507 results about "Dangerous environment" patented technology

An interactive personal surveillance and security (IPSS) system for users carrying wireless communication devices. The system utilizes portable communication devices that are also capable of capturing and or sending surveillance information (video, images, audio, sensor data, etc.). The system allows users carrying these devices to automatically capture surveillance information, have the information sent to one or more automated and remotely located surveillance (RLS) systems, and establish interactivity for the verification of determining secure or dangerous environments, encounters, logging events, or other encounters or observations. The remotely located surveillance (RLS) systems receives information from user communication devices and can follow user-definable parameters that establish the level or type of interactivity and determining when alarms or messages to third parties are needed. This user-definable interactive personal surveillance system may become tailored and may respond to one or more users differently, based on each users set-up and changes to the system. The interactive personal surveillance system may also react differently based on a users location, the users potential safety or risk, when the users reacts differently to an event, others around them, etc.

The present invention extends to methods, systems, and computer program products for adjusting user interface elements. Embodiments of the invention can adjust the size, shape, and position of user interface elements and whitespace based on historical usage data. Adjustments can reduce the cognitive load associated with selecting some user interface elements. In dangerous environments, such as, for example, a moving vehicle, reducing the cognitive load allows a user to pay attention to other matters, such as, for example, safely operating the moving vehicle. Historical usage data can originate from one or more users and one or devices. Adjustment limits can be used to insure user interfaces remain appropriately usable. User interface element adjustments can be used to optimize a user interface and/or influence user interactions with a user interface.

The present invention relates to detectors of hazardous environmental conditions (e.g., smoke, gas, motion). Specifically, the invention relates to a hazard detector configured to transmit and/or receive information related to hazardous environmental conditions based at least in part on the location of the hazard detector as identified through one or more location based service means (e.g., global positioning systems (GPS), cellular triangulation, Internet IP geolocation).

The invention discloses a remote vehicle driving control device which comprises a driving operation unit and a remote console. The driving operation unit comprises an execution mechanism and an execution control unit, wherein the execution control unit is used for controlling the execution mechanism installed in the controlled vehicle, and operating the vehicle through the execution unit. The controlled vehicle acquires the front video and position information during running; the execution control unit sends the information to the remote console; an operator can operate a driving simulation operation mechanism according to the video and position information; the operation information of the driving simulation operation mechanism is acquired by the acquisition unit and sent to the execution control unit by a simulation control unit; and the execution control unit controls the execution mechanism to perform corresponding operation on the controlled vehicle so as to realize remote control on the vehicle driving. According to the invention, a driver does not need to directly drive the vehicle in the cab, and the controlled vehicle can finish task in dangerous environment, thereby effectively guaranteeing the driver safety, improving the working efficiency and reducing the working strength.

A child car seat with a built-in cushion switch that closes when the seat is occupied. Also, push type switches are added to at least one of the vehicle's side passenger doors with signals being routed to a controller unit, which determines when the car seat is occupied AND when one of the doors is open and enables the vehicle's internal beeper alarm, thereby reminding any occupants exiting the vehicle that a child is strapped in the back seat. Additionally, an inside temperature sensor is coupled to the controller unit, which sets off a loud external alarm such as the vehicle's security alarm, when the temperature inside the vehicle goes above or below a safe preprogrammed environmental range. This is an additional safety feature that will get the attention of people outside the vehicle, indicating that a child is trapped in a dangerous environment inside the vehicle and needs help.

The invention relates to an anchor positioning system for detecting a lander, in particular to the anchor positioning system for detecting a planetoid lander. The anchor positioning system solves the following problems of a telescopic sleeve connecting and positioning system: an anchor bill is inclined when in incidence and transverse impact load is acted on the lander, so as to damage instruments at the inner part of the lander; a moving part of a telescopic sleeve is changed in quality during the incidence, so as to cause difficulty in estimating initial emission energy. An advancing mechanism is fixedly arranged on the side face of a cable box body, a winding mechanism is fixedly arranged on a rear end cover of the cable box body, a locking and unlocking mechanism is fixedly arranged on a right shell body of the winding mechanism, a connecting rope is stored in the cable box body, one end of the connecting rope is fixed on an anchor rod pin, and the other end of the connecting ropeis fixedly connected with a winding reel. A winding motor and an unlocking motor are connected with a pin socket by a lead wire. The anchor positioning system can also be used not only for detecting the lander of a small celestial body with weak surface gravitation such as the comet and the like, but also for automatic operation of a robot in dangerous environments.

