52 results about "Mouse button" patented technology

A computer mouse comprising a chassis, a support beam with a first end configured to receive and secure a removable keyplate and a second end opposite the first end, and a keyswitch coupled to the chassis in an inverted configuration. In operation, the second end portion of the support beam moves up and contacts the keyswitch as the first end of the support beam is moved down. The keyswitch module may be operable to be coupled to the chassis at a plurality of different coupling locations, each coupling location operable to cause the second pressing force on the keyswitch to increase or decrease based on a distance from the keyswitch to the fulcrum. The keyplate can be non-destructively removeable from and couplable to the support beam without disassembly of the housing. The keyswitch can be non-destructively removeable from and couplable to the chassis without disassembly of the housing.

A mouse device may include a casing and a traditional mouse button module arranged therein. The translational mouse button module may include: a frame body with first and second frame body connecting parts; a button plate with a pressing part and a first and second button plate connecting part; and a pressing switch with a button for the pressing part to abut against correspondingly. A side-by-side component may include first and second swing beams arranged side by side, that are respectively rotatably bridged between the first frame body connecting part and the first button plate connecting part, and between the second frame body connecting part and the second button plate connecting part. The button plate can be pulled by the side-by-side component to move in translation.

1. Name of the product in this design: Graphical User Interface for Medical Image Annotation Function in Electronic Devices. 2. Purpose of this design: An electronic device. 3. The key design features of this product are its graphical user interface. 4. The image or photograph that best illustrates the design's key features: the front view. 5. Purpose of the graphical user interface: to display medical image data and to complete the annotation of medical image data. 6. The process of changing the graphical user interface: The main view is the initial interface of the software. Click the "SAM" button in the main view to enter the interface change state diagram 1; in the interface change state diagram 1, select a label in the label list on the right and move the mouse to the area to be labeled, and click the left mouse button to enter the interface change state diagram 2; in the interface change state diagram 2, after SAM automatically segments the ROI, press the "space bar" on the keyboard to enter the interface change state diagram 3; in the interface change state diagram 3, click the "Edge Modification" button at the top to enter the interface change state diagram 4.

The utility model relates to the technical field of mice, in particular to a mouse with an elastic sheet springback mechanism, which comprises a mouse base, a connecting mechanism is fixedly connected to the middle of the top of the mouse base, mouse keys are movably connected to the inside of the connecting mechanism, the left side of the top of the mouse base is in threaded connection with the springback mechanism, and the top of the mouse base is in threaded connection with the elastic sheet springback mechanism. The left side of the mouse base is fixedly connected with a mouse cable, and the inner side of the mouse base is movably connected with a mouse roller. By arranging the connecting mechanism and the springback mechanism, it is guaranteed that the mouse key cannot be normally used due to fatigue or aging, the mouse key can return to the original position more quickly under the elastic force of the springback piece in the using process, it is guaranteed that the mouse key can be more sensitive, and when the key body is damaged due to aging, the key body can be prevented from being damaged. The damaged key body can be taken down for replacement by shifting the shifting block downwards to enable the insertion column to leave the insertion groove, and the situation that the key body cannot be normally used due to fatigue or aging damage is avoided.

1. The name of the design product: software personal center graphical user interface for electronic device. 2. The use of the design product: for an electronic device. 3. The design points of the design product: the interface content of the graphical user interface. 4. The picture or photo that best indicates the design points: front view. 5. The use of the graphical user interface: the graphical user interface is used for users to view and edit account information. 6. The human-computer interaction mode of the graphical user interface: the front view is the main interface of the personal center, clicking the "log out" option button in the upper right corner of the front view switches the interface to the interface change state diagram 1; selecting the avatar area after clicking the "cancel" option button in the interface change state diagram 1 pop-up window switches the interface to the interface change state diagram 2; clicking the "view large image" option button in the avatar pop-up window of the interface change state diagram 2 with the right mouse button switches the interface to the interface change state diagram 3; clicking the "username" text box after clicking the close icon in the upper right corner of the interface change state diagram 3 pop-up window switches the interface to the interface change state diagram 4; clicking the "save" button on the right side of the interface change state diagram 4 and then clicking the "last 7 days" drop-down menu icon on the right side of the data panel switches the interface to the interface change state diagram 5. 7. Other circumstances that need to be explained: the single gray filled area in the interface is the avatar content.

