mhurhangee/ep-ind-claims huggingface dataset:
A spinal decompression device comprising: a. a thoracic belt configured to wrap around a user's chest and be positioned in the user's axilla area, wherein the upper thoracic belt is formed of a material having stretchable and fixed fibers configured to contour around the user's chest; b. a lumbar belt configured to wrap around the user's waist, wherein the lumbar belt is formed of a material having stretchable and fixed fibers configured to contour around the user's waist; c. top anchor points positioned on the thoracic belt and bottom anchor points positioned on the lumbar belt; d. rods extending between the top anchor points and the bottom anchor points; and e. a traction tensioner assembly capable of extending the rods from a neutral position, wherein the traction assembly comprises an user operated ratchet type actuator mechanism with actuator handles with quick release mechanism; wherein the actuator mechanism moves bi-directionally along the rods when lift or force is exerted upon the actuator handles to facilitate spinal column decompression between the thoracic belt and the lumbar belt; and wherein the actuator mechanism is configured to be operable by a user wearing the spinal decompression device. a. a thoracic belt configured to wrap around a user's chest and be positioned in the user's axilla area, wherein the upper thoracic belt is formed of a material having stretchable and fixed fibers configured to contour around the user's chest; b. a lumbar belt configured to wrap around the user's waist, wherein the lumbar belt is formed of a material having stretchable and fixed fibers configured to contour around the user's waist; c. top anchor points positioned on the thoracic belt and bottom anchor points positioned on the lumbar belt; d. rods extending between the top anchor points and the bottom anchor points; and e. a traction tensioner assembly capable of extending the rods from a neutral position, wherein the traction assembly comprises an user operated ratchet type actuator mechanism with actuator handles with quick release mechanism; wherein the actuator mechanism moves bi-directionally along the rods when lift or force is exerted upon the actuator handles to facilitate spinal column decompression between the thoracic belt and the lumbar belt; and wherein the actuator mechanism is configured to be operable by a user wearing the spinal decompression device. wherein the actuator mechanism moves bi-directionally along the rods when lift or force is exerted upon the actuator handles to facilitate spinal column decompression between the thoracic belt and the lumbar belt; and wherein the actuator mechanism is configured to be operable by a user wearing the spinal decompression device.
Portable gas exchange device for gas exchange of at least one gas from a biological liquid with a fluid, having - a first gas exchange section (21, 24, 24a, 26) for passage of the fluid, - a second gas exchange section (13, 14, 16) for passage of the biological liquid enriched with a first gas, wherein the fluid has a lower concentration of the gas than the liquid, - a pumping system that is designed at least for the transport of a first fluid with a low concentration of a first gas in the first gas exchange section, and that has a first pump for pumping the first fluid and that has a second pump for pumping the biological liquid through the second gas exchange section (13, 14, 16); and - a mixing chamber in which the first gas exchange section (21, 24, 24a, 26) and the second gas exchange section (13, 14, 16) adjoin one another, separated by a wall, which is permeable at least to the first gas, characterized in that the portable gas exchange device has a housing as a receptacle for at least the pumping system and the mixing chamber. - a first gas exchange section (21, 24, 24a, 26) for passage of the fluid, - a second gas exchange section (13, 14, 16) for passage of the biological liquid enriched with a first gas, wherein the fluid has a lower concentration of the gas than the liquid, - a pumping system that is designed at least for the transport of a first fluid with a low concentration of a first gas in the first gas exchange section, and that has a first pump for pumping the first fluid and that has a second pump for pumping the biological liquid through the second gas exchange section (13, 14, 16); and - a mixing chamber in which the first gas exchange section (21, 24, 24a, 26) and the second gas exchange section (13, 14, 16) adjoin one another, separated by a wall, which is permeable at least to the first gas,
A strike plate for the closing lock of a movable panel for a vehicle, of the type including a base plate, on one surface of which a closing element of the strike plate is mounted so as to project, and comprising on the opposite surface thereof at least one indexing pin (4, 5), characterized in that said base plate further comprises, on the surface opposite the surface of which the closing element is mounted so as to project, at least one sealing lip provided around said at least one indexing pin (4, 5), said line of the sealing lip being disposed inside the line drawn by the contour of the base plate.
A dual plectrum composite coupler comprising: a spacer material, said spacer material comprising an upper surface and a lower surface; a pivot core, said pivot core embedded at least partially in said spacer material; said pivot core comprising a hardness which is greater than a hardness of said spacer material; and said coupler comprising dimensions and a shape which accommodate a pair of plectrums that can be respectively disposed on said upper and said lower surfaces of said coupler and when so disposed thereon at least a tip of each of the plectrums does not contact said coupler. a spacer material, said spacer material comprising an upper surface and a lower surface; a pivot core, said pivot core embedded at least partially in said spacer material; said pivot core comprising a hardness which is greater than a hardness of said spacer material; and said coupler comprising dimensions and a shape which accommodate a pair of plectrums that can be respectively disposed on said upper and said lower surfaces of said coupler and when so disposed thereon at least a tip of each of the plectrums does not contact said coupler.
