CN105207015A - Anti-creeping socket - Google Patents
Anti-creeping socket Download PDFInfo
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- CN105207015A CN105207015A CN201510623404.0A CN201510623404A CN105207015A CN 105207015 A CN105207015 A CN 105207015A CN 201510623404 A CN201510623404 A CN 201510623404A CN 105207015 A CN105207015 A CN 105207015A
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- cover plate
- jack
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- panel
- electric
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Abstract
The invention relates to an anti-creeping socket. The anti-creeping socket comprises a shell, a panel, insertion pieces and first conductors; the shell is provided with a buckling groove; the panel is buckled in the buckling groove of the shell, a cavity is formed in the buckled interior of the shell and the panel, and first insertion holes are formed in the panel; the insertion pieces are arranged in the cavity and correspond to the first insertion holes; the first conductors are movably connected between the insertion pieces and a power supply circuit. When the anti-creeping socket is not used, the insertion pieces are disconnected with the power supply circuit through the first conductors, therefore, a child is effectively prevented from getting an electric shock, and the socket is safer.
Description
Technical field
The present invention relates to electrical equipment, particularly relate to anti-electric-linkage socket.
Background technology
Socket is the electric equipment products that must use in people's daily life, for providing circuit access interface for electrical equipment.Conventional socket does not arrange security component to socket, easily causes user, such as user by during plug insertion socket, children, when using socket, easily inserted in jack by finger, or finger contact are to the metal insert of plug, cause finger energising, accidents caused.China Patent No. 201310232453.2 discloses a kind of anti-electric-linkage socket, rebound and the rebound resetting device of the first conductive contact film and the second conductive contact film is respectively equipped with by arranging metal intermediate plate and intermediate plate resilient clamping mechanism and both sides, under normality, (when namely plug not yet inserts) remains with secured electrical gap between rebound and charged power-line terminal, when plug is after metal intermediate plate and the insertion of intermediate plate resilient clamping mechanism are connected with the first conductive contact film, the elastic force only having the strength of insertion to be enough to overcome rebound resetting device makes rebound close to power-line terminal, second conductive contact film contacts with power-line terminal, plug obtains electric, and rely on intermediate plate resilient clamping mechanism to keep this state, when there being foreign matter to insert, needing the elastic force overcoming rebound resetting device just can get an electric shock equally, when this elastic force is enough large, just can avoid the accident occurring children from getting electric shock.But this socket existing defects, can only prevent children from pointing or hardness is less enters.Can not prevent children from adopting the metal that hardness is comparatively large, quality is larger to insert, still there is risk; On the other hand, due to needs comparatively great plug just can be made to insert energising, easily like this cause plug bending impaired.
Therefore, how to make socket safer, it is more convenient to use, and damages when avoiding plug to insert, and improving the useful life of socket and plug, is urgent problem.
Summary of the invention
Based on this, be necessary effectively to prevent children from getting electric shock for existing socket, there is the defect of electric shock risk, a kind of anti-electric-linkage socket effectively avoiding children from getting electric shock is provided.
A kind of anti-electric-linkage socket, comprising: housing, described housing has buckling groove;
Panel, described panel is fastened on the buckling groove of described housing, and described housing and described panel fasten and inner form cavity, and described panel is provided with the first jack;
Inserted sheet, is arranged in described cavity, and described inserted sheet is corresponding with described first jack;
First conductor, described first conductor is movably connected between inserted sheet and power supply circuits.
In one embodiment, also comprise the second motor, described second motor drives with described first conductor and is connected.
In one embodiment, be coated with insulating barrier outside described first conductor, described second motor is connected with described insulating barrier.
In one embodiment, described first conductor two ends expose to described insulating barrier.
In one embodiment, also comprise the second screw mandrel, described second motor is connected with described insulating barrier by described second screw mandrel.
In one embodiment, described insulating barrier is plastic layer.
In one embodiment, described insulating barrier is plastic layer.
In one embodiment, described insulating barrier is ceramic layer.
In one embodiment, described first conductor is cylindrical.
In one embodiment, described first conductor is sheet.
Above-mentioned anti-electric-linkage socket, making inserted sheet and power supply circuits disconnect when not using by the first conductor, effectively prevent children from getting electric shock, making socket safer.
Accompanying drawing explanation
Fig. 1 is the perspective view of the anti-electric-linkage socket of one embodiment of the invention;
Fig. 2 is the cross-sectional view of the anti-electric-linkage socket of one embodiment of the invention;
Fig. 3 is the cross-sectional view of the anti-electric-linkage socket of another embodiment of the present invention;
Fig. 4 is the cover plate part section structural representation of one embodiment of the invention anti-electric-linkage socket;
Fig. 5 is the perspective view of the anti-electric-linkage socket of one embodiment of the invention;
Fig. 6 is the perspective view of the panel of the anti-electric-linkage socket of one embodiment of the invention;
Fig. 7 is the cover plate of the anti-electric-linkage socket of one embodiment of the invention and the volume rendering structural representation of panel;
Fig. 8 is the cross-sectional view of the anti-electric-linkage socket of another embodiment of the present invention;
Fig. 9 is the housing interior structure schematic diagram of the anti-electric-linkage socket of another embodiment of the present invention.
