CN204947221U - Electric connector - Google Patents

Abstract

The utility model provides one to be beneficial to one-handed performance, to replace the electric connector of different splicing interface.A neck splenium is provided with in the front end of a switching body, belly is provided with an abdomen holder portion, coordinate one interlocking body on table set by push away tangent plane, form the power of 3 to support, finger can be provided respectively to be affectedly bashful, and facilitate thumb to make power in interlocking body, form the operating physical force system at least three directions, the jaw access slot that interlocking body debouches switching body can be cut, interlocking body front end is provided with plug, it via guide mechanism can align group unload in switching body socket, by one-handed performance, to change the displacement of different splicing interface.

Description

Electric connector

Technical field

The utility model provides one to be beneficial to one-handed performance, to replace the electric connector of different splicing interface.

Background technology

Because the total class of information equipment is various, the jockey connecting signal or electric power is provided with this, as plug or socket, also size variation can be had because of the physical size of different equipment, as the electrical plug socket of standard, or hypomegetic electrical plug socket, or have more carefully slim electrical plug socket, how different specification regardless of its plug socket is, but between various information equipment, be connected with mutually one can be mutual communications protocol, but connector mutually can only be combined in the plug assembly of same size specification, cannot become large or diminish, then on the market, there is certain connector, be compounded with different size, make the function plug that at least can have two kinds of specifications vary uses, as No. 140339845, TaiWan, China patent conducting connection terminal, and conducting connection terminal 140342092, these are designed to be provided with a plug in the front end of conversion body, inside is provided with the socket of a distinct interface, the plug of distinct interface is provided to transfer, but the mode of this switching, only body and rear plug are refuted and connect, necessary bimanualness during combination, and will to positive-angle, body could be allowed to transfer the plug of another interface.

Summary of the invention

The purpose of this utility model is to provide one to be beneficial to one-handed performance, to replace the electric connector of different splicing interface, can align group unload by guide mechanism, and the plug of different splicing interface connects.

The utility model is such, a kind of electric connector, it includes: the switching body of a strip, and it is parallel plug that front end one neck splenium is provided with an operation direction with the line of jumping of switching body, and lower abdomen is an abdomen holder portion, back is provided with the jaw access slot of a pipeful of type, wherein jaw access slot is by a cross section body of wall, and two sides to have extended back two lateral cheeks with line parallel of jumping, and root edge backward horizontal-extending has a maxillary plate, two sides of maxillary plate, upwards vertically in conjunction with the inner surface of two lateral cheeks, one guide mechanism, the interior table of above two lateral cheek and maxillary plate is mutually to formed, the socket of one splicing interface specification different from plug, plug orientation is parallel to line of jumping, and is located at the panel of above-mentioned cross section body of wall, and opening is towards jaw access slot, the lateral cheek rear end of switching set by body two side, lateral symmetry offers two longitudinal chutes that two long shapes are parallel to line of jumping, and refutes to form the portion of connecing, one interlocking body, following table is a bottom surface, front end be provided with can with the plug of above-mentioned socket grafting, plug is electrical via the outside conducting of an electric wire, the back of interlocking body is provided with one and pushes away tangent plane, two sides are provided with can two side end faces that coordinate of two-dimensional activity with above-mentioned two lateral cheek inner faces, on rear side of two side end faces, be provided with two tenons that can trackslip in above-mentioned two longitudinal chutes, wherein tenon place height and position is after interlocking body incorporates into jaw access slot, can for the bottom surface of interlocking body, height and position when activity coordinates can be affixed with both maxillary plate upper surfaces of switching body, and the width of interlocking body is less than two lateral cheek inner faces of jaw access slot mutually to span, and movable cooperation, with cutting to position as interlocking is after body incorporates into jaw access slot of plug, the position being inserted in socket can be aligned.

The described longitudinal center at maxillary plate, is provided with one and aligns guide channel.