A translational mouse button structure and a mouse having the same are provided. The mouse includes a casing and a mouse button structure arranged in the casing. The mouse button structure may include: a button board, a support member, a cross member and a circuit board provided with a pressing switch. The cross member may be bridged between the button board and the support member by means of translational movement, and respectively provided with a first support group, a second support group and a corresponding support group that are pivotally connected. The button board may be inclined relative to the support member and abuts against the pressing switch, allowing translation along with the cross member. Therefore, any point on the button board can be pressed with the same pressing pressure and the same pressing stroke.

This utility model discloses a keyboard protective pad that is convenient for typing and provides dust and wear protection, relating to the field of keyboard accessory technology. The solution includes a protective pad body and several key blocks, each key block being integrally formed on the protective pad body. Each key block has an adsorption groove at its bottom end and a recovery groove at the top of the adsorption groove. The perimeter of the key block's cross-section is smaller than the perimeter of the adsorption groove's cross-section. This utility model not only achieves dust and key wear protection for the keyboard, further facilitating use for people with long fingernails, but is also suitable for mouse button operation and other keyboard key operations.

A translational mouse button structure and a mouse having the same are provided. The mouse includes a casing and a mouse button structure arranged in the casing. The mouse button structure may include: a button board, a support member, a cross member and a circuit board provided with a pressing switch. The cross member may be bridged between the button board and the support member by means of translational movement, and respectively provided with a first support group, a second support group and a corresponding support group that are pivotally connected. The button board may be inclined relative to the support member and abuts against the pressing switch, allowing translation along with the cross member. Therefore, any point on the button board can be pressed with the same pressing pressure and the same pressing stroke.

1. The name of the design product: the graphic user interface of electronic equipment for steel enterprise maintenance plan management. 2. The use of the design product: an electronic device. 3. The design points of the design product: the graphic user interface in the electronic device. 4. The picture or photo that best indicates the design points: the front view. 5. The use of the graphic user interface: the graphic user interface is used for inter-line maintenance plan linkage setting. 6. The human-computer interaction mode of the graphic user interface: the interface in the front view is the initial interface; clicking the horizontal row "300T 6# converter" and the vertical column "24 two" in the front view is the stop plan task bar corresponding to them, and clicking the horizontal row "5# ESP" and the vertical column "26 four" is the stop plan task bar corresponding to them, the interface changes to the interface change state diagram 1; clicking the right mouse button, the interface changes to the interface change state diagram 2; selecting "linkage maintenance project binding" in the shortcut menu of the interface change state diagram 2, the interface changes to the interface change state diagram 3; after filling in the date and time in the dialog box of the interface change state diagram 3, clicking "OK", the interface changes to the interface change state diagram 4.

The utility model relates to test device technical field, concretely is a mouse button simulation test device, including base, the base is used for placing mouse, still includes pressing part and fixed part, the pressing part is established at the top of base, is used for pressing mouse button, the fixed part has a plurality of, all establishes in base, is used for clamping mouse, when the fixed part removes to base edge, can clamp big size's mouse, when the fixed part removes to base center, can clamp small size's mouse, the utility model discloses through setting up a plurality of can rotate pressing plate around push rod, to adapt to the mouse of different shape. If mouse side wall is irregular shape, then its push pressing plate rotates around push rod, makes pressing plate to adhere mouse side wall, increases the contact area of both, clamps the mouse more firmly between a plurality of pressing plate, prevents mouse movement, guarantees the accuracy of test result.

