TWI385965B - Network device with trigger component - Google Patents

Description

Network device with trigger elements

The present invention relates to a network device, and more particularly to a network device having a triggering component embedded in a network socket to control a processor of the network device to perform processor control and network parameter setting.

In recent years, with the rapid development of network technology, many traditional home appliances and electronic products have been combined with the Internet to form network devices with network functions, such as: network refrigerators, network audio, etc. In order to provide more value-added services to meet the needs of users.

Generally, a network device capable of communicating with a network is provided with a network device (for example, a network card; a network module) connected to the network, and the network device includes a network socket (that is, The so-called transmission port is used for external network access, such as: RJ-45 socket, and stores various preset network parameters, such as: media address control address (MAC address), network address ( IP address) and subnet mask (Netmask), etc., so that network packets can be transmitted through the network during operation. When the network device is connected to the network, the user can remotely change the parameter values of various network parameters in the network device through the network, so as to be applied to various network environments. in.

However, the various network parameters mentioned above are liable to cause the parameter values of the network parameters to be corrupted or incorrect due to improper operation of the user, and the connection between the network device and the network is interrupted, so that the network cannot be used any more. Network function. At this time, if you want to repair the broken network connection, you must correctly reset various network parameters. However, because the network parameters have been corrupted or wrong, the network device has been disconnected from the network, so it is not possible to reset the network parameters remotely through the network as described above. The outer shell of the network device, the network module is removed for re-setting, for example, by resetting the preset network parameters by turning on a specific pin in the network module (for example, resetting the pin), As a result, the user will be inconvenient to reset the network parameters.

In addition, if the network device only has an exposed network socket, it is also impossible to directly control the processor of the network device without disassembling the casing, for example, when the user does not use the network. Controlling its processor keeps the processor on standby, so network devices with only exposed network sockets have problems with processor control.

Furthermore, if other electronic components in the network device (ie, electronic components other than the network device) are to be controlled, for example, the clock generator is controlled to lower the operating frequency of the processor to save network equipment. Power supply, or control switch to provide / cut off the power required by the network equipment. At this time, it is also impossible to implement without unpacking the outer casing of the network device, so that it is inconvenient to control other electronic components on the network device.

In summary, it has been known in the prior art that for a long time, when the network parameters are damaged or wrong, it is inconvenient to reset the network parameters, and other electronic devices other than the processor and the network device of the network device cannot be directly used. The problem of component control, it is therefore necessary to propose improved technical means to solve the above problems.

In view of the problems of the prior art, the present invention discloses a network device with a trigger element.

In a first embodiment, a network device with a trigger component disclosed in the present invention includes: a main circuit board, a network socket, and a processor. The main circuit board is provided with a network socket and a processor, and the network socket and the processor are electrically connected through the circuit on the main circuit board.

In the portion of the network socket, the network socket is disposed on the main circuit board, and includes: a base, a circuit board, and a signal terminal group. The pedestal has a recessed portion and a accommodating space, and the recessed portion and the accommodating space are provided with a hole; the circuit board is disposed in the accommodating space, and the circuit board is provided with a triggering component, and the triggering component has a triggering terminal The group is electrically connected to the circuit board and corresponding to the holes; the signal terminal group is disposed in the recess and electrically connected to the circuit board.

As for the processor part, the processor is disposed on the main circuit board and electrically connected to the trigger terminal group and the signal terminal group of the network socket; wherein when the trigger component is triggered, the trigger component will pass the trigger The terminal group transmits a trigger signal to the processor for controlling the processor to set the network parameters.

In addition, the network device with the trigger component is configured to control the processor to perform network parameter setting through the trigger component. In the second embodiment, the network of the trigger component disclosed in the present invention is disclosed. The device is also capable of controlling the processor through a trigger component, including: a main circuit board, a network socket, and a processor. The main circuit board is provided with a network socket and a processor, and the network socket and the processor are electrically connected through the circuit on the main circuit board.

