330 results about "Window system" patented technology

The invention is suitable for the field of data processing, and discloses a remote control method of an experiment sandbox, terminal equipment and a storage medium. The remote control method of the experiment sandbox comprises the following steps: if an experiment request initiated by a user side is received, configuring the experiment sandbox according to identity information carried by the experiment request, and querying experiment sandbox connection information corresponding to the identity information; selecting an active target Guacd instance from the Guacd cluster, and establishing an RDP session channel with the experiment sandbox according to the target Guacd instance and the connection information of the experiment sandbox; and responding to a trigger instruction of the user side according to the RDP session channel. The RDP session channel is constructed through the protocol conversion capability of the Guacd cluster, so that the hardware acceleration characteristic of the remote desktop of the Windows system can be fully played, and high-frame-rate graphic instruction transmission is realized.

The invention discloses a GUI (Graphical User Interface) program fuzz test method and system, computer equipment and a storage medium, and the method comprises the steps: firstly designing a hyper-call interface of a KVM (Keyboard Virtual Machine), and then designing a QEMU (Query Empirical Mode Unit) monitor for responding to a call number and a corresponding function code of the hyper-call interface of the KVM; the method comprises the following steps: writing a code library in which a call number and a corresponding function code are packaged for external call, injecting the code library into a target GUI program, creating a Windows agent layer under a Windows system, finishing a fuzzy test on the target GUI program through the Windows agent layer, creating a Linux agent layer under a Linux system, and finishing a fuzzy test on the target GUI program through the Linux agent layer. According to the method, the fuzzy test range of the GUI program can be expanded, and the fuzzy test speed of the GUI program is increased.

Resources of a system for controlling optically switchable windows may be used for a personal computing unit. The window system resources may include (i) a display associated with an optically switchable window, (ii) one or more processors of one or more controllers on a window network connected to a plurality of optically switchable windows in a building, wherein the one or more controllers are configured to vary tint states of the plurality of optically switchable windows in the building, (iii) memory of one or more controllers on the window network connected to the plurality of optically switchable windows in the building, and / or (iv) at least a part of the window network.

The application belongs to the technical field of door and window hardware fittings, and discloses a handle device and an in-swinging and in-swinging-out door and window system. The handle device comprises a handle, a handle seat, a transmission member and a transmission mechanism for driving the transmission member to move, the handle is rotationally connected to the handle seat, the transmission mechanism is connected to the handle seat and is in transmission connection with the handle and the transmission member, and the handle is connected with a hanging and locking mechanism which can be hung on the handle seat to lock the handle and can be manually unlocked by a user. The in-swinging and in-swinging-out door and window system comprises an in-swinging and in-swinging-out window sash and the handle device. The handle device and the in-swinging and in-swinging-out door and window system can effectively prevent the user from misoperation and accidental opening, have good handle anti-misoperation effect and good user experience.

A modular climatization system for a recreational vehicle and includes a mounting frame and a window, the mounting frame is mountable into a roof cut-out of the recreational vehicle, thereby defining an opening in the roof, an outward facing side and an inward facing side of the mounting frame with respect to the recreational vehicle, and the window is mountable to the outward facing side of the mounting frame, the modular climatization system further comprises an air conditioning unit and an air distribution unit, the air conditioning unit being mountable to the outward facing side of the mounting frame, wherein the window and the air conditioning unit are mountable to the frame in a mutually exchangeable manner, and the air distribution unit being mountable to the inward facing side of the mounting frame.

A seal for a sill for a sliding door and / or sliding window system (e.g., a lifting sliding door and / or lifting sliding window system which may include a sash and a sliding or lifting sliding sash, which can be moved in a displacement direction relative to the sash) may include a connecting part with a joint head for (e.g., form-fitting and / or force-fitting) attachment to a lateral end face of the sill extending in the displacement direction, and a sealing part with a sealing lip for sealing with respect to a base or floor, and a joint socket. The joint socket, for coupling the sealing part and the connecting part to one another, may engage around the joint head (e.g., in a form-fitting manner) and, in the coupled state of the sealing part and the connecting part, may be rotated relative to the joint head.

