CN101582555A - Electronic device with rotating conductive terminal - Google Patents
Electronic device with rotating conductive terminal Download PDFInfo
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- CN101582555A CN101582555A CNA200810097101XA CN200810097101A CN101582555A CN 101582555 A CN101582555 A CN 101582555A CN A200810097101X A CNA200810097101X A CN A200810097101XA CN 200810097101 A CN200810097101 A CN 200810097101A CN 101582555 A CN101582555 A CN 101582555A
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Abstract
The invention provides an electronic device with a rotating conductive terminal, which at least comprises a shell, a rotary base and a circuit board, wherein the shell is provided with a notch; the rotary base which can be rotationally arranged in the shell comprises a rotary table, a first conductive terminal and a second conductive terminal, wherein the first conductive terminal and the second conductive terminal partially protrude from the notch; and the circuit board arranged in the shell is provided with a first junction and a second junction for respectively connecting with the first conductive terminal and the second conductive terminal, wherein the first junction and the second junction surrounding the rotary base are oppositely arranged on the circuit board so that the first conductive terminal and the second conductive terminal can both touch the first junction and the second junction of the circuit board and keep opposite polarity when the rotary base is fixed in different positions. The electronic device can be inserted into an electric appliance socket for use by changing angles.
Description
Technical field
The present invention relates to a kind of electronic installation, refer to a kind of electronic installation especially with rotating conductive terminal.
Background technology
Progress along with science and technology, electric equipment miscellaneous has become instrument indispensable in people's daily life, and the major function of power supply changeover device (power converter) is in order to after AC rectification is converted to direct current, required power supply when providing electric equipment to use, for example the employed power-supply adapter of notebook computer (power adapter) or mobile phone and the employed charger of digital camera (charger) etc. all belong to a kind of of power supply changeover device.
See also Fig. 1, it is the structural representation of conventional power source transducer.As shown in Figure 1, power supply changeover device 1 has housing 11 and plug 12, the inner space of its middle shell 11 can a ccontaining internal circuit (figure does not show), this internal circuit is looked the purposes of power supply changeover device 1, and will offer the direct use of electric equipment after power rectifier, the conversion or rechargeable battery be charged.12 of plugs are fixing and protrude in sides of housing 11, in order to combining with appliance socket, and then power supply changeover device 1 and alternating current are conducted.
Yet conventional power source transducer 1 can't rotate because of plug 12 is fixing, so on being arranged at appliance socket the time, just have many defectives.For example, because the set jack of appliance socket generally is all fixed-direction, therefore conventional power source transducer 1 needs to locate to finish to plant according to the direction of insertion of appliance socket, yet power supply changeover device 1 has certain volume, therefore may stop jack contiguous in the appliance socket, contiguous jack can't be used simultaneously, cause user's inconvenience.In addition, when appliance socket is arranged at corner place and very approaching with ground, or appliance socket is other when other electric equipment is arranged, just limiting to some extent in the appliance socket for the grafting space, so when conventional power source transducer 1 was desired to be arranged in the appliance socket according to the direction of insertion of appliance socket, power supply changeover device 1 possibly can't be difficult to be suitable for to pegging graft the space.
Therefore, how to develop a kind of defective of improving above-mentioned prior art, and provide simple in structure, assembling is easily and can make a plurality of conducting terminals turn to desired location the time, all be in the electronic installation with rotating conductive terminal of relative polarity, real in pressing for the problem of solution at present.
Summary of the invention
Main purpose of the present invention is to provide a kind of electronic installation with rotating conductive terminal, with solve the conventional power source transducer because of plug is fixing can't turn, make the power supply changeover device can't be to the grafting space on should appliance socket and be difficult to be suitable for, or when power supply changeover device is plugged in the appliance socket, can stops contiguous jack and make defectives such as contiguous jack can't use.
Another object of the present invention is to provide a kind of simple in structure, be convenient to the assembling, and in the time of can keeping first conducting terminal and second conducting terminal and rotate to different positions, all can contact and the electronic installation of the rotating conductive terminal of relative polarity is arranged with first and second junction on the circuit board.
