533 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 utility model discloses a window system for numerical control equipment, which is applied to the numerical control equipment for observing the internal processing process and comprises a base mounted on a safety door, a ring cover rotatably sleeved on the base, a perspective window plate mounted on the end face of the ring cover and a driving component, the ring cover is of an annular structure, and the perspective window plate is transparent glass. One end of the driving assembly is fixed to the base, the other end of the driving assembly is connected with the perspective window plate, the driving assembly drives the ring cover and the perspective window plate to rotate relative to the base, the perspective window plate is located on the inner side of the safety door, the driving assembly selects a motor as a power source, and a plurality of tooth-shaped waterproof labyrinth ring grooves are formed in the connecting position of the ring cover and the base. The driving ring cover and the perspective window plate are driven to rotate, cutting fluid, metal filings and stains on the perspective window plate are thrown away through centrifugal force generated by rotation, the effect of automatically removing the cutting fluid, the metal filings and the stains on the perspective window plate is achieved, the visual field is clearly observed, and the water tightness is good, operation is stable, and noise is low.

The invention provides a cross-device window dragging method and device and a storage medium. The method is applied to a first electronic device of a Windows system and a second electronic device of an Android system, and when a mouse moving by dragging a first window displayed in the first electronic device passes through the second electronic device, the first electronic device sends a window passing instruction to the second electronic device; the second electronic equipment can start the first floating window which does not display the first window, so that a user visually perceives that the first window is traversed. After the mouse is released, the first electronic equipment notifies the second electronic equipment user of releasing the pressing on the left key of the mouse, so that the second electronic equipment can release the first floating window and start the second floating window serving as the expansion screen of the first electronic equipment, and the first window can be displayed in the display area of the second floating window; therefore, cross-device dragging of the window is realized in a keyboard and mouse sharing scene.

The invention discloses a method for realizing direct connection to a futures transaction counter based on an Electron framework, which comprises the following steps of: compiling C + + APIs (Application Program Interface) of different futures transaction counters into a node.js plug-in based on a node-add-api plug-in, creating a transaction data communication thread in a host process of the Electron framework to call the node.js plug-in, loading a front-end interface based on vue in a window of the Electron framework to complete creation of a client interface, and directly connecting the client interface with the client interface. An installation package of the Windows system is generated by configuring nsis; the problems of high development difficulty, long period, imperfect ecological resources, poor reusability and the like are solved.

The invention provides a cross-device window dragging method and device and a storage medium. The method is applied to a first electronic device of a Windows system and a second electronic device of an Android system, and when a mouse moving by dragging a first window displayed in the first electronic device passes through the second electronic device, the first electronic device sends a window passing instruction to the second electronic device; the second electronic equipment can start the first floating window which does not display the first window, so that a user visually perceives that the first window is traversed. After the mouse is released, the first electronic equipment notifies the second electronic equipment user of releasing the pressing on the left key of the mouse, so that the second electronic equipment can release the first floating window and start the second floating window serving as the expansion screen of the first electronic equipment, and the first window can be displayed in the display area of the second floating window; therefore, cross-device dragging of the window is realized in a keyboard and mouse sharing scene.

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.

Systems and methods are described providing ways for unifying multiple virtual desktops accessed by a user on a client device in a client window and connecting the virtual desktops to improve efficiency and user experience when the user is working on the multiple desktops. In particular, embodiments described herein leverage a mechanism for detecting when a client device is connected to multiple virtual desktops, combining the graphical user interfaces (GUIs) of the virtual desktops in a client window, and coordinating a connection between the virtual desktops that can be used for enabling various features unifying the desktops such as clipboard redirection to enable copy / paste operations between the desktops and file redirection to allow the desktops to access each other's files and folders.

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.

Disclosed embodiments may include a vehicle without a B-pillar that has barn doors and partially frameless windows. The barn doors may include a window seal system having a primary seal for creating a watertight barrier when the window is in a first closed position. Upon the vehicle exceeding a predetermined speed threshold, the vehicle may automatically raise the window from the first closed position to being in a second closed position in which a secondary seal secures the window to prevent buffeting of the window. Disclosed embodiments may further include a seal and door structure that provides a pair of seals (an inner seal and an outer seal) between the front and rear barn doors that provide a watertight barrier when the doors are closed together and that also allows for each of the front and rear doors to be independently opened and closed in a barn-door fashion.

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.

Disclosed embodiments may include a vehicle without a B-pillar that has barn doors and partially frameless windows. The barn doors may include a window seal system having a primary seal for creating a watertight barrier when the window is in a first closed position. Upon the vehicle exceeding a predetermined speed threshold, the vehicle may automatically raise the window from the first closed position to being in a second closed position in which a secondary seal secures the window to prevent buffeting of the window. Disclosed embodiments may further include a seal and door structure that provides a pair of seals (an inner seal and an outer seal) between the front and rear barn doors that provide a watertight barrier when the doors are closed together and that also allows for each of the front and rear doors to be independently opened and closed in a barn-door fashion.

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.

The invention provides a method and a device for realizing multi-opening of an x86 cloud application desktop. The method comprises the following steps: creating at least two Windows system users, creating virtual input equipment and a virtual display, distributing the virtual input equipment and the virtual display for the Windows system users, and binding the Windows system users with a specified workstation; after a Windows system user logs in and when a cloud application is started, an agent module is injected into the cloud application, the agent module is used for conducting process space isolation on the cloud application, an efficient and stable multi-user parallel operation environment can be provided, and high compatibility and stability of operation of a plurality of x86 cloud applications are guaranteed.

