CN202050258U - Movable handset support mechanism of charger - Google Patents

Abstract

The utility model relates to a movable handset support mechanism of a charger, which is simple in structure and convenient in usage. The movable handset support mechanism comprises a charger housing provided with a power plug at the back, wherein a charging circuit is fixed in the charger housing, a charging current output mechanism is arranged on the charger housing, pin joint shafts and supporting wings are respectively arranged at two sides of the housing, an axis of each pin joint shaft is parallel to a direction that the power plug plugs into a power socket, an inner end of each supporting wing is pivotedly connected with the housing, the supporting wings can axially slide back and forth along the pin joint shafts, and a spacing mechanism is arranged between the housing and the supporting swings, and the spacing mechanism can guarantee that the supporting swings outwardly rotate to horizontal usage positions when the supporting swings slide to the most front position along the pin joint shafts. Two portions, which are extending from the front of the housing when the two supporting swings are in usage positions, support a handset to be charged, so the handset can be stably disposed in the charger housing instead of being placed on a table or on the ground.

Description

The movable mobile phone supporting mechanism of charger

Technical field

The utility model relates to a kind of movable mobile phone supporting mechanism of charger.

Background technology

Existing charger for mobile phone comprises shell and charging circuit, wherein shell is connected with the charging wire of band charging plug, charging circuit is fixing in the enclosure, charging jack on charging plug and the mobile phone matches, the power pin that will be fixed on during use in the shell inserts in the supply socket of wall, charging plug is inserted in the charging jack of mobile phone, the mobile phone in will charging is at last placed nigh desktop and is got final product again; Because supply socket and desk etc. can be placed the position of mobile phone certain distance is arranged all generally, so its charging wire length generally all surpasses one meter, and supply socket away from desk etc. can place mobile phone local time, desk is moved near the supply socket, mobile phone in directly will charging is placed on ground, otherwise be not easy to use this supply socket that mobile phone is charged, and the charging wire between mobile phone and the charger case in case bumped by passing pedestrian is scraped in the charging process, then may make mobile phone on the desk drop ground and cause damage.

Summary of the invention

The purpose of this utility model is the inconvenient problem with use that exists in the existing charger for mobile phone in order to solve, and a kind of movable mobile phone supporting mechanism of charger simple in structure, easy to use is provided.

The purpose of this utility model is achieved in that a kind of movable mobile phone supporting mechanism of charger, comprise back charger case with the power plug, charging circuit is fixed in the charger case, also be provided with the charging current output mechanism on the charger case, be respectively equipped with drive-connecting shaft and braced wing in the shell both sides, and the axis of this drive-connecting shaft is parallel with the direction of insertion that attaching plug inserts supply socket, braced wing the inner articulates by described drive-connecting shaft and shell and this braced wing can axially slide front and back along drive-connecting shaft, be provided with between shell and the braced wing when braced wing slides into along drive-connecting shaft and limit the position-limit mechanism that braced wing outwards rotates to horizontal use location (two braced wings of this moment are in open configuration) when the front position is located, the position of stretching out the shell front portion when utilizing two braced wings to be in the use location supports mobile phone to be charged, thereby mobile phone is stabilized in the charger case and does not need mobile phone is placed on desktop or ground; The charging finish taken mobile phone away after, inwardly two braced wings can be pushed into backward behind the interior position again (making progress) as needs collections or when carrying and dig the collapsed state of being close to shell both sides (approximate vertical position) to two braced wing upsides (inboard) respectively, and the volume when reducing to collect or carry is convenient to collection and is carried.

Described position-limit mechanism constitutes and following two kinds of improvement is arranged by being arranged on support limit piece in the shell and braced wing:

Improve one, axially move to the position-limited wing that is positioned at the outer casing bottom rear side when interior place and braced wing rotate to the upright position along drive-connecting shaft being provided with on the braced wing when braced wing to shell, described attaching plug and charger case articulate, the braced wing outer end is provided with the side shield that is positioned at the shell top when braced wing rotates to the upright position, side shield is provided with when braced wing and is axially rotating to card base between two power pins of attaching plug vertically upward along drive-connecting shaft when shell moves to interior place and rotates to the upright position, perhaps side shield is provided with when braced wing rotates to the upright position bayonet socket (part of two braced wings this moment between two power pins of attaching plug is described card base) of the power pin on the attaching plug that rotates to vertically upward, position-limited wing during collapsed state on the braced wing is positioned at the outer casing bottom rear side and limits it can not be to front slide, power pin upwards turn to card base that plumbness makes side shield between two power pins and two braced wings are locked in collapsed state, thereby utilize two power pins to prevent that two braced wings from outwards routing up, be convenient to collect and carry, when reusing, only need earlier power pin to be routed up, the releasing power pin is spacing to braced wing, braced wing promptly can freely turn to open configuration, and the card base that guarantees braced wing is between two power pins and two braced wings are locked in collapsed state;

Improve two, be respectively equipped with engaging tenon ditch in the shell both sides, the front side of braced wing is provided with the front apron that is positioned at shell the place ahead when braced wing rotates to the upright position, and braced wing is provided with when braced wing and rotates to the upright position and slip into the engaging tenon of engaging tenon ditch when drive-connecting shaft moves to outermost; When two braced wings are in collapsed state when drive-connecting shaft outwards slides into outermost position, the engaging tenon snaps in the corresponding engaging tenon ditch and prevents that two braced wings are to inner rotary, shell front side, two braced wings and front apron thereof surround cavity, mobile phone to be charged drops in the cavity, two braced wings limit the mobile phone left and right sides amplitude of oscillation, and front apron and shell front side limit the amplitude of oscillation of mobile phone front and back, and the charging current output mechanism of described cavity below withstands the mobile phone downside.

Described position-limit mechanism also can be by being arranged on inserting column on the shell, being arranged on limiting plate on the braced wing and the jack on the described limiting plate constitutes; Its concrete structure is: be respectively equipped with the axis inserting column parallel with drive-connecting shaft in the shell both sides, braced wing is provided with when braced wing and axially moves to the limiting plate that is positioned at the outer casing bottom rear side when interior place and braced wing rotate to the upright position to shell along drive-connecting shaft, have the jack that outwards rotates to that limiting plate separates with outer casing bottom and slide and match with corresponding inserting column when drive-connecting shaft outwards moves to outermost when braced wing on this limiting plate, the jack on described inserting column, described limiting plate and the described limiting plate constitutes described position-limit mechanism.

