WO2017113515A1 - 一种可拆卸式车载无线充电器及其充电使用方法 - Google Patents

一种可拆卸式车载无线充电器及其充电使用方法 Download PDF

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Publication number
WO2017113515A1
WO2017113515A1 PCT/CN2016/076546 CN2016076546W WO2017113515A1 WO 2017113515 A1 WO2017113515 A1 WO 2017113515A1 CN 2016076546 W CN2016076546 W CN 2016076546W WO 2017113515 A1 WO2017113515 A1 WO 2017113515A1
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WO
WIPO (PCT)
Prior art keywords
mobile phone
wireless charger
charger body
card
fixing frame
Prior art date
Application number
PCT/CN2016/076546
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English (en)
French (fr)
Inventor
王鹏飞
Original Assignee
王鹏飞
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 王鹏飞 filed Critical 王鹏飞
Publication of WO2017113515A1 publication Critical patent/WO2017113515A1/zh

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    • 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
    • H02J7/025—
    • 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
    • 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
    • H02J7/0044—Circuit arrangements for charging or depolarising batteries or for supplying loads from batteries characterised by the mechanical construction specially adapted for holding portable devices containing batteries

Definitions

  • the invention relates to a wireless charger and a charging method thereof, in particular to a wireless charger for a small-sized electrical device, such as a mobile phone device, and a charging method thereof.
  • the wireless charging technology is derived from the wireless energy transmission technology, in which the low-power wireless charging is often carried out by means of electromagnetic induction, such as the Qi method of charging the mobile phone, when used, due to the connection between the charger and the powered device.
  • the energy is transmitted by the magnetic field, so there is no wire connection between the two, which is very convenient and safe to use.
  • the transmitting end is a wireless charger
  • the receiving end is a power device such as a mobile phone.
  • a coil is arranged at the transmitting end, and a coil is also set at the receiving end. The transmitting end transmits energy through the control board and the coil, and the receiving end receives the energy through the control board and the coil to realize wireless charging of the electric device such as the mobile phone.
  • the first category is mainly wireless chargers placed in public places, private residences or office spaces. In the desktop, table and other locations, so it does not require additional fixtures to fix the position between the wireless charger and the phone. In general, just put the phone on the wireless charger to complete the wireless charging action. ,
  • the second type of wireless charger is mainly placed on a motor vehicle, and the mobile phone is wirelessly charged by the vehicle-mounted wireless charger during the driving process of the user.
  • the mobile phone is wirelessly charged by the vehicle-mounted wireless charger during the driving process of the user.
  • the wireless charger in order to fix the mobile phone and the wireless charger.
  • the location between the two requires an additional mobile phone fixture to ensure the smooth charging process.
  • the overall structure of the above two types of wireless chargers is significantly different, so the current two types of wireless chargers cannot be mixed in different places of use, which also causes users to be in private residences, office places, and motor vehicles. Different types of wireless chargers can be placed to meet the requirements of use, which is the main drawback of the conventional technology.
  • a detachable vehicle-mounted wireless charger comprising a wireless charger body and a fixing frame, the wireless charger body being fixedly disposed in the fixing frame, and simultaneously, the wireless charger body It can also be separated from the holder.
  • the wireless charger body When the wireless charger body is fixedly disposed in the fixing frame, the wireless charger body is stably embedded in the fixing frame, and at this time, the fixing frame is fixed on a moving object, and at this time, by using the Fixing the fixing mechanism to the wireless charger body, the wireless charger body can be stably embedded in the fixing frame when the moving object moves, and when the user is located on the moving object, pass the above
  • the connection relationship can facilitate the operation of the user to wirelessly charge the mobile phone using the wireless charger body on the mobile object.
  • the wireless charger body When the wireless charger body is separated from the holder, the wireless charger body can be separately placed on the non-moving object. At this moment, the wireless charger body and the holder are independent of each other. At this time, the user
  • the wireless charging function can be performed by placing the mobile phone near the wireless charger body, and the connection port of the detachable vehicle wireless charger is disposed on the wireless charger body, and one end of the power connection cable is inserted into the connection port, The other end of the power cable is connected to an external circuit socket.
  • the fixed frame is a vehicle mount, and the moving object is a motor vehicle.
  • the detachable car wireless charger further includes a mobile phone card, the mobile phone card corresponding to the wireless charger body, the wireless charger body is provided with a transmitting end coil, and the mobile phone card is provided with a receiving end coil.
  • the wireless charger body is connected to an external power source, the transmitting end coil emits energy, the receiving end coil receives energy, and the mobile phone plug-in board charges the mobile phone, and the mobile plug-in board is provided with a charging plug at one end, and the charging plug is plugged into the mobile phone
  • the charging port of the appliance is used to complete the charging action.
  • the detachable car wireless charger further includes a mobile phone fixing plate, and the mobile phone fixing plate is fixedly connected to the back of the mobile phone type device, and the mobile phone fixing plate is provided with a card slot, corresponding to the card slot
  • the card is provided with a card block.
  • the phone fixing plate is connected to the phone card.
  • the charging plug is just inserted into the mobile phone device.
  • the mobile phone fixing plate is always fixedly attached to the back of the mobile phone.
  • the mobile phone fixing plate has two functions. First, the mobile phone fixing plate can be used as a connector for fixing the mobile phone to the mobile phone card, and secondly, The phone holder can be used as a protective case for the phone.
  • the fixing frame has an insertion cavity.
  • the wireless charger body is fixedly disposed in the fixing frame, the wireless charger body is embedded in the insertion cavity, and the fixing frame further comprises a magnetic unit, the magnetic unit Provided in the fixing frame and located around the insertion cavity, corresponding to the magnetic unit, an adsorption block is disposed at two ends of the mobile phone insert, and when the magnetic attraction unit adsorbs the adsorption block, the mobile phone insert is magnetically
  • the suction device is disposed on the fixing frame.
  • the wireless charger body is attached to the back of the mobile phone card, and the wireless charging body and the mobile phone card are used to wirelessly charge the mobile phone when acting on the mobile phone.
  • the external force on the board is greater than the magnetic attraction of the magnetic unit to the adsorption block, the user can remove the mobile phone from the holder together with the mobile phone card.
  • the fixing frame comprises a top cover and a bottom cover, the top cover is disposed on the bottom case, the top cover comprises a concave plate and a cover plate, wherein the inner concave plate comprises a bottom plate and two side plates, two sides The plate is erected at the two ends of the bottom plate, and the inserting cavity is formed by the bottom plate and the two side plates.
  • the top of the side plate is convexly provided with a block, and the tops of the two side plates are respectively fixedly connected with the cover plate.
  • the bottom case includes a bottom plate and a side plate, wherein the side plates are symmetrically disposed at two ends of the bottom plate, and at the same time, two holes are formed around the bottom case by the bottom plate and the side plate, the cover of the top cover Separately disposed on two of the cavities, the magnetic units are respectively disposed in two of the cavities, the magnet unit comprises a magnet block and an iron piece, the iron piece is located on the top of the magnet block, and the cover plate is disposed on the cover plate a magnetic attraction window is disposed, the iron piece is exposed in the magnetic attraction window, and corresponding to the iron piece, the adsorption block at both ends of the mobile phone card is exposed on the bottom surface of the mobile phone insert, when the magnetic attraction unit is adsorbed At the time of the adsorption block, the iron piece is in direct contact with the adsorption block.
  • a connecting hole is disposed in a central position of the bottom plate, and a connecting ring is disposed in the connecting hole, wherein the connecting ring is provided with a magnetic head, the magnetic head is magnetically attracted to the rotating head, and the bottom of the rotating head is fixedly disposed on the movement On the object, the magnetic head is rotatable relative to the rotating head to adjust the spatial position of the fixing frame.
  • a plurality of heat dissipation holes are defined in the fixing frame and below the insertion cavity.
  • the plurality of heat dissipation holes are used for ventilation and heat dissipation, and the wireless charger body is also A plurality of body heat dissipation holes are disposed, and the plurality of body heat dissipation holes are in one-to-one correspondence with the plurality of heat dissipation holes, so that heat in the wireless charger body can be directly transmitted to the external environment through the body heat dissipation holes and the heat dissipation holes.
