CN107706630A - A kind of convenient power supply device - Google Patents
A kind of convenient power supply device Download PDFInfo
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- CN107706630A CN107706630A CN201710370722.XA CN201710370722A CN107706630A CN 107706630 A CN107706630 A CN 107706630A CN 201710370722 A CN201710370722 A CN 201710370722A CN 107706630 A CN107706630 A CN 107706630A
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- cavity
- runner
- spin axis
- power supply
- electric power
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01R—ELECTRICALLY-CONDUCTIVE CONNECTIONS; STRUCTURAL ASSOCIATIONS OF A PLURALITY OF MUTUALLY-INSULATED ELECTRICAL CONNECTING ELEMENTS; COUPLING DEVICES; CURRENT COLLECTORS
- H01R13/00—Details of coupling devices of the kinds covered by groups H01R12/70 or H01R24/00 - H01R33/00
- H01R13/62—Means for facilitating engagement or disengagement of coupling parts or for holding them in engagement
- H01R13/627—Snap or like fastening
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Abstract
The invention discloses a kind of convenient power supply device,Including the housing being arranged in wall,Upper frame and electric power-feeding structure,Housing includes base portion,Cavity and the montant for being fixed on the left and right sides at the top of base portion,Left and right is relative in electric power-feeding structure is provided with the first cavity,The second cavity is provided with electric power-feeding structure above first cavity,The guide channel for extending set up and down is equipped with first cavity madial wall of the left and right sides,Transmission cavity is equipped with electric power-feeding structure above each guide channel,Each first cavity far goes to guide channel side to be provided with the first spin axis for extending set up and down,Extension is logical at the top of first spin axis wears the first cavity inner top surface and visits into the second cavity,The first cone runner is fixed with first spin axis outer surface of the first cavity bottom,Second cavity inner wall location mid-shaft is provided with the second spin axis,It is connected at the top of second spin axis with first driving means；The present invention is simple in construction, reasonable in design, easy to operate, improves the operating efficiency of power supply, stable.
Description
Technical field
The present invention relates to technical field of electric power, specifically a kind of convenient power supply device.
Background technology
Electric power and each of us life are all closely bound up, and production and living all be unable to do without electricity.When in general electrical equipment uses
Need by the way that power taking in plug insertion socket is used, due to jack with power supply pin frequently contact, pushed manually plus people, power
Pin is very easy to abrasion, bending, and now replacing power supply pin is cumbersome, and influences normal electricity consumption.
The content of the invention
The technical problems to be solved by the invention are to provide a kind of convenient power supply device, and it can solve the problem that above-mentioned existing
In the art the problem of.
The present invention is achieved through the following technical solutions：A kind of convenient power supply device of the present invention, including
Housing, upper frame and the electric power-feeding structure being arranged in wall, the housing include base portion, cavity and are fixed on the base portion top
Montant at left and right sides of portion, left and right is relative in the electric power-feeding structure is provided with the first cavity, the confession above first cavity
The second cavity is provided with electric structure, the guiding for extending set up and down is equipped with the first cavity madial wall of the left and right sides
Groove, transmission cavity each is equipped with the electric power-feeding structure above the guide channel, each first cavity far goes described lead
Approaching channel side is provided with the first spin axis for extending set up and down, and logical wear in first cavity of extension is pushed up at the top of first spin axis
Face is simultaneously visited into second cavity, and the first cone is fixed with the first spin axis outer surface of first cavity bottom and is turned
Wheel, the second cavity inner wall location mid-shaft are provided with the second spin axis, coordinate at the top of second spin axis with first driving means and connect
Connect, the outer surface of the upper and lower side of the second spin axis is fixed with runner and lower runner respectively, and the upper runner right side is relative
The first runner is fixed with first spin axis of right side, is fixed in relative left side first spin axis in the lower runner left side
Provided with the second runner, the first spiral shell shape bar for extending set up and down, the first spiral shell shape bar top are equipped with each guide channel
Portion's extension is logical to wear the guide channel inwall and turn mating connection, and extending afterbody at the top of the first spiral shell shape bar visits into the biography
Send and the second cone runner is fixed with intracavitary and afterbody, being connected on the inside of each second cone runner has third hand tap runner, left
The second drive device is provided with the electric power-feeding structure between transmission cavity described in right both sides, the second drive device both ends coordinate
The 3rd spin axis of extension laterally is connected with, the slip electric power-feeding structure for extending setting laterally is equipped with each guide channel,
The cavity surface is provided with bilateral switch cover, and the cavity is combined with power taking head, and the power taking head rear end is provided with two single
Side draw electricity hole, the power taking head left and right sides are provided with oblique surface, and the power taking head front end is connected with Handheld Division, the Handheld Division
Front end connects live wire, is provided with locking system in the base bottom wall body, the power taking head both sides offer and institute
State the lock groove of locking system cooperation.