Embodiment
For the ease of understanding the present invention, below with reference to relevant drawings, the present invention is described more fully.Better embodiment of the present invention is given in accompanying drawing.But the present invention can realize in many different forms, is not limited to execution mode described herein.On the contrary, provide the object of these execution modes be make to disclosure of the present invention understand more thorough comprehensively.
It should be noted that, when element is called as " being arranged at " another element, directly can there is element placed in the middle in it on another element or also.When an element is considered to " connection " another element, it can be directly connected to another element or may there is centering elements simultaneously.Term as used herein " vertical ", " level ", "left", "right" and similar statement just for illustrative purposes, do not represent it is unique execution mode.
Unless otherwise defined, all technology used herein and scientific terminology are identical with belonging to the implication that those skilled in the art of the present invention understand usually.The object of term used in the description of the invention herein just in order to describe concrete execution mode, is not intended to be restriction the present invention.Term as used herein " and/or " comprise arbitrary and all combinations of one or more relevant Listed Items.
Such as, a kind of anti-electric-linkage socket, comprising: housing, and described housing has buckling groove; Panel, described panel is fastened on the buckling groove of described housing, and described housing and described panel fasten and inner form cavity, and described panel is provided with the first jack; Inserted sheet, is arranged in described cavity, and described inserted sheet is corresponding with described first jack; First conductor, described first conductor is movably connected between inserted sheet and power supply circuits.
As shown in Figure 1 and Figure 2, it is the anti-electric-linkage socket 10 of a preferred embodiment of the present invention, comprise: housing 100, panel 200, inserted sheet 300 and cover plate 400, described housing 100 has buckling groove, described panel 200 is fastened on the buckling groove of described housing 100, and described housing 100 and described panel 200 fasten and innerly form cavity 190, described panel 200 is provided with the first jack 210; Described inserted sheet 300 is arranged in described cavity 190, and described inserted sheet 300 is corresponding with described first jack 210, such as, described cover plate 400 is movably set on described panel 200, described cover plate 400 is provided with the second jack 420, described second jack 420 is corresponding with described first jack 210 to be arranged, and described second jack 420 for aliging with described first jack 210 in the motion of described cover plate 400 relatively described panel 200.
Such as, as depicted in figs. 1 and 2, described cover plate 400 rotates and is arranged on described panel 200, described cover plate 400 is provided with the second jack 420, described second jack 420 is corresponding with described first jack 210 to be arranged, and described second jack 420 aligns with described first jack 210 in rotating at described cover plate 400.
As shown in Figure 3, the present invention also comprises the first motor 110, described first motor 110 drives with described cover plate 400 and is connected, and such as, described cover plate 400 rotates under described first motor 110 drives, described cover plate 400 is in rotation, described second jack 420 aligns with described first jack 210, and after alignment, plug inserts from described second jack 420, and be inserted in described first jack 210 and contact with described inserted sheet 300, thus plug is energized.Such as, described socket 10 side is provided with switch, described switch is electrically connected with described first motor 110, when needing to use socket 10, open described switch, described first motor 110 is rotated, described second jack 420 is alignd with described first jack 210, socket 10 can normally use, after closing switch, described cover plate 400 rotates backward, and described second jack 420 is staggered with described first jack 210, avoid mispluging and cause electric leakage, children also can be avoided to play finger or metal to be inserted socket 10 interior simultaneously and get an electric shock.
Such as, described switch is push-button switch, push-button switch is away from being arranged at described anti-electric-linkage socket 10, such as, the distance of described push-button switch and described anti-electric-linkage socket 10 is 0.5m to 1m, use socket 10 after so both can facilitating user's opening switch, longer distance can avoid children's touching switch will point simultaneously or metal inserts socket 10; Such as, described switch is infrared sensing switch, and such as, infrared sensing switch is arranged on the wall, and such as, infrared sensing switch arranges 1.5m to 1.8 meter of on the wall, and children can be avoided like this to touch infrared sensing switch; Such as, described switch is remote control switch, is provided with remote control reception module in described socket 10, and like this, user can, by switch open described in far distance controlled, make described first motor 110 work.
