DE202015103414U1 - Plug-in direction-free plugs and sockets - Google Patents

Abstract

The unattached plug (100), characterized in that the plug-free plug comprises: a plastic body, the body having inner and outer portions (110, 120), the inner portion (120) having a hollow structure; a plug gap (140) between the inner and outer sections; and a plurality of conductive fins (130) disposed on the inner portions (120) for conductivity.

Description

TECHNICAL AREA

This utility model refers to commonly used everyday consumer goods; In particular, this utility model refers to plug-in direction-free plug and sockets that can be plugged in any way you like.

TECHNICAL BACKGROUNDS

Plugs and sockets are commonly used everyday items and are used extensively to plug in a variety of electrical appliances. The existing plugs and sockets each have their particular direction of insertion; and the plugging direction must not be changed arbitrarily, otherwise they will not be inserted correctly.

For example, this discloses Chinese patent with the patent number ZL 201010615280.9 a multi-section socket comprising: an insulated housing, a conductive copper profile, an insulated part, a positioning strip and a screw. There are several square holes and a first slot on said housing as well as shackles, kinks and several round holes on the conductive copper profile; a terminal tab, screw holes and caps on the insulated part; wherein the terminal tab on said insulated part is inserted into one of the quadrangular holes, with several ends of the copper profile being separately inserted into the corresponding quadrangular holes. By adjusting the buckling of the copper profile, the ends are superimposed in an order adjacent to both sides of the insulated part; Through the round holes and screw holes, the screws are interlocked with the caps; The positioning strip comes in the first and second slot and shackles. This design has solved the problem of the connection between conductive copper profile and other devices through the local connector; and it has advantages such as good connection stability, easy assembly and small volume, and effective heat dissipation. However, these sockets can not realize a plug-direction-free effect and be plugged in any way.

Therefore, new constructions for plugs and sockets are needed, not only to replace the functions of traditional plugs and sockets, but also to have a non-plugging property and also to have properties or advantages of higher strength, higher stability, and longer life ,

CONTENTS OF THE USE PATTERN

The aim of this utility model is the solution to the above-mentioned technical problems, and an offer for new plugs and sockets, which can not only replace the functions of traditional plugs and sockets, but also have a device without directionality. These should also have properties of higher strength, higher stabilities and longer life.

To realize the above aim, this utility model has the following technical conception:
The plug-direction-free plug includes:
a body of plastic, the body having inner and outer portions, the inner portion having a hollow structure;
a gap between said inner and outer portions; and
several conductive fins on the inner section for conductivity.

The plug-free plug according to this utility model has conductive fins on each inner portion.

The plug-direction-free plug according to this utility model comprises four pieces of said conductive fins.

The plug-in direction-free plug according to this utility model may also have eight pieces of said conductive fins.

The steckrichtungsfreie plug according to this utility model has a fixation point on the said external sections in order to plug it conveniently into appropriate sockets.

The plug-in direction-free socket is characterized in that the plug-in direction-free socket comprises:
a body of plastic, the body having inner and outer portions, the inner portion having a solid structure;
a gap between said inner and outer portions; and
a plurality of conductive fins on said inner sections for conductivity.

The plug-in outlet-free socket according to this utility model has said conductive fins on each inner portion.

The plug-in direction-free socket according to this utility model comprises four pieces of said conductive lamellae.

The Steckrichtungsfreie socket according to this utility model may also have eight pieces of conductive fins.

The plug-in direction-free socket according to this utility model has outstanding parts on said external sections in order to plug in suitable plug expediently.

The plugs and sockets according to this utility model can not only replace the functions of traditional plugs and sockets, but also have plug-direction-free properties. They can be plugged together in any plug direction or orientation to the appropriate line or plug connection. And the plugs and sockets have properties of higher strength, higher stabilities and longer life.

THE ATTACHED DRAWINGS

To describe this utility model in more detail, the following attached drawings provide more information on this utility model, wherein:

1 Figure 3 illustrates a structural drawing of the plug according to this utility model; and

2 represents a structural drawing of the socket according to this utility model.

DETAILED EMBODIMENT

In the following, the technical conception of this utility model will be described in detail by means of an embodiment and in connection with the figures. described.

As the 1 shows, shows the plug direction-free plug 100 according to this utility model: a body made of plastic, eg PC, ABS, PBT, PBT, PE, PP or PVC, etc .; of course also from other materials. This body is divided into two sections, with the external section 110 the inner section 120 enveloped, leaving a gap 140 between the external section 110 and the inner section 120 are for free plugging. The mentioned inner section 120 has a hollow structure.

