mhurhangee/ep-ind-claims huggingface dataset:
Refrigerant leakage detection sensor for a heat pump, comprising: a sensor casing; a circuit board enclosed by the sensor casing; and a gas sensor mounted on the circuit board, the gas sensor having a housing, a sensing element located inside the housing, and a refrigerant reception area at an end of the housing configured to allow gaseous refrigerant to enter the housing and thereby reach the sensing element inside the housing, wherein the housing protrudes through an opening in the sensor casing so that the refrigerant reception area is arranged outside the sensor casing and is arranged so as to directly contact with the surrounding air and wherein the sensing element located inside the housing is positioned inside the sensor casing. a sensor casing; a circuit board enclosed by the sensor casing; and a gas sensor mounted on the circuit board, the gas sensor having a housing, a sensing element located inside the housing, and a refrigerant reception area at an end of the housing configured to allow gaseous refrigerant to enter the housing and thereby reach the sensing element inside the housing, wherein the housing protrudes through an opening in the sensor casing so that the refrigerant reception area is arranged outside the sensor casing and is arranged so as to directly contact with the surrounding air and wherein the sensing element located inside the housing is positioned inside the sensor casing.
A piece of furniture comprising - a body provided with at least one panel, - the panel 10 being provided with at least one decorative pattern embedded in a transparent coating layer, characterized in that - the decorative pattern comprises a fabric made of extruded bulk-dyed synthetic fibers, - wherein said fabric is at least partially metallized, - wherein fabric is placed so as not to be coplanar with the inside of transparent coating layer. - a body provided with at least one panel, - the panel 10 being provided with at least one decorative pattern embedded in a transparent coating layer, characterized in that - the decorative pattern comprises a fabric made of extruded bulk-dyed synthetic fibers, - wherein said fabric is at least partially metallized, - wherein fabric is placed so as not to be coplanar with the inside of transparent coating layer.
A semiconductor device comprising: a nitride semiconductor layer (4, 6); a plurality of source electrodes provided on the nitride semiconductor layer (4, 6); a plurality of drain electrodes, each of the drain electrodes provided between the source electrodes; a plurality of gate electrodes, each of the gate electrodes provided between each of the source electrodes and each of the drain electrodes; a first interconnection having a first distance from the nitride semiconductor layer (4, 6) and electrically connecting the source electrodes, a second interconnection having a second distance from the nitride semiconductor layer (4, 6) and electrically connecting the gate electrodes; a third interconnection having a third distance from the nitride semiconductor layer (4, 6)and electrically connecting the drain electrodes, the second distance being larger than the first distance and less than the third distance, a film thickness of the first interconnection being larger than a film thickness of the third interconnection; and an interlayer insulating film formed around the source electrodes, the drain electrodes, the gate electrodes, the first interconnection, the second interconnection and the third interconnection. a nitride semiconductor layer (4, 6); a plurality of source electrodes provided on the nitride semiconductor layer (4, 6); a plurality of drain electrodes, each of the drain electrodes provided between the source electrodes; a plurality of gate electrodes, each of the gate electrodes provided between each of the source electrodes and each of the drain electrodes; a first interconnection having a first distance from the nitride semiconductor layer (4, 6) and electrically connecting the source electrodes, a second interconnection having a second distance from the nitride semiconductor layer (4, 6) and electrically connecting the gate electrodes; a third interconnection having a third distance from the nitride semiconductor layer (4, 6)and electrically connecting the drain electrodes, the second distance being larger than the first distance and less than the third distance, a film thickness of the first interconnection being larger than a film thickness of the third interconnection; and an interlayer insulating film formed around the source electrodes, the drain electrodes, the gate electrodes, the first interconnection, the second interconnection and the third interconnection.
NH fuse load disconnecting block having a housing, in which clamping contacts (2, 3) for receiving NH fuse links are arranged, which are respectively connected to a bus bar connecting lug or a connecting bar, characterised in that the housing is designed as a self-supporting two-part housing, in which the individual clamping contacts (2, 3) are integrated, wherein no separate, supporting block body is provided.
A cotton-like structure material for filling a bone defect comprising a biodegradable fiber produced by electrospinning, wherein the biodegradable fiber comprises silicon-releasing calcium carbonate particles of vaterite phase in an amount of 10% by weight or more, calcium phosphate particles in an amount of 40% to 60% by weight, and a biodegradable polymer having a poly lactic acid structure having a carboxyl group at an end of a molecule of the polymer in an amount of 30% by weight or more as the remainder, wherein the biodegradable fiber is produced by electrospinning a spinning solution that was prepared by dissolving a composite produced by heating and kneading a mixture of the biodegradable polymer, the silicon releasing calcium carbonate particles and the calcium phosphate particles by using a solvent, wherein the silicon releasing calcium carbonate particles and the calcium phosphate particles are almost homogeneously dispersed in the biodegradable fiber in a state that siloxane of the silicon releasing calcium carbonate is amide-bonded with the carboxyl group of the biodegradable polymer, and the calcium phosphate particle is not amide-bonded with the biodegradable polymer.
