CN109193861A - Intelligent rotary mobile-phone applied to the shared charging in public place deposits charging station - Google Patents

Intelligent rotary mobile-phone applied to the shared charging in public place deposits charging station Download PDF

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Publication number
CN109193861A
CN109193861A CN201811245121.7A CN201811245121A CN109193861A CN 109193861 A CN109193861 A CN 109193861A CN 201811245121 A CN201811245121 A CN 201811245121A CN 109193861 A CN109193861 A CN 109193861A
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CN
China
Prior art keywords
substrate
charging
mobile phone
quadrant
along
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Withdrawn
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CN201811245121.7A
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Chinese (zh)
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不公告发明人
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Individual
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Individual
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Priority to CN201811245121.7A priority Critical patent/CN109193861A/en
Publication of CN109193861A publication Critical patent/CN109193861A/en
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    • G—PHYSICS
    • G07—CHECKING-DEVICES
    • G07F—COIN-FREED OR LIKE APPARATUS
    • G07F17/00—Coin-freed apparatus for hiring articles; Coin-freed facilities or services
    • G07F17/10—Coin-freed apparatus for hiring articles; Coin-freed facilities or services for means for safe-keeping of property, left temporarily, e.g. by fastening the property
    • G07F17/12—Coin-freed apparatus for hiring articles; Coin-freed facilities or services for means for safe-keeping of property, left temporarily, e.g. by fastening the property comprising lockable containers, e.g. for accepting clothes to be cleaned
    • H02J7/0027—
    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
    • H02J7/00—Circuit arrangements for charging or depolarising batteries or for supplying loads from batteries
    • H02J7/0042—Circuit arrangements for charging or depolarising batteries or for supplying loads from batteries characterised by the mechanical construction
    • H02J7/0045—Circuit arrangements for charging or depolarising batteries or for supplying loads from batteries characterised by the mechanical construction concerning the insertion or the connection of the batteries

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  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • Engineering & Computer Science (AREA)
  • Power Engineering (AREA)
  • Telephone Set Structure (AREA)

Abstract

The present invention provides the intelligent rotary mobile-phones for being applied to the shared charging in public place to deposit charging station, it includes the charging pile for carrying out deposit charging to mobile phone, for mobile phone to be transported by clamping outside charging pile to charging pile inside and is automatically performed the docking facilities of mobile phone docking charging, for measuring mobile phone width and the width signal is transferred to the testing agency of docking facilities clamping transport end and for coordinated control charging pile, testing agency, the controller of docking facilities operation process, charging pile includes the pile body that opening is arranged backward, the opening of pile body is provided with rear cover that is matched and being detachably connected cooperation, pile body is internally provided with the charging plug to match with mobile phone charging jack and charging plug is connect with general supply, the front end face of pile body is provided with the deposit mouth stored for being inserted into mobile phone, deposit mouth with The corresponding arrangement of charging plug, the touch-control system for self-help service for user is provided at the top of pile body and is established between touch-control system and controller signal connection.

