TW201445369A - Display method capable of distinguishing multiple target transmission channels - Google Patents

Abstract

Disclosed is display method capable of distinguishing multiple target transmission channels, which uses multiple transmission channels to switch data transmission connections between an input device and at least two information processing systems via wireless transmission. The input device is provided with a display module having a first display area and a second display area. The display method comprises a device connection establishment step, a transmission channel setting step, a connection target determination step, and a connected transmission channel information display step. The device connection establishment step, the transmission channel setting step, and the connection target determination step are used to form data connection with one of the information processing systems, such that a user may further use the connected transmission channel information display step to display the device identification code and become aware of the current information processing system in connection with the input device according to the device identification code displayed.

Description

Display method for distinguishing multi-standard transmission channels

The invention relates to a display method for distinguishing a multi-standard transmission channel, in particular to a display method for discriminating a connection identifier by displaying a device identification code.

With the development of computer technology, the keyboard has become a necessary basic input device. With the development of various computer devices, the keyboard remains basically the same. However, with the user's needs, the size and weight of the keyboard have been greatly reduced, and even a foldable and expandable deformable keyboard and a flexible keyboard that can be crimped and folded have appeared on the market. The key to limiting the freedom of keyboard operation is that the connection between the general keyboard and the computer device needs to be connected through the signal line. The length of the signal line limits the distance and location of use. Therefore, manufacturers have introduced keyboards equipped with wireless communication technologies, such as Bluetooth wireless keyboards, infrared wireless keyboards, and the like.

Although the keyboard implemented by the wireless communication connection solves the long-standing problem of the general keyboard, most people nowadays have multiple information processing systems such as a computer, a mobile phone and a tablet computer. If each information processing system is equipped with a wireless keyboard, the operation is performed. There will also be confusion problems. Therefore, some manufacturers have introduced a wireless keyboard with a multi-standard connection. The so-called multi-standard means that the wireless keyboard can simultaneously record the connection data with at least two information processing systems, and the recorded connection data can be used by the user. Freely switch between the two information processing systems. However, the wireless keyboard with multi-standard switching connection now has no way to display the information processing system connected at the moment. Even if the wireless keyboard displays the currently selected transmission channel selection code, the problem of blind cutting by the user cannot be avoided. The reason is that, under long-term use, the user will forget the originally set transmission channel, causing the user to blindly switch each transmission channel until the connection is completed. Therefore, even if the transmission channel selection code is displayed, the user cannot remember the set information processing system by transmitting the channel selection code, and performs blind cutting again.

The main purpose of the present invention is to solve the problem that the conventional wireless keyboard cannot know the information processing system corresponding to the transmission channel, which causes the user to repeatedly generate blind cuts.

In order to achieve the above object, the present invention provides a display method for distinguishing a multi-standard transmission channel, which uses a wireless transmission mode to switch a data transmission connection between an input device and at least two information processing systems by using a plurality of transmission channels, the input device including a A display module having a first display area and a second display area. The display method includes a step of establishing a device connection, a step of setting a transmission channel, a step of determining a connection identifier, and a step of displaying a connection transmission channel information, wherein the establishing device connection step starts a connection detection mode, Detecting the information processing system that can be connected; the setting transmission channel step acquires a device identification code and a device authorization code of the information processing system, and sets a transmission channel selection code and the device identification code and the device authorization code For the corresponding reading, the step of determining the connection label reads the corresponding device identification code and the device authorization code according to the transmission channel selection code selected by the user, and performs data with the information processing system corresponding to the transmission channel. a transmission connection; the display connection transmission channel information step acquires the transmission channel selection code selected by the user by the display module, and reads the corresponding device identification code, and displays the transmission by using the first display area a channel selection code, the second display area displaying the device identification code.

In an embodiment, the step of determining the connection mark further comprises the following substeps: a) providing a memory reset component disposed on the input device; b) determining whether the memory reset component is triggered, and if so, Deleting the device identification codes recorded by the input device and the device authorization codes and re-executing the setting transmission channel step, and if not, proceeding to trigger triggering of the memory reset device.

In an embodiment, the step of determining the connection mark further comprises the following substeps: a) providing a memory reset component disposed on the input device and a channel selection component; b) selecting the transmission by using the channel selection component Channel selection code, and determining whether the memory reset component is triggered, if yes, deleting the device identification code corresponding to the transmission channel selection code and the device identification code and re-executing the setting transmission channel step, if not, continuing The trigger determination of the memory resetter is performed.

