CN105098464A

CN105098464A - Pressing type usb socket

Info

Publication number: CN105098464A
Application number: CN201410211204.XA
Authority: CN
Inventors: 简永盛
Original assignee: JIANCANG DYNAMO CO Ltd DONGYANG
Current assignee: JIANCANG DYNAMO CO Ltd DONGYANG
Priority date: 2014-05-19
Filing date: 2014-05-19
Publication date: 2015-11-25
Anticipated expiration: 2034-05-19
Also published as: CN105098464B

Abstract

The invention relates to a pressing type USB socket, and is used for solving the problem that conventional USB sockets are poor in use convenience. The pressing type USB socket includes a shell seat, a pivoting body which is pivoted in the shell seat and is provided with a penetrating connecting opening, an electrical connecting component which is arranged inside the pivoting body and has an inserting and connecting port which is towards the penetrating connecting opening of the pivoting body, and a pushing control module arranged in the shell seat and connected with the pivoting body so as to control the pivoting body to pivot so that the penetrating connecting opening is hidden and housed in the shell seat or exposed outside the shell seat.

Description

Push type USB plug socket

Technical field

The invention relates to a kind of USB plug socket, especially a kind of push type USB plug socket being convenient to plug socket operation aperture to be closed.

Background technology

Please refer to Fig. 1, it is a kind of existing USB plug socket 9, this existing USB plug socket 9 comprises a housing 91 and a connection-peg 92, this connection-peg 92 is located in this housing 91, and the operation aperture of this connection-peg 92 is exposed to a wherein side of this housing 91, for grafting USB device (not illustrating).Again, enter in this connection-peg 92 for preventing the foreign matters such as dust, so that the electrical connection stability between the USB device affecting this connection-peg 92 and institute's grafting, this existing USB plug socket 9 is separately provided with a dust cap 93, with when this connection-peg 92 non-grafting USB device, the operation aperture of this connection-peg 92 is closed; Wherein, this dust cap 93 can be the lid (hereinafter referred to as " the first lid ") that an energy is separated completely with this housing 91, or one is articulated in this housing 91 with the lid of this connection-peg 92 operation aperture of pivoting closure (hereinafter referred to as " the second lid ") by one end, or one can in the side slippage of this housing 91 to close the lid (hereinafter referred to as " the 3rd lid ") of this connection-peg 92 operation aperture.

Only, with regard to the existing USB plug socket 9 using above-mentioned first lid, during each wish grafting USB device, user need the first lid be whole takes off by this, and keep properly this first lid, again this first lid is combined back this housing 91 after USB device being pulled out, to close the operation aperture of this connection-peg 92, therefore operation ease is quite not good; Moreover, under the operation repeatedly this first lid taken off or covers, the normal situation that this first lid of loss occurs, so that cannot dust-proof effect be provided.

Another with regard to the existing USB plug socket 9 using above-mentioned second lid, during each wish grafting USB device, one end of this second lid need pull out by user, and this second lid of pivotable, and after USB device is pulled out this second lid of pivotable once again, to close the operation aperture of this connection-peg 92, therefore operation ease is still not satisfactory; Moreover, even if use the existing USB plug socket 9 of this second lid that the situation of this second lid not easily occurs to lose, but under repeatable operation, still may there is pivot end fracture in this second lid, so that the situation that cannot firmly combine with this housing 91 again, makes dust-proof effect reduce.

Again with regard to using the existing USB plug socket 9 of above-mentioned 3rd lid, user need pass the 3rd lid, the operation aperture that can control this connection-peg 92 presents exposed shape or is closed, but when user passes the 3rd lid, need pay special attention to the 3rd lid whether movement reach location, otherwise the operation aperture of this connection-peg 92 cannot present exposed shape completely or be closed completely, cause and be difficult to grafting USB device, or the problem that dust-proof effect is not good, although this two problem can solve by the position readjusting the 3rd lid, but still create the not good shortcoming of operation ease, moreover under repeatable operation, the 3rd lid also may occur to wear away so that combine situation about loosening, and makes dust-proof effect reduce.