Description

Intelligent rotary mobile-phone applied to the shared charging in public place deposits charging station
Technical field
The present invention relates to a kind of Mobile phone charging stations, and in particular to the intelligence applied to the shared charging in public place is rotary Mobile phone deposits charging station.
Background technique
Nowadays, mobile phone has become the necessity in people's life, is away from home during road, mobile phone one side side The long-range communication exchange of user, on the other hand be used for user daily entertainment, if without mobile phone, panesthesia from head to foot not from , and when using mobile phone, mobile phone it is out of power also can let us it is very awkward, it is major public at present in order to solve this predicament Also there are some charging interfaces in place, for example, bus station, railway station, large supermarket, chain fast food restaurant and some publics place of entertainment Institute etc., so that user can supplement electricity at any time, this set facilitates the life of user really, and still, this seems very flat A normal event but under cover very big security risk, for example, the charging interface using public place fills mobile phone In electric process, mobile phone is exposed to outside, easily causes mobile phone stolen, and therefore, user is carrying out mobile phone using public charging interface During charging, cause user that can not leave mobile phone in order to avoid mobile phone is stolen, this will waste user's a large amount of time, be This, it is simple to design a kind of clever structure, principle, storage can be sealed to mobile phone, and can be automatic in sealed storage The Mobile phone charging station for completing mobile phone docking charging seems most important.
Summary of the invention
It to solve the deficiencies in the prior art, being capable of opponent the object of the present invention is to provide a kind of clever structure, principle are simple Machine is sealed storage, and can be automatically performed sharing applied to public place for mobile phone docking charging in sealed storage and fill The intelligent rotary mobile-phone of electricity deposits charging station.
To realize the above-mentioned technical purpose, the technical solution adopted in the present invention is as follows.
Intelligent rotary mobile-phone applied to the shared charging in public place deposits charging station comprising for mobile phone into Row deposits the charging pile of charging, for mobile phone to be clamped transport to charging pile inside by charging pile outside and is automatically performed mobile phone Dock charging docking facilities, for measure mobile phone width and the width signal be transferred to docking facilities clamping transport end inspection It surveys mechanism and runs the controller of process, the charging pile packet for coordinated control charging pile, testing agency, docking facilities The pile body that opening is arranged backward is included, the opening of pile body is provided with rear cover that is matched and being detachably connected cooperation, pile body It is internally provided with the charging plug to match with mobile phone charging jack and charging plug is connect with general supply, the front end face of pile body It is provided with the deposit mouth stored for being inserted into mobile phone, deposits mouth arrangement corresponding with charging plug, the top setting of pile body Having the touch-control system for self-help service for user and establishing between touch-control system and controller has signal connection.
Further, rotating member is provided in the pile body, the rotating member includes arranging in decussation Rectangular substrate one and substrate two, substrate one and two place plane of substrate each parallel to deposit mouth opening direction, substrate one with Substrate two is connected with each other and is fixed as one along the medium position of respective length direction, and the junction of substrate one and substrate two is solid Surely it is provided with the opening direction for being axially parallel to deposit mouth of rotary shaft and rotary shaft, rotary shaft is rotatably dispose in the interior of pile body On wall, one/substrate of substrate two is provided with the folded plate perpendicular to one/substrate of substrate two far from rotary shaft one end, and folded plate is along up time Space is divided into first quartile, the second quadrant, third quadrant and fourth quadrant by the bending of needle direction, substrate one and substrate two, One end that one/substrate of substrate two in first quartile, the second quadrant, third quadrant and fourth quadrant is rotated in the clockwise direction Face is provided with support bracket and support bracket is along the width direction arrangement of one/substrate of substrate two, and support bracket upper surface is parallel to base One/substrate of plate two, charging plug are fixedly installed on upper surface of the support bracket far from deposit mouth one end and are located at the second quadrant Interior charging plug arrangement corresponding with deposit mouth, four charging plugs are mutually indepedent and can complete to mobile phone Charging, one/substrate of substrate two in first quartile, the second quadrant, third quadrant and fourth quadrant turns along clockwise direction A dynamic end face is provided with mutually independent docking facilities, and docking facilities and charging plug, which correspond, to be arranged, the substrate Deposit mouth one end is provided with mounting rack one with one/substrate two and mounting rack one is fixedly installed on the inner wall of pile body, installation Rotating stepper motor is fixedly installed on frame one, the output end of rotating stepper motor is axially parallel to the axial direction of rotary shaft and should Output end is coaxially arranged with driving gear one, and the rotary shaft is coaxially arranged with driven gear one away from deposit mouth one end, actively Gear one and driven gear one are intermeshed, and establishing between rotating stepper motor and controller has signal connection, the pile body Inside is additionally provided with the shield member for being blocked to deposit mouth.
Further, the testing agency is set to shield member and between the docking facilities of the second quadrant, institute The testing agency stated includes the pivoted housing one being rotatably dispose on shield member, and there are two and along deposit opening for mouth to the setting of pivoted housing one Mouth direction is symmetrically arranged, and the docking facilities being fixedly installed towards in the second quadrant on the periphery of pivoted housing one are disposed to extend Connecting rod, connecting rod includes two sections along extending direction and is followed successively by bending segment and straight portions, and the suspension end of straight portions connects setting There is convex block, straight portions symmetrically arranged on the left and the right/convex block symmetrically arranged on the left and the right mutually closes up under shield member masked state Fitting, convex block extend in docking facilities and mobile phone width signal are transferred to docking facilities, the inside of the shield member It is provided with range sensor, range sensor symmetrically arranged on the left and the right is bonded to each other under shield member masked state.
Further, the docking facilities include transporting mobile phone to pile body inside and completing the charging of its automatic butt Transport establishment, for transport establishment provide driving power transportation power component and for receive convex block transmitting mobile phone The linkage mechanism of width signal；
The transport establishment is provided with two groups and is arranged symmetrically along the arranged direction of support bracket, and two transport establishments cooperate For carrying out clamping transport charging docking to mobile phone, transport establishment includes mounting plate, and mounting plate includes being parallel to support bracket arrangement Top plate and bottom plate and connecting plate for both connecting, bottom plate arranged close to one/substrate of substrate two, top plate and bottom plate and company Fishplate bar constitute opening direction towards support bracket arrange, between top plate and bottom plate successively rotation be provided with shaft one, shaft two with And shaft three, the close charging of length direction equidistant placement and shaft three of shaft one, shaft two and shaft three along support bracket Plug arrangement, one/shaft of shaft, two/shaft three are arranged with transport idler wheel close to bottom plate one end, transport idler wheel close to top plate one end Face is coaxially arranged with pinch rollers and pinch rollers for compressing to mobile phone upper surface, and the mounting plate and substrate one/ Be provided with guidance set one between substrate two, the setting of guidance set one there are two and along the symmetrical cloth of the spacing direction of two mounting plates It sets, guidance set one includes the sliding slot one being set on bottom plate and the guide rail one being set on one/substrate of substrate two, sliding slot one Match with guide rail one and be arranged symmetrically along the spacing direction of two mounting plates, between connecting plate and folded plate/one/substrate of substrate two Be provided with to push component and push component pushes two mounting plates to move along guide rail one is close to each other always, and pushing component includes The guide sleeve being set on connecting plate, the guide post being set on folded plate/one/substrate of substrate two, guide post and guide sleeve match and edge The spacing directions of two mounting plates constitutes slide-and-guide cooperation, and the outer cover of guide sleeve is equipped with reset spring one, and the one of reset spring one End is contradicted with connecting plate, the other end and folded plate/one/substrate of substrate two contradict and the elastic force of reset spring one always by folded plate/ One/substrate of substrate two is directed toward connecting plate, and the bottom plate is provided with the backing pin with linkage mechanism cooperation close to deposit mouth one end；
The linkage mechanism is used to receive the width signal of convex block transmitting and the signal is transferred to transport establishment, gear Structure is set between testing agency and transport establishment in the second quadrant, and the linkage mechanism includes being set to substrate One/substrate two rotates clockwise the support frame on an end face, support frame setting there are two and along the arranged direction pair of support bracket Claim arrangement, the guiding bar three for being parallel to one/substrate of counterpart substrate two is set up between two support frames, is arranged with folder in guiding bar three Block, fixture block and guiding bar three match and constitute slide-and-guide cooperation along the axial of guiding bar three, and there are two simultaneously for fixture block setting And be symmetrical arranged along the arranged direction of support bracket, two convex blocks are arranged with reset bullet in the guiding bar three between two fixture blocks Spring two, one end of reset spring two and support frame conflict, the other end and fixture block contradict and the elastic force of reset spring two pushes away always Dynamic two fixture blocks sliding close to each other, fixture block arrangement corresponding with backing pin, is provided with guiding between the fixture block and one/substrate of substrate two Component two, guidance set two includes being set to the sliding slot two of fixture block bottom, the guide rail two being provided on one/substrate of substrate two, sliding Slot two and guide rail two match and constitute slide-and-guide cooperation along the axial of guiding bar three is parallel to；
