255 results about "Screen design" patented technology

The invention provides a computer implemented, methods, systems, software program devices, and a Multi-Tier Graphical Interface level General User Interface (GUI) screen designed to support data integration processes for IT and Subject Matter Experts User access and use of structured data sources. The software enables create, extract, transform, programs, processes, and load data integration application Data Integration Application (Composite Object)s through an object based software design enabling efficient and rapid retrieval, processing, and positioning of structured data directly from one or multiple data sources to the required formats, processes, and application support at the skills set levels of the user. The software is a command and processes design for Data Integration Application (Composite Object) that can be transaction oriented, recurring process, as well as periodic The software is an open, data oriented system design for rapid generation and support of Data Integration Application (Composite Object)s using a Multi-Tier three dimensional graphical interface design for cell based data applications. The Data Integration Application (Composite Object) are compiled, independent object applications residing in an object library designated by the user/user IT organization. The compiled data application object are run on the organization's existing computing systems under standard compute processing procedures as either independent applications or in support of the organizations ongoing business/operational requirements for data use requirements.

The invention provides a terminal device, a control method thereof, a computer readable storage medium, and a computer device. The terminal device comprises a shell, a hidden module, a screen component, and a drive component, wherein the shell is provided with an installation groove, the hidden module is matched with the installation groove, the screen component covers on the shell, the drive component is arranged between the shell and the screen component, is connected with the hidden module, and is used for driving the hidden module to extend out of or retract into the installation groove from one end of the shell, and when the hidden module extends out of the installation groove, a part of the hidden module is still in the installation groove. According to the terminal device, components exposed on the front of the terminal are arranged on the hidden module arranged in the installation groove of the shell, the drive component drives the hidden module to extend out of or retract intothe installation groove, and the hidden module retracts into the installation groove and hides in the screen component, so that the screen ratio of the terminal device is increased, and the full screen design of the terminal device is realized.

The invention discloses a mobile terminal (MT) including a bottom case, a display module, a middle frame shell and a mounting support. The display module is fixed on the mounting support. One side of the middle frame shell is provided with an installation channel in which the display module and the mounting support are fixed. The other side of the middle frame shell is provided with a connector by which the bottom case is buckled on the middle frame shell. The MT is applicable to the technical field of communication electronics and improves the structural stability; and moreover, a full screen design of the MT can be achieved, creating a better visual effect.

The invention relates to the technical field of terminal equipment, in particular to terminal equipment. The terminal equipment is used for solving the problem in the prior art that layout of an ambient light sensor limits a full screen design. The terminal equipment mainly comprises a display module, a middle frame for fixing the display module, a light guide column embedded in the middle frame and an ambient light sensor located at the bottom of the light guide column. The light inlet surface of the light guide column guides ambient lights to the ambient light sensor. Therefore, the ambientlight sensor does not occupy the frame of the terminal equipment, does not affect the screen-to-body ratio of the whole machine, and facilitates the full screen design of the terminal equipment.

A customization information processing section generates and displays a customization setting screen corresponding to a menu screen, with reference to screen design information and customization information read from respective storage sections, and then registers information regarding a button, such as a size, position, and character string input and set by a user, with the customization information storage section. When a screen display control section displays a menu screen, it generates and displays a customized menu screen based on the screen design information and the customization information read from the respective storage sections. In this manner, a standard screen provided for an image forming apparatus is customized.

A new touch screen design provides for corrections of non-uniformities, more accurate touch point measurement, and multiple simultaneous touch point measurements through the use of a grid of relatively conductive lines.

To use the same onboard apparatus and navigation system in many kinds of vehicles. A table in which manufacturers and vehicle types are connected with designs and functions has been previously stored in a navigation system module 21. The navigation system module 21 itself sends the center controller 11 a query about vehicle information (the country that manufactured, manufacturer, vehicle type, using country, manufacturing number), recognizes the vehicle information supplied from the center controller 11, and automatically sets the screen design, function, etc., suitable to the vehicle on which the onboard apparatus is mounted.

An aeration/ventilation device to be mounted on an aperture of a soffit may include a mounting platform to cooperate with the aperture of the soffit, a motor housing connected to the mounting platform, and a fan motor connected to the motor housing to a.) pull/draw cooler air in from the exterior of the soffit (under-eave) area of the building structure thus forcing the cooler air into the soffit interior and on into the attic space. b.) pull/draw hotter air out from the attic space into the interior of the soffit area thus forcing the hotter air out from the under-eave area of the structure. The aeration/ventilation device my use a double, single or multiple fan motors. These fan motors may be fixed to or be adjustable to the pitch angle of the roof structures. The aeration device my also include an electronic control housing to control the operation of the fan motors. The exhaust side of the motors may be fitted with adjustable air thruster device to create the effective exhaust velocity for improved air ventilation and circulation, along with a domed intake screens designed for improved air intake velocity. As well as being equipped with an intake rain guard(s).