1. The name of the design product: computer with search application graphical user interface. 2. The use of the design product: for running programs and display. 3. The design points of the design product: the graphical user interface content in the screen. 4. The picture or photo that best indicates the design points: interface change state diagram 2. 5. The computer is a common design, and other views are omitted. 6. The use of the graphical user interface: relationship analysis of specific targets and associated targets in the system. 7. The human-computer interaction mode of the graphical user interface: the main view is the system main interface; enter the keyword in the search box of the main view and click "search" to appear interface change state diagram 1; click any account name in the result list of interface change state diagram 1 to appear interface change state diagram 2; click any account avatar in the relationship graph of interface change state diagram 2 to appear interface change state diagram 3; click the "view evidence" icon in the relationship list of interface change state diagram 3 to appear interface change state diagram 4; move the mouse to any account avatar in the relationship graph of interface change state diagram 4 and click the right mouse button to appear interface change state diagram 5; select any type in the "expand type" drop-down menu of interface change state diagram 5 to appear interface change state diagram 6. It should be noted that the gray areas corresponding to the main view and each interface change state diagram are deleted content screens, and this area is not related to the design points of the product.

This invention discloses a method for accurately annotating multi-dimensional information on a 3D topographic and geological map, comprising the following steps: S1, obtaining a quadrilateral input by the user to determine the work area; S2, pasting a blank image texture onto the work area, naming the texture TEX1; S3, obtaining the color and stroke pixel width used for annotation input by the user; when the user holds down the mouse button and drags, drawing is performed on the texture TEX1 using the specified color and pixel width, then the drawn image texture is overlaid on a 3D digital globe, and finally displayed on the screen. The content drawn on the geological map by this invention accurately matches the map topography, is unaffected by map movement or scaling, and has excellent performance; even drawing massive amounts of content will not cause a performance degradation.

Embodiments provide a mouse device that includes with a plurality of touch areas on one or more mouse buttons. The mouse device includes a touch panel, a press switch, a button cover and a control panel. The touch panel triggers a corresponding touch signal when any one of the plurality of touch areas respectively corresponding to a plurality of input events is pressed. A switch signal is triggered when the press switch is pressed. The button cover is used to receive a pressing operation of pressing, toward inside, the touch panel, and press the press switch via the touch panel. When receiving the touch signal and the switch signal, the control panel triggers the input event of the pressed touch area.

The utility model provides a dual-mode roller mouse. The dual-mode roller mouse comprises a mouse shell, a mechanical encoder, a left mouse button, a right mouse button, a mouse roller and a somatosensory pressure switch, the mechanical encoder, the mouse left key, the mouse right key and the somatosensory pressure switch are all arranged in the mouse shell, the mouse wheel is arranged between the mouse left key and the mouse right key, the mouse wheel corresponds to the mechanical encoder, and the somatosensory pressure switch is arranged at the bottom of the mouse wheel; when the mouse roller is pressed, the somatosensory pressure switch detects the pressure applied by the mouse roller, and changes of the speed of outputting a roller instruction are switched through changes of the pressure. By means of the somatosensory pressure switch, the mouse wheel can be switched between a mouse wheel of a traditional mechanical encoder mode and a mechanical encoder mode and a pressure wheel mode, a user can conveniently cope with various use scenes, and the wheel can be rapidly rotated in a pressure mode.

A method is applied to a first electronic device with a Windows system and a second electronic device with an Android system. When a mouse that drags a first window displayed in the first electronic device to move traverses to the second electronic device, the first electronic device sends a window traversal indication to the second electronic device, so that the second electronic device can first start a first floating window that does not display the first window, making a user visually feel that the first window traverses. After the mouse is released, the first electronic device notifies the user of the second electronic device to release pressing of a left mouse button, so that the second electronic device can release the first floating window and start a second floating window that is used as an extension screen of the first electronic device.

The invention discloses an explosion-proof drilling monitoring controller, a control method and an operation method, the controller is characterized in that a button circuit board, a waterproof silica gel film and a controller panel are sequentially arranged on a mounting plate, the controller panel is provided with buttons and a rocker assembly, the rocker assembly is provided with a rocker assembly mouse button, and the button circuit board, the waterproof silica gel film and the controller panel are sequentially arranged on the mounting plate. And a controller rear shell is arranged below the mounting plate, and a key logic circuit board and a main control circuit board are arranged in the controller rear shell. Functional switching value signals of keys of the explosion-proof drilling monitoring controller and USB signals of a rocker assembly are processed and coded through an independent development program and a main control chip, transmitted to a decoding control circuit board through a comprehensive signal cable, decoded through a decoding main control chip and processed into commands capable of being recognized by a host, and control over the host is achieved. By operating the keys and the rocker assembly on the panel of the controller, commands such as rotation of the pan-tilt camera, optical zoom of the camera, multi-picture return and the like can be executed.