In an embodiment, the step of displaying the connection channel information further includes the following substeps: a) providing a status reading member disposed on the input device; b) determining whether the status reading member is triggered, and if Rereading the transmission channel selection code of the input device connection, reading the corresponding device identification code according to the transmission channel selection code, and continuing the next step; if not, proceeding to the status reading member Triggering the judgment; c) redisplaying the transmission channel selection code by using the first display area, the second display area redisplaying the device identification code.

In an embodiment, the step of displaying the connection channel information further includes the following substeps: a) providing a status reading member disposed on the input device; b) determining whether the status reading member is triggered, and if Rereading the device identification codes recorded by the input device and the transmission channel selection codes, and setting a connection mark corresponding to the transmission channel selection code and device identification code connected to the input device, if No, the triggering determination of the status reading member is continued; c) displaying the transmission channel selection codes and the device identification codes by using the first display area and the second display area, and highlighting according to the connection mark The corresponding transmission channel selection code and its device identification code are displayed.

In an embodiment, the wireless transmission mode is a Bluetooth transmission technology.

In an embodiment, the input device is a keyboard. Further, the keyboard has a button group, a circuit unit that is pressed by the button group to generate an electrical signal, and a micro control unit that is connected to the display module and electrically connected to the circuit unit to detect the electrical signal. a memory unit electrically connected to the micro control unit and a wireless transmission device connected to the micro control unit, wherein the memory unit stores at least the device identification code, the device authorization code, and the micro control unit detects the circuit unit The generated channel selection code is read from the memory unit to the corresponding device identification code and the device authorization code, and the transmission channel selection code, the device identification code is displayed by the display module, and the device identification code is transmitted through the device identification code. The device authorization code is connected to the corresponding information processing system for information transmission.

In an embodiment, the keyboard is provided with a status reading member, and the status reading member is configured to perform the redisplay of the transmission channel selection code and the device identification code by pressing at least one button in the button group. .

In one embodiment, the keyboard is provided with a memory resetting member, and the memory resetting member is configured to delete the stored device identification code and the device authorization code by pressing at least one button in the button group.

In one embodiment, the information processing system is a computer or a mobile phone. Further, the computer is a portable notebook computer.

The display method of the distinguishable multi-standard transmission channel disclosed above has the following features compared to the conventional implementation:

The display method of the transmission channel of the present invention uses the transmission channel selection code to read the corresponding device identification code, and then displays the transmission channel selection code by using the first display area of the display module, and the second display area displays the Device identification code. Thereby, the user can quickly know the transmission channel currently used by the input device and the connected information processing system.

1. . . Input device

11. . . Button set

12. . . Circuit unit

13. . . Micro control unit

14. . . Memory unit

15. . . Wireless transmission device

16. . . Display module

161. . . First display area

162. . . Second display area

17. . . Status reader

18. . . Memory reset

19. . . Channel selection

2. . . Information processing system

S1, S2, S3, S311, S312, S321, S322, S4, S411, S412, S413, S421, S422, S423. . . step

FIG. 1 is a schematic flow chart of a first embodiment of a display method for distinguishing a multi-standard transmission channel according to the present invention.

FIG. 2 is a schematic diagram of the implementation of the first embodiment of the display method for distinguishing a multi-standard transmission channel according to the present invention.

FIG. 3 is a block diagram showing the structure of an input device according to a first embodiment of the present invention.

4 is a schematic diagram showing an enlarged display module of a first embodiment of the present invention.

FIG. 5 is a schematic flow chart of a second embodiment of a display method for distinguishing a multi-standard transmission channel according to the present invention.

FIG. 6 is a schematic diagram showing the implementation of a second embodiment of a display method for distinguishing a multi-standard transmission channel according to the present invention.

FIG. 7 is a schematic flow chart of a third embodiment of a display method for distinguishing a multi-standard transmission channel according to the present invention.

FIG. 8 is a schematic enlarged view of a display module of a third embodiment of the present invention.

FIG. 9 is a schematic flow chart of a fourth embodiment of a display method for distinguishing a multi-standard transmission channel according to the present invention.

FIG. 10 is a schematic flow chart of a fifth embodiment of a display method for distinguishing a multi-standard transmission channel according to the present invention.

