11 results about "Color function" patented technology

This invention discloses a simulation method, apparatus, medium, and device for flip chip underfill, relating to the field of flip chip underfill simulation technology. The invention simulates the flip chip underfill process within a computational domain divided into two meshes in a flow plane perpendicular to the depth direction using a color gradient lattice Boltzmann model. A color function clearly distinguishes between the wetting phase (filler adhesive) and the non-wetting phase (air) to dynamically track the two-phase interface. When simulating the flow field changes during the self-absorption process of flip chip underfill, the average curvature of the interface in the depth direction and the average frictional force of the upper and lower solid walls of the flip chip are introduced to determine the force applied at the two-phase fluid interface, thus reflecting three-dimensional physical effects. While maintaining near-two-dimensional computational costs, this invention significantly improves the accuracy of flip chip underfill simulation and can quickly predict the entire flip chip underfill process at a lower cost.

This application relates to a method for automatically generating SCSS files, a theme switching method, an apparatus, a device, and a medium. The method for automatically generating SCSS files includes: obtaining a preset mapping table file and color swatch files for all themes; the mapping table file includes multiple mapping rule objects, each defining the correspondence between color functions of different themes; for each theme, obtaining all color values ​​of the current theme based on all the mapping rule objects and the color swatch file of the current theme; and generating an SCSS file based on all the color values ​​of the current theme. This invention defines the correspondence between color functions of different themes through a preset mapping table file, requiring only the maintenance of a basic color swatch and a single mapping table. Adding colors or modifying mapping relationships does not require repeated searching and modification between different files; updates are performed from a single source, and the script automatically synchronizes the changes to all theme files, greatly improving maintainability.

The present application relates to the field of photoetching technology, and particularly relates to a method and device for solving coloring boundary conflict and computer equipment, comprising the following steps: S0: providing an initial mask plate graph; S1: dividing the initial mask plate graph into multiple blocks, the blocks containing multiple subunits, and each block containing an initial subunit and a key subunit; S2: selecting a predetermined area of the initial mask plate graph as an initial block set, the initial block set including at least one block, and coloring the subunits of each block in the initial block set through a preset coloring function to obtain a colored initial block set; S3: coloring other blocks through the coloring function and the key subunit of each block in the colored initial block set to obtain a colored mask graph. The method provided by the present application improves the efficiency of solving the coloring boundary conflict problem.

The application discloses an active capacitive pen with color sucking function, comprising a pen body, the front end of which is provided with a pen point capable of emitting an input signal; and a color module located at the rear end of the pen body and used for detecting the color of the surface of an object; the color module comprises a transparent tail cover, a color sensor located in the transparent tail cover, and a circuit board electrically connected with the color sensor; the circuit board is provided with a signal processing module, a format conversion module and a data transmission module; the signal processing module is used for receiving the electric signal of the color sensor and converting the electric signal into a digital signal; the format conversion module is used for converting the digital signal into a color value in a standard color format; and the data transmission module is used for sending the color value to a matching device; the color sensor is arranged, when it is necessary to switch the color used for drawing, the color information of the environment where the color sensor is located is directly collected through the control of the color sensor, so that more convenient and fast color switching is realized, and the efficiency of drawing work is improved.

OCR06WT This invention reveals a dimmable power supply with an integrated dimmer consisting of a housing. The control panel is mounted inside the housing, and the multi-pole operating terminals are mounted on the housing of the control panel. Installation of electromagnetic compatibility module, switching power supply module, main control module, etc. Adjustable output and dimming control module; integration of the dimmer and dimming power supply. It not only reduces wiring but also offers the advantages of easy installation, a compact and small structure, and cost reduction. Furthermore, it features adjustable lighting and color functions and can be configured to meet CLA.ASSS2 standards. From the United States.

The invention belongs to the technical field of backlight modules, and discloses a preparation method of a multi-area independent dynamic color integrated keyboard backlight module, and a main hierarchical structure comprises a color mapping shading layer, a light guide layer, a reflecting layer and an FPC substrate layer which are arranged from top to bottom, a color mapping light shielding layer integrating light shielding, reflection and color functions is attached to the upper portion of a light guide layer, a high-precision regionalization ink deposition technology is utilized, light-transmitting ink of different colors is precisely printed on a specific keyboard key position window, and a white ink layer is printed on a non-light-transmitting area between corresponding keyboard key positions on the back face. When the LED lamp beads emit white backlight, the white ink high-reflection area directly improves the light efficiency, the color saturation and the uniformity of the colorful area by recycling escape light rays, so that the preset color independently presented by each key position achieves the optimal effect in a single light source system, and the color brightness is improved. According to the method, keyboard backlight personalized dazzling display and function partition prompt are met at the same time, and the visual interaction experience of a user is improved.