1. The name of the design product: a graphic user interface for learning nursing skills for electronic devices. 2. The use of the design product: an electronic device. 3. The design points of the design product: the graphic user interface. 4. The picture or photo that best indicates the design points: front view. 5. Other views are conventional designs, and other views are omitted. 6. The use of the graphic user interface: the present graphic user interface is used to assist the elderly caregivers to learn the training of providing meals for the elderly. 7. The human-computer interaction mode of the graphic user interface: the front view shows the initial interface of the elderly caregivers learning to prepare meals. After closing the information prompt box in the lower left corner of the interface, the interface jumps to change state figure 1; change state figure 2 is the state of the user selecting the meal, in this state, click the right mouse button, the interface jumps to change state figure 3; after selecting the "pick up" option, the interface jumps to change state figure 4, at this time the meal will be put into the backpack on the right side of the interface. Change state figures 5 to 7 continue the operation logic of the previous step, corresponding to the meal selection interface, the waiting to pick up interface, and the meal put into the backpack interface in turn; change state figure 8 is the interface state presented after clicking the "pick up complete" button in the interface. 8. Other circumstances that need to be explained: "xx" in each view represents text or numbers; the interface content displayed in the front view and change state figures can be referred to in the actual use process.

This utility model discloses a waterproof joystick mouse resistant to high and low pressure environments, including a mouse faceplate, joystick, mouse buttons, a base plate, a shielding box, and a PCBA board. The mouse faceplate has an opening at the bottom, and multiple screw connecting posts are provided along the inner side of the opening. A first through hole for fixing the joystick is provided on the left side of the mouse faceplate. A second through hole for fixing the mouse buttons is provided on the right side and near the front end of the mouse faceplate. The base plate has a recessed area that conforms to the shape of the lower opening of the mouse faceplate, and a waterproof gasket is embedded in the recessed area. Screw connecting holes are provided on the inner side of the recessed area corresponding to the waterproof gasket. The upper end of the shielding box is open, covering the through holes of the base plate and sealingly connecting to the base plate. The shielding box has vent holes, and a waterproof and breathable membrane is provided inside the vent holes. The PCBA board is fixed inside the shielding box and connected to the joystick and mouse button circuitry. The PCBA board is connected to a signal transmission socket.

This invention belongs to the field of computer human-computer interaction and image processing technology, and discloses an image artificial intelligence interaction method, electronic device, system, and computer-readable storage medium based on mouse button and gesture trajectory. The client software uses the mouse smart button press event as the zero point of a unified time reference, synchronously acquires microphone audio streams and mouse cursor position sequences based on the unified time reference, and uses the release event as the submission boundary; it acquires original image pixel data and display transformation parameters, inversely transforms the screen coordinate trajectory into a trajectory point sequence in the original image coordinate system, and determines the area of ​​effect; it identifies the instruction text from the audio stream, encapsulates the original pixel data, the area of ​​effect, and the instruction text into a structured data packet and sends it to the artificial intelligence processing module, and outputs the results according to the return result type.

1. The name of the design product: timing feeding graphical user interface of intelligent pig farm feeding system for electronic equipment. 2. The use of the design product: an electronic device. 3. The design points of the design product: the graphical user interface in the screen. 4. The picture or photo that best shows the design points: front view. 5. The use of the graphical user interface: for the display and interaction of the timing feeding interface of the intelligent pig farm feeding system, and different interfaces are displayed according to the operation of the user. 6. The human-computer interaction mode of the graphical user interface: the graphical user interface of the front view is the timing feeding interface of the intelligent pig farm feeding system, and in the interface of the front view, the information of the start time, feeding ratio, feeding mode and group of the whole timing feeding is intuitively displayed, and the timing feeding can be manually added or deleted. After clicking the "+" button in the upper left corner of the front view, the interface jumps to the interface of change state figure 1; change state figure 1 pops up a dialog box: "add," fill in the specific "start time, feeding ratio, feeding mode, group, cleaning state and execution time," and after left-clicking "confirm," the interface jumps to the interface of change state figure 2; change state figure 2 pops up a dialog box: "prompt, add successfully," and after left-clicking "I know" with the left mouse button, the interface jumps to the interface of change state figure 3; the interface of change state figure 3 displays the feeding timing clock that has just been added successfully; after left-clicking the "delete" icon behind the clock in change state figure 3, the interface jumps to the interface of change state figure 4; change state figure 4 pops up a dialog box: "prompt, confirm deletion?", and after left-clicking "confirm," the interface jumps to the interface of the front view, and at this time, the clock just added is deleted.

