35results about How to "Arrive fast" patented technology

The invention discloses a method and a device for optimizing a planned route. The method comprises the following steps: matching own vehicle position to the lane of the current road section during vehicle traveling, obtaining vehicle speeds of all lanes, and calculating time for passing crossroads on different lanes, and determining an alternative route from the current position of own vehicle toa destination; evaluating comprehensive evaluation values of the planned route and the alternative route, determining whether the alternative route is an optimal route, and performing corresponding prompt. With adoption of the method, the optimal route from own vehicle position to the destination is determined through combination with speed of vehicle flow passing each lane in the current road section during traveling, the planned route can be modified to the greatest extent, rapid and safe arrival at the destination is guaranteed, and user experience is improved.

The invention discloses a garage navigation method. The garage navigation method includes the following steps that: a preset location where a user needs to arrive, which is inputted by the user, is acquired; an exit nearest to the preset location is determined; the positions of K vacant parking spaces which are away from the exit by a preset range are determined, wherein K is an integer larger than or equal to 1; navigation routes between the position of a terminal and the positions of K vacant parking spaces are generated respectively, and N routes can be obtained, wherein N is an integer larger than 1; and a target route with the minimum congestion degree is determined from the N routes, and the vacant parking space corresponding to the target route is determined as a target parking space. The embodiment of the invention also discloses a terminal. With the garage navigation method and terminal provided by the embodiments of the invention adopted, route navigation can be performed on the plurality of vacant parking spaces which are nearest to the preset position, and the route with the minimum congestion degree is determined from the plurality of routes, and the vacant parking space corresponding to the route with the minimum congestion degree can be obtained, and the user can arrive at the vacant parking space at the peak use time of garages.

The invention discloses a method for implementing mass data transmission. When mass data on network element equipment need to be uploaded to a network management system, the method comprises that: the network element equipment compresses the data to be uploaded, and then transmits the compressed data to a network management server of the network management system; and the network management server decompresses the received compressed data, and transmits the decompressed data to a client of the network management system. The invention also discloses a system for implementing the mass data transmission at the same time. By adopting the method and the system, the mass data on the network element equipment reach the network management server in short time and further quickly reach the client so as to avoid allowing a user to wait for long time and effectively reduce link breakage of the network element equipment.

The invention provides a method and a system for navigation of a moving object in a building based on a video monitoring network. The method comprises the following steps that a navigation server obtains final position information of the moving object and sends an image sample of the moving object to a network video monitoring system; the network video monitoring system captures a target video image according to the image sample, obtains current position information of the moving object according to the target video image and sends the current position information to the navigation server; and the navigation server generates global navigation path information according to a topological structure diagram of the building, the current position information and the final position information, sends a motion adjustment command to the moving object according to the global navigation path information and adjusts a motion direction of the moving object according to the position of the moving object until the moving object arrives at the destination. According to the method, the navigation server realizes navigation of the moving object in the building through the network video monitoring system, so that the moving object arrives at the destination quickly, and the intelligence level of the building is improved.

The embodiment of the invention provides a traffic data processing method, device and system. The method includes the steps that connection channels are established with a vehicle-mounted unit and a signal control device; initial information sent by the vehicle-mounted unit is received and stored, wherein the initial information comprises vehicle information and drive routes; current position information sent by the vehicle-mounted unit every other preset time interval is received; when the distances between the current positions of a vehicle and a traffic intersection are within a preset range, a traffic release instruction is sent to the signal control device so that the vehicle can pass the traffic intersection; when the vehicle passes the traffic intersection, a traffic recovery instruction is sent to the signal control device so that the signal control device can control traffic signal lamps according to a preset rule. The method is beneficial for special vehicles to rapidly and safely arrive at a scene to execute tasks; due to the fact that the vehicle information and the drive routes are stored in a server, monitoring and management of the vehicle can be achieved.

The invention discloses an efficient fruit picking device based on image recognition. The efficient fruit picking device comprises an image recognition module, a picking module and a collecting module, wherein the image recognition module is used for identifying the maturity of fruits through images and feeding the recognition result information to a user, the collecting module is used for collecting fruits picked by the picking module, the picking module comprises a walking cart, a telescopic arm and a picking device; the walking cart is provided with a supporting rod, the telescopic arm is arranged at the top of the supporting rod through a knuckle bearing, the picking device is used for cutting off the fruit handle by utilizing the combined movement between the petal-shaped picking claws of all the similar petals. The petal-shaped picking claws are opened, the fruits fall into a fruit conveying channel, namely the hollow sleeve, and enter a spiral chute through buffering of a flexible baffle and enter a fruit storage box, so that the fruits are safe and uniformly distributed in the fruit storage box. According to the device, manpower can be greatly reduced, labor force is liberated, production efficiency is improved, and the device is suitable for middle and large fruit tree growers.

