82results about How to "Realize deployment" patented technology

The invention discloses a digital underground layering water injection testing and adjusting process pipe column and an operation method thereof. According to the purpose, the instantaneous flow rate and the accumulative total injection rate of a single reservoir stratum can be monitored and recorded in real time underground, pressure of the reservoir stratum is monitored in real time, underground well shut-in layering pressure drop is tested, and bi-directional transmission of data and orders between a down-hole and the ground is carried out in a wireless mode. The process pipe column is formed by connecting a multistage digital water distributor and an Y344 water injection packer through an oil pipe, and eliminates steps of testing and allocating steel wires of the flow rate compared with an existing water distributor and a packer used for layering water injection. Meanwhile, the instantaneous flow rate and the accumulative total injection rate of the single reservoir stratum can be monitored and recorded in real time underground, the pressure of the reservoir stratum is monitored in real time, and the underground well shut-in layering pressure drop is tested. The pipe column can greatly reduce workloads of matching tests and pressure-drop tests of an oil field layering water injection well, provides the true and reliable accumulative total injection rate of the single stratum, and provides reliable evidence for policy adjustment of the oil field development technology.

The invention provides a zero-counterweight barycenter deploying method for a parallel tiling tank satellite. The method comprises the following steps: (1) preliminarily calculating a satellite barycenter position; (2) preliminarily calculating an adjustable scope of a barycenter; (3) after testing mass characteristics of the satellite, acquiring a measured value of the barycenter, analyzing and calculating the mass and position of a to-be-adjusted propellant according to the measured value, and causing the barycenter to approach to the original point; (4) performing propellant filling for the satellite according to a calculating result of the filling quantity of the propellant of each tank, controlling different filling quantities, and meanwhile, setting a work state after filling. The invention provides the new barycenter deploying method for a parallel tiling tank layout high-orbital satellite; under the condition of not increasing the total mass of the satellite, the original barycenter offset of the satellite is reduced, so that the barycenter variation of a satellite orbital transfer section is reduced, the disturbance torque is reduced, the safety of the satellite orbital transfer is ensured, the consumption of the propellant is reduced, and the service life of the satellite is prolonged.

The invention discloses an emergency rescue internet-of-things system. The system is characterized by comprises a rescue terminal and a cloud server connected with the rescue terminal, wherein the rescue terminal comprises a positioning module and an acquisition module; the acquisition module is used for acquiring at least one of personnel sign information, environment information, on-site audio information, on-site image information and on-site video information; and information acquired by the positioning module and the acquisition module is transmitted to the cloud server by the rescue terminal. The system is capable of understanding the front-end rescue information in real time and realizing the flexible change and deployment of manpower, material resources and rescue process.

The invention relates to the field of underwater vehicle arranging and recovering devices and discloses an underwater vehicle arranging and recovering device. The underwater vehicle arranging and recovering device is characterized by comprising a fixed rack, a trolley, a walking assembly, a rotating bracket, a sliding bracket, a bracket driving assembly, a telescopic supporting assembly, a traction rope and a traction rope reeling and unreeling assembly arranged on the trolley for reeling and unreeling the traction rope. A first track arranged in the first direction is arranged on the fixed rack and the trolley is slidably arranged on the first track; the trolley is rotatably connected to one end of the rotating bracket, and the rotating bracket can be slidably arranged on the fixed rack in the first direction to drive the trolley and the rotating bracket to slide in the first direction on the fixed rack through the walking assembly so as to further push the rotating bracket away fromthe fixed rack. By implementing the technical scheme, the underwater vehicle arranging and recovering device is simple in structure and reasonable in arrangement, can be simply mounted on a common master ship for arranging and recovering work, is high in universality and can arrange and recover an underwater vehicle reliably.

