CN101582524B

CN101582524B - Swinging support wireless charger

Info

Publication number: CN101582524B
Application number: CN2009101488539A
Authority: CN
Inventors: 麦广树
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-08-30
Filing date: 2009-06-05
Publication date: 2011-09-07
Anticipated expiration: 2029-06-05
Also published as: CN201435434Y; CN101582524A; CN101582523A; CN101582523B

Abstract

The invention relates to a swinging support wireless charger with convenient use, comprising a charging circuit, a shell and a converting head, wherein the shell is provided with a swinging disc on which a physical swinging shaft moves along the horizontal direction; the swinging disc is provided with a strip groove which is opened upward and moves along the direction of the physical swinging shaft; the distance between the front wall and the rear wall of the strip groove is equal to that between the front surface and the rear surface of the converting head; the strip groove is internally fixed with two electrode plates which move toward left and right and are electrically connected with a positive output end and a negative output end of the charging circuit; a charging plug on the converting head is inserted into a charging jack of a product to be charged, then the product to be charged is held by hand to insert the converting head into the swinging disc so as to lead the two contact points on the converting head to be respectively contacted with the two electrode plates on the swinging disc, then the product to be charged is swung backward to drive the swinging disc together to swing, with the physical swinging shaft as a shaft, till the back of the product to be charged leans against the shell or a power socket or a wall, thus using the swinging disc, the shell or the power socket or the wall to position the product to be charged in the shell.

Description

Swinging support wireless charger

Technical field

The present invention relates to a kind of charger, particularly relate to a kind of swinging support wireless charger that digital products such as mobile phone, MP3, MP4 or digital camera are charged.

Background technology

Disclose among the disclosed Chinese patent bulletin CN2403133Y on October 25th, 2000 a kind of " inserting the wall type charger for mobile phone ", mainly comprise the insertion slot that is opened in the top, and the plug of being located at a side wall surface, wherein this insertion slot is an inner concavity, inside is available puts in order to do charge or discharge for mobile phone or battery, flat the establishing of this plug protrudes from the side wall surface, and this charger body inside is provided with electronic circuit; Charger (portable round) directly is inserted in the socket on the wall and can locatees and use, exempt puzzlement and inconvenience that the known charge device need extend electric wire.Though this charger can be exempted the puzzlement of charging wire, but its shortcoming is that the insertion slot of inner concavity is corresponding one by one with mobile phone model, even the mobile phone of other model and insertion slot match, but may cause and to use because the charging jack is positioned at the position difference of mobile phone bottom, so the mobile phone of different model can not shared same charger, causes the waste of resource; Volume is less and can insert the mobile phone of insertion slot, also because be difficult to make the charging jack on the mobile phone to aim at the charging plug of insertion slot bottom and use difficulty.

Existing another kind of charger for mobile phone is drawn well and is filled, it is to go up at cradle (shell) slot that matches with the mobile phone bottom is set, in slot, be provided with mobile phone on the corresponding electrode slice of charging contact, between cradle and mains supply, be connected with power line, need not to be connected between mobile phone and the cradle with flexible cord, during charging, mobile phone is inserted directly the charging contact that can make in the slot of cradle in the mobile phone contacts with electrode in the slot and to cell-phone charging, slot on its cradle equally must be corresponding one by one with mobile phone model, and the mobile phone between the different model can not shared same charger; The mobile phone bottom is less than the mobile phone of slot, even can insert slot, but because the gap is bigger between mobile phone bottom and the slot, the one, be difficult to make electrode in the charging contact alignment of mobile phone to cause and use inconvenience, the 2nd, vibrate a little and will make the mobile phone displacement and cause loose contact.

Summary of the invention

The present invention seeks to for solve can not be shared between the product different to be charged that exists in the existing charger problem, and provide a kind of digital product swinging support wireless charger easy to use, making between the product to be charged of most of different models can shared charger, and product to be charged can be placed in the swinging support wireless charger easily, does not need in addition between charger and product to be charged cord to be set again and is connected.