  • a method of charging a detachable car wireless charger which includes two modes of use.
  • the wireless charger body is fixedly disposed in the fixing frame.
  • the wireless charger body is stably embedded in the fixing frame, and the fixing frame is fixed on a moving object.
  • the fixing mechanism of the fixing bracket is fixed to the wireless charger body, so that the wireless charger body can be stably embedded in the fixing frame when the moving object moves, so that the wireless charger body does not occur from the fixing frame.
  • the above connection relationship can facilitate the operation of the mobile object to wirelessly charge the mobile phone by using the wireless charger body.
  • an external force is applied to the wireless charger body in the first mode to separate the wireless charger body from the holder.
  • the wireless charger body can be separately placed in the On the non-moving object, at present, the wireless charger body and the holder are independent of each other.
  • the user can perform wireless charging by placing the mobile phone near the wireless charger body.
  • the fixing frame is a vehicle mounting bracket, and the moving object is a motor vehicle.
  • the wiring port of the detachable vehicle wireless charger is disposed on the wireless charger body, and one end of the power cable is plugged into the wiring port, and the power cable is connected. The other end is connected to an external circuit socket.
  • a mobile phone card is magnetically disposed on the top of the wireless charger body, and the wireless charger body is provided with a transmitting end coil, and the mobile phone card is provided with a receiving end coil, and the wireless charger body is connected.
  • An external power source the transmitting end coil emits energy, the receiving end coil receives energy, and the mobile phone plug-in board charges the mobile phone, and the charging plug-in end is provided with a charging plug, and the charging plug is inserted into the charging port of the mobile phone type appliance Complete the charging action.
  • a fixed card of the mobile phone fixed plate is connected to the back of the mobile phone, and the card fixing slot is provided with a card slot, and the card slot is disposed on the phone card corresponding to the card slot, and the card connector is correspondingly connected
  • the mobile phone fixing board is connected to the mobile phone board.
  • the charging plug is just inserted into the charging port of the mobile phone type device, and the mobile phone fixing board is always fixedly connected to the mobile phone type device.
  • the mobile phone fixing board has two functions. First, the mobile phone fixing board can be used as a connector for fixing the mobile phone to the mobile phone card board. Secondly, the mobile phone fixing board can be used as a protective case of the mobile phone.
  • the fixing frame has an insertion cavity.
  • the wireless charger body is fixedly disposed in the fixing frame, the wireless charger body is embedded in the insertion cavity, and the fixing frame further comprises a magnetic attraction.
  • a unit the magnetic unit is disposed in the fixing frame and located around the insertion cavity, and corresponding to the magnetic unit, an adsorption block is disposed at two ends of the mobile phone insert, when the magnetic attraction unit adsorbs the adsorption block,
  • the mobile phone card is magnetically disposed on the fixed frame.
  • the wireless charger body is attached to the back of the mobile phone card, and the wireless charging body and the mobile phone card are used to wirelessly charge the mobile phone.
  • the external force acting on the mobile phone card is greater than the magnetic attraction of the magnetic attraction unit to the adsorption block, the user can remove the mobile phone from the holder together with the mobile phone card.
  • the fixing frame comprises a top cover and a bottom cover, the top cover is disposed on the bottom case, the top cover comprises a concave plate and a cover plate, wherein the inner concave plate comprises a bottom plate and two side plates, two sides The plate is erected at the two ends of the bottom plate, and the embedded cavity is formed by the bottom plate and the two side plates.
  • the top of the side plate is convexly provided with a block, by means of which the wireless charger body is conveniently embedded and fixed. Embedded in the cavity, the tops of the two side plates are respectively fixedly connected to the cover plate.
  • the bottom case includes a bottom plate and a side plate, wherein the side plates are symmetrically disposed at two ends of the bottom plate, and at the same time, two holes are formed around the bottom case by the bottom plate and the side plate, the cover of the top cover They are respectively disposed on two of the cavities, and the magnetic units are respectively disposed in two of the cavities.
  • the magnetic unit includes a magnet block and an iron piece, the iron piece is located at the top of the magnet block, and a magnetic window is opened on the cover plate, and the iron piece is exposed in the magnetic attraction window, corresponding to the iron piece,
  • the adsorption block at both ends of the mobile phone card is exposed on the bottom surface of the mobile phone card.
  • a connecting hole is disposed in a central position of the bottom plate, and a connecting ring is disposed in the connecting hole, wherein the connecting ring is provided with a magnetic head, the magnetic head is magnetically attracted to the rotating head, and the bottom of the rotating head is fixedly disposed on the movement On the object, the magnetic head is rotatable relative to the rotating head to adjust the spatial position of the fixing frame.
  • a plurality of heat dissipation holes are formed in the fixing frame and below the insertion cavity. In the first mode, the heat dissipation holes are used for ventilation and heat dissipation.
  • the wireless charger body is also provided with a plurality of body heat dissipation holes. The heat dissipation holes of the body are in one-to-one correspondence with the plurality of heat dissipation holes, so that heat in the body of the wireless charger can be directly dissipated into the external environment through the heat dissipation holes of the body and the heat dissipation holes.
  • the invention has the beneficial effects that the wireless charger body of the present invention can be fixedly disposed in the fixing frame, and at the same time, the wireless charger body can be separated from the fixing frame, when the wireless charger body is fixedly disposed at In the fixing frame, the wireless charger body is stably embedded in the fixing frame, and at this time, the fixing frame is fixed on a moving object, such as a motor vehicle, etc., at this time, by means of the fixing frame pair
  • the fixing function of the wireless charger body enables the wireless charger body to be stably embedded in the fixing frame when the moving object moves, so that the wireless charger body does not escape from the fixing frame.
  • the connection relationship can facilitate the wireless charging operation of the mobile phone device by the mobile charger body when the wireless charger body is from the fixed frame.
  • the wireless charger body When separated, the wireless charger body can be placed separately on non-moving objects, such as: office desk, coffee table At this time, the wireless charger body and the fixed frame are independent of each other. At this time, the user can perform the wireless charging operation by placing the mobile phone type device near the wireless charger body.
  • the present invention has two major categories in the background art.
  • the research and development of the shortcomings of the wireless charger finally proposes the technical solution of the present invention.
  • the technical solution of the present invention skillfully utilizes the product structure characteristics of the wireless charger itself, and the structure and usage mode of the existing two types of wireless chargers are carried out.
  • the integration enables the present invention to support two charging modes through a wireless charger product, so the present invention can greatly reduce the product cost, reduce the number of necessary wireless chargers, and improve the convenience of use.
  • FIG. 1 is a schematic perspective structural view of a wireless charger body and a fixing frame according to the present invention.
  • FIG. 2 is a schematic perspective structural view of a wireless charger body, a fixing frame, and a mobile phone card according to the present invention.
  • FIG. 3 is a schematic structural diagram of a combination of a wireless charger body, a fixed frame, and a mobile phone card according to the present invention.
  • FIG. 4 is a schematic exploded perspective view of the present invention.
  • Fig. 5 is a schematic exploded view of the fixing frame of the present invention.
  • FIG. 6 is a cross-sectional structural diagram of a wireless charger body, a fixing frame, and a mobile phone card according to the present invention.
  • a detachable car wireless charger includes a wireless charger body 10 and a fixing frame 20 , and the wireless charger body 10 can be fixedly disposed in the fixing frame 20 , and at the same time, the wireless charger The body 10 can in turn be separated from the holder 20.
  • the wireless charger body 10 When the wireless charger body 10 is fixedly disposed in the fixing frame 20, the wireless charger body 10 is stably embedded in the fixing frame 20, and at this time, the fixing frame 20 is fixed on a moving object.
  • a moving object For example, a motor vehicle or the like, at this time, the fixing function of the wireless charger body 10 by the fixing frame 20 enables the wireless charger body 10 to be stably embedded in the fixing frame 20 when the moving object moves. Therefore, the wireless charger body 10 does not come out of the holder 20.