In the portion of the network socket, the network socket is disposed on the main circuit board, and includes: a base, a circuit board, and a signal terminal group. The pedestal has a recessed portion and a accommodating space, and the recessed portion and the accommodating space are provided with a hole; the circuit board is disposed in the accommodating space, and the circuit board is provided with a triggering component, and the triggering component has a triggering terminal The group is electrically connected to the circuit board and corresponding to the holes; the signal terminal group is disposed in the recess and electrically connected to the circuit board.

As for the processor part, the processor is disposed on the main circuit board and electrically connected to the trigger terminal group and the signal terminal group of the network socket; wherein when the trigger component is triggered, the trigger component will pass the trigger The terminal group transmits a trigger signal to the processor for controlling the processor.

In addition, in the third embodiment, the network device with the trigger component disclosed in the present invention is disposed in a network device having an electronic component and a network device circuit board for controlling the electronic component through the trigger component. Its network device includes: a base, a circuit board and a signal terminal set. The pedestal has a recessed portion and a accommodating space, and the recessed portion and the accommodating space are provided with a hole; the circuit board is disposed in the accommodating space, and the circuit board is provided with a triggering component, and the triggering component has a triggering terminal The group is electrically connected to the circuit board and corresponding to the hole, and is configured to generate a trigger signal after triggering the trigger component, and transmit the trigger signal to the electronic component through the trigger terminal group to control the electronic component; the signal terminal group is disposed in the recess Inside, and electrically connected to the circuit board.

The device disclosed in the present invention is different from the prior art in that the present invention provides a user to trigger a network on a network device by triggering the trigger component through a trigger component embedded in the network socket. Parameter setting, triggering the trigger component directly controls the processor on the network device and transmits a trigger signal to control electronic components other than the network device.

Through the above technical means, the present invention can achieve the technical effect of improving the network setting of the network device, the processor control and the convenience of controlling other electronic components.

The embodiments of the present invention will be described in detail below with reference to the drawings and embodiments, so that the application of the technical means to solve the technical problems and achieve the technical effects can be fully understood and implemented.

Before describing the network device with the trigger component of the present invention, the self-defined noun is explained. The network device mentioned in the present invention refers to an electronic product having a network function, such as a network phone or a network. Road refrigerators, etc.; network devices are devices that provide network functions for network devices, such as network cards, network modules, etc.; and network sockets are installed on network devices. In the socket for connecting to the network route, such as: RJ-45.

Hereinafter, the network device with the trigger component of the present invention will be described. Please refer to FIG. 1 for the first perspective view of the network device with the trigger component of the present invention, including: the base 10. The recessed portion 11, the positioning member 14, the outer casing 15, the grounding elastic piece 151, the circuit board 20, the triggering member 21, the light emitting diode 22, the signal terminal group 30, the terminal leading edge 301, the cover plate 31, the cover front edge 311, The main circuit board 40, the processor 41, the extension circuit board 50, the connection foot 60, the connection circuit board 70, and the connection pins 71. Next, please refer to "FIG. 2", which is a perspective view of the base of the network device with a trigger component of the present invention, including a base 10, a housing space 12, and a hole 13.

As described above, the susceptor 10 can be formed by injection molding to form the susceptor 10 having the recessed portion 11 and the accommodating space 12 (refer to the description of FIG. 2), and the accommodating space 12 is used. To accommodate the circuit board 20, and at the partition of the recessed portion 11 and the accommodating space 12, a hole 13 is provided (refer to the description in FIG. 2). The material of the susceptor 10 may be polyphthalamide (PPA) or other thermoplastic resin commonly used as the susceptor 10 of the joint device and composite materials thereof. In addition, the base 10 can be further provided with at least one positioning component 14 for fixing a network socket (for example, an RJ-45 socket) to a circuit board (not shown) of the network device, in practice. In practice, the base 10 is positioned and fixed correctly and quickly by the relative position between the different positioning elements 14.

In addition, the network socket may further include a casing 15 , and the outer casing 15 may be made of a metal material or a plastic material (for example, a thermoplastic resin material) and used to cover the exterior of the base 10 . Further, at least one grounding spring 151 may be disposed for positioning and grounding the network socket when it is disposed on a casing (not shown) of the network device.