Preferably technical scheme, the second spin axis bottom are connected with the second cavity inner bottom wall turn,
The first driving means outer surface is arranged in the second cavity top end face and is fixedly connected.
Preferably technical scheme, between the upper runner and right side first spin axis and the lower runner with it is left
Conveyer belt is equipped between first spin axis described in side.
Preferably technical scheme, the first spin axis top extend afterbody and matched somebody with somebody with the second cavity inner top surface turn
Connection is closed, the first spin axis bottom end is connected with the first cavity inner bottom wall turn.
Preferably technical scheme, it is provided with the end face of the montant opposite side of the left and right sides and extends what is set up and down
Second sliding groove, is provided with the second spiral shell shape bar for extending set up and down in second sliding groove, at the top of the second spiral shell shape bar with
The second sliding groove inner top surface turn is connected, the second spiral shell shape bar bottom and drive device mating connection of rising and falling, institute
State drive device outer surface of rising and falling to be arranged in the second sliding groove bottom end face and be fixedly connected, in second sliding groove
The second spiral shell shape bar on spiral shell shape be connected with the sliding shoe that rises and falls, the sliding shoe opposite side difference of rising and falling of the left and right sides
It is fixedly connected with the upper frame or so end face.
Preferably technical scheme, left and right is provided with end face before the upper frame and extends the first sliding groove set, institute
State and the 3rd spiral shell shape bar that left and right extends setting is provided with the first sliding groove, the 3rd spiral shell shape bar left-hand end is slided with described first
The turn of groove inner left wall is connected, and the 3rd spiral shell shape bar right-hand end and the 3rd drive device are connected, and the described 3rd drives
Dynamic outside of deivce face is arranged on the right side of first sliding groove in inwall and is fixedly connected, and described the in first sliding groove
Spiral shell shape is connected with the first sliding shoe, the first sliding shoe front end face and the electric power-feeding structure back end surface on three spiral shell shape bars
It is fixedly connected.
Preferably technical scheme, the 3rd spin axis far go the extension afterbody of the second drive device side visit into
It is fixedly connected in the transmission cavity and with the third hand tap runner.
Preferably technical scheme, it is each described between first spin axis and the guide channel in the guide channel
Guide channel inner bottom wall is communicated provided with slotted eye, and each slip electric power-feeding structure includes far going the recessed of guide channel side to match somebody with somebody
Groove, the recessed slot allocation is interior to be provided with the connecting rod for extending set up and down, and the connecting rod top extends afterbody and the recessed slot allocation inner top surface
Turn is connected, and connecting rod bottom extension is logical to wear the recessed slot allocation inner bottom wall and turn mating connection, the connecting rod bottom
Portion's afterbody is fixed with the power supply pin for extending set downwards, and the power supply Zhen Yu cities are electrically connected, and the power supply pin bottom is visited into institute
State in slotted eye and be connected, the 4th cone runner is fixed with the connecting rod in the recessed slot allocation, described slide in left side supplies
The lowest position that electric structure is in the guide channel of left side, left side the 4th is bored runner and be engaged company with the cone runner of left side first
Connect, now, the power supply pin in left side is stretched out outside the bottom end face of the electric power-feeding structure, and the right side electric power-feeding structure that slides is in
Top position in the guide channel of right side, right side the 4th is bored runner and at utmost far go to right side first to bore runner, now,
The power supply pin on right side is in the electric power-feeding structure.
Preferably technical scheme, the locking system or so is oppositely arranged, the locking system include latch and
Locking drive device, lock chamber is provided with the base bottom wall body, the latch is matched somebody with somebody with the lock chamber internal slide
Connection is closed, the locking drive device, the latch and the locking drive device is fixedly installed in the lock chamber outboard end
It is connected.