  • the above-mentioned connection relationship can facilitate the operation of the mobile object to wirelessly charge the mobile phone appliance using the wireless charger body 10.
  • the wireless charger body 10 When the wireless charger body 10 is separated from the holder 20, the wireless charger body 10 can be separately placed on a non-moving object, such as a desk surface, a coffee table, etc., at this moment, the wireless charger body 10
  • the holder 20 is independent of the holder 20, and in this case, the user can perform wireless charging by placing the mobile phone device in the vicinity of the wireless charger body 10.
  • the present invention finally proposes the technical solution of the present invention by studying and developing the shortcomings of the two types of wireless chargers in the background art.
  • the technical solution of the present invention skillfully utilizes the product structure characteristics of the wireless charger itself, and the existing two major The structure and usage of the wireless charger are integrated, so that the present invention can support two charging modes through a wireless charger product, so the invention can greatly reduce the product cost, reduce the number of necessary wireless chargers, and improve the use. Convenience.
  • the fixing frame 20 is a vehicle mounting bracket, and the moving object is a motor vehicle.
  • the wiring port 11 of the detachable car wireless charger is disposed on the wireless charger body 10. One end of the power cable is plugged into the terminal port 11, and the other end of the power cable is connected to an external circuit socket.
  • the wireless charger body 10 can be separately placed on a non-moving object for charging work, so only the wiring port 11 is set in the wireless. This charging method can be supported only on the charger body 10.
  • the detachable vehicle wireless charger further includes a mobile phone card 30 , and the mobile phone card 30 corresponds to the wireless charger body 10 .
  • the wireless charger body 10 is provided with a transmitting end coil
  • the mobile phone board 30 is provided with a receiving end coil.
  • the wireless charger body 10 is connected to an external power source, the transmitting end coil transmits energy, the receiving end coil receives energy, and the mobile phone board 30 charges the mobile phone type appliance.
  • One end of the mobile phone card 30 is provided with a charging plug 31, which is plugged into the charging port of the mobile phone device to complete the charging action.
  • the detachable car wireless charger further includes a mobile phone fixing plate 40, and the mobile phone fixing plate 40 is fixedly attached to the back of the mobile phone type appliance.
  • a latching slot 41 is defined in the mobile phone fixing plate 40.
  • a latching block 32 is disposed on the handset card 30 corresponding to the latching slot 41.
  • the phone fixing plate 40 is snapped onto the phone card 30.
  • the charging plug 31 is just inserted into the charging port of the mobile phone device.
  • the mobile phone fixing plate 40 is always fixedly attached to the back of the mobile phone device.
  • the mobile phone fixing plate 40 has two functions. First, the mobile phone fixing plate 40 can be used as a mobile phone device to be fixed to the mobile phone. The connector on the card 30 is used, and secondly, the phone fixing plate 40 can be used as a protective case for a mobile phone.
  • the fixing frame 20 has an insertion cavity 21, and when the wireless charger body 10 is fixedly disposed in the fixing frame 20, the wireless charger The body 10 is embedded in the insertion cavity 21.
  • the holder 20 further includes a magnetic unit 22 disposed in the holder 20 and located around the insertion cavity 21.
  • An adsorption block 33 is disposed at both ends of the handphone insert 30 corresponding to the magnetic attraction unit 22.
  • the mobile phone card 30 is magnetically disposed on the fixing frame 20.
  • the wireless charger body 10 is attached to the back of the mobile phone board 30, and The wireless charger body 10 and the mobile phone card 30 achieve an action of wirelessly charging a mobile phone device.
  • the user can remove the mobile phone type appliance together with the mobile phone card 30 from the fixed frame 20, It is convenient for the user to make a phone call or perform specific operations on mobile phone tools.
  • the fixing frame 20 includes a top cover 51 and a bottom case 52.
  • the top cover 51 is covered on the bottom case 52.
  • the top cover 51 includes a concave plate 61 and a cover plate 62.
  • the inner concave plate 61 includes a bottom plate 611 and two side plates 612.
  • the two side plates 612 are erectly connected at two ends of the bottom plate 611 by means of the bottom plate 611.
  • the insertion cavity 21 is formed around the two side plates 612.
  • a card block 613 is protruded from the top of the side plate 612, and the wireless charger body 10 is conveniently embedded in the insertion cavity 21 by the card block 613.
  • the tops of the two side plates 612 are fixedly connected to the cover plate 62, respectively.
  • the bottom case 52 includes a bottom plate 71 and a side plate 72, wherein the side plates 72 are symmetrically disposed at both ends of the bottom plate 71, and at the same time, two holes are formed around the bottom case 52 by the bottom plate 71 and the side plate 72. 73.
  • the cover plate 62 of the top cover 51 is respectively disposed on two of the cavities 73.
  • the magnetic attraction units 22 are respectively disposed in the two cavities 73.
  • the magnetic unit 22 includes a magnet block 221 and an iron piece 222.
  • the iron piece 222 is located at the top of the magnet block 221, and a magnetic window 223 is opened on the cover plate 62.
  • the iron piece 222 is exposed to the magnetic window 223. in.
  • the adsorption block 33 at both ends of the mobile phone card 30 is exposed on the bottom surface of the mobile phone board 30.
  • the iron piece 222 is in direct contact with the adsorption block 33 to enhance the adsorption effect.
  • connection hole 74 is formed in the center of the bottom plate 71.
  • a connection ring 75 is disposed in the connection hole 74.
  • the connection ring 75 is provided with a magnetic head 76.
  • the magnetic head 76 is magnetically attracted to the rotating head 77.
  • the bottom of the rotating head 77 is fixedly disposed on the moving object, and the magnetic head 76 is rotatable relative to the rotating head 77 to adjust the spatial position of the fixing frame 20, and Finally, the purpose of adjusting the spatial position of the mobile phone device on the mobile phone card 30 is achieved.
  • a plurality of heat dissipation holes 81 are formed on the fixing frame 20 and below the insertion cavity 21, and when the wireless charger body 10 is disposed in the insertion cavity 21, A plurality of the heat dissipation holes 81 ventilate and dissipate them.
  • the wireless charger body 10 is also provided with a plurality of body heat dissipation holes, and the plurality of body heat dissipation holes are in one-to-one correspondence with the plurality of heat dissipation holes 81, so that the heat in the wireless charger body 10 can be sequentially passed.
  • the body heat dissipation hole and the heat dissipation hole 81 are directly radiated to the external environment to significantly improve the heat dissipation effect.
  • a method of charging a detachable car wireless charger includes two modes of use.
  • the wireless charger body 10 is fixedly disposed in the fixing frame 20. At this moment, the wireless charger body 10 is stably embedded in the fixing frame 20, and the fixing frame 20 is fixed on a moving object. At this time, the fixing function of the wireless charger body 10 by the fixing frame 20 enables the wireless charger body 10 to be stably embedded in the fixing frame 20 during the movement of the moving object, so that the wireless charging is performed. The body 10 does not come out of the holder 20.
  • the above-mentioned connection relationship can facilitate the operation of the mobile object to wirelessly charge the mobile phone by using the wireless charger body 10.
  • an external force is applied to the wireless charger body 10 in the first mode to separate the wireless charger body 10 from the holder 20.
  • the wireless charger body 10 can be Separately placed on a non-mobile
  • the wireless charger body 10 and the fixed frame 20 are independent of each other.
  • the user can perform wireless charging operation by placing the mobile phone near the wireless charger body 10.
  • the holder 20 is a vehicle mount, and the moving object is a motor vehicle.
  • the wiring port 11 of the detachable car wireless charger is disposed on the wireless charger body 10. One end of the power cable is plugged into the terminal port 11, and the other end of the power cable is connected to an external circuit socket.
  • a mobile phone card 30 is magnetically disposed on the top of the wireless charger body 10.
  • the wireless charger body 10 is provided with a transmitting end coil, and the mobile phone card 30 is provided with a receiving end coil.