Rotate flexibly to make described cover plate 400, such as, as shown in Figure 3, described panel 200 is provided with rotating shaft 220, described cover plate 400 is connected with described rotating shaft 220, described rotating shaft 220 drives with described first motor 110 and is connected, like this, described first motor 110 drives described cover plate 400 to rotate by described rotating shaft 220, be connected more firm in order to make described cover plate 400 with described rotating shaft 220, such as, described rotating shaft 220 is provided with lug boss 221 away from one end of described panel 200, described cover plate 400 is provided with draw-in groove 411, described draw-in groove 411 is buckled in described lug boss 221, such as, described cover plate 400 extends to form axle sleeve 410 to described panel 200, draw-in groove 411 is provided with in described axle sleeve 410, described draw-in groove 411 is buckled in described lug boss 221, such as, described lug boss 221 has spline 222, in described draw-in groove 411, keyway 412 is set, described spline 222 is connected in described keyway 412, like this, described cover plate 400 can be connected in described rotating shaft 220, and can rotate with described rotating shaft 220.
More mate with described panel 200 to make described cover plate 400, such as, as shown in Figure 1, described panel 200 is circular, such as, described cover plate 400 is circular, such as, described panel 200 and described cover plate 400 equal and opposite in direction, be accurately, both surface area equal and opposite in directions, such as, described panel 200 is arranged with described cover plate 400 is concentric, such as, described rotating shaft 220 is arranged at the center of circle of described panel 200, like this, when described cover plate 400 rotates for the center of circle with described rotating shaft 220, described second jack 420 aligns with described first jack 210, such as, when described second jack 420 is positioned at the half part of described cover plate 400, such as described second jack 420 is positioned at the upper semi-circle of described cover plate 400, described first jack 210 is positioned at the upper semi-circle of described panel 200, when described second jack 420 turns to lower half circle, described second jack 420 staggers with described first jack 210, when described second jack 420 turns to upper semi-circle, described second jack 420 aligns with described first jack 210.
In a further embodiment, described cover plate 400 is polygon, described panel 200 is polygon, such as, described polygon is regular polygon, such as, regular pentagon or regular hexagon, such as, described rotating shaft 220 is arranged at the geometric center of described panel 200, described rotating shaft 220 is arranged at the geometric center of described cover plate 400, like this, described second jack 420 can be made equally to be easy to align with described first jack 210, in addition, when needing the rotational angle of the manually described cover plate 400 of adjustment, polygonal cover plate 400 is more easily stressed, is convenient to adjustment.
Above-mentioned with one heart and more mate with cover plate 400 with the panel 200 that size is arranged, second jack 420 and the first jack 210 are more easily alignd, but so but add the risk of children, second jack 420 and the first jack 210 more easily align and mean that children more easily get an electric shock, in order to reduce children play in be not intended to alignment probability, such as, described rotating shaft 220 is arranged at the position of described panel 200 departing from described panel 200 center of circle, described rotating shaft 220 is connected to the position of described cover plate 400 departing from described cover plate 400 center of circle, such as, described panel 200 causes with described cover plate 400 is not of uniform size, like this, when described cover plate 400 rotates, described cover plate 400 rotates extremely irregular, to be difficult to the second jack 420 is alignd with the first jack 210, reduce the risk of children from getting electric shock.
In order to make described socket 10 when not using, described second jack 420 staggers with described first jack 210, anti-electric-linkage socket 10 of the present invention also comprises the first elastic component, described first elastic component is connected with described panel 200 and described cover plate 400 respectively, and described first elastic component is staggered with the first jack 210 of described panel 200 for the second jack 420 maintaining described cover plate 400.After socket 10 is finished using, plug is extracted from jack, described cover plate 400 is return under described first elastic component elastic force or pulling force effect, make socket 10 when not using, described second jack 420 is staggered with described first jack 210, avoids children finger or metal inserted in the first jack 210 and get an electric shock.
In one embodiment, described cover plate 400 edge is provided with supporting walls 440, described first elastic component one end is connected to described supporting walls 440, the other end is connected to described panel 200, such as, described cover plate 400 extends to form supporting walls 440 to described panel 200 direction, such as, described supporting walls 440 is arranged around described cover plate 400, such as, described supporting walls 440 one end is also connected to described panel 200, like this, described first elastic component can be accommodated in described supporting walls 440 completely, avoids the first elastic component expose and damage.
In order to improve the connection of described first elastic component and described panel 200 further, such as, described panel 200 is provided with support column, described first elastic component one end is connected to described cover plate 400, the other end is connected to described support column, and for example, described support column is arranged at inside described supporting walls 440, described first elastic component one end is connected with inside described supporting walls 440, the other end is connected to described support column, by the support of support column to described first elastic component, described first elastic component is made to be connected more firm with described panel 200.
In one embodiment, as shown in Figures 2 and 3, described first elastic component is wind spring 230, such as, described wind spring 230 is sheathed on described support column, such as, described support column is rotating shaft 220, and described wind spring 230 one end is fixedly connected with described rotating shaft 220, the other end is fixedly connected with described cover plate 400, the space that described wind spring 230 takies can be reduced like this, make described socket 10 volume less, make described wind spring 230 install more firm simultaneously, such as, when plug plug-in type, described second jack 420 and described first jack 210 align, and described cover plate 400 is static under the effect of described plug, described cover plate 400 has the trend rotated counterclockwise under described wind spring 230 acts on, when plug is extracted, described cover plate 400 return under the elastic force of described wind spring 230, second jack 420 and the first jack 210 are staggered.