A kind of electric connector, it includes: the switching body of a strip, be provided with a neck splenium forward, the parallel line of jumping of neck splenium is provided with a plug forward, switching body bottom portion be an abdomen holder portion, the upper back of the body offers a jaw access slot, jaw access slot by one section to cross section body of wall, two sides are extended with two lateral cheeks backward, and two lateral cheek rear end transverse uniaxial symmetries offer two respectively and refute and connect hole; One receives and connects button hole, is located at the upper limb of cross section body of wall; Half open form socket, is positioned at the corner that jaw access slot is bordering on cross section body of wall, and set conducting connection terminal is exposed upward; One interlocking body, align the position of above-mentioned half open form socket forward, be provided with a plug, interlocking body two side is provided with two tenons, two tenons are refuted respectively and are connected on refuting of two lateral cheeks and connect hole, and form one and can guide interlocking body and carry out the guide mechanism of rotation, make the plug of interlocking body can crimp or back out half open form socket of switching body because of rotation; One sliding cutting fingerboard, be provided with one forward and wear buckle, can pass in and out to cut and be buckled in above-mentioned receiving and connect button hole, and the bottom of sliding cutting fingerboard is provided with a sliding wedge, activity is combined in the traction groove on interlocking body set by table, relatively interlocking body is sliding before and after doing puts by the guiding of traction groove for sliding cutting fingerboard, and set buckle of wearing can be driven forward to cut and be buckled in receiving of body of switching and connect button hole.

The front end of described sliding cutting fingerboard can connect through a covering plate wears buckle, and covering plate can form covering effect.

The utility model provides a kind of displacement kenel of electric connector, for the switching body at long shape, front end is provided with a plug, lower abdomen is set to an abdomen holder portion, be provided with the jaw access slot of a pipeful of type behind, the jaw access slot of bucket type is by the lateral cheek of a cross section body of wall and both sides, the maxillary plate of lateral cheek and bottom encloses and is configured to, cross section body of wall is provided with the socket with plug distinct interface, and the rear end of jaw access slot is refuted and is connect an interlocking body, interlocking body front end is provided with the combinative plug with socket, utilize an institutional linearity of guide mechanism being located at jaw access slot to slide to guide, make interlocking body can according to line of jumping, parallel lines slip plug is combined in switching body.

The utility model is that this interlocking body can align by one the ordinate central authorities that maxillary plate is located at by guide channel, guiding interlocking body front end trend, can unload positive angle position and switching body group more accurately.

The utility model refutes the longitudinal chute set by the portion of connecing for this, the waist type tenon supported via tool 2 before and after is sliding to be put, form 2 sliding cutting guide mechanisms, chute is the extensible curved guide groove having an arcuation backward, the rear end of curved guide groove is vertically combined with one and turns to groove, provides the tenon institute sliding cutting in kidney-shaped cross section, so forms guide mechanism, to obtain self-guide function, can align and unload with body group of transferring.

The utility model, for providing a single axle upset guide mechanism, coordinates socket and the sliding cutting fingerboard sliding cutting locking of half open form, and convenient one-handed performance interlocking body arc pendulum group is unloaded.

The utility model can align group by guide mechanism and unload, and the plug of different splicing interface connects.

Accompanying drawing explanation

Fig. 1 is that the utility model transfers body with interlocking body in conjunction with graph of a relation.

Fig. 2 is that the utility model interlocking body is by guiding graph of a relation.

Fig. 3 is that the singlehanded group of the utility model connects schematic diagram.

Fig. 4 is that the utility model transfers body with interlocking body in conjunction with outside drawing.

Fig. 5 is that the utility model transfers body with interlocking body in conjunction with side diagram.

Fig. 6 is that the utility model one hand moves back and unloads interlocking body operation chart.

Fig. 7 is that the utility model interlocking body backs out position, angle schematic diagram.

Fig. 8 is that the utility model interlocking body is backed out and transferred it to and use schematic diagram.

Fig. 9 is Fig. 7 recovering state combination operation force schematic diagram.

Figure 10 is that the utility model maxillary plate is offered and aligned guide channel vertical view.

Figure 11 is that Fig. 1 another is planted to refute and meet portion's enforcement figure.

Figure 12 is that the utility model is by refuting the autologous side diagram forming guide mechanism in the portion of connecing.Figure 13 is for backing out interlocking body schematic diagram according to Figure 12 structure.

Figure 14 is that the utility model is refuted and connect guiding structural graph of a relation.

Figure 15 is the anabolic process schematic diagram of Figure 14.

Figure 16 is that the anabolic process of Figure 14 completes figure.

Figure 17 is the naked out position schematic diagram of the utility model plug.