Described position-limit mechanism can also be by being arranged on fastening tenon ditch on the shell, being arranged on postive stop baffle on the braced wing and the fastening tenon on the postive stop baffle constitutes; Concrete structure is: be respectively equipped with the trend fastening tenon ditch parallel with drive-connecting shaft in the shell both sides, braced wing is provided with when braced wing and axially moves to the postive stop baffle that is positioned at the outer casing bottom rear side when interior place and braced wing rotate to the upright position to shell along drive-connecting shaft, this postive stop baffle is provided with the fastening tenon that outwards rotates to that postive stop baffle separates with outer casing bottom and slide and match with corresponding tenon ditch when drive-connecting shaft outwards moves to outermost when braced wing, described fastening tenon ditch, fastening tenon on described postive stop baffle and the postive stop baffle constitutes described position-limit mechanism, and following A can be arranged, two kinds of improvement of B:

A, the front side of braced wing is provided with the front apron that is positioned at shell the place ahead when braced wing rotates to the upright position, flexible slide block is set in the shell, should stretch to be provided with between slide block and the shell makes flexible slide block stretch out the spring of shell front side, on front apron and postive stop baffle, offer the hole clipping or the breach that match with flexible slide block respectively, flexible slide block outer end snaps in the hole clipping or breach of braced wing front apron during collapsed state, thereby lock two braced wings and prevent that it from outwards routing up, flexible slide block is inwardly contracted, and remove locking to two braced wings, two braced wings are pushed away two braced wings forward described fastening tenon is buckled into fasten in the tenon ditch and enter open configuration to turning up to the respective angles; Another kind of user mode is: two braced wings are made fully the fastening tenon can not buckle into to turning up in collapsed state and fasten in the tenon ditch, then two braced wings are pushed into and the most precedingly upwards dig again, but the heads that make two flexible slide blocks snap in the hole clipping breach of postive stop baffle of corresponding braced wing, thereby lock two braced wings and prevent that it from outwards routing up, shell front side, two braced wings and front apron thereof surround cavity, mobile phone to be charged drops in the cavity, two braced wings limit the mobile phone left and right sides amplitude of oscillation, and front apron and shell front side limit the amplitude of oscillation of mobile phone front and back, and the charging current output mechanism of described cavity below withstands the mobile phone downside; The part that the slide block that should stretch stretches out shell is a wedge shape, so that the head of flexible slide block slips in the hole clipping or breach of braced wing.

B, described attaching plug and charger case articulate, the braced wing outer end is provided with the side shield that is positioned at the shell top when braced wing rotates to the upright position, this side shield is provided with when braced wing and is axially rotating to card base between two power pins of attaching plug vertically upward along drive-connecting shaft when shell moves to interior place and rotates to the upright position, and perhaps side shield is provided with when braced wing rotates to the upright position bayonet socket (part of two braced wings this moment between two power pins of attaching plug is described card base) of the power pin on the attaching plug that rotates to vertically upward; Postive stop baffle during collapsed state on the braced wing is positioned at the outer casing bottom rear side and limits it can not be to front slide, power pin upwards turn to card base that plumbness makes side shield between two power pins and two braced wings are locked in collapsed state, thereby utilize two power pins to prevent that two braced wings from outwards routing up, be convenient to collect and carry, when reusing, only need earlier power pin to be routed up, the releasing power pin is spacing to braced wing, and braced wing promptly can freely turn to open configuration.As a kind of improvement, can the front apron that be positioned at shell the place ahead when braced wing rotates to the upright position be set in the front side of braced wing.

Owing to adopted technical scheme described in the utility model, during charging the attaching plug of charger inserted the supply socket on the wall, the braced wing that makes both sides is respectively to turning up to the open configuration of approximate horizontal position, then charging plug is inserted the charging jack of mobile phone, mobile phone directly being shelved on the charger case front side makes the braced wing of described both sides support the mobile phone two ends respectively again, get final product so that the mobile phone in the charging is stabilized near the charger case, and need not to use desk, use the utmost point convenient; When finishing using, two braced wings can be rotated up the volume that reduces charger to horizontal level, particularly two braced wings slide backward a segment distance with respect to shell the volume of charger are further reduced when collapsed state, are convenient to collection or carry, and it is simple in structure, easy to use.

Description of drawings

The utility model is described in further detail below in conjunction with drawings and Examples.

Fig. 1 is the three-dimensional exploded view of the utility model embodiment one.

Fig. 2 is the big figure of stereogram of another angle of face-piece among Fig. 1 embodiment.

Fig. 3 is the partial enlarged drawing that Fig. 2 is partly dissectd the lower right corner, back part.

Fig. 4 is the view when having installed in the containing cavity 211 of face-piece of bar shaped centering block 4 load maps 3 after the output electrode among Fig. 1.

Fig. 5 is the stereo amplification figure of drive-connecting shaft among Fig. 1.

Fig. 6 is the stereo amplification figure of conversion head 5 another angles among Fig. 1.

Fig. 7 is the stereogram of another angle of base among Fig. 1.

Fig. 8 is with the part figure behind the base of the attaching plug load map 7 among Fig. 1.

Fig. 9 revolves view after turning 90 degrees with the attaching plug among Fig. 8.

Figure 10 is the stereo amplification figure of another angle of braced wing among Fig. 1.

Figure 11 is the stereogram after each parts is installed together among Fig. 1.

Figure 12 is the principle enlarged drawing of charging current output mechanism among Fig. 1 embodiment.

Figure 13 is the stereogram of another angle of Figure 11.

Figure 14 is a charger shown in Figure 11 user mode schematic diagram a when mobile phone is charged.

Figure 15 is a charger shown in Figure 11 user mode schematic diagram when the another mobile phone is charged.

Figure 16 is the stereogram of the outside shell side of two braced wings when moving to interior position among Figure 11.

Figure 17 is the schematic diagrames of two braced wings among Figure 16 when upwards being turned to intermediateness.

Figure 18 is the view of two braced wings among Figure 16 when upwards being turned to the upright position.

Figure 19 is the view of the attaching plug among Figure 18 when upwards being turned to the upright position.

Figure 20 is the view when having removed wherein braced wing when being collected in the conversion head among Fig. 1 between two braced wings among Figure 19 and the shell.

Figure 21 is the stereogram of another angle of Figure 19.

Figure 22 is a charger shown in Figure 11 stereogram when being in holding state.

Figure 23 is the user mode stereogram of the utility model embodiment two.

Figure 24 has taken mobile phone away, has removed braced wing and with the schematic perspective view after the anterior biopsy cavity marker devices of face-piece among Figure 23.

Figure 25 is the stereo amplification figure of centering block among Figure 24.

Figure 26 is the stereo amplification figure of the conversion head of Figure 23 embodiment use.

Figure 27 is the stereogram of the utility model embodiment three.

Figure 28 is the schematic perspective view of the conversion head of Figure 27 embodiment use.

Figure 29 is the schematic perspective view of swing type male plug among Figure 27.

Figure 30 is the user mode figure of Figure 27 when mobile phone is charged.

Figure 31 is the user mode stereogram of the utility model embodiment four.

