53results about How to "Improve recovery success rate" patented technology

The invention provides a waste smart mobile phone detaching device. The waste smart mobile phone detaching device comprises a base, wherein a fixing device is arranged on the base; a pressing device is arranged above the fixing device; unscrewing devices are arranged on two sides of the pressing device; a rotating motor is arranged at the upper end of each unscrewing device; the rotating motors drive the unscrewing devices to detach screws on a mobile phone; an element detaching device is arranged on the right side of the base; elements inside the mobile phone are detached through the element detaching device; and an element recycling track is arranged on the right side of the element detaching device. A shell of the mobile phone is pressed by the pressing device, the screws on the mobile phone are detached through the unscrewing devices, the elements are detached through the element detaching device, waste mobile phones are detached automatically, components in the mobile phones are recycled, the detaching efficiency is improved, and the element recycling success rate is increased.

The invention discloses an implementation method and system for a Bluetooth cloud anti-lost device. The implementation method comprises the steps of: A, binding a unique feature code of the anti-lost device with account information registered by a user, mounting the anti-lost device on an article, simultaneously carrying out Bluetooth connection on the anti-lost device and a mobile terminal, and uploading the bound information to a background server; B, when the mobile terminal does not detect the corresponding anti-lost device in a Bluetooth range, marking the anti-lost device as a lost state, and uploading lost information to the background server; and C, when other mobile terminals detect the corresponding anti-lost device in the Bluetooth range, sending current position information of the mobile terminal to the background server in real time, and returning the position information to a user corresponding to the anti-lost device. By the implementation method and system disclosed by the invention, a retrieving success rate of the lost article is greatly promoted, i.e., a lost retrieval function can also be achieved outside the Bluetooth range.

The invention provides an equipment retrieving method. The equipment retrieving method comprises the following steps of detecting state data of equipment; judging whether the state data belong to the data range of a preset fall state or not; and, if the state data belong to the data range of the preset fall state, shooting a scene image of the equipment in the motion state, and sending the scene image to a user. Because a camera generally cannot be sheltered while falling down and more scene images can be shot in multiple directions, the disadvantage that information of a scene, where the equipment is, cannot be obtained due to the fact that the camera is sheltered after the equipment falls down can be avoided; and the equipment retrieving success rate is further increased.

The invention discloses a seat recycling system for ejection tests. The seat recycling system for the ejection test comprises a recycling parachute (1), a hanging device (2), a life-saving box cover (27) in a seat bucket, a parachute sleeve and a packaging rope (26), wherein the hanging device (2) is installed on a seat, the parachute sleeve is sewn on packaging cloth on the inner side of the life-saving box cover and used for packaging the recycling parachute (1), the packaging rope (26) seals the packaging cloth of the life-saving box cover to realize the packaging of the recycling parachute(1) and connected to the bottom plate of the seat bucket, and the two ends of the parachute rope of the recycling parachute (1) extend from the rears of the left and right sides of the life-saving box cover (27) and are connected with the top end of the hanging device (2). According to the invention, the recycling parachute is installed in the space on the inner side of the seat chair and under the human body, so that the eccentricity of the seat cannot be influenced, and the test state and the actual use state can be highly fitted. The system can be used by matching with various situations of ejection tests, especially high-speed ejection tests, the state of the seat after ejection tests is basically complete, and the recovery success rate of the seat is high.

The invention provides mobile phone loss detection and recovery equipment and a mobile phone loss detection and recovery method. The equipment comprises a detection assembly, a driving assembly and arecovery assembly, wherein the detection assembly comprises a cabin body with an open front surface, a photographing assembly arranged on the cabin body and a rotating table arranged on the bottom surface of the cabin body and used for placing a detection mobile phone, the photographing assembly comprises a first photographing assembly and a second photographing assembly, and the method comprisesthe steps of photographing, detecting and recycling the lost mobile phone. The appearance loss detection of the recycled mobile phone is realized by using the device; the detection information is adopted, and mobile phone valuation can be carried out more reasonably, so that the number of times of secondary manual inspection caused by inaccurate mobile phone evaluation can be greatly reduced, therecovery efficiency of the mobile phone is improved, the intermediate cost of mobile phone recovery is reduced, the mobile phone recovery success rate is improved under the condition that the mobile phone recovery experience of a user is improved, and the very ideal market practical value is achieved.

The invention discloses a rocker arm type unmanned aerial vehicle ski buffering device. The rocker arm type unmanned aerial vehicle ski buffering device is composed an upper vehicle body connector, adamper, a ski bar and a rocker arm, wherein the upper vehicle body connector is arranged under a vehicle body and connected with the upper end of the damper through a damper-vehicle body connecting pin; a ski bar front connector is arranged in front of the vehicle body and connected with the ski bar through a ski bar-vehicle body connecting pin; the lower end of the damper is connected with the rocker arm through a damper-rocker arm connecting pin. During parachute landing, when the ski bar touches down, a ski bar support arm module can rotate around the ski bar front connector and a rocker arm-vehicle body connector under the action of support reaction force of the ground; during rotation, the ski bar support module can compress the damper, which then absorbs the sinking kinetic energy ofthe vehicle body to achieve buffering and damping effects; the ski is in a rocker arm type structure to achieve a long buffer stroke and reduce recovery overloading, and by means of high sideslip andground fiction, can absorb more impact energy to effectively protect safety of the vehicle body and equipment.