In another embodiment, described first elastic component is extension spring, such as, described extension spring quantity is four, and four extension springs are connected between described cover plate 400 and described panel 200, and four extension springs make described cover plate 400 larger by elastic force, when using socket 10, needing to apply larger rotatory force to cover plate 400 makes described second jack 420 align with the first jack 210, therefore, children can be avoided to play and to be twisted by cover plate 400.
In another embodiment, described first elastic component is spring, such as, described number of springs is four, and four springs are connected between described cover plate 400 and described panel 200, and four springs make described cover plate 400 larger by elastic force equally, when using socket 10, needing to apply larger rotatory force to cover plate 400 makes described second jack 420 align with the first jack 210, therefore, children can be avoided equally to play and to be twisted by cover plate 400.
As shown in Figure 4, anti-electric-linkage socket 10 of the present invention also comprises catch 500, and described catch 500 rotates and is arranged between described first jack 210 and described second jack 420.Such as, described catch 500 rotates and is arranged at the side of described second jack 420 near described first jack 210; And for example, described catch 500 rotates and is arranged at the side of described first jack 210 near described second jack 420, and like this, when socket 10 does not use, described catch 500 can keep off between described first jack 210 and the second jack 420, avoids mispluging.
Such as, described catch 500 is connected to described second jack 420, and catch 500 can effectively prevent children from finger or metal being inserted in the first jack 210 and getting an electric shock; Such as, the one side of the relatively described panel 200 of described cover plate 400 is provided with slot 430, described catch 500 two ends are provided with catch axle 510, described catch axle 510 is inserted in described slot 430, and described catch 500 rotates and described slot 430, like this, described baffle plate just can with described catch axle 510 for axis rotation, when plug inserts described second jack 420, plug is connected to described catch 500, and it is vertical with described cover plate 400 to make described catch 500 turn to, make plug directly can insert described first jack 210.
In order to the described catch 500 made firmly can be connected to described second jack 420 when plug does not insert, avoid children that finger or metal are inserted socket 10 and get an electric shock further, the present invention also comprises the second elastic component 520, described second elastic component 520 one end is connected with described catch 500, the other end is connected with described cover plate 400, when plug does not insert, described catch 500 is connected to described second jack 420 under described second elastic component 520 elastic force effect, described second jack 420 is made to be in closed condition, avoid children that finger or metal are inserted socket 10 and get an electric shock further.Such as, described second elastic component 520 is spring, and and for example, described second elastic component 520 is extension spring.
Install more firm to make described second elastic component 520, described second elastic component 520 is made to provide more stable elastic force for described catch 500, such as, described cover plate 400 is provided with block 450, described second elastic component 520 one end is connected with described catch 500, the other end is connected with described block 450, such as, described block 450 is perpendicular to described cover plate 400, such as, described block 450 favours described cover plate 400, described second elastic component 520 is made to have longer springing stroke, there is stronger restoring force, described block 450 makes described second elastic component 520 install more firm, there is better force application angle, for described catch 500 provides more stable elastic force.
Described second jack 420 can be closed completely to make described catch 500, such as, described catch 500 is set to semicircle, preferably, the shape of described catch 500 is that rectangle combines with semicircle, the shape of described catch 500 is more mated with the jack shape of socket 10, when not increasing described catch 500 material as far as possible, described second jack 420 is closed completely.
Rotate unrestricted to make described catch 500, such as, described second jack 420 and described first jack 210 distance are slightly larger than described catch 500 radius, like this, described catch 500 can not be subject to the block of described panel 200 in rotation, described catch 500 is rotated more flexible, thus it is more easy that plug is inserted.
Such as, as shown in figure 5 and figure 7, described cover plate 400 slides and is arranged on described panel 200, described cover plate 400 is provided with the second jack 420, described second jack 420 is corresponding with described first jack 210 to be arranged, and described second jack 420 aligns with described first jack 210 in sliding at described cover plate 400; The present invention also comprises the 3rd elastic component 600, described 3rd elastic component 600 is connected with described panel 200 and described cover plate 400 respectively, and described 3rd elastic component 600 is staggered with the first jack 210 of described panel 200 for the second jack 420 maintaining described cover plate 400.Described second jack 420 staggers under the elastic force effect of described 3rd elastic component 600 mutually with described first jack 210, can effectively avoid mispluging and cause electric leakage, children also can be avoided to play finger or metal to be inserted socket 10 interior simultaneously and get an electric shock.
Such as, refer to Fig. 5 to Fig. 7, described panel 200 is provided with guide rail 240, described cover plate 400 slides and is arranged on described guide rail 240, such as, described cover plate 400 is provided with guide groove 450, described guide groove 450 fastens and slides and is arranged at described guide rail 240, like this, described cover plate 400 can be level and smooth, firmly slide on described panel 200, described second jack 420 and described first jack 210 are on the sliding trace of described cover plate 400, when described cover plate 400 slides, described second jack 420 aligns with described first jack 210, such plug can insert described second jack 420 and described first jack 210 smoothly, and then energising.