The present application provides a cross-device dragging method for a window, a device, and a storage medium. The method is applied to a first electronic device having a Windows system and a second electronic device having an Android system. When a mouse used for dragging a first window displayed in the first electronic device to move traverses to the second electronic device, the first electronic device transmits 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, such that a user can visually feel that the first window is subjected to traversal. When the mouse is released, the first electronic device notifies the second electronic device that the user stops pressing the left key of the mouse, so that the second electronic device can release the first floating window and start a second floating window as an extended screen of the first electronic device. Therefore, the first window can be displayed in a display area of the second floating window, thereby achieving cross-device dragging of a window in a keyboard and mouse sharing scenario.

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 intelligent doors and windows, in particular to a fully-hidden window opener of an intelligent door and window system, a profile and a mounting method.The fully-hidden window opener comprises a window frame profile and a sash profile, the window frame profile comprises an upper frame and a lower frame, a protrusion extends from the position, close to the lower frame, of the upper frame, and a groove matched with the protrusion is formed in the lower frame; a hollow cavity used for containing a driving structure is formed between the upper frame and the lower frame, the sash profile comprises an outer frame and an inner frame, a connecting frame is arranged between the outer frame and the inner frame for connection, and connecting strips used for being connected with the driving structure are fixedly arranged on one side of the outer frame and one side of the inner frame. The window frame profile is designed into the upper frame and the lower frame, when the driving device is installed, the driving device is directly placed in the hollowed-out cavity and then fixed, secondary machining is not needed, the structure of automatically driving the door and window can be completed, and the sealing strip is fixedly arranged between the upper frame and the lower frame.

The invention discloses a prefabricated wall and door and window formwork-free combined structure and a mounting method thereof, and relates to the field of door and window construction, and the prefabricated wall and door and window formwork-free combined structure comprises a door and window system and a wall; the door and window system comprises a door and window sleeve and a door and window body; one side or two sides, connected with a wall body, of the door and window frame is / are provided with folding edges which are vertically folded, the face, attached to the wall body, of at least one folding edge is provided with a sealing part, and the outer end of each folding edge is provided with an edge locking part embedded into the wall body. The door and window body comprises glass, window sashes and a door and window frame, the glass and the window sashes are arranged on the door and window frame, and the door and window frame is fixed to the fixing part of the door and window sleeve. The wall body is connected with one side or two sides of the connecting side of the door and window frame in a pouring manner; according to the wall and door and window combined structure, the sealing performance of the door and window can be improved, water seepage and water leakage are avoided, the door and window sleeve can serve as a formwork during pouring, and the construction steps are simplified.

The invention discloses a lock mounting structure and a door and window system comprising the same. The lock mounting structure comprises a frame, the frame is provided with a first side wall and a second side wall which are vertically arranged, the first side wall is provided with a spring bolt hole, the second side wall is concavely provided with a clamping groove facing the first side wall, the clamping groove is used for being connected with a door plate, and the side, away from the first side wall, of the clamping groove is further provided with a receding opening; the lock comprises a lock cylinder shell, a spring bolt and a handle seat, the lock cylinder shell is arranged in the clamping groove in a penetrating mode, the first end of the lock cylinder shell is fixed to the spring bolt hole, and the spring bolt is movably arranged on the lock cylinder shell and can stretch out and draw back relative to the spring bolt hole; the first end of the handle base is inserted into the clamping groove from the receding opening, and the lock cylinder shell is covered with the handle base. Thus, due to the fact that the clamping grooves generally have the unified standard in the frame design, the handle base can be widely applied only by being matched with the unified standard, the handle base can still be effectively installed even under the condition that the thickness or the shape of the second side wall changes, and the production standardization degree of the handle base is greatly 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.

A high-speed data communications network in or on a building includes a plurality of trunk line segments serially coupled to each other by a plurality of passive circuits configured to deliver signals to, and to receive signals from, one or more devices on, in, or outside the building, wherein the signals comprise data having a greater than 1 Gpbs transmission rate.

The invention discloses a hinge and a door and window system comprising the same. A fixed seat; one end of the swing arm is fixed to the rotating seat, and the other end of the swing arm is hinged to the fixed seat; under the guidance of the swing arm, the rotating seat can sequentially rotate among an opening position, a middle position and a closing position relative to the fixed seat; the power part comprises an elastic piece, the elastic piece is arranged on the fixing base and is in transmission connection with the swing arm, and the elastic piece can stretch out and draw back in the length direction of the elastic piece; when the rotating seat is in the opening position, the elastic piece is pressed and abuts against the swing arm so that the swing arm can be kept at the current position. When the rotating base is located in the middle position, the swing arm rotates to the position where the elastic piece is allowed to stretch, the elastic piece stretches and pushes the swing arm to rotate, and the rotating base rotates to the closed position under driving of the swing arm. The linear telescopic elastic piece is adopted to replace a traditional torsional spring, the installation steps are simplified, the assembly difficulty is reduced, the linear telescopic elastic piece is not prone to fatigue in long-term use, and the service life of the hinge is effectively prolonged.

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 invention discloses a CAD design platform deployment method and a CAD service system, and relates to the technical field of software deployment, and the CAD design platform deployment method comprises the following steps: enabling a plurality of to-be-installed CAD deployment modules to generate a deployment package through an automatic script; copying the deployment package to a target server, executing bat batch processing, and starting CAD deployment guidance to obtain a CAD design platform; the CAD deployment guide is used for configuring Windows system information, Linux system information and a CAD access type; the CAD design platform is used for providing computer aided design service; the Windows system is used for carrying out lightweight rendering on the lightweight file, and the Linux system is used for displaying a lightweight rendering result. The deployment process can be simplified, and the deployment efficiency can be improved.