Vehicle-mounted mobile phone wireless charging device and charging method

Abstract

The invention relates to the technical field of automobile part manufacturing and production, and particularly discloses a vehicle-mounted mobile phone wireless charging device.The vehicle-mounted mobile phone wireless charging device comprises a base (1), a front cover (2), a front plate (7), a rear plate (12), a rotating mechanism, a telescopic mechanism, a clamping jaw mechanism and a charging device.The vehicle-mounted mobile phone wireless charging device is scientific in design, reasonable in structure, convenient to manufacture and maintain and attractive in appearance; all the mechanisms are connected in a matched mode, movement and states do not interfere with each other, wireless charging of a mobile phone is very convenient, practicability is high, and the device is safe, reliable and durable.

Description

Technical Field

[0001] This invention relates to the field of automotive parts manufacturing technology, and in particular to a wireless charging device for in-vehicle mobile phones. Background Technology

[0002] With the widespread use of mobile phones, in-vehicle wireless charging devices have brought considerable convenience to people. However, existing wireless charging devices generally have simple structures and limited functions, and their operation and use are sometimes inconvenient. Summary of the Invention

[0003] The purpose of this invention is to provide a wireless charging device and method for in-vehicle mobile phones, addressing the aforementioned practical problems.

[0004] The technical solution adopted in this invention is as follows:

[0005] A vehicle-mounted wireless charging device for mobile phones includes a base, a front cover, a front plate, a rear plate, a rotating mechanism, a telescopic mechanism, a claw mechanism, and a charging mechanism. The front cover has a mobile phone window and is fixedly installed at the front of the base. The rear plate has a spindle hole, a transmission groove, and a step and is fixed on the base. The front plate has a track groove, a telescopic groove, a shaft head, and a wire hole and is fixedly connected to the front of the rear plate.

[0006] The rotating mechanism includes a motor and a drive wheel. The motor is fixed to the rear of the rear plate, and its spindle passes through the spindle hole of the rear plate. The drive wheel is provided with a locking pin and a track groove. One end of the track groove is provided with a step. The drive wheel is fixed on the spindle of the motor and is located between the rear plate and the front plate. The locking pin of the drive wheel is located in and extends out of the track groove of the front plate.

[0007] The telescopic mechanism includes a cam, a telescopic bracket, and a clip. The cam has a shaft hole corresponding to the shaft end of the front plate and a clip hole corresponding to the clip of the drive wheel, and a protrusion on its outer periphery. The telescopic bracket has a slide rail and a guide groove, and a groove hole. The groove hole wall has a groove corresponding to the protrusion. The cam is movably mounted on the shaft end of the front plate through the shaft hole, and is clipped onto the clip of the drive wheel extending out of its track groove on the front plate through its clip hole. The clip is an elastic body, fixed on the shaft end of the front plate, and elastically presses the cam. The telescopic bracket is mounted on the telescopic groove of the front plate through the slide rail, and the protrusion of the cam is located in the groove of the telescopic bracket, forming a cam groove structure.

[0008] The chuck mechanism includes a transmission rod, a chuck, and a spring. One end of the transmission rod is provided with a chuck head, a step, and a chuck rail. It is installed in the transmission groove of the rear plate. The chuck head is located in the track groove of the drive wheel. The spring abuts against the step between the transmission rod and the rear plate. The chuck is provided with a chuck groove corresponding to the slide rail of the transmission rod and is engaged with the chuck rail of the transmission rod through its chuck groove.

[0009] The charging mechanism includes a mounting plate, a magnetic ring, and a coil. The coil is connected to a lead wire. The magnetic ring and the coil are fixedly installed on the rear side of the mounting plate and together on the front plate, so that the mounting plate is located at the phone window part of the front cover. The lead wire of the coil passes through the lead wire hole of the front plate, is located in the lead wire groove of the telescopic bracket, and passes through the base or the front cover to connect to the external circuit.