The object of the present invention is achieved like this: a kind of swinging support wireless charger, comprise charging circuit and shell, it is characterized in that also comprising conversion head, this conversion head lower end is provided with two contacts, upper ends and is provided with the charging plug that the charging jack with product to be charged matches, and described two contacts are resilient contact and are electrically connected with described charging plug respectively; The balance that the physics balance staff roughly moves towards about along continuous straight runs is set on the described shell, and described physics balance staff is virtual balance staff, and this physics balance staff not necessarily reveals on balance and best along continuous straight runs; Described balance is provided with opening upwards and along the bar-shaped trough of described compound pendulum direction of principal axis trend, spacing between spacing between this bar-shaped trough front and rear wall and the described conversion head front-back is (or matching) quite, the degree of depth of described bar-shaped trough is equal to or greater than described conversion head and inserts the length of exposing behind the product to be charged, at about two electrode slices that move towards and be electrically connected with the positive-negative output end of charging circuit of described bar-shaped trough internal fixation, described two cube electrode sheets are corresponding with two contacts on the described conversion head respectively; Stirring balance makes progress the opening of described bar-shaped trough, after charging plug on the described conversion head being inserted the charging jack of product to be charged, hand is held product to be charged and described conversion head is inserted in the bar-shaped trough of described balance, making two contacts on the described conversion head contact the sidewall that is inserted with charging plug up to product to be charged respectively with two cube electrode sheets on the described balance contacts with the upper side of described balance, utilizing the upper side of balance to support product to be charged can not swing product to be charged along left and right directions, swinging described product to be charged then backward, to drive described balance serve as that the back that axle swings to product to be charged is close to described shell or supply socket or wall (being to make the back of product to be charged lean against shell front side or supply socket front side backward generally speaking) with the physics balance staff together, thereby utilize balance, shell or supply socket or wall are with product orientation to be charged (also promptly utilizing shell or supply socket or wall to limit product to be charged serves as the axial amplitude of back swing with the physics balance staff of balance) in described shell.Described two contacts are respectively positive and negative contact, and described two cube electrode sheets are respectively positive, negative electrode plate, and positive contact is corresponding with electrode film, and negative contact is corresponding with negative electrode plate; Mains supply is delivered to after step-down, rectification, filtering, the voltage stabilizing after power pin is input to charging circuit in two electrode slices on the described balance, and the battery electrode of sending into product to be charged of two contacts, charging plugs on conversion head charges to battery again.For the product to be charged of different model, possible its charging jack be positioned at position on the limit be not quite similar (particularly be positioned at product to be charged on the sidewall for the charging jack---be called side-plug-in; With respect to side-plug-in, the product to be charged that the charging jack is positioned at diapire is called the slotting formula in the end), but because the bar shaped that the electrode slice described in the present invention moves towards about being, as long as the length of moving towards about electrode slice is enough, just product to be charged can be moved to left or moves to right with respect to shell, product to be charged is placed on the described shell restfully.For product to be charged, only need to change the conversion head (contact size of conversion head lower end is identical, the charging plug of different just conversion head upper ends) that matches with it and get final product with different charging jacks.

The degree of depth of bar-shaped trough is equal to or greater than the benefit that described conversion head inserts the length of exposing behind the product to be charged: in the use, after hand is held bar-shaped trough that product to be charged inserts conversion head described balance is inserted with charging plug up to product to be charged sidewall and the upper side of described balance is contacted, utilize described balance upper side to support the sidewall of product to be charged, again product to be charged is relied on described shell or wall backward, make the product to be charged that is placed in the shell more stable, in order to avoid the weight of product to be charged all drops on conversion head and causes instability.The benefit that two contacts on the described conversion head are resilient contact is in the use, can exert oneself gently product to be charged is pressed into the inboard of withstanding two electrode slices respectively between two electrode slices of balance to pressing down the resilient contact that makes the conversion head lower end.

The antetheca inboard or the rear wall inboard of the bar-shaped trough on the described balance are provided with some vertical slot, are provided with at least one vertical muscle in the respective side of described conversion head, and the width of this vertical muscle is suitable with the width of described vertical slot.Conversion head inserts in the interior bar-shaped trough process of balance, vertical muscle on the conversion head slips into the interior left and right directions to conversion head of described vertical slot and plays the location use, make the product to be charged that is placed in the described charger case more stable, can or not vibrate and slide because of external force along left and right directions.

The length of described bar-shaped trough left and right directions is greater than the width sum of two described conversion head left and right directions.