The beneficial effects of the invention are as follows：
1. setting the first cavity by the way that left and right in electric power-feeding structure is relative, the second cavity is set in the electric power-feeding structure above the first cavity, it is left
It is all provided with extending the guide channel set up and down on first cavity madial wall of right both sides, in the electric power-feeding structure above each guide channel
If transmission cavity, each first cavity far goes to guide channel side to set the first spin axis for extending set up and down, extends at the top of the first spin axis
Section is logical to wear the first cavity inner top surface and visits into the second cavity, fixed on the first spin axis outer surface of the first cavity bottom to set first
Runner is bored, the second cavity inner wall location mid-shaft sets the second spin axis, is connected at the top of the second spin axis with first driving means, and second
The outer surface of the upper and lower side of spin axis is fixed set runner and lower runner respectively, solid in the relative spin axis of right side first on the right side of upper runner
Surely the first runner is set, is fixed in the relative spin axis of left side first in lower runner left side and sets the second runner, confession is automatically controlled so as to realize
Electricity work.
2. by being all provided with extending the first spiral shell shape bar set up and down in each guide channel, extension leads at the top of the first spiral shell shape bar
Perforate approaching channel inwall and turn is connected, extension afterbody is visited and fixes second at and afterbody interior into transmission cavity at the top of the first spiral shell shape bar
Runner is bored, be connected third hand tap runner on the inside of each second cone runner, is set in the electric power-feeding structure between the transmission cavity of the left and right sides
Second drive device, the second drive device both ends are connected extends the 3rd spin axis laterally, is all provided with each guide channel outwards
Side extends the slip electric power-feeding structure set, so as to realize the transmission work for automatically controlling the electric power-feeding structure switching that horizontally slips.
3. communicated by the guide channel inner bottom wall in each guide channel between the first spin axis and guide channel and set slotted eye, it is each sliding
Dynamic electric power-feeding structure includes the recessed slot allocation for far going to guide channel side, and the connecting rod for extending set up and down, connecting rod top are set in recessed slot allocation
Extension afterbody is connected with recessed slot allocation inner top surface turn, and connecting rod bottom extension is logical to wear recessed slot allocation inner bottom wall and turn cooperation company
Connect, afterbody fixation in connecting rod bottom sets the power supply pin for extending set downwards, and power supply pin bottom is visited interior into slotted eye and is connected, recessed to match somebody with somebody
It is fixed on connecting rod in groove to set the 4th cone runner, the lowest position that left slide electric power-feeding structure is in the guide channel of left side, make
Left side the 4th is bored runner and is connected with the cone runner of left side first, and now, the power supply pin in left side stretches out the bottom end of electric power-feeding structure
Outside face, the top position that electric power-feeding structure is in the guide channel of right side is slided on right side, right side the 4th is bored runner at utmost remote
Right side first is gone to bore runner, now, the power supply pin on right side is in electric power-feeding structure, so as to realize that the power supply pin of the left and right sides is automatic
Control switch operating.
4. the present invention is simple in construction, reasonable in design, easy to operate, the switching and transmission of automatic driving power supply pin can be realized
Work, improves the operating efficiency of power supply, stable.
Brief description of the drawings
For ease of explanation, the present invention is described in detail by following specific embodiment and accompanying drawing.
Fig. 1 is a kind of convenient power supply device overall structure diagram of the present invention；
Fig. 2 is the structure distribution schematic diagram that the electric power-feeding structure of the present invention is fixedly connected with the first sliding shoe；
Fig. 3 is the electric power-feeding structure internal structure schematic diagram of the present invention；
Fig. 4 is the structural representation when electric power-feeding structure of the present invention moves down；
Structural representation when Fig. 5 is a kind of convenient power supply device power supply of the present invention；
Fig. 6 is the structural representation of the power taking head of the present invention.