Be with, not only operation ease is not good for the dust cap 93 of existing USB plug socket 9, also there is the problem being difficult to maintain good dust-proof effect, even make this existing USB plug socket 9 that the situation that cannot be electrically connected still easily occur to decline with the electrical connection stability of USB device in use for some time, therefore the useful life of this existing USB plug socket 9 is not long.

In view of this, existing USB plug socket still has the necessity improved really.

Summary of the invention

The object of this invention is to provide a kind of push type USB plug socket, by the action of single depression, the operation aperture that connects for USB device of opening and closing of fault once, to promote ease of use.

A time object of the present invention is to provide a kind of push type USB plug socket, can maintain good dust-proof effect to increase the service life, stably be electrically connected for USB device.

For reaching aforementioned object, the technology contents that the present invention uses includes:

A kind of push type USB plug socket, comprises: a shell block; An inverted impulse body, is articulated in this shell block, and this inverted impulse body is provided with and is communicated with an inner cross-under mouth; An electrical ties assembly, is located at the inside of this inverted impulse body, and this electrical ties assembly has an interface, and this interface is towards the cross-under mouth of this inverted impulse body; And one pushes control module, there is the location-plate be located in this shell block, a rebound part and an elastomer, one end of this rebound part connects this inverted impulse body, the other end of this rebound part is abutted by this elastomer, this location-plate limits primary importance or the second place that this rebound part is arranged in this shell block, the cross-under mouth of this inverted impulse body is hidden and is received in this shell block or is exposed to outside this shell block.

Wherein, this shell block has a relative assembling opening and an operation aperture, and the internal face of this shell block connects a stop catch plate, and this stop catch plate is provided with a perforation, and this shell block closes this assembling opening by a capping.

Wherein, this inverted impulse body has a relative press surface and an interior junction, and this cross-under mouth is located between this press surface and interior junction, and this interior junction is towards the assembling opening of shell block.

Wherein, the interior junction of this inverted impulse body is provided with one and pushes away the portion of pulling, and this rebound part has a body and an extension, and this extension is connected to one end of this body, this extension be stretched through this stop catch plate perforation and connect this inverted impulse body push away the portion of pulling.

Wherein, the end face that this rebound part connects for this extension at this body forms a shoulder, and when this rebound part is arranged in the second place of this shell block, the shoulder of this rebound part abuts the stop catch plate of this shell block.

Wherein, this location-plate has a relative first surface and a second surface, the second surface of this location-plate is towards this rebound part, and one has flexible clasp bullet part and is located at this location-plate, and one end of this clasp bullet part protrudes out the second surface exceeding this location-plate.

Wherein, the body of this rebound part is being provided with a guide rail and a stagnation platform towards the surface of this location-plate, this stagnation platform is located in this guide rail, the end that this clasp bullet part protrudes out the second surface exceeding this location-plate is extended through in this guide rail, when this rebound part is arranged in the primary importance of this shell block, this stagnation platform of the end abutment of this clasp bullet part.

Wherein, this stagnation platform forms the end abutment of a depression for this clasp bullet part on the surface of the extension of this rebound part the most contiguous.

Wherein, this location-plate is provided with a location hole at this first surface, and a perforation runs through this first surface and second surface; This clasp bullet part is located at the first surface of this location-plate, and one end of this clasp bullet part is stretched through this perforation to protrude out the second surface exceeding this location-plate, and the other end of this clasp bullet part is fixed in this location hole.

Wherein, the second surface of this location-plate is provided with an embedding ditch, and one plays first surface and the second surface that firmware is cross-placed on this location-plate, and one end of this bullet firmware abuts the outside of this clasp bullet part, and the other end of this bullet firmware is embedded in this embedding ditch.

