TWI590559B - Golf system with wireless charging function - Google Patents

Description

Golf system with wireless charging function

The present invention relates to a golf system, and more particularly to a golf system having a wireless charging function.

Modern people love sports, and many ball games come into being; golf is one of the popular ball games; usually, the golf ball is placed in a golf bag, and then the golf bag is carried to carry it; therefore Golf bags are an integral part of golf.

However, the current golf bag can only accommodate the golf ball, and the golf bag does not have the humanized electronic function, for example, including the refrigeration device, so that it is a pity to drink the cold drink in the summer.

In order to improve the above disadvantages of the prior art, it is an object of the present invention to provide a golf system having a wireless charging function.

In order to achieve the above object of the present invention, a golf system having a wireless charging function of the present invention is applied to a power supply device, and the golf system having a wireless charging function includes: a golf bag, the power supply device being disposed on the golf ball a bag inside the wireless charging battery device, the wireless charging battery device in the bag is disposed inside the golf bag; a bag charging device, the bag charging device is disposed inside the golf bag, the bag The internal charging device is electrically connected to the wireless charging battery device in the bag; and an out-of-bag wireless charging device is disposed outside the golf bag, and the wireless charging device outside the bag is wirelessly connected to the bag The wireless rechargeable battery device is electrically connected to the power supply device. The charging device in the bag comprises: a charging control circuit in the bag, the charging control circuit in the bag is electrically connected to the wireless charging battery device in the bag; and a wireless charging module in the bag, the wireless charging module in the bag is electrically Sexually connected to the in-bag charging control circuit. The power supply device transmits an original voltage to the wireless charging device outside the bag; after the wireless charging device receives the original voltage, the wireless charging device outside the bag converts the original voltage into an out-of-bag wireless charging signal; The wireless charging device outside the bag wirelessly charges the wireless charging battery device in the bag by using the wireless charging signal outside the bag; the wireless charging battery device in the bag transmits a battery voltage to the charging control circuit in the bag; receiving the charging control circuit in the bag After the battery voltage, the in-bag charging control circuit transmits the battery voltage to the wireless charging module in the bag; after the wireless charging module receives the battery voltage in the bag, the wireless charging module in the bag converts the battery The voltage becomes a wireless charging signal in a bag.

Furthermore, the golf system with wireless charging function as described above further includes: an in-bag electronic device, the electronic device in the bag is disposed inside the golf bag, and the electronic device in the bag is wirelessly connected to the wireless device in the bag. Charging module. The wireless charging module in the bag wirelessly charges the electronic device in the bag by using the wireless charging signal in the bag.

Furthermore, the golf system with wireless charging function as described above, wherein the wireless charging device outside the bag comprises: an out-of-bag charging control circuit, the external charging control circuit is electrically connected to the power supply device; a charging transmitter, the external wireless charging transmitter is electrically connected to the external charging control circuit, the wireless charging transmitter of the bag is wirelessly connected to the wireless charging battery device in the bag; and an out-of-bag wireless reader/writer The off-bag wireless reader is electrically connected to the out-of-bag charging control circuit, and the out-of-bag wireless reader is wirelessly connected to the wireless charging battery device in the bag.

Furthermore, the golf system with wireless charging function as described above, wherein the wireless charging battery device in the bag comprises: a battery control circuit in the bag, the battery control circuit in the bag is electrically connected to the charging control circuit in the bag; a wireless charging receiver in the bag, the wireless charging receiver in the bag is electrically connected to the battery control circuit in the bag, the wireless charging receiver in the bag is wirelessly connected to the wireless charging transmitter outside the bag; and a dynamic wireless tag in the bag The dynamic wireless tag in the bag is electrically connected to the battery control circuit in the bag, and the dynamic wireless tag in the bag is wirelessly connected to the wireless reader/writer outside the bag. The battery control circuit in the bag comprises: a rechargeable battery. Wherein the power supply device transmits the original voltage to the external charging control circuit; after the external charging control circuit receives the original voltage, the external charging control circuit converts the original voltage into an original conversion voltage; The wireless reader wirelessly recognizes the dynamic wireless tag in the bag; if the wireless reader/writer outside the bag successfully wirelessly recognizes the dynamic wireless tag in the bag, the wireless reader/writer outside the bag notifies the external charging control circuit of the bag to wirelessly The reader successfully wirelessly identifies the dynamic wireless tag in the bag, so that the external charging control circuit transmits the original converted voltage to the wireless charging transmitter outside the bag; after receiving the original converted voltage, the wireless charging transmitter outside the bag receives the original converted voltage The out-of-bag wireless charging transmitter converts the original converted voltage into the out-of-bag wireless charging signal; the out-of-bag wireless charging transmitter wirelessly charges the wireless charging battery device in the bag by using the out-of-bag wireless charging signal. If the wireless reader/writer outside the bag successfully wirelessly recognizes the dynamic wireless tag in the bag, the battery control circuit in the bag uses the dynamic wireless tag in the bag to learn that the wireless reader/writer outside the bag successfully identifies the bag wirelessly. Dynamic wireless tag, such that the battery control circuit in the bag receives the wireless charging signal of the bag through the wireless charging receiver in the bag to charge the rechargeable battery; the battery control circuit in the bag transmits the battery voltage to the charging control in the bag Circuit.