The utility model belongs to the technical field of doors and windows, and discloses a micro-ventilation door and window system safe to use. A window sash; a driver; a handle structure; a first locking structure; and a second locking structure. State switching is carried out by controlling the rotating angle of the rotating handle, when the first locking structure is unlocked and the second locking structure is locked, a micro-ventilation state is achieved, and the window sash can only be partially opened; when the first locking structure and the second locking structure are both unlocked, the window sash is in a normal opening state, and the window sash can be completely opened, so that the curiosity that a child operates the handle structure to open the window sash can be met, potential safety hazards are reduced, and the use safety of a door and window system is improved.

The invention relates to a vehicle window system which comprises vehicle window glass, a sensing subsystem, a control subsystem and an execution subsystem. The vehicle window glass comprises a plurality of functional modules; the sensing subsystem is used for collecting internal and external environment data; the control subsystem is used for determining a target mode through a preset strategy according to the internal and external environment data of the vehicle; analyzing through a preset analysis model according to the data of the environment inside and outside the vehicle and a rule of a target mode to obtain a control instruction for controlling an execution subsystem; a control instruction is sent to the execution subsystem; and the execution subsystem is used for responding to the control instruction so as to enable the plurality of function modules to execute operations corresponding to the control instruction. The invention further provides a control method, the vehicle and a storage medium. The functions of the vehicle window system are enriched, the control method of the vehicle window system is optimized, the regulation and control requirements of the vehicle window system in part of complex scenes can be better met, and the driving safety and the vehicle using experience are improved.

The invention relates to the technical field of automation control, and discloses a control method and device for an intelligent atomization window system, computer equipment and a storage medium, and the method comprises the steps: determining a target object in a target range of a target building, and obtaining the initial multi-modal data of the target object; performing target identification and trajectory prediction processing based on the initial multi-modal data to obtain target prediction data of the target object; and calling a building information model of the target building, and determining an atomization decision result based on the relative distance and the movement track to drive the intelligent atomization window system to execute a real-time atomization action. According to the method, a target is locked and multi-modal data are fused to complete identification and trajectory prediction, then a building information model is called to convert a relative distance and a motion trajectory into an atomization decision, a system can drive an intelligent atomization window to act in real time before the target enters a visual range, and active privacy protection of shielding in advance, low mistaken touch and accurate window area response is achieved.

The invention discloses a TBR implementation method of a desktop GPU for mobile 3D application optimization, which comprises the following steps: defining block metadata of screen blocks in a Mesa driver, establishing a block manager, when a mobile application context is detected, acquiring GPU core parameters by the block manager, calculating the size of a basic block, dividing a screen into areas corresponding to shader arrays in number, and storing the areas in a memory; establishing a mapping table of a basic block, a computing unit and an L2 cache slice, generating a resource hash table, analyzing block metadata and the mapping table after whole frame rendering is started, determining a hardware channel according to the mapping table, scheduling rendering tasks according to priorities, and configuring a GPU rendering state. Then executing a vertex shader, rasterization, a fragment shader, depth testing and color mixing to complete block rendering, updating block metadata, merging intermediate data into a final frame buffer according to geometric information after rendering of all basic blocks is completed, and submitting the final frame buffer to a window system to complete single-frame display. And the operation efficiency of the mobile operation system and the mobile terminal 3D application on the desktop platform is optimized.