For reaching above-mentioned purpose, of the present invention one than the broad sense form of implementation for a kind of electronic installation with rotating conductive terminal is provided, comprise at least: housing has fluting; Rotating basis, rotatably be arranged in the housing and comprise rotating disk, first conducting terminal and second conducting terminal, wherein, first conducting terminal and second conducting terminal are arranged at rotating disk, and expose first end and the second end respectively, each first end protrudes the fluting of housing, and each the second end is relatively protruded by the outer ring surface of rotating disk; Circuit board, be arranged in the housing, and have first junction and second junction, first junction and second junction are arranged at the outer rim side of rotating basis relatively and around ground, in order to be connected with the second end of first conducting terminal of rotating basis or the second end of second conducting terminal respectively; Wherein, rotate and when the second end of first conducting terminal being turned to be connected in rotating basis with first junction of circuit board, the second end of second conducting terminal turns to second junction of circuit board and is connected, and rotate and when the second end of first conducting terminal being turned to be connected with second junction of circuit board in rotating basis, the second end of second conducting terminal turns to first junction of circuit board and is connected, thereby make first conducting terminal and second conducting terminal when rotating basis turns to diverse location, all have relative polarity.
Useful technique effect of the present invention is, electronic installation with rotating conductive terminal of the present invention rotates by a plurality of conducting terminals that have rotating rotating basis and drive on rotating basis, and make the rotating basis of rotation be movable to desired location and be fixed in this position by positioning element and no longer rotate, so electronic installation just is plugged in to convertible angle in the appliance socket and easy to use.
Description of drawings
Fig. 1: it is the structural representation of conventional power source transducer.
Fig. 2: it is the combining structure schematic diagram of the electronic installation with rotating conductive terminal of the present invention's first preferred embodiment.
Fig. 3: it is the decomposition texture schematic diagram of electronic installation shown in Figure 2.
Fig. 4: it is the structural representation of rotating basis shown in Figure 3.
Fig. 5: it is the structural representation after rotating basis shown in Figure 4 removes rotating disk.
Fig. 6～Fig. 8: it is the part-structure action schematic diagram of electronic installation when rotating basis rotates shown in Figure 3.
Fig. 9: it is the decomposition texture schematic diagram of the electronic installation with rotating conductive terminal of another preferred embodiment of the present invention.
Wherein, description of reference numerals is as follows:
1: power supply changeover device 11: housing
12: plug 2: electronic installation
20: housing 21: rotating basis
22: circuit board 23: positioning element
202: the second housings of 201: the first housings
200,208: inner surface 203: fluting
204: hole 205: sleeved part
206: perforating 207: top
209: reference column 211: rotating disk
212: plug construction 213: stop section
214: guide groove 215: location hole
216: 217: the first conducting terminals in sheathed hole
Conducting terminal 219 in 218: the second: axial region
222: the second junctions of 221: the first junctions
223: perforating 231: the contraposition post
232: flexible member 233: protuberance
211a: first 211b: second one
217a, 218a: first end 217b, 218b: the second end
221a: the first guide-joining plate 221b: second guide-joining plate
221c: the first trace 222a: the 3rd guide-joining plate
222b: the 4th guide-joining plate 222c: second trace
Embodiment
Some exemplary embodiments that embody feature of the present invention and advantage will be described in detail in the explanation of back segment.It should be understood that the present invention can have various variations different in form, its neither departing from the scope of the present invention, and explanation wherein and the accompanying drawing usefulness that ought explain in itself, and be not in order to restriction the present invention.