A method of perforating a well comprising: loading a first perforating gun with perforating charges and a detonating cord; loading a second perforating gun with perforating charges and the detonating cord; inserting a cartridge (112, 200) holding a detonator (121, 216) into a tandem sub; wherein the cartridge (112, 200) comprises a pressure-activated switch; wherein the cartridge is electrically couplable to a charge tube of a laterally adjacent perforating gun via a compression spring; inserting a detonation transfer end fitting into the first perforating gun; inserting the detonating cord into the detonation transfer end fitting; coupling the first perforating gun to a first end of the tandem sub; coupling the second perforating gun to a second end of the tandem sub; assembling the first perforating gun, the tandem sub, and the second perforating gun in a tool string; conveying the tool string into the well; detonating the second perforating gun with an electrical signal, wherein the detonation of the second perforating gun arms the cartridge (112, 200) within the tandem sub; and detonating the first perforating gun with an electrical signal using the armed cartridge (112, 200). loading a first perforating gun with perforating charges and a detonating cord; loading a second perforating gun with perforating charges and the detonating cord; inserting a cartridge (112, 200) holding a detonator (121, 216) into a tandem sub; wherein the cartridge (112, 200) comprises a pressure-activated switch; wherein the cartridge is electrically couplable to a charge tube of a laterally adjacent perforating gun via a compression spring; inserting a detonation transfer end fitting into the first perforating gun; inserting the detonating cord into the detonation transfer end fitting; coupling the first perforating gun to a first end of the tandem sub; coupling the second perforating gun to a second end of the tandem sub; assembling the first perforating gun, the tandem sub, and the second perforating gun in a tool string; conveying the tool string into the well; detonating the second perforating gun with an electrical signal, wherein the detonation of the second perforating gun arms the cartridge (112, 200) within the tandem sub; and detonating the first perforating gun with an electrical signal using the armed cartridge (112, 200).
A battery pack comprising: (a) a battery cell array comprising two or more battery cells, each of which has an electrode assembly of a cathode/separator/anode structure disposed in a battery case together with an electrolyte in a sealed state, arranged in a lateral direction; (b) a protection circuit module connected to electrode terminals of the battery cell array to control an operation of the battery pack; (c) a pack case (10,20) in which the battery cell array and the protection circuit module are disposed; and (d) a plate-shaped reinforcing member (50;52) mounted between the pack case and the battery cell array to increase mechanical strength of the pack case, wherein the protection circuit module comprises connection terminals connected to the electrode terminals of the battery cells by resistance welding, metal plates toelectrically connect the battery cells to each other, and a protection circuit to control the operation of the battery pack, wherein electrical connection regions between cathode terminals of the battery cells and the protection circuit module are configured to have a structure in which conductive plates attached to tops of the respective connection terminals of the protection circuit module are welded so that the conductive plates wrap the respective cathode terminals of the battery cells, wherein the pack case comprises a lower case at which the battery cell array and the protection circuit module are disposed and an upper case to cover the lower case so as to fix the battery cell array and the protection circuit module in place, wherein the lower case is partitioned into a battery cell mounting part, at which the battery cells are disposed, and a protection circuit module mounting part, at which the protection circuit module is disposed, and a partition wall is formed at an interface between the battery cell mounting part and the protection circuit module mounting part, openings, through which electrode terminals of the battery cells are exposed toward the protection circuit module, being formed at portions of the partition wall corresponding to electrical connection regions between the electrode terminals of the battery cells and the protection circuit module, wherein the protection circuit module mounting part comprises support parts to support the electrical connection regions between the electrode terminals of the battery cells and the protection circuit module. (a) a battery cell array comprising two or more battery cells, each of which has an electrode assembly of a cathode/separator/anode structure disposed in a battery case together with an electrolyte in a sealed state, arranged in a lateral direction; (b) a protection circuit module connected to electrode terminals of the battery cell array to control an operation of the battery pack; (c) a pack case (10,20) in which the battery cell array and the protection circuit module are disposed; and (d) a plate-shaped reinforcing member (50;52) mounted between the pack case and the battery cell array to increase mechanical strength of the pack case,