[0010] A method for wireless charging of mobile phones in vehicles, using a vehicle-mounted wireless charging device, the vehicle-mounted wireless charging device including a base, a front cover, a front plate, a rear plate, a rotating mechanism, a telescopic mechanism, a claw mechanism, and a charging mechanism. The front cover has a mobile phone window and is fixedly installed at the front of the base. The rear plate has a spindle hole, a transmission groove, and a step and is fixed on the base. The front plate has a track groove, a telescopic groove, a shaft head, and a wire hole and is fixedly connected to the front of the rear plate.

[0011] The rotating mechanism includes a motor and a drive wheel. The motor is fixed to the rear of the rear plate, and its spindle passes through the spindle hole of the rear plate. The drive wheel is provided with a locking pin and a track groove. One end of the track groove is provided with a step. The drive wheel is fixed on the spindle of the motor and is located between the rear plate and the front plate. The locking pin of the drive wheel is located in and extends out of the track groove of the front plate.

[0012] The telescopic mechanism includes a cam, a telescopic bracket, and a clip. The cam has a shaft hole corresponding to the shaft end of the front plate and a clip hole corresponding to the clip of the drive wheel, and a protrusion on its outer periphery. The telescopic bracket has a slide rail and a guide groove, and a groove hole. The groove hole wall has a groove corresponding to the protrusion. The cam is movably mounted on the shaft end of the front plate through the shaft hole, and is clipped onto the clip of the drive wheel extending out of its track groove on the front plate through its clip hole. The clip is an elastic body, fixed on the shaft end of the front plate, and elastically presses the cam. The telescopic bracket is mounted on the telescopic groove of the front plate through the slide rail, and the protrusion of the cam is located in the groove of the telescopic bracket, forming a cam groove structure.

[0013] The chuck mechanism includes a transmission rod, a chuck, and a spring. One end of the transmission rod is provided with a chuck head, a step, and a chuck rail. It is installed in the transmission groove of the rear plate. The chuck head is located in the track groove of the drive wheel. The spring abuts against the step between the transmission rod and the rear plate. The chuck is provided with a chuck groove corresponding to the slide rail of the transmission rod and is engaged with the chuck rail of the transmission rod through its chuck groove.

[0014] When you need to wirelessly charge your phone using the in-car wireless charging device

[0015] Step 1 – Release the chuck mechanism

[0016] The motor that starts the rotating mechanism drives the drive wheel to rotate counterclockwise, from the initial 0 degrees to 22 degrees. Passing through the step at one end of the track groove on the drive wheel, it drives the chuck to make the transmission rod overcome the spring force and slide outward. The chuck and the transmission rod move outward a short distance. The transmission rod of the chuck mechanism drives the chuck to be in the released state.

[0017] Step Two – Extend the Telescopic Mechanism

[0018] If the drive wheel continues to rotate counterclockwise from 22 degrees to the final 80 degrees, the transmission rod of the claw mechanism is constrained by the transmission groove of the rear plate, and its chuck head is controlled by the track groove to keep the transmission rod stationary. During this process, the drive wheel drives the cam to rotate through the chuck hole of the cam connected by the chuck post, and pushes the telescopic bracket and the plate out through the cam's protrusion and the groove of the telescopic bracket of the telescopic mechanism, making it easier to pick up and put down the mobile phone.

[0019] Step 3 – Start the charging mechanism

[0020] Next, place your phone on the charging mechanism, and the wireless charging mechanism will begin charging your phone.

[0021] Step Four – Retracting the Telescopic Mechanism

[0022] When the mobile phone is placed on the charging mechanism, the motor drives the drive wheel to rotate clockwise from 80 degrees to 22 degrees. The transmission rod and the locking pin of the claw mechanism are fixed by the track groove. During this process, the drive wheel drives the cam to rotate through the locking pin and the locking hole of the cam. The cam's protrusion and the groove of the telescopic bracket push the telescopic bracket to retract.

[0023] Step 5 – Clamping the jaw mechanism

[0024] When the telescopic mechanism retracts, the drive wheel continues to rotate clockwise from 22 degrees to the initial 0 degrees. The spring push transmission rod slides inward, so that the claw mechanism is in the clamping state shown. The claws are engaged in the mobile phone slot, which securely locks the mobile phone and makes the outer edge of the screen of the mobile phone flush with the front edge of the front cover.