  • the charger body 10 is connected to an external power source, the transmitting end coil transmits energy, the receiving end coil receives energy, and the mobile phone card 30 charges the mobile phone.
  • One end of the mobile phone card 30 is provided with a charging plug 31, which is plugged into the charging port of the mobile phone device to complete the charging action.
  • a phone fixing plate 40 is fixedly connected to the back of the mobile phone.
  • the phone fixing plate 40 is provided with a locking slot 41.
  • the card slot 30 is provided with a latching block 32 corresponding to the card slot 41.
  • the mobile phone fixing plate 40 is always fixedly attached to the back of the mobile phone device.
  • the mobile phone fixing plate 40 has two functions. First, the mobile phone fixing plate 40 can be used as a connector for fixing the mobile phone to the mobile phone card 30. Secondly, the mobile phone fixing plate 40 can be used as a protective case of the mobile phone.
  • the holder 20 has an insertion cavity 21, and the wireless charger body 10 is embedded in the insertion cavity 21 when the wireless charger body 10 is fixedly disposed in the holder 20.
  • the holder 20 further includes a magnetic unit 22 disposed in the holder 20 and located around the insertion cavity 21.
  • an adsorption block 33 is disposed at both ends of the mobile phone card 30.
  • the magnetic attraction unit 22 adsorbs the adsorption block 33
  • the mobile phone card 30 is magnetically disposed on the fixed frame 20.
  • the wireless charger body 10 is attached to the back of the mobile phone card 30, and the wireless charging body 10 and the mobile phone card 30 are used to wirelessly charge the mobile phone when acting on the mobile phone card.
  • the external force on 30 is greater than the magnetic attraction of the magnetic attraction unit 22 to the adsorption block 33, the user can remove the mobile phone together with the mobile phone card 30 from the holder 20.
  • the fixing frame 20 includes a top cover 51 and a bottom cover 52.
  • the top cover 51 is covered on the bottom case 52.
  • the top cover 51 includes a concave plate 61 and a cover plate 62.
  • the concave plate 61 includes a bottom plate 611 and two side plates 612, and the two side plates 612 are erected at both ends of the bottom plate 611, and the insertion cavity 21 is formed by the bottom plate 611 and the two side plates 612.
  • a card 613 is protruded from the top of the side plate 612.
  • the wireless charger body 10 is conveniently embedded in the embedding cavity 21, and the tops of the two side plates 612 are respectively fixedly connected to the cover plate 62. .
  • the bottom case 52 includes a bottom plate 71 and a side plate 72, wherein the side plates 72 are symmetrically disposed at both ends of the bottom plate 71, and at the same time, two holes are formed around the bottom case 52 by the bottom plate 71 and the side plate 72. 73.
  • the cover plate 62 of the top cover 51 is respectively disposed on two of the cavities 73.
  • the magnetic attraction units 22 are respectively disposed in the two cavities 73.
  • the magnetic unit 22 includes a magnet block 221 and an iron piece 222.
  • the iron piece 222 is located at the top of the magnet block 221, and a magnetic window 223 is opened on the cover plate 62.
  • the iron piece 222 is exposed to the magnetic window 223. in.
  • the adsorption block 33 at both ends of the mobile phone card 30 is exposed on the bottom surface of the mobile phone board 30.
  • the iron piece 222 is in direct contact with the adsorption block 33 to enhance the adsorption effect.
  • connection hole 74 is formed in the center of the bottom plate 71.
  • a connection ring 75 is disposed in the connection hole 74.