See also Fig. 2 and Fig. 3, it is the combination and the decomposition texture schematic diagram of the electronic installation with rotating conductive terminal of preferred embodiment of the present invention.As shown in Figures 2 and 3, the electronic installation 2 with rotating conductive terminal of the present invention can be but is not limited to power supply changeover device.Electronic installation 2 with rotating conductive terminal comprises housing 20, rotating basis 21, circuit board 22 and positioning element 23.In present embodiment, the inner space of housing 20 can ccontaining rotating basis 21, circuit board 22 and positioning element 23, and housing 20 is made up of for example first housing 201 and second housing 202, wherein the juncture of first housing 201 and second housing 202 can utilize modes such as for example ultrasonic waves welding, engaging or locking, but not as limit.The inner surface 200 of first housing 201 have a fluting 203 and with these 203 adjacent holes of establishing 204 of slotting, and slot 203 and hole 204 all be through to the outer surface of first housing 201 of correspondence by inner surface 200.
In some embodiment, first housing 201 also has a sleeved part 205, a perforating 206 and top 207, wherein sleeved part 205 is arranged at fluting 203 edge and is extended by the inner surface 200 of first housing 201, and be connected with fluting 203, in order to sheathed and ccontaining part rotating basis 21, rotating basis 21 rotatably is positioned on the sleeved part 205.206 of perforatings and hole 204 are adjacent to be arranged on the sleeved part 205.207 of tops can be but are not limited to a cross bar, and its setting also extends two relative madial walls of first housing 201.202 of second housings have a reference column 209, and this reference column 209 is extended towards the direction of first housing 201 by the inner surface 208 of second housing 202, and in fact with the corresponding setting in center of the fluting 203 of first housing 201.
See also Fig. 4 and Fig. 5, and cooperate Fig. 2 and Fig. 3, wherein Fig. 4 be the structural representation of rotating basis shown in Figure 3, and Fig. 5 then is the structural representation after rotating basis shown in Figure 4 removes rotating disk.To shown in Figure 5, in present embodiment, rotating basis 21 rotatably is arranged in the housing 20 as Fig. 2, and for example utilizes metal to imbed the mode of mold and form by a rotating disk 211 and a plug construction 212.Rotating disk 211 can be placed in the sleeved part 205 of first housing 201, and has a stop section 213, wherein stop section 213 is arranged at the outer ring surface of rotating disk 211 and rotating disk 211 is separated into first 211a and second 211b, and the external diameter of stop section 213 is in fact greater than the external diameter of this sleeved part 205, therefore when first 211a of rotating disk 211 is placed in the sleeved part 205 in advance, stop section 213 will be replaced mutually with sleeved part 205, and second 211b that stops rotating disk 211 is placed in the sleeved part 205, thus, rotating basis 21 just can by part rotating disk 211 be placed in sleeved part 205 and in housing 20 location.
In some embodiment, rotating disk 211 also has a guide groove 214 and a plurality of location hole 215, wherein guide groove 214 is arranged on the outer ring surface of first 211a of rotating disk 211 for example, and its length equals half arc length of first 211a in fact, in order to ccontaining part positioning element 23, and then the scope of restriction rotating basis 21 rotations.215 of a plurality of location holes are arranged in the guide groove 214, and the hole size of each location hole 215 is corresponding with the perforating 206 of first housing 201 in fact.Below will have three location holes 215, and adjacent in twos location hole 215 90 degree of being separated by in fact illustrate technology of the present invention for example with rotating disk 211.
In other embodiment, rotating disk 211 also has a sheathed hole 216, the reference column 209 of this sheathed hole 216 and second housing 202 is arranged at the top (as shown in Figure 4) of second 211b of rotating disk 211 accordingly, uses for reference column 209 to wear, and is positioned in the housing 20 to strengthen rotating basis 21.
212 of plug constructions have one first conducting terminal 217, one second conducting terminal 218 and an axial region 219, its middle shaft part 219 can utilize the mold mode to form, make first conducting terminal 217 and second conducting terminal 218 embed axial region 219, and expose a first end 217a, 218a and a second end 217b, the 218b vertical respectively with first end 217a, 218a.Therefore utilize the one ejection formation and when constituting rotating basis 21 when plug construction 212 and rotating disk 211, first conducting terminal 217 of plug construction 212 and the first end 217a of second conducting terminal 218,218a just exposes and protrudes from the end face of first 211a of rotating disk 211, and the second end 217b, 218b then exposes and protrudes from the relative both sides of outer ring surface of second 211b of rotating disk 211, therefore when the sleeved part 205 that is placed in first housing 201 by part rotating disk 211 when rotating basis 21 is positioned in the housing 20, the first end 217a of first conducting terminal 217 and second conducting terminal 218,218a just protrudes from the fluting 203 of first housing 201, and then can peg graft with for example appliance socket.