[0025] Step Six – Retrieving and Placing the Phone

[0026] Once charging is complete, simply go through step one – releasing the clasp mechanism – and step two – extending the telescopic mechanism to easily pick up and put down your phone.

[0027] The charging mechanism includes a mounting plate, a magnetic ring, and a coil. The coil is connected to a lead wire. The magnetic ring and the coil are fixedly installed on the rear side of the mounting plate and together on the front plate, so that the mounting plate is located at the phone window part of the front cover. The lead wire of the coil passes through the lead wire hole of the front plate, is located in the lead wire groove of the telescopic bracket, and passes through the base or the front cover to connect to the external circuit.

[0028] In step three – activating the charging mechanism, the phone is placed on the mounting plate of the charging mechanism. The magnetic ring, corresponding to the magnetic ring inside the phone, attracts the phone to the mounting plate, and the wireless charging mechanism can then begin charging the phone.

[0029] This invention relates to a vehicle-mounted wireless charging device for mobile phones. It features a scientific design, reasonable structure, convenient manufacturing and maintenance, and an attractive appearance. All mechanisms are compatible and connected, and their movement and state do not interfere with each other. It is very convenient to use for wireless charging of mobile phones, highly practical, safe, reliable, and durable. Attached Figure Description

[0030] The accompanying drawings, which are provided to further illustrate the invention and constitute a part of this invention, are illustrative embodiments of the invention and their descriptions are used to explain the invention and do not constitute an undue limitation of the invention.

[0031] Figure 1 This is a three-dimensional exploded view of the in-vehicle wireless charging device of the present invention;

[0032] Figure 2 This is a front view (SIM card locked state) planar schematic diagram of the present invention;

[0033] Figure 3 for Figure 2 Schematic diagram of sectional view along direction AA;

[0034] Figure 4 For comparison Figure 3 A schematic diagram showing the release status of a mobile phone;

[0035] Figure 5 This is a plan view of the telescopic mechanism;

[0036] Figure 6 This is a three-dimensional schematic diagram of the telescopic mechanism;

[0037] Figure 7 This is a schematic diagram of the chuck mechanism (clamped state);

[0038] Figure 8 for Figure 7 Schematic diagram of the stepped section of BB;

[0039] Figure 9 For comparison Figure 7 A schematic diagram of the chuck mechanism in the released state;

[0040] Figure 10 This is a three-dimensional schematic diagram of the SIM card lock state of the present invention;

[0041] Figure 11 This is a three-dimensional schematic diagram of the release state of the mobile phone of the present invention;

[0042] In the diagram: 1-Base; 2-Front cover; 2a-Mobile phone window; 3-Telescopic bracket; 3a-Groove hole; 3b-Groove; 3c-Cable groove; 3d-Slide rail; 4-Panel; 5-Magnetic ring; 6-Coil; 6a-Cable; 7-Front plate; 7a-Trajectory groove; 7b-Telescopic groove; 3d-Slide rail; 8-Cam; 8a-Protruding post; 9-Card; 10-Claw; 10a-Card slot; 11-Transmission rod; 11a-Card head; 11b-Slide groove; 12-Rear plate; 13-Spring; 14-Motor; 15-Drive wheel; 15a-Card post; 15b-Trajectory groove; 15c-Step; P-Mobile phone; P1-Card slot. Detailed Implementation

[0043] To make the objectives, technical solutions, and advantages of this invention clearer, the invention will be further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described below are only for explaining the invention. Key terms that need attention in these descriptions, including "telescopic bracket," "groove hole," "slot," "rail," "clip head," and "protrusion," are merely customary names and used for ease of description and simplification; therefore, they should not be construed as limitations on the invention.

[0044] like Figures 1-4 As shown, the in-vehicle wireless charging device of the present invention includes a base 1, a front cover 2, a front plate 7, a rear plate 12, a rotating mechanism, a telescopic mechanism, a claw mechanism, and a charging mechanism.