  • the connection ring 75 is provided with a magnetic head 76.
  • the magnetic head 76 is magnetically attracted to the rotating head 77.
  • the bottom of the rotating head 77 is fixedly disposed on the moving object, and the magnetic head 76 is rotatable relative to the rotating head 77 to adjust the spatial position of the fixing frame 20, and Finally, the effect of adjusting the spatial position of the mobile phone on the mobile phone card 30 is achieved.
  • a plurality of heat dissipation holes 81 are formed in the fixing frame 20 and below the insertion cavity 21. In the first mode, a plurality of the heat dissipation holes 81 are used for ventilation and heat dissipation.
  • the wireless charger body 10 is also provided with a plurality of body heat dissipation holes, and the plurality of body heat dissipation holes are in one-to-one correspondence with the plurality of heat dissipation holes 81, so that the heat in the wireless charger body 10 can sequentially pass through the body heat dissipation holes and The heat dissipation hole 81 is directly radiated to the external environment.

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  • Engineering & Computer Science (AREA)
  • Power Engineering (AREA)
  • Charge And Discharge Circuits For Batteries Or The Like (AREA)
  • Telephone Set Structure (AREA)

Abstract

一种可拆卸式车载无线充电器及其充电使用方法。该无线充电器包括无线充电器本体（10）以及固定架（20），该无线充电器本体能够固定设置在该固定架中，同时，该无线充电器本体又能够从该固定架中分离出来。当该无线充电器本体固定设置在该固定架中的时候，该无线充电器本体被稳定的嵌设在该固定架中，此刻，该固定架被固定在一移动物体上，此时，借助该固定架对该无线充电器本体的固定作用使在该移动物体运动的时候，该无线充电器本体能够稳定的嵌设在该固定架中；当该无线充电器本体从该固定架中分离出来的时候，该无线充电器本体能够被单独放置在非移动物体上，此刻，该无线充电器本体与该固定架相互独立。

Description

一种可拆卸式车载无线充电器及其充电使用方法 技术领域
本发明涉及一种无线充电器及其充电方法，特别是指一种对小型用电设备，比如手机类设备的无线充电器及其充电方法。
背景技术
众所周知，无线充电技术，源于无线电能传输技术，其中，对于小功率无线充电常采用电磁感应式的方式进行，比如对手机充电的Qi方式，在使用的时候由于充电器与用电装置之间以磁场传送能量，所以两者之间不用电线连接，使用非常方便且安全可靠。
在具体实施的时候，需要实现无线充电需要一个发射端和一个接收端，发射端就是无线充电器，接收端就是手机等用电设备，在发射端设置一个线圈，同时接收端也设置一个线圈，发射端通过控制板和线圈发射能量，接收端通过控制板和线圈接收能量就可以实现对手机等用电设备的无线充电。
目前无线充电技术使用最为普及的领域主要集中在对手机进行充电的领域，随着智能手机技术的发展，现在智能手机已经很普遍的被人们所使用，因为智能手机的体积不大，所以其内部电池体积也都很小，然而智能手机需要满足人们打电话、连接网络、听音乐、看视频等众多使用需求，所以智能手机所存储的电量往往被使用者短时间内就用完，也就是说智能手机的使用者需要频繁的对智能手机进行充电，在这种情况下，无线充电技术以其得天独厚的使用方便性普遍被人们所接受。
但是就目前出现的手机类无线充电器而言，一般分为两大类，第一类主要是放置在公共场所、私人住所或者办公场所中的无线充电器，这类无线充电器由于多是放置在桌面、台面等地点的，所以其并不需要额外的固定装置对无线充电器与手机之间的位置进行固定，一般来说，只要将手机放置在无线充电器上就可以完成无线充电的动作，
而第二类无线充电器主要是放置在机动车辆上的，在使用者驾车的过程中由车载式无线充电器对手机进行无线充电，对于这类无线充电器而言为了固定手机与无线充电器之间的位置都需要额外加装手机固定装置才能够确保充电过程的顺利进行，
上述两类无线充电器的整体结构有着显著的区别，所以目前的这两类无线充电器在不同的使用场所中都不能混用，这也造成了使用者必须在私人住所、办公场所以及机动车辆中分别放置不同类型的无线充电器才能够满足使用要求，而此是为传统技术的主要缺点。
发明内容
本发明所采取的技术方案是：一种可拆卸式车载无线充电器，其包括无线充电器本体以及固定架，该无线充电器本体能够固定设置在该固定架中，同时，该无线充电器本体又能够从该固定架中分离出来。
当该无线充电器本体固定设置在该固定架中的时候，该无线充电器本体被稳定的嵌设在该固定架中，此刻，该固定架被固定在一移动物体上，此时，借助该固定架对该无线充电器本体的固定作用使在该移动物体运动的时候，该无线充电器本体能够稳定的嵌设在该固定架中，在使用者位于该移动物体上的时候，通过上述的连接关系能够方便人们在该移动物体上利用该无线充电器本体对手机进行无线充电的操作。
当该无线充电器本体从该固定架中分离出来的时候，该无线充电器本体能够被单独放置在非移动物体上，此刻，该无线充电器本体与该固定架相互独立，此时，使用者将手机放置在该无线充电器本体附近就能够进行无线充电的动作，该可拆卸式车载无线充电器的接线口设置在该无线充电器本体上，电源连接线一端插接在该接线口中，该电源连接线的另外一端连接外部电路插座。
该固定架为车载固定架，该移动物体为机动车辆。
该可拆卸式车载无线充电器还包括手机插板，该手机插板与该无线充电器本体相对应，该无线充电器本体中设置有发射端线圈，该手机插板中设置有接收端线圈，该无线充电器本体连接外部电源，该发射端线圈发射能量，该接收端线圈接收能量，并由该手机插板为手机充电，该手机插板一端设置有充电插头，该充电插头插接在手机类用具的充电口中以完成充电动作。
该可拆卸式车载无线充电器还包括手机固定板，该手机固定板固定卡接在手机类用具的背面，该手机固定板上开设有卡接槽，与该卡接槽相对应在该手机插板上设置有卡接块，当该卡接块对应卡接在该卡接槽中的时候，该手机固定板卡接在该手机插板上，此刻，该充电插头恰好插入到手机类用具的充电口中，该手机固定板始终固定卡接在手机的背面，该手机固定板具有两种功能，首先，该手机固定板能够当作将手机固定到该手机插板上的连接器使用，其次，该手机固定板能够当作手机的保护壳使用。
该固定架具有一嵌入腔，当该无线充电器本体固定设置在该固定架中的时候，该无线充电器本体嵌设在该嵌入腔中，该固定架还包括磁吸单元，该磁吸单元设置在该固定架中并且位于该嵌入腔四周，与该磁吸单元相对应在该手机插板两端设置有吸附块，当该磁吸单元吸附该吸附块的时候，该手机插板被磁吸设置在该固定架上，此刻，该无线充电器本体靠贴在该手机插板背面，并借助该无线充电器本体以及该手机插板达到为手机进行无线充电的动作，当作用在该手机插板上的外力大于该磁吸单元对该吸附块的磁吸力的时候，使用者能够将手机连同该手机插板从该固定架上取下。
该固定架包括顶盖以及底壳，该顶盖盖设在该底壳上，该顶盖包括内凹板以及盖板，其中，该内凹板包括底板以及两个侧板，两个该侧板直立连接在该底板两端，借助该底板与两个该侧板围绕形成该嵌入腔，该侧板顶部凸设有卡块，两个该侧板顶部分别与该盖板固定连接。