The utility model discloses a mouse button pre -press structure, including mouse main part, button subassembly, micro -switch and plastic framework, and the button column is established between the button subassembly bottom abutment structure and micro -switch, the steel wire clamping spring is installed in the inside of the reverse pull arm of plastic framework front end, and the abutment structure is connected with the end of clamping spring, and the silica gel cover of button column is wrapped wear -resisting piece, and the silica gel edge first buffering when contacting micro -switch, and the pre -pressure is exerted to button subassembly through the reverse pull arm of clamping spring, and the balance button tension is made, and the down pressure is consistent with switch feedback force, and when rebounding, the button column is limited to hit the framework, and the hand feeling and noise are improved, and the no -loop fool -proof design of two end hooks vertical intersection is adopted to clamping during assembly, and the installation difficulty is reduced, and the structure is through the pre -pressure spring and silica gel buffer design, and the button hand feeling and assembly efficiency are promoted, and the problem that the existing torsion ring structure buffer is poor and assembly is complicated is solved.

The application discloses an image labeling method, system and device based on adaptive threshold semantic segmentation, wherein the method comprises the following steps: when detecting that a first control on an operation interface is triggered, displaying a to-be-processed image in a preset region of the operation interface, and then converting the to-be-processed image into an OpenCV image; when detecting that a color list combination control on the operation interface occurs multiple valid triggering events, in response to each valid triggering event, marking a color curve produced by a user performing a long-press drag operation of a left mouse button on the to-be-processed image, and obtaining corresponding curve information to give a color label in the OpenCV image; and when detecting that a hidden save control on the operation interface is triggered, using a watershed algorithm to perform adaptive pixel filling on each region in the current OpenCV image according to the color label given in the region, obtaining a final mask image, and saving the final mask image to a specified path. The application can improve the image labeling efficiency.

1. Name of the product in this design: Graphical User Interface for Tray Management of USB Flash Drives in Electronic Devices. 2. Purpose of this design: An electronic device. 3. The key design features of this product are: the color changes in the graphical user interface and the interaction process. 4. The picture or photo that best illustrates the key design points: Design 1 front view. 5. The design for which protection is sought includes color. 6. Design 1 is designated as the basic design. 7. Purpose of the graphical user interface: To manage the connection status of the USB flash drive. 8. Human-computer interaction method of graphical user interface: The main view of Design 1 is the main interface entered when the USB flash drive is inserted; when the mouse moves to the left area of ​​the USB flash drive pop-up window in the main view of Design 1, the interface changes to state 1; when the mouse moves to the "First Partition Name" text position in the interface changes to state 1, the interface changes to state 2; in the interface changes to state 2, keeping the mouse at the "First Partition Name" position and pressing the left mouse button, the USB flash drive icon color changes, and the interface changes to state 3; in the interface changes to state 3... Releasing the left mouse button opens the first partition of the USB drive; Design 2's main view is the main interface entered when the USB drive is inserted; hovering the mouse over the right side of the USB drive pop-up window leads to Design 2's interface change state diagram 1; clicking the "pop-up" area in Design 2's interface change state diagram 1 leads to Design 2's interface change state diagram 2; Design 3's main view is the main interface entered when the USB drive is inserted; inserting a second USB drive leads to Design 3's interface change state diagram 1; clicking the USB drive button in the bottom tray in Design 3's interface change state diagram 1 leads to Design 3's interface change state diagram 2.