Such as, described guide rail 240 is arranged on described panel 200, such as, described guide groove 450 is arranged at the one side of the relatively described panel 200 of described cover plate 400, more steady in order to make described cover plate 400 slide, such as, described guide rail 240 quantity is two, described guide groove 450 quantity is two, and two described guide grooves 450 fasten respectively and slide on two described guide rails 240.
In order to reduce the thickness of described socket 10 further, such as, as shown in Figure 5 and Figure 6, described guide rail 240 and described guide groove 450 quantity are respectively two, two described guide rails 240 are arranged at the side of described panel 200 respectively, two described guide grooves 450 are arranged at described cover plate 400 side respectively, such as, described cover plate 400 both sides extend to form guide part, described guide groove 450 is arranged at described guide part, described guide groove 450 is fastened on described guide rail 240, can avoid because guide rail 240 and guide groove 450 are arranged between described panel 200 and described cover plate 400 like this, reduce described socket 10 thickness, on the other hand, reduce the spacing of described second jack 420 and described first jack 210, inserted sheet 300 cannot be linked into after avoiding plug to insert.
In order to avoid described cover plate 400 being slided when children play, described second jack 420 is alignd with described first jack 210, such as, the surface of described guide rail 240 is set to graininess, such as, the surface of described guide groove 450 is set to graininess, granular surface adds the frictional force between described guide rail 240 and described guide groove 450, such as, the granularity on described guide rail 240 surface is 100 order to 120 orders, the granularity on described guide groove 450 surface is 125-140 order, it should be understood that, order number is fewer, then between described guide rail 240 and described guide groove 450, frictional force is larger, if order number is too small, then frictional force is too little, children are easily slided described cover plate 400, if but order number very little, frictional force then between described guide rail 240 and described guide groove 450 is excessive, described cover plate 400 is made to be difficult to slide, therefore, in the present embodiment, the granularity on described guide rail 240 surface is 100 order to 120 orders, the granularity on described guide groove 450 surface is 125-140 order, preferably, the granularity on described guide rail 240 surface is 115 orders, the granularity on described guide groove 450 surface is 130 orders, can effectively prevent children's slide cover 400, and described cover plate 400 can be slided at certain field of load.
As shown in Figure 8, anti-electric-linkage socket 10 of the present invention also comprises the 3rd motor 700, and described 3rd motor 700 drives in described cover plate 400 and connects.Described cover plate 400 in described 3rd motor 700 lower slider on described panel 200.
Such as, described 3rd motor 700 is driven with described cover plate 400 by the first screw mandrel and is connected; Such as, referring again to Fig. 8, described 3rd motor 700 is driven with described cover plate 400 by worm screw 720 and is connected, such as, described 3rd motor 700 connects a travelling gear 710, and described travelling gear 710 engages with described worm screw 720, and described worm screw 720 is connected with described cover plate 400, like this, described 3rd motor 700 can drive described cover plate 400 to slide on described panel 200 reposefully.
In order to reduce the volume of described socket 10 further, such as, as shown in Figure 8, described 3rd motor 700 is arranged in described cavity 190, described travelling gear 710 is arranged between described panel 200 and described cover plate 400, described panel 200 has a through hole, described 3rd motor 700 is connected with described travelling gear 710 by described through hole, like this, described 3rd motor 700 is arranged at the volume that can reduce described socket 10 in described cavity 190, in general, described socket 10 is arranged within the walls, socket 10 is avoided to protrude from wall like this, make space on wall occupied, therefore, because described 3rd motor 700 is arranged in cavity 190, described in can well be able to being hidden in described socket 10 within the walls, avoid taking space outerpace, also children can be avoided to play makes described 3rd motor 700 damaged simultaneously.
It should be understood that, if described panel 200 and described cover plate 400 are set to centrosymmetric circle or regular polygon, then be conducive to described cover plate 400 in rotation to panel described in it 200, but be unfavorable for the slip of described cover plate 400, such as, circular and polygonal panel 200 cannot make guide rail 240 be arranged on side, guide rail 240 cannot be arranged on side and mean that the thickness of socket 10 cannot reduce, like this, the thickness that socket 10 is raised in wall is larger, easily obstacle is formed to user, therefore, in order to reduce the thickness of described socket 10, described cover plate 400 is made to slide more level and smooth on the other hand, extend the sliding trace of described cover plate 400, such as, as shown in Figure 5 and Figure 6, described panel 200 is square, such as, described cover plate 400 is square, such as, described guide rail 240 is arranged at the side of described panel 200, described like this cover plate 400 can along the direction line sliding of certain a pair parallel edges, in order to extend the sliding trace of described cover plate 400 further, make described second jack 420 larger with the distance that staggers of described first jack 210, such as, described panel 200 is rectangle, described cover plate 400 is rectangle, such as, described guide rail 240 is parallel with the length direction of described rectangular panel 200, such as, the length-width ratio of described rectangle is 2:1, and like this, described cover plate 400 can slide longer distance along described guide rail 240, make described second jack 420 longer with the distance that staggers of described first jack 210, improve the fail safe of described socket 10 further.