The linkage mechanism further includes locking assembly, and the locking assembly includes being set to one/substrate of substrate two clockwise It rotates the mounting rack two on an end face and mounting rack two is arranged far from guiding bar three, mounting rack two is arranged along support bracket is parallel to Direction sliding is provided with mandril, and there are two mandril settings and is set to the side of support bracket, and mandril is arranged close to fixture block one end There is the length direction of top plate and top plate to be parallel to the axial direction of guiding bar three, the outer cover of mandril is equipped with holddown spring, compresses bullet One end of spring and the conflict of mounting rack two, the other end and top plate contradict and the elastic force of holddown spring is directed toward by mounting rack two pushes up always Plate, the top plate are provided with latch segment close to one end face of fixture block, and latch segment is provided with several and length direction battle arrays along top plate Column arrangement, the distance between adjacent two latch segment matches with fixture block, and spacing is arranged between latch segment and fixture block, latch segment with it is convex Block activity contradicts, and the top of the latch segment is provided with the arcwall face of evagination.
The beneficial effect of the present invention compared with prior art is that clever structure, principle are simple, easy to use, being capable of opponent Machine is sealed storage, is carrying out automatic folder just to the position of mobile phone during storage and is detecting the width dimensions of mobile phone, It transports to the inside of charging pile and makes its charging jack and the charging plug in charging pile in the side of docking facilities clamping mobile phone Between carry out automatic butt, realize and automatic charging carried out to mobile phone while mobile phone is sealed storage.
Detailed description of the invention
In order to illustrate the embodiments of the present invention more clearly, attached drawing needed in the embodiment will be done simply below It introduces, it should be apparent that, drawings in the following description are only some embodiments of the invention, for ordinary skill people For member, without creative efforts, it is also possible to obtain other drawings based on these drawings.
Fig. 1 is the structural schematic diagram of original state of the present invention.
Fig. 2 is the structural schematic diagram of working condition of the present invention.
Fig. 3 is the structural schematic diagram of working condition of the present invention.
Fig. 4 is schematic diagram of internal structure of the present invention.
Fig. 5 is the structural schematic diagram of charging pile.
Fig. 6 is the structural schematic diagram of charging pile.
Fig. 7 is the schematic diagram of internal structure of charging pile.
Fig. 8 is the structural schematic diagram of rotating member.
Fig. 9 is the structural schematic diagram of rotating member.
Figure 10 is the structural schematic diagram of shield member.
Figure 11 is the cooperation figure of testing agency and shield member.
Figure 12 is the structural schematic diagram of testing agency.
Figure 13 is the structural schematic diagram of testing agency.
Figure 14 is the structural schematic diagram of testing agency.
Figure 15 is the structural schematic diagram of testing agency's working condition.
Figure 16 is the structural schematic diagram of docking facilities.
Figure 17 is the enlarged drawing in Figure 16 at A.
Figure 18 is the partial structural diagram of docking facilities.
Figure 19 is the structural schematic diagram of transport establishment.
Figure 20 is the partial structural diagram of transport establishment.
Figure 21 is the partial structural diagram of transport establishment.
Figure 22 is the structural schematic diagram of linkage mechanism.
Figure 23 is the enlarged drawing of B in Figure 22.
It is denoted as in figure:
100, charging pile；101, pile body；102, rear cover；103, charging plug；104, mouth is deposited；105, touch-control system；106, it ties up It builds；110, rotating member；111, substrate one；112, substrate two；113, support bracket；114, rotary shaft；115, mounting rack one； 116, rotating stepper motor；117, driving gear one；118, driven gear one；120, shield member；121, guiding bar one；122, Shield door；123, screw rod is shielded；124, shield electric machine；
200, testing agency；201, pivoted housing one；202, connecting rod；203, convex block；204, pivoted housing two；205, carbine；206, distance Sensor；207, lower platen；208, guiding bar two；209, elevating screw；210, lifting motor；
300, docking facilities；310, transport establishment；311, mounting plate；312, guide rail one；313, sliding slot one；314, reset spring One；315, shaft one；316, shaft two；317, shaft three；318, idler wheel is transported；319, backing pin；320, transportation power component； 321, motor is transported；322, driving gear two；323, driven gear two；324, driving pulley one；325, driven pulley one；326, Belt one；327, driving pulley two；328, driven pulley two；329, belt two；330, linkage mechanism；331, support frame；332, Guiding bar three；333, fixture block；333a, guide rail two；334, reset spring two；335, mounting rack two；336, mandril；337, top plate； 338, latch segment；339, holddown spring.
Specific embodiment
With reference to the attached drawing in the embodiment of the present invention, technical solution in the embodiment of the present invention carries out clear, complete Ground description, it is clear that described embodiments are only a part of the embodiments of the present invention, rather than whole embodiments.Based on this hair Embodiment in bright, those of ordinary skill in the art without making creative work, every other reality obtained Example is applied, the scope of the present invention is belonged to.
Referring to Fig. 1-2 3, the intelligent rotary mobile-phone applied to the shared charging in public place deposits charging station comprising For carrying out the charging pile 100 of deposit charging to mobile phone, for being transported mobile phone by being clamped outside charging pile 100 to charging pile Inside 100 and it is automatically performed the docking facilities 300 of mobile phone docking charging, for measuring mobile phone width and width signal biography Be handed to docking facilities 300 clamp transport end testing agency 200 and for coordinated control charging pile 100, testing agency 200, Docking facilities 300 run the controller of process, and the charging pile 100 includes the pile body 101 that opening is arranged backward, pile body 101 Opening be provided with rear cover 102 that is matched and being detachably connected cooperation, pile body 101 is internally provided with and mobile phone charges The charging plug 103 and charging plug 103 that socket matches are connect with general supply, and the front end face of pile body 101, which is provided with, to be used for The deposit mouth 104 that insertion mobile phone is stored, deposits the arrangement corresponding with charging plug 103 of mouth 104, the top of pile body 101 is set Being equipped with the touch-control system 105 for self-help service for user and establishing between touch-control system 105 and controller has signal connection.
User is in deposit charging process, and operation touch-control system 105 independently selects charge mode, and user can be according to itself need Selection Flat Amount charge mode or selection set time charge mode are asked, user pays after the completion of model selection, this When, touch-control system 105 issues signal instruction to general supply and is powered general supply to charging plug 103, and mobile phone is horizontal It places and charging jack one end takes the lead in being inserted into deposit mouth 104, the width of measurement mobile phone detects automatically in testing agency 200 And the width signal is transferred to the clamping transport end of docking facilities 300, docking facilities 300 are by the clamping transport end tune of itself It is whole to start docking facilities 300 to being adapted with the width of the mobile phone, docking facilities 300 to the two sides of mobile phone carry out clamping and Mobile phone is completed into mobile phone charging jack and charging to the inside of pile body 101 by the external transport of pile body 101 during transportation The charging of 103 automatic butt of plug, mobile phone is in deposit charged state at this time；At the end of charging, the clamping of docking facilities 300 is transported Defeated end is reversely transported, and mobile phone is transported by deposit mouth 104 to the outside of pile body 101, charging plug 103 and mobile phone charging jack are certainly Dynamic circuit breaker is opened, and charging terminates.
Referring to Fig. 8, Fig. 9, in order to meet plurality of mobile phones while charging, rotation is provided in the pile body 101 Component 110, the rotating member 110 include in the rectangular substrate 1 and substrate 2 112 of decussation arrangement, substrate 1 with 2 112 place plane of substrate each parallel to deposit mouth 104 opening direction, substrate 1 is with substrate 2 112 along each It is connected with each other and is fixed as one from the medium position of length direction, substrate 1 and the junction fixation of substrate 2 112 are set It is equipped with the opening direction for being axially parallel to deposit mouth 104 of rotary shaft 114 and rotary shaft 114, rotary shaft 114 is rotatably dispose in On the inner wall of pile body 101, one 111/ substrate 2 112 of substrate is provided with far from 114 one end of rotary shaft perpendicular to substrate 1 The folded plate of substrate 2 112, folded plate are bent along clockwise direction, substrate 1 and substrate 2 112 by space be divided into first as Limit, the second quadrant, third quadrant and fourth quadrant, the base in first quartile, the second quadrant, third quadrant and fourth quadrant The end face that one 111/ substrate 2 112 of plate is rotated in the clockwise direction is provided with support bracket 113 and support bracket 113 along substrate The width direction of one 111/ substrates 2 112 arranges that 113 upper surface of support bracket is parallel to one 111/ substrate 2 112 of substrate.
Specifically, charging plug 103 be fixedly installed in support bracket 113 far from deposit 104 one end of mouth upper surface on and The arrangement corresponding with deposit mouth 104 of charging plug 103 in the second quadrant, four charging plugs 103 are mutually solely Found and can complete the charging to mobile phone, the substrate one in first quartile, the second quadrant, third quadrant and fourth quadrant The end face that 111/ substrate 2 112 is rotated in the clockwise direction is provided with mutually independent docking facilities 300, docking facilities 300 correspond arrangement with charging plug 103.
It,, will when the charging plug 103 being located in the second quadrant is charging for the ease of the use of user referring to Fig. 9 Charging plug 103 in second quadrant is rotated by 90 °, other idle charging plugs 103 are turned to the second quadrant, in order to Drive substrate 1 is rotated with substrate 2 112, and one 111/ substrate 2 112 of substrate is far from the setting of deposit 104 one end of mouth There is mounting rack 1 and mounting rack 1 is fixedly installed on the inner wall of pile body 101, is fixedly installed on mounting rack 1 Rotating stepper motor 116, the output end of rotating stepper motor 116 are axially parallel to the axial direction of rotary shaft 114 and the output end It is coaxially arranged with driving gear 1, the rotary shaft 114 is coaxially arranged with driven gear one away from deposit 104 one end of mouth 118, driving gear 1 and driven gear 1 are intermeshed, and establishing between rotating stepper motor 116 and controller has letter Number connection.
