87 results about "Energy transport" patented technology

The present invention relates to a personal, green-energy, transportation device with single wheel and self-balancing function. The personal, green-energy, transportation device can be propelled by the manpower and simultaneously execute the self-balancing function thereof. The device comprises: a body, a wheel, a pedal portion, a roller chain, an in-wheel motor, and a sensing-control module, wherein the sensing-control module detects the balancing condition of the body when the personal, green-energy, transportation device is driven, and then the sensing-control module controls the in-wheel motor to output a balancing torque for maintaining the self balance of the body.

Described herein are devices, systems, and methods for wireless power transfer utilizing a midfield source and implant. In one variation, a midfield source may be realized by a patterned metal plate composed of one of more subwavelength structures. These midfield sources may manipulate evanescent fields outside a material (e.g., tissue) to excite and control propagating fields inside the material (e.g., tissue) and thereby generate spatially confined and adaptive energy transport in the material (e.g., tissue). The energy may be received by an implanted device, which may be configured for one or more functions such as stimulation, sensing, or drug delivery.

The invention provides an automatic cruise type laser methane gas concentration monitoring device which comprises a laser reflection plate, sensor probes, a laser detection host arranged in a safety control center chamber, a monitoring upper computer, an intelligent automatic cruise holder and a holder control server, wherein the laser reflection plate is arranged in an important checking region in which methane gas possibly leaks out; the sensor probes are erected on the intelligent automatic cruise holder and are all arranged in working regions of a gas station, a checking station, a gas tank station and the like; the sensor probes are connected with the laser detection host arranged in the safety control center chamber through optical cables. The automatic cruise type laser methane gas concentration monitoring device has the characteristics of high security, simplicity and convenience in arrangement and automation in monitoring a plurality of important regions, and is generally suitable for industries such as petroleum, chemical engineering, coal, energy transportation and the like.

Described herein are devices, systems, and methods for wireless power transfer utilizing a midfield source and implant. In one variation, a midfield source may be realized by a patterned metal plate composed of one of more subwavelength structures. These midfield sources may manipulate evanescent fields outside a material (e.g., tissue) to excite and control propagating fields inside the material (e.g., tissue) and thereby generate spatially confined and adaptive energy transport in the material (e.g., tissue). The energy may be received by an implanted device, which may be configured for one or more functions such as stimulation, sensing, or drug delivery.

The invention relates to a method for transporting the energy of a gas-liquid two-phase flow and belongs to the technical field of energy transportation. An evaporator and a condenser which are both heat exchangers are respectively arranged at a place supplying cold energy and heat energy and at a place using cold energy and heat energy; the evaporator and the condenser are organically connected into a whole through a gas-liquid two-phase flow main pipe, a two-phase flow distributor, a two-phase flow equalizing pipe, a main liquid return pipe, a liquid storage tank, a cycling solution pump, a solution transport pipe, a liquid separator and a liquid equalizing pipe to form an energy transport system of gas-liquid two-phase flow; heat energy carrying working media from the evaporator to the condenser is in a state of the gas-liquid two-phase flow; heat energy carrying working media from a heating section to a cooling section is in a liquid-phase state; the energy transport system of gas-liquid two-phase flow is different from a heat pipe energy transport system; heat energy carrying working media from the evaporator to the condenser is in a gas-phase state, thus the method for transporting the energy of the gas-liquid two-phase flow is formed; and when the circulation is repeated, the cold energy and the heat energy can be transported continuously. The invention has the advantages of reliable transport principle, simple equipment, high heat efficiency and significant economic and social benefits.

Described herein are devices, systems, and methods for wireless power transfer utilizing a midfield source and implant. In one variation, a midfield source may be realized by a patterned metal plate composed of one of more subwavelength structures. These midfield sources may manipulate evanescent fields outside a material (e.g., tissue) to excite and control propagating fields inside the material (e.g., tissue) and thereby generate spatially confined and adaptive energy transport in the material (e.g., tissue). The energy may be received by an implanted device, which may be configured for one or more functions such as stimulation, sensing, or drug delivery.

A boardband microwave box-shaped energy transporting window, which belongs to the technical field of microwave device, relates to a microwave energy transporting window in microwave tubes. The microwave energy transporting window is composed of two rectangular waveguide segments (1), a circular waveguide segment (2) and a dielectric window disk (3), wherein the rectangular waveguide segments (1) are respectively connected to both ends of the circular waveguide segment (2); the dielectric window disk (3) is hermetically welded at the middle of the circular waveguide segment (2); and the diameter of the circular waveguide segment (2) is determined according to the cutoff frequency formula of TE11'O'mode to make the cutoff frequency of the TE11'O' mode in the work band range of the box-shaped energy transporting window. The boardband microwave box-shaped energy transporting window can work in the transmission state of the circular waveguide TE11'O'mode and can work in cutoff state, thereby greatly widening the work bandwidth of the box-shaped window. Meanwhile, the size and the volume of the box-shaped window is greatly reduced, and the generation of high-order mode can effectively suppressed.