Figure 32 is the stereo amplification figure of the conversion head of Figure 31 embodiment use.

Figure 33 is that Figure 31 has taken mobile phone away, dismantled braced wing and with the schematic perspective view after the face-piece biopsy cavity marker devices.

Figure 34 is the schematic perspective view of another kind of user mode among Fig. 1 embodiment.

Figure 35 is the stereogram of the utility model embodiment five.

Figure 36 is the stereogram of braced wing among Figure 35.

Figure 37 is the stereogram of another kind of charging current output mechanism.

Figure 38 is the side direction orthographic projection view of Figure 37.

Figure 39 is the stereogram of another angle of face-piece among Figure 35.

Figure 40 is the stereogram of another kind of charging current output mechanism.

Figure 41 is the side direction orthographic projection view of Figure 40.

Figure 42 is the stereogram of another angle of Figure 35.

Figure 43 is the user mode schematic diagram of Figure 35.

Figure 44 is the schematic perspective views of two braced wings of the charger among Figure 35 embodiment when packing up.

Figure 45 is the stereogram after Figure 44 has removed two braced wings.

Figure 46 is the stereogram of another angle of Figure 44.

The stereogram of Figure 47 the utility model embodiment six.

Figure 48 is the decomposing schematic representation of Figure 47.

Figure 49 is the user mode figure of Figure 47 when a kind of mobile phone is charged.

Figure 50 is that a braced wing among Figure 47 is packed up the schematic diagram of another angle in the process.

Figure 51 is the schematic perspective views of two braced wings among Figure 47 when packing up fully.

Schematic perspective view when Figure 52 is Figure 47 another kind user mode.

Figure 53 is the user mode figure of Figure 52 when a kind of mobile phone is charged.

Figure 54 is the wherein stereo amplification figure of a braced wing of Figure 47.

Figure 55 is the stereogram of another angle of base among Figure 48.

Figure 56 is that wherein slip fixture block among Figure 51 is to the locking principle schematic diagram of corresponding braced wing.

Figure 57 is the stereo amplification figure of another angle of slip fixture block among Figure 48.

Figure 58 is the enlarged drawing of B part among Figure 55.

Figure 59 is the enlarged drawing of A part among Figure 52.

Figure 60 is the schematic perspective view of the utility model embodiment seven.

Figure 61 is the user mode figure of Figure 60 when a mobile phone is charged.

Figure 62 is the stereo amplification figure of another angle of braced wing wherein among Figure 60.

Figure 63 is the perspective exploded view of Figure 60.

Figure 64 is the stereogram of another angle of base among Figure 63.

Figure 65 is the stereogram of the another kind of user mode of Figure 60.

Figure 66 is the user mode figure of Figure 65 when a kind of mobile phone is charged.

Figure 67 is the wherein stereo amplification figure of a flexible slide block of Figure 63.

Figure 68 is the stereogram of another angle of Figure 64.

Figure 69 is the enlarged drawing of C part among Figure 64.

Figure 70 is the schematic perspective views of two braced wings of the charger among Figure 60 when packing up.

Figure 71 is the stereogram of the utility model embodiment eight.

Figure 72 is the stereo amplification figure of a braced wing wherein among Figure 71.

Figure 73 is the stereogram of another angle of Figure 71.

Figure 74 is the three-dimensional exploded view of Figure 71.

Figure 75 is the user mode figure of Figure 71 when a kind of mobile phone is charged.

Figure 76 is the stereogram after two braced wings among Figure 71 are packed up.

Figure 77 is the stereogram of another angle of Figure 76.

Figure 78 is the stereogram of the utility model embodiment nine.

Figure 79 is the stereo amplification figure after Figure 78 has removed two braced wings.

Figure 80 is the stereo amplification figure of a braced wing wherein among Figure 78.

Figure 81 is the stereogram when two braced wings are packed up among Figure 78 embodiment.

Figure 82 is the schematic perspective views of two braced wings among Figure 70 when just having opened.

Figure 83 is the schematic perspective view of the structure of the another kind of braced wing that uses among Figure 60 embodiment.

Figure 84 is the stereogram of another kind of charging current output mechanism.

Figure 85 is the side direction orthographic projection view of Figure 84.

Figure 86 is the schematic diagram that interacts between the fastening tenon ditch of the fastening tenon on the braced wing and shell one side among the embodiment seven.

Schematic diagram interacts between the fastening tenon ditch of Figure 87 with respect to fastening tenon on the another kind of braced wing of Figure 86 and shell one side.

Among the figure 15, F15, resettlement groove, 12, A12, positioning bar, 13, A13, muscle recurve district, 14, A14, recessed district before the muscle, 11, blind hole, 16, elastic arm, 1, F1, G1, H1, J1, base, 101, F101, H101, attaching plug, 1010, F1010, H1010, J1010, power pin, 102, F102, H102, circuit board, 103,104, F103, F104, G103, G104, H103, H104, drive-connecting shaft, 105, F105, mains switch, 03,3, A03, A3, F03, F3, G03, G3, H03, H3, J3, braced wing, 300, axle sleeve, 31, A31, axis hole, 30, inboard, 32, A32, position-limited wing, 33, A33, convex tendon, 34, F34, G31, H31, K1, front apron, 35, H34, side shield, 36, H35, bayonet socket, 360, H350, card base, 5,51,52,53, C1, D1, E1, conversion head, 4, F4, H4, G4, the bar shaped centering block, 41, balance staff, 401,402, C2, C3, D2, D3, E2, E3, F401, F402, G401, G402, output electrode, 221, A221, breach, 22, cover plate, 211, F201, H211, containing cavity, 20, A20, cambered surface, 200, A200, the support limit piece, 212, A212, through hole, 2, A2,60,70,8, F2, G2, H2, J2, face-piece; 214, spacing muscle, 213, the line hole, 2140, Wire connection slot, 501,502,511,512, C11, C12, D11, D12, E11, E12, input electric contact point, 503,513, output plug; 160, through hole; 91,92,93,94,95,96,97, F9, F91, G9, H9, mobile phone; 61, centering block, 610, protruding axle, 611, output electrode, 612, location wing; 7, swing type male plug, 521, the conversion head jack, 71, protruding axle; 531,532, elasticity input electric contact point, 800, containing cavity, 801,802, output electrode, 901, A901, charging plug, 90, A90, charging wire, A30, axle sleeve; F6, cavity, F11, engaging tenon ditch, F12, otch, F5, slip fixture block, F31, engaging tenon, F51, control head, F52, dop, F19, chute, F191, hole; G51, joystick, G52, sphenocephaly, G11, H11, fastening tenon ditch, G12, H12, introducing port, G5, flexible slide block, G32, H32, K2, postive stop baffle, G33, H33, K20, fastening tenon, G34, G35, hole clipping; H22, room; J33, limiting plate, J330, jack, J10, inserting column, M1, shell, M10 drive-connecting shaft, M11, fastening tenon ditch, M32, postive stop baffle, M33, fastening tenon.