The detailed description and technical contents of the present invention will now be described as follows:

Referring to FIG. 1 to FIG. 4, the present invention can distinguish a multi-standard transmission channel display method, and mainly uses a wireless transmission mode to switch a data transmission connection between an input device 1 and at least two information processing systems 2 by using a plurality of transmission channels. The input device 1 has a button group 11, a circuit unit 12 that is pressed by the button group 11 to generate an electrical signal, and a micro control unit 13 that electrically connects the circuit unit 12 to detect the electrical signal. The memory unit 14 of the micro control unit 13 and a wireless transmission device 15 connected to the micro control unit 13 and a display module 16 connected to the micro control unit 13 are connected. The display module 16 has a plurality of display areas (161, 162), and each of the display areas (161, 162) respectively displays different information. In the embodiment, the display module 16 has a first display. The area 161 and a second display area 162 are exemplified. On the other hand, the input device 1 can be a keyboard or a mouse. The display method of the present invention can implement wireless transmission with the information processing system 2 by using a Bluetooth transmission technology, and the information processing system 2 can be a A computer or a mobile phone, etc., if it is a computer, it can be a portable notebook computer. Moreover, each of the information processing systems 2 has a device identification code and a device authorization code for implementing wireless transmission, respectively.

As described above, the multi-standard handover transmission method of the present invention performs the following steps:

Step one, establishing a device connection step S1;

Step two, setting the transmission channel step S2;

Step 3, determining the connection step S3;

In step four, the connection transmission channel information step S4 is displayed.

Specifically, each step is performed. Step 1 S1 firstly uses the input device 1 to activate a link detection mode to detect the information processing system that can be connected. In this embodiment, the input device 1 performs wireless communication by using Bluetooth communication technology. When the input device 1 activates the detection mode of the connection target, the input device 1 searches for wireless communication through the wireless transmission device 15. Any of the connected information processing systems 2, and after the search ends, proceeds to step two S2.

Step 2: S2 acquires the device identification code of each information processing system 2 and the device authorization code through the wireless transmission device 15, and sets a transmission channel selection code and the device identification code and the device by the micro control unit 13 The authorization code is a corresponding read, that is, each of the transmission channel selection codes can respectively read a device identification code and a device authorization code corresponding to the device identification code. Further, the micro control unit 13 may output the transmission channel selection code, the device identification code, and the device authorization code to the memory unit 14 and store them.

After step S2 is finished, step S3 can be performed, and the user can select a transmission channel selection code according to the requirement. Specifically, the user taps one of the keys on the keyboard group 11 or uses a composite key to make the The circuit unit 12 detects an electrical signal and generates the transmission channel selection code. The micro control unit 13 uses the transmission channel selection code to the memory unit 14 to read the corresponding device identification code and the device authorization code, and outputs the device identification code to the wireless transmission device 15, using the device identification code and the device authorization code. The transmission channel corresponding to the channel selection code is transmitted to the information processing system 2 for data transmission.

After the step S3 is completed, the user can perform step 4 S4 according to the requirement, and the micro control unit 13 outputs the transmission channel selection code, so that the display module 16 obtains the transmission channel selection code selected by the user, and The memory unit 14 reads the corresponding device identification code and outputs it to the display module 16, and the display module 16 displays the transmission channel selection code by using the first display area 161, and the second display area 162 The device identification code is displayed. Assuming that the information processing system 2 is connected to the input device 1, the device identification code is described as C850, and the second display area 162 is displayed as C850.

Referring to FIG. 5 and FIG. 6 , in an embodiment, the step of displaying the connection transmission channel information of the display method of the present invention further includes the following sub-steps: a) sub-step S411, providing a setting on the input device 1 The status reading member 17; b) sub-step S412, determining whether the status reading member 17 is triggered, and if so, re-reading the transmission channel selection code connected to the input device 1 and reading according to the transmission channel selection code Corresponding to the device identification code and continuing to the next step (sub-step S413), if not, continuing the trigger determination of the status reading member 17; c) sub-step S413, redisplaying the transmission using the first display area 161 The channel selection code, the second display area 162 redisplays the device identification code. Specifically, the input device 1 can be further provided with the state reading member 17. The state reading member 17 can be a trigger switch that can be triggered by pressing or at least one button on the keyboard group 11 simultaneously. Pressing produces a trigger. When the sub-step S412 is executed, the input device 1 can use the micro control unit 13 to determine that the state reading member 17 is pressed against the electrical signal generated on the circuit unit 12. If the micro control unit 13 determines YES, that is, the transmission channel selection code used by the current connection is read again, and the device identification code corresponding to the channel selection code is read according to the transmission channel selection code, and sub-step S413 is performed. If it is judged to be otherwise, continue to judge. Sub-step S413 redisplays the transmission channel selection code and the device identification code by the display module 16. In this embodiment, the transmission channel selection code and the device identification code are separately displayed, and in another embodiment, the input device 1 can display all of the transmission channel selection code and the device identification code by using the status reading component 17, And the step of displaying the connection channel transmission channel information of the display method of the present invention may further comprise the following sub-step a) sub-step S421: providing settings The status reading member 17 on the input device; b) sub-step S422: determining whether the status reading member 17 is triggered, and if so, re-reading the device identification codes recorded by the input device 1 and Transmitting the channel selection code, and setting a connection mark corresponding to the transmission channel selection code and the device identification code of the line connected to the device 1, and if not, proceeding to trigger the determination of the status reading member 17; c) Sub-step S423: displaying the transmission channel selection code and the device identification codes by using the first display area 161 and the second display area 162, and displaying the corresponding transmission according to the connection mark Channel selection code and identification code. Similarly, the input device 1 is provided with the state reading member 17. In the sub-step S422, the micro control unit 13 determines that the state reading member 17 is pressed against the electrical signal generated by the circuit unit 12, If the determination is yes, the device identification code recorded by the input device 1 and the transmission channel selection code are read again, and the transmission channel selection code and the device identification code that are used by the input device 1 at the time are set. The connection mark corresponds to it. Referring to FIG. 8, when the sub-step S423 is implemented, the display module 16 displays the transmission channel selection codes and the device identification codes in the first display area 161 and the second display area 162, respectively, and further according to the connection. The line mark highlights the corresponding transmission channel selection code and the device identification code. The so-called eye-catching display may be that the data corresponding to the connection mark is displayed in a reversed manner, or is displayed by using brightness or color different from other materials.

