TW202409763A - Wireless connection system for woodworking machine - Google Patents

Abstract

The wireless connection system for a woodworking machine of the present invention includes a receiver and at least one transmitter, the receiver is provided with a receiving circuit, a first control circuit and a control switch circuit, and the transmitter is provided with a second control circuit and a transmitting circuit , the second control circuit can cause the transmitting circuit to send out a signal, the receiving circuit can receive the wireless signal sent by each transmitting circuit of at least one transmitter, when any one of the transmitting circuits of at least one transmitter sends out a start signal, the receiving circuit through the first control circuit can cause the control switch circuit to start. When all the transmission circuits of at least one transmitter sends out close signals, the receiving circuit can drive the control switch circuit to close through the first control circuit. The machine operates and shuts down automatically.

Description

Woodworking Machine Wireless Connection System

The present invention mainly discloses a connection system, especially a wireless connection system for woodworking machines.

Generally, a wood processing plant is generally configured with several wood processing machines, which can be of the same model or different models, and a corresponding number of vacuum equipment is configured in a one-to-many manner. The vacuum equipment can suck multiple wood processing machines at the same time. Sawdust generated by machine operations.

However, the workers of the above-mentioned wood processing factory need to start the vacuum cleaner in addition to the wood processing machine when working. However, if someone else is working, they do not need to start the vacuum cleaner again. However, they still need to confirm whether the vacuum cleaner is turned on due to working habits. Or, they cannot turn off the vacuum cleaner directly after the work is completed. They need to confirm whether other workers are working, which is a little inconvenient to use.

In view of the shortcomings of the above-mentioned conventional structures, the inventor has designed a wireless connection system for woodworking machines, which can overcome all the shortcomings of the above-mentioned conventional structures.

The main purpose of the wireless connection system for woodworking machines of the present invention is to provide a connection system including a receiver and at least one transmitter. The receiver is provided with a wireless signal control and receiving circuit, a first processing control circuit and a Control switch circuit, the transmitter is provided with a second processing control circuit and a wireless signal control and transmission circuit, the second processing control circuit can drive the wireless signal control and transmission circuit to send a signal, the wireless signal control and reception The circuit can receive the wireless signal sent by each wireless signal control and transmission circuit of the at least one transmitter. When any one of the wireless signal control and transmission circuits of the at least one transmitter sends a start signal, the wireless signal control and the receiving circuit can drive the control switch circuit to start through the first computing control circuit. When all the wireless signal control and transmitting circuits of the at least one transmitter send out shutdown signals, the wireless signal control and receiving circuit can activate the control switch circuit through the first processing control circuit. The first computing processing control circuit drives the control switch circuit to close, and the connection system can automatically operate and shut down the machine at the receiver through the above structure.

The transmitter is provided with a current detector. After the current detector detects the current, the second processing control circuit can drive the wireless signal control and transmission circuit to send out a start signal.

The second operation processing control circuit drives the wireless signal control and transmission circuit to send out a start signal only after the current detector continuously detects the current for a period of time.

The transmitter is provided with a manual controller, which can directly control the second operation processing control circuit to drive the wireless signal control and transmission circuit to send out an activation or deactivation signal when it is activated or deactivated.

The receiver is provided with a first overcurrent protector and a first AC-to-DC line. The first overcurrent protector can be provided with power input, and the first overcurrent protector is connected to the first AC-to-DC line. The first AC-to-DC line can convert the power of the first overcurrent protector into DC power to supply power to the first computing and processing control line. The first overcurrent protector is connected to the control switch line and provides power output. The transmitter is provided with a second overcurrent protector and a second AC-to-DC line. The second overcurrent protector can be provided with power input, and the second overcurrent protector is connected to the second AC-to-DC line. The second AC-to-DC line can convert the power of the second overcurrent protector into DC power to supply power to the second computing and processing control line. The second overcurrent protector is connected to the current detector and provides power output.

The receiver is provided with a first plug and a first socket. The first plug is connected to the first overcurrent protector. The first overcurrent protector can provide power input through the first plug. The first socket Connected to the control switch line, the control switch line can provide power output through the first socket, the transmitter is provided with a second plug and a second socket, the second plug is connected to the second overcurrent protector, The second overcurrent protector can provide power input through the second plug, the second socket is connected to the current detector, and the current detector can provide power output through the second socket.

The number of at least one transmitter can be from one to five.

Other objects, advantages and novelties of the present invention will become more apparent from the following detailed description and the accompanying drawings.

The technology, means and effects adopted by the present invention are described in detail below with reference to a preferred embodiment and accompanying drawings. This is for illustrative purposes only and is not limited to this structure in patent applications.