In the development of a Web application system, each of the components of the servlet, JSP, and Bean is define in a one-to-one relationship corresponding to each screen image, thereby making the relationship among each of the components clear. A component table generating unit is provided for generating the definition of each component as a component table from screen design. Also provided is an automatic code generating unit for automatically generating the code of servlet, JSP, and Bean using the component table and the information of the design document. This facilitates the development and alleviates the burden on developers or programmers.

The present disclosure relates to a mobile terminal, the mobile terminal includes: a casing, a display panel and a photosensitive device, the casing includes a middle frame casing, and the middle frame casing includes a casing body and a casing enclosed in the casing body A frame on the peripheral side, the display panel is arranged on the main body of the casing; wherein, there is a gap between the display panel and the frame, and the photosensitive device is arranged in the gap, and the photosensitive device is used to detect where Ambient light brightness in order to control the screen brightness of the display panel. The mobile terminal of the present disclosure arranges the photosensitive device in the gap between the display panel and the frame, which can meet the requirements of full-screen design or high-screen-occupancy design, and improve user experience while meeting the functional requirements of the mobile terminal.

The embodiment of the application discloses an ambient light intensity detection method and device, a storage medium and electronic equipment. The method comprises the following steps: controlling a light sensor to perform light intensity detection in the interval time between two adjacent frame pictures, and then acquiring at least one detected light intensity value detected by the light sensor,thereby acquiring the ambient light intensity value according to at least one detected light intensity value. Through the above way, the detection method disclosed by the application is in favor of realizing full-screen design.

of a graphical user interface screen design, generating, based on the data representative of the graphical user interface screen design, abstraction data representative of the graphical user interface screen design, and generating, based on the abstraction data, computing code configured to be processed by target computing devices having different computing platforms to render graphical user interface screens in accordance with the graphical user interface screen design. In certain examples, the method may further include exporting the computing code to a distribution subsystem for access by a developer. Corresponding methods and systems are also disclosed.

The invention discloses a filter capable of recycling thrombi. The filter is placed at the postcava position between a renal vein and an iliac vein through an interventional method, and lower limb thrombi can be prevented from going upwards to enter the lungs to cause pulmonary embolism. The filter capable of recycling the thrombi is characterized in that the two-layer filter screen design is adopted, the two-layer filter screen design comprises a near-end screen, a far-end screen and supporting rods which are connected between the near-end screen and the far-end screen, and the supporting rods adopt the internal concave type design; the internal concave design comprises internal concave portions and near-end points and far-end points which are connected to the upper sides and the lower sides of the internal concave portions, the near-end points and the far-end points are attached to the inner wall of a blood vessel to play a role in supporting the blood vessel, anchor thorns are arranged on the near-end points to play a fixing role, and the filter is prevented from being displaced under scouring of blood. According to the filter capable of recycling the thrombi, the thrombus filtering effect is good, locating can be repeatedly performed, fixing is stable, and the implanting time can be prolonged.

An Image-forming apparatus, which that can customize operation panel screens and customizes panel screen design information, having a communications unit that receives panel customizing information including sending origin identification information, user information, and panel customizing data from a server, user terminal or a plurality of Image-forming apparatuses. The panel customizing information control unit controls according to the type of sending origin determined by the sending origin determining unit and stores the received panel customizing information in the panel customizing information memory unit. The operation panel screen control unit controls the configurations of the operation panel screens and operating keys based on the stored panel customizing information, and standard screen design information.

The invention discloses a mobile terminal, an outside environment light intensity determination method and an outside environment light intensity determination device. A light shading layer, a middleframe and a main board are orderly arranged under a display screen of the mobile terminal, and an open hole is arranged on a preset region of the middle frame; an environment light sensor is mounted on the main board through the open hole, and a light-transmitting through hole is arranged at a position, directly facing the environment light sensor, on the light shading layer. In the mobile terminal, the method and the device provided by the invention, mounting of the environment light sensor under the screen is realized, and the environment light sensor mounted under the screen also can detectlight intensity, thus, screen-to-body ratio of the mobile terminal is improved, and implementation of a full screen design of the mobile terminal cannot be impeded.