The invention discloses an automatic navigation system and method for temporary entering of foreign personnel into a residential area. The method comprises the following steps: verifying identity of a visitor entering the residential area, and acquiring the identity information of the visitor and identity information of the visited residents; transmitting a call request to the room of the residents, wherein the call request carries the identity information of the visitor and the identity information of the visited residents; distributing a mobile terminal to the visitor after a positive response is received, initializing the mobile terminal, inputting the house number of the visited residents to the mobile terminal, and distributing the mobile terminal to the visitor to be carried; and displaying the planar distribution diagram of each floor of the residential area, the corresponding position of the residential unit and the room position as well as a path from the community gate to the resident by the visitor according to the mobile terminal, and reaching the residential house. According to the system and the method disclosed by the invention, temporary personnel who enter the residential area to visit the residents can conveniently and rapidly reach the destination.

The invention relates to the field of game operation control, and in particular relates to a game unit movement and attack control method, a game unit movement and attack control device, a storage medium and a terminal. The method comprises the following steps: by responding to an operating instruction of a user for the own-side game unit, determining a target address position of the own-side gameunit; according to the target address position, generating an advancing path for arriving at the target address position, and controlling the own-side game unit to move according to the advancing path; and when the own-side game unit moves on the advancing path, judging that whether the own-side game unit is attached by a game unit of the enemy side or not on the advancing route, if so, determining the response instruction of the own-side game unit according to the operation instruction, and controlling the own-side game unit to respond to the attack according to the response instruction tillthe own-side game unit moves to the target address position. With the technical scheme provided by the invention, the operation needed by response made by the game unit under attack during the movingprocess can be simplified.

During an evacuation situation in a building (2) that is equipped with an elevator system (1) and in which a multiplicity of fixed point markers (4) are arranged at defined sites, a person (8) has anescape route transmitted to him by means of a mobile device (10). The fixed point markers (4) store data that are receivable by the mobile device (10). An instantaneous position of the mobile device (10) is determinable when the mobile device (10) uses data received from a fixed point marker (4) to access a database (47) in which the data are linked to a site of the fixed point marker (4). The ascertainment of the escape route to a destination (12) is based on the instantaneous position of the mobile device (10). The person (8) is registered on reaching the destination (12) when the mobile device (10) is detected at the destination (12).

The invention relates to an MQTT protocol communication method for mass message transmission of a power distribution internet of things, which comprises the following steps: by designing a queue gateway which is uplink and downlink isolation, real-time priority and support of mass data, separating and splitting an uplink and a downlink, when the uplink is stacked, sending real-time messages preferentially, and sending stacked messages into an order-preserving degradation queue; and meanwhile, the accumulated message and the real-time message are sent in parallel, so that the normal operation processing of the downlink service is not influenced. According to the method, a multi-track queue model is adopted, massive Topic is isolated from one another, and the purpose that messages of one device accumulate Topic without affecting normal operation of another device is achieved. Through multiplexing of TCP channels, that is, one TCP channel corresponds to a plurality of MQTT clients, and the same group of MQTT clients establish communication connection with an MQTT proxy server through the same TCP channel, concurrent connection number requests of power distribution Internet of Things equipment to the MQTT proxy server are reduced to the maximum extent, decoupling of an MQTT protocol and a transmission layer is achieved, real isolation of massive Topic is achieved, and the reliability of power distribution Internet of Things equipment is improved. The time delay problem caused by accumulation is fundamentally solved.

The invention belongs to the technical field of medical apparatuses, and discloses a novel controllable-orientation intestinal obstruction treatment device, which comprises an intestinal obstruction catheter, a supporting guide wire and a guide airbag, wherein the intestinal obstruction catheter is provided with a head end and a tail end, and both the head end and the tail end are opened; the section, which is close to the head end, of the intestinal obstruction catheter, is a guide head section, and a ventilation hole II, a front annular airbag, a ventilation hole I and a rear annular airbagare sequentially arranged at one side of the section; a first guide airbag air inlet, a second guide airbag air inlet and a third guide airbag air inlet are sequentially arranged in the side face of the part, which is close to the tail end, of the intestinal obstruction catheter, and a rear annular airbag air inlet, a liquid inlet and a front annular airbag air inlet are sequentially formed in a symmetrical position; the supporting guide wire is inserted into the intestinal obstruction catheter; and the guide airbag is arranged on the inner wall of the guide head section and is connected to astrip-shaped airbag tube. Time that the intestinal obstruction catheter reaches a site of cohesive intestinal obstruction can be shortened, a surgical success rate can be improved, radiation amounts on a patient and doctors during an operation can be reduced and harm of the head end of the intestinal obstruction catheter to the patient can be relieved.