As shown in Figure 6 and Figure 7, the present invention also comprises position-limit mechanism 250, and described position-limit mechanism 250 is arranged on the track of the relative motion that described cover plate 400 moves with described panel 200, for limiting the relative motion of described cover plate 400 and described panel 200.It should be understood that, because cover plate 400 makes to slide on described panel 200, if do not limited, described cover plate 400 easily skids off from described panel 200, easily like this cause described first jack 210 on described panel 200 to expose, easily make children directly insert in described first jack 210 by finger, therefore, described position-limit mechanism 250 can well limit the slip of described cover plate 400, avoids described cover plate 400 to skid off from described panel 200.
Such as, described position-limit mechanism 250 is arranged on described panel 200, such as, described position-limit mechanism 250 is fixedly installed on described panel 200, such as, in order to make described position-limit mechanism 250 more firm, a protruding position-limit mechanism 250, described position-limit mechanism 250 and the one-body molded setting of described panel 200 to described cover plate 400 direction on described panel 200.
Such as, described cover plate 400 is provided with positive stop end, described positive stop end is connected to described position-limit mechanism 250 in the motion of described cover plate 400 relatively described panel 200, such as, described cover plate 400 is protruding positive stop end to described panel 200 direction, such as, described positive stop end is described supporting walls 440, such as, when described cover plate 400 slides into described panel 200 one end, be connected to described position-limit mechanism 250 inside described supporting walls 440, described cover plate 400 is obstructed and stops sliding, like this, described cover plate 400 can be avoided well to skid off from described panel 200.
Such as, described cover plate 400 is provided with two positive stop ends, like this, described cover plate 400 can be avoided to skid off from described panel 200 in the contrary both direction of sliding trace, such as, as shown in Figure 7, two positive stop ends are two supporting walls be oppositely arranged 440 of described cover plate 400, two vertical with sliding trace specifically supporting walls 440, like this, when described cover plate 400 slides into described panel 200 one end along a direction, described position-limit mechanism 250 is connected to inside supporting walls 440 described in, described cover plate 400 is obstructed and stops sliding, when described cover plate 400 slides into the other end of described panel 200 in reverse direction, ground and described position-limit mechanism 250 inside supporting walls 440 described in another, described cover plate 400 is again obstructed and stops sliding, like this, described cover plate 400 is limited in the positive and negative both direction of sliding trace, avoid skidding off described panel 200.
In order to limit the slip of described cover plate 400 further, described first jack 210 is avoided to expose, such as, referring again to Fig. 7, two position-limit mechanisms 250 are set, described position-limit mechanism 250 is arranged at the two ends of the movement locus that described cover plate 400 moves relative to described panel 200, it should be understood that, even if described first jack 210 is arranged at the middle part of described panel 200, when described cover plate 400 slides into one end of panel 200, described first jack 210 still likely exposes, like this, two position-limit mechanisms 250 can avoid described first jack 210 to expose, such as, two described position-limit mechanisms 250 are arranged at the both sides of described first jack 210, such as, two described position-limit mechanisms 250 are symmetricly set in described first jack 210 both sides, such as, position-limit mechanism 250 described in each and the distance of described first jack 210 are less than the distance of described second jack 420 to described cover plate 400 edge, described second jack 420 can be avoided like this cannot to align with described first jack 210 due to the stop of described position-limit mechanism 250.
Such as, described position-limit mechanism 250 is arranged at the surface of described panel 200, can directly abut with described supporting walls 440; Such as, described position-limit mechanism 250 is arranged at the both sides of described panel 200, such as, described position-limit mechanism 250 is arranged on described guide rail 240, such as, in described guide groove 450, be provided with positive stop end, when described guide groove 450 slides along described guide rail 240, described positive stop end is connected to described position-limit mechanism 250, makes described cover plate 400 stop sliding.
In order to reduce the volume of position-limit mechanism 250, such as, described position-limit mechanism 250 is banking stop; In order to improve the hardness of described position-limit mechanism 250, such as, described position-limit mechanism 250 is limited post, and for example, described position-limit mechanism 250 is guide vane end stop, it should be understood that, described position-limit mechanism 250 is for abutting the positive stop end on described cover plate 400, make described cover plate 400 stop sliding, its shape can be arbitrary shape, and is not limited only to above-mentioned shape.