该底壳包括底板以及侧板，其中，该侧板对称设置在该底板两端，同时借助该底板以及该侧板在该底壳两端围绕形成两个腔体，该顶盖的该盖板分别盖设在两个该腔体上，该磁吸单元分别设置在两个该腔体中，该磁吸单元包括磁铁块以及铁片，该铁片位于该磁铁块顶部，在该盖板上开设有磁吸窗口，该铁片暴露设置在该磁吸窗口中，与该铁片相对应，该手机插板两端的该吸附块暴露设置在该手机插板底面上，当该磁吸单元吸附该吸附块的时候，该铁片与该吸附块直接接触。
在该底板的中央位置开设有连接孔，该连接孔中设置有连接环，该连接环中设置有磁吸头，该磁吸头磁吸在转动头上，该转动头底部固定设置在该移动物体上，该磁吸头能够相对该转动头转动，以调整该固定架的空间位置。
在该固定架上并且于该嵌入腔下方开设有若干散热孔，当该无线充电器本体设置在该嵌入腔中的时候，利用若干该散热孔对其进行通风散热，该无线充电器本体上也设置有若干本体散热孔，若干该本体散热孔与若干该散热孔一一对应连通，从而使该无线充电器本体中的热量能够依次通过该本体散热孔以及该散热孔直接散发到外部环境中去。
一种可拆卸式车载无线充电器的充电使用方法，其包括两种使用方式。
第一种方式、将无线充电器本体固定设置在固定架中，此刻，该无线充电器本体被稳定的嵌设在该固定架中，该固定架被固定在一移动物体上，此时，借助该固定架对该无线充电器本体的固定作用使在该移动物体运动的时候，该无线充电器本体能够稳定的嵌设在该固定架中，使该无线充电器本体不会发生从该固定架中脱出的情况，在使用者位于该移动物体上的时候，通过上述的连接关系能够方便人们在该移动物体利用该无线充电器本体对手机进行无线充电的操作。
第二种方式、对第一种方式中的该无线充电器本体施加一拔出外力，使该无线充电器本体从该固定架中分离出来，此刻，该无线充电器本体能够被单独放置在一非移动物体上，此刻，该无线充电器本体与该固定架相互独立，此时，使用者将手机放置在该无线充电器本体附近就能够进行无线充电的动作。
该固定架为车载固定架，该移动物体为机动车辆，该可拆卸式车载无线充电器的接线口设置在该无线充电器本体上，电源连接线一端插接在该接线口中，该电源连接线的另外一端连接外部电路插座。
在第一种方式中一手机插板磁吸设置在该无线充电器本体顶部，该无线充电器本体中设置有发射端线圈，该手机插板中设置有接收端线圈，该无线充电器本体连接外部电源，该发射端线圈发射能量，该接收端线圈接收能量，并由该手机插板为手机充电，该手机插板一端设置有充电插头，该充电插头插接在手机类用具的充电口中以完成充电动作。
一手机固定板固定卡接在手机的背面，该手机固定板上开设有卡接槽，与该卡接槽相对应在该手机插板上设置有卡接块，当该卡接块对应卡接在该卡接槽中的时候，该手机固定板卡接在该手机插板上，此刻，该充电插头恰好插入到手机类用具的充电口中，该手机固定板始终固定卡接在手机类用具的背面，该手机固定板具有两种功能，首先，该手机固定板能够当作将手机固定到该手机插板上的连接器使用，其次，该手机固定板能够当作手机的保护壳使用。
在第一种方式中该固定架具有一嵌入腔，当该无线充电器本体固定设置在该固定架中的时候，该无线充电器本体嵌设在该嵌入腔中，该固定架还包括磁吸单元，该磁吸单元设置在该固定架中并且位于该嵌入腔四周，与该磁吸单元相对应在该手机插板两端设置有吸附块，当该磁吸单元吸附该吸附块的时候，该手机插板被磁吸设置在该固定架上，此刻，该无线充电器本体靠贴在该手机插板背面，并借助该无线充电器本体以及该手机插板达到为手机进行无线充电的动作，当作用在该手机插板上的外力大于该磁吸单元对该吸附块的磁吸力的时候，使用者能够将手机连同该手机插板从该固定架上取下。
该固定架包括顶盖以及底壳，该顶盖盖设在该底壳上，该顶盖包括内凹板以及盖板，其中，该内凹板包括底板以及两个侧板，两个该侧板直立连接在该底板两端，借助该底板与两个该侧板围绕形成该嵌入腔，该侧板顶部凸设有卡块，借助该卡块方便将该无线充电器本体嵌设固定在该嵌入腔中，两个该侧板顶部分别与该盖板固定连接。
该底壳包括底板以及侧板，其中，该侧板对称设置在该底板两端，同时借助该底板以及该侧板在该底壳两端围绕形成两个腔体，该顶盖的该盖板分别盖设在两个该腔体上，该磁吸单元分别设置在两个该腔体中。
该磁吸单元包括磁铁块以及铁片，该铁片位于该磁铁块顶部，在该盖板上开设有磁吸窗口，该铁片暴露设置在该磁吸窗口中，与该铁片相对应，该手机插板两端的该吸附块暴露设置在该手机插板底面上，当该磁吸单元吸附该吸附块的时候，该铁片与该吸附块直接接触。
在该底板的中央位置开设有连接孔，该连接孔中设置有连接环，该连接环中设置有磁吸头，该磁吸头磁吸在转动头上，该转动头底部固定设置在该移动物体上，该磁吸头能够相对该转动头转动，以调整该固定架的空间位置。
在该固定架上并且于该嵌入腔下方开设有若干散热孔，在第一种方式中，利用若干该散热孔对其进行通风散热，该无线充电器本体上也设置有若干本体散热孔，若干该本体散热孔与若干该散热孔一一对应连通，从而使该无线充电器本体中的热量能够依次通过该本体散热孔以及该散热孔直接散发到外部环境中去。
本发明的有益效果为：本发明的该无线充电器本体能够固定设置在该固定架中，同时，该无线充电器本体又能够从该固定架中分离出来，当该无线充电器本体固定设置在该固定架中的时候，该无线充电器本体被稳定的嵌设在该固定架中，此刻，该固定架被固定在一移动物体上，比如：机动车辆等，此时，借助该固定架对该无线充电器本体的固定作用使在该移动物体运动的时候，该无线充电器本体能够稳定的嵌设在该固定架中，使该无线充电器本体不会发生从该固定架中脱出的情况，在使用者位于该移动物体上的时候，通过上述的连接关系能够方便人们在该移动物体利用该无线充电器本体对手机类用具进行无线充电的操作，当该无线充电器本体从该固定架中分离出来的时候，该无线充电器本体能够被单独放置在非移动物体上，比如：办公桌面、茶几等，此刻，该无线充电器本体与该固定架相互独立，此时，使用者将手机类用具放置在该无线充电器本体附近就能够进行无线充电的动作，本发明通过对背景技术中两大类无线充电器缺点的研究与开发终提出本发明的技术方案，本发明的技术方案巧妙的利用了无线充电器自身的产品结构特点，将现有的两大类无线充电器的结构以及使用方式进行了整合，使本发明通过一种无线充电器产品就能够支持两种充电方式，所以本发明能够大大降低产品成本，减少必要无线充电器的数量，提升使用的便利性。
附图说明
图1为本发明无线充电器本体以及固定架的立体结构示意图。
图2为本发明无线充电器本体、固定架以及手机插板的立体结构示意图。
图3为本发明无线充电器本体、固定架以及手机插板的组合结构示意图。
图4为本发明的立体分解结构示意图。
图5为本发明固定架的分解结构示意图。
图6为本发明无线充电器本体、固定架以及手机插板的剖面结构示意图。
具体实施方式
如图1所示，一种可拆卸式车载无线充电器，其包括无线充电器本体10以及固定架20，该无线充电器本体10能够固定设置在该固定架20中，同时，该无线充电器本体10又能够从该固定架20中分离出来。
当该无线充电器本体10固定设置在该固定架20中的时候，该无线充电器本体10被稳定的嵌设在该固定架20中，此刻，该固定架20被固定在一移动物体上，比如：机动车辆等，此时，借助该固定架20对该无线充电器本体10的固定作用使在该移动物体运动的时候，该无线充电器本体10能够稳定的嵌设在该固定架20中，使该无线充电器本体10不会发生从该固定架20中脱出的情况。
在使用者位于该移动物体上的时候，通过上述的连接关系能够方便人们在该移动物体利用该无线充电器本体10对手机类用具进行无线充电的操作。
当该无线充电器本体10从该固定架20中分离出来的时候，该无线充电器本体10能够被单独放置在非移动物体上，比如：办公桌面、茶几等，此刻，该无线充电器本体10与该固定架20相互独立，此时，使用者将手机类用具放置在该无线充电器本体10附近就能够进行无线充电的动作。
本发明通过对背景技术中两大类无线充电器缺点的研究与开发终提出本发明的技术方案，本发明的技术方案巧妙的利用了无线充电器自身的产品结构特点，将现有的两大类无线充电器的结构以及使用方式进行了整合，使本发明通过一种无线充电器产品就能够支持两种充电方式，所以本发明能够大大降低产品成本，减少必要无线充电器的数量，提升使用的便利性。
在具体实施的时候，该固定架20为车载固定架，该移动物体为机动车辆。
该可拆卸式车载无线充电器的接线口11设置在该无线充电器本体10上，电源连接线一端插接在该接线口11中，该电源连接线的另外一端连接外部电路插座。
因为本发明需要将该无线充电器本体10从该固定架20中分离出来才能够使该无线充电器本体10单独放置在非移动物体上进行充电工作，所以只有将该接线口11设置在该无线充电器本体10上才能够支持此种充电方式。
如图2、3所示，在具体实施的时候，该可拆卸式车载无线充电器还包括手机插板30，该手机插板30与该无线充电器本体10相对应。