Symbol description:

Switching body 1 refutes the portion of connecing 10 pager 100

Neck splenium 11 abdomen holder portion 12 subiculum 110

Plug 13 socket 14 conducting connection terminal 140

Stress groove 161 is cut button point 162 and is cut button point 163

Positioning port 164 jaw access slot 15 guide mechanism 150

Axis body 151 maxillary plate 16 lateral cheek 17

Lateral cheek 18 aligns the longitudinal chute 170 of guide channel 160

Body 2 rabbeted by longitudinal chute 180 guide pillar 20

Plug 21 electric wire 22 side end face 23

Side end face 24 pushes away tangent plane 25 tenon 230

The sliding ditch 27 in tenon 240 bottom surface 26

Curved guide groove 172 turns to groove 173 cross section body of wall 19

Body 200 shown by half open form socket 141 and draws groove 201

Sliding cutting fingerboard 3 covering plate 31 pushes away cutting plate 32

Sliding wedge 33 is worn buckle 34 and is refuted and connect hole 191

Refute and connect hole 192 and receive and connect button hole 193

Embodiment

Relevant enforcement structure of the present utility model and action refer to illustrate as follows, first refer to shown in Fig. 1, the utility model utilizes the switching body 1 of a strip, on front end, table is provided with the neck splenium 11 that can supply forefinger pressing, parallel switching body 1 vertical line is provided with a plug 13 outwardly, switching body 1 upper back offer an opening upwards and after jaw access slot 15, the front end of jaw access slot 15 is a cross section body of wall 19, cross section body of wall 19 breadth be provided with a splicing interface different from plug 13 and for back to socket 14, and the belly of switching body 1 forms the abdomen holder portion 12 that has skid-proof function, rear end is provided with one and refutes the portion of connecing 10.

Set jaw access slot 15 leading portion directly forms guide mechanism 150, can guide the turnover of interlocking body 2 linearity, makes plug 21 can align socket 14 and does plug group and unload.

Wherein this guide mechanism 150 is directly by jaw access slot 15, do not comprise the leading portion of refuting the portion of connecing 10 formed, for being extended with lateral cheek 17 and lateral cheek 18 by cross section body of wall 19 liang of side angle ends backward, bottom extends back maxillary plate 16, internally show mutually formed by three, interlocking body 2 both sides appearance is provided with side end face 23 and side end face 24, bottom is provided with bottom surface 26, three align in the mode of parallel surface the guide mechanism 150 that jaw access slot 15 formed respectively, and at lateral cheek 17, lateral cheek 18 rear end horizontal cross symmetry offers longitudinal chute 170 and longitudinal chute 180, this longitudinal chute 170 is formed with longitudinal chute 180 refutes the portion of connecing 10, there is provided the column type tenon 230 of interlocking set by body 2 both sides and tenon 240 is sliding puts, the back of interlocking body 2 is provided with one and pushes away tangent plane 25, two sides are provided with and above-mentioned two lateral cheeks 17, 18 inner faces can two-dimensional activity coordinate two side end faces 23, 24, in two side end faces 23, on rear side of in the of 24, be provided with and can trackslip in above-mentioned two longitudinal chutes 170, two tenons 230 of 180, 240, wherein tenon 230, 240 place height and positions are after interlocking body 2 incorporates into jaw access slot 15, can for the bottom surface 26 of interlocking body 2, height and position when activity coordinates can be affixed with both maxillary plate 16 upper surfaces of switching body 1, and the width of interlocking body 2 is less than two lateral cheeks 17 of jaw access slot 15, 18 inner faces are mutually to span, and movable cooperation, with cutting to position as interlocking is after body 2 incorporates into jaw access slot 15 of plug 21, the position being inserted in socket 14 can be aligned.

As shown in Figure 2, (for the purpose of simplifying the description, below illustrate structure that side is simply provided and action as explanation), sliding the putting of the tenon 230 of interlocking set by body 2 is refuting longitudinal chute 170 in the portion of connecing 10, longitudinal chute 170 is that the line S that jumps of parallel jaw access slot 15 is horizontally disposed with, therefore the specification of tenon 230 slide anteroposterior is also all level mutually, and with line parallel of jumping, another by the lateral cheek 17 forming guide mechanism 150, lateral cheek 18 inner surface, can to interlocking body 2 both sides, in the mode of planar activity laminating, the guiding of linearity specification can be done slide, wherein tenon 230 protrudes the side being located at interlocking body 2, the height at place and longitudinal separation are after interlocking body 2 incorporates into jaw access slot 15, bottom surface 26 is shown for being flattened on maxillary plate 16, tenon 230 can level cunning be put in the state position of longitudinal chute 170, and the length of longitudinal chute 170, after can driving by interlocking body 2 for tenon 230, the plug 21 of interlocking set by body 2 can the length of full dose turnover socket 14, the wherein plug 21 of interlocking set by body 2, the outside conducting of electric wire 22 via rear end is electrical.