Referring to Figures 1 to 5, there are schematic diagrams of the use state of the wireless connection system for woodworking machines of the present invention, a plane appearance diagram of the receiver, a plane appearance diagram of the transmitter, a schematic diagram of the structure of the receiver, and a schematic diagram of the structure of the transmitter. The connection system 10 of the present invention includes a receiver 20 and at least one transmitter 30; wherein:

The receiver 20 is provided with a wireless signal control and receiving circuit 21 , a first operation processing control circuit 22 and a control switch circuit 23 .

The transmitter 30 is provided with a second processing control circuit 31 and a wireless signal control and transmission circuit 32. The second processing control circuit 31 can drive the wireless signal control and transmission circuit 32 to send a signal. The wireless signal control and transmission circuit 32 can drive the wireless signal control and transmission circuit 32 to emit signals. The receiving circuit 21 can receive the wireless signal sent by the wireless signal control and transmitting circuit 32 of the at least one transmitter 30, when any one of the wireless signal control and transmitting circuits 32 of the at least one transmitter 30 sends a start signal. When, the wireless signal control and receiving circuit 21 can drive the control switch circuit 23 to start through the first processing control circuit 22, when all the wireless signal control and transmitting circuits 32 of the at least one transmitter 30 send out shutdown signals. , the wireless signal control and receiving circuit 21 can drive the control switch circuit 23 to close through the first computing processing control circuit 22 .

The transmitter 30 is provided with a current detector 33. After the current detector 33 detects the current, the second operation processing control circuit 31 can drive the wireless signal control and transmission circuit 32 to send out a start signal.

The second computing processing control circuit 31 drives the wireless signal control and transmitting circuit 32 to send out a start signal after the current detector 33 continuously detects current for 3 seconds.

The transmitter 30 is provided with a manual controller 34. When the manual controller 34 is turned on or off, it can directly control the second computing processing control circuit 31 to drive the wireless signal control and transmission circuit 32 to send out an activation or deactivation signal.

The receiver 20 is provided with a first overcurrent protector 24 and a first AC-to-DC line 25. The first overcurrent protector 24 can be used for power input. The first overcurrent protector 24 is connected to the first overcurrent protector 24. AC-to-DC line 25. The first AC-to-DC line 25 can convert the power of the first overcurrent protector 24 into DC power to supply power to the first computing processing control circuit 22. The first overcurrent protector 24 is connected to The control switch line 23 provides power output. The transmitter 30 is provided with a second overcurrent protector 35 and a second AC-to-DC line 36. The second overcurrent protector 35 can provide power input. The second overcurrent protector 35 can provide power input. The overcurrent protector 35 is connected to the second AC-to-DC line 36, and the second AC-to-DC line 36 can convert the power of the second overcurrent protector 35 into direct current to power the second computing processing control circuit 31. The second overcurrent protector 35 is connected to the current detector 33 and provides power output.

The receiver 20 is provided with a first plug 26 and a first socket 27. The first plug 26 is connected to the first overcurrent protector 24. The first overcurrent protector 24 can provide power through the first plug 26. Power input, the first socket 27 is connected to the control switch line 23, the control switch line 23 can provide power output through the first socket 27, the transmitter 30 is provided with a second plug 37 and a second socket 38, The second plug 37 is connected to the second overcurrent protector 35. The second overcurrent protector 35 can provide power input through the second plug 37. The second socket 38 is connected to the current detector 33. The current detector 33 can provide power output through the second socket 38 .

The number of the at least one transmitter 30 can be from one to five, and the number of the at least one transmitter 30 in this embodiment is three.

Through the above-mentioned structure, the connection system 10 can automatically operate and shut down the machine at the receiver 20 end, reducing personnel's operating items, making the use of factory equipment more intuitive, and improving work efficiency. The first socket 27 of the receiver 20 can be connected to a vacuum cleaner 90, the at least one transmitter 30 can be connected to different wood processing machines 91, and the current detector 33 can determine whether the wood processing machine 91 is operating. When any wood processing machine 91 is started, the dust suction device 90 will also start and suck up the wood chips generated during the operation of the wood processing machine 91. The dust suction device 90 will only be stopped when all the wood processing machines 91 are closed, or the user also The wireless signal control and transmission line 32 can be manually activated or deactivated through the manual controller 34 .

Based on the above, it can be concluded that the present invention has the following advantages:

1. A wireless connection system for woodworking machines of the present invention, wherein the connection system includes a receiver and at least one transmitter. The receiver is provided with a wireless signal control and receiving circuit, a first computing processing control circuit and a control switch circuit. , the transmitter is provided with a second computing processing control circuit and a wireless signal control and transmitting circuit. The second computing processing control circuit can drive the wireless signal control and transmitting circuit to send signals, and the wireless signal control and receiving circuit can receive to the wireless signals emitted by the wireless signal control and transmission circuits of the at least one transmitter. When any one of the wireless signal control and transmission circuits of the at least one transmitter sends a start signal, the wireless signal control and reception circuits The control switch circuit can be driven to start through the first computing processing control circuit. When all the wireless signal control and transmission circuits of the at least one transmitter send out shutdown signals, the wireless signal control and receiving circuits can operate through the first computing process. The processing control circuit drives the control switch circuit to close, and the connection system can enable the machine at the receiver to automatically operate and shut down through the above structure.