Embodiment

Embodiment one, sees Fig. 1, is the three-dimensional exploded view of the movable mobile phone supporting mechanism of charger described in the utility model this charger when being applied on the charger for mobile phone.Shell, charging current output mechanism that this charger comprises attaching plug 101, circuit board 102, conversion head 5, mains switch 105, is made of base 1 and face-piece 2, this charger cell-phone charging of jack that be particularly suitable for charging at side.

Attaching plug 101 among Fig. 1 is articulated in the shell that base 1 and face-piece 2 constitute, and wherein the elastic arm 16 on the base 1 fastens attaching plug 101 power pin 1010 on the attaching plug is in respectively in level or the vertical two kinds of stable states.As can be seen from Fig. 7, the base bottom is provided with through hole 160, these through hole 160 tops are provided with elastic arm 16, during installation, with the bottom side of two power pins on the attaching plug 101 through these through hole 160 protuberate basic units, state among Fig. 9 is that power pin on the attaching plug 101 is perpendicular to the level (state that is equivalent to power pin among Figure 13) of underside, power pin among Fig. 9 upwards turned over promptly obtain collapsible collapsed state shown in Figure 8 after turning 90 degrees, this moment, power pin was in plumbness (state that is equivalent to attaching plug among Figure 21).Circuit board 102 among Fig. 1 is fixed in the inner chamber of base 1, and circuit board is provided with two elastic pressuring plates (not drawing among the figure) of pushing down two power pin 1010 the inners (right-hand member of power pin 1010 among Fig. 1) of attaching plug 101, make from the electric main on the attaching plug and be transported in the circuit board 102, the charging circuit of establishing in the circuit board becomes alternating current can be for the direct current of cell-phone charging, and it is prior art that the content of this paragragh belongs to.

As can be seen from Fig. 6, import electric contact point 501 and 502 for two of the conversion head 5 lower ends setting among Fig. 1 and be electrically connected by the contacts in conversion head inside and the output plug 503, the charging jack on output plug 503 and the mobile phone matches.Conversion head 5 among Fig. 1, output electrode 401 and 402, bar shaped centering block 4 constitute a kind of charging current output mechanism, are prior aries.Its principle is seen Figure 12, two output electrodes 401 and 402 are fixed on bar shaped centering block 4 upsides, the balance staff 41 at bar shaped centering block 4 two ends is articulated in containing cavity 211 bottoms of face-piece among Fig. 1, after the output plug 503 of conversion head 5 upper ends inserts the charging jack of mobile phone, when again conversion head 5 being put into the containing cavity 211 of Fig. 1, because the width of containing cavity 211 is slightly larger than the distance of conversion head 5 front and back sides, so can be under the mobile phone action of gravity, make the bar shaped centering block follow swing and on the conversion head two input electric contact points kept in touch with two output electrodes respectively all the time, with guarantee electric power on the output electrode on conversion head the input electric contact point and output plug send into mobile phone the charging jack in; This section content also is a prior art, and the notification number that details can be announced referring on December 9th, 2009 is that CN101599562A, application number are that 200910140683X, name are called the Chinese patent bulletin of " electric output mechanism for charger ".

See Fig. 1, two output electrodes 401 and 402 that are fixed on bar shaped centering block 4 upsides are welded with two cords (not drawing among the figure) respectively, the two cord other ends pass on the spacing muscle 214 shown in Figure 4 Wire connection slot 2140 after among line hole 213 shown in Figure 2 and Fig. 1 the DC power supply on the circuit board 102 be electrically connected.

Among Fig. 1 embodiment, the charger case that the movable mobile phone supporting mechanism of charger described in the utility model comprises the braced wing 03 of two symmetrical configuration and 3, two drive-connecting shafts 103 and 104, is made of base 1 and face-piece 2, wherein two braced wings 03 and 3 structure are that symmetrical (further feature of two braced wings all adopts identical numbering mark among each embodiment, and two braced wing be to be arranged on the shell both sides symmetrically, so, below the general wherein concrete structure of a braced wing of only setting forth among each embodiment); Fig. 5 is drive-connecting shaft 103 among Fig. 1 and 104 stereo amplification figure, and as can be seen from Fig. 5, the drive-connecting shaft front end is that the through hole 212 on the face-piece matches less the falling of a diameter among level and Fig. 1; Figure 10 is the stereo amplification figure of braced wing 03 another angle among Fig. 1, in conjunction with Fig. 1 and Figure 10 the installation process of a braced wing 03 is wherein described, drive-connecting shaft 103 among Fig. 1 passes among Figure 10 behind the axis hole 31 on braced wing 03 axle sleeve 300, the level of falling of drive-connecting shaft 103 right-hand members penetrates the through hole 212 of face-piece left part, and drive-connecting shaft 103 left ends insert in the blind hole 11 of base, thereby be articulated in 03 the inner of the braced wing among Fig. 1 in the shell that constitutes by face-piece and base by drive-connecting shaft 103, and leave between braced wing 03 and the shell make braced wing 03 with respect to shell along drive-connecting shaft 103 axially movable displacements, braced wing can be slided before and after drive-connecting shaft, and the method that another braced wing 3 usefulness are identical is articulated in the opposite side of shell; See Fig. 1, the groove of trend before and after the sidewall of base 1 is provided with, this groove muscle 12 that is positioned is divided into recessed district 14 before muscle recurve district 13 and the muscle, sees Figure 13, the notch place quilt cover housing-plate 22 in recessed district 14 is blocked before the muscle, cover plate 22 be provided with braced wing on the breach 221 that matches of convex tendon 33; Among Figure 13, braced wing 03 is upwards turned over when turning 90 degrees plumbness, position-limited wing 32 is positioned at preceding recessed district 14 of muscle and abut against cover 22, if earlier braced wing 03 is pushed fully to the bottom side direction of base, again braced wing 03 is upwards turned over and turn 90 degrees plumbness, then position-limited wing 32 is positioned at muscle recurve district 13 and fastens the rear side (rear side of positioning bar 12 is equivalent to the rear side of outer casing bottom) of positioning bar 12, and the rear end of convex tendon 33 is near the front side of positioning bar 12, breach 221 on front portion and the cover plate matches, also be that the gap between convex tendon 33 and the position-limited wing 32 and the width of the positioning bar on the base 12 match, braced wing can not be moved forward and backward with respect to shell; Why position-limited wing 32 is divided into two is in order to make position-limited wing 32 and convex tendon 33 dislocation, thereby makes breach 221 dislocation on position-limited wing 32 and the cover plate.