The invention discloses a system for sharing books. The system comprises a book purchasing system for a user, a book printing system, a bookcase, a user mobile phone side and a server. The method comprises the following steps that: a user puts forward a book purchasing request for a platform; while the book is published, or for books which are published but are not sold, a two-dimensional code is printed on a book spine position, wherein the two-dimensional code contains the following information: the own information of a book, book purchasing user information and platform information; and the user puts, borrows and lends books. By use of the method and the system, the problem that books are difficult in sharing is solved, the user purchases books, the ''identity authentication'' of the user is added into a book purchasing link, necessary conditions are provided for the valuable circulation of books in a later stage, the ''property right'' of the book is transferred to the book purchasing user, and the user decides whether the book is "shared" to obtain earnings or not. Therefore, on one hand, platform input is lowered, and on the other hand, the development of "sharing" is accelerated.

The invention discloses a tapered rod type butt joint traction mechanism for recycling an underwater robot. The traction mechanism comprises a butt joint tapered rod (3), clamping mechanisms (4), resetting mechanisms (5), a hoisting seat (6), an image sonar system (7) and a traction steel wire rope (8), wherein the butt joint tapered rod (3) is rigidly connected with the tail part of the underwater robot (1) through a bolt; four sets of the clamping mechanisms (4), which are fixed through a hinge, are uniformly mounted at the periphery of the hoisting seat (6) and are used for clamping the butt joint tapered rod (3); one resetting mechanism (5) is mounted at the corresponding position of each set of the clamping mechanism (4) to ensure that the butt joint tapered rod (3) is in reliable butt joint with the hoisting seat (6); the other end of the hoisting seat (6) is connected with a water surface mother ship through the traction steel wire rope (8). The tapered rod type butt joint traction mechanism disclosed by the invention has a safe and reliable whole structure; a pure mechanical structure is adopted, so that the reliability and safety of a whole device are greatly improved; automatic butt joint under seaborne complicated sea conditions can be realized.

The invention relates to a sprinkling irrigation device for supplying water in a long distance in desert using wind/solar complementary generation as the power supply, belonging to the technical field of environment protection. A current generated by a wind driven generator is input into a wind power controller through a conductor wire to be adjusted and subsequently input into a junction station; a current generated by a solar battery is input into a photovoltaic controller through a conductor wire to be adjusted and subsequently input into the junction station; the junction station combines the two currents and input into an energy storage battery to be stored up; the energy storage battery outputs the current to supply the power to a control device; the control device supplies the current to a flow dividing device and a water pressure device according to received working instruction information; the flow dividing device divides one part of the water flow from a water conveying pipe; the water is input into a water supply pipe and sprayed out from a nozzle installed on the water supply pipe so as to irrigate sand prevention trees within the nozzle spraying range; and the water pressure device pressurizes the water flow input from the water conveying pipe and inputs into a next section of water conveying pipe, so that the water flow can be conveyed to a next water supply relay station successfully so as to supply water to the sand prevention trees in a long distance in the desert.

The invention discloses a multifunctional cloud classroom system comprising a cloud classroom terminal, a sub control center and a main control center for scheduling and resource issuing. The main control center consists of a cooperative control module and a first multi-point control module. The sub control center includes a second multi-point control module. The cloud classroom terminal consists of a video module, a recorded broadcasting module, a bidirectional video module, an audio module, and a personal computer for playing teaching resources. On the basis of the integrated system architecture, the system can meet requirements of remote interaction and excellent course recording of classrooms with different sizes. The class room terminal can enter the nearby main control center or the sub control center and can carry out switching another available main control center or sub control center automatically. The class room terminal carries out unified registration to the main control center, thereby realizing unified management and dispatching. The bidirectional interactive live broadcasting function as well as the bidirectional video conference function is supported.