Method for decorating ceramic tiles for floors and/or walls, comprising the steps of: providing a backing of green ceramic material for the ceramic tile; distressing at least one upper edge of the backing; applying a base coat on an upper surface of the backing, said base coat comprising a glaze; firing the ceramic tile, characterized in that the method comprises the step of inkjet printing a pattern on said base coat before said step of firing, in that said step of applying said base coat and said step of firing are performed after the distressing step, in that the base coat is applied on the distressed upper edge of the backing and in that in said step of firing said backing, said pattern and said base coat are fired simultaneously.
A method for facilitating purging a vessel by means of an inflatable bladder, the bladder being connected to a conduit (53, 55, 57) for communicating a fluid into or out of the bladder, characterized in that the method comprising: - arranging the bladder in a fluid tight compartment outside the vessel, the compartment being provided with a closable sealing means adapted for selectively bringing the compartment in fluid communication with the internal of the vessel via an aperture in a portion of the vessel; - bringing at least a portion of the bladder into the vessel; - inflating the bladder by means of a fluid provided from a fluid source; - cleaning the vessel by purging a space which is defined by an internal surface of the vessel and an external surface of the inflated bladder; - deflating the bladder; and - bringing the bladder out of the vessel and into the compartment. - arranging the bladder in a fluid tight compartment outside the vessel, the compartment being provided with a closable sealing means adapted for selectively bringing the compartment in fluid communication with the internal of the vessel via an aperture in a portion of the vessel; - bringing at least a portion of the bladder into the vessel; - inflating the bladder by means of a fluid provided from a fluid source; - cleaning the vessel by purging a space which is defined by an internal surface of the vessel and an external surface of the inflated bladder; - deflating the bladder; and - bringing the bladder out of the vessel and into the compartment.
A light guide plate for an image display device which guides image light inputted from an image display element and outputs the image light toward a user's pupil, characterized in that the light guide plate is made of lead-free glass having a refractive index of 1.8 or more with respect to a wavelength of the image light and wherein the composition of the lead-free glass is as follows: SiO 2: 1 to 10 mass%. B 2 O 3: 1 to 10 mass% ZnO: 0 to 1 mass%, Y 2 O 3: 0 to 1 mass%, ZrO 2: 1 to 10 mass%, TiO 2: 10 to 20 mass%, and the light guide plate has an internal transmittance of 0.6 or more with respect to a wavelength of 400 nm when a plate thickness is 10 mm. the light guide plate is made of lead-free glass having a refractive index of 1.8 or more with respect to a wavelength of the image light and wherein the composition of the lead-free glass is as follows: SiO 2: 1 to 10 mass%. B 2 O 3: 1 to 10 mass% ZnO: 0 to 1 mass%, Y 2 O 3: 0 to 1 mass%, ZrO 2: 1 to 10 mass%, TiO 2: 10 to 20 mass%, and SiO 2: 1 to 10 mass%. B 2 O 3: 1 to 10 mass% ZnO: 0 to 1 mass%, Y 2 O 3: 0 to 1 mass%, ZrO 2: 1 to 10 mass%, TiO 2: 10 to 20 mass%, and the light guide plate has an internal transmittance of 0.6 or more with respect to a wavelength of 400 nm when a plate thickness is 10 mm.