Wherein, the body interior of this rebound part is provided with a spacing tank, and this elastomer has a first end and second end, and this elastomeric second end is placed in this spacing tank.

Wherein, this capping is provided with a location division towards the surface of this shell block inside, and this elastomeric first end is limited in this location division.

Wherein, the ora terminalis of this stop catch plate is connected to internal face and a dividing plate of this shell block, and this dividing plate is also connected with the internal face of this shell block.

Wherein, the internal face of this shell block, this stop catch plate and the common corral of this dividing plate form first room, and the remaining space of this shell block inside is second room; This pushes control module and is placed in this first room, and when this rebound part is arranged in the primary importance of this shell block, this inverted impulse body is arranged in this second room.

Wherein, this shell block is provided with a guide groove, and this guide groove is located at the internal face of this shell block and is arranged in this first room, and the guiding direction of this guide groove is parallel to the perforation of this stop catch plate axially; The body side of this rebound part is provided with a guidance part, and this guidance part contraposition is located in the guide groove of this shell block.

Wherein, this shell block is provided with an articulated section, and this articulated section is comparatively close to this operation aperture and away from this assembling opening, this inverted impulse body is by the articulated section of this shell block of connecting portion pivot joint.

Wherein, this pushes away relative two ends that the portion of pulling and this connecting portion are respectively adjacent to this inverted impulse body.

Wherein, this cross-under mouth is located at this and is pushed away the end that the portion of pulling is close to.

Accordingly, push type USB plug socket of the present invention, by the action of single depression, the operation aperture that connects for USB device of opening and closing of fault once, to promote ease of use; And, good dust-proof effect can be maintained to increase the service life, stably be electrically connected for USB device.

Accompanying drawing explanation

Fig. 1: a kind of structural representation of existing USB plug socket.

Fig. 2: the stereo decomposing structural representation of one embodiment of the invention.

Fig. 3: the perspective view of the location-plate of one embodiment of the invention.

Fig. 4: another view stereo structural representation of the location-plate of one embodiment of the invention.

Fig. 5: the forward sight structural representation of the rebound part of one embodiment of the invention.

Fig. 6: Local Members perspective view when the present invention can not connect for USB device.

Fig. 7: structural representation is cutd open in side when the present invention can not connect for USB device.

Fig. 8: Local Members perspective view when the present invention can connect for USB device.

Fig. 9: structural representation is cutd open in side when the present invention can connect for USB device.

This Fa of ﹝ Ming ﹞

1 shell block 11 assembles opening

12 operation aperture 13 stop catch plates

131 perforation 14 dividing plates

15 articulated section 16 flanges

17 guide groove 18 cappings

181 location division 182 caulking grooves

2 inverted impulse body 21 press surfaces

Junction 23 accommodation space in 22

24 connecting portion 25 cross-under mouths

26 push away the portion of pulling

3 electrical ties assembly 31 interfaces

4 push control module 41 location-plate

41a first surface 41b second surface

411 location hole 412 perforations

The embedding ditch of 413 clasp bullet part 414

415 play firmwares 42 knock-ons part

421 body 422 extensions

423 shoulder 424 guide rails

425 stagnate platform 4251 depression

426 spacing tank 427 guidance parts

43 elastomer 43a first ends

43b second end

B object E electronic building brick

S1 first room S2 second room

﹝ Xian You Ji Shu ﹞

9USB plug socket 91 housing

92 connector 93 dust caps.

Embodiment

For above-mentioned and other object of the present invention, feature and advantage can be become apparent, preferred embodiment of the present invention cited below particularly, and coordinate accompanying drawing, be described in detail below:

Please refer to Fig. 2, it is an embodiment of push type USB plug socket of the present invention, this push type USB plug socket comprises shell block 1, inverted impulse body 2, electrical ties assembly 3 and haply and pushes control module 4, the inside of this inverted impulse body 2 is located at by this electrical ties assembly 3, this inverted impulse body 2 and push control module 4 be located in this shell block 1, this inverted impulse body 2 can by this push control module 4 control pivotable.