The utility model discloses a separator, a lock and a door and window system. The separator is used for the door and window system, the door and window system comprises a lock and two opposite door plates, a mounting opening is formed between the two door plates, the lock comprises a lock cylinder, a first handle seat and a second handle seat, the lock cylinder is arranged in the mounting opening, and the first handle seat and the second handle seat are arranged on the two sides of the lock cylinder in a one-to-one correspondence mode; the isolation piece is used for being arranged between the two door plates, the isolation piece is used for clamping one of the two door plates together with the first handle seat, and the isolation piece is used for clamping the other one of the two door plates together with the second handle seat. In this way, the separator can be arranged between the two door plates and enables the two door plates to be separated from each other in the clamping process, and the problem that the door plates deform due to the fact that clamping force is too large is solved. Specifically, the separator provides an additional supporting effect on the two door plates, and the clamping force of the handle seat on the door plates is effectively dispersed, so that the structural integrity of the door plates is protected, and the influence of deformation of the door plates on the overall attractiveness of the door and window system is avoided.

The utility model discloses a folding door and window system which comprises at least two door and window sashes, each door and window sash is provided with a vertical side frame, each side frame is provided with an arc-shaped side wall, and the section of the arc-shaped side wall in the horizontal direction protrudes from inside to outside. The hinge assemblies are connected between the two adjacent door and window sashes, and the hinge assemblies are located at the upper ends and / or the lower ends of the door and window sashes; all the door and window sashes can move between an unfolding position and a folding position under the guidance of the hinge assembly. When all the door and window sashes are located at the unfolding positions, the arc-shaped side walls of the two adjacent side frames are opposite to each other so as to shield a gap between the two adjacent door and window sashes in the horizontal length direction, and an anti-pinch opening is formed between the arc-shaped side walls of the two adjacent side frames. Therefore, when the door and window sashes are unfolded, no extra space needs to be reserved on the main body between the upper ends and the lower ends of the door and window sashes for the hinge assembly to move, the two adjacent door and window sashes cannot interfere with each other when being unfolded due to the design of the arc-shaped side walls, and therefore the gap between the side frames of the two adjacent door and window sashes is effectively reduced.

Exemplary embodiments of the process of remotely accessing a first device may include: connecting the first device to an authentication server; generating a one time code; transferring the one time code to a second device; connecting the second device to the authentication server; sending the one time code from the second device to the authentication server; confirming the one time code with the authentication server; modifying the first device to exclusively use only one credential provider to authenticate a user; communicating approval for authentication of the user from the authentication server to the first device when the one time code is confirmed with the authentication server; and singing the user into the first device after the approval for authentication of the user is communicated to the first device.

The utility model provides a unit type door and window energy-saving auxiliary frame installation system and a door and window system. The unit type door and window energy-saving auxiliary frame installation system comprises a wall connecting iron piece, a hook auxiliary frame, a groove entering auxiliary frame, a hook auxiliary frame and outer frame connecting adapter and a groove entering auxiliary frame and outer frame connecting adapter. The hook auxiliary frame comprises hook auxiliary frame inner and outer section bars and hook auxiliary frame heat insulation strips, and wall connecting iron pieces are installed at the tops of the hook auxiliary frame inner and outer section bars. The groove entering auxiliary frame comprises groove entering auxiliary frame inner and outer profiles and groove entering auxiliary frame heat insulation strips, the groove entering auxiliary frame heat insulation strips are clamped in the groove entering auxiliary frame inner and outer profiles on the two sides, and wall connecting iron pieces are installed at the tops of the groove entering auxiliary frame inner and outer profiles; the auxiliary frame can be pre-installed in a PC structure wall body, can also be installed in a wall body of a traditional door and window installation method, and can also be in height structure fit with a door and window outer frame installed later, the door and window energy-saving auxiliary frame installation technology is moved from a construction site to factory PC manufacturing, and the door and window energy-saving auxiliary frame can be installed through the heat insulation strips in a clamped mode. The building component integrating heat preservation, heat insulation, positioning and connection is formed.

Provided is an isolation sleeve for use with a frac window system, a well system, and a method. The isolation sleeve, in at least one aspect, includes a tubular having a first tubular end and a second

The present application relates to a kind of window system under the reconstruction of different functions of existing building and construction method, belong to building reconstruction technical field, solve the damage of the use of new material in the process of building reconstruction in prior art to existing building style and the problem of non-energy saving and environmental protection.The present application includes window unit, the window unit is located in the window hole of existing outer wall, the window unit includes first window unit and / or second window unit, the first window unit is used to meet the indoor lighting demand after building reconstruction, the second window unit is used to meet the indoor ventilation demand after building reconstruction.The present application meets the lighting, ventilation and heat preservation demand, saves resources, reaches the existing green building efficiency.