As can be seen from Fig. 1, braced wing 3 also is provided with front apron 34 and side shield 35, convex tendon 33 and position-limited wing 32 are arranged on the inboard 30 of braced wing 3, have the bayonet socket 36 that the width with power pin 1010 matches on the side shield 35, and bayonet socket 36 tops are card base described in the utility model 360.

Among Fig. 1, the sidewall on face-piece containing cavity 211 both sides is the support limit piece 200 that described qualification braced wing outwards rotates to place, horizontal use location.

Stereogram (two braced wings are in the open use location of level) when Figure 11 is the supply socket of after each charger component is installed together among Fig. 1 charger being inserted on the wall, output plug 503 with 5 upper ends of the conversion head among Fig. 6 during charging inserts in the charging jack of mobile phone side, and then conversion head is put into the containing cavity 211 of Figure 11 downwards, make the input electric contact point 501 and 502 of conversion head lower end among Fig. 6 push down two output electrodes 401 and 402 of bar shaped centering block 4 upsides among Figure 12 respectively, unclamp that hand relief mobile phone is flapped toward wherein a braced wing to the left or to the right by self gravitation and supported live, get final product as shown in figure 14.Though the position of its charging jack of different mobile phones is different, but only need mobile phone can put into the space that cover 22, front apron 34, side shield 35 by Figure 11 surround, and its charging jack is positioned at the position of containing cavity 211, can use the charger of present embodiment; Figure 14 and Figure 15 are the mobile phone 91 and 92 that respectively the charging jack the is positioned at mobile phone side diverse location place user mode schematic diagrames when charging.From Figure 14 and Figure 15 as seen, shell both sides in the utility model are provided with braced wing respectively and in fact also can only be provided with in a side braced wing is set separately, but its scope of application is restricted, concrete as among Figure 14 on the left of braced wing also can support the mobile phone 91 in the charging after being cancelled but can not support mobile phone shown in Figure 15 92, and also can support the mobile phone 92 in the charging after the braced wing on right side is cancelled among Figure 15 but can not support mobile phone 91 among Figure 14.

When the charger among Figure 11 need be collected, two braced wings 03 and 3 that are flared to horizontal use location inwardly can be pushed to state shown in Figure 16, then two braced wings are upwards turned over (as shown in figure 17), upwards turn over up to two braced wings and to turn 90 degrees to shown in Figure 180 packing up (position) state, the position-limited wing 32 among Figure 13 was positioned at muscle recurve district 13 and fastened the rear side (rear side of positioning bar 12 is equivalent to the rear side of outer casing bottom) of positioning bar 12 this moment, make the braced wing can not be again to front slide, then two power pins 1010 among Figure 18 are upwards turned over and turn 90 degrees plumbness, two power pins are snapped in respectively in the bayonet socket 36 of two side shield wings 35, as shown in figure 19, card base 360 on this moment two side shields is between two power pins 1010, make two braced wings can not be to turning up, thereby be convenient to collection or carry.In fact when two braced wings are in state shown in Figure 16, can earlier the conversion head among Fig. 15 be placed on front side near cover 22, again two braced wings are packed up, thereby conversion head is collected in as shown in figure 20 between the cover 22 and front apron (the another braced wing does not draw among Figure 20), make conversion head can not fall, prevent to carry or the collection process in lose conversion head.

Be inserted in charger in the wall among Figure 11 when not needing to cell-phone charging, in order to save the interior space, can directly two braced wings upwards be turned over to turn 90 degrees and be retracted into holding state shown in Figure 22, needs outwards turn over two braced wings when using again and turn 90 degrees, and make two braced wings open up into level shown in Figure 11 again.

Cambered surface 20 on Fig. 1 cover plate 22 matches with the outer cylinder of the axle sleeve 300 of braced wing 03.

Certainly, the charger among Fig. 1 embodiment also can not use charging current output mechanism shown in Figure 12, and on shell, increase a USB interface, use two ends respectively with the charging wire of USB interface and charging plug, directly the mobile phone two ends are shelved on two braced wings, as shown in figure 34 during charging; The charging plug 901 of charging wire 90 upper ends among Figure 34 directly inserts in the charging jack of mobile phone 96, and promptly the charging wire of two ends band USB interface and charging plug is another kind of charging current output mechanism among Figure 34.

The charging current output mechanism (seeing Figure 12) that uses among Fig. 1 embodiment also can adopt several schemes shown in Figure 37 or Figure 40 or Figure 84; See Figure 37 and 38, two cylindrical output electrode C2 and C3 are fixed on face-piece 211 bottoms of Fig. 1, conversion head C1 bottom is provided with the input electric contact point C11 and the C12 of two arcs, when the mobile phone swing, the arcwall face in the input electric contact point C11 on the conversion head and the C12 outside can keep and the contacting of two output electrode C11 and C12 all the time; See Figure 40 and 41, two cylindrical output electrode D2 and D3 are fixed on face-piece 211 bottoms of Fig. 1, conversion head D1 bottom is provided with two inboard input electric contact point in the slope D11 and D12, when the mobile phone swing, the input electric contact point D11 on the conversion head and the inclined-plane of D12 inboard can keep and the contacting of two output electrode D11 and D12 all the time; See Figure 84 and 85, face-piece 211 bottoms that output electrode E2 that two upper outside is in the arc-shaped and E3 are fixed on Fig. 1, conversion head E1 bottom is provided with two input electric contact point E11 and E12, when the mobile phone swing, the input electric contact point E11 on the conversion head and the contact of E12 inboard can keep contacting with the face that touches of E12 upper outside circular arc with two output electrode E11 all the time.

Embodiment two, see Figure 23, and the difference of present embodiment and Fig. 1 embodiment is the charging current output mechanism difference of charger, the structure of its base and braced wing and the striking resemblances of Fig. 1; See Figure 24, articulate centering block 61 by protruding axle 610 on face-piece 60, this centering block 61 can swing; See Figure 25, the centering block both sides are provided with two location wings 612, fix two output electrodes that are electrically connected with dc charging power supply 611 between two location wings 612; See Figure 26, two of conversion head lower end input electric contact points 511 and about 512 are arranged and both sides outermost width is slightly less than among Figure 25 distance between two location wings 612.Behind the charging jack with the 51 insertion mobile phones 93 of the conversion head among Figure 23, the containing cavity of putting into the face-piece front portion together with mobile phone gets final product, at this moment, the annexation of conversion head and centering block as shown in figure 24, because centering block 61 can serve as the axle swing with protruding axle 610, so, can guarantee that also the output electrode on the centering block contacts with input electric contact point on the conversion head even conversion head 51 swings.Because the movable mobile phone supporting mechanism of charger is identical with Fig. 1 embodiment, do not repeat them here its principle.