Described shell upside is offered epicoele, and described balance is positioned in this epicoele and side contacts on the bottom of the bottom downside of balance and this epicoele.During the balance swing, the bottom of balance and the bottom of described epicoele relatively move.Balance can freely be placed in the described epicoele in this scheme, and balance can be with respect to the epicoele certain distance (concrete distance is subjected to the length restriction that is connected electric wire between described two cube electrode sheets and the charging circuit) that moves up; Can not break above-mentioned connecting line too greatly with respect to the displacement that epicoele moves up in order to make balance, can do following improvement: be respectively equipped with axle in the described balance left and right sides, described shell is made of drain pan and face-piece, described epicoele is arranged in the face-piece, described drain pan is provided with two card bases that stretch in the described epicoele, these two card bases lay respectively at described balance axle upside with limit balance upward to the position.

The power supply input pin of described charging circuit is fixedly installed on the back of shell and stretches out along level, directly swinging support wireless charger is inserted in during use in the supply socket on the wall, when product to be charged is swung with described physics balance staff, can be close to supply socket or wall or shell.If be connected with power line between the power pin of charging circuit and the shell, when product to be charged serves as the axle swing with the physics balance staff, product to be charged preferably leans against on the shell, if lean against on supply socket or the wall, then has only shell is placed by the wall place or by supply socket place.

The axle that described balance stretches out by its two ends articulates with shell, and this central axis is described physics balance staff.For the ease of installation, the axle that can stretch out at two ends, the described balance left and right sides stretch into respectively in the axis hole of corresponding cage plate, two cage plates is fixed in the described shell again, and wherein the fixing glue of can using between cage plate and the shell is bonding, also can fix with screw etc.

Described two cube electrode sheets are electrically connected with the positive-negative output end of described charging circuit by electric wire respectively.Also can make the end of described two cube electrode sheets stretch out the left end or the right-hand member of described balance, be fixed with elastic pressuring plate and push down corresponding electrode slice end on shell, described elastic pressuring plate is electrically connected with the positive-negative output end of described charging circuit by electric wire respectively.

Power supply input pin among the present invention (being the part of charging circuit) also can be fixed in the attaching plug, between the power input of attaching plug and charging circuit, be connected with electric wire, the present invention's this moment is equivalent to a seat and fills, after unclamping hand, correspondingly the back with product to be charged leans against shell front side, present fill and product to be charged between do not need charging wire, support charger so also can be described as wireless or wireless swing type.

Owing to adopted technical solutions according to the invention, after only the charging plug on the conversion head need being inserted the charging jack of product to be charged when the user uses, insert together again and also put a low-angle in the balance in the shell backward, balance, shell or supply socket or wall promptly can be stable with product to be charged, and the contact on the conversion head is reliably contacted with electrode slice on the balance, use the utmost point convenient; For having the same transitions head but charging jack position different product to be charged can use same charger, only need to change a slight conversion head between the product to be charged of different charging jacks (charging plug on the conversion head is also different) and get final product even use; Need not to be provided with cord between charger and product to be charged is connected; It is not only convenient to use, and same swinging support wireless charger can charge to different product, has saved social resources.

Description of drawings

The invention will be further described below in conjunction with drawings and Examples.

Fig. 1 is the three-dimensional exploded view of a specific embodiment of the present invention.

Fig. 2 is the stereo amplification figure of another angle of face-piece among Fig. 1.

Fig. 3 is the stereo amplification figure of another angle of balance among Fig. 1.

Fig. 4 is the stereogram of another angle of Fig. 3.

Fig. 5 is with the internal junction schematic diagram after the left side wall excision of drain pan and face-piece after each part fits together among Fig. 1.

Fig. 6 be among Fig. 1 conversion head along the enlarged drawing of side.

Fig. 7 is the enlargement decomposition of conversion head among Fig. 1.

Fig. 8 be Fig. 7 along A---the profile of A line direction.

Fig. 9 is the user mode reference diagram of Fig. 1 embodiment.

Figure 10 is Fig. 9 has wall along side surface direction a end view.

Figure 11 is the reference diagram of another user mode of Fig. 1 embodiment.

Figure 12 is Fig. 1 embodiment reference diagram of a user mode again.

Figure 13 is the end view of Figure 12.