The convenient mode of one-handed performance can be provided, refer to Fig. 3 to Fig. 6 explanation, the neck splenium 11 of switching body 1 is in the operating process of grafting, pressure is held up for providing forefinger, the abdomen holder portion 12 of switching body 1 is held by providing middle finger, the tangent plane 25 that pushes away of interlocking body 2 is pushed by providing thumb, by the guide mechanism 150 being formed in switching body 1, linear plug guiding can be done to interlocking body 2, and longitudinal chute 170 can be subject to the sliding cutting of tenon 230 and tenon 240 with longitudinal chute 180, when rabbeting body 2 forward impelling, the rear end of interlocking body 2 is subject to tenon 230 with tenon 240 because longitudinal chute 170 is assisted with longitudinal chute 180 linearity specification, make interlocking body 2 can level combination to switching body 1, after combination, interlocking body 2 embeds the inside of switching body 1 completely, electrical and electric wire 22 conducting of plug 13.

As Fig. 5, interlocking body 2 is combined completely with switching body 1, when socket 14 lock out operation of plug 21 and switching body 1 will be exited, the identical forefinger that provides of neck splenium 11 of switching body 1 holds up pressure, the identical holder being subject to middle finger or the third finger in abdomen holder portion 12 of belly is taken, and add that thumb is pushed down and push away tangent plane 25 and pull backward, last tenon 230 moves on to the low order end of longitudinal chute 170, for complete disengaged position, plug 21 is separated with socket 14.

In the process backed out backward of interlocking body 2, the identical guide mechanism 150 formed according to switching body 1 inside guided, via above-mentioned back out action after, interlocking body 2, after producing angle, independently can use and be plugged on other equipment.

As shown in Figure 7, after switching body 1 and interlocking body 2 are backed out, dig interlocking body 2 and the unlatching of switching body 1 in minimum 90 degree, this opening process for by interlocking body 2 set by tenon 230, transposition is in longitudinal chute 170 of switching body 1, and the support being subject to longitudinal chute 170 is arcuate rotation operation.

Shown in Fig. 8, interlocking body 2 has at least 90 expansion of spending, the pluggable jockey at out of Memory machine 100 of plug 21 of convenient interlocking body 2 with switching body 1, and allow the electrical of electric wire 22, via plug 21 and pager 100 conducting, hereat, switching body 1 is the state of falling through.

After completing above-mentioned disengaged position, during to recover interlocking body 2 to combine with switching body 1, the then identical mode utilizing one-handed performance, and through the guiding of guide mechanism 150 and simple combination, its operating process as shown in Figure 9, middle finger can force in subiculum 110, and make switching body 1 put up rotation according to centered by tenon 230, and the identical thumb that provides of tangent plane 25 is provided presses, the rear end of interlocking body 2 comprises electric wire 22, it can be subject to the third finger or little finger of toe presss from both sides the position of pinching in the centre of the palm, main force is for supporting up rotation by subiculum 110 by centered by tenon 230, last and allow interlocking body 2 can just enter jaw access slot 15, and according to the guiding of guide mechanism 150, recover the mode of operation as Fig. 3 to Fig. 5, plug 21 is allowed to be combined with socket 14, make conducting between plug 13 and electric wire 22 electrical.

In addition in the centre position of the bottom surface of interlocking body 2, an outstanding guide pillar 20 can be provided with, this guide pillar 20 act on be located at maxillary plate 16 align guide channel 160, what utilize maxillary plate 16 aligns guide channel 160 supplemental pilot, make plug 21 at the moving process of combination interlocking body 2, plug 21 does not more have the skew of left and right.

