Abstract: A digital encoder with a screen includes a key body, and a display assembly is configured inside the key body. The display assembly includes a display carrier assembly, display element configured on the display carrier assembly and display circuit element configured in the display carrier assembly, where one side of the display assembly is in connection with a rotating assembly movably configured on a carrier housing, and a rotary encoder sensor and pressing element are configured between the rotating assembly and carrier housing, thereby allowing the assembly of the key body to be more convenient through modulization structures, and allowing the key body to have multiple functions of display, press and rotation at the same time to increase use convenience.

Abstract: A digital encoder with a screen includes a key body, and a display assembly is configured inside the key body. The display assembly includes a display carrier assembly, display element configured on the display carrier assembly and display circuit element configured in the display carrier assembly, where one side of the display assembly is in connection with a rotating assembly movably configured on a carrier housing, and a rotary encoder sensor and pressing element are configured between the rotating assembly and carrier housing, thereby allowing the assembly of the key body to be more convenient through modulization structures, and allowing the key body to have multiple functions of display, press and rotation at the same time to increase use convenience.

Abstract: A membrane keyboard structure and a conductive method thereof allows a first surrounding portion of a first flexible circuit layer to be deformed to pass through an through hole to be in direct contact and conduction with a second surrounding portion temporarily when it is pressed through the coordination of a first flexible sheet body, first flexible circuit layer configured on the first flexible sheet body, spacer layer positioned on one side of the first flexible sheet body adjacent to the first flexible circuit layer, second flexible sheet body configured on one side of the spacer away from the first flexible circuit layer and second flexible circuit layer configured on one side of the second flexible sheet body adjacent to the spacer layer. Whereby, the present invention can achieve the contact and conduction anywhere to make the use thereof easier and more convenient.

Abstract: A press-touch-control device having screen display, which comprises: a button housing comprising a housing up-cover and a housing down-cover; a button seat set on the housing down-cover; a button down-cover set in the button housing; an elastic element set between the button seat and the button down-cover; a signal board and a button up-cover set on the button down-cover; a signal connecting-piece connected with the signal board; a display module set on the button up-cover; a touch-control element set on the display module and a perforation set on the housing up-cover. With the above structure, the user can control the touch-control element, such as touching, sliding, etc., or pressing the touch-control element to press the button seat linkly; and the signal board transmits the signal to the display module to change its content; so that the button can simultaneously have the functions including touch-control, press, and display.

Abstract: A press-touch-control device having screen display, which comprises: a button housing comprising a housing up-cover and a housing down-cover; a button seat set on the housing down-cover; a button down-cover set in the button housing; an elastic element set between the button seat and the button down-cover; a signal board and a button up-cover set on the button down-cover; a signal connecting-piece connected with the signal board; a display module set on the button up-cover; a touch-control element set on the display module and a perforation set on the housing up-cover. With the above structure, the user can control the touch-control element, such as touching, sliding, etc., or pressing the touch-control element to press the button seat linkly; and the signal board transmits the signal to the display module to change its content; so that the button can simultaneously have the functions including touch-control, press, and display.

Abstract: The mechanical keyboard includes a base plate having multiple through openings, a circuit board disposed to a side of the base plate, multiple mechanical keys disposed at the through openings and connected to the circuit board. Each mechanical key includes a keyswitch, a keycap, and at least a transparent piece. The keyswitch is connected to the circuit board. The keycap is mounted on the keyswitch, and the transparent piece is configured to a top side of the keycap. There are multiple display assemblies, each disposed inside a mechanical key between the keycap and the keyswitch. Each display assembly is data-linked to the circuit board through a signal transmission element. The display assemblies may be installed on conventional mechanical keys and may be viewed from different angles. The mechanical keyboard also has longer operation life.

Abstract: A membrane keyboard structure and a conductive method thereof allows a first surrounding portion of a first flexible circuit layer to be deformed to pass through an through hole to be in direct contact and conduction with a second surrounding portion temporarily when it is pressed through the coordination of a first flexible sheet body, first flexible circuit layer configured on the first flexible sheet body, spacer layer positioned on one side of the first flexible sheet body adjacent to the first flexible circuit layer, second flexible sheet body configured on one side of the spacer away from the first flexible circuit layer and second flexible circuit layer configured on one side of the second flexible sheet body adjacent to the spacer layer. Whereby, the present invention can achieve the contact and conduction anywhere to make the use thereof easier and more convenient.

Abstract: The mechanical keyboard includes a base plate having multiple through openings, a circuit board disposed to a side of the base plate, multiple mechanical keys disposed at the through openings and connected to the circuit board. Each mechanical key includes a keyswitch, a keycap, and at least a transparent piece. The keyswitch is connected to the circuit board. The keycap is mounted on the keyswitch, and the transparent piece is configured to a top side of the keycap. There are multiple display assemblies, each disposed inside a mechanical key between the keycap and the keyswitch. Each display assembly is data-linked to the circuit board through a signal transmission element. The display assemblies may be installed on conventional mechanical keys and may be viewed from different angles. The mechanical keyboard also has longer operation life.

Abstract: The present invention provides a key structure with display module, mainly consisting of a press cover, a display module, a base plate, a control switch, and flexible terminals. The display module is electrically connected to a circuit structure and installed in a holding space. The base plate is installed to the press cover and restricts the display module, and is also fixed to the circuit structure inside the holding space. The control switch is electrically connected to a circuit board and fixed to the base plate, and the flexible terminals provide for an electrical connection between the circuit structure and the circuit board.

Abstract: The present invention provides a key structure with display module, mainly consisting of a press cover, a display module, a base plate, a control switch, and flexible terminals. The display module is electrically connected to a circuit structure and installed in a holding space. The base plate is installed to the press cover and restricts the display module, and is also fixed to the circuit structure inside the holding space. The control switch is electrically connected to a circuit board and fixed to the base plate, and the flexible terminals provide for an electrical connection between the circuit structure and the circuit board.