Then, the circuit board 20 is disposed in the accommodating space 12, and the circuit board 20 is provided with a triggering component 21 (for example, a button), and the triggering component 21 has a trigger terminal group electrically connected to the circuit board 20, and the hole 13 ( Referring to the "Fig. 2", it is possible to provide a user with a hole 13 between the recessed portion 11 and the accommodating space 12 for triggering. In addition, the network socket may further include at least one LED 22 and electrically connect the LED 22 to the circuit board 20. In practical implementation, the LEDs 22 can use different colors (eg, green and orange) to present different network transmission states transmitted from the circuit board 20.

As mentioned above, the susceptor 10 can be formed by injection molding to form the susceptor 10 having the recessed portion 11 and the accommodating space 12 (refer to the description of FIG. 2), wherein the recessed portion 11 is further disposed. There is a set of signal terminal groups 30, which can directly embed the signal terminal group 30 in the recess 11 in the base 10, or after exiting the forming base 10, while projecting the forming base 10. Then, the signal terminal group 30 is disposed in the recessed portion 11, and then the cover plate 31 is overlaid on the signal terminal group 30 ("the first figure" is shown in this connection manner, but this limitation is not According to the invention, the RJ-45 plug can be electrically connected for signal transmission.

As described above, the signal terminal group 30 is disposed in the recess 11 through the cover plate 31 in such a manner that the cover front edge 311 of the cover plate 31 is designed to be the inner side of the terminal leading edge 301 of the signal terminal group 30. Cooperating, and the bottom surface of the cover plate 31 is matched with the outside of the signal terminal group 30, so that the cover plate 31 firstly covers the cover front edge 311 of the cover plate 31 and the inner side of the terminal leading edge 301 of the set of signal terminal blocks 30 at an oblique angle. Contacting and rotating the cover plate 31 to bring the bottom surface of the cover plate 31 into contact with the set of signal terminal groups 30, the set of signal terminal blocks 30 can be disposed in the recessed portion 11, and the set of signal terminals can be reached through the cover plate 31. The effect of the group 30 being embedded in the susceptor 10 is obtained.

In particular, the circuit board 20 disposed in the accommodating space 12 of the susceptor 10 is electrically connected to the main circuit board 40, and the electrical connection manner is through the extension circuit board 50 and the connecting foot 60. In actual implementation, the circuit board 20 is electrically connected to the extension circuit board 50, and the extension circuit board 50 is electrically connected to the main circuit board 40 through the connection socket 60, so that the circuit board 20 can be triggered. The signal of the terminal group and the signal terminal group 30 is transmitted to the main circuit board 40, and is electrically connected to the processor 41 via a circuit embedded in the main circuit board 40, and when the network socket has the light-emitting diode 22, the light is emitted. The terminals of the diode 22 can also be electrically connected to the main circuit board 40 in this manner. In addition, the triggering element 21 to be triggered on the circuit board 20 can be realized by the triggering element 21 on the circuit board 20 triggered by the recess 11 through the hole 13 (for example, pressing the triggering element 21 with a tool).

The main circuit board 40 is provided with a processor 41. The processor 41 is electrically connected to the trigger terminal group and the signal terminal group 30 of the network socket. In actual implementation, the processor 41 can be embedded in the main circuit board 40. And electrically connecting the trigger terminal group and the signal terminal group 30 on the circuit board 20 through the cable, so that after the user triggers the above-mentioned trigger component 21, the trigger terminal group will be triggered. The signal is transmitted to the processor 41 via the cable and the circuit of the main circuit board for the processor 41 to perform corresponding processing. In addition, the main circuit board 40 can be electrically connected to the connection pin 71 of the connection circuit board 70, so that the network socket can transmit the signal of the processor 41 to the network electrically connected to the connection pin 71 through the connection pin 71. The circuit board of the circuit device (not shown), in practical implementation, the connection pin 71 can be GND, Vcc, Reset, RTS, CTS, GPIO, TX and RX, respectively.