This shell block 1 can be located with for above-mentioned each component installaiton, and makes this push type USB plug socket can be assembled to the predetermined patterns of an object by this shell block 1, such as, be installed in the places such as car body, computer chassis or furniture; Wherein to be installed in car body, this push type USB plug socket is made to have electronic devices charging or purposes such as electrical connection drive recorder, guider etc.Therefore the external form of this shell block 1 can be changed according to user demand, usually know that the knowledgeable is appreciated that and is not institute of the present invention limitr for having in this area.

In detail, the inside of this shell block 1 is hollow form, and this shell block 1 has relative assembling opening 11 and an operation aperture 12, for this inverted impulse body 2 and push the inside that components such as controlling module 4 selects to be inserted by this assembling opening 11 or this operation aperture 12 this shell block 1.This shell block 1 is separately provided with a stop catch plate 13, this stop catch plate 13 is connected to the internal face of this shell block 1 by least one ora terminalis, this stop catch plate 13 is provided with a perforation run through 131, the local pushing control module 4 for this is stretched through and connects this inverted impulse body 2, and then controls this inverted impulse body 2 pivotable (being detailed later); In the present embodiment, the length of this stop catch plate 13 is about less than the half of this shell block 1, and the ora terminalis of this stop catch plate 13 is connected to internal face and a dividing plate 14 of this shell block 1, this dividing plate 14 is also connected with the internal face of this shell block 1, so as to this stop catch plate 13 of strong fix, and assist location this push control module 4.Accordingly, the internal face of this shell block 1, this stop catch plate 13 and this dividing plate 14 can jointly form one first room S1, this first room S1 and can push for accommodating this and control module 4 by corral; The remaining space of this shell block 1 inside is one second room S2, can for this inverted impulse body 2 accommodating and the electronic building brick E connected with this electrical ties assembly 3.

Again, this shell block 1 is also provided with an articulated section 15 for this inverted impulse body 2 of pivot joint, this articulated section 15 this operation aperture 12 comparatively contiguous and away from this assembling opening 11, can in this operation aperture 12 place pivotable contiguous for this inverted impulse body 2, close in this second room S2 to hide, or local is exposed to outside this operation aperture 12.In addition, this shell block 1 can also be provided with flange 16 and a guide groove 17, this flange 16 is located at the periphery of this operation aperture 12, when this shell block 1 is assembled to an object B (such as a car shell), this shell block 1 can be embedded in the inside of this object B, only be exposed to the surface of this object B with this flange 16; This guide groove 17 is located at the internal face of this shell block 1 and is arranged in this first room S1, and the guiding direction of this guide groove 17 is parallel to the perforation 131 of this stop catch plate 13 axially.

This capping 18 can be selected to be fitted together to by close-fitting, the locking that is spirally connected, the bonding even combination such as welding, connect this shell block 1 and this assembling opening 11 closed; In the present embodiment, this capping 18 can be provided with location division 181 and a caulking groove 182 towards the surface of this shell block 1 inside, when the assembling opening 11 of this shell block 1 is closed in this capping 18, this location division 181 is arranged in the first room S1 of this shell block 1, this location division 181 can be a ring seat or a projection, and in order to assist location, this pushes and controls module 4; This caulking groove 182 is arranged in the second room S2 of this shell block 1, assembles location for above-mentioned electronic building brick E.