Referring to FIG. 6 and FIG. 9 , the step of setting the transmission channel of the display method of the present invention may further comprise the following sub-steps: a) sub-step S311: providing a memory reset component 18 disposed on the input device 1; b) Sub-step S312: determining whether the memory reset component 18 is triggered, and if so, deleting the device identification codes recorded by the input device 1 and the device authorization codes and re-executing the set transmission channel step S2, if not, Then, the trigger determination of the memory resetter 18 is continued. It is further explained that the embodiment of the memory resetting member 18 can be the same as the state reading member 17, that is, the memory resetting member 18 can also be pressed by pressing or matching at least one button on the keyboard group 11 at the same time. trigger. In sub-step S312, the micro-control unit 13 determines whether the circuit unit 12 generates an electrical signal generated by the trigger of the memory reset device 18, and if so, deletes all devices recorded by the input device 1. The identification code and the device authorization code, and the step of setting the transmission channel is re-executed. If not, the micro control unit 13 continues to judge. Furthermore, the foregoing embodiment is described by deleting all device identification codes and device authorization codes, but the present invention is not limited thereto, and the device identification code corresponding to one of the transmission channel selection codes may be separately deleted by selecting and The device authorization code. Referring to FIG. 6 and FIG. 10, in another embodiment, the step of setting a transmission channel further includes the following sub-steps: a) sub-step S321: providing the memory reset device 18 and one set on the input device 1 Channel selection component 19; b) sub-step S322: using the channel selection component 19 to select the transmission channel selection code, and determining whether the memory reset component 18 is triggered, and if so, deleting the device corresponding to the transmission channel selection code The identification code and the device identification code are re-executed by the set transmission channel step S2, and if not, the trigger determination of the memory reset unit 18 is continued. In this embodiment, the input device 1 is provided with the memory resetting member 18 and the channel selecting member 19, wherein the channel selecting member 19 can be one of the buttons of the keyboard group 11 or the input device. A trigger element on 1. In step S322, the micro control unit 13 first determines whether the channel selection component is triggered, and if so, determines that the channel selection component is triggered by the corresponding transmission channel selection code, and then determines whether the memory reset component 18 is Triggering, if triggered, deleting the device identification code and the device identification code corresponding to the transmission channel selection code and performing the setting transmission channel step S2 again, which is the same as the foregoing, and will not be described herein.

In summary, the present invention can distinguish the display method of the multi-standard transmission channel, and mainly uses the wireless transmission mode to switch the data transmission connection between an input device and at least two information processing systems by using a plurality of transmission channels, and set the input device. A display module having a first display area and a second display area. The display method includes a step of establishing a device connection, a step of setting a transmission channel, a step of determining a connection identifier, and a step of displaying a connection transmission channel information, using the establishing device connection step, the setting transmission channel step, and the decision connection The step of marking the line is connected to one of the information processing systems, and the user can further display the device identification code by using the display connection channel information step, and knowing the information processing of the input device at the time according to the displayed device identification code. system. In this way, the problem that the previously switched multi-standard switching input device cannot know the current connection target and blindly cut is solved.