Shown in Figure 10, above-mentioned align guide channel 160 for the center linear position being located at maxillary plate 16 and (please Fig. 1 be coordinate, shown in Fig. 9), lean on one end into socket 14 aligning guide channel 160 cover, extend protrusion by the both sides aligning guide channel 160 and be provided with all button points 163, and all button points 162, cut button point 163 and cut the diameter detained point 162 relative distances and be less than guide pillar 20, make this end form one and can wrap the positioning port 164 fastening cross section body of wall 19, and cut button point 163 and cut button point 162 appearances via a stress groove 161 open-minded, so cut button point 163 and cut button point 162 and resiliently can cut button effect, when guide pillar 20 maximum gauge is by cutting button point 163 and cutting button point 162, cut button point 163 and cut the button point 162 i.e. absorption of stress groove 161 and elasticity can back out span, guide pillar 20 is allowed to enter positioning port 164, afterwards by cutting button point 163 and cutting the elastic restoring force amount of detaining point 162, button effect is cut in formation, and it is in place at positioning port 164 to embrace button guide pillar 20, form the snap close strength after combination, after allowing the interlocking body 2 linked combine, can not back out backward, interlocking body 2 will be backed out afterwards, then mat thumb applies larger resistance, supporting the stopper power of cutting button point 163 and cutting button point 162 can make interlocking body exit.

Above-mentionedly utilize guide pillar 20 to act on to align guide channel 160, and utilize cut button point 162,163 2 point elasticities cut button, guide pillar 20 is made to be anchored the concept of position, also can transfer lateral cheek 17 or and lateral cheek 18 set by longitudinal chute 170 and longitudinal chute 180, and tenon 230 and side end face 24 are subrogated the concept for guide pillar 20, then namely lateral cheek 17, lateral cheek 18 can be used as the location utilization after unloading interlocking body 2 groups, certainly also can offer class such as the concept of stress groove 161 implement at lateral cheek 17, lateral cheek 18 periphery.

Shown in Figure 11, what switching body 1 end was formed refutes the portion of connecing 10, its structure can at lateral cheek 17, the inner side of lateral cheek 18 is protruded and is provided with axis body 151, this axis body 151 for can provide be located at interlocking body 2 both sides be recessed into set sliding ditch 27 sliding cuttings, and rabbet axis body 151 position of the set sliding ditch 27 of body 2 and switching body 1, and operating state and laminating yardstick, corresponding to the setting position of the longitudinal chute 170 of the 1st figure and tenon 230, and the identical guide mechanism 150 by jaw access slot 15 of guide mode is guided, plug 21 and socket 14 can be done and linearly align plug.

Referring again to Figure 12, shown in Figure 13, guide mechanism 150 of the present utility model can be respectively equipped with one in interlocking body 2 both sides and have the kidney-shaped tenon 230 that anterior-posterior length has 2 sliding cuttings, and be located at longitudinal chute 170 (or longitudinal chute 180) of switching body 1 both sides, a curved guide groove 172 can be connected by arc backward, curved guide groove 172 last is vertically combined with one and turns to groove 173, it must be the tenon 230 utilizing kidney-shaped, removable between longitudinal chute 170 and curved guide groove 172, finally utilizing turns to groove 173 flip angle at least to can be vertically, tenon 230 can form vertical configuration, interlocking body 2 is driven to form the subtended angle of 90 degree with switching body 1, and plug 21 and the combination of socket 14 align, tenon 230 then by kidney-shaped is in kidney-shaped length, there are 2, front and back and determine linear function, again by the straight line specification of longitudinal chute 170, 2 sliding cutting guide mechanisms 150 of pluggable guiding can be reached.

The utility model another kind provides and is easy to one-handed performance connector group and unloads mode, its mechanism's machine plinth is for switching body 1 (as shown in figure 14) and rabbet between body 2 for single shaft overturns guide mechanism 150, the group arranging conjunction in arc unloads operation, for the device for connection set by switching body 1, it is a half semi-open open form socket 141, the crimping that the plug 21 of interlocking body 2 accommodates pressure for arc arc is combined, transferring, body 1 front end is identical is provided with neck splenium 11, plug 13 is provided with before neck splenium 11 groove, the lower end of neck splenium 11 is subiculum 110, the belly of switching body 1 is abdomen holder portion 12, and form a jaw access slot 15 rearward, the guide mechanism 150 of this formula design, for jaw access slot 15 rear end be provided with one and refute the portion of connecing 10, refute the portion of connecing 10 to connect hole 191 by refuting and refute that to connect hole 192 open-minded, interlocking body 2 both sides be provided with tenon 230 and tenon 240 respectively coaxial line refute to be connected on to refute and connect hole 191 with refuting and connect hole 192, rotation can be done according to refuting point centered by the portion of connecing 10 after interlocking body 2 and switching body 1 are combined, reach plug 21 and contact the guiding with disengaging with the conducting connection terminal 140 of half open form socket 141.