The invention discloses a cut-resistant core-spun yarn. The cut-resistant core-spun yarn comprises an outer layer of fiber and a core fiber which is covered through a core-spun technology, wherein the core fiber includes one or a plurality of a glass filament, a basalt filament or a steel wire filament; and the outer layer of fiber is a synthetic fiber which is formed for synthesizing an aramid spun or a polyethylene spun, or the aramid spun and the polyethylene spun according to arbitrary ratio, or is the synthetic fiber which contains the aramid spun and/or the polyethylene spun. The invention further discloses an application of the cut-resistant core-spun yarn to a cut-resistant fabric. The cut-resistant core-spun yarn has excellent quality, the woven fabric is comfortable to wear, a user which uses a production product in a dangerous environment can comfortably and freely work, so the safety and working efficiency are greatly increased.

RFID tags capable of operating in harsh environments include an RFID chip and antenna positioned on a ceramic substrate are disclosed. Alternatively, in other embodiments an RFID chip may be positioned inside a metal shell and then secured to a work piece in the hazardous environment.

A lighting source that can be deployed in a hazardous environment is disclosed. For example, the lighting source comprises at least one light emitting diode and a power supply for providing power to the at least one light emitting diode. The lighting source also comprises an enclosure for housing the at least one light emitting diode and the power supply, where said lighting source is for deployment in a hazardous environment.

The invention provides a process, and product thereof, for forming a chemically resistant fusion bonded seal between chemically dissimilar materials by use of a chlorinated polyolefin film for protective garments. The process involves placing the chlorinated polyolefin film between two dissimilar films such as a facepiece and the fabric film of the garment and applying heat and pressure. The resulting fusion bonded film composite is strong, flexible and upon the application of sufficient stress exhibits total cohesive rupture failure.

The invention discloses an intelligent tunnel construction security monitoring system comprising a deformation monitoring sensor group, a video data collecting module, an environment monitoring sensor group, a monitoring point internal stress collecting module, a data processing module, a central processing unit, a prediction analysis module, an expert evaluation module, a dangerous action judgment module, a mathematical model building module, a virtual actuator, a virtual sensor and a man-machine operation module. According to the intelligent tunnel construction security monitoring system, omni-directional real-time detecting on a tunnel construction situation is achieved so as to obtain various evaluation results of the tunnel construction situation, detecting results are high in accuracy, additionally, by building a tunnel construction mathematical model, prediction and simulative analysis of the follow-up situation of tunnel construction are conducted, problems in the tunnel construction process can be discovered timely, and a reasonable selection of tunnel construction schemes is achieved; and the intelligent tunnel construction security monitoring system has the function of automatic evaluation of dangerous actions and dangerous environments, and construction safety of construction personnel is further guaranteed.

The invention provides a welding robot is disclosed. A speed reducer is fixed to a mounting frame. A tumbler motor drives the input shaft of the speed reducer to rotate; and after the speed is reduced, the output shaft of the speed reducer drives a transverse moving arm to swing. A transverse moving lead screw supported by a bearing I is fixed in the transverse moving arm. A transverse moving motor drives the transverse moving lead screw to rotate, thus driving a transverse moving nut and a vertical moving arm to transversely move along a transverse moving guide rail on the transverse moving arm through transverse moving sliders. A vertical moving lead screw supported by a bearing II is fixed in the vertical moving arm. A vertical moving motor drives a vertical moving lead screw to rotate so as to drive a vertical moving nut and a fastening frame to vertically move along a vertical moving guide rail on the vertical moving arm through vertical moving sliders. The fastening frame is fixedly connected to a welding gun bar which is connected to a welding gun through a welding gun angle regulator. Besides, a welding rod is mounted in the welding gun. The welding robot has the following major advantages: the welding robot is capable of carrying out oscillation within a horizontal plane, movement in radius and movement in a vertical plane; the angle of inclination of the welding gun can be adjusted by the welding gun angle regulator; and automatic welding in a narrow or dangerous environment is realized.

Embodiments relating to an interactive personal surveillance and security (IPSS) system are provided for one or more users carrying one or more respective wireless personal communication devices (WCDs) that are capable of capturing and sending surveillance information (e.g., video, images, audio, sensor data, etc.) to one or more remotely located servers (RLSs). From the information, the RLSs can identify and secure dangerous environments, encounters, etc., and log events or take other actions. In some embodiments, the RLS is designed to follow user-definable parameters that establish the level or type of interactivity and that determine when alarms or messages to third parties are needed.