The invention discloses an environment light intensity detection method applied to an electronic device. The electronic device comprises a display screen and an environment light sensor arranged at alower end of the display screen, wherein a collimating mirror is further added between the display screen and the environment light sensor, and the environment light intensity detection method comprises the following steps: when environment brightness is 0Lux, performing basic data acquisition, binding a brightness range of environment light with a light intensity information range from the lowestbrightness to the highest brightness of the display screen, and according to the basic data and calibration data, acquiring external environment light intensity information under a screen turned-offstate and a screen turned-on state and outputting corresponding light intensity information by the electronic device. With the environment light intensity detection method, the environment light intensity can be acquired accurately, the environment light brightness can be acquired accurately, the brightness output of the display screen becomes more precise, the environment light sensor is helped to be arranged at the lower end of the display screen without occupying an effective display region of the display screen, and full screen design is facilitated more.

A superpattern generator uses a first halftone pattern representing a first gray level and a second halftone pattern representing a second gray level to generate a larger pattern or "superpattern". In a preferred implementation, the superpattern generator generates a grid of elements to be used as a template for the superpattern, calculates a distance value representing the "distance" from the first gray level to a desired gray level TX, determines how many elements of the grid represent the first halftone pattern and how many represent the second halftone pattern based on the distance value, superimposes a dither matrix on the grid and assigns values representing the first halftone pattern or the second halftone pattern to pixels within the elements of the grid by examining threshold values in the dither matrix. This process is repeated for various values of TX to generate a set of superpatterns representing a set of gray levels intermediate to the first gray level and the second gray level.

A display system includes a combination image dividing section arranged to divide a single combination image composed of a plurality of item images into a plurality of image blocks such that each of the image blocks has an item image; an image inputting controlling section arranged to lay out the individual image blocks; and an image inputting controlling section arranged to generate display data based on the image blocks laid out thereby. This can achieve a display system, to be mounted in the maneuverable moving object and having high degrees of freedom for screen layout, at a lower cost.

The invention discloses a display device and a driving method. A backlight module of a liquid crystal display panel is formed by multiple straight-down type micro-LEDs so as to replace a traditional side entry type. Every tiny LED duplexing is reused as a light texture identifying emitter to emit light; the light can fully reflect at the position of a grain valley, and the light has reflection aswell as transmission in the grain ridge, thus the reflection light intensity at the valley position is caused, and the light reflected at the ridge position is weak; multiple optical grain identifyingreceiver is added between an opposite substrate and a substrate base plate; the grain is identified according to the intensity of the reflective light received by the optical texture identifying receiver, thus the pre-positioned texture identification can be realized. Due to the straight-down type micro-LED design, the light path identified by the optical texture can be solved; therefore, the display device can be used as the optical grain identifying emitter, thus the optical grain identifier does not need additional light source; the full screen design of the liquid crystal display panel can be realized under the function of the pre-positioned grain identification.

The invention discloses a method and electronic equipment. According to the technical scheme, the control instruction is executed to control the first sub-image to collect the image; whether the position parameter of the first sub-image acquisition device meets a preset condition or not can be determined by acquiring the position parameter of the image acquisition device below the screen; and if the position parameters of the first sub-image acquisition device meet the preset conditions, at least the second sub-image acquisition device is regulated and controlled to enable the first sub-imageacquisition device and the second sub-image acquisition device to collaboratively acquire images, thereby realizing high-quality pre-imaging. According to the technical scheme, the image collecting device is arranged below the display screen, front imaging can be achieved without forming an opening in the display screen, and full-screen design can be achieved.

A screen designing method and a screen designing device for reducing a moire pattern are provided. In the screen designing method, screen parameters corresponding to a preset screen frequency, a preset screen angle, and a preset resolution are detected first. Then, the coordinates of dot centers being the centers of cluster dots each with a plurality of microdots are detected. Next, a dot center order indicating a sequence in which the dot centers are turned on is determined. Thereafter, a microdot order indicating a sequence in which the microdots are turned on is determined using an evaluation function that quantitates the perception of a moiré pattern by a human's vision. Accordingly, the microdot order is determined using the evaluation function based on the visual characteristics of a human, thereby preventing patterns that degrade the quality of image formation and a moiré pattern from being generated.

An exemplary method includes a graphics export subsystem interfacing with a graphical user interface design subsystem to access data representative of a graphical user interface screen design, detecting a building block placeholder element in the graphical user interface screen design, accessing, from a repository of building block elements, data representative of a building block element associated with the building block placeholder element, and generating, based on the graphical user interface screen design and the building block element, computing code configured to be processed by a target computing device to render a graphical user interface screen in accordance with the graphical user interface screen design and the building block element. Corresponding methods and systems are also disclosed.