Socket having functions of torque sensing, angle sensing and signal transmitting

1. A socket having functions of torque sensing, angle sensing, and signal transmitting, comprising:

a socket body comprising an input drive end and an output drive end; wherein the input drive end has a specification corresponding to a drive axle of a torque tool; the output drive end has a specification corresponding to a sensing bolt, a tag bolt or a nut; and an outer surface of the socket body is depressed inward to form a component accommodating portion;

a circuit board module disposed in the socket body, comprising a microprocessor, an angle sensing unit, a first wireless transmission unit, a second wireless transmission unit, a first transmission antenna, a second transmission antenna, a radio-frequency read/write unit, and a radio-frequency antenna; wherein the microprocessor is electrically connected to each of elements on the circuit board module; the first transmission antenna is connected to the first wireless transmission unit; the first transmission antenna is communicatively connected to a torque control device through a first channel of the socket body; the second transmission antenna is electrically connected to the second wireless transmission unit to read/write information of the sensing bolt; and the radio-frequency antenna is electrically connected to the radio-frequency read/write unit to read/write information from the tag bolt;

a deformation strain sensing unit adhered to a deformation strain sensing axle portion inside the component accommodating portion to sense deformation strain value;

an output/input module disposed at the component accommodating portion, comprising an alert unit, a switch unit and an universal serial bus, wherein the alert unit is configured to send an alert message; the switch unit is configured to switch on/off the socket with functions of torque sensing, angle sensing, and signal transmitting; and the universal serial bus is configured to output/input a signal or power to the circuit board module;

a power supply module being a disposable battery or a rechargeable battery capable of being detached and replaced, which is disposed at the socket body, and is directly or indirectly connected to the circuit board module; and

a protection device disposed at a periphery of the component accommodating portion to cover and protect element disposed therein;

wherein, the deformation strain sensing unit and the output/input module are electrically connected to the circuit board module by a transmission line passing through a second channel of the socket body.

2. The socket having functions of torque sensing, angle sensing, and signal transmitting of claim 1 , wherein

the socket body further comprises an upper body and a lower body;

the upper body has two ends, one is the input drive end for coupling with an output drive end of a tool, and the other end is a first locking portion;

the lower body has an end with a second locking portion, and has another end having the output drive end; and

the upper body and the lower body are detachably assembled by the first locking portion and the second locking portion, and are fixed by using a locking component.

3. The socket having functions of torque sensing, angle sensing, and signal transmitting of claim 2 , wherein

the socket body further comprises a first accommodating portion and a second accommodating portion;

the first accommodating portion, the second accommodating portion, the output drive end, and the input drive end of the socket body are disposed coaxially;

the power supply module is disposed at the first accommodating portion;

the circuit board module is disposed at the second accommodating portion; and the power supply module is connected to a power contact assembly of the circuit board module to electrically connect to the circuit board module.

4. The socket having functions of torque sensing, angle sensing, and signal transmitting of claim 3 , further comprising a power supply cap and a circuit board cap made of a material which does not block wireless transmission;

wherein the power supply cap is detachably disposed at the first accommodating portion, and is located at an end which is not connected to the second accommodating portion; and

the circuit board cap is disposed at the second accommodating portion, and is located at an end which is not connected to the first accommodating portion.

5. The socket having functions of torque sensing, angle sensing, and signal transmitting of claim 1 , wherein

the socket body further comprises a first accommodating portion and a second accommodating portion;

the first accommodating portion, the second accommodating portion, the output drive end, and the input drive end of the socket body are disposed coaxially;

the power supply module is disposed at the first accommodating portion;

the circuit board module is disposed at the second accommodating portion;

and the power supply module is connected to a power contact assembly of the circuit board module to electrically connect to the circuit board module.

6. The socket having functions of torque sensing, angle sensing, and signal transmitting of claim 1 , wherein

the socket body further comprises an upper body, a lower body, and a sensing axle component;

the upper body has an end having the input drive end;

the lower body has an end having the output drive end;

the component accommodating portion is formed between the strain sensing axle and the protection device; and

the upper body and the lower body are disposed at two ends of the strain sensing axle respectively.

7. The socket having functions of torque sensing, angle sensing, and signal transmitting of claim 6 , wherein the power supply module is electrically connected to the circuit board module through the transmission line when disposed at the component accommodating portion; and the socket body further comprises a second accommodating portion adjacent to the output drive end to accommodate the circuit board module.

8. The socket having functions of torque sensing, angle sensing, and signal transmitting of claim 7 , further comprising a circuit board cap disposed at an end of the second accommodating portion which is connected to the output drive end, wherein the circuit board cap is made of a material which does not block wireless transmission.

9. The socket having functions of torque sensing, angle sensing, and signal transmitting of claim 1 , wherein the power supply module is electrically connected to the circuit board module through the transmission line when disposed at the component accommodating portion; and the socket body further comprises a second accommodating portion adjacent to the output drive end to accommodate the circuit board module.

10. The socket having functions of torque sensing, angle sensing, and signal transmitting of claim 1 , wherein

the first channel is connected to the outer surface of the socket body, and the protection device is made of metal.

11. The socket having functions of torque sensing, angle sensing, and signal transmitting of claim 1 , wherein

the first channel is connected to the component accommodating portion, and the protection device is made of a material which does not block wireless transmission.

12. The socket having functions of torque sensing, angle sensing, and signal transmitting of claim 1 , wherein

transmission power of the second wireless unit, the second transmission antenna, the radio-frequency read/write unit, and the radio-frequency antenna is adjusted to be only able to read/write the information of the sensing bolt or the tag bolt connected to the socket body, and is configured to avoid interfering other adjacent sensing bolts or tag bolts.

13. The socket having functions of torque sensing, angle sensing, and signal transmitting of claim 1 , wherein the second transmission antenna and the radio-frequency antenna are integrated into a stretchable and elastic antenna which is exposed to a space of the output drive end, to read/write the information of the sensing bolt or the tag bolt.