Embodiment
As shown in figs 1 to 6, a kind of convenient power supply device of the invention, including be arranged in wall housing 5,
Upper frame 6 and electric power-feeding structure 7, the housing 5 include base portion 51, cavity 510 and are fixed on the top of base portion 51 left and right two
The montant 52 of side, the interior left and right of the electric power-feeding structure 7 is relative to be provided with the first cavity 71, the power supply of the top of the first cavity 71
The second cavity 72 is provided with structure 7, is equipped with the madial wall of the first cavity 71 of the left and right sides and extends leading for setting up and down
Approaching channel 73, transmission cavity 74 each is equipped with the electric power-feeding structure 7 of the top of guide channel 73, each first cavity 71
The side of guide channel 73 is far gone to be provided with the first spin axis 711 for extending set up and down, the top extension of the first spin axis 711 leads to
Wear the inner top surface of the first cavity 71 and visit into second cavity 72, first spin axis of the bottom of the first cavity 71
The first cone runner 712 is fixed with 711 outer surfaces, the inwall location mid-shaft of the second cavity 72 is provided with the second spin axis 722, institute
State the top of the second spin axis 722 to be connected with first driving means 721, the outer surface difference of the 722 upper and lower side of the second spin axis
Runner 7221 and lower runner 7222 are fixed with, in relative right side first spin axis 711 in the upper right side of runner 7221
The first runner 724 is fixed with, second is fixed with relative left side first spin axis 711 in the lower left side of runner 7222
Runner 723, the first spiral shell shape bar 736 for extending set up and down, the first spiral shell shape bar 736 are each equipped with the guide channel 73
Top extension is logical to wear the inwall of guide channel 73 and turn mating connection, and the top of the first spiral shell shape bar 736 extends afterbody and visited
Enter in the transmission cavity 74 and be fixed with the second cone runner 742 at afterbody, each inner side of second cone runner 742 is connected
There is a third hand tap runner 741, the second drive device 744 be provided with the electric power-feeding structure 7 between the transmission cavity 74 of the left and right sides,
The both ends of second drive device 744 are connected with the 3rd spin axis 743 of extension laterally, are all provided with each guide channel 73
The slip electric power-feeding structure 731 that oriented lateral is set, the surface of cavity 510 is provided with bilateral switch cover 511, the cavity
510 are combined with power taking head 4, and the rear end of power taking head 4 is provided with one side power taking hole 41 at two, and the left and right sides of power taking head 4 is set
Oblique surface 42 is equipped with, the front end of power taking head 4 is connected with Handheld Division 43, and the front end of Handheld Division 43 connects live wire 44, described
Locking system is provided with the base wall body of base portion 51, the both sides of power taking head 4 offer what is coordinated with the locking system
Lock groove 45.
Wherein, the bottom of the second spin axis 722 is connected with the inner bottom wall turn of the second cavity 72, and described first drives
The dynamic outer surface of device 721 is arranged in the top end face of the second cavity 72 and is fixedly connected, and power supply is automatically controlled so as to realize
Pin turn.
Wherein, between the upper runner 7221 and right side first spin axis 711 and lower runner 7222 and left side
Conveyer belt 725 is equipped between first spin axis 711, so as to realize the first spin axis 711 of the left and right sides jointly by the first driving
Device 721, which drives, realizes that turn works.
Wherein, the top of the first spin axis 711 extends afterbody and is connected with the inner top surface turn of the second cavity 72, institute
The bottom end of the first spin axis 711 is stated to be connected with the inner bottom wall turn of the first cavity 71.
Wherein, the second sliding groove for extending set up and down is provided with the end face of the opposite side of the montant 52 of the left and right sides
521, the second spiral shell shape bar 522 for extending set up and down, the top of the second spiral shell shape bar 522 are provided with second sliding groove 521
It is connected with the inner top surface turn of the second sliding groove 521, the bottom of the second spiral shell shape bar 522 and drive device 523 of rising and falling
It is connected, the outer surface of drive device 523 of rising and falling is arranged in the bottom end face of the second sliding groove 521 and fixed company
Connect, spiral shell shape is connected with the sliding shoe 524 that rises and falls, left and right two on the second spiral shell shape bar 522 in second sliding groove 521
The opposite side of sliding shoe 524 of rising and falling of side is fixedly connected with the end face of upper frame 6 or so respectively, and confession is automatically controlled so as to realize
Electric structure 7, which is risen and fallen, slides powered operation.
Wherein, the upper frame 6 is above provided with the first sliding groove 61 that left and right extends setting, first sliding groove in end face
Left and right is provided with 61 and extends the 3rd spiral shell shape bar 62 set, the left-hand end of the 3rd spiral shell shape bar 62 and first sliding groove 61 are left
Side inwall turn is connected, and the right-hand end of the 3rd spiral shell shape bar 62 is connected with the 3rd drive device 63, and the described 3rd drives
The dynamic outer surface of device 63 is arranged in the right side inwall of the first sliding groove 61 and is fixedly connected, in first sliding groove 61
Spiral shell shape is connected with the first sliding shoe 64, the front end face of the first sliding shoe 64 and the power supply on the 3rd spiral shell shape bar 62
The back end surface of structure 7 is fixedly connected, so as to realize that automatically controlling electric power-feeding structure 7 horizontally slips the unilateral power taking hole of alignment.