The invention discloses a remote control wheel type mobile robot platform; a box-type structure is adopted by a platform frame which is internally provided with vehicle electronic equipment and a battery box body; the platform frame is provided with a wheel type four-wheel drive travelling device and is driven by a traction electric machine; the vehicle electronic equipment mainly comprise a motor driver, ultrasonic transducers, an IP camera, a finished automobile controller, a GPS, an inertial navigation system and a wireless communication system; the video image in front of and at the back of the robot platform, the platform position coordinates and accurate posture can be looked up on a ground remote control console; the robot platform is operated to work by a control handle and buttons; and the ultrasonic transducers are arranged in front of and at the back of the robot platform, so that the robot platform has certain automatic obstacle avoiding function. The robot platform can be used for transportation as well as reconnaissance and rescue in the dangerous environment such as earthquake, fire and the like for civil use, is used for an agricultural device for carrying and spraying pesticide, and the like, and is militarily used for tools for executing tasks such as reconnaissance, patrol, carrying detection devices or weapons, and the like.

The invention provides a hydraulic driving four-footed robot with a space hybrid leg structure. The hydraulic drive space four-footed robot is composed of a rack and space hybrid legs which are symmetrical in structure; each hybrid leg comprises three hydraulic driving oil cylinders, a leg rack, a swing rod, a connection rod, thighs, shanks and feet; each hybrid leg is provided with three drivingdegrees of freedom; the hydraulic driving oil cylinder A drives the whole leg to carry out side swing movement; and the hydraulic driving oil cylinder B and the hydraulic driving oil cylinder C are capable of cooperatively driving the feet to carry out plane parallel movement output in the plane of a leg mechanism. The feet are connected through buffering so that vibration absorption, energy storage and reutilization can be finished in a striding period. Four legs are symmetrically distributed or equidirectionally distributed so that an omnibearing movement of the robot can be realized through a certain tread. The hydraulic driving four-footed robot with the space hybrid leg structure provided by the invention is simple in structure, easy to control and high in kinematic accuracy, has a high-speed response capability and a high bearing capability, and is applicable to high-speed and high-load transportation work and dangerous environment work under complicated non-structure topographic conditions in the wild.

The invention aims to provide a mining safety helmet with functions of perceiving vital signs and dangerous environment of miners and early warning. The mining safety helmet is formed by a safety helmet shell, a safety helmet liner, a loudspeaker, a human body temperature sensor, a pressure sensor, a methane detection sensor, a carbon oxide detection sensor, an external temperature sensor, an air ventilating opening, a microprocessor, a wireless transmission module, a rechargeable battery, a horizontal speed detection sensor, a vertical speed detection sensor, a gravity induction sensor, a loudspeaker acoustic transmission opening, a power supply switch, a charging interface and a system updating interface. Temperatures, moving speeds, body gestures, head pressure information and underground environment monitoring data of underground personnel can be collected in real time and uploaded. When an accident happens, services are provided for formulating a rescuing scheme according to the collected vital signs and movement state information of the miners; and before the accident happens, early warning can be carried out according to environment monitoring information; and a working condition of the underground personnel can be evaluated according to the personnel movement and the body gesture information under the normal condition.

The invention discloses an automatic obstacle avoidance trolley based on gesture recognition, relates to man-machine interaction intelligent image information processing, and belongs to the field of depth-camera-based non-contact three-dimensional virtual space and the field of binocular stereoscopic vision. Two separated cameras are arranged at the front portion of a trolley body. A lower computer comprising a single chip microcomputer is arranged inside the trolley body. The trolley body is provided with two wifi modules, wherein one wifi module is connected one camera. The trolley body is further provided with a Bluetooth module. Two trolley rear wheels are respectively connected with a precision direct-current motor. According to a control device of the automatic obstacle avoidance trolley, a depth motion-sensing camera is connected with an upper computer, and the upper computer is provided with a Bluetooth serial port and one wifi module. According to the automatic obstacle avoidance trolley based on gesture recognition, the trolley can be controlled through gestures, maps can be drawn, automatic obstacle avoidance of the trolley can be achieved in the automatic running mode, the automatic control, network communication and image processing technologies are utilized, operation is convenient, and the automatic obstacle avoidance trolley based on gesture recognition is suitable for inspecting whether a danger exists in the surrounding under the dangerous environment or not and conducting carrying work in the terrain with multiple obstacles.

A cart for the transportation of personnel and equipment in a fire or other hazardous environment. The cart is constructed out of fire protective material and designed to float. There are wheels on the bottom surface, which are placed and designed to be able to be operative over very uneven surfaces. The structure also has the ability to store fire equipment and in addition on the top surface a fully dressed firefighter with a Scott Air Pack. The card has handles, which can be adjusted so as to be folded into different locked positions based on the particular usage conditions.