该无线充电器本体10中设置有发射端线圈，该手机插板30中设置有接收端线圈。
在具体使用的时候，该无线充电器本体10连接外部电源，该发射端线圈发射能量，该接收端线圈接收能量，并由该手机插板30为手机类用具充电。
在具体实施的时候，如果手机类用具已经内置有该接收端线圈那么就不需要额外设置该手机插板30。
该手机插板30一端设置有充电插头31，该充电插头31插接在手机类用具的充电口中以完成充电动作。
如图4所示，该可拆卸式车载无线充电器还包括手机固定板40，该手机固定板40固定卡接在手机类用具的背面。
该手机固定板40上开设有卡接槽41，与该卡接槽41相对应在该手机插板30上设置有卡接块32。
当该卡接块32对应卡接在该卡接槽41中的时候，该手机固定板40卡接在该手机插板30上，此刻，该充电插头31恰好插入到手机类用具的充电口中。
在具体实施的时候，该手机固定板40始终固定卡接在手机类用具的背面，该手机固定板40具有两种功能，首先，该手机固定板40能够当作将手机类用具固定到该手机插板30上的连接器使用，其次，该手机固定板40能够当作手机类用具的保护壳使用。
如图1、2、5、6所示，在具体实施的时候，该固定架20具有一嵌入腔21，当该无线充电器本体10固定设置在该固定架20中的时候，该无线充电器本体10嵌设在该嵌入腔21中。
该固定架20还包括磁吸单元22，该磁吸单元22设置在该固定架20中并且位于该嵌入腔21四周。
与该磁吸单元22相对应在该手机插板30两端设置有吸附块33。
当该磁吸单元22吸附该吸附块33的时候，该手机插板30被磁吸设置在该固定架20上，此刻，该无线充电器本体10靠贴在该手机插板30背面，并借助该无线充电器本体10以及该手机插板30达到为手机类用具进行无线充电的动作。
当作用在该手机插板30上的外力大于该磁吸单元22对该吸附块33的磁吸力的时候，使用者能够将手机类用具连同该手机插板30从该固定架20上取下，方便使用者接打电话或者对手机类用具进行具体的操作。
在具体实施的时候，该固定架20包括顶盖51以及底壳52，该顶盖51盖设在该底壳52上。
该顶盖51包括内凹板61以及盖板62，其中，该内凹板61包括底板611以及两个侧板612，两个该侧板612直立连接在该底板611两端，借助该底板611与两个该侧板612围绕形成该嵌入腔21。
该侧板612顶部凸设有卡块613，借助该卡块613方便将该无线充电器本体10嵌设固定在该嵌入腔21中。
两个该侧板612顶部分别与该盖板62固定连接。
该底壳52包括底板71以及侧板72，其中，该侧板72对称设置在该底板71两端，同时借助该底板71以及该侧板72在该底壳52两端围绕形成两个腔体73。该顶盖51的该盖板62分别盖设在两个该腔体73上，该磁吸单元22分别设置在两个该腔体73中。
该磁吸单元22包括磁铁块221以及铁片222，该铁片222位于该磁铁块221顶部，在该盖板62上开设有磁吸窗口223，该铁片222暴露设置在该磁吸窗口223中。
与该铁片222相对应，该手机插板30两端的该吸附块33暴露设置在该手机插板30底面上。
当该磁吸单元22吸附该吸附块33的时候，该铁片222与该吸附块33直接接触以提升吸附效果。
在该底板71的中央位置开设有连接孔74，该连接孔74中设置有连接环75，该连接环75中设置有磁吸头76。
该磁吸头76磁吸在转动头77上，该转动头77底部固定设置在该移动物体上，该磁吸头76能够相对该转动头77转动，以调整该固定架20的空间位置，并最终达到调整该手机插板30上手机类用具空间位置的目的。
如图4所示，在具体实施的时候，在该固定架20上并且于该嵌入腔21下方开设有若干散热孔81，当该无线充电器本体10设置在该嵌入腔21中的时候，利用若干该散热孔81对其进行通风散热。
值得注意的是，该无线充电器本体10上也设置有若干本体散热孔，若干该本体散热孔与若干该散热孔81一一对应连通，从而使该无线充电器本体10中的热量能够依次通过该本体散热孔以及该散热孔81直接散发到外部环境中去，以显著提升散热效果。
如图1至6所示，一种可拆卸式车载无线充电器的充电使用方法，其包括两种使用方式。
第一种方式、将无线充电器本体10固定设置在固定架20中，此刻，该无线充电器本体10被稳定的嵌设在该固定架20中，该固定架20被固定在一移动物体上，此时，借助该固定架20对该无线充电器本体10的固定作用使在该移动物体运动的时候，该无线充电器本体10能够稳定的嵌设在该固定架20中，使该无线充电器本体10不会发生从该固定架20中脱出的情况。
在使用者位于该移动物体上的时候，通过上述的连接关系能够方便人们在该移动物体利用该无线充电器本体10对手机进行无线充电的操作。
第二种方式、对第一种方式中的该无线充电器本体10施加一拔出外力，使该无线充电器本体10从该固定架20中分离出来，此刻，该无线充电器本体10能够被单独放置在一非移动 物体上，此刻，该无线充电器本体10与该固定架20相互独立，此时，使用者将手机放置在该无线充电器本体10附近就能够进行无线充电的动作。
该固定架20为车载固定架，该移动物体为机动车辆。
该可拆卸式车载无线充电器的接线口11设置在该无线充电器本体10上，电源连接线一端插接在该接线口11中，该电源连接线的另外一端连接外部电路插座。
在第一种方式中一手机插板30磁吸设置在该无线充电器本体10顶部，该无线充电器本体10中设置有发射端线圈，该手机插板30中设置有接收端线圈，该无线充电器本体10连接外部电源，该发射端线圈发射能量，该接收端线圈接收能量，并由该手机插板30为手机充电。
该手机插板30一端设置有充电插头31，该充电插头31插接在手机类用具的充电口中以完成充电动作。
一手机固定板40固定卡接在手机的背面，该手机固定板40上开设有卡接槽41，与该卡接槽41相对应在该手机插板30上设置有卡接块32，当该卡接块32对应卡接在该卡接槽41中的时候，该手机固定板40卡接在该手机插板30上，此刻，该充电插头31恰好插入到手机类用具的充电口中。
该手机固定板40始终固定卡接在手机类用具的背面，该手机固定板40具有两种功能，首先，该手机固定板40能够当作将手机固定到该手机插板30上的连接器使用，其次，该手机固定板40能够当作手机的保护壳使用。
在第一种方式中该固定架20具有一嵌入腔21，当该无线充电器本体10固定设置在该固定架20中的时候，该无线充电器本体10嵌设在该嵌入腔21中。
该固定架20还包括磁吸单元22，该磁吸单元22设置在该固定架20中并且位于该嵌入腔21四周。
与该磁吸单元22相对应在该手机插板30两端设置有吸附块33，当该磁吸单元22吸附该吸附块33的时候，该手机插板30被磁吸设置在该固定架20上，此刻，该无线充电器本体10靠贴在该手机插板30背面，并借助该无线充电器本体10以及该手机插板30达到为手机进行无线充电的动作，当作用在该手机插板30上的外力大于该磁吸单元22对该吸附块33的磁吸力的时候，使用者能够将手机连同该手机插板30从该固定架20上取下。
在具体实施的时候，该固定架20包括顶盖51以及底壳52，该顶盖51盖设在该底壳52上，该顶盖51包括内凹板61以及盖板62，其中，该内凹板61包括底板611以及两个侧板612，两个该侧板612直立连接在该底板611两端，借助该底板611与两个该侧板612围绕形成该嵌入腔21。
该侧板612顶部凸设有卡块613，借助该卡块613方便将该无线充电器本体10嵌设固定在该嵌入腔21中，两个该侧板612顶部分别与该盖板62固定连接。
该底壳52包括底板71以及侧板72，其中，该侧板72对称设置在该底板71两端，同时借助该底板71以及该侧板72在该底壳52两端围绕形成两个腔体73，该顶盖51的该盖板62分别盖设在两个该腔体73上，该磁吸单元22分别设置在两个该腔体73中。
该磁吸单元22包括磁铁块221以及铁片222，该铁片222位于该磁铁块221顶部，在该盖板62上开设有磁吸窗口223，该铁片222暴露设置在该磁吸窗口223中。
与该铁片222相对应，该手机插板30两端的该吸附块33暴露设置在该手机插板30底面上。
当该磁吸单元22吸附该吸附块33的时候，该铁片222与该吸附块33直接接触以提升吸附效果。
在该底板71的中央位置开设有连接孔74，该连接孔74中设置有连接环75，该连接环75中设置有磁吸头76。
该磁吸头76磁吸在转动头77上，该转动头77底部固定设置在该移动物体上，该磁吸头76能够相对该转动头77转动，以调整该固定架20的空间位置，并最终达到调整该手机插板30上手机空间位置的作用。
在具体实施的时候，在该固定架20上并且于该嵌入腔21下方开设有若干散热孔81，在第一种方式中，利用若干该散热孔81对其进行通风散热。
该无线充电器本体10上也设置有若干本体散热孔，若干该本体散热孔与若干该散热孔81一一对应连通，从而使该无线充电器本体10中的热量能够依次通过该本体散热孔以及该散热孔81直接散发到外部环境中去。

