102results about How to "Achieve self-help" patented technology

The invention discloses a self-help lift safety gear comprising an original safety gear of a lift. The original safety gear comprises a frame support, a funnelled groove is arranged in the support, and a lift lead rail is located in the groove; both sides of the lift lead rail in the support are provided with wedge blocks matched with the lift lead rail and the groove, and the wedge blocks are connected with a speed governor of a lifting and pulling mechanism. The invention is characterized in that a set of safety gears are added below the original safety gear; the safety gear is connected with the lower safety gears in series from top to bottom; a retractor device controlled by a control system is arranged between the safety gear and the lower safety gears. The lower safety gears comprise a lower frame-shaped support in which a lower groove is arranged; the lift lead rail is arranged in the lower groove; two sides of the lift lead rail in the lower support are provided with lower wedge blocks matched with the lift lead rail and the lower groove, and the lower wedge blocks are also connected with the speed governor rope of the lifting and pulling mechanism. The self-help lift safety gear can hold the lift lead rail to gradually climb when the lift is in a failure, and thus, a lift car can climb to the door opening position to open the lift car door so as to reach the self-help purpose.

The invention discloses a small multi-purpose crane, comprising a hoisting arm, a rotary frame, a flexible drive device, a lifting drive device, a sleeve and a bracket, wherein a support platform is arranged above the rotary frame, two sides of the rotary frame are provided with sliding channels, and a centre column is arranged below the rotary frame in a welding way. The centre column penetrates through the sleeve, and the sleeve is connected with the bracket. The hoisting arm comprises a pair of parallel sliding rods and cross beams which are welded at the front sides and the rear sides of the sliding rods. The sliding rods of the hoisting arm are sleeved in the sliding channels at the two sides of the rotary frame. The flexible drive device comprises a motor No.1, a speed reducer No.1, a driving gear No.1, a driven gear No.1, a screw lead, a nut and a hand wheel. The lifting drive device comprises a motor No.2, a speed reducer No.2, and a winch. The winch is formed by coaxially connecting two winding drums, a steel wire rope is wound on each winding drum, and the steel wire rope is connected with a hang hook after bypassing a fixed pulley. The small multi-purpose crane is flexible and convenient to use. The hoisting arm is flexible, and the turning radius is small, so that the hoisting arm can be applied indoors or outdoors and can be used for hoisting medium-and-small sized objects.

The invention provides a nanometer bionic slow release biomedical dressing and a preparation method thereof. The nanometer bionic slow release fibrous membrane dressing is applied to providing a good microenvironment to union of wounds and promoting hemostasis, analgesia and antibiosis. The stoste of the nanometer bionic slow release biomedical dressing is aqueous liquor containing silk fibroin, human epidermal growth factors and fibroblast growth factors, and the pH value is 5-8, wherein the mass percentage concentration of silk fibroin is 2-30% and total concentration of the human epidermal growth factors and the fibroblast growth factors is 0-200ppm; or chitosan with the mass percentage concentration of 1-10% replaces the silk fibroin; the electrostatic spinning technology is adopted, so that the stoste of the nanometer bionic slow release biomedical dressing forms a spraying jet which is sprayed to a collector so as to obtain the nanometer bionic slow release biomedical dressing.

The invention discloses a special ice notching vehicle which can be matched with an ice breaker for use, and can notch a stress trough on ice, and float in water and climb to the ice when falling into water. A floatable tracked ice notching vehicle consists of a tracked vehicle 1, ice notching devices 2, and watertight floatation tanks 3. Each ice notching device 2 consists of a plurality of notching saw blades which are positioned on a longitudinal facade in the vehicle. All non water-proof equipment is subjected to watertight treatment. The vehicle is provided with a plurality of watertight floatation tanks 3, so the flotage meeting the design requirement can be provided for the floatable tracked ice notching vehicle; meanwhile, the longitudinal gravity center of a finished vehicle is designed at the rear of the longitudinal floatation center of the finished vehicle, so the floatation state of the vehicle in water is an inclined state that a head is high and a tail is low; and therefore, the floatable tracked ice notching vehicle can climb to the ice from water under the action of the power of the vehicle to realize self rescue. Two stress troughs are notched on the ice in front of the ice breaker by using two floatable tracked ice notching vehicles; and due to the stress troughs, the ice breaking capacity of the ice breaker is greatly improved.