Rotating member 110 during the work time, user by mobile phone by deposit mouth 104 be inserted into pile body 101 inside and Mobile phone charging jack is corresponding with the charging plug 103 being located in the second quadrant at this time, and the width of mobile phone detects in testing agency 200 And the width signal is transferred to the clamping transport end of docking facilities 300, docking facilities 300 are by the clamping transport end tune of itself It is whole to start docking facilities 300 to being adapted with the width of the mobile phone, docking facilities 300 to the two sides of mobile phone carry out clamping and Mobile phone is completed mobile phone charging jack and be located at during transportation by the external transport of pile body 101 to the inside of pile body 101 103 automatic butt of charging plug of second quadrant charges, and uses for the ease of the charging of next bit user, will be located at the second quadrant The charging plug 103 to work rotates clockwise 90 °, and the charging plug 103 of idle state is made to turn to the second quadrant and post Deposit that mouth 104 is corresponding, rotation process is embodied in, and issues unit-pulse signal to rotating stepper motor 116 by controller And rotate counterclockwise it, the output end of rotating stepper motor 116 will drive driving gear 1 counterclockwise around own axes It rotates synchronously, driving gear 1 will drive driven gear 1 to rotate clockwise 90 ° around own axes, driven gear one 118 will drive rotary shaft 114 to rotate clockwise 90 ° around own axes, and rotary shaft 114 will drive substrate 1 and substrate 2 112 Axis both clockwise around rotary shaft 114 rotates 90 °, and the charging plug 103 that would sit idle for state turns to the second quadrant for next bit The deposit of user is charged.
Referring to Figure 10, in order to which mobile phone to be fully sealed to the inside for being stored in pile body 101, need to deposit mouth 104 into Row effectively blocks, and the shield member 120 for being blocked to deposit mouth 104 is additionally provided with inside the pile body 101, described Shield door component 120 be arranged to the sealed condition that can mutually switch, opening-wide state and between sealed condition and opening-wide state Between clamp position, clamp position is that shield member 120 clamps the two sides of mobile phone, and the shield member 120 wraps The horizontal guide bars 1 being fixedly installed on 101 inner wall of pile body are included, guiding bar 1 is located at the lower section of deposit mouth 104, draws One 121 top of guide rod is provided with shield door 122, and there are two the settings of shield door 122 and symmetrical along the opening direction of deposit mouth 104 Arrangement, two shield doors 122 cooperate for deposit mouth 104 block, lower lug is provided on the downside of shield door 122, under Lug sleeve is set in guiding bar 1 and constitutes slide-and-guide cooperation along the axis direction of guiding bar 1, when two shield doors 122 along the sliding close to each other of guiding bar 1 and when being bonded, and 122 pairs of deposit mouths 104 of shield door block, and shields structure Part 120 switches to sealed condition；When two shield doors 122 are located remotely from each other sliding along guiding bar 1, shield door 122 is to posting The closure for depositing mouth 104 will release, and shield member 120 switches to opening-wide state.
Specifically, in order to drive shield member 120 mutually to switch between sealed condition and opening-wide state, the screen Covering component 120 further includes the debris shield screw rod 123 being rotatably dispose on 101 inner wall of pile body, and shielding screw rod 123 is located at deposit mouth 104 top, shielding screw rod 123 are arranged to two sections and respectively M sections and N sections along its length, M sections with N sections of spiral Contrary, the upside of shield door 122 is provided with upper lug, wherein the upper lug of a shield door 122 is sheathed on shielding screw rod 123 M section and the upper lug constituted with M sections and be threadedly coupled cooperation, the upper lug of another shield door 122, which is sheathed on, shields screw rod 123 N section and the upper lug with N sections of compositions be threadedly coupled cooperation, pass through the positive and negative rotation of shielding screw rod 123, realize shield door 122 Between it is close to each other/far from movement, for this purpose, described shielding screw rod 123 one end along its length is provided with shield electric machine 124, shield electric machine 124 be fixedly installed on the inner wall of pile body 101 and the output end of shield electric machine 124 and shielding screw rod 123 It is fixedly and coaxially connected.
During the work time, user is during depositing charging, by shield member 120 by closure shape for shield member 120 State switches to opening-wide state, is embodied in, and controller control starting shield electric machine 124 inverts, the output end of shield electric machine 124 Driving shielding screw rod 123 is inverted around own axes, the reversion for shielding screw rod 123 will drive two upper lugs to be located remotely from each other movement, Two shield doors 122 will be located remotely from each other sliding, closure of the revocation of shield door 122 to deposit mouth 104, shielding along guiding bar 1 Component 120 switches to opening-wide state, at this point, mobile phone will be horizontally inserted into deposit mouth 104 by user, testing agency 200 is automatic It detects the width of mobile phone and the width signal is transferred to controller, controller control starting shield electric machine 124 rotates forward, shielding The output end of motor 124 rotates forward driving shielding screw rod 123 around own axes, and the rotating forward of shielding screw rod 123 will drive two convex Ear movement close to each other, two shield doors 122 by along guiding bar 1 it is close to each other sliding and the two sides of mobile phone are pressed from both sides It holds, at this point, by opening-wide state to switch to testing agency 200 under clamp position and clamp position wide by mobile phone for shield member 120 Degree signal is transferred to the clamping transport end of docking facilities 300, and docking facilities 300 are by mobile phone by the clamping of deposit mouth 104 transport to stake Deposit charging is carried out in body 101, then, shield member 120 switches to sealed condition by clamp position, is embodied in, and controls Device control starting shield electric machine 124 rotates forward, and the output end of shield electric machine 124 rotates forward driving shielding screw rod 123 around own axes, The rotating forward for shielding screw rod 123 will drive the movement close to each other of two upper lugs, and two shield doors 122 will be mutual along guiding bar 1 Close to sliding and until fitting, 122 pairs of deposit mouths 122 of shield door block, shield member 120 switches to sealed condition.
Fig. 5 is participated in, as the scheme that more optimizes of the present invention, charging pile 100 and being set to is filled for the ease of user Device inside electric stake 100 performs overhauling and maintenance, and the side of the pile body 101 offers access hole, be provided on access hole with It is matched and the access cover 106 of open-close type connection cooperation.
Referring to Figure 11-15, the testing agency 200 is set to shield member 120 and positioned at the second quadrant to tipping It sets between 300, the testing agency 200 includes the pivoted housing 1 being rotatably dispose in guiding bar 1, and pivoted housing 1 is set It is symmetrically arranged there are two setting and along the opening direction of deposit mouth 104, positioned at the pivoted housing 1 in left side and positioned at left side screen The lower lug for covering the downside of door 122 is fixedly connected, positioned at right side pivoted housing 1 be located on the downside of right side shield door 122 under it is convex Ear is fixedly connected, and is fixedly installed what the docking facilities 300 towards in the second quadrant were disposed to extend on the periphery of pivoted housing 1 Connecting rod 202, connecting rod 202 include two sections along extending direction and are followed successively by bending segment and straight portions, the suspension end connection of straight portions It is provided with convex block 203, straight portions symmetrically arranged on the left and the right/convex block symmetrically arranged on the left and the right 203 is in 120 masked state of shield member Under mutually close up fitting, convex block 203 extends in docking facilities 300 and mobile phone width signal is transferred to docking facilities 300, the inside of the shield door 122 is provided with range sensor 206, and range sensor 206 symmetrically arranged on the left and the right is shielding It is bonded to each other under 120 masked state of component.
Specifically, in order to make testing agency 200 will in the case where not influencing the rotation of one 111/ substrate 2 112 of substrate Different mobile phone width signals are transferred in the docking facilities 300 in the second quadrant by convex block 203, the connecting rod 202 Straight portions have been sheathed on pivoted housing 2 204, are provided with carbine 205 between pivoted housing 2 204 and corresponding 122 medial surface of shield door, Carbine 205 1 end hook is set on pivoted housing 2 204, another end hook is set on the medial surface of shield door 122 and carbine 205 Elastic force pulls pivoted housing 2 204 to rotate close to shield door 122 always, and pivoted housing 2 204 will drive convex block 203 and 300 phase of docking facilities It is mutually detached from, so that making testing agency 200 not influences the rotation of one 111/ substrate 2 112 of substrate.
Specifically, referring to Figure 12, it is described in order to guarantee that width signal can be transferred to docking facilities 300 by convex block 203 Testing agency 200 further includes pushing component and pushing component for pushing to connecting rod 202, and the pushing component includes It is vertically arranged at the rectangle lower platen 207 of 202 top of connecting rod, the length direction of lower platen 207 is parallel to the axis of guiding bar 1 To the one end of lower platen 207 along its length is provided with the guiding bar 2 208 arranged vertically, and guiding bar 2 208 is fixedly installed on On the inner wall of pile body 101, lower platen 207 and guiding bar 2 208 match and constitute slide-and-guide cooperation along the vertical direction, under The other end of pressing plate 207 along its length is provided with the elevating screw 209 arranged vertically, and elevating screw 209 is rotatably dispose in stake On the inner wall of body 101, lower platen 207 is threadedly coupled cooperation with the composition of elevating screw 209, and the top of elevating screw 209 is driving It holds and the end is connected with lifting motor 210, lifting motor 210 is fixedly installed on the inner wall of pile body 101 and rises The top for dropping the output end and elevating screw 209 of motor 210 is fixedly and coaxially connected.
During the work time, when shield member 120 switches to opening-wide state, shield door 122 is along drawing for testing agency 200 Guide rod 1 is located remotely from each other sliding, two convex blocks 203 that shield door 122 will drive two connecting rods 202/ for closing up fitting to close up fitting It is located remotely from each other movement, mobile phone is horizontally inserted into deposit mouth 104 and mobile phone charging jack end and lower platen 207 offset Touching, at this point, two range sensors 206 scan and recognize reading to the width of mobile phone and transmit the width signal of the mobile phone To controller, controller receive the signal and control starting shield electric machine 124, shield electric machine 124 drive shield door 122 along Guiding bar 1 is close to each other to be moved and clamps to the two sides of mobile phone, and shield member 120 switches to folder by opening-wide state Hold state, in the process, shield door 122 drive the movement close to each other of two connecting rods, 202/ liang of convex block 203, make two convex blocks 203 it Between distance and the width of mobile phone be consistent and the width signal of mobile phone is transferred in the second quadrant to tipping by convex block 203 Set 300 clamping transport end, docking facilities 300 by the inside of mobile phone clamping transport to pile body 101 and make its charging jack with Charging plug 103 completes docking, and shield member 120 is switched to sealed condition, then, is made in convex block 203 and the second quadrant Docking facilities 300 are separated from each other, and are embodied in, controller control starting lifting motor 210 invert, lifting motor 210 it is defeated Outlet will drive elevating screw 209 to invert around own axes, and the reversion of elevating screw 209 will drive lower platen 207 along guidance Bar 2 208 slides straight up, and lower platen 207 cancels the pushing to connecting rod 202, and carbine 205 pulls on 2 204 direction of pivoted housing Shield door 122 rotates, and connecting rod 202 will be rotated with convex block 203 towards shield door 122 and convex block 203 and docking facilities 300 are mutual Separation, at this point, the charging plug 103 free to rotate that would sit idle for state of rotating member 110 turns in the second quadrant, finally makes Lower platen 207 overcomes the elastic force effect of carbine 205 to push connecting rod 202.