The invention relates to the technical field of casement windows, and particularly discloses an automatic reset pull rod assembly and a casement window.The pull rod assembly can be applied to the casement window, and the fixed end of the pull rod assembly can be fixed to a window frame and the swing end of the pull rod assembly can be fixed to a window sash in cooperation with the locking and fixing effect of a locking assembly, so that connection of the window frame and the window sash is achieved; the pull rod assembly comprises a positioning installation base, a reset torsion spring, a pull rod and an installation cover. After the pull rod swings around the hinge shaft clockwise or anticlockwise by a certain angle, the reset torsion spring can drive the pull rod to automatically center and reset when external force is removed, and therefore it is guaranteed that the window sash can be closed reliably and completely. The pull rod assembly has the functions of groove-milling-free quick installation, automatic reset and three-dimensional adjustment, the installation position is conveniently adjusted through X-direction adjustment, the horizontal and vertical deviation of a window sash is effectively compensated through Y-direction and Z-direction adjustment, and the installation efficiency, universality and the sealing and adaptation performance of a door and window system are remarkably improved.

A dimmable window system (200) includes a window side (204) holding a window (205), a dimmable member (212), and an energy harvester (220) configured to harvest energy to provide power to the dimmable member (212) and other components of the dimmable window system (200). The dimmable window system (200) can be configured for a vehicle, such as an aircraft (100).

The application provides a high-precision timing method and device for Windows system real-time simulation, a storage medium and electronic equipment, and relates to the technical field of computers. The method comprises the following steps: comparing a first time corresponding to a current time with a second time corresponding to the current time, and generating a first comparison result; the first time is a processor clock time calculated based on an initial value of a high-resolution performance counter; the second time is calculated based on a sum of a simulation time of the current time and a timing precision control quantity; in the case that the first time corresponding to the current time is less than the second time corresponding to the current time, a preset time calibration algorithm is executed in a loop until the first time is greater than or equal to the second time; and a target simulation function is executed. The high-precision timing method and device for Windows system real-time simulation, the storage medium and the electronic equipment provided by the application are used for improving the timing precision of an operating system.

The invention relates to the technical field of data reading and writing, and discloses a method, a device, equipment and a medium for reading and writing a UEFI variable under a Windows system.The method comprises the steps that a Windows reading instruction input by a user for the selected UEFI variable is obtained, and whether the reading instruction contains GUID information of the variable or not is judged; if yes, calling a pre-packaged UEFI variable interaction interface, establishing a secure communication link between the Windows underlying API and the firmware environment, and reading a corresponding system variable value from a preset storage area through the link; and if not, carrying out adaptive fuzzy matching on the input variable name and a preset GUID space to obtain a matched GUID, and reading a system variable value. Afterwards, a pre-trained business logic automation engine is utilized to generate a variable value write-in statement of the UEFI variable according to the system variable value and the preset business logic, and then a new value is written into the UEFI variable storage address in sequence, so that the variable reading and writing efficiency and accuracy are improved.

The invention discloses an environment-adaptive multi-window cooperative curtain linkage control building door and window system which comprises an outer frame assembly, and the outer frame assembly is connected with a building foundation to serve as a foundation part of the door and window system; the small window and the large window are arranged on the upper side and the lower side of the outer frame assembly respectively, and the small window and the large window are each of an openable structure; and the small window driving assembly and the large window driving assembly are installed on the front face of the outer frame, and the small window driving assembly and the large window driving assembly are used for driving the small window and the large window to be opened and closed correspondingly. The window can be completely opened, and the building ventilation and lighting efficiency is greatly improved; the core structure adopts an external design, the maintenance is convenient, and the service life of the product is greatly prolonged; the operation is more stable without the problems of blockage and out-of-control due to the self-developed special profile; the six-dimensional environment detection realizes accurate and comprehensive perception, and the autonomous algorithm and the intelligent control system realize environment adaptive intelligent control; and multi-window synchronous linkage is suitable for various use scenes.