Furthermore, as described above, the golf system with wireless charging function, wherein the wireless charging module in the bag comprises: a wireless charging transmitter in the bag, the wireless charging transmitter in the bag is electrically connected to the charging control circuit in the bag The wireless charging transmitter in the bag is wirelessly connected to the electronic device in the bag; and a wireless reader/writer in the bag, the wireless reader/writer in the bag is electrically connected to the charging control circuit in the bag, and the wireless reading and writing in the bag The radio is connected to the electronics in the bag.

Furthermore, the golf system with wireless charging function as described above, wherein the electronic device in the bag comprises: an electronic device end charging control circuit; an electronic device side wireless charging receiver, the electronic device side wireless charging receiver electrical Connected to the electronic device end charging control circuit, the electronic device side wireless charging receiver is wirelessly connected to the wireless charging transmitter in the bag; an electronic device side dynamic wireless tag, the electronic device side dynamic wireless tag is electrically connected to the electronic device a device-side charging control circuit, the electronic device-side dynamic wireless tag radio is connected to the wireless reader/writer in the bag; and an electronic device electrically connected to the electronic device-side charging control circuit. The wireless reader/writer in the bag wirelessly recognizes the dynamic wireless tag of the electronic device; if the wireless reader/writer in the bag successfully wirelessly recognizes the dynamic wireless tag of the electronic device, the wireless reader in the bag notifies the charging in the bag Control circuit The wireless reader/writer in the bag successfully wirelessly recognizes the dynamic wireless tag of the electronic device, so that the charging control circuit in the bag transmits the battery voltage to the wireless charging transmitter in the bag; the wireless charging transmitter in the bag receives After the battery voltage, the wireless charging transmitter in the bag converts the battery voltage into a wireless charging signal in the bag; the wireless charging transmitter in the bag wirelessly charges the electronic device in the bag by using the wireless charging signal in the bag. If the wireless reader/writer in the bag successfully wirelessly recognizes the dynamic wireless tag of the electronic device, the electronic device charging control circuit uses the dynamic wireless tag of the electronic device to learn that the wireless reader in the bag successfully identifies the wireless device. The electronic device side dynamic wireless tag enables the electronic device end charging control circuit to receive the wireless charging signal in the bag through the wireless charging receiver of the electronic device to convert the wireless charging signal in the bag into a driving voltage; the electronic device is charged A control circuit transmits the drive voltage to the electronic device to drive the electronic device.

Furthermore, the golf system with wireless charging function as described above, wherein the electronic device is a cooling device, a heating device, a wired charging module or a wireless charging module.

The effect of the present invention is to provide a golf system having a wireless charging function.

The detailed description and the technical description of the present invention are to be understood as the

Please refer to FIG. 1, which is a first implementation block diagram of a golf system with wireless charging function according to the present invention. A golf system 10 having a wireless charging function is applied to a power supply device 60; the golf system 10 having a wireless charging function includes a golf bag 20, an in-bag wireless rechargeable battery device 30, an in-bag charging device 40, and A bag of external wireless charging device 50. The in-bag charging device 40 includes an in-bag charging control circuit 402 and an in-bag wireless charging module 404.

The power supply device 60 is disposed outside the golf bag 20; the in-bag wireless rechargeable battery device 30 is disposed inside the golf bag 20; the in-bag charging device 40 is disposed inside the golf bag 20; The in-bag charging device 40 is electrically connected to the in-bag wireless charging battery device 30; the out-of-bag wireless charging device 50 is disposed outside the golf bag 20; the out-of-bag wireless charging device 50 is wirelessly connected to the bag for wireless charging The battery device 30; the wireless charging device 50 is electrically connected to the power supply device 60; the in-bag charging control circuit 402 is electrically connected to the wireless charging battery device 30 in the bag; The connection is made to the in-bag charging control circuit 402.

The power supply device 60 transmits an original voltage 602 to the out-of-bag wireless charging device 50. After the out-of-bag wireless charging device 50 receives the original voltage 602, the out-of-bag wireless charging device 50 converts the original voltage 602 into a bag. The external wireless charging signal 502; the wireless charging device 50 outside the bag wirelessly charges the wireless charging battery device 30 in the bag by using the wireless charging signal 502 outside the bag; the wireless charging battery device 30 in the bag transmits a battery voltage 302 to the bag. The charging control circuit 402; after the in-bag charging control circuit 402 receives the battery voltage 302, the in-bag charging control circuit 402 transmits the battery voltage 302 to the in-bag wireless charging module 404; the wireless charging module in the bag After the group 404 receives the battery voltage 302, the in-bag wireless charging module 404 converts the battery voltage 302 into a bag of wireless charging signals 406.