Referring to Figure 16-23, the docking facilities 300 include transporting mobile phone to 101 inside of pile body and completing it certainly It is dynamic to dock the transport establishment 310 charged, the transportation power component 320 for providing transport establishment 310 driving power and use In the linkage mechanism 330 for the mobile phone width signal for receiving the transmitting of convex block 203.
Referring to fig. 20, the transport establishment 310 is provided with two groups and along the symmetrical cloth of the arranged direction of support bracket 113 It sets, two transport establishments 310 cooperate for carrying out clamping transport charging docking to mobile phone, and transport establishment 310 includes mounting plate 311, mounting plate 311 includes the top plate and bottom plate for being parallel to the arrangement of support bracket 113 and the connecting plate for connecting the two, bottom plate It is arranged close to one 111/ substrate 2 112 of substrate, the opening direction that top plate and bottom plate and connecting plate are constituted is towards 113 cloth of support bracket It sets, successively rotation is provided with shaft 1, shaft 2 316 and shaft 3 317 between top plate and bottom plate, and shaft 1 turns Axis 2 316 and shaft 3 317 along support bracket 113 length direction equidistant placement and shaft 3 317 close to charging plug 103 Arrangement, one 315/ shaft of shaft, 2 316/ shaft 3 317 are arranged with transport idler wheel 318 close to bottom plate one end, and transport idler wheel 318 leans on Nearly one end face of top plate is coaxially arranged with pinch rollers and pinch rollers are for compressing mobile phone upper surface, and pinch rollers will Mobile phone compresses fitting on support bracket 113, and the side of transport idler wheel 318 and mobile phone is bonded to each other and by transport idler wheel 318 Rotate driving mobile phone towards charging plug 103 move, so that charging plug 103 is docked charging with mobile phone charging jack.
Specifically, can effectively be transported to mobile phone to guarantee to transport idler wheel 318 referring to Figure 18, Figure 20, make to transport Idler wheel 318 and the side of mobile phone fit closely, and need to meet spacing and mobile phone between transport idler wheel 318 symmetrically arranged on the left and the right Width be consistent, for this purpose, being provided with guidance set one between one 111/ substrate 2 112 of the mounting plate 311 and substrate, lead It is arranged there are two to component one and is arranged symmetrically along the spacing direction of two mounting plates 311, guidance set one includes being set to bottom Sliding slot 1 on plate and the guide rail 1 being set on one 111/ substrate 2 112 of substrate, sliding slot 1 and guide rail one 312 match and are arranged symmetrically along the spacing direction of two mounting plates 311, connecting plate and one 111/ substrate 2 112 of folded plate/substrate Between be provided with to push component and push component two mounting plates 311 pushed to move along guide rail 1 is close to each other always, support Push away the guide post that component includes the guide sleeve being set on connecting plate, is set on one 111/ substrate 2 112 of folded plate/substrate, guide post with Guide sleeve matches and constitutes slide-and-guide cooperation along the spacing direction of two mounting plates 311, and the outer cover of guide sleeve, which is equipped with, resets bullet Spring 1, one end of reset spring 1 and connecting plate contradict, the other end and one 111/ substrate 2 112 of folded plate/substrate contradict And the elastic force of reset spring 1 is directed toward connecting plate by one 111/ substrate 2 112 of folded plate/substrate always, and the bottom plate is close Deposit 104 one end of mouth is provided with the backing pin 319 cooperated with linkage mechanism 330.
Referring to fig. 21, the transportation power component 320 includes the transport motor 321 being set on top plate and transports electricity For machine 321 between shaft 1 and shaft 2 316, the output end of transport motor 321 is coaxially arranged with driving gear 2 322, Driven gear 2 323 is coaxially arranged in shaft 1, driving gear 2 322 is meshed with driven gear 2 323, in order to Enough drive shafts 2 316 rotate, and are provided with Synchronous Transmission component one, Synchronous Transmission between the shaft 1 and shaft 2 316 Component one includes the driving pulley 1 being coaxially disposed in shaft 1, coaxial arrangement in the driven belt in shaft 2 316 1 are taken turns, both connections and moving driving pulley 1 are provided between driving pulley 1 and driven pulley 1 Power is transferred to the belt 1 of driven pulley 1, in order to the rotation of drive shaft 3 317, the shaft 2 316 with turn Synchronous Transmission component two is provided between axis 3 317, Synchronous Transmission component two includes coaxial arrangement in the active in shaft 2 316 Belt wheel 2 327, coaxial arrangement in the driven pulley 2 328 in shaft 3 317, driving pulley 2 327 and driven pulley 2 328 it Between be provided with both connections and the power of driving pulley 2 327 be transferred to the belt 2 329 of driven pulley 2 328, in order to Guarantee the stationarity of power transmitting, the Synchronous Transmission component two is provided with two groups and is located at driven pulley 1 Side.
Referring to Figure 17, Figure 23, the linkage mechanism 330 is used to receive the width signal of the transmitting of convex block 203 and should Signal is transferred to transport establishment 310, and linkage mechanism 310 is set to testing agency 200 and the transport establishment in the second quadrant Between 310, the linkage mechanism 330 includes being set to one 111/ substrate 2 112 of substrate to rotate clockwise branch on an end face Support 331, there are two the settings of support frame 331 and is arranged symmetrically along the arranged direction of support bracket 113, between two support frames 331 The guiding bar 3 332 for being parallel to one 111/ substrate 2 112 of counterpart substrate is set up, is arranged with fixture block 333 in guiding bar 3 332, Fixture block 333 and guiding bar 3 332 match and constitute slide-and-guide cooperation along the axial of guiding bar 3 332, and fixture block 333 is arranged It is symmetrical arranged there are two and along the arranged direction of support bracket 113, two convex blocks 203 are between two fixture blocks 333, the guiding bar Reset spring 2 334, one end of reset spring 2 334 and the conflict of support frame 331, the other end and fixture block 333 are arranged on 3 332 It contradicts and the elastic force of reset spring 2 334 pushes the sliding close to each other of two fixture block 333 always, fixture block 333 is corresponding with backing pin 319 The width signal of mobile phone is transferred to two fixture blocks 333 by arrangement, convex block 203, and two fixture blocks 333 are located remotely from each other along guiding bar 3 332 Sliding, two fixture blocks 333 receive the width signal of the transmitting of convex block 203 and the signal is transferred to backing pin 319, keep backing pin 319 mutual Far from movement and it is consistent the distance between the transport idler wheel 318 being arranged symmetrically and the width of mobile phone.
Specifically, in order to promote the stability that fixture block 333 is slided along guiding bar 3 332, the fixture block 333 and substrate one Guidance set two is provided between 111/ substrate 2 112, guidance set two includes the sliding slot two for being set to 333 bottom of fixture block, sets Two 333a of guide rail being equipped on one 111/ substrate 2 112 of substrate, sliding slot two match with two 333a of guide rail and draw along being parallel to The axial of guide rod 3 332 constitutes slide-and-guide cooperation.
Specifically, needing to make the revocation of lower platen 207 to connecting rod 202 after due to the width of the detection mobile phone of testing agency 200 It pushes and provides evacuation for the deposit of mobile phone, in order to make fixture block 333 effectively receive the width signal of the transmitting of convex block 203, institute The linkage mechanism 330 stated further includes locking assembly, and the locking assembly includes being set to one 111/ substrate of substrate, 2 112 up time Needle rotates the mounting rack 2 335 on an end face and mounting rack 2 335 is arranged far from guiding bar 3 332, and mounting rack 2 335 is along flat Row is provided with mandril 336 in the sliding of 113 arranged direction of support bracket, and there are two the settings of mandril 336 and is set to support bracket 113 Side, mandril 336 are parallel to guiding bar three close to the length direction that 333 one end of fixture block is provided with top plate 337 and top plate 337 332 axial direction, the outer cover of mandril 336 are equipped with holddown spring 339, one end of holddown spring 339 and mounting rack 2 335 contradict, The other end and top plate 337 contradict and the elastic force of holddown spring 339 is directed toward top plate 337 by mounting rack 2 335 always, in order to dimension Two fixture blocks 333 for holding mobile phone width distance are locked, and the top plate 337 is provided with locking close to 333 1 end face of fixture block Block 338, latch segment 338 are provided with several and length direction arrays along top plate 337 and arrange, between adjacent two latch segment 338 Distance match with fixture block 333, spacing arranges that latch segment 338 supports with 203 activity of convex block between latch segment 338 and fixture block 333 Touching, the top of the latch segment 338 is provided with the arcwall face of evagination.
During the work time, the mobile phone width signal that convex block 203 transmits is transferred to docking facilities 300 by linkage mechanism 330 Transport establishment 310 and the distance between the transport idler wheel 318 being arranged symmetrically in transport establishment 310 and mobile phone width is made to keep one It causes, is embodied in, when shield member 120 switches to clamp position, the distance between two convex blocks 203 will be with mobile phone width one It causes, in the process, convex block 203 will push fixture block 333 to be located remotely from each other and move and mobile phone width signal is transferred to fixture block 333, fixture block 333 overcomes the elastic force effect of reset spring 2 334 to be located remotely from each other sliding, reset spring two along guiding bar 3 332 334 gradually reduce and elastic potential energy increase, in the process, fixture block 333 by drive backing pin 319 be located remotely from each other movement and will Mobile phone width signal is transferred to transport establishment 310,310 adjust automatically of transport establishment being arranged symmetrically and makes the fortune being arranged symmetrically The distance between defeated idler wheel 318 is consistent with mobile phone width, at this point, lower platen 207 is cancelled the pushing to connecting rod 202, even Bar 202 is rotated close to shield door 122 and convex block 203 cancels pushing to fixture block 333, and in the process, locking assembly is by two The position of fixture block 333 is fixed to lock to maintain the distance between transport idler wheel 318 being arranged symmetrically and mobile phone width to be consistent, It is embodied in, when convex block 203 between two fixture blocks 333 by removing, the elastic force of holddown spring 339 will push top plate 337 close Fixture block 333 moves, and fixture block 333 is made to be clamped in the gap location between corresponding two latch segment 338.