The utility model discloses an inward opening system for a curtain wall aluminum alloy window, which comprises a window frame component, the window frame component comprises a first window frame split body connected to a curtain wall through a self-tapping screw, the first window frame split body is connected with a second window frame split body through a connecting strip, and a third window frame split body is arranged at one end, far away from the curtain wall, of the second window frame split body. The second window frame split body and the third window frame split body are integrally formed and located on the outdoor side, the window sash component is connected into a frame of the window frame component through a sliding support connecting piece, and the window sash component comprises a first window sash split body, a second window sash split body and a third window sash split body which are integrally formed. The aluminum alloy window system is matched with a curtain wall system in design, the window frame component and the window sash component are optimally designed, the width of the window frame component profile can be optimized to be 45 mm, and compared with a traditional aluminum alloy window system, the aluminum alloy window system has the advantages of being safe, applicable, economical, attractive and the like.

The invention discloses a method for realizing Rycore micro end side model conversion offline on a Windows system, which comprises the following steps: step 1, starting a WSL function in a Windows environment and installing an offline installation package of WSL2, step 2, installing a Linux system and operating and installing a Linux distribution package of a specified version, step 3, installing an RKNN conversion tool in the Linux system, writing an RKNN conversion program and packaging the RKNN conversion program into an executable program, and step 4, installing a WSL function in the Windows environment and installing an offline installation package of WSL2 in the Windows environment. The method comprises the following steps of 1, distributing and packaging an off-line installation package, 2, distributing and packaging an RKNN conversion program, 3, distributing and packaging Linux containing the RKNN conversion program, 4, starting a WSL function in a Windows environment, and installing, installing or upgrading a WSL2 on the off-line installation package in the step 1, 6, installing a WSL distribution package and an RKNN conversion tool in an off-line mode, and 7, calling the RKNN conversion tool in an off-line mode to achieve model conversion, and the step 5, the step 6 and the step 7 are off-line deployment. According to the method and the system, the realization of automation of Reicore micro end side model conversion is facilitated, the end side model conversion process is simplified, and the migration and rapid deployment of an end side model conversion tool are facilitated.

The invention relates to a window system (10) of a motor vehicle, comprising a window pane and a controllable darkening mechanism (20) integrated into the window pane, wherein the window system (10) is configured to control the darkening mechanism (20) depending on at least one light sensor (27), a position sensor (26), a time of day, a route taken, a rain sensor (30), and / or the position of the sun. This provides convenient options for adjusting the darkening of the windows in a motor vehicle as needed.

The application discloses an eccentric strip-penetrating broken bridge aluminum alloy window and relates to the technical field of aluminum alloy windows. The window comprises a frame, a sash, a compression strip and glass. The frame is 45-degree spliced through corner codes to form independent fixed window units and opening sash units. The wide side of the frame of the fixed window unit faces the outdoor, and the glass is installed in the frame and spliced and crimped and fixed with the narrow side of the frame from the indoor side. The glass is installed in the sash and spliced in the indoor side of the frame of the opening sash unit. The sash and the frame form a seal through a sealing rubber strip when closed. The strip-penetrating frames of the fixed window units and the opening sash units are installed close to the wide side, the wide side of the frame of the fixed window unit faces the outdoor, the wide side of the frame of the opening sash unit faces the indoor, and an eccentric structure is formed in staggered distribution. The structure can reduce the material consumption of the components used for window construction, simplify the assembly process, improve the flexibility of transportation and on-site installation, has good air tightness and water tightness, and is suitable for the door and window system of green energy-saving buildings.