Figure 14 is the schematic diagram before balance is gone in the horizontal intervention machine transplanting of rice of a band conversion head in Fig. 1 embodiment use.

Figure 15 is the three-dimensional exploded view of another embodiment of the present invention.

Figure 16 is the assembly drawing of Figure 15.

Figure 17 is the schematic perspective view of among Figure 16 balance being taken in behind the epicoele of shell.

Figure 18 be among Figure 15 in two

electrode slices

84 and 840 insert behind the balances along the projection enlarged drawing of bar-shaped trough opening to the balance bottom direction.

Figure 19 be among Figure 15 cage plate along the stereo amplification figure of inboard.

Figure 20 is the stereo amplification figure of an angle in the compressing tablet 85 among Figure 15.

Figure 21 is with pack into view behind the cage plate among Figure 19 of the compressing tablet of Figure 20.

Figure 22 is the stereogram of another angle of face-piece among Figure 15.

Figure 23 is the view that among Figure 15 electrode slice, compressing tablet and cage plate will be gone into behind the balance.

Figure 24 goes into view behind Figure 22 with Figure 23 shape.

The stereogram of another angle of Figure 25 Figure 22.

Figure 26 is the enlarged drawing of B part among Figure 25.

Figure 27 is the three-dimensional exploded view of conversion head 9 among Figure 15.

Figure 28 is the stereo amplification figure of another angle of conversion head among Figure 15.

Figure 29 be among Figure 27 before and after shell fragment be installed in stereo amplification figure behind the mounting blocks 94.

Figure 30 is that Figure 23 is along the axial projection view of balance compound pendulum.

Figure 31 is the schematic perspective view of pressing structure between described another kind of elastic pressuring plate and the electrode slice end.

Figure 32 be among Figure 31 wherein electrode slice along the stereo amplification figure of end direction.

Figure 33 is the schematic diagram of pressing structure between described another kind of elastic pressuring plate and the electrode slice end.

Among the figure, 1, drain pan, 2, wiring board, 3, face-piece, 31, epicoele, 11,12, card base, 4, balance, 43, bar-shaped trough, 51,52, electrode slice, 6, conversion head; 32, hole clipping, 33,34, limited post, 35, through hole; 41,42, axle; 44, vertical slot, 45, reference column, 61, bonnet, 611, the back steel ball, 612, the back shell fragment, 63, briquetting, 622, preceding shell fragment, 621, preceding steel ball, 620, the steel ball hole, 62, protecgulum, 6201, vertical muscle, 60, charging plug; 0, wall socket, 71, perpendicular intervention machine; 631,632, top pin; 00, wall, 72,73,74, horizontal intervention machine; 81, drain pan, 811, spacing muscle, 83, balance, 831,8310, axle, 830, bar-shaped trough, 832, vertical muscle, 840,84, electrode slice, 8401,841, elbow, 8410, through hole, 850,85, elastic pressuring plate, 860,86, cage plate, 861, axis hole, 9, conversion head, 82, face-piece, 820, dividing plate, 821, inner chamber, 823, block wing, 824, groove, 800, epicoele, 8300, projection, 862, pit, 863, groove, 864, projection, 852, breach, 853, presser feet, 851, the hole, 825, the gap, 91, protecgulum, 911, vertical muscle, 912, cinclides, 93, charging plug, 94, mounting blocks, 941, the hole, 92, bonnet, 95, back shell fragment, 96, preceding shell fragment; A1, balance, A31, A41, elastic pressuring plate, A21, A22, end, A10, axle, A2, fixed head, A32, A42, lower end, A11, elastic pressuring plate, A9, fixed head, A12, lower end, A8, end.