Wherein, the 3rd spin axis 743 far goes the extension afterbody of the side of the second drive device 744 to visit into the transmission
Be fixedly connected in chamber 74 and with the third hand tap runner 741, so as to realize the second drive device 744 and the first spiral shell shape bar 736 it
Between transmission control.
Wherein, the guide channel in each guide channel 73 between first spin axis 711 and the guide channel 73
73 inner bottom walls are communicated provided with slotted eye 75, and each slip electric power-feeding structure 731 includes far removing the recessed of the side of guide channel 73
Slot allocation 732, the recessed slot allocation 732 is interior to be provided with the connecting rod 733 for extending set up and down, extends afterbody and institute at the top of the connecting rod 733
The recessed inner top surface turn of slot allocation 732 is stated to be connected, the bottom extension of connecting rod 733 is logical wear the inner bottom wall of recessed slot allocation 732 and
Turn is connected, and the bottom afterbody of connecting rod 733 is fixed with the power supply pin 735 for extending set downwards, the power supply pin 735
It is electrically connected with city, power supply pin 735 bottom is visited interior into the slotted eye 75 and is connected, the connecting rod in the recessed slot allocation
The 4th cone runner 734 is fixed with 733, the left side electric power-feeding structure 731 that slides is in the guide channel 73 of left side most
Bottom position, left side the 4th is bored runner 734 and be connected with the cone runner 712 of left side first, now, the power supply pin in left side
735 stretch out outside the bottom end face of the electric power-feeding structure 7, and the right side electric power-feeding structure 731 that slides is in the right side guide channel 73
Interior top position, right side the 4th is bored runner 734 and at utmost far go to right side first to bore runner 712, now, the institute on right side
State power supply pin 735 to be in the electric power-feeding structure 7, so as to realize that the power supply pin of the left and right sides automatically controls switch operating.
Wherein, described locking system or so is oppositely arranged, and the locking system includes latch 32 and locking drive device
34, lock chamber 31, the latch 32 and the sliding fit inside of lock chamber 31 are provided with the base wall body of base portion 51
The locking drive device 34 is fixedly installed in connection, the outboard end of lock chamber 31, and the latch 32 drives with the locking
Device 34 is connected.
During original state, top position that the sliding shoe 524 that rises and falls is in the second sliding groove 521, meanwhile, left slide
The lowest position that electric power-feeding structure 731 is in left side guide channel 73, left side the 4th is bored runner 734 and bore runner with left side first
712 are connected, and now, the power supply pin 735 in left side is stretched out outside the bottom end face of electric power-feeding structure 7, and electric power-feeding structure 731 is slided on right side
Top position in right side guide channel 73, right side the 4th is bored runner 734 and at utmost far go to right side first to bore runner
712, now, the power supply pin 735 on right side is in electric power-feeding structure 7.
When needing power supply, bilateral switch cover 510 is opened to both sides first, power taking head 4 is inserted into cavity 510, passed through
The locking drive device 34 drives the latch 32 to coordinate with the lock groove 45, prevents power taking head 4 from releasing, passes through first
Drive device 721 drives the second spin axis 722 and the upper runner 7221 in the second spin axis 722 and the turn simultaneously of lower runner 7222,
The turn of first runner 724 is driven by conveyer belt 725 by upper runner 7221, the first runner 724 is driven first spin axis on right side
711 turns, due to the top position that right side slip electric power-feeding structure 731 is in right side guide channel 73, turn the cone of right side the 4th
Wheel 734 at utmost far goes to right side first to bore runner 712, and now, the power supply pin 735 that right side is slided in electric power-feeding structure 731 is kept
It is constant, meanwhile, lower runner 7222 drives the turn of the second runner 723 by conveyer belt 725, the second runner 723 is driven left side
The turn of first spin axis 711, due to the lowest position that left slide electric power-feeding structure 731 is in left side guide channel 73, make left side
4th cone runner 734 is bored runner 712 with left side first and is connected, and now, first spin axis 711 in left side drives the first of left side
The turn of runner 712 is bored, the 4th cone turn of runner 734 in left side is driven by the first cone runner 712 in left side, and by the 4th of left side the
The power supply pin 735 that runner 734 drives bottom is bored, the 62 positive and negative turn of the 3rd spiral shell shape bar is then driven by the 3rd drive device 63,
The electric power-feeding structure 7 or so for making the 3rd spiral shell shape bar 62 drive the first sliding shoe 64 and the front end face of the first sliding shoe 64 to be fixedly connected is sliding
Dynamic, realization automatically controls power supply position adjustments, and finally by rising and falling, drive device 523 drives the turn of the second spiral shell shape bar 522, by the
Two spiral shell shape bars 522 drive the sliding shoe 524 that rises and falls to be slided along the bottom direction of the second sliding groove 521 as shown in figure 4, continuing control and risen and fallen
The turn of drive device 523 is until powered operation is realized in the power supply bottom of pin 735 with the cooperation of unilateral power taking hole as shown in Figure 5.