An earbud case with the functionalities of a wireless computer mouse. The earbud case may include a compliant lid having a curved surface having ergonomics of a computer mouse. The earbud case may also include a body having a curved top and a flat bottom, wherein the body is divided into a first portion and a second portion located on the curved top. The first portion may include a first chamber and second chamber having electrical contacts connected to a power management sub-system, the power management sub-system to charge a first earbud when placed in the first chamber and a second earbud when placed in the second chamber. The second portion may include a first and a second mouse button. The first and second mouse buttons may be activated by compression of the compliant lid in areas above the first and second mouse buttons.

This invention relates to the field of intelligent text correction technology, specifically an intelligent text correction method based on mouse interaction, comprising the following steps: S1, displaying the recognized text result in an app; S2, determining errors in the recognition result within the app's input box; S3, activating the text correction program via a mouse button; S4, displaying a correction pop-up window that follows the cursor's movement; S5, moving the cursor to the vicinity of an erroneous text using the mouse; S6, acquiring information such as the app's handle, input box content, cursor context, and cursor position; S7, determining the current erroneous term and generating candidate obfuscation terms; S8, selecting N optimal candidate obfuscation terms from the candidate obfuscation terms and displaying them in the correction pop-up window; S9, selecting the correct term by clicking on it in the correction pop-up window using the mouse; S10, replacing the erroneous text in the app with the selected correct term, and exiting the text correction mode via a mouse button; thus achieving efficient and accurate text recognition correction.