On each side of the mentioned inner section 120 become several conductive slats 130 installed separately, so that each side has a conductivity, in order to plug in direction-free or without rotation direction. Normally, these are conductive vanes 130 Connecting tabs, and there are four pieces, six pieces, eight pieces or ten pieces, etc. In 1 there are six pieces.

To improve the connection function of the inserted plug is a fixation point 111 installed on the said external section to avoid disconnection when the plug is inserted.

As the 2 shows, the plug-in direction-free socket 200 on: a body made of plastic, eg PC, ABS, PBT, PE, PP or PVC, etc .; of course also from other materials. This body is divided into two sections, the external section 210 the inner section 240 enveloped, leaving a gap 250 between said external section 210 and the inner section 240 are for free plugging. The mentioned inner section 240 has a solid structure.

On the sides of said inner section are several conductive fins 220 Installed separately so that each side has conductivity for plug-in direction-free insertion. Normally, these are conductive vanes 220 Connecting straps, and of which there are four pieces, six pieces, eight pieces or ten pieces, etc .. In the 2 There are four pieces to follow the said plug 1 adapt.

To improve the connection function of the plugged plug into the socket, becomes an outstanding part 230 as a fixation site on the external section 210 the said socket 200 built-in, so the fixation site 111 to 1 connected and fixed in order to avoid disengagement.

The plug and the socket according to this utility model can not only replace the functions of traditional plugs and sockets, but also have the device without directionality. They can be plugged into any plug-in direction for appropriate cables or connections. And the plugs and sockets also have properties of higher strength, higher stability and longer life.

The above disclosure with embodiment describes the solved technical problems of this utility model, the technical design of this utility model and the positive results of this utility model in more detail. Of course, the above explanations serve only a practical example of this utility model, but do not limit this Utility models. All changes, equivalent replacements, developments, etc., which are related to the concepts and principles of this utility model, are included within the scope of protection of these utility models.

In summary, this utility model discloses a type of plug without a plug comprising: a plastic body, said body having inner and outer portions; wherein said inner portion has a hollow structure; a gap exists between the inner and outer sections; and add a plurality of conductive fins on said inner sections for conductivity. This utility model discloses a type of plug-in direction-free outlet, with their structures matching the said plug-in direction-free plug. The plug and the socket according to this utility model can not only replace the functions of traditional plugs and sockets, but also have a device without directionality. These can be plugged together in any direction of insertion for the electrical line and used in practice. The plug and socket also have advantages of higher strength, higher stability, and longer life.

QUOTES INCLUDE IN THE DESCRIPTION

This list of the documents listed by the applicant has been generated automatically and is included solely for the better information of the reader. The list is not part of the German patent or utility model application. The DPMA assumes no liability for any errors or omissions.

Cited patent literature

• CN 201010615280 [0003]

Claims (10)

Plug-in direction-free plug ( 100 ), characterized in that the plug-free plug comprises: a body made of plastic, the body having inner and outer portions ( 110 . 120 ), wherein the inner portion ( 120 ) has a hollow structure; a gap ( 140 ) between the internal and external sections; and several conductive fins ( 130 ) on the inner sections ( 120 ) are arranged for the conductivity. Plug-in direction-free plug ( 100 ) according to claim 1, characterized in that the conductive fins ( 130 ) on each of the inner sections ( 120 ) are installed. Plug-in direction-free plug ( 100 ) in claim 1, characterized in that it comprises four pieces of said lamellae ( 130 ) having. Plug-in direction-free plug ( 100 ) according to claim 1, characterized in that it comprises eight pieces of said lamellae. Plug-in direction-free plug ( 100 ) according to claim 1, characterized in that at least one fixation site ( 111 ) on the external sections ( 120 ) is installed in suitable sockets ( 200 ) appropriate to insert. Plug-in-free socket ( 200 ), characterized in that the plug-outlet-free socket comprises: a body made of plastic, the body having inner and outer sections ( 240 . 210 ), wherein the inner portion ( 210 ) has a solid structure; a gap ( 250 ) between the internal and external sections; and several conductive fins ( 220 ), the inner sections ( 240 ) are arranged for the conductivity. Plug-in-free socket ( 200 ) according to claim 6, characterized in that said conductive fins ( 220 ) are installed on each of the inner sections. Plug-in-free socket ( 220 ) according to claim 6, characterized in that it comprises four pieces of said lamellae. Plug-in-free socket ( 220 ) according to claim 6, characterized in that it comprises eight pieces of the said. Plug-in-free socket ( 220 ) according to claim 6, characterized in that protruding parts on said external sections ( 210 ) are fitted to the appropriate connector ( 100 ).

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