Embodiment:

Embodiment one, see Fig. 1, described swinging support wireless charger, comprise the charging circuit that is arranged in the wiring board 2 and by drain pan 1, the shell that face-piece 3 constitutes, drain pan 1 back is provided with power pin---and be that a kind of wall that can directly be inserted in the wall socket is inserted the formula charger, face-piece 3 upsides have epicoele 31, balance 4 is put into epicoele 31, the

electrode slice

51 and 52 of two bar shapeds is installed in bar-shaped trough 43 bottoms of balance 4, spacing between spacing between the front-back of conversion head 6 and bar-shaped trough 43 front and rear walls matches, and the length of bar-shaped trough 43 left and right directions approximately is the three-to-four-fold of conversion head 6 left and right directions width.The two

cube electrode sheets

51 and 52 that are installed in balance 4 bottoms are connected with electric wire respectively, and the through hole 35 of epicoele 31 bottoms of electric wire other end face-piece in Fig. 2 stretches into behind the inner chamber 36 of face-piece among Fig. 2 with charging output on the wiring board again and is electrically connected.After balance 4 is put into the epicoele 31 of face-piece, the axle 42 of balance is in Fig. 2 between two limited posts 33 on the sidewall of epicoele and 34, after drain pan and face-piece fit together, the hole clipping 32 among Fig. 2 of passing card base 12 on the drain pan 1 stretches in the epicoele 31 of Fig. 2 and is positioned at the upside of Fig. 1 axis 42, also is that the

limited post

33 and 34 among Fig. 2 plays the role of positioning together with 12 pairs of Fig. 1 axis 42 of the card base on the drain pan among Fig. 1; Equally, be provided with hole clipping, limited post (because Fig. 2 angle fails among the figure to see) with hole clipping 32,

limited post

33 and 34 symmetries in the left side of Fig. 2, be used for another 41 the location on Fig. 3 balance.

As can be seen from Fig. 4, wherein a strip electrode sheet 51 is fixed on the bottom of bar-shaped trough by the reference column 45 of bar-shaped trough 43 bottoms of balance, the antetheca of balance has 9 vertical slot 44, and wherein the width of the vertical muscle 6201 on the protecgulum 62 of conversion head is suitable among the width of vertical slot 44 and Fig. 7.As can be seen from Fig. 3,

difference projecting shaft

41 and 42 on the left and right sides end face of balance.

Can be clear that the effect that balance 4 is positioned among Fig. 5, card base 12 on the drain pan is positioned at axle 42 tops of balance, and two limited posts 33 on epicoele 31 sidewalls of face-piece and 34 lay respectively at axle 42 both sides, the bottom of balance 4 contacts with the bottom of epicoele 31, and it can serve as that axle is along clockwise or counter-clockwise swing one angle with axle 42 that the balance 4 among Fig. 5 is equivalent to.

The structure of the conversion head among Fig. 1 is with reference to shown in Figure 7, as can be seen from Fig. 7, conversion head is made of charging plug 60, briquetting 63, front and

rear covers

62 and 61, front and back shell fragment 622 and 612, front and

back steel ball

621 and 611, wherein the charging jack of charging plug 60 upper ends and product to be charged matches, and the vertical slot 44 among the vertical muscle 6201 on the protecgulum and Fig. 4 on the balance matches; The antetheca of protecgulum bottom has external diameter and coughs up steel ball hole 620 less than preceding steel ball 621 diameters, also has the steel ball that matches with the back steel ball equally on bonnet; Wherein shell fragment 622 with 612 respectively with charging plug 60 in charging output electrode end be electrically connected (do not draw among the figure and be connected electric wire).End view after Fig. 7 assembling is seen Fig. 6, along the A among Fig. 6---obtain enlarged drawing shown in Figure 8 behind the A directional profile.

As can be seen from Fig. 8, two top pin 631 on the

briquetting

62 and 632 withstand shell fragment 612 two ends, back respectively, back steel ball 611 is withstood at back shell fragment 612 middle parts, back shell fragment 612 among Fig. 8 has distortion that the part of back steel ball 611 is exposed to outside the bonnet 61 slightly, insert the bar-shaped trough of balance when conversion head after, electrode slice in the bar-shaped trough will back steel ball 611 pushes up left and overcomes the elastic force of back shell fragment 612, makes between electrode slice and the back shell fragment by steel ball maintenance good electrical contact.In like manner, the principle of the protecgulum on right side, preceding shell fragment, preceding steel ball is not going to repeat too among Fig. 8.