[0045] The front cover 2 is provided with a mobile phone window 2a, which is fixedly installed at the front of the base 1. The rear plate 12 has a spindle hole, a transmission groove and a step, and is fixed on the base 1. The front plate 7 is provided with a track groove 7a, a telescopic groove 7b, a shaft head and a clue hole, and is fixedly connected to the front of the rear plate 12.

[0046] The rotating mechanism includes a motor 14 and a drive wheel 15. The motor 14 is fixed to the rear of the rear plate 12, and its spindle passes through the spindle hole of the rear plate 12. The drive wheel 15 is provided with a locking pin 15a and a track groove 15b. One end of the track groove 15b is provided with a step 15c. The drive wheel 15 is fixed on the spindle of the motor 14 that passes through the rear plate 12 and is located in the cavity between the rear plate 12 and the front plate 7. The locking pin 15a of the drive wheel 15 is located in and extends out of the track groove 7a of the front plate 7.

[0047] See Figures 5-6As shown, the telescopic mechanism includes a cam 8, a telescopic bracket 3, and a clip 9. The cam 8 has a shaft hole corresponding to the shaft head of the front plate 7 and a clip hole corresponding to the clip post 15a of the drive wheel 15, and a protrusion 8a on its outer periphery. The telescopic bracket 3 has a slide rail 3d and a guide groove 3c, and a groove hole 3a. The groove hole 3a has a groove 3b on its wall corresponding to the protrusion 8a. The cam 8 is movably mounted on the shaft head of the front plate 7 through the shaft hole, and through its clip hole, it is fitted onto the clip post 15a of the drive wheel 15 that extends out of the track groove 7a of the front plate 7. The clip 9 is an elastic body, fixed on the shaft head end of the front plate 7, and elastically presses against the cam 8, generating a damping effect. The telescopic bracket 3 is mounted on the telescopic groove 7b of the front plate 7 through the slide rail 3d, and the protrusion 8a of the cam 8 is located in the groove 3b of the telescopic bracket 3, forming a cam groove structure.

[0048] See Figures 7-9 As shown, the chuck mechanism includes a transmission rod 11, a chuck 10, and a spring 13. One end of the transmission rod 11 is provided with a chuck head 11a, as well as a step and a chuck rail. It is installed in the transmission groove of the rear plate 12. Its chuck head 11a is located in the track groove 15b of the drive wheel 15. The spring 13 abuts against the step between the transmission rod 11 and the rear plate 12. The chuck 10 is provided with a chuck groove corresponding to the slide rail of the transmission rod 11, and is engaged with the chuck rail of the transmission rod 11 through its chuck groove.

[0049] The charging mechanism includes a mounting plate 4, a magnetic ring 5, and a coil 6. The coil 6 is connected to a wire 6a. The magnetic ring 5 and the coil 6 are fixedly installed on the rear side of the mounting plate 4 and together on the front plate 7. The mounting plate 4 is located in the phone window 2a of the front cover 2. The wire 6a of the coil 6 passes through the wire hole of the front plate 7, is located in the wire groove 3c of the telescopic bracket 3, and passes through the base 1 or the front cover 2 to connect to the external circuit.

[0050] When the in-vehicle wireless charging device of this invention wirelessly charges a mobile phone P, it generally goes through the following steps:

[0051] Step 1 – Release the chuck mechanism

[0052] In practical use, when it is necessary to wirelessly charge a mobile phone P using the in-vehicle wireless charging device of this invention, and the claw mechanism is in such a state as Figure 7 ( Figure 8 In the non-released state shown, the motor 14 that controls the start of the rotation mechanism drives the drive wheel 15 to perform the following actions: Figure 7The counterclockwise rotation shown starts from 0 degrees and proceeds 22 degrees. Passing through the step 15c at one end of the track groove 15b on the drive wheel 15, it drives the chuck 11a, causing the transmission rod 11 to overcome the spring force of the spring 13 and slide outwards. The chuck 11a and the transmission rod 11 move outwards a small distance (approximately 7mm in this embodiment). The transmission rod 11 of the chuck mechanism drives the chuck 10, placing it in a position as shown... Figure 9 The state shown is the loosened state.