The invention relates to an orbital transfer method for rapid arrival of a spatial different-plane circular orbit target, and the method comprises the steps: innovatively designing a virtual orbit, and carrying out the optimization to obtain the optimal rendezvous phase and rendezvous time of a spatial target; obtaining the optimal time and phase of the service aircraft entering the elliptical transfer orbit through backstepping according to the optimal rendezvous phase and the rendezvous time; obtaining an orbit phase adjustment amplitude and adjustment time of the service aircraft according to the initial position of the service aircraft and the phase entering the ellipse transfer orbit; and obtaining the berthing waiting time of the service aircraft on the initial orbit according to the orbit phase adjustment amplitude and the adjustment time of the service aircraft. Therefore, the orbital transfer strategy of the service aircraft can be calculated.

The invention discloses a routing inspection guiding method and a device and a computer room management system. The method is applied to a routing inspection guide device located on the network side in the computer room management system. The method comprises the following steps of storing position information of each equipment cabinet in a target computer room, and storing the position information of each guiding lamp arrayed in the target computer room in the computer room management system; determining the current position information of inspection personnel, and determining the target position information of the target equipment cabinet; determining an optimal pedestrian path according to the current position information, the target position information and the position information ofeach equipment cabinet; determining each target guiding lamp adjacent to the optimal pedestrian path; controlling the at least two target guiding lamps to be lightened. According to the technical scheme,the inspection personnel can be guided to arrive at the position where the target equipment cabinet is located more quickly.

The invention discloses an intelligent campus safety management system which comprises a power supply module, a central control module, an access control system, an alarm system, a safety management module, an intelligent tracking module, an emergency processing module and an emergency exercise module. Through the arrangement of the emergency event processing module and the emergency event exercise module, when the event prediction module predicts that an emergency event is about to occur or exercise is needed, logistics personnel are notified through the logistics notification module, so that the logistics personnel can reach a specified position; and a voice notification module is used for performing voice notification on other people in the campus to pacify the emotion of other people in the campus, and meanwhile, a personnel evacuation module starts to work so that other people in the campus can be timely and orderly evacuated, and the health and safety of the people are protected; and therefore, people in the campus can arrive at a safe site orderly and quickly in case of special circumstances, and the safety protection awareness of the people in the campus is improved.

The invention discloses an indoor navigation method and device, a memory medium and electronic equipment and relates to the technical field of optical communication. The indoor navigation method comprises the steps of receiving current position information sent by terminal equipment, wherein the current position information is determined by the terminal equipment according to a detected visible light signal of one or more lighting sources; determining destination position information; generating a target navigation path from a current position to a destination position based on the current position information and the destination position information; determining ideal consumed time from the current position to the destination position according to the target navigation path, and startingtiming; and if it is detected that the terminal equipment does not arrive at the destination position when the ideal consumed time arrives, changing a display state of one or more target light sourceswithin a first preset range around the destination position. According to the method, the device, the memory medium and the electronic equipment, a user can be guided to a destination a rapidly.

The invention discloses a foldable underwater vehicle flapping wing device. The flapping wing device comprises a motor, a transmission assembly which is connected with the motor and converts rotationof the motor into reciprocating swing, a connecting structure connected with the transmission assembly and is provided with a first connecting part, and a folding wing provided with a second connecting part matched with the first connecting part. Two matching positions are arranged between the first connecting part and the second connecting part. In the navigation stage of the underwater vehicle from the launching position to the cruising position, the two connecting parts are located at the first matching position, and the folding wings are in a folded state. In the cruising stage of the underwater vehicle, the two connecting parts are located at the second matching position, and the folding wings are unfolded and locked. The motor works to transmit reciprocating swing to the folding wings through the connecting structure to form flapping wing motion. By using the method, the problem that the launching speed of the underwater vehicle is matched with the cruising speed can be solved, the flight time between the launching position and the cruising position can be shortened, and the maximum concealment can be achieved in the cruising stage.