As shown in Figure 9, anti-electric-linkage socket 10 of the present invention also comprises the first conductor 800, described first conductor 800 is movably connected between inserted sheet 300 and power supply circuits, described first conductor 800 is provided for described inserted sheet 300 and is connected with power supply circuits, socket 10 is energized, when described conductor motion leaves described inserted sheet 300, described inserted sheet 300 disconnects the connection with described power supply circuits, make the power-off of described socket 10, now, even if finger or metal are inserted described socket 10 by children, due to socket 10 now power-off, therefore described socket 10 still safety, accident is avoided to occur completely.Such as, described first conductor 800 is set to two, and two described conductors are connected to described inserted sheet 300 and live wire, between described inserted sheet 300 and zero line, are down to minimum by electric shock risk.
Move to make described first conductor 800, the present invention also comprises driving mechanism, such as, referring again to Fig. 9, described driving mechanism is the second motor 850, described second motor 850 drives with described first conductor 800 and is connected, in order to avoid described first conductor 800 is charged and make described second motor 850 influenced when connecting power supply circuits, such as, insulating barrier 801 is coated with outside described first conductor 800, described second motor 850 is connected with described insulating barrier 801, such as, described insulating barrier 801 is plastic layer, such as, described insulating barrier 801 is plastic layer, and for example, described insulating barrier 801 is ceramic layer.
Such as, referring again to Fig. 9, also comprise the second screw mandrel 851, described second motor 850 is connected with described insulating barrier 801 by described second screw mandrel 851, like this, described second motor 850 avoids and is directly connected with described first conductor 800, described second motor 850 is avoided to affect by the supply current of socket 10, such as, described second screw mandrel 851 is vertical with described first conductor 800, such as, described first conductor 800 moves along the direction perpendicular to described first conductor 800 axis under described second screw mandrel 851 promotes, such as, described inserted sheet 300 is parallel with described first conductor 800 with the connecting line of described power supply circuits, the two ends of described first conductor 800 respectively with described inserted sheet 300, the tie point 900 of described power supply circuits aligns, like this, when described first conductor 800 moves between described inserted sheet 300 and the tie point 900 of described power supply circuits, the two ends of described first conductor 800 respectively with described inserted sheet 300, the tie point 900 of described power supply circuits connects.
Inserted sheet 300 and power supply circuits can be connected to make described first conductor 800 two ends, described socket 10 is energized, described first conductor 800 two ends expose to described insulating barrier 801, like this, the two ends exposing to described first conductor 800 can directly be connected with the tie point 900 of described inserted sheet 300, described power supply circuits respectively, improve joint efficiency.
Such as, described socket 10 connects a switch, described switch is electrically connected with described second motor 850, when needing to use socket 10, open described switch, described second motor 850 is worked, described first conductor 800 is moved, thus described socket 10 is energized, after closing switch, described second motor 850 drives described second screw mandrel 851 to rotate backward, and described first conductor 800 is disconnected with the tie point 900 of described inserted sheet 300, described power supply circuits, make the power-off of described socket 10, avoid children to play and finger or metal are inserted in socket 10 and gets an electric shock.
Such as, described switch is push-button switch, push-button switch is away from being arranged at described anti-electric-linkage socket 10, such as, the distance of described push-button switch and described anti-electric-linkage socket 10 is 0.5m to 1m, use socket 10 after so both can facilitating user's opening switch, longer distance can avoid children's touching switch will point simultaneously or metal inserts socket 10; Such as, described switch is infrared sensing switch, and such as, infrared sensing switch is arranged on the wall, and such as, infrared sensing switch arranges 1.5m to 1.8 meter of on the wall, and children can be avoided like this to touch infrared sensing switch; Such as, described switch is remote control switch, is provided with remote control reception module in described socket 10, and like this, user can, by switch open described in far distance controlled, make described second motor 850 work.
Such as, communication module is provided with in described socket 10, described communication module is electrically connected with described second motor 850, described communication module is connected with control system, and such as set-up of control system is at intelligent terminal, such as, be mobile phone or panel computer, the remote controlled described socket 10 of user is energized or power-off, time at home without the head of a family, make the power-off of described socket 10 by Remote, avoid children from getting electric shock.
In order to improve the area at described first conductor 800 two ends, increase the contact area with the tie point 900 of described inserted sheet 300, described power supply circuits, such as, described first conductor 800 is cylindrical, and such as, described first conductor 800 is sheet, and for example, described first conductor 800 is bar shaped.
Such as, in order to improve the control efficiency to described first conductor 800, the present invention also comprises touch pad, and described touch pad is electrically connected with described driving mechanism, and such as, described touch pad is arranged at described cover plate 400 side; Such as, described touch pad is soft-touch control, described soft-touch control is for controlling startup and the stopping of described driving mechanism, described soft-touch control in the distance with described anti-electric-linkage socket 10 be 0.5m to 1m, described driving mechanism was started after user so both can have been facilitated to touch described touch pad, first conductor 800 is moved, thus socket 10 is energized, longer distance can avoid children touch described touch pad will point simultaneously or metal insert socket 10.