Moreover, the wireless charging battery device 30 in the bag is a portable rechargeable battery module that can be taken out from the inside of the golf bag 20 for wireless charging or wired charging. The power supply device 60 can be a car charger that supplies a 12 volt DC voltage or a 24 volt DC voltage; the power supply device 60 can also be an AC voltage supply that supplies an AC voltage of 100 to 240 volts. The in-bag wireless charging signal 406 and the out-of-bag wireless charging signal 502 can be, for example, but the invention is not limited to a high power signal.

Please refer to FIG. 2 , which is a block diagram of a second implementation of the golf system with wireless charging function of the present invention. The components shown in FIG. 2 are similar to those of FIG. 1 , and are not described herein for brevity. The wireless charging system 10 further includes an in-bag electronic device 70; the in-bag electronic device 70 is disposed inside the golf bag 20; the in-bag electronic device 70 is wirelessly connected to the in-bag wireless charging module 404. The in-bag wireless charging module 404 wirelessly charges the in-bag electronic device 70 by using the in-bag wireless charging signal 406.

The out-of-bag wireless charging device 50 includes an out-of-bag charging control circuit 504, an out-of-bag wireless charging transmitter 506, and an out-of-bag wireless reader/writer 508. The out-of-bag charging control circuit 504 is electrically connected to the power supply device 60; the out-of-bag wireless charging transmitter 506 is electrically connected to the out-of-bag charging control circuit 504; the out-of-bag wireless charging transmitter 506 is wirelessly connected to the bag The wireless wireless battery device 30 is electrically connected to the external charging control circuit 504; the wireless external reader 508 is wirelessly connected to the wireless rechargeable battery device 30 in the bag.

The in-bag wireless rechargeable battery device 30 includes an in-bag battery control circuit 304, an in-bag wireless charging receiver 306, and an in-bag dynamic wireless tag 308. The in-bag battery control circuit 304 is electrically connected to the in-bag charging control circuit 402; the in-bag wireless charging receiver 306 is electrically connected to the in-bag battery control circuit 304, and the in-bag wireless charging receiver 306 is wirelessly connected to The in-bag wireless charging transmitter 506 is electrically coupled to the in-bag battery control circuit 304, and the in-bag dynamic wireless tag 308 is wirelessly coupled to the out-of-bag wireless reader/writer 508. The in-bag battery control circuit 304 includes a rechargeable battery 310.

The power supply device 60 transmits the original voltage 602 to the out-of-bag charging control circuit 504; after the out-of-bag charging control circuit 504 receives the original voltage 602, the out-of-bag charging control circuit 504 converts the original voltage 602 into an original Converting the voltage 510; the wireless reader/writer 508 of the bag wirelessly recognizes the dynamic wireless tag 308 in the bag; if the wireless reader/writer 508 outside the bag successfully identifies the dynamic wireless tag 308 in the bag, the wireless reader of the bag 508 notifying the out-of-bag charging control circuit 504 that the out-of-bag wireless reader/writer 508 successfully wirelessly identifies the in-bag dynamic wireless tag 308 such that the out-of-bag charging control circuit 504 transmits the original converted voltage 510 to the out-of-bag wireless charging transmission. After the out-of-bag wireless charging transmitter 506 receives the original converted voltage 510, the out-of-bag wireless charging transmitter 506 converts the original converted voltage 510 into the out-of-bag wireless charging signal 502; the out-of-bag wireless charging transmitter The in-bag wireless charging battery device 30 is wirelessly charged by the extra-bag wireless charging signal 502.

If the wireless reader/writer 508 outside the bag successfully wirelessly recognizes the dynamic wireless tag 308 in the bag, the in-bag battery control circuit 304 uses the dynamic wireless tag 308 in the bag to learn that the wireless reader/writer 508 outside the bag is successfully wireless. The in-bag dynamic wireless tag 308 is identified such that the in-bag battery control circuit 304 receives the out-of-bag wireless charging signal 502 through the in-bag wireless charging receiver 306 to charge the rechargeable battery 310; the in-bag battery control circuit 304 The battery voltage 302 is transmitted to the in-bag charge control circuit 402.

The in-bag wireless charging module 404 includes an in-bag wireless charging transmitter 408 and an in-bag wireless reader/writer 410. The in-bag wireless charging transmitter 408 is electrically connected to the in-bag charging control circuit 402; the in-bag wireless charging transmitter 408 is wirelessly connected to the in-bag electronic device 70; the in-bag wireless reader/writer 410 is electrically connected to The in-bag charging control circuit 402; the in-bag wireless reader/writer 410 is wirelessly coupled to the in-bag electronic device 70.