The invention provides an emergency method of an underwater robot and electronic equipment. The method comprises the steps that fault information of the underwater robot is collected, and the fault type of the underwater robot is determined based on the fault information; and when it is determined that the fault type of the underwater robot is energy abnormity or depth abnormity or water leakage occurs starting the emergency protection action, which comprises closing a propeller of the underwater robot, throwing loads, changing the flicker frequency of a stroboscope lamp and transmitting rescue satellite information, so that emergency measures are taken in time when the underwater robot encounters an emergency, and the recovery success rate of the underwater robot in an abnormal state is improved.

The invention discloses a storage space recovery method, device and equipment and a computer medium, which are applied to an all-flash storage system and used for acquiring a target Unmap IO representing recovery of a simplified volume storage space. The method comprises steps of splitting the target Unmap IO according to a preset Pio value to obtain a split Unmap IO, and ensuring that the split Unmap IO carries a preset mark; aggregating the split Unmap IO according to a preset Vio value to obtain an aggregated Unmap IO, and ensuring that the aggregated Unmap IO carries a preset mark; recovering the simplified volume storage space based on the aggregated Unmap IO and a preset mark, wherein the preset mark comprises a mark for representing storage space recovery. According to the method and the device, the target Unmap IO can be prevented from losing a mark representing storage space recovery after being split and aggregated, so that the recovery success rate is improved.

The invention discloses a route planning method for enabling robots to return to baskets. The method comprises the following steps of: judging wherein an ultrasonic signal is a one-path signal or a two-path signal, and if the ultrasonic signal is a one-path signal, adjusting the direction or/and position of a robot until two paths of ultrasonic signals are received; judging whether the time of thetwo paths of ultrasonic signals for reaching an ultrasonic reception sensor is the same or not, and if the judging result is negative, regulating the direction or/and position of the robot until thetime of the two paths of ultrasonic signals for reaching the ultrasonic reception sensor is the same; and controlling the robot to go straight until the robot returns to a basket. The invention furthermore discloses a route planning device for enabling robots to return to baskets, electronic equipment and a storage medium. Through coordination of an ultrasonic transmission sensor and the ultrasonic reception sensor, the positioning of robots is realized, and the robots are enabled to go straight to return to the baskets, so that the interference of outdoor strong light is avoided and the recovery success probability of the robots is improved.

The invention relates to the technical field of autonomous underwater robot recovery, and discloses a recovery system and a recovery method for automatically recovering an autonomous underwater robot on the water surface. The recovery system for automatically recovering the autonomous underwater robot on the water surface comprises an unmanned aerial vehicle, a winch arranged on a boat and a butt joint component arranged on the autonomous underwater robot. The winch is used for recovering and releasing a mooring rope, the unmanned aerial vehicle is used for driving the mooring rope to be automatically and detachably connected with the butt joint component, and the butt joint component is used for being automatically and detachably connected with the mooring rope driven by the unmanned aerial vehicle; the problem that the recovery efficiency of the autonomous underwater robot is low in the related technology is solved.

The invention discloses a use method of a dangerous material transportation regulation platform. The platform comprises a vehicle-mounted control host, an image acquisition module and a GPS positioning module. The platform also comprises a wireless communication module, an alarm module, a radiation detection module and a pressure sensor. A camera transmits real-time image data to the vehicle-mounted control host under the normal condition. The vehicle-mounted control host processes the received image signals and then divides the image signals into two paths, wherein the first path is outputted to a large-capacity storage module to be cached and reserved, and the second path is transmitted to the wireless communication module and transmitted to a remote terminal through the communication module, and the necessity of taking corresponding measures is determined by the remote terminal, i.e. whether a control command is transmitted to an alerter to alarm and prompt the personnel on duty is determined.

The invention discloses a control wafer recycling method. The control wafer recycling method comprises the following steps of performing acid liquid cleaning on a to-be-cycled control wafer; performing chemical and mechanical polishing on the to-be-cycled control wafer for the first time; and performing chemical and mechanical polishing on the to-be-cycled control wafer for the second time. According to the control wafer recycling method provided by the invention, the surface quality of the to-be-recycled control wafer is greatly improved, the recycling success rate is improved, the technological steps are simplified, and the production cost is lowered.

The invention discloses an application method of a nuclear waste transportation protection device. The application method adopts a vehicle-mounted control host computer, an image acquisition module, a gate valve switch, a display module, a GPS positioning module, a wireless communication module, an alarm module, a radiation detecting module and a pressure sensor. Under normal circumstances, a camera transmits real-time image data to the vehicle-mounted control host computer; the vehicle-mounted control host computer processes the received image signals and divides the signals into three paths, the first path is output to a large-capacity storage module for buffering and saving, the second path is output to a display module to allow the staff of transportation to check in real time, and the third path is transmitted to a wireless communication module; and the signal is transmitted to a remote terminal by means of the wireless communication module, and the remote terminal determines whether a countermeasure is necessary, that is, whether to transmit a control command to an alarm so as to alarm and prompt the staff on duty.