Next, the results of the assembly of the network device are described in the "3rd figure". The "3rd figure" is a three-dimensional combination diagram of the network device with the trigger component of the present invention. It can be seen from the figure that the state of the bonding plate 31 and the signal terminal group 30 after the network socket is assembled. In practical implementation, the susceptor 10 can be disposed on the circuit board (not shown) of the network device through the positioning component 14 and through the connection pin 71 of the connection circuit board 70 and the circuit board of the network device (in the figure) Not shown) Electrical connection.

Next, please refer to "FIG. 4", and "FIG. 4" is a second perspective exploded view of the network device with the trigger component of the present invention. As mentioned above, the electrical connection between the circuit board 20 and the main circuit board 40 is achieved by extending the circuit board 50 and the connecting base 60. However, in practical implementation, the electrical connection manner can also be transmitted through a set of cables 80. The signal for triggering the terminal group and the signal terminal group 30 is transmitted to the main circuit board 40 through the set of wires 80, and is electrically connected to the processor 41 via a circuit embedded in the main circuit board 40, due to other components. The connection method is the same as the first exploded view shown in Fig. 1, and therefore will not be described again.

In the first embodiment, the network device is configured to control the processor 41 according to the trigger signal, so that the processor 41 can set the network parameters. For example, the processor 41 is a system single chip ( System on Chip (SoC), and can store network parameters and preset network parameters in a storage module (not shown) in the processor 41, when the processor 41 transmits a function, such as: "gpio_read ()" When the GPIO pin status of the processor 41 is judged to be triggered, the preset network parameters can be set to the network parameters by overwriting, because the storage module is set in the system single chip (for example, Flash) ) is a well-known technique, so it will not be repeated here.

The foregoing part for storing network parameters and preset network parameters can be implemented by a storage module 42 independent of the processor 41, and the storage module 42 is repeatable. Write non-volatile memory (such as Flash) to store network parameters and preset network parameters. The network parameters are provided by the user, and the default network parameters are the network equipment. a set of network parameters pre-set in the storage module 42. The network parameters and the preset network parameters include a network address, a subnet mask address, and a gateway address, and the network The parameter and the preset network parameter can be stored by dividing the storage module 42 into two block addresses, wherein the first block address stores the network parameters set by the user; the second block The address stores the default network parameters for implementation. In particular, the storage module 42 can be disposed in the processor 41 or disposed on the main circuit board 40 as shown in FIG. 1. If it is disposed on the main circuit board 40, the storage module is stored. The group 42 and the processor 41 are electrically connected through the circuit of the main circuit board 40, so that when the trigger signal is transmitted to the processor 41, the processor 41 can control the storage module 42 to overwrite the preset network parameters to the network parameters. in. In actual implementation, the trigger terminal group is electrically connected to the GPIO pin of the processor 41. When the processor 41 detects that the GPIO pin receives the trigger signal through the function “gpio_read()”, the processor 41 can control. The storage module 42 overwrites the preset network parameter stored in the second block address to the first block address as a network parameter, so as to restore the network parameter of the network device to the initial setting, so In the meantime, when the user sets the network parameter, the user can transmit the trigger by triggering the trigger component 21 located in the network socket after the network parameter is damaged, wrong or lost due to improper operation. The signal is processed to restore the initial settings.

In addition, in the second embodiment, the network device with the trigger component of the present invention is controlled by the trigger component 21 in addition to the setting of the network parameter by the trigger component 21. The processor 41 performs other processing. For example, the processor 41 can determine the state of the GPIO pin of the processor 41 through the function "gpio_read()" to know whether the trigger component 21 is triggered, and the processor 41 detects After detecting that the GPIO pin receives the trigger signal, adjusting the operating frequency of the processor 41, that is, when the user expects that the network load will be increased, the trigger component 21 located in the network socket may be triggered to transmit Trigger the signal to the processor 41 to increase its operating frequency (for example, from the original 100MHz to 233MHz), and when the user expects the network to be idle, the triggering component 21 can be triggered again to transmit the trigger again. The signal is sent to the processor 41, so that when the processor 41 detects the trigger signal again, the operating frequency is lowered to a basic operating frequency, such as 100 MHz. In addition, the processor 41 can also perform reset after detecting the trigger signal. Since the techniques of adjusting the operating frequency of the processor 41 and performing resetting are all known techniques, no more is needed here. Make a statement.