Embodiment three, see Figure 27, and the difference of present embodiment and Fig. 1 embodiment also is the charging current output mechanism difference of charger, the structure of its base and braced wing and the striking resemblances of Fig. 1; As can be seen from Fig. 27, face-piece 70 is provided with swing type male plug 7, and this swing type male plug 7 is to be articulated in the face-piece 70 by the protruding axle 71 among Figure 29.The conversion head jack 521 of conversion head 52 lower ends among Figure 28 matches with the swing type male plug 7 of Figure 29.See Figure 30, during use the output plug of the conversion head among Figure 28 52 (being actually a female plug with respect to the swing type male plug) upper end is inserted the charging jack of mobile phone 94, again conversion head jack 521 (Figure 28) is aimed at swing type male plug 7 insertions among Figure 27, got final product as shown in figure 30 after loosing one's grip.And the movable mobile phone supporting mechanism of its charger is identical with Fig. 1 embodiment, does not repeat them here its principle.

Embodiment four, see Figure 31, and the difference of present embodiment and Fig. 1 embodiment also is the charging current output mechanism difference of charger, the structure of its base and braced wing and the striking resemblances of Fig. 1; Its electric output mechanism is the front and back side fixing output electrode 801 and 802 respectively of the containing cavity 800 in Figure 33, and side is provided with elasticity input electric contact point 531 and 532 respectively before and after the conversion head in Figure 32; As shown in figure 31, earlier conversion head 53 is inserted in the charging jack of mobile phones, again the conversion head downside is inserted in the containing cavity of face-piece front portion, two elasticity input electric contact points on the conversion head are contacted with two output electrodes in the containing cavity respectively get final product.The movable mobile phone supporting mechanism of charger is identical with Fig. 1 embodiment, does not repeat them here its principle.

Embodiment five, see Figure 35, and the difference of present embodiment and Fig. 1 embodiment only is that the face-piece front portion has lacked the axle sleeve shortening of containing cavity, drive-connecting shaft shortening and braced wing, and the support limit piece difference on the face-piece; See Figure 36, the axle sleeve A30 of braced wing is than the axle sleeve among Figure 10 300 short (the also corresponding shortening of axis hole in its axle sleeve certainly), and other position of braced wing is the same.See Figure 39, be used for limiting the support limit piece A200 that Figure 35 braced wing A03 and A3 outwards be flared to place, horizontal use location and stretch out from the face-piece back.The benefit of present embodiment is, for the charger that connects mobile phone with charging wire, because the containing cavity of face-piece among Fig. 1 has been cancelled in the face-piece front portion in the present embodiment, so the charging plug on its charging wire can be put into two spaces between the braced wing, as shown in figure 43.It packs up the same of method and Fig. 1 embodiment, pushes two braced wing A03 among Figure 35 and A3 to base 1, upwards turns over 90 degree again, and then two power pins are upwards turned over to the upright position as shown in figure 44, also can be referring to Figure 46.

Embodiment six, see Figure 47, and it is a kind of stereogram of charger for mobile phone, and its three-dimensional exploded view is seen Figure 48, and the braced wing F03 of two symmetrical configuration and F3 are articulated in the shell both sides that are made of base F1 and face-piece F2 by two drive-connecting shaft F103 and F104 respectively; Its charging current output mechanism is made of bar shaped centering block F4, output electrode F401 and F402, and principle is identical with Figure 12; In conjunction with Figure 55,57,58, the slip fixture block F5 of two symmetrical configuration among Figure 48 be respectively charged in the chute F19 of base correspondence and slip fixture block and chute between be provided with dop F52 that spring makes the slip fixture block and be positioned at and engage tenon ditch F11, control head F51 exposes to bottom the base so that manually control the slip fixture block through the hole of chute F19 F191; It limits the identical of position-limit mechanism that braced wing outwards rotates to the use location and Fig. 1 embodiment.

Figure 50, be that braced wing F3 moves inward the state diagram that upwards is turned to behind the LAP midway, braced wing continues upwards to turn over the otch F12 place that the engaging tenon F31 that makes on the braced wing enters the engaging tenon ditch F11 of shell side, engaging tenon F31 contacts with the bottom of engaging tenon ditch F11, braced wing F3 is moved forward or backward, if move backward, then engaging the dop F52 that elastic force that tenon F31 slips into the back segment of engaging tenon ditch F11 and overcome spring will be arranged in the slip fixture block of engaging tenon ditch pushes away to shell, after the engaging tenon is crossed the dop F52 of slip fixture block under the spring force effect, dop F52 stretches out again and the tenon F31 that is locked and fastened makes it to move forward (both relative positions are shown in Figure 56), F03 carries out same operation with the another braced wing, and then two power pin F1010 of attaching plug are upwards turned over 90 degree make in its resettlement groove F15 that snaps in base, this moment, two braced wings were in the collapsed state shown in Figure 51, certainly conversion head (seeing Figure 12) can be put into the cavity F6 of Figure 48 before packing up braced wing, the oral area that two braced wings are packed up the back cavity is covered and conversion head is collected in the cavity F6 by two front apron F34; After the engaging tenon F31 of braced wing F3 among Figure 50 snaps in otch F12, if braced wing moves forward, then engage tenon F31 and enter the leading portion that engages tenon ditch F11, after two braced wing F3 and F03 operate equally and move to forefront, the position of two braced wings is shown in Figure 52, this moment, this charger can charge to the mobile phone that the charging jack is positioned at bottom side or top side, shown in Figure 53, earlier conversion head is inserted the cavity top that mobile phone F91 is surrounded via braced wing F3 and F03 behind the charging jack of mobile phone F91 bottom side and put into and get final product (shown in Figure 53).From Figure 58 as seen, engaging tenon ditch F11 is a dovetail groove, engaging after tenon matches on engaging tenon ditch F11 and two braced wings, can prevent that two braced wings among Figure 52 are to turning up, the acting in conjunction of face-piece and base defines the maximum displacement that two braced wings move forward, engage the tenon ditch simultaneously and be arranged on both sides, base top, its front end is blocked by face-piece top and damages drive-connecting shaft to prevent braced wing top from routing up forward or prevent that the mobile phone among Figure 53 from routing up forward.

See Figure 49, the user mode figure the when mobile phone that to be present embodiment be positioned at side to the charging jack charges.In conjunction with Figure 49 and 53 as seen, the charger of embodiment six mobile phone that can be respectively the charging jack be positioned at side or base charges.