The invention discloses an application method of a nuclear waste movement system. A vehicle control host machine, an image acquisition module, a display module and a GPS positioning module are comprised, and a wireless communication module, an alarm module, a radiation detection module and a pressure sensor are further comprised. Under normal conditions, real-time image data is transmitted by a camera to the vehicle control host machine, the received image signals are processed by the vehicle control host machine and are then divided into three paths, the first path is outputted to a high capacity storage module for caching reservation, the second path is outputted to the display module to provide for staff of transportation for timely check, the third path is transmitted to the wireless communication module and is transmitted to a remote terminal through the wireless communication module, whether response measures are adopted is determined by the remote terminal, namely whether a control command is transmitted to an alarm device to alarm an operator on duty is determined.

The invention discloses a textile size recycling method. The method includes following steps: treating textile: cleaning floating dust on the surface of a textile raw material, and drying the textileraw material; sizing PVA size: soaking the textile raw material in the PVA size for sizing, and completing drying and spinning to obtain fabric A; performing ultrasonic cleaning: putting the fabric Ainto an ultrasonic cleaning tank, adding a proper amount of pure water into the ultrasonic cleaning tank, and controlling the ultrasonic cleaning tank for low-frequency cleaning; desizing: desizing the fabric A after going through ultrasonic cleaning to obtain desizing liquid and fabric B, filtering the desizing liquid, and pouring the desizing liquid into suction filtration equipment for suctionfiltration. Part of impurities in the fabric can be removed, so that improving of purity of the desizing liquid is facilitated, convenience is brought to recycling of the desizing liquid, recycling success rate and desizing rate are increased, waste liquid discharge is reduced, and environment protection is promoted.

The invention provides an underwater vehicle dynamic recovery cabin suitable for a water surface ship slideway and a control method of the underwater vehicle dynamic recovery cabin. The underwater vehicle dynamic recovery cabin comprises an inner cabin body, an outer cabin body, a guide module, a power module, a dragging module, a control chamber and a fixing module. According to the recovery cabin, the outer cabin body meets the size requirement of a sliding rail, the inner cabin body can carry an underwater vehicle, the recovery cabin comprises a guiding device composed of an acoustic guiding beacon, a guiding lamp and a guiding rod, and the limitation that only short-distance recovery can be achieved in a traditional recovery mode is broken through. The recovery cabin is loaded with sixpropellers, is self-powered, and can realize full-degree-of-freedom movement underwater, so that the recovery success rate of the UUV is greatly increased. The device has the advantages of being easyto control, compact in structure, low in weight, convenient to drag and the like, and the requirements for water surface ship slideway sliding and UUV autonomous releasing and recycling can be met atthe same time.

The invention belongs to the field of autonomous underwater robots, and particularly relates to a modular slideway capture rod type recovery device for an autonomous recovery underwater robot, which comprises a fixed frame, and a slideway mechanism, a lead screw sliding table hoisting mechanism and a clamping mechanism which are respectively mounted on the fixed frame, and the three mechanisms work cooperatively; a butt joint rod is driven by the sliding table to move forwards, the butt joint rod plays a main traction role, a belt plays an auxiliary traction and supporting role, the butt joint rod and the belt jointly allow the underwater robot to move into the fixed frame, the butt joint rod and a long sliding table make contact and drive the long sliding table to move forwards together, and the long sliding table is connected with clamping frames through a rope via a fixed pulley. The clamping frames on the two sides get close to each other along the short guide rails under the action of the pulling force of the ropes, the clamping and limiting of the underwater robot are completed, and the three mechanisms cooperate with each other to jointly complete the recovery of the underwater robot. The device is simple in overall structure, reliable in performance, convenient to maintain and high in practicability.

The invention relates to an auxiliary system for assisting an aircraft in launching and recycling and a launching and recycling method. The auxiliary system for assisting the aircraft in launching andrecycling comprises a reference platform, a lifting device which comprises a telescopic mechanism and a lifting platform which are positioned on the reference platform; the telescopic mechanism comprises a first-stage telescopic mechanism located below the lifting platform, and the upper portion of the first-stage telescopic mechanism makes contact with the lifting platform so as to push the lifting platform to move up and down; the telescopic mechanism further comprises a multi-stage telescopic mechanism located on the first-stage telescopic mechanism and/or the lifting platform, and the upper portion of the multi-stage telescopic mechanism makes contact with the aircraft so as to push the aircraft to be launched. Through the arrangement of the multi-stage telescopic mechanism, when theaircraft is launched, certain boosting force can be provided for the aircraft, the launching initial speed of the aircraft is increased, a large amount of fuel needing to be consumed when the aircrafttakes off is reduced, and the purposes of reducing the energy consumption of the aircraft and increasing the effective load are achieved.