Transport establishment 310 by mobile phone by deposit mouth 104 transport to pile body 101 inside and by mobile phone charging jack with fill The charging of 103 automatic butt of plug, is embodied in, and controller control starting transport motor 321 inverts, and transport motor 321 will Drive driving gear 2 322 around own axes invert, driving gear 2 322 will drive driven gear 2 323 around own axes just Turn, driven gear 2 323 will drive shaft 1 is synchronous to rotate forward, and the power of driving pulley 1 is transferred to by belt 1 Driven pulley 1 and drive driven pulley 1 around own axes rotate forward, driven pulley 1 will drive shaft 2 316 Synchronous to rotate forward, the power of driving pulley 2 327 is transferred to driven pulley 2 328 and gives driving driven pulley two by belt 2 329 328 around own axis, and driven pulley 2 328 will drive shaft 3 317 is synchronous to rotate forward, shaft 1, shaft 2 316 with And shaft 3 317 will drive set setting its external transport idler wheel 318 and pinch rollers to rotate synchronously, mobile phone is by deposit mouth 104 are inserted into the inside of pile body 101 and its side is in contact with transport idler wheel 318, and transport idler wheel 318 is under the action of frictional force Mobile phone is transported to support bracket 113, and by mobile phone towards charging plug 103 direction transport, make mobile phone charging jack with Charging plug 103 completes docking charging, and the mobile phone is then rotated out the second quadrant, will be in the charging plug of idle state 103 turn to the second quadrant, shield member 120 are switched to sealed condition, lower platen 207 moves downward and to connecting rod 202 It is pushed, the latch segment 338 to middle position is squeezed and pushes latch segment 338 remote by 203 upper end arc surface of convex block It is moved from gripping block 333,338 activity of latch segment in convex block 203 and middle position contradicts and two convex blocks 203 are located at two fixture blocks Between 333.
When charging terminates, and user needs mobile phone by taking out mobile phone inside pile body 101, operation touch-control system 105 will Mobile phone turns to the second quadrant, and shield member 120 is switched to opening-wide state, makes the revocation of lower platen 207 under connecting rod 202 Mobile phone charging jack is separated from each other with charging plug 103 and mobile phone is driven to be transported by deposit mouth 104 by pressure, transport establishment 310 It to the outside of pile body 101, is embodied in, controller control starting transport motor 321 rotates forward, and transport motor 321 will drive and lead Moving gear 2 322 is rotated forward around own axes, and driving gear 2 322 will drive driven gear 2 323 to invert around own axes, driven Gear 2 323 will drive the synchronous reversion of shaft 1, and the power of driving pulley 1 is transferred to driven pulley by belt 1 1 and drive driven pulley 1 around own axes invert, driven pulley 1 by drive shaft 2 316 synchronize instead Turn, the power of driving pulley 2 327 is transferred to driven pulley 2 328 and to driving driven pulley 2 328 around certainly by belt 2 329 Body axis rotation, driven pulley 2 328 will drive the synchronous reversion of shaft 3 317, shaft 1, shaft 2 316 and shaft three 317 will drive set setting its external transport idler wheel 318 and pinch rollers to rotate synchronously, and transport idler wheel 318 in frictional force Mobile phone charging jack is separated with charging plug 103 and by mobile phone by the outer of the transport of deposit mouth 104 to pile body 101 under effect Portion.
Rotary mobile-phone applied to public place deposits charging method, and step is:
(1) mobile phone is horizontally inserted into the stage；
S1: independently selection charge mode, user can select Flat Amount charge mode according to self-demand to operation touch-control system 105 Or selection set time charge mode, user pays after the completion of model selection, and touch-control system 105, which issues general supply, to be believed It number instructs and is powered general supply to charging plug 103, mobile phone is horizontal positioned and charging jack one end takes the lead in inserting Enter to deposit mouth 104；
The charging pile 100 includes the pile body 101 arranged backward of opening, the opening of pile body 101 be provided with it is matched simultaneously And it is detachably connected the rear cover 102 of cooperation, pile body 101 is internally provided with the charging plug 103 to match with mobile phone charging jack And charging plug 103 is connect with general supply, and the front end face of pile body 101 is provided with the deposit mouth stored for being inserted into mobile phone 104, the arrangement corresponding with charging plug 103 of mouth 104 is deposited, the top of pile body 101 is provided with the touching for self-help service for user Establishing between control system 105 and touch-control system 105 and controller has signal connection；
Rotating member 110 is provided in the pile body 101, the rotating member 110 includes the square in decussation arrangement The opening side of shape substrate 1 and substrate 2 112, substrate 1 and 2 112 place plane of substrate each parallel to deposit mouth 104 To substrate 1 is connected with each other and is fixed as one along the medium position of respective length direction with substrate 2 112, substrate one 111 are axially parallel to deposit mouth 104 with what the junction of substrate 2 112 was fixedly installed rotary shaft 114 and rotary shaft 114 Opening direction, rotary shaft 114 are rotatably dispose on the inner wall of pile body 101, and one 111/ substrate 2 112 of substrate is far from rotary shaft 114 One end is provided with the folded plate perpendicular to one 111/ substrate 2 112 of substrate, and space is divided by substrate 1 with substrate 2 112 First quartile, the second quadrant, third quadrant and fourth quadrant, first quartile, the second quadrant, third quadrant and fourth quadrant In the end face that is rotated in the clockwise direction of one 111/ substrate 2 112 of substrate be provided with support bracket 113 and support bracket 113 Width direction along one 111/ substrate 2 112 of substrate arranges that 113 upper surface of support bracket is parallel to one 111/ substrate 2 112 of substrate, Charging plug 103 is fixedly installed on upper surface of the support bracket 113 far from deposit 104 one end of mouth and is located in the second quadrant The arrangement corresponding with deposit mouth 104 of charging plug 103, four charging plugs 103 are mutually indepedent and can complete Charging to mobile phone；
The shield member 120 for being blocked to deposit mouth 104, shield door component are additionally provided with inside the pile body 101 120 are arranged to the sealed condition that can mutually switch, opening-wide state and the clamping shape between sealed condition and opening-wide state State, clamp position are that shield member 120 clamps the two sides of mobile phone, and the shield member 120 includes being fixedly installed on Horizontal guide bars 1 on 101 inner wall of pile body, guiding bar 1 are located at the lower section of deposit mouth 104, one 121 top of guiding bar It is provided with shield door 122, there are two the settings of shield door 122 and is arranged symmetrically along the opening direction of deposit mouth 104, two shield doors 122 cooperate for blocking to deposit mouth 104, lower lug are provided on the downside of shield door 122, lower lug sleeve is set to guidance Slide-and-guide cooperation is constituted on bar 1 and along the axis direction of guiding bar 1；
During the work time, user is cut shield member 120 by sealed condition during depositing charging shield member 120 Opening-wide state is shifted to, two shield doors 122 will be located remotely from each other sliding along guiding bar 1, and the revocation of shield door 122 is to deposit mouth 104 closure, shield member 120 switch to opening-wide state, and mobile phone is horizontally inserted into deposit mouth 104；
(2) the mobile phone width detection stage；
S2: detection measurement is horizontally inserted into the mobile phone width into deposit mouth 104 and by the width signal automatically for testing agency 200 It is transferred to the clamping transport end of docking facilities 300；
The testing agency 200 is set to shield member 120 and between the docking facilities 300 of the second quadrant, described Testing agency 200 includes the pivoted housing 1 being rotatably dispose in guiding bar 1, and there are two and along post the setting of pivoted housing 1 The opening direction for depositing mouth 104 is symmetrically arranged, positioned at the pivoted housing 1 in left side and under 122 downside of left side shield door Lug is fixedly connected, and the pivoted housing 1 positioned at right side is fixedly connected with the lower lug for being located at 122 downside of right side shield door, pivoted housing The connecting rod 202 that the docking facilities 300 towards in the second quadrant are disposed to extend, connecting rod 202 are fixedly installed on one 201 periphery Include two sections along extending direction and be followed successively by bending segment and straight portions, the suspension end of straight portions is connected with convex block 203, left The straight portions that the right side is arranged symmetrically/convex block symmetrically arranged on the left and the right 203 mutually closes up patch under 120 masked state of shield member It closes, the inside of the shield door 122 is provided with range sensor 206, and range sensor 206 symmetrically arranged on the left and the right is in shielding structure It is bonded to each other under 120 masked state of part；
The straight portions of connecting rod 202 have been sheathed on pivoted housing 2 204, are arranged between pivoted housing 2 204 and corresponding 122 medial surface of shield door There is carbine 205,205 1 end hook of carbine is set on pivoted housing 2 204, another end hook is set on the medial surface of shield door 122 simultaneously And the elastic force of carbine 205 pulls pivoted housing 2 204 to rotate close to shield door 122 always；
The testing agency 200 further includes pushing component, and pushing component includes being vertically arranged under the rectangle of 202 top of connecting rod Pressing plate 207, the length direction of lower platen 207 are parallel to the axial direction of guiding bar 1, the one end of lower platen 207 along its length Be provided with the guiding bar 2 208 arranged vertically, guiding bar 2 208 is fixedly installed on the inner wall of pile body 101, lower platen 207 with Guiding bar 2 208 matches and constitutes slide-and-guide cooperation along the vertical direction, and the other end of lower platen 207 along its length is set It is equipped with the elevating screw 209 arranged vertically, elevating screw 209 is rotatably dispose on the inner wall of pile body 101, lower platen 207 and liter It drops screw rod 209 and constitutes to be threadedly coupled and cooperate, the top of elevating screw 209 is driving end and the end is connected with lifting electricity Machine 210, lifting motor 210 is fixedly installed on the inner wall of pile body 101 and the output end and elevating screw of lifting motor 210 209 top is fixedly and coaxially connected；
During the work time, when shield member 120 switches to opening-wide state, shield door 122 is along guiding bar for testing agency 200 One 121 are located remotely from each other sliding, and shield door 122 will drive two connecting rods 202/ for closing up fitting to close up two convex blocks 203 of fitting mutually Far from movement, mobile phone is horizontally inserted into deposit mouth 104 and mobile phone charging jack end and lower platen 207 is inconsistent, this When, two range sensors 206, which scan and recognize the width of mobile phone, to be read and the width signal of the mobile phone is transferred to control Device processed, controller receive the signal and control starting shield electric machine 124, and shield electric machine 124 drives shield door 122 along guidance Bar 1 is close to each other to be moved and clamps to the two sides of mobile phone, and shield member 120 switches to clamping shape by opening-wide state State, in the process, shield door 122 drive the movement close to each other of two connecting rods, 202/ liang of convex block 203, make between two convex blocks 203 The width of distance and mobile phone is consistent and the width signal of mobile phone is transferred to docking facilities in the second quadrant by convex block 203 300 clamping transport end；