Please refer to Fig. 2,7, this inverted impulse body 2 has junction 22 in a relative press surface 21 and, and the inside of this inverted impulse body 2 has an accommodation space 23, for this electrical ties assembly 3 accommodating; This inverted impulse body 2, by the articulated section 15 of this shell block 1 of a junction 24 pivot joint, makes this interior junction 22 towards the assembling opening 11 of shell block 1, and makes this inverted impulse body 2 be able to produce pivotable relative to this shell block 1 in the second room S2 of this shell block 1.Wherein, the connecting portion 24 of this inverted impulse body 2 can mate mutually with the articulated section 15 of this shell block 1, and such as, when the connecting portion 24 of this inverted impulse body 2 is chosen as convex axle, 15, the articulated section of this shell block 1 is chosen as the shrinkage pool that can wear for this axostylus axostyle, or also can arrange on the contrary.

Separately, this inverted impulse body 2 is also provided with a cross-under mouth 25 and and pushes away the portion of pulling 26, and this cross-under mouth 25 is communicated with this accommodation space 23, and is located between this press surface 21 and interior junction 22; This pushes away the portion of pulling 26 and is located at this interior junction 22, pushes for this position connection that control module 4 is stretched through the perforation 131 of this stop catch plate 13.Preferably, this pushes away relative two ends that the portion of pulling 26 and this connecting portion 24 are respectively adjacent to this inverted impulse body 2, to lengthen the arm of force of this inverted impulse body 2, make this inverted impulse body 2 more easily by driving pivotable, and the amplitude of pivotable is larger; Again, this cross-under mouth 25 is better is located at this and pushes away the end that the portion of pulling 26 is close to.

The assembling of this electrical ties assembly 3 is positioned in the accommodation space 23 of this inverted impulse body 2, and the electronic building brick E that this electrical ties assembly 3 connects then can be located in the second room S2 of this shell block 1; This electrical ties assembly 3 is the assembly that can supply a USB device (not illustrating) grafting and electrical connection, only the thin portion structure of the electronic building brick E of this electrical ties assembly 3 and connection thereof has been prior art all, and the emphasis place of non-invention, therefore no longer describe in detail in this.Wherein, this electrical ties assembly 3 has an interface 31, this interface 31 towards the cross-under mouth 25 of this inverted impulse body 2, make for electrical connection USB device can be stretched through this cross-under mouth 25 with this interface 31 of grafting.

This pushes control module 4 and is placed in the first room S1 of this shell block 1, this pushes control module 4 and comprises a location-plate 41, one rebound part 42 and an elastomer 43, this location-plate 41 is fixed between the stop catch plate 13 of this shell block 1 and this capping 18, one end of this rebound part 42 passes the perforation 131 of this stop catch plate 13 and connects this inverted impulse body 2, this elastomer 43 is connected between the other end of this rebound part 42 and this capping 18, protrude out pass this stop catch plate 13 to push against this rebound part 42, and coordinate this location-plate 41 and this stop catch plate 13 to control this rebound part 42 to protrude out the height passing this stop catch plate 13, and then control the angle of this inverted impulse body 2 relative to this shell block 1 pivotable.

In detail, please refer to Fig. 2,3,4, this location-plate 41 has an a relative first surface 41a and second surface 41b, the second surface 41b of this location-plate 41 is towards this rebound part 42, this location-plate 41 is provided with location hole 411 and a perforation 412, and the first surface 41a of this location-plate 41 is located at by this location hole 411, can be blind hole shape, also can be through to the second surface 41b of this location-plate 41, this perforation 412 runs through first surface 41a and the second surface 41b of this location-plate 41; One has the first surface 41a that flexible clasp bullet part 413 is located at this location-plate 41, one end of this clasp bullet part 413 is fixed in this location hole 411, the other end of this clasp bullet part 413 is then stretched through this perforation 412, and protrudes out the second surface 41b exceeding this location-plate 41.In the present embodiment, this location-plate 41 separately arranges an embedding ditch 414 in second surface 41b, one plays first surface 41a and the second surface 41b that firmware 415 is cross-placed on this location-plate 41, one end of this bullet firmware 415 abuts the outside of this clasp bullet part 413, the other end of this bullet firmware 415 is embedded in this embedding ditch 414, to be maintained the predeterminated position of this clasp bullet part 413 strong fix on this location-plate 41 by this bullet firmware 415.