The in-bag electronic device 70 includes an electronic device end charging control circuit 702, an electronic device end wireless charging receiver 704, an electronic device end dynamic wireless tag 706, and an electronic device 708. The electronic device side wireless charging receiver 704 is electrically connected to the electronic device end charging control circuit 702; the electronic device side wireless charging receiver 704 is wirelessly connected to the in-bag wireless charging transmitter 408; the electronic device side dynamic wireless tag 706 is electrically connected to the electronic device end charging control circuit 702; the electronic device end dynamic wireless tag 706 is wirelessly connected to the in-bag wireless reader/writer 410; the electronic device 708 is electrically connected to the electronic device end charging control circuit 702 .

The in-bag wireless reader/writer 410 wirelessly recognizes the electronic device-side dynamic wireless tag 706; if the in-bag wireless reader/writer 410 successfully wirelessly recognizes the electronic device-side dynamic wireless tag 706, the in-bag wireless reader/writer 410 notifies The in-bag charging control circuit 402 successfully wirelessly identifies the electronic device-side dynamic wireless tag 706, such that the in-bag charging control circuit 402 transmits the battery voltage 302 to the in-bag wireless charging transmitter 408. After the wireless charging transmitter 408 in the bag receives the battery voltage 302, the wireless charging transmitter 408 in the bag converts the battery voltage 302 into the wireless charging signal 406 in the bag; the wireless charging transmitter 408 in the bag utilizes the bag The internal wireless charging signal 406 wirelessly charges the in-bag electronic device 70.

If the in-bag wireless reader/writer 410 successfully wirelessly recognizes the electronic device-side dynamic wireless tag 706, the electronic device-side charging control circuit 702 uses the electronic device-side dynamic wireless tag 706 to learn the in-bag wireless reader/writer 410. The electronic device-side dynamic wireless tag 706 is successfully wirelessly recognized, so that the electronic device-side charging control circuit 702 receives the wireless charging signal 406 in the bag through the electronic device-side wireless charging receiver 704 to convert the wireless charging signal 406 in the bag. A driving voltage 710; the electronic device side charging control circuit 702 transmits the driving voltage 710 to the electronic device 708 to drive the electronic device 708.

The electronic device 708 is a cooling device, a heating device, a wired charging module or a wireless charging module. If the electronic device 708 is the refrigeration device, the electronic device 708 is cooled, for example, to a beverage (not shown in FIG. 2); if the electronic device 708 is the heating device, the electronic device 708 is heated to, for example, the beverage. If the electronic device 708 is the wired charging module or the wireless charging module, the electronic device 708 charges a mobile phone (not shown in FIG. 2), for example.

Furthermore, the in-bag wireless reader/writer 410 and the out-of-bag wireless reader/writer 508 are a near field communication reader writer or a radio frequency identification reader writer; The in-bag dynamic wireless tag 308 and the electronic device-side dynamic wireless tag 706 are a near field communication tag or a radio frequency identification tag; the off-board wireless reader/writer 508 is utilized. The near field communication technology or the radio frequency identification technology identifies the dynamic wireless tag 308 in the bag; the wireless reader/writer 410 in the bag identifies the electronic device dynamic wireless tag 706 by using near field communication technology or radio frequency identification technology. The frequency of the wireless charging signal 502 outside the bag and the wireless charging signal 406 in the bag may be, for example, but the invention is not limited to 100 KHz to 500 KHz; the communication signal frequency of the wireless reader/writer 508 outside the bag and the dynamic wireless tag 308 in the bag. For example, the present invention is not limited to 13.56 MHz or 860 MHz to 960 MHz; the communication signal frequency of the in-bag wireless reader/writer 410 and the electronic device-side dynamic wireless tag 706 may be, for example, but the invention is not limited to 13.56 MHz or 860 MHz. ~960MHz.

Please refer to FIG. 3, which is a block diagram of a third embodiment of the golf system with wireless charging function of the present invention. A golf system 10 having a wireless charging function is applied to a power supply device 60 and a handheld electronic device 80; the golf system 10 having a wireless charging function includes a golf bag 20, an in-bag wireless rechargeable battery device 30, A bag of internal charging device 40 and an out-of-bag wireless charging device 50. The in-bag charging device 40 includes an in-bag charging control circuit 402 and a wired charging port 412.

The power supply device 60 is disposed outside the golf bag 20; the in-bag wireless rechargeable battery device 30 is disposed inside the golf bag 20; the in-bag charging device 40 is disposed inside the golf bag 20; The in-bag charging device 40 is electrically connected to the in-bag wireless charging battery device 30; the out-of-bag wireless charging device 50 is disposed outside the golf bag 20; the out-of-bag wireless charging device 50 is wirelessly connected to the bag for wireless charging The battery charging device 30 is electrically connected to the power supply device 60; the in-bag charging control circuit 402 is electrically connected to the in-bag wireless charging battery device 30; the wired charging port 412 is electrically connected to The in-bag charging control circuit 402 and the handheld electronic device 80.