When needing to switch power supply pin, the turn of the 3rd spin axis 743 at both ends is controlled simultaneously by the second drive device 744,
The second cone turn of runner 742 in the transmission cavity 74 of the left and right sides is driven simultaneously respectively by the 3rd spin axis 743 of the left and right sides, by a left side
Second cone runner 742 of side drives the turn of the first spiral shell shape bar 736 in left side, and the first spiral shell shape bar 736 in left side drives left side to guide
Slip electric power-feeding structure 731 in groove 73 is gradually slided along the top-direction of guide channel 73 in left side, and runner 742 is bored by the second of right side
The turn of the first spiral shell shape bar 736 on right side is driven, the first spiral shell shape bar 736 on right side drives the slip power supply knot in the guide channel 73 of right side
Structure 731 gradually slides along the bottom direction of guide channel 73 on right side, until left slide electric power-feeding structure 731 is in left side guide channel 73
Interior top position, left side the 4th is bored runner 734 and at utmost far go to left side first to bore runner 712, now, the confession in left side
Acusector 735 is in electric power-feeding structure 7, and the lowest position that electric power-feeding structure 731 is in right side guide channel 73 is slided on right side, makes the right side
Side the 4th is bored runner 734 and is connected with the cone runner 712 of right side first, and now, the power supply pin 735 on right side stretches out electric power-feeding structure 7
Bottom end face outside.
The beneficial effects of the invention are as follows：
1. setting the first cavity by the way that left and right in electric power-feeding structure is relative, the second cavity is set in the electric power-feeding structure above the first cavity, it is left
It is all provided with extending the guide channel set up and down on first cavity madial wall of right both sides, in the electric power-feeding structure above each guide channel
If transmission cavity, each first cavity far goes to guide channel side to set the first spin axis for extending set up and down, extends at the top of the first spin axis
Section is logical to wear the first cavity inner top surface and visits into the second cavity, fixed on the first spin axis outer surface of the first cavity bottom to set first
Runner is bored, the second cavity inner wall location mid-shaft sets the second spin axis, is connected at the top of the second spin axis with first driving means, and second
The outer surface of the upper and lower side of spin axis is fixed set runner and lower runner respectively, solid in the relative spin axis of right side first on the right side of upper runner
Surely the first runner is set, is fixed in the relative spin axis of left side first in lower runner left side and sets the second runner, confession is automatically controlled so as to realize
Electricity work.
2. by being all provided with extending the first spiral shell shape bar set up and down in each guide channel, extension leads at the top of the first spiral shell shape bar
Perforate approaching channel inwall and turn is connected, extension afterbody is visited and fixes second at and afterbody interior into transmission cavity at the top of the first spiral shell shape bar
Runner is bored, be connected third hand tap runner on the inside of each second cone runner, is set in the electric power-feeding structure between the transmission cavity of the left and right sides
Second drive device, the second drive device both ends are connected extends the 3rd spin axis laterally, is all provided with each guide channel outwards
Side extends the slip electric power-feeding structure set, so as to realize the transmission work for automatically controlling the electric power-feeding structure switching that horizontally slips.
3. communicated by the guide channel inner bottom wall in each guide channel between the first spin axis and guide channel and set slotted eye, it is each sliding
Dynamic electric power-feeding structure includes the recessed slot allocation for far going to guide channel side, and the connecting rod for extending set up and down, connecting rod top are set in recessed slot allocation
Extension afterbody is connected with recessed slot allocation inner top surface turn, and connecting rod bottom extension is logical to wear recessed slot allocation inner bottom wall and turn cooperation company
Connect, afterbody fixation in connecting rod bottom sets the power supply pin for extending set downwards, and power supply pin bottom is visited interior into slotted eye and is connected, recessed to match somebody with somebody
It is fixed on connecting rod in groove to set the 4th cone runner, the lowest position that left slide electric power-feeding structure is in the guide channel of left side, make
Left side the 4th is bored runner and is connected with the cone runner of left side first, and now, the power supply pin in left side stretches out the bottom end of electric power-feeding structure
Outside face, the top position that electric power-feeding structure is in the guide channel of right side is slided on right side, right side the 4th is bored runner at utmost remote
Right side first is gone to bore runner, now, the power supply pin on right side is in electric power-feeding structure, so as to realize that the power supply pin of the left and right sides is automatic
Control switch operating.