Air dryer device, in particular for a vehicle, comprising an air dryer cartridge with a housing, the housing containing a dryer agent; a first air port (108, 116) providing fluid connection to the housing; a second air port (110, 118) providing fluid connection to the housing; the air dryer cartridge comprising a fluid guide providing a fluid connection between the first air port (108, 116) and the second air port (110, 118), the fluid guide being arranged to allow interaction between an air stream flowing through the fluid guide and the dryer agent; wherein the air dryer device further comprises a temperature sensor device (112, 114) adapted to monitor a temperature change due to an interaction between the air stream and the dryer agent, wherein the temperature sensor device (112, 114) comprising at least one temperature sensor arranged in the housing and/or in contact with dryer agent and/or in the path of the air stream entering or leaving the first air port (108, 116) and/or the second air port (110, 118) and/or in contact with the housing; wherein the air dryer device comprises an electronic control unit that is connected to the temperature sensor device (112, 114); wherein the electronic control unit is adapted to control the air dryer device; wherein the electronic control unit is further adapted to monitor the temporal and/or spatial change of temperature due to the interaction between the air stream and the dryer agent based on signals from the temperature sensor device (112, 114); wherein the electronic control unit is adapted to switch the air dryer device between a first operational mode defined by an airflow from the first air port (108, 116) to the second air port (110, 118) and a second operational mode defined by an air flow from the second air port (110, 118) to the first air port (108, 116); wherein the electronic control unit is adapted to receive a signal indicating an outside temperature and control the air dryer device based on the outside temperature, wherein the outside temperature represents an environmental temperature that is measured by a corresponding temperature sensor; wherein the electronic control unit is adapted to switch between the first operational mode and the second operational mode based on a direction or a sign of the monitored temperature change; wherein the electronic control unit is adapted to receive calibration data from a connected storage; wherein the calibration data pertains to the behaviour of the temperature change that is expected under different outside temperatures; characterized in that the electronic control unit is adapted to monitor whether a freezing of the air dryer device occurs by comparing the monitored temperature change with the calibration data.
A solid state power controller, SSPC, for controlling flow of current from a power bus to a load, the SSPC comprising: a plurality of current supply paths connected in parallel configured to control current flow between the power bus and the load, each current supply path comprising: a main power switching field effect transistor, FET; and a balance resistor connected in the current supply path between the main power switching FET and the load; characterised by a secondary FET configured to shunt the balance resistor when the main power switching FET and the secondary FET are on, and to allow current flow through the balance resistor during a turn-off time of the main power switching FET; and a controller configured to provide turn-on and turn-off signals to the main power switching FETs and the secondary FETs. a plurality of current supply paths connected in parallel configured to control current flow between the power bus and the load, each current supply path comprising: a main power switching field effect transistor, FET; and a balance resistor connected in the current supply path between the main power switching FET and the load; characterised by a secondary FET configured to shunt the balance resistor when the main power switching FET and the secondary FET are on, and to allow current flow through the balance resistor during a turn-off time of the main power switching FET; and a main power switching field effect transistor, FET; and a balance resistor connected in the current supply path between the main power switching FET and the load; characterised by a secondary FET configured to shunt the balance resistor when the main power switching FET and the secondary FET are on, and to allow current flow through the balance resistor during a turn-off time of the main power switching FET; and a controller configured to provide turn-on and turn-off signals to the main power switching FETs and the secondary FETs.
Use of a composition comprising a) 20 - 90% by weight methyl methacrylate MMA, in particular 50 - 80% by weight, preferably 55 - 70% by weight, in relation to the total weight of the composition, and b1) 1 - 40% by weight, in particular 7.5 - 35% by weight, preferably 10 - 20% by weight, in relation to the total weight of the composition, of at least one elastomer, and/or b2) 1 - 20% by weight, in particular 2 - 10% by weight, preferably 2 - 5% by weight, in relation to the total weight of the composition, of at least one core-shell polymer, and c) at least one radical former, in particular a peroxide, a hydroperoxide or a perester, most preferably dibenzoyl peroxide, as adhesive, sealant or coating for the bonding or sealing or coating of substrates containing plasticized PVC, wherein the percentage of plasticizer is 20% by weight - 40% by weight, in particular 25% by weight - 35% by weight, in relation to the total weight of the plasticized PVC. a) 20 - 90% by weight methyl methacrylate MMA, in particular 50 - 80% by weight, preferably 55 - 70% by weight, in relation to the total weight of the composition, and b1) 1 - 40% by weight, in particular 7.5 - 35% by weight, preferably 10 - 20% by weight, in relation to the total weight of the composition, of at least one elastomer, and/or b2) 1 - 20% by weight, in particular 2 - 10% by weight, preferably 2 - 5% by weight, in relation to the total weight of the composition, of at least one core-shell polymer, and c) at least one radical former, in particular a peroxide, a hydroperoxide or a perester, most preferably dibenzoyl peroxide,