However, the above is only a preferred embodiment of the present invention and should not be used to limit the scope of implementation of the present invention. Therefore, any changes in numerical values or replacement of equivalent components, or equivalent changes and modifications made according to the scope of the patent application of the present invention should still fall within the scope of the patent of the present invention.

10:Connect the system 20:Receiver 21:Wireless signal control and receiving circuit 22: First operation processing control circuit 23: Control switch circuit 24: The first overcurrent protector 25: The first AC to DC line 26:First plug 27:First socket 30:Transmitter 31: Second operation processing control circuit 32: Wireless signal control and transmission circuit 33:Current detector 34: Manual controller 35: Second overcurrent protector 36: Second AC to DC line 37:Second plug 38:Second socket 90:Vacuum suction device 91:Wood processing machine

Figure 1: A schematic diagram of the use status of the wireless connection system for woodworking machines of the present invention. Figure 2: A plan view of the receiver of the wireless connection system for woodworking machines of the present invention. Figure 3: A plan view of the transmitter of the wireless connection system for woodworking machines of the present invention. Figure 4: A schematic diagram of the structure of the receiver of the wireless connection system for woodworking machines of the present invention. Figure 5: A schematic diagram of the structure of the transmitter of the wireless connection system for woodworking machines of the present invention.

10:Connect the system

20: Receiver

24: The first overcurrent protector

27: First socket

30: Transmitter

34: Manual controller

35: Second overcurrent protector

38:Second socket

90: Vacuum cleaner

91: Wood processing machine

Claims (7)

A wireless connection system for woodworking machines, which includes: A receiver, the receiver is provided with a wireless signal control and receiving circuit, a first computing processing control circuit and a control switch circuit; At least one transmitter. The transmitter is provided with a second processing control circuit and a wireless signal control and transmission circuit. The second processing control circuit can drive the wireless signal control and transmission circuit to emit wireless signals. The wireless signal control circuit and the receiving circuit can receive signals from each of the wireless signal control and transmission circuits of the at least one transmitter. When any one of the wireless signal control and transmission circuits of the at least one transmitter sends a start signal, the wireless signal The control and receiving circuits can drive the control switch circuit to start through the first computing control circuit. When all the wireless signal control and transmitting circuits of the at least one transmitter send out shutdown signals, the wireless signal control and receiving circuits can activate the control switch circuit through the first computing processing control circuit. The first processing control circuit drives the control switch circuit to close. As described in claim 1, the wireless connection system for a woodworking machine, wherein the transmitter is provided with a current detector, and after the current detector detects the current, the second operation processing control circuit can drive the wireless signal control and transmission circuit to send out a start signal. As in claim 2, the wireless connection system for woodworking machines, wherein the second computing processing control circuit drives the wireless signal control and transmitting circuit to send out a start signal after the current detector continuously detects current for a period of time. The woodworking machine wireless connection system as described in claim 2 or 3, wherein the transmitter is provided with a manual controller, which can directly control the second computing processing control circuit to drive the wireless signal control and The transmitting line sends a start or shut down signal. The wireless connection system for woodworking machines as described in claim 4, wherein the receiver is provided with a first overcurrent protector and a first AC-to-DC line, the first overcurrent protector can be used for power input, and the first overcurrent protector can be used for power input. The overcurrent protector is connected to the first AC-to-DC line. The first AC-to-DC line can convert the power of the first overcurrent protector into direct current to power the first operation processing control circuit. The first overcurrent protector is connected to the first AC-to-DC line. The protector is connected to the control switch line and provides power output. The transmitter is provided with a second overcurrent protector and a second AC-to-DC line. The second overcurrent protector can provide power input. The second overcurrent protector is The electrical protector is connected to the second AC-to-DC line. The second AC-to-DC line can convert the power of the second overcurrent protector into direct current to power the second operation processing control circuit. The second overcurrent protection The device is connected to the current detector and provides power output. A wireless connection system for a woodworking machine as described in claim 5, wherein the receiver is provided with a first plug and a first socket, the first plug is connected to the first overcurrent protector, and the first overcurrent protector can be powered by the first plug, the first socket is connected to the control switch circuit, and the control switch circuit can provide power output via the first socket, and the transmitter is provided with a second plug and a second socket, the second plug is connected to the second overcurrent protector, and the second overcurrent protector can be powered by the second plug, the second socket is connected to the current detector, and the current detector can provide power output via the second socket. The wireless connection system for woodworking machines as claimed in claim 1, wherein the number of the at least one transmitter can be one to five.

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