The invention discloses an optical repeater used for a long distance seabed optical cable communication system, relating to the seabed optical cable communication field. The optical repeater is integrated in an optimized seabed optical cable joint; the outside of the optimized seabed optical cable joint is prepared by an overall molding process; a whole optical repeater is wrapped in a PE insulating layer, and is isolated from seawater. The optical repeater comprises a first continuous feedthrough unit, a photoelectric unit and a second continuous feedthrough unit, wherein one end of the first continuous feedthrough unit is in connection with the seabed optical cable on one side of the optical repeater, and the other end is in connection with the photoelectric unit; one end of the second continuous feedthrough unit is in connection with the photoelectric unit, and the other end is in conenciton with the optical cable on the other side of the optical repeater. According to the invention, the mechanical design difficulty of the optical repeater is reduced, integration processes and required integration matching resources are simplified, the cost is reduced, the size and weight of the optical repeater are reduced, the sea construction and burying difficulty is decreased, and the reliability is improve.

The invention relates to the technical field of corona virus disease epidemic situation prevention and control management auxiliary devices, specifically to a temperature-sensing intelligent wearablemonitoring device and a monitoring method thereof. The temperature-sensing intelligent wearable monitoring device comprises at least two intelligent wearable single bodies, wherein the intelligent wearable single body comprises a core, a shell and a connecting member, the core is fixedly installed in the shell, the shell is fixedly installed on the connecting member or the shell and the connectingmember are connected into a whole, and the core comprises a main board unit, a micro camera, an electronic ink screen and a power supply unit with a switch button. According to the invention, the temperature-sensing intelligent wearable monitoring device is reasonable and compact in structure and convenient to use, can real-timely monitor the information such as body temperature and position of awearer, can real-timely monitor the wearer through combination of a 5G network and a big data information retrieval technology so as to achieve effective isolation and treatment, can orderly and effectively achieve personnel management and control of each isolation area, can rapidly and effectively register related information, check related records and achieve management and control and allocation, and has the characteristics of safety, labor saving, simplicity, convenience and high efficiency.

The invention belongs to the field of model tests, and relates to a comprehensive guarantee platform for an underwater explosion test of a submersible vehicle model. The comprehensive guarantee platform comprises a system used for suspending a submersible vehicle model, a system used for conveying the lifting hook of the submersible vehicle model, a tool box, a submarine model, a vibration reduction and impact resistance experiment table, watertight cabin doors and a telescopic long rod. A suspension cable moon pool is arranged in the center of the comprehensive guarantee platform, and a lifting lug and an unhooking device are arranged on the inner wall of the suspension cable moon pool; winches are fixed on one side of the moon pool and in the corresponding broadside through winch supporting plates, a rope is connected with the two winches from the outer side of the platform through the moon pool, and a plurality of hanging rings are arranged on the rope; and the telescopic long rod is arranged outside a board on the other side and located at the position of a water line, the tool box and the vibration reduction and impact resistance experiment table are arranged in the platform body, and the watertight cabin doors are arranged on the two sides of the platform body. A safety coefficient is high in the test process, underwater operation is not needed, the working conditions ofvarious explosion distances can be achieved, and it can be avoided that experimental instruments are damaged and data collection is affected in the test process.

The invention relates to the field of delivery of the steel deep processing industry, and in particular relates to a system for controlling the delivery of a warehouse of the steel deep processing industry. The system comprises a data acquiring module, a data analyzing module, an MCU control module and an output module. The invention further provides a method for controlling the delivery of the warehouse of the steel deep processing industry; the data acquiring module can be used for acquiring order information to comprehensively know the types and quantity of the required steel in the order, acquiring the inventory information to comprehensively know the inventory condition of the required steel in the warehouse, namely, the types and quantity of the required steel in the warehouse, and acquiring the logistics information to comprehensively know various logistics line provided by each backup logistics company so as to select the shortest delivery line. With the adoption of the system and the method, the inventory information of each warehouse can be comprehensively known, and the logistics information can be mastered on real time, so that the delivery information can be automatically determined, and the goods can be distributed and delivered according to the delivery information.