Button relation can be organized to rabbet after body is combined with switching body, and can guarantee that between terminal, essence presses connection, the design of this formula offers a traction groove 201 in the longitudinal direction of the upper table body 200 of interlocking body 2, to there is provided bottom a sliding cutting fingerboard 3 set sliding wedge 33 slide and put, and allow the slip obtaining moving forward and backward between sliding cutting fingerboard 3 and interlocking body 2 combine, the front end of sliding cutting fingerboard 3 is provided with covering plate 31, covering plate 31 is extensible more forward wears buckle 34, wear buckle 34 be buckled on switching body 1 cross section body of wall 19 set by receive and connect button hole 193, and form the action that longitudinal eye-splice combination or elasticity backs out.

Conducting connection terminal 140 set by half open form socket 141, by interlocking body 2 according to down rotation centered by tenon 230 and tenon 240, result allows the lower end of plug 21 can contact the conducting connection terminal 140 of half open form socket 141, form another kind of single shaft upset guide mechanism 150, guiding interlocking body 2 can put the conducting connection terminal 140 electric power conducting aligning the half-open type socket 141 of lower press contacts by arc.

Really fixing contact can be crimped at conducting connection terminal 140 in order to allow plug 21, any snap close mode can be utilized, fastening interlocking body 2 can not allow plug 21 depart from, the design of this formula utilizes that the sliding cutting fingerboard 3 being located at table on interlocking body 2 is set wears buckle 34 forward, eye-splice receiving set by cross section body of wall 19 can connect button hole 193, prevent interlocking body 2 from reversing to reach, and utilize and wear button power and can press down, guarantee plug 21 and half open form socket 141 elastic compression joint conducting, after utilizing covering plate 31 to combine in addition, can be used as the effect of blocking, avoid off-balancesheet dew on plug 21 or half open form socket 141.

Referring again to Figure 15, shown in Figure 16, the tenon 230 of interlocking body 2 is refuted to put and is connect hole 191 refuting of body 1 of switching, form point action, swing in the inside of jaw access slot 15 forward, and allow plug 21 and half open form socket 141 conducting, utilization is located at receiving of body 1 of switching and connects button hole 193, wearing buckle 34 and can wearing and buckle of sliding cutting fingerboard 3 is provided, so can by sliding cutting fingerboard 3 promotion forward, drive is worn buckle 34 eye-splice and is entered to receive to connect button hole 193, make to reach the assembled state as Figure 16, allow between sliding cutting fingerboard 3 and switching body 1, fastened by wearing buckle 34, and it can hide the appearance of half open form socket 141 to utilize covering plate 31, dust or water droplet is avoided to enter, in addition in order to allow interlocking body 2 plug 21 depart from after, independently can form the plug of a male end, then the covering plate 31 of sliding cutting fingerboard 3 must be comprised and wear buckle 34 and back out backward, plug 21 can be exposed completely.

As shown in figure 17, utilize thumb to push away cutting plate 32, worn covering plate 31 toward post-tensioning and worn buckle 34 displacement backward, the plug 21 of interlocking body 2 can be exposed, formed and complete expose male end, and the plug 21 conducting electric wire 22 that this can be utilized to expose is electrical, is plugged on other electronic installation.

The above-mentioned embodiment shown as Figure 14, group unloads mode in rotation mode, identically provide user one-hand operation, the grafting of hyperphoric different interfaces uses, basis is between switching body 1 and interlocking body 2, hole 191 is connect by refuting refuting of the portion of connecing 10, refute and connect hole 192 and tenon 230, tenon 240 refute the relation of connecing, form the guide mechanism 150 that cycloid effect is drawn in a tool arc transduction, plug 21 set by interlocking body 2 other end is through the conducting connection terminal 140 of the free bottom in the face of half open form socket 141, and be the tactile relation of pressure, except conducting electrical function, more also for the position of interlocking body 2 bottom lowest point limits.