4. the present invention is simple in construction, reasonable in design, easy to operate, the switching and transmission of automatic driving power supply pin can be realized
Work, improves the operating efficiency of power supply, stable.
The foregoing is only a specific embodiment of the invention, but protection scope of the present invention is not limited thereto, any
The change or replacement expected without creative work, it should all be included within the scope of the present invention.Therefore, it is of the invention
Protection domain should be determined by the scope of protection defined in the claims.
Claims (9)
1. a kind of convenient power supply device, including housing, upper frame and the electric power-feeding structure being arranged in wall, its feature exist
In：Housing includes base portion, cavity and the montant for being fixed on the left and right sides at the top of base portion, and left and right is relative in electric power-feeding structure is provided with the
One cavity, the second cavity is provided with the electric power-feeding structure above the first cavity, is equipped with the first cavity madial wall of the left and right sides
Extend the guide channel set up and down, be equipped with transmission cavity in the electric power-feeding structure above each guide channel, each first cavity is far gone
Guide channel side is provided with the first spin axis for extending set up and down, and the first spin axis top extension is logical to be worn the first cavity inner top surface and visit
Enter in the second cavity, be fixed with the first cone runner on the first spin axis outer surface of the first cavity bottom, in the second cavity inner wall
Shaft position is provided with the second spin axis, is connected at the top of the second spin axis with first driving means, the outer surface of the upper and lower side of the second spin axis
Runner and lower runner are fixed with respectively, and the first runner is fixed with the relative spin axis of right side first in upper runner right side, under
The second runner is fixed with the relative spin axis of left side first on the left of runner, is equipped with each guide channel and extends what is set up and down
First spiral shell shape bar, the first spiral shell shape bar top extension is logical to perforate approaching channel inwall and turn mating connection, prolongs at the top of the first spiral shell shape bar
Long afterbody is visited and the second cone runner is fixed with and afterbody interior into transmission cavity, and being connected on the inside of each second cone runner has third hand tap
Runner, be provided with the second drive device, the mating connection of the second drive device both ends in the electric power-feeding structure between the transmission cavity of the left and right sides
The oriented spin axis of lateral the 3rd, the slip electric power-feeding structure for extending setting laterally, the cavity are equipped with each guide channel
Surface is provided with bilateral switch cover, and the cavity is combined with power taking head, and the power taking head rear end is provided with power taking hole in one side at two,
Oblique surface is provided with left and right sides of the power taking head, the power taking head front end is connected with Handheld Division, the Handheld Division front end connection
Live wire, locking system is provided with the base bottom wall body, the power taking head both sides offer and the locking fills
Put the lock groove of cooperation.
A kind of 2. convenient power supply device according to claim 1, it is characterised in that：The second spin axis bottom with
The second cavity inner bottom wall turn is connected, and the first driving means outer surface is arranged at the second cavity top end
In face and it is fixedly connected.
A kind of 3. convenient power supply device according to claim 1, it is characterised in that：The upper runner and right side institute
State between the first spin axis and be equipped with conveyer belt between the lower runner and left side first spin axis.
A kind of 4. convenient power supply device according to claim 1, it is characterised in that：Prolong at the top of first spin axis
Long afterbody is connected with the second cavity inner top surface turn, the first spin axis bottom end and the first cavity inner bottom wall
Turn is connected.
A kind of 5. convenient power supply device according to claim 1, it is characterised in that：The montant of the left and right sides
The second sliding groove for extending set up and down is provided with the end face of opposite side, is provided with second sliding groove and extends what is set up and down
Second spiral shell shape bar, the second spiral shell shape bar top are connected with the second sliding groove inner top surface turn, the second spiral shell shape
Bar bottom and drive device mating connection of rising and falling, the drive device outer surface of rising and falling is arranged at the second sliding groove bottom end
In face and it is fixedly connected, spiral shell shape is connected with the sliding shoe that rises and falls on the second spiral shell shape bar in second sliding groove, left
The sliding shoe opposite side of rising and falling of right both sides is fixedly connected with the upper frame or so end face respectively.
