43 results about "Airlift" patented technology

The invention relates to the technical field of low-altitude operation and maintenance management, and discloses a digital twinning-based low-altitude takeoff and landing field infrastructure full-process operation and maintenance system, which comprises a real-time digital twinning construction module, a digital twinning construction module, a low-altitude takeoff and landing field infrastructure full-process operation and maintenance module and a digital twinning construction module, an airspace conflict detection module; an intelligent route planning module; a control instruction generation and execution module; and a data driving optimization module. By integrating multi-source data, updating the digital twin model in real time, carrying out airspace conflict detection and optimizing flight path planning, the path and scheduling time slot of the aircraft can be dynamically adjusted, the aircraft efficiency and the resource utilization rate are maximized, meanwhile, real-time feedback and continuous optimization are provided, and the flight path planning efficiency is improved. And the operation and maintenance intelligence and automation level of the low-altitude take-off and landing field is remarkably improved.

A payload including a housing provided with one or more toothed guides or with one or more docking mechanisms, each of which is configured to detachably toothedly interact with an unmanned aircraft apparatus being docked so as to enable the movement of said docked unmanned aircraft apparatus with respect to the housing of the payload, wherein the housing of the payload is further configured to detachably toothedly interact with yet another (other) unmanned aircraft apparatus so as to enable the action of said yet another unmanned aircraft apparatus onto said docked unmanned aircraft apparatus for withdrawal of the latter from interaction with the housing of the payload. Furthermore, embodiments of an air transport system include two or more unmanned aircraft apparatuses and one of the payload.

Hardened reusable shipping containers (e.g., shippers) are disclosed herein. A shipper may have a base enclosure that is configured to receive a payload and maintain a temperature of an environment surrounding the payload. The shipper may have various features such as bosses, compartments, and surface features to facilitate protection of a dewar inside the base enclosure, and retention of a payload during shipment. The shipper may have various features to facilitate ready stacking of shippers and suitability for use in air cargo operations.

Various examples are provided related to airlift pumping of downhole geothermal fluids. In one example, an airlift system includes a compressor; a gas sparger head in a wellbore of a geothermal well, and a pressure head recycle assembly. The sparger head produces artificial lift of the geothermal fluids by injecting a gas resulting in a difference in density downhole. The entrained gas can be extracted by the pressure head recycle assembly, compressed, and reinjected downhole. The geothermal fluid at the well head can be used in direct use applications or in a thermodynamic cycle to make shaft power. The gas sparger head can include a venturi shaped passage extending through the gas sparger head and a bubble orifice including gas orifices radially spaced about a narrow portion of the venturi shaped passage. The gas orifices can have a corresponding resonant chamber through which the gas (e.g., air) is provided.

The invention discloses a self-adaptive regulation and control method and system for an in-cabin environment driven by vital signs of a wounded person, and relates to the technical field of crossing of medical equipment and environment control. According to the self-adaptive regulation and control method and system for the in-cabin environment driven by the vital signs of the wounded person, a four-dimensional data acquisition system composed of physiology, environment, medical intervention and space-time scenes is built; the method comprises the following steps: synchronously acquiring multi-dimensional vital signs including brain electricity, skin electricity and other nerve and stress indexes, an in-cabin dynamic environment including detailed parameters such as airflow velocity and particulate matter concentration, external medical operation covering drug dosage and equipment working parameters, and transfer scene data including altitude change and bumping intensity; the limitation that only single environment or physiological data is acquired in the prior art is solved; when a craniocerebral injury wounded person is transported in an air transport mode, the system can be combined with the altitude change rate and the electroencephalogram alpha wave power, the blood oxygen lowering risk can be pre-judged 10 minutes in advance, and the problem that misjudgment is conducted only through current data traditionally is avoided.