Please refer to Fig. 2,5,7, this rebound part 42 has body 421 and an extension 422, this extension 422 is connected to one end of this body 421, this extension 422 is stretched through the perforation 131 of this stop catch plate 13, and connect this inverted impulse body 2 by free end push away the portion of pulling 26, the end face that this rebound part 42 connects for this extension 422 at this body 421 forms a shoulder 423.This body 421 is being provided with guide rail 424 and a stagnation platform 425 towards the surface of this location-plate 41, this guide rail 424 can protrude out the end of the second surface 41b exceeding this location-plate 41 for this clasp bullet part 413 accommodating, this stagnation platform 425 is located in this guide rail 424; Preferably, this stagnation platform 425 forms a depression 4251 on the surface of this extension 422 the most contiguous.In addition, this body 421 can be selected to be provided with a spacing tank 426 in inside for this elastomer 43 accommodating; The side of this body 421 then can be provided with a guidance part 427, and this guidance part 427 contraposition is located in the guide groove 17 of this shell block 1, by the passing of this elastomer 43, and can produce shift reciprocately according to preset direction in this first room S1 to guide this rebound part 42.

Please refer to Fig. 2,7, this elastomer 43 is the objects that can produce axial elastic deformation, such as Compress Spring, this elastomer 43 has a first end 43a and one second end 43b, the first end 43a of this elastomer 43 abuts this capping 18, and being goodly limited in this location division 181, the second end 43b of this elastomer 43 then can be placed in the spacing tank 426 of this rebound part 42.

According to by aforementioned structure, this push type USB plug socket can have two kinds of using states, one is can not for the using state (hereinafter referred to as " the first using state ") of grafting USB device, and second it be can for the using state (hereinafter referred to as " the second using state ") of grafting USB device.

Please refer to Fig. 6,7, when this push type USB plug socket presents the first using state, the press surface 21 of this inverted impulse body 2 can be generally concordant with flange 16 end face of this shell block 1, make the cross-under mouth 25 of this inverted impulse body 2 be received in the second room S2 of this shell block 1 by Tibetan and not be exposed to outside this shell block 1, can prevent the foreign matters such as dust from entering in this electrical ties assembly 3.Now, this rebound part 42 is arranged in the primary importance of the first room S1 of this shell block 1, this elastomer 43 is compressed by the body 421 of this rebound part 42, the clasp bullet part 413 of this location-plate 41 by protrude out the end exceeding this second surface 41b stretch through this rebound part 42 body 421 guide rail 424 in, and be firmly connected to the depression 4251 of this stagnation platform 425, maintain rest on this primary importance so as to auxiliary this rebound part 42 that limits.

Please refer to Fig. 8, 9, during for this push type USB plug socket is switched to the second using state by the first using state, user can press the press surface 21 of this inverted impulse body 2, the end of the clasp bullet part 413 of this location-plate 41 is made to leave this stagnation platform 425, and by the elastic reset ability of this elastomer 43, when this elastomer 43 passes this rebound part 42 towards operation aperture 12 displacement of this shell block 1, the end of this clasp bullet part 413 and this guide rail 424 is made to produce relative displacement, and promote this inverted impulse body 2 by the extension 422 of this rebound part 42 push away the portion of pulling 26, and then this inverted impulse body 2 of interlock produces the pivotable in clockwise direction (according to face), until the shoulder 423 of this rebound part 42 abuts the stop catch plate 13 of this shell block 1, this rebound part 42 is made to maintain the second place being arranged in the first room S1 of this shell block 1.Accordingly, the cross-under mouth 25 of this inverted impulse body 2 can leave the second room S2 of this shell block 1 and present naked state, is stretched through the cross-under mouth 25 of this inverted impulse body 2 and the interface 31 of this electrical ties assembly 3 and is electrically connected with this electrical ties assembly 3 for USB device.