The power supply device 60 transmits an original voltage 602 to the out-of-bag wireless charging device 50. After the out-of-bag wireless charging device 50 receives the original voltage 602, the out-of-bag wireless charging device 50 converts the original voltage 602 into a bag. The external wireless charging signal 502; the wireless charging device 50 outside the bag wirelessly charges the wireless charging battery device 30 in the bag by using the wireless charging signal 502 outside the bag; the wireless charging battery device 30 in the bag transmits a battery voltage 302 to the bag. The charging control circuit 402; after the in-bag charging control circuit 402 receives the battery voltage 302, the in-bag charging control circuit 402 transmits the battery voltage 302 to the handheld electronic device 80 through the wired charging port 412.

Moreover, the wireless charging battery device 30 in the bag is a portable rechargeable battery module that can be taken out from the inside of the golf bag 20 for wireless charging or wired charging. The power supply device 60 can be a car charger that supplies a 12 volt DC voltage or a 24 volt DC voltage; the power supply device 60 can also be an AC voltage supply that supplies an AC voltage of 100 to 240 volts. The in-bag wireless charging signal 406 and the out-of-bag wireless charging signal 502 can be, for example, but the invention is not limited to a high power signal.

Please refer to FIG. 4 , which is a block diagram of a fourth implementation of the golf system with wireless charging function of the present invention; the components shown in FIG. 4 are similar to those of FIG. 3 , and are not described herein for brevity.

The out-of-bag wireless charging device 50 includes an out-of-bag charging control circuit 504, an out-of-bag wireless charging transmitter 506, and an out-of-bag wireless reader/writer 508. The out-of-bag charging control circuit 504 is electrically connected to the power supply device 60; the out-of-bag wireless charging transmitter 506 is electrically connected to the out-of-bag charging control circuit 504; the out-of-bag wireless charging transmitter 506 is wirelessly connected to the bag The wireless wireless battery device 30 is electrically connected to the external charging control circuit 504; the wireless external reader 508 is wirelessly connected to the wireless rechargeable battery device 30 in the bag.

The in-bag wireless rechargeable battery device 30 includes an in-bag battery control circuit 304, an in-bag wireless charging receiver 306, and an in-bag dynamic wireless tag 308. The in-bag battery control circuit 304 is electrically connected to the in-bag charging control circuit 402; the in-bag wireless charging receiver 306 is electrically connected to the in-bag battery control circuit 304; the in-bag wireless charging receiver 306 is wirelessly connected to The in-bag wireless charging transmitter 506 is electrically coupled to the in-bag battery control circuit 304, and the in-bag dynamic wireless tag 308 is wirelessly coupled to the out-of-bag wireless reader/writer 508. The in-bag battery control circuit 304 includes a rechargeable battery 310.

The power supply device 60 transmits the original voltage 602 to the out-of-bag charging control circuit 504; after the out-of-bag charging control circuit 504 receives the original voltage 602, the out-of-bag charging control circuit 504 converts the original voltage 602 into an original Converting the voltage 510; the wireless reader/writer 508 of the bag wirelessly recognizes the dynamic wireless tag 308 in the bag; if the wireless reader/writer 508 outside the bag successfully identifies the dynamic wireless tag 308 in the bag, the wireless reader of the bag 508 notifying the out-of-bag charging control circuit 504 that the out-of-bag wireless reader/writer 508 successfully wirelessly identifies the in-bag dynamic wireless tag 308 such that the out-of-bag charging control circuit 504 transmits the original converted voltage 510 to the out-of-bag wireless charging transmission. After the out-of-bag wireless charging transmitter 506 receives the original converted voltage 510, the out-of-bag wireless charging transmitter 506 converts the original converted voltage 510 into the out-of-bag wireless charging signal 502; the out-of-bag wireless charging transmitter The in-bag wireless charging battery device 30 is wirelessly charged by the extra-bag wireless charging signal 502.

If the wireless reader/writer 508 outside the bag successfully wirelessly recognizes the dynamic wireless tag 308 in the bag, the in-bag battery control circuit 304 uses the dynamic wireless tag 308 in the bag to learn that the wireless reader/writer 508 outside the bag is successfully wireless. The in-bag dynamic wireless tag 308 is identified such that the in-bag battery control circuit 304 receives the out-of-bag wireless charging signal 502 through the in-bag wireless charging receiver 306 to charge the rechargeable battery 310; the in-bag battery control circuit 304 The battery voltage 302 is transmitted to the in-bag charge control circuit 402.

Furthermore, the out-of-bag wireless reader/writer 508 is a near field communication reader writer or a radio frequency identification reader writer; the dynamic wireless tag 308 in the bag is A near field communication tag or a radio frequency identification tag; the off-board wireless reader/writer 508 identifies the dynamic wireless tag 308 in the bag using near field communication technology or radio frequency identification technology. The frequency of the wireless charging signal 502 outside the bag may be, for example, the present invention is not limited to 100 kHz to 500 kHz; the frequency of the communication signal between the wireless reader/writer 508 and the dynamic wireless tag 308 in the bag may be, for example, but not limited by the present invention. It is 13.56MHz or 860MHz to 960MHz.