Abstract: A button includes a display element including a mounting section, a hollowed bottom board having a joint section, support frame members having an interconnection driving section, a button cap body having a light-transmitting section and a contacting section, and an elastic element. The support frame members and the elastic element are arranged on the contacting section located outside the button cap body to that a user is allowed to see, by way of the light-transmitting section of the button cap body, through the hollowed bottom board to the display element at the bottom so as to completely observe a text/pattern section of the display element. In a pressing-down operation, the interconnection driving section makes the support frame members to operate with leverage for causing the elastic element to drive the display element. Further, individual button modularization can be achieved with the arrangement of the mounting section and the joint section.

Abstract: A button includes a display element including a mounting section, a hollowed bottom board having a joint section, support frame members having an interconnection driving section, a button cap body having a light-transmitting section and a contacting section, and an elastic element. The support frame members and the elastic element are arranged on the contacting section located outside the button cap body to that a user is allowed to see, by way of the light-transmitting section of the button cap body, through the hollowed bottom board to the display element at the bottom so as to completely observe a text/pattern section of the display element. In a pressing-down operation, the interconnection driving section makes the support frame members to operate with leverage for causing the elastic element to drive the display element. Further, individual button modularization can be achieved with the arrangement of the mounting section and the joint section.

Abstract: A button includes a display element including a mounting section, a hollowed bottom board having a joint section, support bar members, a button cap body having a light-transmitting section and a contacting section, and an elastic element. The support bar members and the elastic element are arranged on the contacting section located outside the button cap body to that a user is allowed to see, by way of the light-transmitting section of the button cap body, through the hollowed bottom board to watch the display element at the bottom so as to completely observe a text/pattern section of the display element. In a pressing-down operation, ends of the support bar members are allowed to rotate while sliding horizontally so as to cause the elastic element to drive the display element. Further, individual button modularization can be achieved with the arrangement of the mounting section and the joint section.

Abstract: A key structure includes, from top to bottom in sequence: at least one key main body, made of light transmissible material; a key frame, adapted to mount the key main body; an elastic supporting portion, allowing the key main bodies to move back and forth vertically; at least one bump, formed on one side of the elastic supporting portion; a detection module, sensing the action of the key main body and allowing the bump to be in touch therewith selectively; and a display screen, configured on one side of the detection module. A user can see the bottom display screen through the key main body directly, and the elastic supporting portion drives the bumps to move downward to touch the detection module after the user presses the key main body down. Whereby, the applicable range of the present invention is increased by changing the contents of the display screen.

Abstract: A key structure includes, from top to bottom in sequence: at least one key main body, made of light transmissible material; a key frame, adapted to mount the key main body; an elastic supporting portion, allowing the key main bodies to move back and forth vertically; at least one bump, formed on one side of the elastic supporting portion; a detection module, sensing the action of the key main body and allowing the bump to be in touch therewith selectively; and a display screen, configured on one side of the detection module. A user can see the bottom display screen through the key main body directly, and the elastic supporting portion drives the bumps to move downward to touch the detection module after the user presses the key main body down. Whereby, the applicable range of the present invention is increased by changing the contents of the display screen.

Abstract: A push-button switch with display screen includes a seat having an open-topped recess, a top cover located in the recess, a display screen, such as an LCD, an OLED or a TFT-LCD, located in below the top cover, an actuating member located in the recess below the display screen and connected to a microswitch located below the seat, a frame-like light-guiding member located in the recess around a periphery of the top cover, and a circuit board with light-emitting diodes located in the recess below the light-guiding member. The display screen is connected to an external circuit for displaying different dynamic or non-dynamic indicating images. When the light-emitting diodes are turned on to emit light onto the light-guiding member, a bright rim is generated along the periphery of the top cover to highlight the indicating images on the display screen and give the push-button switch a beautiful eye-catching appearance.

Abstract: A push-button switch with display screen includes a seat having an open-topped recess, a top cover located in the recess, a display screen, such as an LCD, an OLED or a TFT-LCD, located in below the top cover, an actuating member located in the recess below the display screen and connected to a microswitch located below the seat, a frame-like light-guiding member located in the recess around a periphery of the top cover, and a circuit board with light-emitting diodes located in the recess below the light-guiding member. The display screen is connected to an external circuit for displaying different dynamic or non-dynamic indicating images. When the light-emitting diodes are turned on to emit light onto the light-guiding member, a bright rim is generated along the periphery of the top cover to highlight the indicating images on the display screen and give the push-button switch a beautiful eye-catching appearance.

Abstract: An image push-button assembly structure is a push-button set which includes a push-button device and a display screen. The push-button device is formed with a sealed space, a pre-determined position on a surface of the push-button device is provided with at least one push-button element, an interior of the sealed space is provided with the display screen which is fixed on a display circuit board, the display circuit board is electrically connected with the push-button element, and a side of the push-button device is provided with a circuit board which is fixed on the push-button device. Therefore, as the push-button device is formed integrally for an entire structure, an assembly procedure can be simplified, an entire cost can be reduced and convenience in operation can be even improved.

Abstract: An image push-button assembly structure includes primarily a base, a rest, a display screen and an upper lid. The rest is extended with a fixing element for sheathing a spring and is assembled with a holding space on the base. The rest is installed with the display screen which is fixed on a display circuit board. Then, the upper lid is covered on the rest, allowing the display screen to be located in the upper lid and the rest. The display circuit board in the rest that has been pressed down is electrically connected with the circuit board; therefore, all kinds of images of prompting messages can be observed from the display screen, allowing the push-button to have an image display function.