Lighting device, in particular for automotive applications, comprising: a plurality of interposers, wherein each interposer comprises one or more light emitting diodes disposed on that interposer; and a first connector for connecting the lighting device to a lighting driver, wherein the interposers are arranged in a row in order to form a luminous band, wherein the plurality of interposers is divided into more than one group, each group consisting of one or more interposers, wherein the interposers of each group are electrically connected in series, and wherein the groups are electrically connected in parallel in order to control each group individually, characterized in that each interposer is directly connected by at least three electrical wires (16a, 16b, 16c; 15a, 15b, 15c; 17a, 17b, 17c) arranged on a common plane to a preceding interposer and/or a following interposer in the group, and wherein the length of a wire (16a, 16b, 16c; 15a, 15b, 15c; 17a, 17b, 17c) between two subsequent interposers is greater than the distance between those two interposers, and wherein the outer wires (16a, 16c) are longer than an inner wire of said electrical wires such that the lighting device is flexible in two directions and/or twistable along a longitudinal axis. a plurality of interposers, wherein each interposer comprises one or more light emitting diodes disposed on that interposer; and a first connector for connecting the lighting device to a lighting driver, wherein the interposers are arranged in a row in order to form a luminous band, wherein the plurality of interposers is divided into more than one group, each group consisting of one or more interposers, wherein the interposers of each group are electrically connected in series, and wherein the groups are electrically connected in parallel in order to control each group individually, characterized in that
A load sensing assembly for a spinal implant, the load sensing assembly comprising: a break-off set screw comprising a break-off head coupled to an adjustment head via a break-off region, and a bore extending from an outer surface of the break-off head into a threaded portion of the break-off set screw, the bore having a cylindrically shaped opening when viewed from a top surface of the set screw, wherein an outer surface of the break-off head is offset from an outer surface of the adjustment head; an antenna positioned around the adjustment head; an integrated circuit in communication with the antenna; and a strain gauge in connection with the integrated circuit, wherein the integrated circuit and strain gauge are positioned within the bore of the set screw, and wherein the threaded portion of the break-off set screw is configured to fasten to an anchoring member. a break-off set screw comprising a break-off head coupled to an adjustment head via a break-off region, and a bore extending from an outer surface of the break-off head into a threaded portion of the break-off set screw, the bore having a cylindrically shaped opening when viewed from a top surface of the set screw, wherein an outer surface of the break-off head is offset from an outer surface of the adjustment head; an antenna positioned around the adjustment head; an integrated circuit in communication with the antenna; and a strain gauge in connection with the integrated circuit, wherein the integrated circuit and strain gauge are positioned within the bore of the set screw, and wherein the threaded portion of the break-off set screw is configured to fasten to an anchoring member.
A method for pulling an airplane by an airplane tractor, the tractor comprising a chassis and a platform for gripping the airplane nose gear, the method comprising: - blocking the primary brakes of the airplane; - gripping a nose gear of the airplane by a tractor after blocking the primary brakes of the airplane; - exerting a pulling force on the airplane by the tractor prior to releasing the primary brakes of the airplane; - releasing the primary brakes of the airplane, thereby causing a resistance force of the airplane to be less than the pulling force of the tractor; - allowing the pulling force to drive the tractor together with the airplane; and characterized by the step of: - controlling the speed of the tractor as a function of the pulling force measured by a damping and operating means linking the gripping platform to the airplane tractor - blocking the primary brakes of the airplane; - gripping a nose gear of the airplane by a tractor after blocking the primary brakes of the airplane; - exerting a pulling force on the airplane by the tractor prior to releasing the primary brakes of the airplane; - releasing the primary brakes of the airplane, thereby causing a resistance force of the airplane to be less than the pulling force of the tractor; - allowing the pulling force to drive the tractor together with the airplane; and - controlling the speed of the tractor as a function of the pulling force measured by a damping and operating means linking the gripping platform to the airplane tractor
A method of post-processing a voice recognition result, said result comprising a start, an end and a plurality of elements distributed between said start and said end, said post-processing method comprising the following steps: i. receiving said result; ii. isolating an element from said plurality of elements that has not undergone the validation test of step iii.a.; iii. and then, a. if an element has been isolated in step ii., determining whether it is valid by using a validation test, b. otherwise, go directly to step v.; iv. repeating steps ii. and iii.; v. if at least one element has been determined valid in step iii.a, determining a post-processed solution by using at least one element determined to be valid in step iii.a; characterised in that each element isolated in step ii. is selected from said end of the result to said start of the result consecutively and in that step iii.a. further comprises an instruction to go directly to step v. if the element undergoing the validation test of step iii.a is not determined as valid. i. receiving said result; ii. isolating an element from said plurality of elements that has not undergone the validation test of step iii.a.; iii. and then, a. if an element has been isolated in step ii., determining whether it is valid by using a validation test, b. otherwise, go directly to step v.; a. if an element has been isolated in step ii., determining whether it is valid by using a validation test, b. otherwise, go directly to step v.; iv. repeating steps ii. and iii.; v. if at least one element has been determined valid in step iii.a, determining a post-processed solution by using at least one element determined to be valid in step iii.a;
A method of adjusting a constant wavelength of a light-emitting diode, comprising: - Driving the light emitting diode by means of a preset current value; - Measuring an actual prevailing temperature of a control unit arranged in the immediate vicinity of the driven light emitting diode, wherein only connecting layers or heat conducting layers are arranged between the light emitting diode and the control unit; - Providing an empirically determined wavelength variation of the light emitting diode as a function of a temperature of the light emitting diode; and - adjusting the preset current value as a function of the actually prevailing temperature and the empirically determined wavelength variation for setting the constant wavelength of the light-emitting diode, the adjusting of the preset current value being carried out by means of a stored error function and the error function determining the temperature of the light-emitting diode as a function of the actually prevailing temperature of the control unit, wherein - the control unit is provided as a controller, a controller chip, a logic circuit, a logic gate, or a microcontroller; and - the actual prevailing temperature is measured at the control unit. - Driving the light emitting diode by means of a preset current value; - Measuring an actual prevailing temperature of a control unit arranged in the immediate vicinity of the driven light emitting diode, wherein only connecting layers or heat conducting layers are arranged between the light emitting diode and the control unit; - Providing an empirically determined wavelength variation of the light emitting diode as a function of a temperature of the light emitting diode; and - adjusting the preset current value as a function of the actually prevailing temperature and the empirically determined wavelength variation for setting the constant wavelength of the light-emitting diode, the adjusting of the preset current value being carried out by means of a stored error function and the error function determining the temperature of the light-emitting diode as a function of the actually prevailing temperature of the control unit, wherein - the control unit is provided as a controller, a controller chip, a logic circuit, a logic gate, or a microcontroller; and - the actual prevailing temperature is measured at the control unit.