S1, S2, S3, S4. . . step

Claims (13)

A display method for distinguishing a multi-standard transmission channel is to switch a data transmission connection between an input device and at least two information processing systems by using a wireless transmission mode, wherein the input device includes a first display area and a display module of the second display area, the display method includes:
Step 1: Establish device connection: start a connection detection mode to detect the information processing system that can be connected;
Step 2: setting a transmission channel: acquiring a device identification code and a device authorization code of the information processing system, and setting a transmission channel selection code to be correspondingly read by the device identification code and the device authorization code;
Step 3: determining a connection target: reading the corresponding device identification code and the device authorization code according to the transmission channel selection code selected by the user, and performing data transmission connection with the information processing system by the corresponding transmission channel;
Step 4: Display the connection transmission channel information: the display module acquires the transmission channel selection code selected by the user, and reads the corresponding device identification code, and displays the transmission channel selection code by using the first display area. The second display area displays the device identification code. The method for displaying a distinguishable multi-label transmission channel according to Item 1 of the claim, wherein the step 3 further includes the following sub-steps:
a. providing a memory reset member disposed on the input device;
b. determining whether the memory reset component is triggered, and if so, deleting the device identification codes recorded by the input device and the device authorization codes and performing the second step again; if not, continuing the memory reset The trigger judgment of the piece. The method for displaying a distinguishable multi-label transmission channel according to Item 1 of the claim, wherein the step 3 further includes the following sub-steps:
a. providing a memory reset member disposed on the input device and a channel selection member;
b. using the channel selection component to select the transmission channel selection code, and determining whether the memory reset component is triggered, and if so, deleting the device identification code corresponding to the transmission channel selection code and the device identification code and re-executing the Step 2, if no, proceed to trigger triggering of the memory reset component. The method for displaying a distinguishable multi-label transmission channel according to Item 1 of the claim, wherein the step 4 further comprises the following sub-steps:
a. providing a status reading member disposed on the input device;
b. determining whether the status reading is triggered, and if so, re-reading the transmission channel selection code of the input device connection, reading the corresponding device identification code according to the transmission channel selection code, and continuing the next step, If no, the triggering determination of the status reading member is continued;
c. redisplaying the transmission channel selection code using the first display area, the second display area redisplaying the device identification code. The method for displaying a distinguishable multi-label transmission channel according to Item 1 of the claim, wherein the step 4 further comprises the following sub-steps:
a. providing a status reading member disposed on the input device;
b. determining whether the status reading device is triggered, and if so, re-reading the device identification codes recorded by the input device and the transmission channel selection codes, and setting a connection mark to correspond to the input device connection The transmission channel selection code and its device identification code, if not, continue to trigger the determination of the status reading member;
And displaying the transmission channel selection code and the device identification code by using the first display area and the second display area, and displaying the corresponding transmission channel selection code and the device identification code according to the connection mark. The method for displaying a distinguishable multi-label transmission channel according to claim 1, wherein the wireless transmission mode is a Bluetooth transmission technology. The method for displaying a distinguishable multi-label transmission channel according to claim 1, wherein the input device is a keyboard. The method for displaying a distinguishable multi-label transmission channel according to claim 7, wherein the keyboard has a button group, a circuit unit that is pressed by the button group to generate an electrical signal, and is connected to the display module and electrically a micro control unit for detecting the electrical signal, a memory unit electrically connected to the micro control unit, and a wireless transmission device connected to the micro control unit, wherein the memory unit stores at least the device identification a code, the device authorization code, the micro control unit detects the transmission channel selection code generated by the circuit unit, and reads the corresponding device identification code and the device authorization code from the memory unit, and displays the device by using the display module Transmitting a channel selection code, the device identification code, and transmitting the information transmission through the device identification code and the device authorization code to the corresponding information processing system. The method for displaying a distinguishable multi-label transmission channel according to claim 8, wherein the keyboard is provided with a state reading member, and the state reading member is pressed with at least one button in the button group to make the display module Performing a redisplay of the transmission channel selection code and the device identification code. The method for displaying a distinguishable multi-label transmission channel according to claim 8, wherein the keyboard is provided with a memory reset component, and the memory reset component is combined with pressing at least one button of the button group to delete the keyboard. The device identification code and the device authorization code are memorized. The method for displaying a distinguishable multi-label transmission channel according to any one of claims 1 to 10, wherein the information processing system is a computer. The method for displaying a distinguishable multi-label transmission channel according to claim 11, wherein the computer is a portable notebook computer. The method for displaying a distinguishable multi-label transmission channel according to any one of claims 1 to 10, wherein the information processing system is a mobile phone.