Embodiment seven, and Figure 60 is the schematic perspective view of the utility model embodiment seven, see its three-dimensional exploded view 63, and its charging current output mechanism is made of bar shaped centering block G4, output electrode G401 and G402, and principle is identical with Figure 12's; Base G1 both sides are respectively equipped with and fasten tenon ditch G11, its back segment that fastens the tenon ditch is bigger introducing port G12, the braced wing G3 of two symmetrical configuration and G03 are articulated in the shell both sides by drive-connecting shaft G103 and G104 respectively, the position, front and back of braced wing is respectively equipped with front apron G31 and postive stop baffle G32, wherein postive stop baffle G32 is provided with the fastening tenon G33 that the fastening tenon ditch G11 with base matches, the front end of the fastening tenon ditch G11 of base is blocked on the top of face-piece G2, and two flexible slide block G5 are installed in the shell; See Figure 60, the joystick G51 of flexible slide block stretches out the shell upside, and its sphenocephaly G52 stretches out shell front side, and when two braced wing G3 and G03 open up into the use location in the present embodiment and horizontal plane one angle that makes progress is arranged, promptly two braced wings are not to be flared to horizontal level, but slightly are upturned; Figure 61 is the user mode schematic diagram that mobile phone that this embodiment is positioned at side to a kind of jack that charges charges; In conjunction with Figure 64 and 69 as seen, fastening tenon ditch G11 is dovetail groove.

Figure 70 is the view when two braced wings are packed up among Figure 60, when using charger, earlier will stretch the joystick G51 of slide block to pusher with hand, overcome in the sphenocephaly G52 retraction shell that spring (not drawing among the figure) makes flexible slide block and separate with the hole clipping G34 of two braced wings, again two braced wings are outwards dialled, making it translate into the natural hang shown in Figure 82 (is unlikely front apron on two braced wings and postive stop baffle and stops the hand of holding the shell both sides, be convenient to charger be inserted wall socket or extract) from wall socket, power pin is dialed out to horizontal level, hand is held the charger case both sides shown in Figure 82 with in the supply socket on the attaching plug pin insertion wall of charger, again with two braced wing G3 and upwards upset of G03, fastening tenon on postive stop baffle is positioned at the introducing port G12 place of base, and then two braced wings are pushed away forward, fastening tenon on the postive stop baffle is snapped in the fastening tenon ditch of base shown in Figure 60, this moment conversion head is inserted the charging jack and be positioned at mobile phone on the side, again mobile phone is put into charger shown in Figure 61 a braced wing and the charging current output mechanism together support machine of stopping are got final product; Be positioned at the mobile phone of bottom side or top side for the charging jack, before two braced wings among Figure 82 are upwards turned over, earlier shift two braced wings onto the most preceding place, and then two braced wing G3 and G03 are upwards turned over to shown in Figure 65, cross the sphenocephaly of the flexible slide block that stretches out the face-piece front side up to two braced wings, sphenocephaly stretches under the spring force effect in the hole clipping G35 on the postive stop baffle of two braced wings, can not be and lock that two braced wings make it to turning up, during charging conversion head is inserted in the charging jack of mobile phone bottom side, and then mobile phone dropped into shown in Figure 65 in the cavity that is surrounded by braced wing and front apron thereof and postive stop baffle get final product (shown in Figure 66).In the time of need packing up two braced wings, get final product by opposite procedure operation.That is to say that the mobile phone that the charger of embodiment seven also can be respectively be positioned at side or base to the charging jack charges.

Fastening tenon on fastening tenon ditch, postive stop baffle and the postive stop baffle in the present embodiment constitutes the position-limit mechanism that two braced wings of qualification outwards rotate to the use location.

The fastening tenon G33 of the braced wing among Figure 62 also can change the size shown in Figure 83 into, see Figure 83, front apron K1 is identical with front apron G31 among Figure 62, and the size up and down of the fastening tenon K20 on the postive stop baffle K2 among Figure 83 is greater than the size that fastens tenon G33 among Figure 62, at this moment, among Figure 63 the fastening tenon ditch G11 on the base also to be revised as with Figure 83 in fasten tenon K20 and match; When adopting the fastening tenon K20 of size shown in Figure 83, when in the time of can reducing state shown in Figure 60 two braced wings upwards being turned over to the damage of drive-connecting shaft.

Figure 86 is the schematic diagram that interacts between the fastening tenon ditch of the fastening tenon on the braced wing and shell one side in the present embodiment, from this figure as seen, when braced wing G32 right-hand member is subjected to downward power, fasten the link closely fastening tenon ditch of shell of tenon G33 braced wing G32 can not turned over to the right, and remain on this place, use location.

The schematic diagram that interacts between the fastening tenon ditch of Figure 87 with respect to fastening tenon on the another kind of braced wing of Figure 86 and shell one side, just the fastening tenon of braced wing and the fastening tenon ditch on the shell can adopt the structure shown in Figure 87 among the embodiment seven.The fastening tenon M33 of postive stop baffle M32 among Figure 87 on the braced wing only has been to use the structure on the fastening tenon G33 top among Figure 86, and the fastening tenon ditch M11 among the shell M1 has also only used the top that fastens the tenon ditch among Figure 86, when the postive stop baffle M32 right-hand member among Figure 87 is subjected to downward power, under the acting in conjunction of drive-connecting shaft M10 and fastening tenon M33 and fastening tenon ditch M11, make braced wing remain on this use location by postive stop baffle M32, and can not turn over to the right, it is imperfect that certain this structure is compared with Figure 60 embodiment, as when stressed when excessive, drive-connecting shaft M10 may be bent downwardly, fasten tenon M33 and fasten tenon ditch M11 disengaging thereby cause, comparing with Figure 86 is a kind of bad scheme that becomes.

Embodiment eight, see Figure 71, and the difference of present embodiment and embodiment seven is to be provided with side shield in the outer end of two braced wings, has omitted the flexible slide block among the embodiment seven, and present embodiment can only be applicable to that the charging jack is positioned at the mobile phone on the side.See Figure 72, the braced wing in the present embodiment is provided with front apron H31, postive stop baffle H32, side shield H34, offers bayonet socket H35 in side shield H34, bayonet socket H35 top be card base H350.

See the three-dimensional exploded view of Figure 71---Figure 74, its adopts the charging current output mechanism identical with embodiment seven, offer the room H22 that can place conversion head on face-piece H2 top, base H1 offers respectively both sides and fastens tenon ditch H11, at the back segment that fastens the tenon ditch is bigger introducing port H12, and the braced wing H03 of two symmetrical configuration and H3 are articulated in the shell both sides that are made of base H1 and face-piece H2 by drive-connecting shaft H103 and H104 respectively.See Figure 71, elder generation inserts conversion head in the charging jack of mobile phone during charging, mobile phone is put into to shown in Figure 75 to get final product then.

In conjunction with Figure 71 and 73, earlier shift two braced wings onto rearmost position backward during collection, make the fastening tenon on the postive stop baffle H32 slide into introducing port H12 and break away from from the fastening tenon ditch H11 of base, then two braced wings are upwards translated into the state shown in Figure 76, make front apron and postive stop baffle lay respectively at the front side and the rear side of shell, again the power pin H1010 shown in Figure 77 is upwards turned over 90 degree, two card base H350 on the side shield are all got final product between two power pin H1010.