The invention discloses an engineering supervision verticality detection device, which belongs to the technical field of engineering supervision and comprises an operation table, two side plates are fixedly mounted at the bottom of the operation table, an arc block is fixedly mounted at the bottom of the operation table and between the two side plates, a movable cushion block is arranged between the two side plates and below the arc block, and a U-shaped top block is arranged between the movable cushion block and the arc block. Through the structural design of a movable cushion block, a threaded block, a lead screw and a U-shaped ejector block, the lead screw is rotated to drive the U-shaped ejector block to move, the lower surface of an arc block is in an arc shape, the length of the U-shaped ejector block is determined, the movable cushion block can rotate and deviate through movement of the U-shaped ejector block, one end of the movable cushion block can be high, and the other end of the movable cushion block can be low through rotation and deviation of the movable cushion block. Therefore, the ground unevenness is compensated, the function that the whole device can still keep accurate measurement under the condition that the ground is unevenness is achieved, and the problem that perpendicularity measurement is inaccurate due to the unevenness of the ground is solved.

The embodiment of the invention provides a medical system. The medical system comprises an operation table, a magnetic navigation device and a medical imaging device, the magnetic navigation device and the medical imaging device are respectively arranged beside the operating table, and rays of the medical imaging device can be transmitted through the operating table; the magnetic navigation device is used for navigating a positioning medical tool to a focus area on a medical path according to the medical path; and the medical image device is used for scanning the head end area of the positioning medical tool to obtain a medical image and reconstructing a two-dimensional image and / or a three-dimensional model of the head end area of the positioning medical tool so as to confirm the surrounding condition of the positioning medical tool and determine whether the positioning medical tool reaches a correct position or not.

The embodiment of the invention provides a medical system. The medical system comprises an operation table, a magnetic navigation device, a medical imaging device and an optical positioning device, the magnetic navigation device is used for navigating a positioning medical tool to a focus area on a medical path according to the medical path; the optical positioning device comprises an imaging module and at least three first markers arranged on the medical imaging device, and the optical positioning device is used for obtaining the position of the medical imaging device relative to the imaging module according to imaging of the imaging module on the at least three first markers; the medical imaging device is used for moving according to the position of the medical imaging device relative to the imaging module to scan the head end area of the positioning medical tool to obtain an image, and reconstructing a two-dimensional image and / or a three-dimensional model of the head end area of the positioning medical tool. To confirm a surrounding condition of the localized medical tool and whether the localized medical tool reaches a correct location.

The invention relates to a point location control method, a hydraulic control system and an engineering vehicle. The point location control method comprises the steps that before a hydraulic driving device moves in a decelerated mode and moves to a sliding area, whether current input into an electro-hydraulic proportional valve is smaller than preset sliding current or not is judged; if yes, the current input into the electro-hydraulic proportional valve is switched to be the preset sliding current; when the hydraulic driving device moves to the sliding area, whether the current input into the electro-hydraulic proportional valve is larger than or equal to the preset sliding current or not is judged; if yes, the current input into the electro-hydraulic proportional valve is switched to be the preset sliding current; and after the magnitude of the current input into the electro-hydraulic proportional valve is switched to be the preset sliding current, the magnitude of the current input into the electro-hydraulic proportional valve is continuously controlled to be the preset sliding current until the hydraulic driving device moves to the target position. By adopting the point location control method, the hydraulic driving device can quickly, accurately and stably reach the target position.

The invention discloses a guide signboard body layout design method. The guide signboard body layout design method comprises the following steps: when setting layout information of a crossroad guide information signboard body, taking crossroad cross way information as prior guide information and taking periphery way information capable of being reached by a crossroad cross way and important address information near a crossroad as selective guide information; on a crossroad symbol guide sign on a layout of the signboard body, firstly labelling the prior guide information, and then labelling the selective guide information after the prior guide information. The layout of the signboard body designed through the method is clear and easy to understand, the traffic information in urgent need is accurately and timely provided for a traveler, the traveler is helped to know the road network structure and the smoothness condition to rapidly and smoothly reach the destination, and the requirement on accuracy of the guide sign is well met.

The present invention relates to the field of game operation control, in particular to a game unit movement and attack control method, device, storage medium and terminal. The method includes: responding to a user's operation instruction to the own game unit, determining the said game unit The target address position; according to the target address position, generate a forward path to the target address position, and control the game unit of the own side to move according to the forward path; when the game unit of the own party is in the front When the travel path moves, it is judged whether the game unit of the party encounters the attack of the game unit of the enemy on the forward path, if so, the response command of the game unit of the party is determined according to the operation instruction, and the game unit of the party is controlled Respond to the attack according to the response instruction until the own game unit moves to the target address position. The present invention can simplify the operations required for the game unit to respond when it encounters an attack while moving.