Claims (10)

  1. 一种可拆卸式车载无线充电器，其特征在于：包括无线充电器本体以及固定架，该无线充电器本体能够固定设置在该固定架中，同时，该无线充电器本体又能够从该固定架中分离出来，
    当该无线充电器本体固定设置在该固定架中的时候，该无线充电器本体被稳定的嵌设在该固定架中，此刻，该固定架被固定在一移动物体上，此时，借助该固定架对该无线充电器本体的固定作用使在该移动物体运动的时候，该无线充电器本体能够稳定的嵌设在该固定架中，在使用者位于该移动物体上的时候，通过上述的连接关系能够方便人们在该移动物体上利用该无线充电器本体对手机进行无线充电的操作，
    当该无线充电器本体从该固定架中分离出来的时候，该无线充电器本体能够被单独放置在非移动物体上，此刻，该无线充电器本体与该固定架相互独立，此时，使用者将手机放置在该无线充电器本体附近就能够进行无线充电的动作，
    该可拆卸式车载无线充电器的接线口设置在该无线充电器本体上，电源连接线一端插接在该接线口中，该电源连接线的另外一端连接外部电路插座。
  2. 如权利要求1中所述的一种可拆卸式车载无线充电器，其特征在于：该固定架为车载固定架，该移动物体为机动车辆。
  3. 如权利要求2中所述的一种可拆卸式车载无线充电器，其特征在于：该可拆卸式车载无线充电器还包括手机插板，该手机插板与该无线充电器本体相对应，该无线充电器本体中设置有发射端线圈，该手机插板中设置有接收端线圈，该无线充电器本体连接外部电源，该发射端线圈发射能量，该接收端线圈接收能量，并由该手机插板为手机充电，该手机插板一端设置有充电插头，该充电插头插接在手机类用具的充电口中以完成充电动作。
  4. 如权利要求3中所述的一种可拆卸式车载无线充电器，其特征在于：该可拆卸式车载无线充电器还包括手机固定板，该手机固定板固定卡接在手机类用具的背面，该手机固定板上开设有卡接槽，与该卡接槽相对应在该手机插板上设置有卡接块，当该卡接块对应卡接在该卡接槽中的时候，该手机固定板卡接在该手机插板上，此刻，该充电插头恰好插入到手机类用具的充电口中，该手机固定板始终固定卡接在手机的背面，该手机固定板具有两种功能，首先，该手机固定板能够当作将手机固定到该手机插板上的连接器使用，其次，该手机固定板能够当作手机的保护壳使用。
  5. 如权利要求4所述的一种可拆卸式车载无线充电器，其特征在于：该固定架具有一嵌入腔，当该无线充电器本体固定设置在该固定架中的时候，该无线充电器本体嵌设在该嵌入腔中，该固定架还包括磁吸单元，该磁吸单元设置在该固定架中并且位于该嵌入腔四周，与该磁吸单元相对应在该手机插板两端设置有吸附块，当该磁吸单元吸附该吸附块的时候，该手机插板被磁吸设置在该固定架上，此刻，该无线充电器本体靠贴在该手机插板背面，并借助该无线充电器本体以及该手机插板达到为手机进行无线充电的动作，当作用在该手机插板上的外力大于该磁吸单元对该吸附块的磁吸力的时候，使用者能够将手机连同该手机插板从该固定架上取下。
  6. 如权利要求5所述的一种可拆卸式车载无线充电器，其特征在于：该固定架包括顶盖以及底壳，该顶盖盖设在该底壳上，该顶盖包括内凹板以及盖板，其中，该内凹板包括底板以及两个侧板，两个该侧板直立连接在该底板两端，借助该底板与两个该侧板围绕形成该嵌入腔，该侧板顶部凸设有卡块，两个该侧板顶部分别与该盖板固定连接，
    该底壳包括底板以及侧板，其中，该侧板对称设置在该底板两端，同时借助该底板以及该侧板在该底壳两端围绕形成两个腔体，该顶盖的该盖板分别盖设在两个该腔体上，该磁吸单元分别设置在两个该腔体中，该磁吸单元包括磁铁块以及铁片，该铁片位于该磁铁块顶部，在该盖板上开设有磁吸窗口，该铁片暴露设置在该磁吸窗口中，与该铁片相对应，该手机插板两端的该吸附块暴露设置在该手机插板底面上，当该磁吸单元吸附该吸附块的时候，该铁片与该吸附块直接接触，
    在该底板的中央位置开设有连接孔，该连接孔中设置有连接环，该连接环中设置有磁吸头，该磁吸头磁吸在转动头上，该转动头底部固定设置在该移动物体上，该磁吸头能够相对该转动头转动，以调整该固定架的空间位置。
  7. 如权利要求6所述的一种可拆卸式车载无线充电器，其特征在于：在该固定架上并且于该嵌入腔下方开设有若干散热孔，当该无线充电器本体设置在该嵌入腔中的时候，利用若干该散热孔对其进行通风散热，该无线充电器本体上也设置有若干本体散热孔，若干该本体散热孔与若干该散热孔一一对应连通，从而使该无线充电器本体中的热量能够依次通过该本体散热孔以及该散热孔直接散发到外部环境中去。
  8. 一种可拆卸式车载无线充电器的充电使用方法，其特征在于：包括两种使用方式，
    第一种方式、将无线充电器本体固定设置在固定架中，此刻，该无线充电器本体被稳定的嵌设在该固定架中，该固定架被固定在一移动物体上，此时，借助该固定架对该无线充电器本体的固定作用使在该移动物体运动的时候，该无线充电器本体能够稳定的嵌设在该固定架中，使该无线充电器本体不会发生从该固定架中脱出的情况，在使用者位于该移动物体上的时候，通过上述的连接关系能够方便人们在该移动物体利用该无线充电器本体对手机进行无线充电的操作，
    第二种方式、对第一种方式中的该无线充电器本体施加一拔出外力，使该无线充电器本体从该固定架中分离出来，此刻，该无线充电器本体能够被单独放置在一非移动物体上，此刻，该无线充电器本体与该固定架相互独立，此时，使用者将手机放置在该无线充电器本体附近就能够进行无线充电的动作，
    该固定架为车载固定架，该移动物体为机动车辆，该可拆卸式车载无线充电器的接线口设置在该无线充电器本体上，电源连接线一端插接在该接线口中，该电源连接线的另外一端连接外部电路插座。
  9. 如权利要求8中所述的一种可拆卸式车载无线充电器的充电使用方法，其特征在于：在第一种方式中一手机插板磁吸设置在该无线充电器本体顶部，该无线充电器本体中设置有发射端线圈，该手机插板中设置有接收端线圈，该无线充电器本体连接外部电源，该发射端线圈发射能量，该接收端线圈接收能量，并由该手机插板为手机充电，该手机插板一端设置有充电插头，该充电插头插接在手机类用具的充电口中以完成充电动作，
    一手机固定板固定卡接在手机的背面，该手机固定板上开设有卡接槽，与该卡接槽相对应在该手机插板上设置有卡接块，当该卡接块对应卡接在该卡接槽中的时候，该手机固定板卡接在该手机插板上，此刻，该充电插头恰好插入到手机类用具的充电口中，该手机固定板始终固定卡接在手机类用具的背面，该手机固定板具有两种功能，首先，该手机固定板能够当作将手机固定到该手机插板上的连接器使用，其次，该手机固定板能够当作手机的保护壳使用，
    在第一种方式中该固定架具有一嵌入腔，当该无线充电器本体固定设置在该固定架中的时候，该无线充电器本体嵌设在该嵌入腔中，该固定架还包括磁吸单元，该磁吸单元设置在 该固定架中并且位于该嵌入腔四周，与该磁吸单元相对应在该手机插板两端设置有吸附块，当该磁吸单元吸附该吸附块的时候，该手机插板被磁吸设置在该固定架上，此刻，该无线充电器本体靠贴在该手机插板背面，并借助该无线充电器本体以及该手机插板达到为手机进行无线充电的动作，当作用在该手机插板上的外力大于该磁吸单元对该吸附块的磁吸力的时候，使用者能够将手机连同该手机插板从该固定架上取下。
  10. 如权利要求9中所述的一种可拆卸式车载无线充电器的充电使用方法，其特征在于：该固定架包括顶盖以及底壳，该顶盖盖设在该底壳上，该顶盖包括内凹板以及盖板，其中，该内凹板包括底板以及两个侧板，两个该侧板直立连接在该底板两端，借助该底板与两个该侧板围绕形成该嵌入腔，该侧板顶部凸设有卡块，借助该卡块方便将该无线充电器本体嵌设固定在该嵌入腔中，两个该侧板顶部分别与该盖板固定连接，
    该底壳包括底板以及侧板，其中，该侧板对称设置在该底板两端，同时借助该底板以及该侧板在该底壳两端围绕形成两个腔体，该顶盖的该盖板分别盖设在两个该腔体上，该磁吸单元分别设置在两个该腔体中，
    该磁吸单元包括磁铁块以及铁片，该铁片位于该磁铁块顶部，在该盖板上开设有磁吸窗口，该铁片暴露设置在该磁吸窗口中，与该铁片相对应，该手机插板两端的该吸附块暴露设置在该手机插板底面上，当该磁吸单元吸附该吸附块的时候，该铁片与该吸附块直接接触，
    在该底板的中央位置开设有连接孔，该连接孔中设置有连接环，该连接环中设置有磁吸头，该磁吸头磁吸在转动头上，该转动头底部固定设置在该移动物体上，该磁吸头能够相对该转动头转动，以调整该固定架的空间位置，
    在该固定架上并且于该嵌入腔下方开设有若干散热孔，在第一种方式中，利用若干该散热孔对其进行通风散热，该无线充电器本体上也设置有若干本体散热孔，若干该本体散热孔与若干该散热孔一一对应连通，从而使该无线充电器本体中的热量能够依次通过该本体散热孔以及该散热孔直接散发到外部环境中去。
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