Furthermore, please refer to FIG. 5 , which is a fifth embodiment block diagram of the golf system with wireless charging function of the present invention; the component descriptions shown in FIG. 5 are similar to those of FIG. 2 , and are not simplified herein. . Moreover, the golf system 10 with wireless charging function further includes a golf club 90; the golf club 90 is disposed inside the golf bag 20; the golf club 90 is wirelessly connected to the wireless charging module in the bag The in-bag wireless charging module 404 wirelessly charges the golf club 90 using the in-bag wireless charging signal 406.

Moreover, the golf club 90 includes a club end charging control circuit 902, a club end wireless charging receiver 904, a club end dynamic wireless tag 906, a sensor 908, and a wireless communication module 910. The club end charging control circuit 902 includes a club end rechargeable battery 912. The club end wireless charging receiver 904 is electrically connected to the club end charging control circuit 902; the club end wireless charging receiver 904 is wirelessly connected to the in-bag wireless charging transmitter 408; the club end dynamic wireless tag The 906 is electrically connected to the club end charging control circuit 902; the club end dynamic wireless tag 906 is wirelessly connected to the in-bag wireless reader/writer 410; the sensor 908 is electrically connected to the club end charging control circuit 902 The wireless communication module 910 is electrically connected to the club end charging control circuit 902.

The in-bag wireless reader/writer 410 wirelessly recognizes the club-end dynamic wireless tag 906; if the in-bag wireless reader/writer 410 successfully wirelessly recognizes the cue-end dynamic wireless tag 906, the in-bag wireless reader/writer 410 notifies The in-bag charging control circuit 402 successfully wirelessly identifies the club end dynamic wireless tag 906 in the in-bag wireless reader/writer 410 such that the in-bag charging control circuit 402 transmits the battery voltage 302 to the in-bag wireless charging transmitter 408. After the wireless charging transmitter 408 in the bag receives the battery voltage 302, the wireless charging transmitter 408 in the bag converts the battery voltage 302 into the wireless charging signal 406 in the bag; the wireless charging transmitter 408 in the bag utilizes the bag The inner wireless charging signal 406 wirelessly charges the golf club 90.

If the wireless reader/writer 410 in the bag successfully wirelessly recognizes the club end dynamic wireless tag 906, the club end charging control circuit 902 uses the club end dynamic wireless tag 906 to learn the in-bag wireless reader/writer 410. The club end dynamic wireless tag 906 is successfully wirelessly identified, so that the cue end charging control circuit 902 receives the in-bag wireless charging signal 406 through the cue end wireless charging receiver 904 to convert the in-bag wireless charging signal 406 into A driving voltage 914; the club end charging control circuit 902 transmits the driving voltage 914 to the inductor 908 and the wireless communication module 910 to drive the inductor 908 and the wireless communication module 910.

The sensor 908 senses environmental information to generate an inductive signal 916. The sensor 908 transmits the inductive signal 916 to the cue end charging control circuit 902. The cue end charging control circuit 902 transmits the inductive signal 916 to the wireless communication. The module 910; the wireless communication module 910 wirelessly transmits the sensing signal 916 to a mobile phone (not shown in FIG. 5).

The sensor 908 can be, for example, but the invention is not limited to an accelerometer or G-sensor; the wireless communication module 910 can be, for example, but the invention is not limited to a Bluetooth wireless communication module. In an embodiment, the acceleration gauge senses the swing information of the golf club 90 to generate the sensing signal 916; the acceleration gauge transmits the sensing signal 916 to the club end charging control circuit 902; the club end charging control The circuit 902 transmits the sensing signal 916 to the Bluetooth wireless communication module; the Bluetooth wireless communication module wirelessly transmits the sensing signal 916 to the mobile phone; thereby, the user watches the mobile phone to learn the swing information.

In a specific embodiment, the club end charging control circuit 902, the club end wireless charging receiver 904, the club end dynamic wireless tag 906, the sensor 908, and the wireless communication module 910 are disposed on the golf ball. One of the grips 90 of the club 90, such that when the golf club 90 is placed in the golf bag 20, the grip end of the golf club 90 is adjacent to the in-bag charging device 40, such that the bag is wirelessly charged Transmitter 408 can more easily wirelessly charge golf club 90 with the in-bag wireless charging signal 406.

The effect of the present invention is to provide a golf system having a wireless charging function.

However, the above is only a preferred embodiment of the present invention, and the scope of the present invention is not limited thereto, that is, the equivalent changes and modifications made by the scope of the present invention should still be covered by the patent of the present invention. The scope of the scope is intended to protect. The invention may be embodied in various other modifications and changes without departing from the spirit and scope of the inventions. It is intended to fall within the scope of the appended claims. In summary, it is known that the present invention has industrial applicability, novelty and advancement, and the structure of the present invention has not been seen in similar products and public use, and fully complies with the requirements of the invention patent application, and is filed according to the patent law.