The invention discloses a leaching reaction system for multi-frequency ultrasonic enhanced airlift circulation, and relates to the technical field of material extraction, the system comprises a reaction kettle main body, a double-zone airlift module, a multi-frequency focused ultrasound module and a PLC intelligent regulation and control module; the reaction kettle main body is provided with a feed port and a discharge port, and a closed leaching reaction space is formed in the reaction kettle main body; the double-area air lifting module comprises an ascending pipe, a descending pipe, a gas distributor and a flow guide plate, and gas-liquid-solid three-phase mass transfer is optimized through gradient aperture gas distribution, spiral flow guide and secondary microbubble release; the multi-frequency focused ultrasound module comprises a low-frequency probe, a medium-frequency probe and a high-frequency probe, and cavitation nucleus generation, material structure damage and deep-layer component extraction are cooperatively realized; the PLC intelligent regulation and control module integrates multi-parameter monitoring and dynamic control, and achieves accurate temperature control in combination with jacket type temperature control. According to the system, the mass transfer efficiency is greatly improved through the synergistic effect of air lift circulation and multi-frequency ultrasound, meanwhile, the process stability is guaranteed, and the system is suitable for efficient leaching production in the fields of medicine, food and the like.

The present application belongs to the field of flight control of multi-unmanned aerial vehicle tethered load air transport system, and is used for realizing online estimation of unknown parameters under the condition that the rigid body inertia matrix and air damping coefficient matrix exist uncertainties, simultaneously accurately tracking expected attitude, effectively compensating the influence of unknown parameters and better restraining external interference, and accurately controlling the position of the load. The attitude control method of the multi-unmanned aerial vehicle tethered load air transport system is based on the Lagrange modeling method, and the dynamic model of the multi-unmanned aerial vehicle tethered load air transport system is established. The control moment is designed, the adaptive updating law of the inertia matrix and the air damping coefficient matrix is designed, and the consistent boundedness of the tracking error and the estimation error is determined. The present application is mainly applied to the occasion of multi-unmanned aerial vehicle formation flight control.

The utility model discloses an airlift bioreactor for enhancing mass transfer efficiency, which comprises an outer tower body, an inner cylinder body coaxially arranged with the outer tower body is arranged in the outer tower body, a filler area and an up-flow mixing area which are arranged up and down are arranged in the inner cylinder body, and the filler area and the up-flow mixing area jointly form an up-flow area. A down-flow area is arranged between the outer wall of the inner barrel and the inner wall of the outer tower body; a first aeration plate is mounted above the filler area, a second aeration plate is mounted at the joint of the lower part of the filler area and the upflow mixing area, the first aeration plate and the second aeration plate are both of convex structures with upwards protruded middle parts, and a plurality of through holes are formed in the first aeration plate and the second aeration plate; a propeller plate is fixedly arranged in the up-flow mixing area, and an inclined spiral sieve plate is arranged in the down-flow area. According to the airlift bioreactor provided by the utility model, the fluid passing efficiency at the filler partition plate can be improved, the air blocking phenomenon is avoided, and meanwhile, the problems of high equipment amplification difficulty, low mass transfer efficiency, frequent microbial living environment change, overhigh shearing force and the like are solved.

The invention belongs to the technical field of man-machine efficiency, and particularly relates to a man-machine work efficiency evaluation method for a helicopter air transportation loading process. The method comprises the steps that S1, a maintenance operation scene is built, and an operation operation posture is generated; s2, simulating an air transportation loading operation process; and S3, carrying out comfort level and man-machine efficacy evaluation. The man-machine work efficiency evaluation analysis is carried out on operation tasks in the helicopter air transport loading process, the man-machine work efficiency evaluation method in the whole helicopter folding, traction and other work in the helicopter air transport loading process based on a large transport plane is provided, and a guarantee is provided for personnel safety in the air transport loading process. If the method is applied to product design, design improvement of products and operation tools and analysis of the operation environment and the working process mode are mainly considered, and an improvement method is provided, wherein maintainability analysis mainly comprises the aspects of analysis of the maintenance process, the maintenance posture, the operation posture, the fatigue degree and the like, so that the working efficiency of people is improved.