Be fulcrum by tenon 230, tenon 240, make interlocking body 2 can obtain coaxial plane rotation, become single shaft upset guide mechanism 150, add the spacing of half open form socket 141, make interlocking body 2 combination switch body 1, solid angle locator qualification effect can be obtained, what finally drive covering plate 31 by sliding cutting fingerboard 3 wears buckle 34, can cut and connect button hole 193 into receiving of cross section body of wall 19, locking interlocking body 2 can not oppositely be arranged, guarantee the plug 21 rabbeting body 2, effectively can crimp the conducting connection terminal 140 of half open form socket 141, essence conducting is electrical and dust-proof.

Above-mentioned two tenons 230,240, and two refute the position relationship connecing hole 191,192, for exchanging therebetween at switching body 1 and interlocking body 2, the identical effect obtaining single shaft guiding.

Claims (4)

1. an electric connector, it is characterized in that it includes: the switching body of a strip, it is parallel plug that front end one neck splenium is provided with an operation direction with the line of jumping of switching body, lower abdomen is an abdomen holder portion, and back is provided with the jaw access slot of a pipeful of type, and wherein jaw access slot is by a cross section body of wall, two sides to have extended back two lateral cheeks with line parallel of jumping, root edge backward horizontal-extending has a maxillary plate, two sides of maxillary plate, upwards vertically in conjunction with the inner surface of two lateral cheeks, one guide mechanism, the interior table of above two lateral cheek and maxillary plate is mutually to formed, the socket of one splicing interface specification different from plug, plug orientation is parallel to line of jumping, and is located at the panel of above-mentioned cross section body of wall, and opening is towards jaw access slot, the lateral cheek rear end of switching set by body two side, lateral symmetry offers two longitudinal chutes that two long shapes are parallel to line of jumping, and refutes to form the portion of connecing, one interlocking body, following table is a bottom surface, front end be provided with can with the plug of above-mentioned socket grafting, plug is electrical via the outside conducting of an electric wire, the back of interlocking body is provided with one and pushes away tangent plane, two sides are provided with can two side end faces that coordinate of two-dimensional activity with above-mentioned two lateral cheek inner faces, on rear side of two side end faces, be provided with two tenons that can trackslip in above-mentioned two longitudinal chutes, wherein tenon place height and position is after interlocking body incorporates into jaw access slot, can for the bottom surface of interlocking body, height and position when activity coordinates can be affixed with both maxillary plate upper surfaces of switching body, and the width of interlocking body is less than two lateral cheek inner faces of jaw access slot mutually to span, and movable cooperation, with cutting to position as interlocking is after body incorporates into jaw access slot of plug, the position being inserted in socket can be aligned.

2. electric connector according to claim 1, is characterized by the longitudinal center at maxillary plate, is provided with one and aligns guide channel.

3. an electric connector, it is characterized in that it includes: the switching body of a strip, be provided with a neck splenium forward, the parallel line of jumping of neck splenium is provided with a plug forward, switching body bottom portion be an abdomen holder portion, the upper back of the body offers a jaw access slot, jaw access slot by one section to cross section body of wall, two sides are extended with two lateral cheeks backward, and two lateral cheek rear end transverse uniaxial symmetries offer two respectively and refute and connect hole; One receives and connects button hole, is located at the upper limb of cross section body of wall; Half open form socket, is positioned at the corner that jaw access slot is bordering on cross section body of wall, and set conducting connection terminal is exposed upward; One interlocking body, align the position of above-mentioned half open form socket forward, be provided with a plug, interlocking body two side is provided with two tenons, two tenons are refuted respectively and are connected on refuting of two lateral cheeks and connect hole, and form one and can guide interlocking body and carry out the guide mechanism of rotation, make the plug of interlocking body can crimp or back out half open form socket of switching body because of rotation; One sliding cutting fingerboard, be provided with one forward and wear buckle, can pass in and out to cut and be buckled in above-mentioned receiving and connect button hole, and the bottom of sliding cutting fingerboard is provided with a sliding wedge, activity is combined in the traction groove on interlocking body set by table, relatively interlocking body is sliding before and after doing puts by the guiding of traction groove for sliding cutting fingerboard, and set buckle of wearing can be driven forward to cut and be buckled in receiving of body of switching and connect button hole.

4. electric connector according to claim 3, the front end that it is characterized by sliding cutting fingerboard can connect through a covering plate wears buckle.