10‧‧‧ Golf system with wireless charging function

20‧‧‧ golf bag

30‧‧‧In-bag wireless rechargeable battery device

40‧‧‧In-bag charging device

50‧‧‧Out-of-bag wireless charging device

60‧‧‧Power supply unit

70‧‧‧In-bag electronic devices

80‧‧‧Handheld electronic devices

90‧‧‧ golf clubs

302‧‧‧Battery voltage

304‧‧‧Bag battery control circuit

306‧‧‧In-bag wireless charging receiver

308‧‧‧ Dynamic wireless tags in the bag

310‧‧‧Rechargeable battery

402‧‧‧In-bag charging control circuit

404‧‧‧In-bag wireless charging module

406‧‧‧Wireless charging signal in the bag

408‧‧‧Bag wireless charging transmitter

410‧‧‧In-bag wireless reader

412‧‧‧Wired charging埠

502‧‧‧Outside the bag wireless charging signal

504‧‧‧Out-of-bag charging control circuit

506‧‧‧Out-of-bag wireless charging transmitter

508‧‧‧Out-of-bag wireless reader

510‧‧‧ original conversion voltage

602‧‧‧ raw voltage

702‧‧‧Electronic device terminal charging control circuit

704‧‧‧Electronic device wireless charging receiver

706‧‧‧Electronic device dynamic wireless tag

708‧‧‧Electronic equipment

710‧‧‧ drive voltage

902‧‧‧Cue rod end charging control circuit

904‧‧‧Cue Rod Wireless Charging Receiver

906‧‧‧Cue Rod Dynamic Wireless Label

908‧‧‧ sensor

910‧‧‧Wireless communication module

912‧‧‧Cue Rod Rechargeable Battery

914‧‧‧ drive voltage

916‧‧‧ Sensing signal

1 is a block diagram of a first embodiment of a golf system with wireless charging function of the present invention.

2 is a block diagram showing a second embodiment of the golf system with wireless charging function of the present invention.

3 is a block diagram showing a third embodiment of the golf system with wireless charging function of the present invention.

4 is a block diagram showing a fourth embodiment of the golf system with wireless charging function of the present invention.

Figure 5 is a block diagram showing a fifth embodiment of the golf system with wireless charging function of the present invention.

10‧‧‧ Golf system with wireless charging function

20‧‧‧ golf bag

30‧‧‧In-bag wireless rechargeable battery device

40‧‧‧In-bag charging device

50‧‧‧Out-of-bag wireless charging device

60‧‧‧Power supply unit

302‧‧‧Battery voltage

402‧‧‧In-bag charging control circuit

404‧‧‧In-bag wireless charging module

406‧‧‧Wireless charging signal in the bag

502‧‧‧Outside the bag wireless charging signal

602‧‧‧ raw voltage

Claims (7)

