Hassler International Germany GmbH

A cross-platform interaction method of a desktop software in a software platform includes: a software platform is used as a server side to construct an independent host service process at the server side, wherein the host service process provides an HTTP service; the host service process displays a running interface of a desktop software in a position area of a sub-window of an interface framework set by the host service process; the host service process further sets a screen shot buffer zone for the sub-window to store a screen shot of the sub-window, and sends the screen shot to a client so that the screen shot is displayed and published by a webpage at the client; when the screen shot displayed by the webpage is triggered, the host service process receives a trigger behavior through the client to perform an operation of the running interface corresponding to the screen shot.

A cross-platform mapping and interaction method of a running window of a software platform includes: an independent service process is constructed at a server side, and the service process provides an HTTP service; the service process performs real-time communication with at least one software process to obtain relevant information of the running window in the software process; the service process sets a screen shot buffer zone for the running window to store a screen shot image of the running window, and sends the screen shot image to a client so that the screen shot image is displayed and published by a webpage at the client; when the screen shot image is triggered, the service process obtains a trigger behavior through the client and generates corresponding operation instructions to the software process, so that the software process performs an operation of the running window corresponding to the screen shot image.

A graphics drawing method includes: dividing a drawing area into at least one individual column of physical pixels according to physical horizontal pixels; for each individual column of physical pixels, selecting corresponding signal data points as a signal ingress point, a signal egress point, a highest point of signal value and a lowest point of signal value from all signal data points for graphics drawing in the individual column of physical pixels; and, configuring the signal ingress point to be connected with a signal egress point in a previous neighboring individual column of physical pixels, and configuring the highest point of signal value to be connected with the lowest point of signal value in the same individual column of physical pixels.

The present invention relates to a structure lock with an adjustable bolt height, including a lock housing internally provided with a lock cylinder, an output end of the lock cylinder is connected with a drive part, a first bolt moving with the rotation of the drive part is disposed on the right side of the drive part, and a height-adjustable adjusting bolt is disposed on the front side of the first bolt. By designing the height-adjustable adjusting bolt, the height of the adjusting bolt relative to the first bolt can be adjusted, thereby enabling the adjusting bolt to adapt to the tolerance clearance generated during installation of a lock body, increasing applicability of the overall device, and ensuring a locking effect of a lower cover and a battery box.

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