The invention relates to a transportation storage device, in particular to a liquid new energy resource transportation storage device. The device comprises a shell, a connecting box, a liquid barrel fixing base, an bumper base, a buckle fixing base, a buckle control box, a shell slide way, a connecting buckle, a shell sliding block and a sliding door. The device has the advantages that the problems that some liquid new energy resources need to processed and then used and are prone to leak to pollute the environment and explode due to collision and shaking in the transportation process, and a common transport cart can only convey one liquid new energy resource and is too single can be solved. According to the device, transverse slide ways, transverse slide way springs, transverse sliding blocks, connecting box hinge arms, a connecting box handle, a longitudinal sliding block, a longitudinal spring, connection box supporting arms, connection box sliding sleeves, connection box sliding sleeve springs are arranged at the upper end of the connection box.

The invention discloses an LNG (Liquefied Natural Gas) filling method for ships. The LNG filling method comprises the following steps: I. pipeline precooling: detecting the dew point, enabling BOG (boil off gas) to enter a BOG storage tank or emptying a vent pipe of a stand column; II. filling outwards: opening an LNG liquid inlet valve, a second liquid phase filling arm ball valve, a filled ship liquid inlet valve, a filled ship gas return valve, a second gas phase filling arm ball valve and a BOG storage tank gas return valve for LNG filling; III. residual liquid recovery: opening a BOG blow-down valve and a third liquid phase filling arm ball valve, pressing residual LNG in a first conveying branched pipe of the pipeline at the top part of a conveying filling arm and in a three-dimensional joint into a filled ship tank, pressing residual LNG in the stand column and a second conveying branched pipe of the pipeline at the top part of the conveying filling arm into an LNG storage tank, thereby finishing residual liquid recovery. The method can realize recovery of BOG and residual LNG, is energy-saving and emission-reduction, can meet the national low-carbon and environment-friendly requirements and can be widely applied to the field of ship energy resource transportation.

A tissue ablation system and method of forming same includes an ablation device having a substrate with an outer surface and energy transport elements coupled to the outer surface. The substrate is configured to have a shape that approximates an interior shape of a uterus. The system and method further including an energy source electrically coupled to the energy transport elements and at least one ultrasonic transducer positioned in a lateral region of the uterus.

The invention discloses a power system vulnerable line identification method based on a weighted H index. The method comprises the following specific steps: 1, considering the topological structure characteristics and the operation state characteristics of a power system network and establishing the secondary correlation network of the power system; 2, considering the edge weight and the node strength in the correlation network and improving the classical H index so as to obtain the weighted H index; and 3, the power transmission lines are sorted according to the weighted H index obtained in the step 2 so as to complete the identification of the vulnerable line. The classical H index is improved by considering the correlation network, the calculation range of the index is extended from theinteger field to the real number field and thus the vulnerable line in the system can be identified more accurately. Meanwhile, the weighted H index can be used for the identification of the vulnerable line in the power network and used for the vulnerability analysis of other networks such as the pipeline network, the energy transportation network and the like.

The invention discloses a clean energy system, which comprises an energy generating device, an energy storage device, an energy transport device, a first energy metering device, an energy use device and a server. The direction from the energy generating device to the energy storage device is taken as an upward direction, and the direction from the energy storage device to the energy utilization device is taken as a downward direction. The energy metering device is disposed between the energy generating device and the energy storage device to meter the amount of clean energy generated. The energy metering device is disposed between the energy storage device and the energy use device to meter the amount of clean energy consumed. The clean energy system is characterized in that each first energy metering device is connected to the server through an Internet of Things protocol or the Internet, the server obtains metering data from the energy metering device, and the obtained metering datais recorded by the blockchain technology.

A system and method for simulating energy transport between particles and an object in radiotherapy is provided. A three-dimensional representation, having a plurality of voxels, is generated for a portion of a patient to be treated. A material index for each of the plurality of voxels is determined. The material index has an identifier for a first boundary material corresponding to a voxel and a percentage of the voxel associated with a second boundary material. The method further comprises simulating energy transport between a particle and the object by calculating an amount of energy deposited by a particle within the patient based on the material indices of the voxels and a list of boundary materials.