A golf system with wireless charging function is applied to a power supply device. The golf system with wireless charging function comprises: a golf bag, the power supply device is disposed outside the golf bag; and wireless charging in a bag a battery device, the wireless charging battery device in the bag is disposed inside the golf bag; an in-bag charging device, the in-bag charging device is disposed inside the golf bag, and the in-bag charging device is electrically connected to the bag a wireless charging battery device; and an out-of-bag wireless charging device, the wireless charging device outside the bag is disposed outside the golf bag, and the wireless charging device outside the bag is wirelessly connected to the wireless charging battery device in the bag, and the wireless device outside the bag The charging device is electrically connected to the power supply device, wherein the in-bag charging device comprises: an in-bag charging control circuit, the in-bag charging control circuit is electrically connected to the wireless charging battery device in the bag; and wireless charging in a bag a module, the wireless charging module in the bag is electrically connected to the charging control circuit in the bag, wherein the The source supply device transmits an original voltage to the wireless charging device outside the bag; after the wireless charging device receives the original voltage, the wireless charging device outside the bag converts the original voltage into an out-of-bag wireless charging signal; The wireless charging device wirelessly charges the wireless charging battery device in the bag by using the wireless charging signal outside the bag; the wireless charging battery device in the bag transmits a battery voltage to the charging control circuit in the bag; and the charging control circuit receives the After the battery voltage, the in-bag charging control circuit transmits the battery voltage to the wireless charging module in the bag; after the wireless charging module receives the battery voltage in the bag, the wireless charging module in the bag converts the battery voltage into A wireless charging signal inside a bag. The golf system with wireless charging function according to claim 1, further comprising: an in-bag electronic device, wherein the electronic device in the bag is disposed inside the golf bag, and the electronic device in the bag is electrically connected to the bag The wireless charging module in the bag, wherein the wireless charging module in the bag wirelessly charges the electronic device in the bag by using the wireless charging signal in the bag. The golf system with wireless charging function according to claim 2, wherein the wireless charging device includes: an out-of-bag charging control circuit, wherein the external charging control circuit is electrically connected to the power supply device; a wireless charging transmitter outside the bag, the wireless charging transmitter outside the bag is electrically connected to the charging control circuit outside the bag, the wireless charging transmitter outside the bag is wirelessly connected to the wireless charging battery device in the bag; and a wireless reading and writing device outside the bag The wireless reader/writer of the bag is electrically connected to the external charging control circuit of the bag, and the wireless reader/writer outside the bag is wirelessly connected to the wireless charging battery device in the bag. The golf system with wireless charging function according to claim 3, wherein the wireless charging battery device in the bag comprises: a battery control circuit in the bag, and the battery control circuit in the bag is electrically connected to the charging control in the bag. a wireless charging receiver in the bag, the wireless charging receiver in the bag is electrically connected to the battery control circuit in the bag, the wireless charging receiver in the bag is wirelessly connected to the wireless charging transmitter outside the bag; and a bag a dynamic wireless tag, the dynamic wireless tag in the bag is electrically connected to the battery control circuit in the bag, and the dynamic wireless tag in the bag is wirelessly connected to the wireless reader/writer of the bag, wherein the battery control circuit in the bag comprises: a rechargeable a battery, wherein the power supply device transmits the original voltage to the external charging control circuit; after the external charging control circuit receives the original voltage, the external charging control circuit converts the original voltage into an original conversion voltage; The wireless reader outside the bag wirelessly recognizes the dynamic wireless tag in the bag; if the wireless reader outside the bag successfully wirelessly Identifying the dynamic wireless tag in the bag, the wireless reader/writer outside the bag notifying the out-of-bag charging control circuit that the wireless reader/writer outside the bag successfully wirelessly recognizes the dynamic wireless tag in the bag, so that the external charging control circuit transmits the original Converting a voltage to the wireless charging transmitter outside the bag; after receiving the original converted voltage, the wireless charging transmitter outside the bag converts the original converted voltage into an external wireless charging signal; the wireless outside the bag The charging transmitter wirelessly charges the wireless charging battery device in the bag by using the wireless charging signal outside the bag; wherein if the wireless reader/writer outside the bag successfully wirelessly recognizes the dynamic wireless tag in the bag, the battery control circuit in the bag utilizes the The dynamic wireless tag in the bag knows that the wireless reader/writer outside the bag successfully wirelessly recognizes the dynamic wireless tag in the bag, so that the battery control circuit in the bag receives the wireless charging signal of the bag through the wireless charging receiver in the bag to The rechargeable battery is charged; the battery control circuit in the bag transmits the battery voltage to the charge control circuit in the bag. The golf system with wireless charging function according to claim 4, wherein the wireless charging module in the bag comprises: a wireless charging transmitter in the bag, wherein the wireless charging transmitter in the bag is electrically connected to the bag a charging control circuit, the wireless charging transmitter in the bag is wirelessly connected to the electronic device in the bag; and a wireless reader/writer in the bag, the wireless reader/writer in the bag is electrically connected to the charging control circuit in the bag, and the bag is inside the bag The wireless reader is wirelessly connected to the electronics within the bag. The golf system with wireless charging function according to claim 5, wherein the electronic device in the bag comprises: an electronic device charging control circuit; an electronic device wireless charging receiver, the electronic device wireless charging receiving The device is electrically connected to the electronic device end charging control circuit, and the electronic device side wireless charging receiver is wirelessly connected to the wireless charging transmitter in the bag; an electronic device side dynamic wireless tag, and the electronic device side dynamic wireless tag electrical connection To the electronic device end charging control circuit, the electronic device side dynamic wireless tag radio is connected to the wireless reader/writer in the bag; and an electronic device electrically connected to the electronic device end charging control circuit, wherein the bag The wireless reader/writer wirelessly recognizes the dynamic wireless tag of the electronic device; if the wireless reader/writer in the bag successfully wirelessly recognizes the dynamic wireless tag of the electronic device, the wireless reader in the bag notifies the charging control circuit in the bag The wireless reader in the bag successfully wirelessly recognizes the dynamic wireless tag of the electronic device. The in-bag charging control circuit transmits the battery voltage to the wireless charging transmitter in the bag; after the wireless charging transmitter in the bag receives the battery voltage, the wireless charging transmitter in the bag converts the battery voltage to become wireless in the bag. a charging signal; the wireless charging transmitter in the bag wirelessly charges the electronic device in the bag by using the wireless charging signal in the bag; wherein if the wireless reader in the bag successfully wirelessly identifies the dynamic wireless tag of the electronic device, the electronic device The end charging control circuit uses the dynamic wireless tag of the electronic device to know that the wireless reader/writer in the bag successfully wirelessly recognizes the dynamic wireless tag of the electronic device, so that the charging control circuit of the electronic device receives wirelessly through the electronic device. The device receives the wireless charging signal in the bag to convert the wireless charging signal in the bag into a driving voltage; the electronic device charging control circuit transmits the driving voltage to the electronic device to drive the electronic device. The golf system with wireless charging function according to claim 6, wherein the electronic device is a cooling device, a heating device, a wired charging module or a wireless charging module.