The invention discloses a service processing method. The method comprises the following steps: when a service request of a terminal is received, determining the priority of the terminal; and when thepriority of the terminal is a preset high priority, preferentially allocating network resources to the service request as high-priority service request for preferential processing. The invention alsodiscloses a network server and a computer readable storage medium. By adoption of the service processing method provided by the invention, the deployment of network resources can be realized, and thecontinuity of high-priority service is ensured.

The invention discloses a nutrient solution supplying system structure for high-density planting. The nutrient solution supplying system structure for high-density planting comprises a nutrient solution activated bath and a shelf pipe, wherein the nutrient solution activated bath is provided with a liquid supplying device, multiple sets of flush gas refining devices are arranged in the nutrient solution activated bath, a plurality of slots are arranged on the shelf, the shelf pipe comprises a plurality of liquid supplying branch pipes and a plurality of recycling branch pipes, each liquid supplying branch pipe is provided with a plurality of liquid filling holes, a control switch is arranged with respect to each liquid filling hole, and each recycling branch pipe is provided with a plurality of recycling holes. Thereby, since the multiple sets of flush gas refining devices are arranged in the nutrient solution activated bath, and a gas output device is cooperatively utilized to activate the nutrient solution, the nutrient solution is mixed, oxygenated and homogenized, automatic liquid supplying is achieved, and the nutrient solution or liquid can be effectively controlled and absorbed by plants; meanwhile, a filtering slot is cooperatively arranged above the nutrient solution activated bath, so that redundant nutrient solution can be recycled and filtered for reuse, and liquid supplying and filtering can be automatically adjusted according to the growing conditions of the plants.

The invention discloses a sonar array laying method and system. The method comprises a step 1 of connecting a sonar array with an optical cable, and placing the sonar array connected with the optical cable on the bottom of a water area by a laying mechanism, a step 2 of the laying mechanism moving forward while laying the optical cable, and a step 3 of the laying mechanism starting an attendant state after arriving at an assigned position. The system comprises a laying mechanism and an optical cable, wherein a fiber joint at one end of the optical cable is carried by the laying mechanism, and a fiber joint at the other end of the optical cable is connected with the sonar array. The rapid sonar array laying problem in practical application is well solved, remote separate operation of a sonar array data collection system and a signal processing system is achieved, interference from surrounding support platform noise on collection equipment is reduced, the signal to noise ratio is raised, influences of support platform jitter on the collection equipment are reduced, and the working range of the sonar array is expanded.

The invention discloses an automatic humidity centring system with a fault diagnosis function for a three-floating inertia instrument, and belongs to the technical field of inertia instruments. The system comprises a three-floating instrument gyroscope pendulum, a controller, a matrix switch, a magnetic suspension pre-posed demodulation circuit, a program-controlled resistance circuit and an acquisition module. According to the system, the overall process is controlled through the matrix switch; output data are automatically acquired by adopting a PXI (Peripheral Component Interconnection Extensions for Instrumentation) data acquisition module; an allocation algorithm is designed based on experience; program-controlled resistors perform iterative allocation for completing the humidity centring debugging of the three-floating inertia instrument, determining the program-controlled resistors of a Wheatstone bridge of an IO (Input/Output) circuit, and realizing the overlapping of a mechanical zero position and an electrical zero position of a float. Through the system, humidity centring automation and intelligent allocation are realized; the allocation precision is high; the fault diagnosis function is realized, and the working condition of a mechanical body is judged in time, so that the system has great significance to improve assembling efficiency and discover an assembling fault of a precise instrument in time.