Operation instruction, see Fig. 9, earlier charger is inserted in the wall socket 0, (mobile phone that the charging jack is positioned at the mobile phone bottom side is defined as perpendicular intervention machine conversion head to be inserted perpendicular intervention machine 71 again, equally the mobile phone that the charging jack is positioned at the side is defined as horizontal intervention machine), make conversion head insert in the bar-shaped trough of balance 4 then and make vertical muscle in the conversion head aim at vertical slot in the bar-shaped trough, be inserted into always perpendicular take part in motor spindle and the upper side of balance 4 contact till, swing backward again and erect intervention machine 71 and its back is leaned against in the wall 00 get final product up to shown in Figure 10; If the thickness of wall socket 0 big (being that wall 00 is moved to the left) among Figure 10, then perpendicular intervention machine 71 can continue to swing left till the back in perpendicular intervention machine 71 left sides directly leans against the upper end of wall socket 0.

See Figure 11 and 12, be the user mode figure of present embodiment when respectively the transverse-plug type mobile phone being charged, difference wherein is that the charging jack of the horizontal intervention machine 72 of Figure 11 and 12 two and 73 is positioned at the diverse location on the sidewall, the horizontal intervention machine among Figure 11 72 charging jack armrest machine tops wherein, and the state when horizontal intervention machine is supported on shell and the wall socket in Figure 11 and 12 can be seen in the bottom of the charging jack armrest machine of the horizontal intervention machine 73 among Figure 12 from Figure 13.

See Figure 14, inserted conversion head 6 on the side of the horizontal intervention machine 74 charging jack after, conversion head 6 inserts the state before the bar-shaped troughs 43, can select to insert behind the only position by the horizontal intervention machine of move left and right again.

Embodiment two, see Figure 15, and described swinging support wireless charger comprises unillustrated wiring board among drain pan 81, face-piece 82, balance 83 and the figure, and wherein charging circuit is arranged in the wiring board, and this wiring board is fixed in the inner chamber 821 of face-piece 82; The vertical muscle 911 that the wall inboard of the bar-shaped trough 830 on the balance 83 is provided with in some vertical slot 832 and the conversion head 9 matches; Two

electrode slices

84 and 840 side opening through the balance both sides respectively insert in the bar-shaped trough, see Figure 18, lay respectively at the front and rear wall of bar-shaped trough behind the bar-shaped trough of two electrode slices insertion balance, the end that described two electrode slices stretch out the balance two ends is

elbow

841 and 8401,

elbow

841 and 8401 lays respectively at the balance both sides, and

axle

831 and 8310 through holes (wherein the through hole in the elbow of electrode slice 84 is seen mark shown in Figure 15 8410) that pass respectively in two elbows of balance both sides.

Figure 15, the balance both sides are furnished with two identical elastic pressuring plates 85 of size shape, the two

piece cage plates

86 and 860 identical with 850 and size shape respectively.See Figure 19, axis hole 861 on the cage plate and the axle on the balance match, the width of the width of groove 863 and elastic pressuring plate shown in Figure 20 is suitable, also being provided with projection 864 on the groove 863 matches with hole 851 in the elastic pressuring plate shown in Figure 20, also be provided with pit 862 on the cage plate, elastic pressuring plate shown in Figure 20 is packed into behind the cage plate shown in Figure 19 as shown in figure 21, can be pressed in the pit 862 of cage plate after presser feet 853 among Figure 21 on the elastic pressuring plate is stressed, Figure 21 and Figure 18 are fitted together back (seeing shown in Figure 23), and the presser feet in the elastic pressuring plate is pushed down the elbow 841 among Figure 18 or 8401 the outside.

When Figure 15 installs, earlier two electrode slices 84 and 840 are packed into (as shown in figure 18) in the balance 83, and then two elastic pressuring plates 85 and 850 are respectively charged into (as shown in figure 21) in cage plate 86 and 860, again Figure 21 is packed into behind Figure 18 as shown in figure 23, at this moment, relative position between elastic pressuring plate and the elbow as shown in figure 30, even this moment, balance 83 served as that the axle swing also can guarantee elbow 841 and elastic pressuring plate 85 electric contacts (elastic pressuring plate is electrically connected with the output circuit of charging circuit by electric wire) with axle 831, compressing cage plate 86 among Figure 23 and 860 outer rear flank respectively with two fingers puts into face-piece shown in Figure 22 and obtains state shown in Figure 24, at this moment, the upper and lower of elastic pressuring plate 85 lay respectively at dividing plate 820 on, downside, the top maintenance of elastic pressuring plate contacts with the electrode slice in the balance, the bottom is electrically connected with the output circuit of charging circuit with electric wire, and block wing 823 in the face-piece 82 and the groove among Figure 15 limit the position of cage plate 860 above-below directions together; After Figure 23 packed Figure 22 into, elastic pressuring plate 85 was arranged in gap shown in Figure 26 825.