A razor cartridge comprising: a. a housing, b. one or more blades disposed within the housing, c. a moisturizing portion comprising from 60% to 98%, lipophilic materials by weight of the moisturizing portion, being disposed within the housing and having a first surface area to contact the skin, wherein the moisturizing portion comprises at least one lipophilic material selected from hydrocarbons, fatty acids, fatty alcohols, esters, triglycerides, fats, butters, waxes, oils or mixtures thereof and d. a lubricating portion comprising from 30% to 80%, lubricants by weight of the lubricating portion, being disposed within the housing and having a second surface area to contact the skin, wherein the lubricating portion comprises a lubricant selected from water soluble polymers, preferably selected from polyethylene oxide or polyethylene glycol, wherein the ratio of the first surface area to the second surface area is in the range of from 1:5 to 5:1. a. a housing, b. one or more blades disposed within the housing, c. a moisturizing portion comprising from 60% to 98%, lipophilic materials by weight of the moisturizing portion, being disposed within the housing and having a first surface area to contact the skin, wherein the moisturizing portion comprises at least one lipophilic material selected from hydrocarbons, fatty acids, fatty alcohols, esters, triglycerides, fats, butters, waxes, oils or mixtures thereof and d. a lubricating portion comprising from 30% to 80%, lubricants by weight of the lubricating portion, being disposed within the housing and having a second surface area to contact the skin, wherein the lubricating portion comprises a lubricant selected from water soluble polymers, preferably selected from polyethylene oxide or polyethylene glycol,
A method for initializing a startup sequence of a wind turbine, the method comprising: defining, by one or more processors, a plurality of speed-dependent operating conditions of the wind turbine, wherein upon satisfaction of, at least, the plurality of speed-dependent operating conditions, a run-ready signal is generated and indicates the readiness of a power converter of the wind turbine to generate power; defining, by one or more processors, a plurality of operating conditions related to the power converter of the wind turbine; generating, by the one or more processors, a spin-ready signal for the wind turbine upon satisfaction of the operating conditions relating to the power converter, the spin-ready signal indicating that positioning a rotor of the wind turbine in a startup configuration will lead to generating the run-ready signal; and controlling by the one or more processors, the rotor of the wind turbine based at least in part on the spin-ready signal such that the rotor begins to spin based at least in part on the spin-ready signal; and after generating the spin-ready signal, generating the run-ready signal upon satisfaction of the speed-dependent operating conditions. defining, by one or more processors, a plurality of speed-dependent operating conditions of the wind turbine, wherein upon satisfaction of, at least, the plurality of speed-dependent operating conditions, a run-ready signal is generated and indicates the readiness of a power converter of the wind turbine to generate power; defining, by one or more processors, a plurality of operating conditions related to the power converter of the wind turbine; generating, by the one or more processors, a spin-ready signal for the wind turbine upon satisfaction of the operating conditions relating to the power converter, the spin-ready signal indicating that positioning a rotor of the wind turbine in a startup configuration will lead to generating the run-ready signal; and controlling by the one or more processors, the rotor of the wind turbine based at least in part on the spin-ready signal such that the rotor begins to spin based at least in part on the spin-ready signal; and after generating the spin-ready signal, generating the run-ready signal upon satisfaction of the speed-dependent operating conditions.
Automatic fire extinguishing device, including a pressure resistant container which includes an extinguishant and a pressurization agent inside, a container valve attached to the opening of the pressure resistant container, and a fire detection tube connected to the container valve, wherein the fire extinguishing device is adapted to be installed in a fire dangerous area and wherein, when a fire breaks out somewhere in the fire dangerous area, the fire detection tube is adapted to be weakened by the heat of the fire, and this weakened part is adapted to rupture by the pressure of the pressurization agent, such that a hole in the fire detection tube opens and the pressurization agent in the fire detection tube is jetted out, such that the pressure in the fire detection tube becomes low, characterized in that wherein the fire detection tube is equipped with a tubular base resin layer and a gas barrier layer laminated coaxially with the base resin layer, wherein the base resin layer comprises a thermoplastic resin and the gas barrier layer consists of ethylene-vinyl alcohol copolymer resin (EVOH resin), the thickness of the base resin layer is from 1 mm to 2 mm, and the thickness of the gas barrier layer is from 0.005 mm to 0.1 mm. wherein the fire extinguishing device is adapted to be installed in a fire dangerous area and wherein, when a fire breaks out somewhere in the fire dangerous area, the fire detection tube is adapted to be weakened by the heat of the fire, and this weakened part is adapted to rupture by the pressure of the pressurization agent, such that a hole in the fire detection tube opens and the pressurization agent in the fire detection tube is jetted out, such that the pressure in the fire detection tube becomes low, characterized in that wherein the fire detection tube is equipped with a tubular base resin layer and a gas barrier layer laminated coaxially with the base resin layer, wherein the base resin layer comprises a thermoplastic resin and the gas barrier layer consists of ethylene-vinyl alcohol copolymer resin (EVOH resin), the thickness of the base resin layer is from 1 mm to 2 mm, and the thickness of the gas barrier layer is from 0.005 mm to 0.1 mm.