The utility model relates to the technical field of aluminum alloy out-opening windows, and provides an aluminum alloy out-opening window system with a rear screen window installation structure, which comprises an atrium structure arranged between an upper-layer window body and a lower-layer window body, and a conversion frame and an out-opening window sash which form the upper-layer window body, the conversion frame of the upper-layer window body extends towards the indoor side around the outward-opening window sash to form an annular screen sash frame installation platform, so that the annular screen sash frame installation platform and the outward-opening window sash jointly form a screen sash frame installation area located on the indoor side, an annular rear screen sash frame is installed in the screen sash frame installation area, and an annular screen sash installation platform is arranged on the rear screen sash frame. The annular screen sash installation platform is installed in the screen sash frame installation area, so that the annular screen sash installation platform forms a screen sash installation area in the screen sash frame installation area, the rear screen sash is installed in the screen sash safety area, and therefore the rear screen sash frame and the rear screen sash are installed through the annular screen sash installation platform, and the overall convenience and attractiveness of window products are not affected while different screen window installation requirements of owner users are met.

The utility model relates to the technical field of intelligent doors and windows, in particular to a building intelligent door and window system which comprises a window frame, a window is arranged in the window frame, a control panel is installed on the surface of the window frame, and an automatic window closing mechanism is arranged between the window frame and the window. The automatic window closing mechanism is composed of a raindrop sensor and an automatic window closing assembly, solar power supply mechanisms are arranged on the two sides of the window frame, a groove, a solar cell panel and a storage battery are arranged in each solar power supply mechanism, and a ventilation mechanism is arranged on the surface of the window frame. And a micro servo motor, a baffle, an activated carbon layer and a ventilation frame are arranged in the ventilation mechanism. According to the intelligent door and window system, automation, remote control and intelligent management of door and window products are achieved, more convenient, more comfortable and safer life experience is provided for a user, the indoor air quality is improved when the window is closed, and electric energy needed when the intelligent door and window system is used is saved.

The invention relates to the technical field of automobile parts, in particular to an automobile window lifting system anti-loosening worm connecting device which comprises a mounting shell, a fastening structure is arranged on the inner side of the mounting shell, a control structure is arranged on the side face of the fastening structure, a lubricating structure is arranged on the bottom side of the mounting shell, and a supporting structure is arranged on the side face of the mounting shell. The stability degree of the worm can be improved through the fastening structure, loosening is avoided, the driving mode of the car window can be changed through the control structure, the car window can be conveniently opened in emergency, lubrication can be continuously conducted between the worm gear and the worm through the lubricating structure, the rotating smoothness of the worm is improved, and then the transmission stability is improved; through the supporting structure, the overall installation stability of the device in the vehicle door can be improved, and the stability of the vehicle window system is improved.

This application relates to a method and apparatus for extracting RTL code from a Vivado project, belonging to the field of FPGA software verification technology. The method includes the following steps: S1, obtaining a preset Vivado project specified simulation path and an RTL code pre-storage path; reading the data lines containing RTL code from the *_compile.do file in the specified Vivado project simulation path and storing them in a preset storage file; modifying the DOS system recognition path of the preset storage file containing the RTL code data lines to a Windows system recognition path; and copying the RTL code to the RTL code pre-storage path based on the Windows system recognition path of the preset storage file. This application extracts RTL code from a Vivado project and performs corresponding configuration work, exhibiting high versatility and providing convenience for subsequent simulation work.

The present disclosure relates to a method and apparatus for processing clip data, an electronic device, a storage medium and a program product. The method comprises: in response to a clip event initiated by a first window system application, reading first clip data associated with the clip event by a clipboard manager, wherein the first window system application is an application running under a first window system; performing cross-window system format conversion on the first clip data by the clipboard manager to convert the first clip data from a first data format to a second data format, to obtain second clip data, wherein the first data format is a data format supported by the first window system, and the second data format is a data format supported by a second window system and corresponding to the first data format; and in response to a paste event initiated by a second window system application, sending the second clip data to the second window system application by the clipboard manager, wherein the second window system application is an application running under the second window system.