[0053] Step Two – Extend the Telescopic Mechanism

[0054] Then, if the drive wheel 15 continues to rotate counterclockwise from 22 degrees to the final 80 degrees, the transmission rod 11 of the claw mechanism is constrained by the transmission groove of the rear plate 12, and its locking head 11a is controlled by the track groove 15b to keep the transmission rod 11 stationary. During this process, the drive wheel 15 connects to the locking hole of the cam 8 through the locking post 15a, driving the cam 8 to rotate, and through the protrusion 8a of the cam 8 and the groove 3b of the telescopic bracket 3 of the telescopic mechanism, pushes the telescopic bracket 3 and the plate 4 to extend, as shown. Figure 11 As shown, this makes it easy to pick up and put down the phone.

[0055] Step 3 – Start the charging mechanism

[0056] Next, place the phone P in such a position. Figure 4 or Figure 11 At the location shown in the sticker 4, the magnetic ring 5 corresponds to the magnetic ring inside the mobile phone P, which attracts the mobile phone P to the sticker 4, and the wireless charging mechanism can then start charging the mobile phone.

[0057] Step Four – Retracting the Telescopic Mechanism

[0058] When the phone P is attached to the mounting plate 4, the starting motor 14 drives the drive wheel 15 to perform... Figure 7 The clockwise rotation from the final position of 80 degrees to 22 degrees is shown. The transmission rod 11 and the locking pin 15a of the claw mechanism are fixed by the track groove 15b. During this process, the drive wheel 15 is connected to the locking hole of the cam 8 through the locking pin 15a, which drives the cam 8 to rotate. The drive wheel 15 is pushed to retract through the protrusion 8a of the cam 8 and the groove 3b of the telescopic bracket 3.

[0059] Step 5 – Clamping the jaw mechanism

[0060] When the telescopic mechanism retracts, the drive wheel 15 continues to rotate clockwise from 22 degrees to the initial 0 degrees. At this point, the spring 13 pushes the transmission rod 11 to slide inward, causing the claw mechanism to be in the position described above. Figure 7 ( Figure 8 As shown in the diagram, the latch 10 engages with the slot P1 of the phone P, securely locking the phone P in place. Figure 10As shown, the outer edge of the screen of the mobile phone P is basically flush with the front edge of the front cover 2.

[0061] Step Six – Retrieving and Placing the Phone

[0062] Once charging is complete, simply go through step one – releasing the clasp mechanism – and step two – extending the telescopic mechanism to easily pick up and put down the phone P.

[0063] The above description is merely a general embodiment of the present invention. For those skilled in the art, the present invention can have various modifications and variations, which will not be elaborated upon here. Any modifications, equivalent substitutions, improvements, etc., made within the spirit and principle of the present invention are included within the scope of protection claimed by the present invention.

Claims

1. A vehicle-mounted wireless charging device for mobile phones, comprising a base (1), a front cover (2), a front plate (7), a rear plate (12), a rotating mechanism, a telescopic mechanism, a claw mechanism, and a charging mechanism, characterized in that: The front cover (2) is provided with a mobile phone window (2a) and is fixedly installed at the front of the base (1). The rear plate (12) has a spindle hole, a transmission groove and a step and is fixed on the base (1). The front plate (7) is provided with a track groove (7a), a telescopic groove (7b), a shaft head and a line hole and is fixedly connected to the front of the rear plate (12). The rotating mechanism includes a motor (14) and a drive wheel (15). The motor (14) is fixed to the rear of the rear plate (12), and its spindle passes through the spindle hole of the rear plate (12). The drive wheel (15) is provided with a locking pin (15a) and a track groove (15b). One end of the track groove (15b) is provided with a step (15c). The drive wheel (15) is fixed on the spindle of the motor (14) and is located between the rear plate (12) and the front plate (7). The locking pin (15a) of the drive wheel (15) is located in and extends out of the track groove (7a) of the front plate (7). The telescopic mechanism includes a cam (8), a telescopic bracket (3), and a clip (9). The cam (8) has a shaft hole corresponding to the shaft head of the front plate (7) and a clip hole corresponding to the clip (15a) of the drive wheel (15). It also has a protrusion (8a) on its outer periphery. The telescopic bracket (3) has a slide rail (3d) and a line groove (3c), and a groove hole (3a). The groove hole (3a) has a groove (3b) on its wall corresponding to the protrusion (8a). The cam (8) is movably mounted through the shaft hole. On the shaft head of the front plate (7), and through its card hole, the card is fitted onto the card post (15a) of the drive wheel (15) extending out of its track groove (7a) of the front plate (7). The card (9) is an elastic body, fixed on the shaft end of the front plate (7), and elastically presses the cam (8). The telescopic bracket (3) is installed on the telescopic groove (7b) of the front plate (7) through the slide rail (3d), and the protrusion (8a) of the cam (8) is located in the groove (3b) of the telescopic bracket (3), forming a cam groove structure. The chuck mechanism includes a transmission rod (11), a chuck (10), and a spring (13). One end of the transmission rod (11) is provided with a chuck head (11a), a step, and a chuck rail. It is installed in the transmission groove of the rear plate (12). The chuck head (11a) is located in the track groove (15b) of the drive wheel (15). The spring (13) abuts against the step between the transmission rod (11) and the rear plate (12). The chuck (10) is provided with a chuck groove corresponding to the slide rail of the transmission rod (11) and is engaged with the chuck rail of the transmission rod (11) through its chuck groove.