Promptly obtain state shown in Figure 16 behind drain pan 81 in Figure 24 packs Figure 15 into and the conversion head, this moment, the spacing muscle 811 in the drain pan played position-limiting action with face-piece to the fore-and-aft direction of cage plate 860, wherein fixed with ultrasonic bonding between drain pan and the face-piece.

The exploded view of the conversion head 9 that uses among Figure 15 embodiment is seen Figure 27, it is by protecgulum 91, bonnet 92, mounting blocks 94, charging plug 93 and preceding shell fragment 96 and back shell fragment 95 constitute, during installation, at front and back shell fragment 96, burn-on respectively on 95 behind the electric wire, with electric wire after hole 941 is passed in mounting blocks 94 bottoms with charging plug 93 in the charging contact join, then front and

back shell fragment

96 and 95 is inserted respectively in the mounting blocks as shown in figure 29, at last with after the assembling of each part as shown in figure 28, at this moment, before and after shell fragment to protrude in front and rear covers respectively outer and become two contacts of conversion head lower end of the present invention, and among Figure 28 among the vertical muscle on the protecgulum 911 and Figure 15 the vertical slot 832 in the balance bar-shaped trough match.

During use, the charger of state shown in Figure 16 is inserted in the commercial power socket that is fixed in the wall, with hand conversion head 9 is taken out in the charging jack that inserts mobile phone in the back, the position that is arranged in mobile phone according to conversion head is pressed into the vertical muscle on the conversion head 9 vertical slot of balance bar-shaped trough again, up to the mobile phone side with till the balance upper side contacts, again mobile phone is flapped toward commercial power socket or wall gets final product, civil power is through the charging circuit step-down, deliver to two elastic pressuring plates among Figure 15 after the rectification, because two elastic pressuring plates are pushed down the elbow of two electrode slices respectively, so charging current is delivered to charging plug again through two contacts that two electrode slices are transported on the conversion head, charging jack in mobile phone is transported to the both positive and negative polarity of battery in the mobile phone then, and battery is charged.

Present embodiment is when going out to carry, balance in shown in Figure 16 83 can be arrived state shown in Figure 17 to the bottom, be interference fit and to prevent that balance from upwards showing when being vibrated this moment between drain pan and the balance mouth position contact position, the projection that fastens balance oral area place with hand when the using pull-up of exerting oneself gets final product, and the projection 8300 at balance oral area place is seen shown in Figure 180.

Among the embodiment two, the axle in elastic pressuring plate and cage plate and the balance all be occur in pairs and function identical, so only mention wherein an of centering in the above-mentioned discourse process sometimes, and another is not mentioned.

The pressing structure of electrode slice and elastic pressuring plate also can not adopt mode shown in Figure 30 among Figure 15 embodiment, and adopts Figure 31 or structure shown in Figure 33.

See Figure 31 and 32, it is electrode slice to be stretched out balance A1 outer end A21 and A22 cause arc, be fixed on two elastic pressuring plate A31 of inserts injection moulding and A41 on the fixed plate A 2 in the face-piece, two elastic pressuring plate A31 and A41 top are pressed in the arcwall face outside of two electrode slice outer end A21 and A22, the bottom A 32 of two elastic pressuring plates and A42 live wire respectively are electrically connected with the output electrode of charging circuit, when balance A1 serves as an axle when putting certain angle with axle A10, can guarantee that elastic pressuring plate A31 and A41 push down the end A21 and the A22 of electrode slice all the time respectively.

See Figure 33, it is that outer end with the end of two electrode slice elbow shapes among Figure 15 changes circular-arc forming into.As can be seen from Fig. 33, when balance A1 serves as that axle was when putting certain angle with axle A10, elastic pressuring plate A11 pushes down the segmental arc of end A8 all the time, the fixed plate A 9 that wherein is fixed in the face-piece is annotated elastic pressuring plate A11 embedding together when injection moulding, and the lower end A12 of elastic pressuring plate A11 is electrically connected with the output electrode of charging circuit by electric wire; Only show balance wherein the electrode slice end of a side and the relation of the pressing between the elastic pressuring plate among Figure 33, and the electrode slice end also is the same with pressing relation between the elastic pressuring plate in the opposite side, is not going to repeat.