Certainly, plug construction 212 and rotating disk 211 do not limit to needs to use the mode of ejection formation to make up, in some embodiment, also can utilize the mode of engaging that plug construction 212 is placed in the rotating disk 211, or the mode that first conducting terminal 217 and second conducting terminal 218 are imbedded ejection formation with metal directly and rotating disk 211 constitute rotating basis 21 in one piece.In addition, in other embodiment, can on the end face of first 211a of rotating disk 211 and first housing 201, be provided with can ccontaining first conducting terminal 217 first end 217a and a plurality of profile grooves (figure does not show) of the first end 218a of second conducting terminal 218, and with the second end 217b of first conducting terminal 217 and second conducting terminal 218,218b is changed to cylindrical shape, in the time of thus in plug construction 212 is placed in rotating disk 211, first conducting terminal 217 and second conducting terminal 218 can the second end 217b, 218b rotates for axle, makes first end 217a, 218a can hold and closes in these a plurality of profile grooves.
The top 207 and the rotating basis 21 of the positioning element 23 and first housing 201 are adjacent, with so that rotating basis 21 can rotate to ad-hoc location and fixing.In present embodiment, positioning element 23 is made up of a contraposition post 231, a flexible member 232 and a protuberance 233, wherein, the perforating 206 corresponding settings of contraposition post 231 and first housing 201, in order to rotate when rotating basis 21, and when wherein a location hole 215 is just corresponding with the perforating 206 of first housing 201 and contraposition post 231 on the rotating disk 211, wear to the location hole 215 of correspondence through perforating 206, so rotating basis 21 can have different position locations with the collocation of a plurality of location holes 215 by contraposition post 231.232 of flexible members can be but are not limited to a spring, better is a hook formation, and an end of flexible member 232 contacts with contraposition post 231, the other end then joins with the top 207 of first housing 201 or replaces, in order to rotate when rotating basis 21 location hole 215 of rotating disk 211 just with contraposition post 231 mutually during contraposition, execute an elastic force in contraposition post 231 by replacing mutually with top 207, make contraposition post 231 automatically wear and be sticked in this location hole 215, and then make rotating basis 21 fixing no longer rotations by this elastic force.Certainly, top 207 be not limited to as shown in Figure 3 position and shape be set, also can be arranged on the circuit board 22 or on second housing 202 and replace mutually, and in some embodiment, top 207 also can be the structure of baffle plate with the flexible member 232 of positioning element 23.
233 of protuberances are arranged on the flexible member 232, and be placed in the hole 204 of first housing 201, in order to be arranged in location hole 215 fixedly the time by contraposition post 231 when rotating basis 21, this protuberance 233 can receive an external force and move, and then make flexible member 232 and this contraposition post 231 interlock mutually, so that contraposition post 231 withdraws from location hole 215, thereby rotating basis 21 can be rotated once more.
In some embodiment, the contraposition post 231 of positioning element 23, flexible member 232 and protuberance 233 can be one of the forming, but not as limit, also can be separably, connection is provided with.In addition, the profile of protuberance 233 corresponding to hole 204 sizes of first housing 201, therefore when protuberance 233 is placed in hole 204, just can be replaced mutually with hole 204, and positioning element 23 is positioned in the housing 20 in fact.Certainly, in other embodiment, also extend on the circuit board 22 or first housing 201 a plurality of baffle plates (figure does not show) are set, described a plurality of baffle plates are in order to replacing mutually with the relative both sides of the contraposition post 231 of positioning element 23, and then strengthen the location of positioning element 23.In some embodiment, the confession force surface of protuberance 233 then can be but is not limited to have grain structure or texture structure, in order to increase frictional force, so that force in this protuberance 233 again.