A kind of 6. convenient power supply device according to claim 1, it is characterised in that：Before the upper frame in end face
Extend the first sliding groove set provided with left and right, being provided with left and right in first sliding groove extends the 3rd spiral shell shape bar set, institute
The 3rd spiral shell shape bar left-hand end and the first sliding groove inner left wall turn is stated to be connected, the 3rd spiral shell shape bar right-hand end with
3rd drive device is connected, and the 3rd drive device outer surface is arranged in inwall and solid on the right side of first sliding groove
Fixed to connect, spiral shell shape is connected with the first sliding shoe on the 3rd spiral shell shape bar in first sliding groove, and described first slides
Motion block front end face is fixedly connected with the electric power-feeding structure back end surface.
A kind of 7. convenient power supply device according to claim 1, it is characterised in that：3rd spin axis far goes to institute
The extension afterbody for stating the second drive device side is visited interior into the transmission cavity and is fixedly connected with the third hand tap runner.
A kind of 8. convenient power supply device according to claim 1, it is characterised in that：Institute in each guide channel
State the guide channel inner bottom wall between the first spin axis and the guide channel to communicate provided with slotted eye, each slip electric power-feeding structure
Include the recessed slot allocation for far going to the guide channel side, the connecting rod for extending set up and down, the connecting rod are provided with the recessed slot allocation
Top extends afterbody and is connected with the recessed slot allocation inner top surface turn, and connecting rod bottom extension is logical to be worn in the recessed slot allocation
Bottom wall and turn are connected, and connecting rod bottom afterbody is fixed with the power supply pin for extending set downwards, the power supply pin with
City is electrically connected, and the power supply pin bottom is visited interior into the slotted eye and is connected, fixed on the connecting rod in the recessed slot allocation
Provided with the 4th cone runner, left side is described to slide the lowest position that be in the guide channel of left side of electric power-feeding structure, make on the left of the
Four cone runners are bored runner with left side first and are connected, and now, the power supply pin in left side stretches out the bottom of the electric power-feeding structure
Outside end face, the right side top position slided electric power-feeding structure and be in the guide channel of right side, right side the 4th is set to bore runner
Right side first is at utmost far gone to bore runner, now, the power supply pin on right side is in the electric power-feeding structure.
A kind of 9. convenient power supply device according to claim 1, it is characterised in that：The locking system or so phase
To setting, the locking system includes latch and locking drive device, is provided with lock chamber in the base bottom wall body, institute
State latch to be connected with the lock chamber sliding fit inside, the locking driving dress is fixedly installed in the lock chamber outboard end
Put, the latch is connected with the locking drive device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710370722.XA CN107706630A (en) | 2017-05-23 | 2017-05-23 | A kind of convenient power supply device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710370722.XA CN107706630A (en) | 2017-05-23 | 2017-05-23 | A kind of convenient power supply device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107706630A true CN107706630A (en) | 2018-02-16 |
Family
ID=61169530
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710370722.XA Pending CN107706630A (en) | 2017-05-23 | 2017-05-23 | A kind of convenient power supply device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN107706630A (en) |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2648643Y (en) * | 2003-04-24 | 2004-10-13 | 上海汇盛电子机械设备有限公司 | Synchronous transmitting device for automatic wire stripping crimping machine |
| CN202076662U (en) * | 2011-06-28 | 2011-12-14 | 湖州电力局 | Detachable ground wire converter |
| CN104882724A (en) * | 2015-05-29 | 2015-09-02 | 浙江工商职业技术学院 | Power supply equipment interface apparatus clamped by use of spring |
| CN106229749A (en) * | 2016-08-31 | 2016-12-14 | 孙露 | A kind of safe power supply device |
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2017
- 2017-05-23 CN CN201710370722.XA patent/CN107706630A/en active Pending
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2648643Y (en) * | 2003-04-24 | 2004-10-13 | 上海汇盛电子机械设备有限公司 | Synchronous transmitting device for automatic wire stripping crimping machine |
| CN202076662U (en) * | 2011-06-28 | 2011-12-14 | 湖州电力局 | Detachable ground wire converter |
| CN104882724A (en) * | 2015-05-29 | 2015-09-02 | 浙江工商职业技术学院 | Power supply equipment interface apparatus clamped by use of spring |
| CN106229749A (en) * | 2016-08-31 | 2016-12-14 | 孙露 | A kind of safe power supply device |
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Application publication date: 20180216 |