33results about How to "No waiting" patented technology

The present invention discloses a monitoring system and a control method thereof. After a visitor operates an input unit of the improved monitoring system and triggers a driving unit, an image capturing module is driven to capture a still image of the visitor and simultaneously a warning module is driven to send out a prompting message. Subsequently, the still image is stored in a storage unit and transmitted to an internal communication device. If a host makes a response within a certain time period, the host can talk with the visitor and get a dynamic image of the visitor from the internal communication device. If the host has no response to the system within a certain time period, the still image is then transmitted to an assigned external communication device.

The invention relates to a display control method and device, an electronic device and a computer readable storage medium, and the method comprises the steps: photographing an image in a current photographing range under the condition that a screen-on instruction is received; recognizing the image to obtain a recognition result, and judging whether the recognition result comprises a face direction or not; if yes, determining a target screen display direction of the electronic device according to the face direction; and controlling the electronic device to perform bright screen display based on the target screen display direction. When the screen of the electronic device needs to be lightened, whether the shot image comprises the human face direction or not is judged, and if yes, the target screen display direction of the electronic device can be determined in time according to the human face direction; and the electronic device is controlled to perform bright screen display based on the target screen display direction. According to the method, the user does not need to rotate manually, the screen display direction is automatically adjusted to the direction suitable for the user to watch, use waiting of the user is obviously avoided, and the requirement that the user uses the electronic device in time is met.

The invention relates to a pull-out tire quick shunt device and belongs to the tire conveying machinery field. The shunt device is provided with a main conveying line and a branch conveying line whichare perpendicular to each other in the same plan; a rotating shaft is arranged on the inner side of the intersection position of the main conveying line and the branch conveying line through a bearing; the upper end of the rotating shaft is connected with one end of a swinging arm transversally arranged; a pull-out tire cylinder is fixed vertically below the other end of the swinging arm; a rotating bar is fixed to the lower part of the rotating shaft; and the other end of the rotating bar is hinged with a telescopic link of a rotating cylinder. The shunt device has the advantages of high shunting speed, no-wait of conveying lines, small occupied space, simple structure and reliable work.

The invention relates to a quick shunt device of tires, and belongs to the tire conveying machinery field. The shunt device is provided with a main conveying line and a branch conveying line which areperpendicular to each other in the same plan; two guide rails are installed in parallel on the branch conveying line along the transmission direction of the branch conveying line; the front ends of the guide rail cross the main conveying line; a sliding rod is installed between the two guide rails and slides along the guide rails; a pull-out tire cylinder is fixed vertically below the sliding rod; a cylinder is installed behind the guide rails; and a telescopic link of the cylinder is connected with the sliding rod. The shunt device has the advantages of high shunting speed, no-wait of conveying lines, small occupied space, simple structure and reliable work.

The invention discloses a multi-channel decoding method and system, and aims to solve the problem that a conventional graphics processor coding technique has the defect of lack of a multi-channel screen grab waiting algorithm. The method comprises the following steps: coding channels simultaneously enters into to-be-coded status, a first channel start to capture packages, other channels are still in waiting status, the coding of the first channel starts, and a second channel is notified to start to capture packages. The method and system have the technical effects that an application layer can perform screen grabbing operation only when performing encoding operation to the current channel, screen grabbing operations of other channels are not performed so as to avoid the phenomenon of waiting when screen grabbing operation are performed to other channels, and the resource of a graphics processor is saved.

The invention provides a flaw detection method and device of a printed circuit board and detection equipment. The flaw detection method of the printed circuit board comprises the following steps: dividing an image to be detected of a printed circuit board to be detected into a plurality of sub-region images to be detected according to physical properties; detecting the sub-region images to be detected corresponding to the physical properties according to the physical properties; and judging whether the printed circuit board to be detected has flaws or not. By dividing the image to be detected of the printed circuit board to be detected into the plurality of sub-region images to be detected according to the physical properties, the images corresponding to the same physical property in the printed circuit board to be detected can be located in the same sub-region image to be detected and a phenomenon that the images are divided into the two different sub-region images to be detected to cause leaked detection by a partitioning edge effect is avoided, so that the flaw detection is relatively accurate.

The task processing method and system provided by the embodiments of the present invention can split the task to be processed to obtain multiple subtasks, and the granularity of any subtask is one of a plurality of preset granularities; from each task processing node Select the first number of task processing nodes as the adopting node group, and according to the stored task processing capability records of each task processing node in the adopting node group, assign each split subtask to the adopting node group with the The task processing node whose granularity matches the task processing capability performs processing. Since the granularity of the task to be processed by each task processing node matches the processing capability of the task processing node, each task processing node takes the same amount of time to process subtasks, and there will be no task processing nodes with high processing capabilities in the long-term Situation of waiting in idle state. The invention effectively improves resource utilization and task processing speed.

The invention provides a completely interchange type overpass, which consists of a ground layer and a viaduct, wherein the ground layer comprises two spanning motor vehicle lanes; a two-way ramp is arranged around a spanning point and is communicated with the adjacent motor vehicle lanes; ground non-motor vehicle lanes and sidewalks are sequentially arranged outside the two-way ramp and the motorvehicle lanes on the periphery of the two-way ramp; the viaduct consists of elevated non-motor vehicle lanes and elevated sidewalks outside the elevated non-motor vehicle lanes; the elevated non-motorvehicle lanes are connected with the ground non-motor vehicle lanes through elevated approach bridges; and a footbridge erected around the viaduct is used for connecting the ground sidewalks with theelevated sidewalks. The motor vehicle lanes, non-motor vehicle lanes and sidewalks of the completely interchange type overpass are in the respective own ways all the time, do not intervene each other, and have no intersection or conflict points. As the non-motor vehicle lanes and the sidewalks are arranged on the viaduct, construction cost is greatly reduced. The overpass has the advantages of simple construction and low cost, and is especially applicable to the road reconstruction of old cities.

The present application relates to a display control method and device, electronic equipment, and a computer-readable storage medium. The display control method includes: taking an image within the current photographable range when receiving a screen brightening instruction; and identifying the image Obtaining the recognition result, and judging whether the recognition result includes the face orientation; if so, determining the target screen display direction of the electronic device according to the face direction; controlling the electronic device to perform bright screen display based on the target screen display direction. Because when the electronic device needs to turn on the screen, it judges whether the captured image includes the direction of the human face, and if so, the target screen display direction of the electronic device can be determined in time according to the direction of the human face; screen display. The screen display direction is automatically adjusted to the direction suitable for the user to watch without the need for the user to manually rotate, which obviously does not cause the user to wait for use, and satisfies the user's requirement for timely use of the electronic device.