The invention relates to an intelligent emergency medical logistics stowage method based on mobile artificial intelligence, and the method comprises the steps: building an air-ground collaborative logistics distribution system in advance, carrying out the processing of the system, obtaining an emergency medical logistics stowage scheme, and further obtaining a medical logistics land transportation distribution initial line and a medical logistics land transportation distribution optimized line. Emergency medical materials loaded according to the emergency medical logistics loading scheme are subjected to logistics land transportation distribution according to the medical logistics land transportation distribution optimized route, and an unmanned aerial vehicle cooperative distribution planning route for current emergency medical material distribution is executed according to the emergency medical logistics distribution timeliness demand and the executed logistics land transportation distribution progress. And enabling the unmanned aerial vehicle to execute emergency medical logistics distribution according to the current unmanned aerial vehicle collaborative distribution planning path. Therefore, multimodal transport of land transportation and air transportation of the emergency medical materials is realized, adverse effects of land transportation traffic congestion on emergency medical material transportation are avoided, and stowage and distribution efficiency is improved.

Various examples are provided related to airlift pumping of downhole geothermal fluids. In one example, an airlift system includes a compressor; a gas sparger head in a wellbore of a geothermal well, and a pressure head recycle assembly. The sparger head produces artificial lift of the geothermal fluids by injecting a gas resulting in a difference in density downhole. The entrained gas can be extracted by the pressure head recycle assembly, compressed, and reinjected downhole. The geothermal fluid at the well head can be used in direct use applications or in a thermodynamic cycle to make shaft power. The gas sparger head can include a venturi shaped passage extending through the gas sparger head and a bubble orifice including gas orifices radially spaced about a narrow portion of the venturi shaped passage. The gas orifices can have a corresponding resonant chamber through which the gas (e.g., air) is provided.

The invention provides an airlift passenger protection system and a setting method thereof. The system comprises a base, a passenger lift, a safety grating assembly, a safety controller and a shielding sensor. The passenger elevator is arranged on the base and comprises a first passenger elevator body and a second passenger elevator body which are connected in a sliding mode, the first passenger elevator body and the second passenger elevator body each comprise a step ladder body and chord plates arranged on the two sides of the step ladder body, and the step ladder body of the second passenger elevator body is wider than the step ladder body of the first passenger elevator body. The safety grating assembly comprises a light projector and a light receiver, the light projector is arranged on the inner side of a chord plate on one side of a step ladder of the first passenger elevator and the second passenger elevator, and the light receiver is arranged on the inner side of a chord plate on the other side of the step ladder of the first passenger elevator and the second passenger elevator. The safety controller is arranged on the base and controls movement of the base and / or the passenger elevator according to detection signals of the safety grating assembly. The shielding sensor is arranged on the outer side of a chord plate, close to the light projector on the second passenger elevator, of the first passenger elevator. According to the invention, reliable full-coverage safety detection of the passenger activity area on the airstairs can be realized with low cost.

An inflatable, foldable, portable, and vacuum applicable multi-use cargo pallet facilitates the placement of the shipments in the pallet for air and land cargo transportation. The pallet includes: an upper cover located on a main body for providing security against external impacts and package losses during transportation; an upper extension part located on the main body, where the upper extension part folds and contracts when vacuum is applied; a zipper located on the upper extension part and preventing transition of gas and liquid; pressure reducing valves located on the main body and the upper cover, where the pressure reducing valves prevent the pallet from inflating and disrupting a cargo compartment at high altitudes, where a pressure drops; and straps and belts, where the straps and the belts are attached to the main body and the upper cover.