The invention discloses an external flash lamp module capable of switching colors, and relates to the technical field of atmosphere lamps. An external flash lamp module capable of switching colors comprises an external shell, a rotatable light-transmitting wheel, a motor, a battery, a control module and a control button, the external shell is arranged outside an atmosphere light combination device, the rotatable light-transmitting wheel is embedded in the front portion of the external shell, the rear portion of the rotatable light-transmitting wheel is connected with the motor, the battery is arranged on the lower portion of the motor, and the control module is connected with the control button. A control module is arranged on the upper portion of the motor. Control buttons are arranged on the left side and the right side of the outer shell. The mobile phone flash lamp is simple in structure and convenient to use, can adopt the transparent lens when not in use, continues to use the original performance of the mobile phone flash lamp, can be used as an atmosphere lamp at specific times, can change the atmosphere change intensity, or can fix a color function, can adjust the color change through the speed of the gear, and is suitable for live broadcast show, wedding and the like. And festivals, cross-year, firework show, unmanned aerial vehicle show and other scenes.

The utility model relates to the technical field of sewing machines, in particular to a sewing machine with a double-needle double-color function, which comprises a machine head mounted on a rack, a shrinking mechanism for folding fabrics is arranged on the rack, and a pressing and sewing mechanism for quickly switching threads in different colors is arranged on the machine head. By arranging the pressing and sewing mechanism, in the production process of the fabric, in order to automatically fix and press the fabric, improve the processing speed of the fabric and reduce the labor intensity of workers, the device adopts the double-needle double-color machine head, so that threads with different colors can be quickly switched, and the production efficiency is improved. According to the fabric sewing machine, after one row is sewn again, the next row can be sewn immediately, the fabric sewing processing efficiency is improved, the processed fabric can be rapidly folded and taken through the shrinking mechanism in the fabric production processing process, sewing processing can be conveniently conducted on other fabrics, and therefore the fabric production rate is increased.

The embodiment of the invention discloses a data processing method and device, electronic equipment and a storage medium, and the method comprises the steps that a target color function corresponding to a page element is searched for from a style code corresponding to a page, the target color function comprises a color group parameter corresponding to the page element, and a target color function corresponding to the page element is searched for from a color group corresponding to the color group parameter; the method comprises the steps of obtaining color values of a page element in multiple theme modes, generating a style sheet corresponding to each theme mode based on the color value of the page element in each theme mode, generating a style file corresponding to a page according to the style sheets corresponding to the multiple theme modes respectively, obtaining a to-be-displayed target theme mode from the multiple theme modes, and displaying the to-be-displayed target theme mode according to the to-be-displayed target theme mode. And rendering the color of the page element based on the color value contained in the style sheet corresponding to the target theme mode in the style file. According to the technical scheme, the style development cost corresponding to the theme mode can be saved, and the theme mode switching effect is improved.

The invention provides a colored cutter coating design method, which belongs to the technical field of cutter coatings, and comprises the following steps: firstly, analyzing the requirements of a cutter substrate and a coating; processing conditions and performance requirements are analyzed, a tool base body material and surface parameters of the tool base body material are determined, and mechanical performance parameters of the hard coating and color space parameters of the color coating are determined; then designing a hard coating; selecting a hard coating material according to the mechanical property parameters of the hard coating; designing a color coating; and selecting a chemical color mechanism or a structural color mechanism according to the color space parameters. When the cutter is prepared, the coated cutter comprises a cutter base body, a hard coating and a color coating, the hard coating is deposited on the cutter base body, and the color coating is deposited on the hard coating. According to the invention, independent optimization and collaborative improvement of wear resistance and color function of the cutter coating are realized, and the problem of performance contradiction of the traditional coating is solved.

This utility model discloses a scissor-switch magnetic switch keyboard with a spring as the key reset element, including a scissor-switch structure, an overall fixing plate, keycaps, springs, and a single-sided FPC made of several magnetic induction integrated circuit chips. The bottom of the scissor-switch structure is fixed to the overall fixing plate, and the top is fixed to the keycaps. The spring is set in the hollow part of the scissor-switch structure for resetting the scissor-switch structure and the keys. A magnetic element is set below the keycaps or below the spring. The single-sided FPC is closely attached to the lower or upper surface of the overall fixing plate. This utility model is compatible with existing scissor-switch layout structures, while changing the keyboard keys to magnetic induction, greatly extending the key life. The magnetic induction keyboard has full key rollover, and the magnetic induction integrated circuit chip has built-in RGB color function, with a dreamy lighting effect. The logical communication between the keys and the lighting indicators is more efficient and simple.