1. Name of the product in this design: Main function bar of a graphical user interface for gene sequence editing in electronic devices. 2. Intended use of this design: for use in an electronic device. 3. The key design features of this product are the graphical user interface. 4. The picture or photo that best illustrates the key design points: Design 1 front view. 5. This design is a two-dimensional product, so the rear view is omitted; this design is a two-dimensional product, so the left view is omitted; this design is a two-dimensional product, so the right view is omitted; this design is a two-dimensional product, so the top view is omitted; this design is a two-dimensional product, so the bottom view is omitted. 6. Design 1 is designated as the basic design. 7. Purpose of graphical user interface: Used for the functional status and interactive interface when editing gene sequences in the field of molecular biology. 8. Human-computer interaction method of graphical user interface: Design 1 main view is the "map tab" interface after opening the plasmid in molecular biology software. In the main view of Design 1, hovering the mouse pointer over the first icon with the letter ORF will enter the Design 1 interface change state (Figure 1). In the state of Design 1 interface change diagram 1, left-click the first icon from top to bottom in the column of function icons in the left sidebar of the interface to enter the state of Design 1 interface change diagram 2. In the state of Design 1 interface change diagram 2, in the column of function icons on the left side of the interface, starting from top to bottom, hover the mouse pointer over the second icon to enter the state of Design 1 interface change diagram 3. In the state of Design 1 interface change diagram 3, left-click the second icon from top to bottom in the column of function icons on the left side of the interface to enter the state of Design 1 interface change diagram 4. In the state shown in Figure 4 of the interface change diagram for Design 1, manipulate the scroll bar on the right side of the interface to drag it to the bottom, and enter the state shown in Figure 5 of the interface change diagram for Design 1. In the state of Design 1 interface change diagram 5, in the column of function icons on the left side of the interface, starting from top to bottom, hover the mouse pointer over the third icon to enter the state of Design 1 interface change diagram 6. In the state shown in Figure 6 of the Design 1 interface change diagram, left-click the third icon from top to bottom in the column of function icons on the left sidebar of the interface to enter the state shown in Figure 7 of the Design 1 interface change diagram. In the state of Design 1 interface change diagram 7, in the column of function icons on the left side of the interface, starting from top to bottom, hover the mouse pointer over the fourth icon to enter the state of Design 1 interface change diagram 8. In the design 1 interface change state figure 8 state, the fourth icon from top to bottom in the left column of the interface function icon is clicked with the left mouse button, and the design 1 interface change state figure 9 is entered. In the design 1 interface change state figure 9 state, the fifth icon from top to bottom in the left column of the interface function icon is hovered by the mouse pointer, and the design 1 interface change state figure 10 is entered. In the design 1 interface change state figure 10 state, the fifth icon from top to bottom in the left column of the interface function icon is clicked with the left mouse button, and the design 1 interface change state figure 11 is entered. In the design 1 interface change state figure 11 state, the sixth icon from top to bottom in the left column of the interface function icon is hovered by the mouse pointer, and the design 1 interface change state figure 12 is entered. In the design 1 interface change state figure 12 state, the sixth icon from top to bottom in the left column of the interface function icon is clicked with the left mouse button, and the design 1 interface change state figure 13 is entered. In the design 1 interface change state figure 13 state, the seventh icon from top to bottom in the left column of the interface function icon is hovered by the mouse pointer, and the design 1 interface change state figure 14 is entered. In the design 1 interface change state figure 14 state, the seventh icon from top to bottom in the left column of the interface function icon is clicked with the left button, and the design 1 interface change state figure 15 is entered. In the design 1 interface change state figure 15 state, the eighth icon from top to bottom in the left column of the interface function icon is hovered by the mouse, and the design 1 interface change state figure 16 is entered. In the design 1 interface change state figure 16 state, the eighth icon from top to bottom in the left column of the interface function icon is clicked with the left key, and the design 1 interface change state figure 17 is entered. In the design 1 interface change state figure 17 state, the ninth icon from top to bottom in the left column of the interface function icon is hovered by the mouse cursor, and the design 1 interface change state figure 18 is entered. In the design 1 interface change state figure 18 state, the ninth icon from top to bottom in the left column of the interface function icon is clicked with the left click, and the design 1 interface change state figure 19 is entered. 8-2, the man-machine interaction mode of the graphical user interface of design 2: the man-machine interaction mode from the design 2 main view to the design 2 interface change state figure 17 is the same as the man-machine interaction mode from the design 1 main view to the design 1 interface change state figure 17. In the design 2 interface change state chart 17 state, the user can in the interface left side column a column of function icons, from top to bottom, the mouse pointer on the first icon on the mouse left button long press 1 second, enter the design 2 interface change state chart 18. 8-3, the man-machine interaction mode of the graphical user interface of design 3: the man-machine interaction mode from design 3 main view to design 3 interface change state chart 17 is the same as the man-machine interaction mode from design 1 main view to design 1 interface change state chart 17. In the design 3 interface change state chart 17 state, the user can in the interface left side column a column of function icons, from top to bottom, the mouse pointer on the third icon on the mouse left button long press 1 second, enter the design 3 interface change state chart 18. 8-4, the man-machine interaction mode of the graphical user interface of design 4: the man-machine interaction mode from design 4 main view to design 4 interface change state chart 17 is the same as the man-machine interaction mode from design 1 main view to design 1 interface change state chart 17. In the design 4 interface change state chart 17 state, the user can in the interface left side column a column function icons, from top to bottom, the mouse pointer on the sixth icon on the mouse left button long press 1 second, enter the design 4 interface change state chart 18. 8-5, the man-machine interaction mode of the graphical user interface of design 5: the man-machine interaction mode from design 5 main view to design 5 interface change state chart 17 is the same as the man-machine interaction mode from design 1main view to design 1 interface change state chart 17. In the design 5 interface change state chart 17 state, the user can in the interface left side column a column above the first icon of function icons, the icon pattern is similar to two " " composed of " " hover, enter the design 5 interface change state chart 18. In the design 5 interface change state chart 18 shown in the interface, the user can in the interface left side column a column above the first icon of function icons on the mouse left button single click, the icon pattern is similar to two " " composed of " " enter the design 5 interface change state chart 19. 8-6, the man-machine interaction mode of the graphical user interface of design 6: the man-machine interaction mode from design 6 main view to design 6 interface change state chart 17 is the same as the man-machine interaction mode from design 1 view to design 1 interface change state chart 17. In the design 6 interface change state chart 17 state, the user can hover on the function "sequence" button in the bottom bar of the interface, enter the design 6 interface change state chart 18. In the interface change state diagram 18 state, the user can click the left mouse button on the interface bottom bar row of functions "sequence" button to cut the interface to "sequence tab", enter the design 6 interface change state diagram 19; in the design 6 interface change state diagram 19 state, the user in the interface left side column of function icons, from top to bottom, the mouse pointer hovers over the fifth icon, enter the interface change state diagram 20. In the design 6 interface change state diagram 20 state, the left mouse button is clicked on the interface left side column of function icons, from top to bottom, the fifth icon, enter the design 6 interface change state diagram 21. 9. Other need to be explained Other remarks: this design is a partial design, the red covered area in the design view is not claimed; the design 1 front view and each change state diagram can refer to the reference diagram of the design 1 in actual use. And, the design 2 interface change state reference diagram is the reference diagram of the design 2 interface change state diagram 18; the design 3 interface change state reference diagram is the reference diagram of the design 3 interface change state diagram 18; the design 4 interface change state reference diagram is the reference diagram of the design 4 interface change state diagram 18; the design 5 interface change state reference diagram 1-2 is the reference diagram of the design 5 interface change state diagram 18-19 respectively; the design 6 interface change state reference diagram 1-4 is the reference diagram of the design 6 interface change state diagram 18-21 respectively.