The utility model discloses an airlift bioreactor for amplification culture of taxus cuspidata stem cells. The airlift bioreactor comprises a tank body, a rotatable spiral guide cylinder and a microbubble generator, the microbubble generator is arranged in the middle of the bottom of the tank body, and the rotatable spiral guide cylinder is arranged in the tank body and fixed above the microbubble generator. According to the utility model, the micro-bubble generator is arranged at the air vent at the bottom of the bioreactor tank body, the rotatable spiral baffle is designed in the guide cylinder, and the spiral baffle in the guide cylinder is driven to rotate by utilizing kinetic energy generated by uniform rising of micro-bubbles through a micro-bubble group generated by the micro-bubble generator, so that fluid forms vortex flow in a spiral channel; and meanwhile, the collision probability of the microbubbles is reduced under the action of centrifugal force. Through a non-mechanically driven dynamic mixing mode, the oxygen transfer and mass transfer bottleneck in a high-viscosity culture system is effectively solved, and efficient reaction equipment is provided for large-scale culture of plant cells.

Hardened reusable transport containers (e.g., transporters) are disclosed herein. A conveyor may have a base configured to receive a quotient article and maintain a temperature of an environment surrounding the quotient article. The transporter may have various features, such as bosses, compartments, and surface features, to facilitate protection of Dewar flasks within the base enclosure and retention of commercial goods during transportation. The transporter may have various features to facilitate immediate stacking of the transporter and suitability for use in air transport operations.

The invention provides an automatic processing method, device and system for overseas import and export air transportation and marine transportation logistics orders. According to the overseas import and export air transportation and marine transportation logistics automatic order processing method, a logistics transportation request is received from a terminal of a first user, whether the logistics is an import or an export is determined according to the logistics transportation request, and a transportation type is selected according to the logistics transportation request; and a logistics transportation order prepared according to the import and export state and the transportation type is transmitted to a logistics server.

The invention discloses a fermentation tank with an efficient heat exchange function, and relates to the technical field of fermentation tanks, the fermentation tank comprises a tank body assembly, a heating assembly, a detection assembly and an air lift assembly, the heating assembly is arranged outside the tank body assembly, the air lift assembly is arranged in the tank body assembly, and an adjusting assembly is arranged in the air lift assembly; the adjusting assembly is used for adjusting the air flowing direction, the air lifting assembly is provided with a detection assembly, and the detection assembly is used for detecting the temperature of materials at the axis in the tank body; wherein the heating assembly is located outside the tank body assembly and used for heating materials stored in the tank body assembly, the detection assembly is used for detecting the overall temperature of the axis of the materials and detecting the bubble breaking frequency generated by the materials, and the air lifting assembly is used for providing sterile airflow to drive the materials to flow. The adjusting assembly is used for adjusting the airflow flowing direction and wind power of the airlift assembly.

An anchor-slot tape node may include a circuit board configured with a processor, memory, sensors, and a low-power wireless communication interface. The anchor-slot tape node may include a stiffener positioned over the circuit board. The anchor-slot tape node may include a battery positioned beneath the circuit board. The anchor-slot tape node may include an outer casing enclosing the battery, the circuit board, and the stiffener, wherein the anchor-slot tape node is shaped and sized to fit within an anchor-slot of a ULD pallet and to be retained within the anchor-slot by friction between the outer casing and internal structure of the anchor-slot.

The invention discloses an unmanned aerial vehicle and cargo separating and conveying robot and a using method thereof.The unmanned aerial vehicle and cargo separating and conveying robot comprises a separating and conveying conversion robot and a separating and conveying robot capable of being in butt joint or separated relative to the separating and conveying conversion robot; the separating and conveying conversion robot comprises a conversion robot body of a concave structure, and an inner concave area of the conversion robot body serves as a concave containing cavity for containing the separating and conveying robot. A plurality of conveying robot butt joint grooves are formed in the side wall of the concave containing cavity, and a plurality of unmanned aerial vehicle butt joint grooves are formed in the top of the conversion robot body. According to the unmanned aerial vehicle and cargo separating and conveying robot and the using method thereof, on one hand, after the unmanned aerial vehicle and cargos can be received, on the other hand, conversion and transportation of the cargos can be achieved, and the flexibility of logistics transportation is improved; and air transportation and land transportation equipment can be flexibly transferred.