Referring again to Fig. 6,7, during for this push type USB plug socket is switched back the first using state by the second using state, user can press the press surface 21 of this inverted impulse body 2 once again, this inverted impulse body 2 is made to produce the pivotable in counterclockwise (according to face), the extension 422 of this rebound part 42 is promoted by the portion of pulling 26 that pushes away of this inverted impulse body 2, and then compress this rebound part 42 in the first room S1 of this shell block 1 towards this capping 18 displacement, this elastomer 43 is compressed; Simultaneously, the end of this clasp bullet part 413 can produce relative displacement with this guide rail 424 again, and move to once again and this stagnation platform 425 phase contraposition place, when user does not press the press surface 21 of this inverted impulse body 2, operation aperture 12 microdisplacement of this rebound part 42 towards this shell block 1 is passed by means of this elastomer 43, until the end of this clasp bullet part 413 is firmly connected to the depression 4251 of this stagnation platform 425, make this rebound part 42 get back to aforesaid primary importance, make the cross-under mouth 25 of this inverted impulse body 2 present the state be not exposed to outside this shell block 1 once again.

Therefore, push type USB plug socket of the present invention, can press the press surface 21 of this inverted impulse body 2, rapidly this push type USB plug socket be switched to the second using state, for grafting one USB device by user, after this USB device removes, then can by the press surface 21 pressing this inverted impulse body 2 once again, rapidly this push type USB plug socket is switched to the first using state, the cross-under mouth 25 of this inverted impulse body 2 is made not to be exposed to outside this shell block 1, and it is smooth and without the aspect of protrusion to make this push type USB plug socket present, the succinct degree of overall appearance can not only be promoted, also can avoid accidentally clashing into protrusion so that the damage of USB plug socket, or the cross-under mouth 25 that have switched using state so that this inverted impulse body 2 because of carelessness exposed and cannot be dust-proof etc. situation, therefore push type USB plug socket of the present invention uses quite facility, and can effectively prevent the foreign matters such as dust from entering in this electrical ties assembly 3.

In sum, push type USB plug socket of the present invention, by the action of single depression, the operation aperture that connects for USB device of opening and closing of fault once, has the effect promoting ease of use.

Push type USB plug socket of the present invention, the operation aperture connected can simply and be rapidly closed when not connecting USB device, the problem that dust cap is lost or damaged is not had yet, therefore can the quite good dust-proof effect of long term maintenance, to extend this push type USB plug socket useful life, be stably electrically connected for USB device at any time.

Claims

1. a push type USB plug socket, is characterized in that, comprises:

A shell block;

An inverted impulse body, is articulated in this shell block, and this inverted impulse body is provided with and is communicated with an inner cross-under mouth;

An electrical ties assembly, is located at the inside of this inverted impulse body, and this electrical ties assembly has an interface, and this interface is towards the cross-under mouth of this inverted impulse body; And

One pushes control module, there is the location-plate be located in this shell block, a rebound part and an elastomer, one end of this rebound part connects this inverted impulse body, the other end of this rebound part is abutted by this elastomer, this location-plate limits primary importance or the second place that this rebound part is arranged in this shell block, the cross-under mouth of this inverted impulse body is hidden and is received in this shell block or is exposed to outside this shell block.

2. push type USB plug socket according to claim 1, it is characterized in that, this shell block has a relative assembling opening and an operation aperture, and the internal face of this shell block connects a stop catch plate, this stop catch plate is provided with a perforation, and this shell block closes this assembling opening by a capping.

3. push type USB plug socket according to claim 2, is characterized in that, this inverted impulse body has a relative press surface and an interior junction, and this cross-under mouth is located between this press surface and interior junction, and this interior junction is towards the assembling opening of shell block.