In some embodiment, the both ends of first junction 221 of circuit board 22 are separated with a spacing H (as shown in Figure 3) mutually with the both ends of adjacent second junction 222 respectively, and this spacing H is in order to keep the electric creepage distance of first conducting terminal 217 and second conducting terminal 218.In other embodiment, also has a perforating 223 on the circuit board 22, the sheathed hole 216 corresponding settings of the reference column 209 of this perforating 223 and second housing 202 and the rotating disk 211 of rotating basis 21, with so that this part reference column 209 can wear the sheathed hole 216 of the rotating disk 211 of rotating basis 21 via the perforating 223 of circuit board 22, circuit board 22 also wears this perforating 223 by reference column 209 and is fixed in the housing 20 simultaneously.
The manner of execution of electronic installation 2 of the present invention when rotating rotating basis 21 below will exemplarily be described.See also Fig. 6 to Fig. 8 and cooperate Fig. 2 to Fig. 5, wherein Fig. 6 to Fig. 8 is the part-structure action schematic diagram of electronic installation when rotating basis rotates shown in Figure 3.Extremely shown in Figure 8 as Fig. 6, at first, when the rotating basis 21 of electronic installation 2 is fixed in position for example shown in Figure 6, at this moment, the contraposition post 231 of positioning element 23 is replaced in the location hole 215 wherein of rotating disk 211 that the elastic force that produces is arranged in rotating basis 21 mutually by the flexible member 232 and the top 207 of first housing 201, make rotating basis 21 be fixed in this position, simultaneously, the second end 217b of first conducting terminal 217 of rotating basis 21 contacts and conducting with first junction 221 of circuit board 22, the second end 218b of second conducting terminal 218 then relatively contacts and conducting with second junction 222, so the time if electronic installation 2 be plugged in the appliance socket, first conducting terminal 217 just has relative polarity with second conducting terminal 218.
When desiring to change the direction of first conducting terminal 217 and second conducting terminal 218 for example to rotate counterclockwise rotating basis 21, just can execute the protuberance 233 of external force in positioning element 23, protuberance 233 is moved toward the direction away from rotating basis 21 in the hole 204 of first housing 201, and then drive contraposition post 231 extruding flexible members 232 and past equidirectional moving, when no longer fastening with this location hole 215 when contraposition post 231 disengaging location holes 215, just can rotate counterclockwise this rotating basis 21, first conducting end, 217 sons and second conducting terminal 218 are and then rotated (as shown in Figure 7).
Please consult Fig. 8 again, when rotating basis 21 continues to rotate counterclockwise and another location hole 215 when just aiming at the contraposition post 231 of positioning elements 23, contraposition post 231 just can be replaced the elastic force that is produced mutually because of the flexible member 232 and the top 207 of first housing 201 and automatically be arranged in the pairing location hole 215, and fasten, thereby make rotating basis 21 fixing can't rotations again with this location hole 215.At this moment, 90 degree because two adjacent location holes 215 are separated by, therefore rotating basis 21 rotates 90 degree in fact, so the first end 217a of first conducting terminal 217 and the second end 218a of second conducting terminal 218 turn 90 degrees compared to shown in Figure 6 revolving, and are plugged in the appliance socket and make electronic installation 2 can adopt different angles.Simultaneously, the second end 217b of first conducting terminal 217 turns to second junction 222 of circuit board 22 and contacts and conducting, the second end 218b of second conducting terminal 218 then contacts and conducting with first junction 221, so first conducting terminal 217 has relative polarity equally with second conducting terminal 218.
Certainly, the rotating basis 21 of electronic installation 2 can also clockwise direction rotate, no matter yet the rotation of which kind of direction, when the contraposition post 231 of positioning element 23 be arranged in rotating basis 21 rotating basis 21 location hole 215 and when making that rotating basis 21 is fixing no longer to rotate, the second end 218b of the second end 217b of first conducting terminal 217 and second conducting terminal 218 all can be relatively one of them contacts with first junction 221 of circuit board 22 and second junction 222, make first conducting terminal 217 and second conducting terminal 218 have relative polarity.