This application relates to the field of water propulsion and oxygenation, and discloses a large-scale airlift water propulsion and oxygenation device. In this application, an air intake body shell is welded to the upper surface of a high-pressure air pump. An air outlet plate is provided on the upper surface of the air intake body shell. A limiting frame is welded to the upper surface of the air intake body shell. An inner vertical ring is welded to the outer surface of the limiting frame. An outer vertical ring is movably inserted into the inner surface of the inner vertical ring. A balance plate is welded to the lower surface of the outer vertical ring. A nano-membrane tube is provided on the outer surface of the air intake body shell. The nano-membrane tube is connected to external air and provides airflow under the action of the high-pressure air pump, generating a pressure difference. Air is output through the middle and periphery of the air outlet plate, pushing open the outer vertical ring and the balance plate. Under the action of the inner and outer vertical rings, the outer vertical ring and the balance plate can only move up and down. When the pressure is uneven, the limiting action of the outer vertical ring and the balance plate compresses the air into other spaces, ensuring the uniformity and stability of the airflow.

The invention discloses an airlift fermentation tank with a tail gas CO2 recovery and recharge structure, and relates to the technical field of airlift fermentation tanks, the airlift fermentation tank comprises a tank body, a dehydration mechanism, a condenser, a CO2 trapper and a defoaming mechanism, the tank body is connected with the dehydration mechanism, the condenser, the CO2 trapper and the defoaming mechanism through pipelines, and the dehydration mechanism, the condenser, the CO2 trapper and the defoaming mechanism are connected through pipelines. A guide cylinder is arranged in the tank body, the dewatering mechanism comprises an outer cylinder, an annular groove is formed in the upper portion of the inner wall of the outer cylinder, an annular body is rotatably installed in the annular groove in an embedded mode, the lower inner edge of the annular body is connected with a centrifugal cylinder through a guide cover, and the lower end of the centrifugal cylinder rotatably penetrates through the bottom of the inner side of the outer cylinder. According to the airlift fermentation tank with the tail gas CO2 recycling and recharging structure, CO2 in tail gas is reintroduced into the tank body to be in contact with thalli through a CO2 recycling system, so that the problem of loss of CO2 in tail gas of a traditional airlift fermentation tank is effectively solved, meanwhile, a sufficient carbon source is provided for photosynthetic bacteria, and the fermentation efficiency and the resource utilization rate are remarkably improved.

Unmanned Aerial Vehicles also known as UAVs or Drones, either autonomous or remotely piloted, are classified as drones by the US Federal Aviation Administration (FAA) as weighing under 212 pounds. The system described herein details Autonomous Flight Vehicles (AFV) which weigh over 212 pounds but less than 1,320 pounds which may require either a new classification or a classification such as Sport Light Aircraft, but without the requirement of a pilot due to the safe autonomous flight system such as the Safe Temporal Vector Integration Engine or STeVIE. Safe Autonomous Light Aircraft (SALA) are useful as drone carriers, large scale air package or cargo transport, and even human transport depending on the total lift capability of the platform.

Techniques are described for generating stacking orders and pull orders associated with arranging assets on or within a transport handling unit or other type of shipping container. In some cases, the system may determine a stacking order for an autonomous stacking system based on data associated with the transport vehicle, the assets, and the like in order to fulfill requirements associated with particular types of transport, such as airfreight.