(3) the docking stage is transported；
S3: docking facilities 300 receive the mobile phone width signal of the measurement of testing agency 200 and adjust the clamping transport end of itself To being adapted with the width of the mobile phone, then start docking facilities 300, docking facilities 300 clamp simultaneously the two sides of mobile phone And transport mobile phone to the inside of pile body 101 by the external of pile body 101, mobile phone charging jack is completed during transportation and is filled The charging of 103 automatic butt of plug；
The docking facilities 300 include the transport that mobile phone is transported to 101 inside of pile body and completed the charging of its automatic butt Mechanism 310 drives the transportation power component 320 of power and for receiving the transmitting of convex block 203 for providing transport establishment 310 Mobile phone width signal linkage mechanism 330；
The transport establishment 310 is provided with two groups and is arranged symmetrically along the arranged direction of support bracket 113, two transport establishments 310 cooperate for carrying out clamping transport charging docking to mobile phone, and transport establishment 310 includes mounting plate 311, mounting plate 311 Connecting plate including being parallel to the top plate and bottom plate of the arrangement of support bracket 113 and for connecting the two, bottom plate is close to substrate 1 Substrate 2 112 arranges that the opening direction that top plate and bottom plate and connecting plate are constituted is arranged towards support bracket 113, top plate and bottom plate it Between successively rotation be provided with shaft 1, shaft 2 316 and shaft 3 317, shaft 1, shaft 2 316 and shaft 3 317 along support bracket 113 length direction equidistant placement and shaft 3 317 close to charging plug 103 arrange, shaft 1 2 316/ shaft 3 317 of shaft is arranged with transport idler wheel 318 close to bottom plate one end, and transport idler wheel 318 is same close to one end face of top plate Axis is provided with pinch rollers and pinch rollers are for compressing mobile phone upper surface；
It is provided with guidance set one between one 111/ substrate 2 112 of the mounting plate 311 and substrate, guidance set one is provided with two It is a and be arranged symmetrically along the spacing direction of two mounting plates 311, guidance set one include the sliding slot 1 that is set on bottom plate with And it is set to the guide rail 1 on one 111/ substrate 2 112 of substrate, sliding slot 1 and guide rail 1 match and along two peaces The spacing direction of loading board 311 is arranged symmetrically, and is provided between one 111/ substrate 2 112 of connecting plate and folded plate/substrate and is pushed component And push component pushes two mounting plates 311 to move along guide rail 1 is close to each other always, and pushing component includes the company of being set to Guide sleeve on fishplate bar, the guide post being set on one 111/ substrate 2 112 of folded plate/substrate, guide post and guide sleeve match and along two The spacing direction of mounting plate 311 constitutes slide-and-guide cooperation, and the outer cover of guide sleeve is equipped with reset spring 1, reset spring one 314 one end and connecting plate contradict, the other end and one 111/ substrate 2 112 of folded plate/substrate contradict and reset spring 1 Elastic force is directed toward connecting plate by one 111/ substrate 2 112 of folded plate/substrate always, and the bottom plate is provided with close to deposit 104 one end of mouth The backing pin 319 cooperated with linkage mechanism 330；
The linkage mechanism 330 is used to receive the width signal of the transmitting of convex block 203 and the signal is transferred to transport establishment 310, linkage mechanism 310 is set between testing agency 200 and transport establishment 310 in the second quadrant, the linkage Mechanism 330 includes being set to one 111/ substrate 2 112 of substrate to rotate clockwise support frame 331 on an end face, and support frame 331 is set It sets there are two and is arranged symmetrically along the arranged direction of support bracket 113, set up between two support frames 331 and be parallel to counterpart substrate The guiding bar 3 332 of one 111/ substrates 2 112 is arranged with fixture block 333, fixture block 333 and guiding bar 3 332 in guiding bar 3 332 Match and constitute slide-and-guide cooperation along the axial of guiding bar 3 332, the setting of fixture block 333 there are two and along support bracket 113 arranged direction is symmetrical arranged, and two convex blocks 203 are arranged with reset in the guiding bar 3 332 between two fixture blocks 333 Spring 2 334, one end of reset spring 2 334 and the conflict of support frame 331, the other end and the conflict of fixture block 333 and reset spring 2 334 elastic force pushes the sliding close to each other of two fixture block 333 always, the arrangement corresponding with backing pin 319 of fixture block 333, and convex block 203 is by hand The width signal of machine is transferred to two fixture blocks 333, and two fixture blocks 333 are located remotely from each other sliding along guiding bar 3 332, and two fixture blocks 333 connect The width signal and the signal transmitted by convex block 203 are transferred to backing pin 319, are located remotely from each other backing pin 319 and move and make pair The distance between transport idler wheel 318 of arrangement and the width of mobile phone is claimed to be consistent；
The linkage mechanism 330 further includes locking assembly, and locking assembly includes being set to one 111/ substrate of substrate, 2 112 up time Needle rotates the mounting rack 2 335 on an end face and mounting rack 2 335 is arranged far from guiding bar 3 332, and mounting rack 2 335 is along flat Row is provided with mandril 336 in the sliding of 113 arranged direction of support bracket, and mandril 336 is provided with top plate 337 simultaneously close to 333 one end of fixture block And the length direction of top plate 337 is parallel to the axial direction of guiding bar 3 332, the outer cover of mandril 336 is equipped with holddown spring 339, pressure One end of tight spring 339 and mounting rack 2 335 contradict, the other end and top plate 337 contradict and the elastic force of holddown spring 339 always Top plate 337 is directed toward by mounting rack 2 335, top plate 337 is provided with latch segment 338 close to 333 1 end face of fixture block, and latch segment 338 is set It is equipped with several and length direction array arrangements along top plate 337, the distance between adjacent two latch segment 338 and 333 phase of fixture block Matching, spacing is arranged between latch segment 338 and fixture block 333, and latch segment 338 and 203 activity of convex block contradict, the latch segment 338 Top be provided with the arcwall face of evagination；
During the work time, the mobile phone width signal that convex block 203 transmits is transferred to transport to docking facilities 300 by linkage mechanism 330 Mechanism 310 and it is consistent the distance between the transport idler wheel 318 being arranged symmetrically in transport establishment 310 with mobile phone width, Be embodied in, when shield member 120 switches to clamp position, the distance between two convex blocks 203 will with mobile phone equivalent width, During this, convex block 203 will push fixture block 333 to be located remotely from each other and move and mobile phone width signal is transferred to fixture block 333, fixture block 333 overcome the elastic force of reset spring 2 334 to act on along guiding bar 3 332 is located remotely from each other sliding, and reset spring 2 334 is gradually pressed It contracts and elastic potential energy increases, in the process, fixture block 333 will drive backing pin 319 to be located remotely from each other movement and by mobile phone width Signal is transferred to transport establishment 310,310 adjust automatically of transport establishment being arranged symmetrically and makes the transport idler wheel being arranged symmetrically The distance between 318 are consistent with mobile phone width, at this point, lower platen 207 is cancelled the pushing to connecting rod 202, connecting rod 202 is leaned on The rotation of close shield door 122 and convex block 203 cancels pushing to fixture block 333, in the process, locking assembly is by two fixture blocks 333 The fixed locking in position to maintain the distance between transport idler wheel 318 being arranged symmetrically and mobile phone width to be consistent, specific table It is now that, when convex block 203 between two fixture blocks 333 by removing, the elastic force of holddown spring 339 will push top plate 337 close to fixture block 333 Movement, and fixture block 333 is made to be clamped in the gap location between corresponding two latch segment 338；
Mobile phone is transported by deposit mouth 104 to the inside of pile body 101 and plugs in mobile phone charging jack and charging by transport establishment 310 First 103 automatic butt charging, transport 320 drive shaft 1 of drive member, shaft 2 316 and shaft 3 317 rotate forward, turn Axis 1, shaft 2 316 and shaft 3 317 will drive set setting its external transport idler wheel 318 and pinch rollers synchronous Rotation, mobile phone are inserted into 101 inside of pile body and its side by deposit mouth 104 and are in contact with transport idler wheel 318, transport idler wheel 318 transport mobile phone to support bracket 113 under the action of frictional force, and mobile phone is transported towards the direction of charging plug 103 It is defeated, make mobile phone charging jack complete to dock charging with charging plug 103, the mobile phone is then rotated into out the second quadrant, will be in The charging plug 103 of idle state turns to the second quadrant, shield member 120 is switched to sealed condition, lower platen 207 is downward It moves and connecting rod 202 is pushed, 203 upper end arc surface of convex block is squeezed the latch segment 338 to middle position simultaneously And latch segment 338 is pushed to move far from gripping block 333,338 activity of latch segment in convex block 203 and middle position contradicts and two is convex Block 203 is between two fixture blocks 333；
(4) mobile phone takes out the stage；
S4: the clamping transport end of docking facilities 300 is reversely transported, and mobile phone is transported by deposit mouth 104 to the outside of pile body 101, Charging plug 103 disconnects automatically with mobile phone charging jack；
When charging terminates, and user needs mobile phone by taking out mobile phone inside pile body 101, touch-control system 105 is operated by mobile phone The second quadrant is turned to, shield member 120 is switched into opening-wide state, lower platen 207 is made to cancel the pushing to connecting rod 202, fortune Mobile phone charging jack and charging plug 103 are separated from each other and drive mobile phone by the transport of deposit mouth 104 to pile body by transfer mechanism 310 101 outside, is embodied in, and transport 320 drive shaft 1 of drive member, shaft 2 316 and shaft 3 317 invert, Shaft 1, shaft 2 316 and shaft 3 317 will drive set setting its external transport idler wheel 318 and pinch rollers same Step rotation, transport idler wheel 318 under the action of frictional force by mobile phone charging jack separated with charging plug 103 and by mobile phone by The transport of mouth 104 is deposited to the outside of pile body 101.
The foregoing description of the disclosed embodiments enables those skilled in the art to implement or use the present invention； Various modifications to these embodiments will be readily apparent to those skilled in the art, defined in the present invention General Principle can be realized in other embodiments in the case where not departing from spirit or scope of the invention.Therefore, originally Invention will not be defined to the embodiments shown herein, and be to fit to and the principles and novel features disclosed herein Consistent widest scope.