The invention relates to a mouse button with a modular click architecture. A computer mouse includes a chassis, a support beam having a first end configured to receive and secure a removable key panel and a second end opposite the first end, and a key switch coupled to the chassis in an inverted configuration. In operation, when the first end of the support beam moves downward, the second end of the support beam moves upward and contacts the key switch. The key switch module is operable to couple to the chassis at a plurality of different coupling positions, each coupling position being operable to increase or decrease a second pressing force on the key switch based on a distance from the key switch to the fulcrum. The key plate can be non-destructively removed from the support beam and can be coupled to the support beam without detaching the housing. The key switch can be non-destructively removed from the rack and can be coupled to the rack without dismounting the housing.

The utility model discloses an automatic disc arranging equipment, is equipped with connecting piece on the lifting spare of tool, is equipped with first profiling plate on connecting piece, is equipped with second profiling plate on turnover spare, and first profiling plate forms the support structure through drive and second profiling plate, and second profiling plate drives mouse button to overturn and set angle, and XYZ moving platform drive jaw clamps mouse button, and removes material to tray disc, and tray disc feeding mechanism and tray disc unloading mechanism are respectively used for the tray disc of turnover empty load and full material's tray disc, and tray disc material removal mechanism removes full material's tray disc from tray disc feeding mechanism material removal top to tray disc unloading mechanism. The utility model discloses can realize the positioning and overturn of mouse button, adjusts its from horizontal state to unified clamped state, and is placed in tray disc and carries out disc arranging, realizes the automatic disc arranging of mouse button, and improves disc arranging efficiency.

Excerpting on the computer currently involves extracting important text passages from a source document to an excerpt document using Copy and Paste. A computer-implemented method and two computer-implemented applications are described that make excerpting on the computer more efficient for the user. They recognize the release of a button pressed while selecting a portion of a source document, such as the release of the left mouse button at the end of making a selection with the mouse. Upon the release of the button, the selected portion is copied and pasted into an excerpt document without further user input. Definitions of insertion positions are described that allow the CPU to conduct such copying and pasting without user input. It is shown how the definitions provide the user with useful options and results. Some extensions lead to further efficiency of excerpting on the computer for the user.

The utility model discloses a mouse button forming die, including lower mould, the top of lower mould is provided with mould groove, the upper portion of lower mould is provided with upper mould, the bottom fixed connection of upper mould has the protruding piece of mould groove adaptation, the cavity is seted up on lower mould, the inner wall of cavity is inserted with the electric push rod of fixed connection, the telescopic end fixed connection of electric push rod has the lifting plate, the top fixed connection of lifting plate has two top rods, two through -holes of top rod adaptation are seted up on lower mould, and the top of two top rods respectively extends to mould groove through two through -holes. The utility model discloses, can effectively reduce the difficulty of mouse button demoulding, promote the efficiency of demoulding, can effectively avoid the damage of mouse button in the demoulding process, and then improve the practicality of device.