In addition, the number of the length of guide groove 214, location hole 215 and be arranged at positions in the guide groove 214 and be not limited to as shown in Figure 2 form, can different forms of implementation be arranged according to the actual demand of electronic installation 2, for example when the length of guide groove 214 equals the arc length of first 211a of rotating disk 211 of rotating basis 21, then more than rotatable accordingly 360 degree of rotating basis 21.For example on guide groove 214,4 location holes 215 are set again, and adjacent in twos location hole 215 differs 15 degree, therefore change into when wearing adjacent location hole 215 by wearing one of them location hole 215 when the contraposition post 231 of positioning element 23, rotating basis 21 rotates 15 degree backs and locatees.
See also Fig. 9, it is for the electronic device construction exploded view with rotating conductive terminal of another preferred embodiment of the present invention.As shown in the figure, in this embodiment, electronic installation 2 similarly is made of housing 20, rotating basis 21, circuit board 22 and positioning element 23, and each component structure and function and structural similarity shown in Figure 2, therefore repeats no more in this.
But present embodiment is with embodiment discrepancy shown in Figure 3: first junction 221 of circuit board 22 is constituted by the first guide-joining plate 221a, the second guide-joining plate 221b and with one first trace 221c that the first guide-joining plate 221a links to each other with the second guide-joining plate 221b, and 222 of second junctions are same to be made of the second trace 222c that one the 3rd guide-joining plate 222a, the 4th guide-joining plate 222b reach with the 3rd guide-joining plate 222a links to each other with the 4th guide-joining plate 222b.Wherein the first guide-joining plate 221a of first junction 221 and the second guide-joining plate 221b on circuit board 22, be separated by 90 the degree, the 3rd guide-joining plate 222a of second junction 222 and the 4th guide-joining plate 222b on circuit board 22, be separated by equally 90 the degree, the 3rd guide-joining plate 222a of the first guide-joining plate 221a of first junction 221 and second junction 222 is oppositely arranged in addition, and then same the 4th guide-joining plate 222b with second junction 222 of the second guide-joining plate 221b of first junction 221 is oppositely arranged.
90 degree because the hole of adjacent positioned in twos 215 of the rotating disk 211 of rotating basis 21 is separated by, therefore rotating basis 21 is clockwise every or be rotated counterclockwise 90 degree and just can wear corresponding location hole 215 by the contraposition post 231 of positioning element 23 and fix in the scope that guide groove 214 is limited, and because first conducting terminal 217 on the rotating basis 21 and the second end 217b of second conducting terminal 218,218b protrudes from the relative both sides of outer ring surface of second 211b of rotating disk 211, therefore working as rotating basis 21 fixes by the contraposition post 231 and the collocation of location hole 215, and the first guide-joining plate 221a of the second end 217b of first conducting terminal 217 and first junction 221 or the second guide-joining plate 221b contact and during conducting, the second end 218b of second conducting terminal 218 is then with respect to the second end 217b of first conducting terminal 217 and contact and conducting with the 3rd guide-joining plate 222a or the 4th guide-joining plate 222b of second junction 222, otherwise, when the 3rd guide-joining plate 222a of the second end 217b of first conducting terminal 217 and second junction 222 or the 4th guide-joining plate 222b contact and during conducting, the second end 218b of second conducting terminal 218 is then with respect to the second end 217b of first conducting terminal 217 and contact and conducting with the first guide-joining plate 221a or the second guide-joining plate 221b of first junction 221, thus, no matter when rotating basis 21 was fixed in any position, first conducting terminal 217 and second conducting terminal 218 all had relative polarity.Because the manner of execution of the electronic installation 2 of present embodiment and principle repeat no more in this similar in appearance to Fig. 6～embodiment shown in Figure 8.