The invention belongs to the field of airframe structure design, and particularly relates to a five-door-linkage rear cargo hold door of a transportation type aircraft. The rear cargo compartment door comprises a sloping bench assembly, a sealed compartment door assembly, a middle compartment door and two side compartment doors, the sloping bench assembly comprises a sloping bench body, the sloping bench body is hinged to the abdomen of a fuselage through a first hinge, and the sloping bench body is driven by a sloping bench driving mechanism to deflect around the front end; the sealed cabin door assembly comprises a sealed cabin door body, the top end of the sealed cabin door body is hinged to a bulkhead at the top of the fuselage through a second hinge, and the sealed cabin door body is driven by a sealed cabin door driving mechanism to deflect around the top end; the middle cabin door and the two side cabin doors are located behind the sealed cabin door assembly, the middle cabin door is located between the two side cabin doors, in the opening process of the middle cabin door and the two side cabin doors, the middle cabin door drives a body to deflect towards the interior of the fuselage through a driving mechanism, and the two side cabin doors drive bodies to deflect towards the two sides of the exterior of the fuselage through the driving mechanism. According to the invention, a large-size and high-load-bearing air transportation, air delivery and airborne landing passage can be obtained.

The present application relates to the electronic seal and digital signature authentication method of paperless customs clearance of cross-border trade, relates to the technical field of industrial data management, and includes: the cargo station system sends the export cargo warehouse withdrawal and scene withdrawal application message to the aviation logistics platform; the aviation logistics platform sends the export cargo warehouse withdrawal and scene withdrawal application message to the air intelligent system; the aviation logistics platform receives the receipt of the air intelligent system and enters the warehouse; if the receipt is successful, the aviation logistics platform generates a pdf file according to the business message content, calls the signing server to sign the pdf file; the signing server uses the certificate hosted by the cargo station system to sign the pdf file, and returns the signed pdf file to the aviation logistics platform; the aviation logistics platform pushes the signed pdf file to the cargo station system, which has the advantage of improving the efficiency of export cargo warehouse withdrawal and scene withdrawal.

A commodities airlifting system includes a self-propellable robot, an aircraft which carries commodities and the robot, and a lowering / loading apparatus which at least enables the robot to get off on the ground from the aircraft and to get on the aircraft from the ground, in a state where the aircraft is landed or a state where the aircraft is hovering. The robot which got off on the ground from the aircraft again gets on an aircraft.

The embodiment of the utility model provides a kind of auxiliary loading and unloading system and airplane, it is related to air transport equipment technical field.The utility model provides a kind of auxiliary loading and unloading system and airplane, by setting transfer subassembly, transfer subassembly is used to unload or air drop freight system is loaded loading component on air drop freight system, two hoisting arms can cooperate with the cabin of different height and move along the third direction, can conveniently and accurately load and unload loading component;By setting connecting piece, the two hoisting arms of transfer subassembly are hoisted to loading component by connecting piece, and the hoisting mode of loading component is transferred, the hoisting posture of loading component can be conveniently adjusted, the various parking angles of airplane can be adapted, and loading and unloading loading component is facilitated.

Hardened reusable shipping containers (e.g., shippers) are disclosed herein. A shipper may have a base enclosure that is configured to receive a payload and maintain a temperature of an environment surrounding the payload. The shipper may have various features such as bosses, compartments, and surface features to facilitate protection of a dewar inside the base enclosure, and retention of a payload during shipment. The shipper may have various features to facilitate ready stacking of shippers and suitability for use in air cargo operations.

This utility model discloses a propulsion aeration device based on the principle of airlift, relating to the field of wastewater treatment technology. It includes a floating plate, with an aeration mechanism on one side of the top of the floating plate. The aeration mechanism includes a fixed pipe connected to the floating plate. A sliding pipe is slidably connected to the inner wall of one end of the fixed pipe, and an air compressor is installed at the other end. In this utility model, through the arrangement of the aeration mechanism and the fixed mechanism, during use, the air compressor first starts, injecting gas into the lift pipe through the fixed pipe and the sliding pipe, causing the gas and liquid to mix and form a gas-liquid mixture. The density of the mixture decreases, and the less dense gas-liquid mixture moves upward under buoyancy, driving the surrounding liquid to flow, forming a circulation or directional propulsion flow. Thus, under the action of gravity, the liquid is lifted and transported, and discharged through the flow equalization hole. This device can evenly distribute gas into the liquid, forming fine bubbles.