As described above, when the triggering element 21 in the network socket is triggered by pressing the function key, the processor 41 can further determine the processing manner according to the duration of the trigger signal (ie, the pressing time of the triggering component 21), and The user is prompted by the LEDs 22 in different display manners. For example, when the pressing time is less than five seconds, the LEDs 22 flash at a slower speed, and the processor 41 performs resetting; When the time is longer than five seconds and less than ten seconds, the light-emitting diode 22 blinks at a relatively fast speed, and the processor 41 performs a process of restoring the initial setting.

Please refer to "Figure 5". "Figure 5" is a schematic diagram of generating high/low potential signals on the GPIO pin of the processor by applying the present invention. In addition to the above example of controlling the processor 41 through the trigger element 21, in practice, since the processor 41 can have multiple GPIO pins, such as: GPIO1, GPIO2, GPIO3, ..., etc. Therefore, when the GPIO pin 411 (eg, GPIO1) used by the processor 41 to receive the trigger signal has received the trigger signal, the GPIO pin 412 (eg, GPIO2) of the processor 41 can generate high/low. The potential signal 412 (ie, High/Low) is outputted to output the high/low potential signal 413 to the network device main circuit 90 via the connection pin 71 on the connection board 70 through the GPIO pin 412 for controlling the network. The device (ie, the device that applies the network device with the trigger component disclosed in the present invention) performs corresponding processing. For example, the network device can be restarted according to the high potential signal (High) output by the GPIO pin 412. Or, according to the high-level signal (Low), the setting parameters stored in the network device are restored to the factory default values, while the low-level signals are not processed. In particular, the network device main circuit 90 is located above the circuit board of the network device and is electrically connected to the connection pin 71.

As shown in Fig. 6, "Fig. 6" is a schematic diagram of applying the present invention to generate a packet character in a processor and output it through a TX pin. As mentioned above, after the processor 41 receives the trigger signal 211 through the GPIO pin 411, the high/low potential signal 413 is generated at the other GPIO pin 412 of the processor 41. In actual implementation, in addition to generating the high/low potential signal 413 at the GPIO pin 412, the processor 41 can generate a packet character 415 according to the trigger signal, and through the TX pin 414 of the processor 41, via the TX pin 414 of the processor 41. The connection pin 71 on the connection circuit board 70 outputs the packet character 415 to the network device main circuit 90, so that the network device performs corresponding processing according to the content of the packet character 415, for example, assuming the packet character 415 The content is the character "U", and the network device main circuit 90 will use the character "U" to restore all the setting parameters stored in the network device to the factory default values. In addition, since the network device main circuit 90 is a conventional technique, it will not be described here.

Next, a detailed description will be given with reference to the third embodiment. Please refer to FIG. 7 and FIG. 7 is a third perspective exploded view of the network device with the trigger component of the present invention. In a third embodiment, the network device with the trigger component disclosed in the present invention is disposed in a network device having an electronic component and a network device circuit board, the network device comprising: the base 10 and the circuit board 20 and signal terminal group 30. The main difference between the third embodiment and the first embodiment and the second embodiment is that the third embodiment does not have the main circuit board 40 and the processor 41, but directly transmits the trigger signal by the trigger terminal group of the trigger component 21. 211, and the trigger signal 211 is transmitted to the electronic component 96 via a set of connection pins 71 for controlling the electronic component 96. The control signal 97 can be generated by the electronic component 96 and transmitted to the network. The road device main circuit 90 is for the purpose of controlling the network device.