The invention discloses a self-rescuing system and method for water falling of an automobile, belonging to the field of electronic rescue of automobiles and being used for solving the problem of automobile and personal safety generated because the automobile falls into water. The self-rescuing system is technically characterized by comprising a sensor array, a vehicle-mounted water falling detecting ECU device and an air sac inflating device, wherein the sensor array is composed of a plurality of liquid pressure sensors; the liquid pressure sensors are distributed on positions located at the periphery of an automobile body and communicated with the outside and is used for detecting a liquid pressure value at the periphery of the automobile body when the automobile falls into water; the vehicle-mounted water falling detecting ECU device is used for acquiring the liquid pressure value at the periphery of the automobile body in real time, and the liquid pressure value at the periphery of the automobile body is transmitted by each liquid pressure sensor; and when a numerical value acquired by a certain liquid pressure sensor is detected to exceed a limit value, an igniter in the air sac inflating device corresponding to the liquid pressure sensor is started by the water falling detecting ECU device so that an air sac generates nitrogen gas and expands. The self-rescuing system has the effects that the nitrogen gas expands due to the adoption of the air sac inflating device, so that the automobile cannot sink. Thus, the aim of self-rescuing can be achieved because the automobile automatically floats on the water surface when the phenomenon that the automobile falls into water happens.

The invention discloses an anti-winding device for a ship propeller, and belongs to the technical field of ship equipment. The anti-winding device comprises a stern shaft bracket arranged outside a stern shaft in a sleeving mode, a propeller arranged at one end of the stern shaft bracket and fixedly connected with the stern shaft, and a cutting mechanism; the cutting mechanism comprises a shell fixedly connected with the stern shaft bracket; a cavity for accommodating a cutter is formed in the shell, and a through groove communicated with the cavity is formed in the side wall of the shell; and a driving mechanism is arranged on the shell and used for driving the cutter to stretch out and draw back in the through groove of the shell. The anti-winding device has the beneficial effects that entanglement can be actively cut, self-rescue is achieved, and the cutting efficiency is high.

The invention relates to a screw guide magnetic floating vertical motor lifter, which comprises a compartment, a lifting device connected to the compartment and a control circuit driving the lifting device, wherein said lifting device comprises a straight motor formed by screw tube and clamp ring, and a guide disk; the straight motor drives the compartment; the guide disk inside the screw tube and connected to the compartment is screwed lifted with the screw tube; since the compartment is near to the lifting device, when the compartment is not powered or abnormal, people can control the brake disc inside the compartment to slowly lift down the guide disc along the screw tube to the safe position to be rescued.

The invention provides an automatic answer method used for a terminal. The automatic answer method includes the steps of judging whether to receive voice keywords or not when the terminal and other terminals are in the talking connection state, wherein the voice keywords come from the terminal and are assigned by a user; obtaining automatic answer information correlated to the assigned voice keywords when the assigned voice keywords are judged to be received; playing the automatic answer information so as to make users of other terminals receive the automatic answer information. Accordingly, the invention further provides an automatic answer device. According to the technical scheme, the problem that the user can not refuse to answer a call in an euphemistic mode under the condition that the user has answered the call is solved, the user can save himself or herself when in the dangerous situation by sending alarm information in the call incoming process, and use experience is improved for the user.

The invention relates to the technical field of fire fighting, in particular to a fire-fighting rescue method and device based on an unmanned aerial vehicle and a monitoring robot. The fire-fighting rescue method based on the unmanned aerial vehicle and the monitoring robot comprises the following steps that when smoke alarm data sent from a smoke alarm are received, rescue coordinates, acquired by a GSP positioner, of the monitoring robot are acquired in real time; and rescue request information containing the rescue coordinates is sent to a control center, wherein the rescue request information is used for triggering the control center to schedule the unmanned aerial vehicle loaded with a global thermal infrared imager and used for releasing gas masks, the gas masks are provided with mask positioners and mask thermal infrared images, and the unmanned aerial vehicle is used for acquiring a global thermal infrared image of an area corresponding to the rescue coordinates through the global thermal infrared imager and sending the global thermal infrared image to the control center in real time. According to the fire-fighting rescue method and device based on the unmanned aerial vehicle and the monitoring robot, when the smoke concentration in the environment exceeds the standard, the unmanned aerial vehicle is scheduled in time to release the gas masks to rescue trapped people, and the thermal infrared image is transmitted in real time through the unmanned aerial vehicle to enable workers to know the global situation in real time.

A lifesaving apparatus for high building is composed of rope, case with suspending arm fixed to its top, static friction part installed to left of case, movable friction part matched with said static one to form a rope channel between them, pull spring hook, the boosting connection rod consisting of left and right connection rods, etc. Its advantages are dropping down at uniform speed, and high safety.