Such as, described touch pad is pressure touch plate, described touch pad controls described driving mechanism work when pressurized, like this, what the pressurized running parameter of described touch pad can be arranged is larger, only have when described touch pad is by larger pressure, described touch pad just can open described driving mechanism, avoids children to press touch pad voluntarily and causes described socket 10 to be energized.
Such as, described touch pad is self power generation touch pad, the self power generation of described touch pad pressurized, for described driving mechanism is powered, makes described driving mechanism work.
Because described touch pad needs energising thus stand-by operation, in order to reduce the power consumption of described touch pad, such as, described touch pad thickness is 1.5mm-2.8mm, and preferably, described touch pad thickness is 2.1mm.
In order to make described touch pad have good electric conductivity, such as, described touch pad is metal touch plate, and such as, described touch pad is copper sheet touch pad, and and for example, described touch pad is aluminium flake touch pad.
In order to improve the fail safe of described socket 10, such as, described socket 10 also comprises indicator light, and described indicator light is electrically connected with described first conductor 800, when described first conductor 800 is energized, described indicator light is lit, can show described socket 10 like this and be in "on" position, user can intuitively be seen, and whether described socket 10 is energized, such as, when described indicator light is bright, children can be avoided near described socket 10.
Each technical characteristic of the above embodiment can combine arbitrarily, for making description succinct, the all possible combination of each technical characteristic in above-described embodiment is not all described, but, as long as the combination of these technical characteristics does not exist contradiction, be all considered to be the scope that this specification is recorded.
The above embodiment only have expressed several execution mode of the present invention, and it describes comparatively concrete and detailed, but can not therefore be construed as limiting the scope of the patent.It should be pointed out that for the person of ordinary skill of the art, without departing from the inventive concept of the premise, can also make some distortion and improvement, these all belong to protection scope of the present invention.Therefore, the protection range of patent of the present invention should be as the criterion with claims.
Claims (10)
1. an anti-electric-linkage socket, is characterized in that, comprising:
Housing, described housing has buckling groove;
Panel, described panel is fastened on the buckling groove of described housing, and described housing and described panel fasten and inner form cavity, and described panel is provided with the first jack;
Inserted sheet, is arranged in described cavity, and described inserted sheet is corresponding with described first jack;
First conductor, described first conductor is movably connected between inserted sheet and power supply circuits.
2. anti-electric-linkage socket according to claim 1, is characterized in that, also comprises the second motor, and described second motor drives with described first conductor and is connected.
3. anti-electric-linkage socket according to claim 2, is characterized in that, is coated with insulating barrier outside described first conductor, and described second motor is connected with described insulating barrier.
4. anti-electric-linkage socket according to claim 3, is characterized in that, described first conductor two ends expose to described insulating barrier.
5. anti-electric-linkage socket according to claim 4, is characterized in that, also comprises the second screw mandrel, and described second motor is connected with described insulating barrier by described second screw mandrel.
6. anti-electric-linkage socket according to claim 5, is characterized in that, described insulating barrier is plastic layer.
7. anti-electric-linkage socket according to claim 5, is characterized in that, described insulating barrier is plastic layer.
8. anti-electric-linkage socket according to claim 5, is characterized in that, described insulating barrier is ceramic layer.
9. anti-electric-linkage socket according to claim 1, is characterized in that, described first conductor is cylindrical.
10. anti-electric-linkage socket according to claim 1, is characterized in that, described first conductor is sheet.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510623404.0A CN105207015A (en) | 2015-09-25 | 2015-09-25 | Anti-creeping socket |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510623404.0A CN105207015A (en) | 2015-09-25 | 2015-09-25 | Anti-creeping socket |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN105207015A true CN105207015A (en) | 2015-12-30 |
Family
ID=54954534
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510623404.0A Pending CN105207015A (en) | 2015-09-25 | 2015-09-25 | Anti-creeping socket |
Country Status (1)
| Country | Link |
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| CN (1) | CN105207015A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107394474A (en) * | 2017-06-14 | 2017-11-24 | 广西科技大学鹿山学院 | Anti-electric shock socket |
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| CN203466365U (en) * | 2013-08-28 | 2014-03-05 | 浙江理工大学 | Easy-plug socket |
| CN205051107U (en) * | 2015-09-25 | 2016-02-24 | 惠州市加迈电器有限公司 | Anti -creeping socket |
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| US5191228A (en) * | 1990-06-22 | 1993-03-02 | Sloan Jeffrey M | Vehicle battery disconnect antitheft device |
| CN2289314Y (en) * | 1996-08-24 | 1998-08-26 | 杨成建 | Plucking-free socket for TV set |
| CN2336486Y (en) * | 1998-08-07 | 1999-09-01 | 吕鹏毅 | Safety electric outlet |
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| CN107394474A (en) * | 2017-06-14 | 2017-11-24 | 广西科技大学鹿山学院 | Anti-electric shock socket |
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Application publication date: 20151230 |