2. The in-vehicle wireless charging device for mobile phones according to claim 1, characterized in that, The charging mechanism includes a mounting plate (4), a magnetic ring (5), and a coil (6). The coil (6) is connected to a wire (6a). The magnetic ring (5) and the coil (6) are fixedly installed on the back side of the mounting plate (4) and together fixedly installed on the front plate (7), so that the mounting plate (4) is located at the mobile phone window (2a) of the front cover (2). The wire (6a) of the coil (6) passes through the wire hole of the front plate (7), is located in the wire groove (3c) of the telescopic bracket (3), and passes through the base (1) or the front cover (2) to connect to the external circuit.

3. A method for wireless charging of a mobile phone in a vehicle, characterized in that, The vehicle-mounted wireless charging device for mobile phones is adopted. The vehicle-mounted wireless charging device includes a base (1), a front cover (2), a front plate (7), a rear plate (12), a rotating mechanism, a telescopic mechanism, a claw mechanism, and a charging mechanism. The front cover (2) is provided with a mobile phone window (2a) and is fixedly installed at the front of the base (1). The rear plate (12) is provided with a spindle hole, a transmission groove, and a step and is fixed on the base (1). The front plate (7) is provided with a track groove (7a), a telescopic groove (7b), a shaft head, and a wire hole and is fixedly connected to the front of the rear plate (12). The rotating mechanism includes a motor (14) and a drive wheel (15). The motor (14) is fixed to the rear of the rear plate (12), and its spindle passes through the spindle hole of the rear plate (12). The drive wheel (15) is provided with a locking pin (15a) and a track groove (15b). One end of the track groove (15b) is provided with a step (15c). The drive wheel (15) is fixed on the spindle of the motor (14) and is located between the rear plate (12) and the front plate (7). The locking pin (15a) of the drive wheel (15) is located in and extends out of the track groove (7a) of the front plate (7). The telescopic mechanism includes a cam (8), a telescopic bracket (3), and a clip (9). The cam (8) has a shaft hole corresponding to the shaft head of the front plate (7) and a clip hole corresponding to the clip (15a) of the drive wheel (15). It also has a protrusion (8a) on its outer periphery. The telescopic bracket (3) has a slide rail (3d) and a line groove (3c), and a groove hole (3a). The groove hole (3a) has a groove (3b) on its wall corresponding to the protrusion (8a). The cam (8) is movably mounted through the shaft hole. On the shaft head of the front plate (7), and through its card hole, the card is fitted onto the card post (15a) of the drive wheel (15) extending out of its track groove (7a) of the front plate (7). The card (9) is an elastic body, fixed on the shaft end of the front plate (7), and elastically presses the cam (8). The telescopic bracket (3) is installed on the telescopic groove (7b) of the front plate (7) through the slide rail (3d), and the protrusion (8a) of the cam (8) is located in the groove (3b) of the telescopic bracket (3), forming a cam groove structure. The chuck mechanism includes a transmission rod (11), a chuck (10), and a spring (13). One end of the transmission rod (11) is provided with a chuck head (11a), a step, and a chuck rail. It is installed in the transmission groove of the rear plate (12). The chuck head (11a) is located in the track groove (15b) of the drive wheel (15). The spring (13) abuts against the step between the transmission rod (11) and the rear plate (12). The chuck (10) is provided with a chuck groove corresponding to the slide rail of the transmission rod (11) and is engaged with the chuck rail of the transmission rod (11) through its chuck groove. When you need to wirelessly charge your phone using the