During use, power pin is turned over to horizontal level, removed the locking of power pin to two braced wings, with two braced wings to turn up to natural hang (please refer to the schematic diagram when two braced wings are sagging naturally among the embodiment seven---Figure 82), then attaching plug is inserted in the wall socket, two braced wings are upwards turned over the introducing port bottom of withstanding base fastening tenon ditch to fastening tenon end, again two braced wings are drawn forward, make to fasten interior get final product (shown in Figure 71 and 73) of fastening tenon ditch that tenon snaps in correspondence.Fastening tenon on fastening tenon ditch, postive stop baffle and the postive stop baffle in the present embodiment constitutes the position-limit mechanism that two braced wings of qualification outwards rotate to the use location, and the fastening tenon of its braced wing also can change the size shown in Figure 83 (the corresponding also corresponding size that matches that requires modification to of fastening tenon ditch) into.

Embodiment nine, see Figure 78, and it is different that present embodiment and the difference of embodiment eight only are to limit the position-limit mechanism that two braced wings outwards rotate to the use location; In conjunction with Figure 78 and 79, two braced wing symmetrical configuration, wherein braced wing J3 front side is provided with front apron equally, rear side is provided with limiting plate J33, outer end and is provided with side shield equally, and being provided with card base described in the utility model on the side shield equally, two braced wings are articulated in the shell both sides by drive-connecting shaft equally.

See Figure 80, have on limiting plate J33 that the inserting column J10 on the face-piece matches among jack J330 and Figure 79; See Figure 78, when two braced wing the inners were close to the shell both sides respectively and are slided into the front position, the inserting column J10 on the face-piece inserted in the jack on the limiting plate J33, and braced wing can not outwards be overturn, its support concept to mobile phone is same as the previously described embodiments, does not repeat them here; Jack J330 on inserting column J10 in the present embodiment, limiting plate J33 and the limiting plate constitutes the position-limit mechanism that two braced wings of qualification outwards rotate to the use location.

Front apron among the embodiment seven and eight on the braced wing and the spacing between the postive stop baffle are slightly larger than the top of corresponding shell, front apron and the spacing between the limiting plate among the embodiment nine on the braced wing are slightly larger than its shell upper, so that the braced wing of each charger is located by front and back when packing up.

Each embodiment also can adopt and can use several scheme charging current output mechanisms shown in Figure 37 or Figure 40 or Figure 84 except the charging current output mechanism that can use Figure 12.

And certain structures is to exchange use mutually in the various embodiments described above, and those skilled in the art all can realize on the utility model basis, not repeat them here.

Claims (9)

1. the movable mobile phone supporting mechanism of a charger, comprise back charger case with the power plug, it is characterized in that described shell both sides are respectively equipped with drive-connecting shaft and braced wing, and the axis of this drive-connecting shaft is parallel with the direction of insertion that described attaching plug inserts supply socket, described braced wing the inner articulates by described drive-connecting shaft and described shell and this braced wing can axially slide front and back along described drive-connecting shaft, is provided with between described shell and the described braced wing when described braced wing slides into along described drive-connecting shaft and limits the position-limit mechanism that described braced wing outwards rotates to the use location when front position is located.

2. according to the movable mobile phone supporting mechanism of the described charger of claim 1, it is characterized in that described position-limit mechanism is made of the support limit piece and the described braced wing that are arranged in the described shell.

3. according to the movable mobile phone supporting mechanism of the described charger of claim 1, it is characterized in that described shell both sides are respectively equipped with the axis inserting column parallel with described drive-connecting shaft, described braced wing is provided with when braced wing and axially moves to the limiting plate that is positioned at described outer casing bottom rear side when interior place and described braced wing rotate to the upright position to described shell along described drive-connecting shaft, have the jack that outwards rotates to that described limiting plate separates with described outer casing bottom and slide and match with described corresponding inserting column when described drive-connecting shaft outwards moves to outermost when described braced wing on this limiting plate, described inserting column, jack on described limiting plate and the described limiting plate constitutes described position-limit mechanism.

4. according to the movable mobile phone supporting mechanism of the described charger of claim 1, it is characterized in that described shell both sides are respectively equipped with the trend fastening tenon ditch parallel with described drive-connecting shaft, described braced wing is provided with when braced wing and axially moves to the postive stop baffle that is positioned at described outer casing bottom rear side when interior place and described braced wing rotate to the upright position to described shell along described drive-connecting shaft, this postive stop baffle is provided with the fastening tenon that outwards rotates to that described postive stop baffle separates with described outer casing bottom and slide and match with described corresponding tenon ditch when described drive-connecting shaft outwards moves to outermost when described braced wing, described fastening tenon ditch, fastening tenon on described postive stop baffle and the described postive stop baffle constitutes described position-limit mechanism.

5. according to the movable mobile phone supporting mechanism of the described charger of claim 2, it is characterized in that described braced wing is provided with when braced wing axially to move to the position-limited wing that is positioned at described outer casing bottom rear side when interior place and described braced wing rotate to the upright position to described shell along described drive-connecting shaft; Described attaching plug and charger case articulate, described braced wing outer end is provided with the side shield that is positioned at described shell top when braced wing rotates to the upright position, and this side shield is provided with when braced wing and is axially rotating to card base between two power pins of attaching plug vertically upward along described drive-connecting shaft when described shell moves to interior place and rotates to the upright position.

6. according to the movable mobile phone supporting mechanism of the described charger of claim 2, it is characterized in that described shell both sides are respectively equipped with engaging tenon ditch, the front side of described braced wing is provided with the front apron that is positioned at described shell the place ahead when braced wing rotates to the upright position, and described braced wing is provided with when braced wing and rotates to the upright position and slip into the engaging tenon of described engaging tenon ditch when described drive-connecting shaft moves to outermost.

7. according to the movable mobile phone supporting mechanism of the described charger of claim 4, it is characterized in that described attaching plug and charger case articulate, described braced wing outer end is provided with the side shield that is positioned at described shell top when braced wing rotates to the upright position, and this side shield is provided with when braced wing and is axially rotating to card base between two power pins of attaching plug vertically upward along described drive-connecting shaft when described shell moves to interior place and rotates to the upright position.

8. according to the movable mobile phone supporting mechanism of the described charger of claim 4, the front side that it is characterized in that described braced wing is provided with the front apron that is positioned at described shell the place ahead when braced wing rotates to the upright position, flexible slide block is set in the described shell, should stretch to be provided with between slide block and the shell makes flexible slide block stretch out the spring of shell front side, offer the hole clipping or the breach that match with described flexible slide block on described front apron and postive stop baffle respectively, the joystick of described flexible slide block stretches out outside the described shell.

9. the movable mobile phone supporting mechanism of described charger according to Claim 8 is characterized in that the part that described flexible slide block stretches out described shell is a wedge shape.

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