In sum, electronic installation with rotating conductive terminal of the present invention rotates by a plurality of conducting terminals that have rotating rotating basis and drive on rotating basis, and make the rotating basis of rotation be movable to desired location and be fixed in this position by positioning element and no longer rotate, so electronic installation just is plugged in to convertible angle in the appliance socket and easy to use.In addition, because it is corresponding and around the relative both sides of this rotating basis to be arranged at the second end of the second end of first junction on the circuit board and second junction and first conducting terminal of rotating basis and second conducting terminal, so when rotating basis had different fixed positions by a plurality of location holes with the collocation of positioning element, first and second conducting terminal all can contact and relative polarity is arranged in first junction on described these positions and the circuit board and second junction.
Modification or increase that the present invention is done based on above-mentioned design by those skilled in the art do not break away from the scope that appended claims institute desire is protected.
Claims (16)
1. electronic installation with rotating conductive terminal comprises at least:
One housing has a fluting;
One rotating basis, rotatably be arranged in this housing and comprise a rotating disk, one first conducting terminal and one second conducting terminal, wherein, this first conducting terminal and this second conducting terminal are arranged at this rotating disk, and expose a first end and a second end respectively, each described first end protrudes this fluting of this housing, and each described the second end is relatively protruded by the outer ring surface of this rotating disk; And
One circuit board, be arranged in this housing, and have one first junction and one second junction, this first junction and this second junction are arranged at the outer rim side of this rotating basis relatively and around ground, in order to be connected with this second end of this first conducting terminal of this rotating basis or this second end of this second conducting terminal respectively;
Wherein, rotate and when this second end of this first conducting terminal being turned to be connected in this rotating basis with this first junction of this circuit board, this the second end of this second conducting terminal turns to this second junction of this circuit board and is connected, and rotate and when this second end of this first conducting terminal being turned to be connected with this second junction of this circuit board in this rotating basis, this the second end of this second conducting terminal turns to this first junction of this circuit board and is connected, thereby make this first conducting terminal and this second conducting terminal when this rotating basis turns to diverse location, all have relative polarity.
2. the electronic installation with rotating conductive terminal as claimed in claim 1, wherein this housing is made up of one first housing and one second housing, this first housing has an adjacent hole of establishing with this fluting, and this fluting and this hole are through to corresponding outer surface by an inner surface of this first housing.
3. the electronic installation with rotating conductive terminal as claimed in claim 2, wherein this first housing has a sleeved part and a top, this sleeved part is arranged at the edge of this fluting, and this inner surface by this first housing extends, in order to this rotating disk of part of ccontaining this rotating basis, this top is provided with and extends relative two madial walls of this first housing.
4. the electronic installation with rotating conductive terminal as claimed in claim 3, wherein this rotating basis utilizes the one ejection formation by this rotating disk and a plug construction and forms, this plug construction has an axial region, and this axial region is used for this first conducting terminal and this second conducting terminal and is embedded.
5. the electronic installation with rotating conductive terminal as claimed in claim 4, wherein this rotating disk has a stop section, a guide groove and a plurality of location hole, this stop section is arranged at the outer ring surface of this rotating disk, in order to replace mutually with this sleeved part of this first housing, make this rotating disk of part be placed in this sleeved part, thereby this rotating basis is positioned in this housing, and this guide groove is arranged on the outer ring surface of this rotating disk, and described a plurality of location holes are arranged in this guide groove.
6. the electronic installation with rotating conductive terminal as claimed in claim 5, wantonly two adjacent location holes in wherein said a plurality of location holes be separated by 90 the degree.
7. the electronic installation with rotating conductive terminal as claimed in claim 6, wherein this electronic installation also has location parts, this top and this rotating basis of this positioning element and this first housing are adjacent, in order to when this rotating basis rotates, match with this guide groove of this rotating disk, and location and fix this rotating basis, wherein this positioning element has a contraposition post, in order to described a plurality of location holes of this rotating disk of wearing this rotating basis one of them so that the collocation of this rotating basis by this contraposition post and described a plurality of location holes has different position locations.