in-car wireless charging device Step 1 – Release the chuck mechanism The motor (14) of the rotating mechanism is started, which drives the drive wheel (15) to rotate counterclockwise, from the initial 0 degrees to 22 degrees. Through the step (15c) at one end of the track groove (15b) on the drive wheel (15), the chuck (11a) is driven to make the transmission rod (11) overcome the elastic force of the spring (13) and slide outward. The chuck (11a) and the transmission rod (11) move outward a short distance. The transmission rod (11) of the chuck mechanism drives the chuck (10) to be in the released state. Step Two – Extend the Telescopic Mechanism Then, if the drive wheel (15) continues to rotate counterclockwise from 22 degrees to the final 80 degrees, the transmission rod (11) of the claw mechanism is constrained by the transmission groove of the rear plate (12), and its claw head (11a) is controlled by the track groove (15b) to keep the transmission rod (11) stationary. During this process, the drive wheel (15) connects to the cam (8) through the cam pin (15a) and drives the cam (8) to rotate. Through the cam pin (8a) and the groove (3b) of the telescopic bracket (3) of the telescopic mechanism, the telescopic bracket (3) and the plate (4) are pushed out to facilitate the taking and putting away of the mobile phone. Step 3 – Start the charging mechanism Next, place your phone on the charging mechanism, and the wireless charging mechanism will begin charging your phone. Step Four – Retracting the Telescopic Mechanism When the mobile phone is placed on the charging mechanism, the starting motor (14) drives the drive wheel (15) to rotate clockwise from 80 degrees to 22 degrees. The transmission rod (11) and the locking pin (15a) of the claw mechanism are fixed by the track groove (15b). During this process, the drive wheel (15) is connected to the locking hole of the cam (8) through the locking pin (15a), which drives the cam (8) to rotate. The cam (8) is pushed to retract through the protrusion (8a) of the cam (8) and the groove (3b) of the telescopic bracket (3). Step 5 – Clamping the jaw mechanism When the telescopic mechanism retracts, the drive wheel (15) continues to rotate clockwise from 22 degrees to the initial 0 degrees. The spring (13) pushes the transmission rod (11) to slide inward, so that the claw mechanism is in the clamping state shown. The claw (10) is inserted into the mobile phone slot, the mobile phone is firmly clamped, and the outer edge of the screen of the mobile phone is flush with the front edge of the front cover (2). Step Six – Retrieving and Placing the Phone Once charging is complete, simply go through step one – releasing the clasp mechanism – and step two – extending the telescopic mechanism to easily pick up and put down your phone.

4. The in-vehicle wireless charging method for mobile phones according to claim 3, characterized in that, The charging mechanism includes a mounting plate (4), a magnetic ring (5), and a coil (6). The coil (6) is connected to a wire (6a). The magnetic ring (5) and the coil (6) are fixedly installed on the back side of the mounting plate (4) and together fixedly installed on the front plate (7), so that the mounting plate (4) is located at the mobile phone window (2a) of the front cover (2). The wire (6a) of the coil (6) passes through the wire hole of the front plate (7), is located in the wire groove (3c) of the telescopic bracket (3), and passes through the base (1) or the front cover (2) to connect to the external circuit. In step three – starting the charging mechanism, the mobile phone is placed on the plate (4) of the charging mechanism. The magnetic ring (5) corresponds to the magnetic ring inside the mobile phone and attracts the mobile phone to the plate (4). The wireless charging mechanism can then start charging the mobile phone.

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