Water-in-oil emulsion composition for the hydrophobization of a substrate, where the composition comprises: water, at least one emulsifier, at least a first active ingredient component, which is selected from one or more monomeric alkylalkoxysilanes, arylalkoxysilanes, arylalkylalkoxysilanes, aminofunctional alkoxysilanes and/or acrylate derivatives and at least a second active ingredient component, which is selected from at least one silicic acid derivative and/or one water glass, where the composition is free from organic solvents. water, at least one emulsifier, at least a first active ingredient component, which is selected from one or more monomeric alkylalkoxysilanes, arylalkoxysilanes, arylalkylalkoxysilanes, aminofunctional alkoxysilanes and/or acrylate derivatives and at least a second active ingredient component, which is selected from at least one silicic acid derivative and/or one water glass,
A method for packet scheduling in a wireless telecommunication system, characterized in that the method comprises: dividing user packet queues to be transmitted into user packet queues with packet loss and user packet queues without packet loss; for the user packet queues with packet loss, if the real time loss ratio of packets for the user exceeds a predetermined loss ratio threshold of packets, terminating the connection to the user; if the real time loss ratio of packets for the user does not exceed the predetermined loss ratio threshold of packets, scheduling the user packet queues according to the volume of the loss ratio of packets; for the user packet queues without packet loss, scheduling according to packet lengths, channel quality states, time delays and time delay jitters. dividing user packet queues to be transmitted into user packet queues with packet loss and user packet queues without packet loss; for the user packet queues with packet loss, if the real time loss ratio of packets for the user exceeds a predetermined loss ratio threshold of packets, terminating the connection to the user; if the real time loss ratio of packets for the user does not exceed the predetermined loss ratio threshold of packets, scheduling the user packet queues according to the volume of the loss ratio of packets; for the user packet queues without packet loss, scheduling according to packet lengths, channel quality states, time delays and time delay jitters.
A method of determining a concentration of an analyte in a sample, the method comprising: intertwining a first input signal, via a first electrode having a reagent, with a second input signal, via a second electrode lacking any reagent that facilitates oxidation of the analyte, the intertwining including: applying to the sample, via the first electrode, the first input signal having at least two excitations of a constant potential and a relaxation, and applying to the sample, via the second electrode, the second input signal having at least two excitations of a constant potential and a relaxation, such that the excitations of the first input signal are nonconcurrent with the excitations of the second input signal, and such that each excitation of the first input signal is separated from the next excitation of the first input signal by an excitation of the second input signal; wherein the intensities of the successive excitations of the second input signal increase over time; measuring a first output signal responsive to the first input signal and a second output signal responsive to the second input signal, wherein for each excitation of the first and second input signals, one or more currents are measured thereby generating the first and the second output signals; and determining the concentration of the analyte based on at least the first output signal and the second output signal. intertwining a first input signal, via a first electrode having a reagent, with a second input signal, via a second electrode lacking any reagent that facilitates oxidation of the analyte, the intertwining including: applying to the sample, via the first electrode, the first input signal having at least two excitations of a constant potential and a relaxation, and applying to the sample, via the second electrode, the second input signal having at least two excitations of a constant potential and a relaxation, such that the excitations of the first input signal are nonconcurrent with the excitations of the second input signal, and such that each excitation of the first input signal is separated from the next excitation of the first input signal by an excitation of the second input signal; wherein the intensities of the successive excitations of the second input signal increase over time; measuring a first output signal responsive to the first input signal and a second output signal responsive to the second input signal, wherein for each excitation of the first and second input signals, one or more currents are measured thereby generating the first and the second output signals; and determining the concentration of the analyte based on at least the first output signal and the second output signal.