8. the electronic installation with rotating conductive terminal as claimed in claim 7, wherein this positioning element has a flexible member and a protuberance, the two ends of this flexible member contact with this top of this contraposition post and this first housing respectively, in order to by replacing mutually with this top of this first housing and providing an elastic force in this contraposition post, make this contraposition post be arranged in pairing this location hole automatically, so that this rotating basis is fixed, this protuberance is arranged on this flexible member and is placed in this hole of this first housing, in order to move according to an external force, so that this flexible member and this contraposition post phase interlock, so that this contraposition post withdraws from this location hole by the drive of this protuberance.
9. the electronic installation with rotating conductive terminal as claimed in claim 8, wherein this contraposition post, this flexible member and this protuberance of this positioning element are one of the forming.
10. the electronic installation with rotating conductive terminal as claimed in claim 2, wherein an inner surface of this second housing has a reference column that extends towards this first housing direction, and wherein this circuit board has a perforating that is provided with this reference column opposite position, use this reference column to wear, so that this circuit board is fixed in this housing for this second housing.
11. the electronic installation with rotating conductive terminal as claimed in claim 10, wherein this rotating disk of this rotating basis has a sheathed hole, the corresponding setting of this perforating of this sheathed hole and this reference column and this circuit board, use for this reference column in this perforating is arranged in this sheathed hole, to strengthen the location of this rotating basis.
12. the electronic installation with rotating conductive terminal as claimed in claim 1, wherein this of this circuit board first junction and this second junction are made of an arc metal plate respectively.
13. the electronic installation with rotating conductive terminal as claimed in claim 1, wherein this of this circuit board first junction is by one first guide-joining plate, one second guide-joining plate reaches and this first guide-joining plate, one first trace that this second guide-joining plate is connected constitutes, this second junction is by one the 3rd guide-joining plate, one the 4th guide-joining plate and one second trace that is connected with the 3rd guide-joining plate and the 4th guide-joining plate constitute, and this first guide-joining plate, this second guide-joining plate, the 3rd guide-joining plate and the 4th guide-joining plate are respectively applied for the second end of this first conducting terminal or the second end of second conducting terminal and join.
14. the electronic installation with rotating conductive terminal as claimed in claim 13, wherein the 3rd junction of this first guide-joining plate of this first junction and this second junction is relatively arranged on this circuit board, and this second guide-joining plate of this first junction and the 4th guide-joining plate of this second junction are relatively arranged on this circuit board.
15. the electronic installation with rotating conductive terminal as claimed in claim 1, the both ends of the both ends of this of this circuit board first junction and adjacent this second junction spacing of being separated by wherein, this spacing is in order to keep the electric creepage distance of this first junction and this second junction.
16. the electronic installation with rotating conductive terminal as claimed in claim 1, wherein this electronic installation is a power supply changeover device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA200810097101XA CN101582555A (en) | 2008-05-14 | 2008-05-14 | Electronic device with rotating conductive terminal |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA200810097101XA CN101582555A (en) | 2008-05-14 | 2008-05-14 | Electronic device with rotating conductive terminal |
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|---|---|
| CN101582555A true CN101582555A (en) | 2009-11-18 |
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| Application Number | Title | Priority Date | Filing Date |
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| CNA200810097101XA Pending CN101582555A (en) | 2008-05-14 | 2008-05-14 | Electronic device with rotating conductive terminal |
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| CN (1) | CN101582555A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103701003A (en) * | 2012-09-27 | 2014-04-02 | Tcl-罗格朗国际电工（惠州）有限公司 | Socket module |
| CN112864969A (en) * | 2019-11-12 | 2021-05-28 | 纬创资通股份有限公司 | Wire arrangement structure and electronic device |
-
2008
- 2008-05-14 CN CNA200810097101XA patent/CN101582555A/en active Pending
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103701003A (en) * | 2012-09-27 | 2014-04-02 | Tcl-罗格朗国际电工（惠州）有限公司 | Socket module |
| CN103701003B (en) * | 2012-09-27 | 2016-04-13 | Tcl-罗格朗国际电工（惠州）有限公司 | Socket module |
| CN112864969A (en) * | 2019-11-12 | 2021-05-28 | 纬创资通股份有限公司 | Wire arrangement structure and electronic device |
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Open date: 20091118 |