The invention discloses a self-rescue container which comprises a top wall, a bottom wall, side walls, an inflatable cushion and a control device, wherein the top wall is provided with a locking device, the side walls are connected between the top wall and the bottom wall, the inflatable cushion is connected to the bottom wall and can be automatically inflated when encountering water, and the control device is connected to the inflatable cushion. The container can automatically sense falling overboard and stretch the inflatable cushion to realize self-rescue, freights are conveniently recycled, and loss is reduced.

The invention relates to a vehicle falling-into-water reminding and salvation device and relates to the technical field of car safety. The vehicle falling-into-water reminding and salvation device comprises a detecting unit, a single chip microcomputer, an executing unit and a power supplying unit for supplying power support to the device, and the detecting unit comprises a horizontal detecting instrument for detecting the inclined angle of a car and a plurality of water level sensors for detecting the wading water level. The executing unit comprises a reminding module selectively started according to the wading water level depth, a glass blaster and a salvation seeking module, the glass blaster is a firing pin type blaster, and the single chip microcomputer receives a detecting signal sent by the detecting unit and sends the signal to the executing unit. The horizontal detecting instrument and all the water level sensors are electrically connected with the input end of the single chipmicrocomputer, and the glass blaster and the salvation seeking module are electrically connected with the output end of the single chip microcomputer. According to the vehicle falling-into-water reminding and salvation device, the water level sensors and the horizontal detecting instrument are combined, the mistaken judgment probability is decreased, and the unnecessary loss is reduced; and meanwhile the salved rate of personnel in the accident is increased by combining self-salvation and salvation seeking.

The invention provides a straddle type monorail vehicle control circuit and a straddle type monorail vehicle. The straddle type monorail vehicle control circuit comprises a first marshalling vehicle circuit, a second marshalling vehicle circuit and a power supply control circuit. The first marshalling vehicle circuit and the second marshalling vehicle circuit are two mutually independent high-voltage circuits; when one of the first marshalling vehicle circuit and the second marshalling vehicle circuit breaks down, disconnection of high voltage of the marshalling vehicle circuit which breaks down is controlled and achieved through the power supply control circuit, and the marshalling vehicle circuit which does not break down provides high voltage. Through the above scheme, the first marshalling vehicle circuit and the second marshalling vehicle circuit are two mutually independent high-voltage circuits. When one of the circuits breaks down, the circuit of the marshalling vehicle which breaks down can be isolated, the circuit of the marshalling vehicle which does not break down can still operate normally, self-rescue of the vehicle is achieved, more effective rescue capacity and a more flexible rescue mode are achieved, and vehicle rescue is completed in the mode that the influence on operation is minimum.

The invention discloses an intelligent traffic information interaction system based on big data, and the system can provide a real-time positioning service for intelligent traffic software in other platforms through a positioning function of the intelligent traffic software in the platform when one server has a fault, thereby ironing out the defect that the fault of the server in the platform causes the interruption of the positioning service, and achieving the positioning service self-help of the platform. Furthermore, the system can obtain the real-time positioning data of the intelligent traffic software in servers provided by other developers when a certain piece of intelligent traffic software cannot provide the real-time positioning services because a server provided by one developerhas a fault, thereby guaranteeing that the obtaining of the traffic information is not affected by the stability of a single software platform, and enabling the obtaining real-time performance and accuracy of the traffic information to be higher.

The invention relates to an emergency danger avoiding system for an elevator. The emergency danger avoiding system for the elevator comprises an emergency damager avoiding button, an intelligent decision-making terminal and a control cabinet. The emergency damager avoiding button and the intelligent decision-making terminal are arranged on the inner side wall of a car, the emergency damager avoiding button is electrically connected to the intelligent decision-making terminal and the control cabinet, and the intelligent decision-making terminal is in signal connection to a contact terminal anda cloud server. The emergency danger avoiding system for the elevator has the beneficial effects that the system provides an emergency danger avoiding mode for the elevator; under emergency circumstances, staff in the car cut off a normal operating mode of the elevator, and controls operation of the elevator according to the demand of the staff; or, when the elevator cannot operate normally, the staff in the car controls operation of the elevator automatically to achieve a self-rescue purpose so as to fill the technical blank in the self-rescue and danger escape field under emergency circumstances.

The invention relates to an airframe alteration of the aviation carry airliner device, wherein it comprises that in the base of the airliner, setting a tail wind urgency escape exit base on the wind and draught nature truth, reducing riding people in the airliner, changing the structure of the seat, perfecting function need, widening both side door and fixing balance elbow baluster. It is a safety protected device when the airliner in danger by grouping girding bailout to escape, fisting balance baluster in turn entering urgency escape cabin, running fastness snail check deviating lock buckle or opening independence start-up power supply to open the back door, to jump.