the receiving space 100. Can be guided.

  The dust cover further includes a latch 143 formed on one side of the guide groove 141. A spring 21 is installed on one side of the data plug 2, the elastic piece 21 has a hook 23, and the latch 143 is inserted into the receiving space 100 when the data plug 2 is inserted into the receiving space 100. The data plug 2 can be fixed by engaging with the two hooks 23. In the figure, the hooks 23 are formed on both sides of the elastic piece 21 corresponding to the position of the latch 143.

  Compared to the prior art, the data socket 1 of the present invention has a separate dustproof lid 14, which automatically removes the storage space 100 when the data plug 2 is extracted and removed from the storage space 100 of the data socket 1. Since it can be covered, the dust cover 14 can be automatically restored and covered after use, and the metal connection pins installed in the accommodation space 100 are not subject to invasion of ash and moisture, and have a good signal transmission capability. Can be maintained. In addition, a guide groove 141 and a latch 143 are installed on the dust-proof lid 14 of the data socket 1 of the present invention, and when the data plug 2 pushes the dust-proof lid 14 open, the guide space 141 is placed along the guide groove 141 in the receiving space 100. The elastic piece 21 has a hook 23, and the latch 143 engages with the hook 23 of the data plug 2 when the data plug 2 is inserted into the receiving space 100, The data plug 2 can be stably inserted into the accommodation space 100.

In the present invention, preferred embodiments have been disclosed as described above, but these are not intended to limit the present invention in any way, and anyone who is familiar with the technology has an equivalent scope that does not depart from the spirit and scope of the present invention. Of course, various fluctuations and hydration colors can be added.

DESCRIPTION OF SYMBOLS 1 Data socket 2 Data plug 10 Shell 14 Dust-proof cover 16 Pivoting unit 21 Elastic piece 23 Hook 100 Housing space 104,140 Side edge 141 Guide groove 143 Latch 161 1st slot 162 2nd slot 163 1st convex point 164 2nd Convex point 165 Spring 1042, 1402 First end point 1044, 1404 Second end point

Claims (6)

A shell having a housing space for housing the data plug;
A dust cover used to cover the housing space;
A pivot unit used to pivot the side of the dust cover to the side of the housing space;
The data plug can be inserted into the receiving space by pushing the dust-proof lid from the original position into the receiving space, and after the data plug is pulled out from the receiving space. A data socket having an automatic return dustproof cover in which the pivoting unit automatically returns the dustproof to the original position, and the dustproof cover covers the accommodation space at the original position.   The data socket according to claim 1, wherein the data plug is a telephone plug or a network plug. The pivot unit is
A first slot installed at a first end point of the side of the housing space;
A second slot installed at a second end point of the side of the housing space;
A first convex point that is installed at the first end point of the side of the dust cover and can be inserted into the first slot;
A first convex point that is installed at a second end point of the side of the dust cover and can be inserted into the second slot;
2. The data socket according to claim 1, further comprising: a spring provided on the first convex point and having one end of the first convex point inserted into the first slot. The pivot unit is
A first slot installed at a first end point of the side of the housing space;
A second slot installed at a second end point of the side of the housing space;
A first convex point that is installed at the first end point of the side of the dust cover and can be inserted into the first slot;
A first convex point that is installed at a second end point of the side of the dust cover and can be inserted into the second slot;
The data socket according to claim 1, further comprising: a spring provided on the second convex point and having two ends of the second convex point inserted into the second slot. A guide groove is included on the dust-proof lid, and when the data plug pushes the dust-proof lid from the original position into the receiving space, the data plug enters the receiving space along the guide groove and is coupled. The data socket according to claim 1, claim 3, or claim 4. The dust cover includes a latch formed on one side of the guide groove, and an elastic piece is installed on one screen of the data plug. The elastic piece has a hook, and the latch is connected to the data plug. The data socket according to claim 5, wherein a hook of the data plug can be engaged when the socket is inserted into the receiving space.

Images