As described above, the base 10 of the network device has a recessed portion 11 and an accommodating space 12 (refer to the description of FIG. 2), and the recessed portion 11 and the accommodating space 12 are provided with a hole 13 at a space. (Please refer to FIG. 2). In particular, the susceptor 10 may further be provided with at least one positioning component 14 for fixing the network device to the network device circuit board 95. The device circuit board 95 is also the circuit board included in the network device. Since the susceptor 10 is the same as the susceptor 10 mentioned in the first embodiment and the second embodiment, no further details are provided herein.

The circuit board 20 is disposed in the accommodating space 12, and the circuit board 20 is provided with a triggering component 21, wherein the triggering component 21 has a triggering terminal group electrically connected to the circuit board 20, and corresponding to the hole 13 for triggering the triggering After the component 21, a trigger signal is generated, and the trigger signal is transmitted to the electronic component 96 through the trigger terminal group to control the electronic component 45. In actual implementation, the signal terminal group 30 and the trigger terminal group are electrically connected to the circuit board 20, and then electrically connected to the network device circuit board 95 through the connection pin 71. The network device circuit board 95 has electronic components. 96, for example: processing component, decoding component, switching component, etc., the electronic component 96 can receive the trigger signal for corresponding processing (for example, restarting the network device).

As shown in Fig. 8, "Fig. 8" is a schematic diagram of the application of the present invention to transmit trigger signals to other electronic components of the network device. As mentioned above, the electronic component 96 can be a processing component, a decoding component or a switching component, and the trigger signal 211 generated by the trigger component 21 can be transmitted to the electronic component 96 on the network device circuit board 95 through the connection pin 71, if the electronic component When 96 is a decoding component, the decoding component will continue to receive the trigger signal 211 for decoding within a fixed time. For example, if the fixed time is "20 seconds", the decoding component will be in the "20 seconds" time. The trigger signal 211 (for example, three long and three short) generated by pressing the triggering component 21 is continuously received for decoding, and the decoding is performed according to a predefined comparison table, and the comparison table records the trigger signal. The type of 211 (for example, three long and three short) and the corresponding processing mode, for example, the decoding component receives three long and three short trigger signals, which means that the network device needs to be restarted. The three-length and three-short trigger signals respectively refer to the number and time of pressing the triggering component 21, and in actual implementation, the preset "1 second" is short, and the "1 second" is longer, that is, The trigger signals of three long and three short are pressed three times in sequence, each pressing time exceeds "1 second", and then pressed three times in sequence, and each pressing time is lower than the time "1 second".

As mentioned above, if the electronic component 96 is a decoding component, after receiving the trigger signal 211, the corresponding processing may be performed according to a predefined comparison table, such as restarting the network device. In actual implementation, the electronic component 96 is to be performed. The process of restarting the network device is accomplished by transmitting a control signal 97 to the network device main circuit 90. In other words, the user controls the electronic component 96 in the network device through the trigger signal 211 generated by the trigger component 21, and the controlled electronic component 96 can generate a corresponding control signal 97 to be transmitted to the network device main circuit 90. Used to control network devices.

In addition, the electronic component 96 can also be a switching component, and after receiving the trigger signal 211 transmitted by the trigger component 21, the switching component forms a circuit state of short circuit or open circuit, and can be used as a network in practical implementation. The power switch of the road device. In addition, the electronic component 96 can also be a processing component for receiving the trigger signal 211 to generate a high/low potential signal at the pin of the processing component, and transmitting the generated high/low potential signal to the electrical component. The connected network device main circuit 90, for example, assumes that the processing component has two GPIO pins, one of the GPIO pins receives the trigger signal 211, and the other GPIO pin of the processing component is converted from a low potential signal to The high potential signal is transmitted to the network device main circuit 90 for processing.

The signal terminal group 30 is disposed in the recessed portion 11 and electrically connected to the circuit board 20. Since the signal terminal group 30 is the same as the signal terminal group 30 described in the first embodiment and the second embodiment, Repeat more.

