37results about How to "Avoid dangerous events" patented technology

The invention discloses a mobile phone alarm method and a special mobile phone. The method comprises the following steps that: a caring circle area range for mobile phone activity needs to be preset and comprises a first caring circle and a second caring circle, wherein the first caring circle is the safe action area, at least three fixed points at the edges of the safe action area needs to be chosen on a downloaded GPS (global position system) map, and the chosen fixed points can be connected to be a closed safe action area according to the GPS data of the fixed points; and the second caring circle is a dangerous action area and can be set according to the setting method of the first caring circle; when the position of the mobile phone is in the second caring circle, alarm information can be formed and sent to a preset mobile phone number; and if the position of the mobile phone is not in the second caring circle, whether the position of the mobile phone is in the first caring circle or not can be continuously judged, and if the position of the mobile phone is in the first caring circle, a safe information can be sent to the preset mobile phone number. According to the invention, the user of the mobile phone is in a preset dangerous area or not can be known in time, and thus dangerous event is prevented from happening.

A provided thin-sheet hot-lamination apparatus comprises a first press roller, a second press roller, a first heating element, and a first double-metal structure arranged between the first heating element and the first press roller; the first heating element is used to provide heat energy for the first press roller; and also because the first double-metal structure deforms according to the environment temperature, the first double-metal structure is capable of pushing the first heating element to depart from the first press roller or enabling the first heating element to approach the first press roller.

The invention belongs to the technical field of monitoring systems, and particularly relates to a distributed network visual monitoring system. A frame difference image processing module is used for performing image foreground segmentation on an image picked up by a monitoring terminal, forming a foreground image, performing inter-frame RGB spatial similarity processing and inter-frame foreground pixel area difference processing on the foreground image, forming frame difference image processing data by statistical data of inter-frame RGB spatial similarity and statistical data of foreground pixel area difference data, and analyzing and processing the frame difference image processing data and a frame difference image threshold to form a motion target detection result. Through adoption of the distributed network visual monitoring system, the key problem of how to enhance the real-time performance of an embedded visual system while ensuring the recognition and tracking efficiency in the prior art is solved. The distributed network visual monitoring system has the beneficial technical effects of enhancing the capability of video monitoring on the aspects of finding abnormal behaviors in real time and transmitting alarm information immediately, greatly lowering the labor cost, generating good economical and social benefits, and increasing the efficiency of security and protection monitoring.

The early warning method and device provided by the present invention are applied to the control device in the access control system. By monitoring the number of target personnel information to be compared, and performing early warning when the number of target personnel information to be compared is too large, to prevent possible Dangerous incidents caused by a large number of people. In detail, first obtain the face images collected by the access control system, and match each face image with the information of the person to be compared, and when there is a target person to be compared that matches the face image, the The target personnel information to be compared is counted, the number of all target personnel information to be compared is counted, and whether to perform the first warning is determined according to the number of target personnel information to be compared.