The invention provides a blue organic electroluminescent device, composed of a substrate, an anode layer, an anode modification layer, a hole transporting-electron blocking layer, a hole-dominated light-emitting layer, an electron-dominated light-emitting layer, a hole blocking-electron transporting layer, a cathode modification layer, and a cathode layer arranged in turn, wherein the electron-dominated light-emitting layer is composed of an organic sensitive material, a blue organic light-emitting material, and an electron-type organic host material. A rare earth complex having a matched energy level, such as Tm(acac)₃phen or Dy(acac)₃phen is selected as the organic sensitive material, and a trace amount of the same is doped into the electron-dominated light-emitting layer, which has the function of an energy transporting ladder and a deep binding center for charge carriers, so as to improve the luminescence efficiency, spectral stability, and service life of the device, reduce the operating voltage of the device, and delay the attenuation of the effectiveness of the device.

The invention belongs to the technical field of energy transporting devices and relates to an air cooling heat exchange device for a heat pipe energy transporting system. A make-up water supplying and controlling subsystem enables water level in a water tank to be constant. A circulating water circulation and distribution subsystem enables circulating water to be circulated normally. A heat pipe working medium in a heat pipe body subsystem transfers heat to the air to be cooled and then returns to an original heat pipe system to achieve deep cooling. An air flowing and processing subsystem achieved even transformation cooling of inlet air through a heat pipe condenser through driving force under the driving force of a fan, recovers water drops through a water blocking plate and discharges high-humidity air out. A central controller obtains outdoor temperature and humidity numerical values through an outer environment temperature and humidity signal line and adopts different cooling modes to perform control according to control programs of the central controller. Five subsystems are organically matched in a water, electricity and gas mode to form an air cooling heat exchange system so as to achieve the air cooling heat exchange effect. The air cooling heat exchange device is simple in structure, high in heat exchange efficiency, energy-source-saving, small in thermal pollution and wide in application range.

The invention discloses a comprehensive power generation and seawater desalination system. The comprehensive power generation and seawater desalination system comprises an ocean current energy collection system (1) located in seawater, a solar energy collection system (2) located on the sea surface as well as a thermal energy power generation system (3), a seawater desalination system (4) and an ocean current energy power generation system (5) which are located on the land, wherein the various systems are connected with one another through pipelines; the ocean current energy collection system(1) comprises foundation piles (101), a backwashing filter (102), a seawater pump (103) and a water turbine (104); the foundation piles (101) are fixed on the sea bed; the water turbine (104) is mounted on the foundation piles (101) and can freely rotate; the output shaft of the water turbine (104) is connected with a driving shaft of the seawater pump (103); the inlet of the seawater pump (103) is connected with the backwashing filter (102); and the outlet of the seawater pump (103) is connected with an energy transport pipe on the sea bed.

Provided is a white organic electroluminescent device, composed of a substrate, an anode layer, an anode modification layer, a hole transporting-electron blocking layer, a hole-dominated light-emitting layer, an electron-dominated light-emitting layer, a hole blocking-electron transporting layer, a cathode modification layer, and a cathode layer arranged in turn, wherein the electron-dominated light-emitting layer is composed of an organic sensitive material, a blue organic light-emitting material, and an electron-type organic host material. A rare earth complex having a matched energy level, such as Tm(acac)₃Phen or Dy(acac)₃phen is selected as the organic sensitive material, and a trace amount of the same is doped into the electron-dominated light-emitting layer, which has the function of an energy transporting ladder and a deep binding center for charge carriers, so as to improve the light-emitting effectiveness, spectral stability, and service life of the device, reduce the operating voltage of the device, and delay the attenuation of the effectiveness of the device.

The invention relates to an energy converting device for energy systems (2) for converting mechanical energy into hydraulic energy and then into electric energy, said device using a control fluid (3) as the energy transporting medium. The control fluid is subjected to a variably changing pressure by at least one first converting device (5) that converts the mechanical energy into hydraulic energy. The energy converting device comprises at least one second subsequent converting device (7) that converts the hydraulic energy into electric energy. The invention is characterized in that the second converting device (7) is divided into a first control circuit (9) and a second control circuit (11), the two of which can be supplied with the control fluid (3) of variable pressure at the circuit input side (13) by the first converting device (7) and the two of which have predominantly different pressure levels.

The invention provides a mixed transport and separation device for hydrogen and natural gas. The mixed transport and separation device comprises a conveying pipe used for conveying materials; the conveying pipe is provided with a hydrogen energy input opening and a mixing device for mixing hydrogen energy and a material; the other end of the conveying pipe is provided with a separation and purification device capable of separating the hydrogen energy out; the separation and purification device is provided with a hydrogen energy output opening. The mixed transport and separation device for hydrogen and natural gas is characterized in that a conventional material conveying pipe is modified and the hydrogen energy input opening and the hydrogen energy output opening are added; hydrogen energy and a material are mixed and separated in input and output processes, and thus hydrogen energy is transported. The device can achieve large-amount, efficient and stable hydrogen energy transport via existing material conveying pipelines, thereby providing the most economical hydrogen energy transport mode and providing necessary support for hydrogen energy application in urban regions.