Claims (4)

1. the intelligent rotary mobile-phone for being applied to the shared charging in public place deposits charging station, it is characterised in that: it includes using In mobile phone is carried out deposit charging charging pile, for by mobile phone by outside charging pile inside clamping transport to charging pile and from The dynamic docking facilities for completing mobile phone docking charging, for measuring mobile phone width and the width signal is transferred to docking facilities clamping The testing agency of transport end and the controller that process is run for coordinated control charging pile, testing agency, docking facilities, it is described Charging pile include the pile body arranged backward of opening, the opening of pile body is provided with matched and is detachably connected cooperation Rear cover, pile body is internally provided with the charging plug to match with mobile phone charging jack and charging plug is connect with general supply, stake The front end face of body is provided with the deposit mouth stored for being inserted into mobile phone, deposits mouth arrangement corresponding with charging plug, pile body Top be provided with the touch-control system for self-help service for user and between touch-control system and controller establish have signal connection.
2. the intelligent rotary mobile-phone according to claim 1 applied to the shared charging in public place deposits charging station, It is characterized by: being provided with rotating member in the pile body, the rotating member includes the rectangle in decussation arrangement Substrate one and substrate two, substrate one and two place plane of substrate are each parallel to the opening direction for depositing mouth, substrate one and substrate two It is connected with each other and is fixed as one along the medium position of respective length direction, the junction of substrate one and substrate two is fixedly installed There is the opening direction for being axially parallel to deposit mouth of rotary shaft and rotary shaft, rotary shaft is rotatably dispose on the inner wall of pile body, One/substrate of substrate two is provided with the folded plate perpendicular to one/substrate of substrate two far from rotary shaft one end, and folded plate is along clockwise direction Space is divided into first quartile, the second quadrant, third quadrant and fourth quadrant by bending, substrate one and substrate two, first as The end face that one/substrate of substrate two in limit, the second quadrant, third quadrant and fourth quadrant is rotated in the clockwise direction is all provided with It is equipped with support bracket and support bracket is along the width direction arrangement of one/substrate of substrate two, support bracket upper surface is parallel to one/base of substrate Plate two, charging plug are fixedly installed in the charging on upper surface of the support bracket far from deposit mouth one end and being located in the second quadrant Plug and the corresponding arrangement of deposit mouth, four charging plugs are mutually indepedent and can complete charging to mobile phone, One end that one/substrate of substrate two in first quartile, the second quadrant, third quadrant and fourth quadrant is rotated in the clockwise direction Face is provided with mutually independent docking facilities, and docking facilities and charging plug, which correspond, to be arranged, the one/substrate of substrate two Deposit mouth one end is provided with mounting rack one and mounting rack one is fixedly installed on the inner wall of pile body, it is fixed on mounting rack one It is provided with rotating stepper motor, the output end of rotating stepper motor is axially parallel to the axial direction of rotary shaft and the output end is coaxial Be provided with driving gear one, the rotary shaft is coaxially arranged with driven gear one away from deposit mouth one end, driving gear one with from Moving gear one is intermeshed, and establishing between rotating stepper motor and controller has signal connection, is also set up inside the pile body There is the shield member for being blocked to deposit mouth.
3. the intelligent rotary mobile-phone according to claim 1 or 2 applied to the shared charging in public place deposits charging It stands, it is characterised in that: the testing agency is set to shield member and between the docking facilities of the second quadrant, described Testing agency includes the pivoted housing one being rotatably dispose on shield member, and the opening side there are two and along deposit mouth is arranged in pivoted housing one It is arranged symmetrically to the left and right, the company that the docking facilities towards in the second quadrant are disposed to extend is fixedly installed on the periphery of pivoted housing one Bar, connecting rod include two sections along extending direction and are followed successively by bending segment and straight portions, and the suspension end of straight portions is connected with convex Block, straight portions symmetrically arranged on the left and the right/convex block symmetrically arranged on the left and the right mutually close up fitting under shield member masked state, Convex block extends in docking facilities and mobile phone width signal is transferred to docking facilities, is provided on the inside of the shield member Range sensor, range sensor symmetrically arranged on the left and the right are bonded to each other under shield member masked state.
4. the intelligent rotary mobile-phone according to claim 1 or 2 applied to the shared charging in public place deposits charging It stands, it is characterised in that: the docking facilities include transporting mobile phone to pile body inside and completing what its automatic butt charged Transport establishment, the transportation power component for providing transport establishment driving power and the mobile phone for receiving convex block transmitting are wide Spend the linkage mechanism of signal；
The transport establishment is provided with two groups and is arranged symmetrically along the arranged direction of support bracket, and two transport establishments cooperate For carrying out clamping transport charging docking to mobile phone, transport establishment includes mounting plate, and mounting plate includes being parallel to support bracket arrangement Top plate and bottom plate and connecting plate for both connecting, bottom plate arranged close to one/substrate of substrate two, top plate and bottom plate and company Fishplate bar constitute opening direction towards support bracket arrange, between top plate and bottom plate successively rotation be provided with shaft one, shaft two with And shaft three, the close charging of length direction equidistant placement and shaft three of shaft one, shaft two and shaft three along support bracket Plug arrangement, one/shaft of shaft, two/shaft three are arranged with transport idler wheel close to bottom plate one end, transport idler wheel close to top plate one end Face is coaxially arranged with pinch rollers and pinch rollers for compressing to mobile phone upper surface, and the mounting plate and substrate one/ Be provided with guidance set one between substrate two, the setting of guidance set one there are two and along the symmetrical cloth of the spacing direction of two mounting plates It sets, guidance set one includes the sliding slot one being set on bottom plate and the guide rail one being set on one/substrate of substrate two, sliding slot one Match with guide rail one and be arranged symmetrically along the spacing direction of two mounting plates, between connecting plate and folded plate/one/substrate of substrate two Be provided with to push component and push component pushes two mounting plates to move along guide rail one is close to each other always, and pushing component includes The guide sleeve being set on connecting plate, the guide post being set on folded plate/one/substrate of substrate two, guide post and guide sleeve match and edge The spacing directions of two mounting plates constitutes slide-and-guide cooperation, and the outer cover of guide sleeve is equipped with reset spring one, and the one of reset spring one End is contradicted with connecting plate, the other end and folded plate/one/substrate of substrate two contradict and the elastic force of reset spring one always by folded plate/ One/substrate of substrate two is directed toward connecting plate, and the bottom plate is provided with the backing pin with linkage mechanism cooperation close to deposit mouth one end；
The linkage mechanism is used to receive the width signal of convex block transmitting and the signal is transferred to transport establishment, gear Structure is set between testing agency and transport establishment in the second quadrant, and the linkage mechanism includes being set to substrate One/substrate two rotates clockwise the support frame on an end face, support frame setting there are two and along the arranged direction pair of support bracket Claim arrangement, the guiding bar three for being parallel to one/substrate of counterpart substrate two is set up between two support frames, is arranged with folder in guiding bar three Block, fixture block and guiding bar three match and constitute slide-and-guide cooperation along the axial of guiding bar three, and there are two simultaneously for fixture block setting And be symmetrical arranged along the arranged direction of support bracket, two convex blocks are arranged with reset bullet in the guiding bar three between two fixture blocks Spring two, one end of reset spring two and support frame conflict, the other end and fixture block contradict and the elastic force of reset spring two pushes away always Dynamic two fixture blocks sliding close to each other, fixture block arrangement corresponding with backing pin, is provided with guiding between the fixture block and one/substrate of substrate two Component two, guidance set two includes being set to the sliding slot two of fixture block bottom, the guide rail two being provided on one/substrate of substrate two, sliding Slot two and guide rail two match and constitute slide-and-guide cooperation along the axial of guiding bar three is parallel to；
The linkage mechanism further includes locking assembly, and the locking assembly includes being set to one/substrate of substrate two clockwise It rotates the mounting rack two on an end face and mounting rack two is arranged far from guiding bar three, mounting rack two is arranged along support bracket is parallel to Direction sliding is provided with mandril, and there are two mandril settings and is set to the side of support bracket, and mandril is arranged close to fixture block one end There is the length direction of top plate and top plate to be parallel to the axial direction of guiding bar three, the outer cover of mandril is equipped with holddown spring, compresses bullet One end of spring and the conflict of mounting rack two, the other end and top plate contradict and the elastic force of holddown spring is directed toward by mounting rack two pushes up always Plate, the top plate are provided with latch segment close to one end face of fixture block, and latch segment is provided with several and length direction battle arrays along top plate Column arrangement, the distance between adjacent two latch segment matches with fixture block, and spacing is arranged between latch segment and fixture block, latch segment with it is convex Block activity contradicts, and the top of the latch segment is provided with the arcwall face of evagination.
CN201811245121.7A 2018-10-24 2018-10-24 Intelligent rotary mobile-phone applied to the shared charging in public place deposits charging station Withdrawn CN109193861A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201811245121.7A CN109193861A (en) 2018-10-24 2018-10-24 Intelligent rotary mobile-phone applied to the shared charging in public place deposits charging station

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201811245121.7A CN109193861A (en) 2018-10-24 2018-10-24 Intelligent rotary mobile-phone applied to the shared charging in public place deposits charging station

Publications (1)

Publication Number Publication Date
CN109193861A true CN109193861A (en) 2019-01-11

Family

ID=64943229

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201811245121.7A Withdrawn CN109193861A (en) 2018-10-24 2018-10-24 Intelligent rotary mobile-phone applied to the shared charging in public place deposits charging station

Country Status (1)

Country Link
CN (1) CN109193861A (en)

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WW01 Invention patent application withdrawn after publication

Application publication date: 20190111

WW01 Invention patent application withdrawn after publication