Be product to be charged with mobile phone all in the various embodiments described above, in fact above each embodiment also is fit to other digital product charging.

Claims

1. swinging support wireless charger, comprise charging circuit and shell, it is characterized in that also comprising conversion head, this conversion head lower end is provided with two contacts, upper ends and is provided with the charging plug that the charging jack with product to be charged matches, and described two contacts are resilient contact and are electrically connected with described charging plug respectively; The balance that moves towards about physics balance staff along continuous straight runs is set on the described shell; Described shell upside is offered epicoele, and described balance is positioned in this epicoele and side contacts on the bottom of the bottom downside of balance and this epicoele; Described balance is provided with along the bar-shaped trough of described compound pendulum direction of principal axis trend, spacing between spacing between this bar-shaped trough front and rear wall and the described conversion head front-back is suitable, the degree of depth of described bar-shaped trough is equal to or greater than described conversion head and inserts the length of exposing behind the product to be charged, at about two electrode slices that move towards and be electrically connected with the positive-negative output end of charging circuit of described bar-shaped trough internal fixation, two described electrode slices are corresponding with two contacts on the described conversion head respectively; Stirring balance makes progress the opening of described bar-shaped trough, after charging plug on the described conversion head being inserted the charging jack of product to be charged, hand is held product to be charged and described conversion head is inserted in the bar-shaped trough of described balance, making two contacts on the described conversion head contact the sidewall that is inserted with charging plug up to product to be charged respectively with two cube electrode sheets on the described balance contacts with the upper side of described balance, utilizing the upper side of balance to support product to be charged can not swing product to be charged along left and right directions, swinging described product to be charged then backward, to drive described balance serve as that the back that axle swings to product to be charged is close to described shell or supply socket or wall with the physics balance staff together, thereby utilize balance, shell or supply socket or wall with product orientation to be charged in described shell.

2. according to the described swinging support wireless charger of claim 1, the antetheca inboard or the rear wall inboard that it is characterized in that the bar-shaped trough on the described balance are provided with some vertical slot, respective side at described conversion head is provided with at least one vertical muscle, and the width of this vertical muscle is suitable with the width of described vertical slot.

3. according to claim 1 or 2 described swinging support wireless chargers, it is characterized in that the width sum of the length of described bar-shaped trough left and right directions greater than two described conversion head left and right directions.

4. according to the described swinging support wireless charger of claim 1, it is characterized in that the described balance left and right sides is respectively equipped with axle, described shell is made of drain pan and face-piece, described epicoele is arranged in the face-piece, described drain pan is provided with two card bases that stretch in the described epicoele, these two card bases lay respectively at described balance axle upside with limit balance upward to the position.

5. according to claim 1 or 2 described swinging support wireless chargers, the power supply input pin that it is characterized in that described charging circuit is fixedly installed on the back of shell and stretches out along level, directly swinging support wireless charger is inserted in during use in the supply socket on the wall, when product to be charged is swung with described physics balance staff, can be close to supply socket or wall or shell.

6. according to claim 1 or 2 described swinging support wireless chargers, it is characterized in that the axle that described balance stretches out by its two ends, left and right sides articulates with shell, this central axis is described physics balance staff.

7. according to the described swinging support wireless charger of claim 7, it is characterized in that the axle that stretch out at two ends, the described balance left and right sides stretches into respectively in the axis hole of corresponding cage plate, is fixed on two cage plates in the described shell again.

8. according to claim 1 or 2 described swinging support wireless chargers, it is characterized in that described two cube electrode sheets are electrically connected with the positive-negative output end of described charging circuit by electric wire respectively.

9. according to claim 1 or 2 described swinging support wireless chargers, it is characterized in that the end of described two cube electrode sheets stretches out the left end or the right-hand member of described balance, be fixed with elastic pressuring plate and push down corresponding electrode slice end on shell, described elastic pressuring plate is electrically connected with the positive-negative output end of described charging circuit by electric wire respectively.