In summary, it can be seen that the difference between the present invention and the prior art is that the triggering component 21 embedded in the network socket provides the user to control the processor 41 to set the network parameters by triggering the trigger component 21, Triggering the triggering component 21 to directly control the processor 41 on the network device, and transmitting the trigger signal by triggering the triggering component 21 to control electronic components other than the network device, by using a technical means, the network parameter can be conveniently set, The control processor 41 and the electronic components other than the control network device solve the problems of the prior art, thereby achieving the technical effect of improving the network setting of the network device, the processor control, and the convenience of controlling other electronic components.

While the present invention has been described above in the foregoing embodiments, it is not intended to limit the invention, and the invention may be modified and modified without departing from the spirit and scope of the invention. The scope of patent protection shall be subject to the definition of the scope of the patent application attached to this specification.

10. . . Pedestal

11. . . Depression

12. . . Housing space

13. . . Hole

14. . . Positioning element

15. . . shell

151. . . Grounding shrapnel

20. . . Circuit board

twenty one. . . Trigger component

211. . . Trigger signal

twenty two. . . Light-emitting diode

30. . . Signal terminal group

301. . . Terminal leading edge

31. . . Cover plate

311. . . Covering the leading edge

40. . . Main board

41. . . processor

411, 412. . . GPIO pin

413. . . High/low potential signal

414. . . TX pin

415. . . Packet character

42. . . Storage module

50. . . Extended circuit board

60. . . Connecting foot

70. . . Connecting circuit board

71. . . Connecting pins

80. . . Cable

90. . . Network device main circuit

95. . . Network device board

96. . . Electronic component

97. . . Control signal

1 is a first perspective exploded view of a network device with a trigger component of the present invention.

2 is a perspective view of a base of the network device with a trigger component of the present invention.

Figure 3 is a perspective assembled view of the network device with the triggering component of the present invention.

Figure 4 is a second perspective exploded view of the network device with the triggering component of the present invention.

Figure 5 is a diagram showing the application of the present invention to generate high/low potential signals at the GPIO pin of the processor.

FIG. 6 is a schematic diagram of applying the present invention to generate a packet character in a processor and output it through a TX pin.

Figure 7 is a third perspective exploded view of the network device with the triggering component of the present invention.

Figure 8 is a schematic diagram of the application of the present invention to transmit trigger signals to other electronic components of the network device.

10. . . Pedestal

11. . . Depression

14. . . Positioning element

15. . . shell

151. . . Grounding shrapnel

20. . . Circuit board

twenty one. . . Trigger component

twenty two. . . Light-emitting diode

30. . . Signal terminal group

301. . . Terminal leading edge

31. . . Cover plate

311. . . Covering the leading edge

40. . . Main board

41. . . processor

42. . . Storage module

50. . . Extended circuit board

60. . . Connecting foot

70. . . Connecting circuit board

71. . . Connecting pins

Claims (27)