The invention relates to an unloading car control method for multi-point unloading. The unloading car control method comprises the steps that (1) when an unloading car reaches a specified unloading site, the position of the unloading car is transmitted onto an operation interface of a control system in real time; and after the unloading car stops moving under the effect of a corresponding limit switch, the control system starts a belt conveyor to convey materials, and the materials are unloaded to corresponding unloading ports through the unloading car; (2) radar level gauges are arranged at the tops of stock bins, and high level alarms are arranged on the upper portions of the stock bins; (3) blockage alarm devices are separately arranged at discharge outlets of the unloading car; and (4)a video monitor is arranged above one side of each stock bin to check the unloading condition of the unloading car in real time. By adoption of the unloading car control method for multi-point unloading, automatic control can be achieved when the unloading car discharges materials to multiple stock bins, and control over the material levels in the stock bins and blockage alarm are achieved, so that the unloading efficiency is improved, production can conducted smoothly, and the labor intensity of workers is relieved.

The invention relates to the field of environment protection and particularly relates to an urban building air cleaning system. The system includes an air conduit disposed in a building. The top of the building is provided with a wind outlet. The bottom of the building is provided with wind inlets. Sewage pipes are disposed in the building. An air cleaning pool is built under the building and includes a sewage pool, an adjusting pool and a clean water pool which are connected through water suction devices. The sewage pipes are connected to the sewage pool. The air conduit connecting the wind inlets is connected to the bottom of the adjusting pool. Wind discharged from the adjusting pool enters the air conduit from space above the clean water pool. A sewage treating device is mounted in the sewage pool. Beneficial effects of the system are that, air cleaning and humidification are achieved through the air cleaning pool; collection and repeated utilization of the water resource are achieved through the sewage pipes and a rainwater collecting pipe; and clean water pools under buildings are connected, thus achieving allocation of the water resource.

The invention provides an optical storage charging and discharging detection system and a use method thereof. The optical storage charging and discharging detection system body is connected with an alternating current power grid, and the optical storage charging and discharging detection system body organically combines charging, discharging, electric vehicle battery detection, energy storage and photovoltaic, so that charging and discharging of the electric vehicle and the battery detection of the electric vehicle are realized, solar energy can be stored in an energy storage battery, and the energy storage battery discharges electricity to the electric vehicle or other loads of a power grid; or the solar energy can be directly supplied to the electric vehicle, or the solar energy is connected to the grid. A plurality of groups of power can be effectively and automatically distributed to any one port through the power automatic distribution unit PCU, a bidirectional AC/DC module is added to the functional module group, the reuse of a power supply is effectively improved, and power generation, power utilization and battery health degree detection of new energy are realized through organic combination of charging, discharging, electric vehicle battery detection, energy storage and photovoltaic.

The invention discloses a reagent blending device comprising a liquid preparation bottle and a mixer arranged in the liquid preparation bottle; the mixer comprises a pipe body; a first feeding pipe isarranged on one side of the pipe body; a second feeding pipe is arranged on the other side of the pipe body; the other end of the first feeding pipe and the other end of the second feeding pipe are connected with a transverse pipe, and the transverse pipe is provided with a plurality of connection ports used for injecting reagents; the lower end of the pipe body is provided with an inverted liquid outlet pipe, through holes which are evenly distributed and symmetrically formed are formed in the liquid outlet pipe, and an opening of the liquid outlet pipe communicates with the outside. Different reagents can be introduced into the pipe body through the plurality of connection ports, flow to the opening through the though holes in the liquid outlet pipe, and enter the interior of a liquid preparation tank; the through holes are symmetrically formed, so that the reagents can collide with each other when the reagents flow out so as to achieve the uniform stirring and the blending of the reagents, and thus the problem that the reagents need to be uniformly stirred by using an electric tool during the reagent blending by a conventional liquid blending tank is solved.

The invention provides a control system of a medical resource and a control method. Information in medical resources with different natural properties can be grouped. The groups of the different medical resources are correlated through establishing a particular application. Quick and flexible configuration of the medical resource can be realized. Furthermore the application with single piece of medical resource information and other correlated medical resource can be searched and displayed. The control system and the control method have advantages of realizing informationized and automatic management and allocation of the medical resource, improving efficiency and reducing possibility of errors.