4. push type USB plug socket according to claim 3, it is characterized in that, the interior junction of this inverted impulse body is provided with one and pushes away the portion of pulling, this rebound part has a body and an extension, this extension is connected to one end of this body, this extension be stretched through this stop catch plate perforation and connect this inverted impulse body push away the portion of pulling.

5. push type USB plug socket according to claim 4, it is characterized in that, the end face that this rebound part connects for this extension at this body forms a shoulder, and when this rebound part is arranged in the second place of this shell block, the shoulder of this rebound part abuts the stop catch plate of this shell block.

6. push type USB plug socket according to claim 4, it is characterized in that, this location-plate has a relative first surface and a second surface, the second surface of this location-plate is towards this rebound part, one has flexible clasp bullet part and is located at this location-plate, and one end of this clasp bullet part protrudes out the second surface exceeding this location-plate.

7. push type USB plug socket according to claim 6, it is characterized in that, the body of this rebound part is being provided with a guide rail and a stagnation platform towards the surface of this location-plate, this stagnation platform is located in this guide rail, the end that this clasp bullet part protrudes out the second surface exceeding this location-plate is extended through in this guide rail, when this rebound part is arranged in the primary importance of this shell block, this stagnation platform of the end abutment of this clasp bullet part.

8. push type USB plug socket according to claim 7, is characterized in that, this stagnation platform forms the end abutment of a depression for this clasp bullet part on the surface of the extension of this rebound part the most contiguous.

9. push type USB plug socket according to claim 6, is characterized in that, this location-plate is provided with a location hole at this first surface, and a perforation runs through this first surface and second surface; This clasp bullet part is located at the first surface of this location-plate, and one end of this clasp bullet part is stretched through this perforation to protrude out the second surface exceeding this location-plate, and the other end of this clasp bullet part is fixed in this location hole.

10. push type USB plug socket according to claim 9, it is characterized in that, the second surface of this location-plate is provided with an embedding ditch, one plays first surface and the second surface that firmware is cross-placed on this location-plate, one end of this bullet firmware abuts the outside of this clasp bullet part, and the other end of this bullet firmware is embedded in this embedding ditch.

11. push type USB plug sockets according to claim 4, it is characterized in that, the body interior of this rebound part is provided with a spacing tank, this elastomer has a first end and second end, and this elastomeric second end is placed in this spacing tank.

12. push type USB plug sockets according to claim 11, is characterized in that, this capping is provided with a location division towards the surface of this shell block inside, and this elastomeric first end is limited in this location division.

13. push type USB plug sockets according to claim 4, is characterized in that, the ora terminalis of this stop catch plate is connected to internal face and a dividing plate of this shell block, and this dividing plate is also connected with the internal face of this shell block.

14. push type USB plug sockets according to claim 13, is characterized in that, the internal face of this shell block, this stop catch plate and the common corral of this dividing plate form first room, and the remaining space of this shell block inside is second room; This pushes control module and is placed in this first room, and when this rebound part is arranged in the primary importance of this shell block, this inverted impulse body is arranged in this second room.

15. push type USB plug sockets according to claim 14, it is characterized in that, this shell block is provided with a guide groove, and this guide groove is located at the internal face of this shell block and is arranged in this first room, and the guiding direction of this guide groove is parallel to the perforation of this stop catch plate axially; The body side of this rebound part is provided with a guidance part, and this guidance part contraposition is located in the guide groove of this shell block.

16. push type USB plug sockets according to any one of claim 4 to 15, it is characterized in that, this shell block is provided with an articulated section, and this articulated section is comparatively close to this operation aperture and away from this assembling opening, this inverted impulse body is by the articulated section of this shell block of connecting portion pivot joint.

17. push type USB plug sockets according to claim 16, is characterized in that, this pushes away relative two ends that the portion of pulling and this connecting portion are respectively adjacent to this inverted impulse body.

18. push type USB plug sockets according to claim 17, is characterized in that, this cross-under mouth is located at this and is pushed away the end that the portion of pulling is close to.