A network device with a trigger component includes: a main circuit board; a network socket for being disposed on the main circuit board, wherein the network socket includes: a base having a recess And a receiving space, the recess portion and the space of the receiving space are provided with a hole; a circuit board is disposed in the receiving space, and the circuit board is provided with a triggering component, wherein the triggering component has a trigger terminal group Electrically connected to the circuit board and corresponding to the hole; and a signal terminal group, the signal terminal group is disposed in the recess and electrically connected to the circuit board; and a processor is disposed on the circuit board Above the main circuit board, and electrically connected to the trigger terminal group and the signal terminal group of the network socket; wherein when the trigger component is triggered, the trigger component transmits a trigger signal to the trigger terminal group to the a processor for controlling the setting of network parameters by the processor. The network device with a trigger component as described in claim 1, wherein the device further includes a storage module for storing a network parameter and a predetermined network parameter. The network device with a trigger component as described in claim 2, wherein the storage module is a re-writable non-volatile memory in the processor, or is independently disposed on the processor. Non-volatile memory that can be read and written repeatedly. The network device with a trigger component as described in claim 2, wherein the network parameter and the preset network parameter include a network address, a subnet mask address, and a gateway address. The network device with a trigger component as described in claim 2, wherein when the trigger signal is transmitted to the processor, the processor controls the storage module to overwrite the preset network parameter to the network In the road parameters. The network device with a trigger component according to claim 1, wherein the network socket further comprises at least one light emitting diode. The network device with a triggering component as described in claim 6, wherein the light emitting diodes are electrically connected to the circuit board. The network device with a trigger component according to claim 1, wherein the network socket further comprises a casing for covering the base, the material of the casing being selected from metal or plastic. The network device with a trigger component according to claim 8, wherein the outer casing is provided with at least one grounding spring. The network device with a trigger component according to claim 1, wherein the circuit board is electrically connected to the main circuit board through a row of wires or an extension circuit board, and a connecting leg. A network device with a trigger component includes: a main circuit board; a network socket for being disposed on the main circuit board, wherein the network socket includes: a base having a recess And a receiving space, the recess portion and the space of the receiving space are provided with a hole; a circuit board is disposed in the receiving space, and the circuit board is provided with a triggering component, wherein the triggering component has a trigger terminal group Electrically connected to the circuit board and corresponding to the hole; and a signal terminal group, the signal terminal group is disposed in the recess and electrically connected to the circuit board; and a processor is disposed on the circuit board Above the main circuit board, and electrically connected to the trigger terminal group and the signal terminal group of the network socket; wherein when the trigger component is triggered, the trigger component transmits a trigger signal to the trigger terminal group to the A processor is used to control the processor. The network device with a trigger component according to claim 11, wherein the network socket further comprises at least one light emitting diode. The network device with a trigger component as described in claim 12, wherein the light emitting diodes are electrically connected to the circuit board. The network device with a trigger component according to claim 11, wherein the network socket further comprises a casing for covering the base, the material of the casing being selected from metal or plastic. The network device with a trigger component according to claim 14, wherein the outer casing is provided with at least one grounding spring. The network device with a trigger component according to claim 11, wherein the circuit board is electrically connected to the main circuit board through a row of wires or an extension circuit board, and a connecting leg. The network device with a trigger component according to claim 11, wherein the processor receives the trigger signal, and generates a high/low potential signal at the GPIO pin of the processor for output to the network device. Main circuit or an electronic component. The network device with a trigger component according to claim 11, wherein after receiving the trigger signal, the processor generates a packet character and outputs the packet to the TX pin of the processor, so as to The packet character is output to a circuit electrically connected to the TX pin. A network device with a triggering component is disposed in a network device having an electronic component and a network device circuit board. The network device includes: a base having a recess and a receiving space a hole is disposed in the recess and the space of the accommodating space; a circuit board is disposed in the accommodating space, and the circuit board is provided with a trigger component, wherein the trigger component has a trigger terminal group and the circuit board Connected to the hole, and corresponding to the hole, for triggering the trigger component, generating a trigger signal, and transmitting the trigger signal to the electronic component to control the electronic component through the trigger terminal group; and a signal terminal group, The signal terminal group is disposed in the recess and electrically connected to the circuit board. The network device with a trigger component according to claim 19, wherein the base further comprises at least one light emitting diode. The network device with a trigger component as described in claim 20, wherein the light emitting diodes are electrically connected to the circuit board. The network device with a trigger component according to claim 19, wherein the network device further comprises a casing for covering the base, the material of the casing is selected from metal or plastic, and the casing is provided with At least one grounding shrapnel. The network device with a trigger component according to claim 19, wherein the electronic component is disposed on the network device circuit board, and the trigger terminal group and the network device circuit board are electrically connected through a set of connection pins. connection. The network device with a trigger component according to claim 19, wherein the base further comprises at least one positioning component for fixing to the network device circuit board. The network device with a trigger component according to claim 19, wherein the electronic component is a decoding component, and the decoding component continuously receives the trigger signal for decoding for a fixed time. The network device with a trigger component according to claim 19, wherein the electronic component is a switching component for forming a short circuit or an open circuit state after receiving the trigger signal. The network device with a trigger component according to claim 19, wherein the electronic component is a processing component for receiving the trigger signal to generate a high/low potential signal at a pin of the processing component.