The invention relates to a coordinate debugging method and system and a storage medium. The coordinate debugging method comprises the following steps: sending a reading signal to obtain original position parameters of one or more motors; sending a reset signal to control each motor to act and adjusting the assembly to reset to the initial coordinate; sending a test signal to adjust the assembly to move to a preset coordinate; judging whether to send a fine tuning signal to adjust the assembly to move to a target coordinate; and updating according to the position parameter of each motor when the assembly arrives at the target coordinate to obtain a new position parameter of each motor. According to the technical scheme, a humanized interactive operation mode is provided, a user can complete coordinate debugging of a certain component only by performing simple operation on a debugging interface, operation steps are simplified, and the debugging efficiency of the lower computer is improved; besides, the method is high in universality, and method transplantation among different test items can be realized, so that the equipment debugging cost before the medical detection equipment leaves a factory is reduced.

The invention discloses an information processing method and an electronic device, the method comprising: acquiring a first image obtained by a first electronic device at a first time; acquiring first position information of the first electronic device in a first position at the first time; acquiring second position information of a second electronic device in a second position at a second time; acquiring, based on the first position information and the second position information, first guiding information when the second electronic device needs to reach the first position from the second position; and displaying, by a display unit, the first guiding information. The method and the device provided in the invention are used to solve a technical problem that in the prior art, when a user needs to photograph another photo similar to a certain photo, the user needs to try to find out the same position and thus the photographing is inconvenient, inaccurate, and time-consuming, and the method and the device provided in the invention achieve a technical effect of automatically guiding the user to a designated photographing position, and thus the user is further able to reach a designated position conveniently, accurately and quickly to photograph the similar photo.

The embodiment of the present invention discloses a garage navigation method, which includes: obtaining a preset position input by the user to be reached; determining the exit closest to the preset position; determining the exit within the preset range from the exit K vacant parking spaces, wherein said K is an integer greater than or equal to 1; generating navigation routes between the terminal position and said K vacant parking spaces respectively to obtain N routes, wherein N is an integer greater than 1 ; Determine the target route with the least degree of congestion among the N routes and the vacant parking space corresponding to the target route as the target parking space. The embodiment of the invention also discloses a terminal. By adopting the embodiment of the present invention, it is possible to perform route navigation for a plurality of free parking spaces closest to the preset position, and then determine the route with the least degree of congestion from the multiple routes, and at the same time, obtain the corresponding free parking space of the minimum route, especially in During the peak period of garage use, it can quickly reach the vacant parking space.

The invention discloses a heat-preservation performance tester for beddings. A sensor assembly is arranged on an environment cover ceiling (1-2) of an environment cover lifting mechanism, and is positioned in an environment cover (1-1). A parallelogram-shaped telescopic balancing mechanism (1-4) is also connected to each of the left and right ends of an environment cover controller (1-3). The lower ends of the parallelogram-shaped telescopic balancing mechanisms (1-4) are connected with the environment cover ceiling (1-2). The tester also comprises a control system which is connected with sensors on a test bench and sensors on the sensor assembly respectively. According to the tester, the environment cover and the temperature sensor assembly are driven to stably and rapidly ascend and descend through a power mechanism when a test sample needs to be replaced, and sensor groups with high detection accuracy are ensured to rapidly and simultaneously run to correct detection positions on the test bench of a main unit.

The invention discloses a loading device for bearing processing. The loading device comprises a loading disc, a conveying plate and a processing disc. After the loading device for bearing processing is electrified, the loading disc, a conveyor belt and the processing disc start to rotate, a bearing slides down to the edge of the disc through the conical loading disc and is supported by a fixing ring and a fixing block to rotate along the edge, the bearing slides out of a discharge port and drops onto the conveyor belt due to the effect of sliding down and the pushing of the fixing block when getting to the upper part of the discharge port, the bearing passes through an infrared sensor under the assistance of the conveyor belt and the fixing frame, the infrared sensor starts to control a block lever to block the bearing after sensing the bearing, a support block in the nine-o'clock position starts to raise through a lifting motor, the bearing just drops directly above the support blockwhen the bearing gets to the bottom of the conveyor belt, at this time, the bearing enters a grinding machine through the trapezoidal fixing block and a fixing slot, and the bearing starts to be rubbed evenly through the fixing by a grinding slot, a grinding plate, the trapezoidal fixing block and the fixing slot.

The invention discloses a parking space guiding method, system and device and a computer readable storage medium, and the method comprises the steps: obtaining the position information of a target, the target being a vehicle or a person, and the position information being obtained through the position of a camera disposed in a parking lot; obtaining a destination of the matching target; and generating a navigation route for the target to arrive at the destination, and obtaining a real-time scene on the navigation route to form navigation information. In this way, the parking management efficiency can be improved.