mhurhangee/ep-ind-claims huggingface dataset:
Refrigeration and/or freezer device, which comprises at least an inner container and a refrigerant circuit, which includes at least one compressor, wherein furthermore at least one condensation water bowl for the reception and evaporation of condensation water is provided, wherein the compressor is indirectly arranged on the condensation water bowl and noise and/or vibration absorbing elements (30, 40) are arranged between the condensation water bowl and its support, wherein a condensation water heating device is located between the condensation water bowl and the noise and/or vibration absorbing elements (30, 40), wherein the refrigerant circuit comprises at least one condenser and at least one evaporator, wherein the condenser is fixed to the rear wall of the device by means of fastening elements, and wherein the evaporator is fixed to the inner container by means of fastening elements, wherein the fastening elements (60, 70) of the evaporator and of the condenser are rubber-mounted bayonet locks.
A prosthetic or orthopaedic knitted interface, characterized in that: a knitted structure is formed from a plurality of elastomeric polymer filaments (6, 7) formed from silicone having a plurality of interstices permitting transfer of air therethrough; wherein the knitted structure has a variable weave defined by varying of stitch density of the knit and the plurality of interstices vary in shape and size according to a stitch density of the knitted structure; wherein the knitted structure forms a tubular body constructed at least in part by the knitted structure, the tubular body having a closed distal end and an open proximal end along a central axis; wherein the tubular body is constructed such that the stitch density is varied either along the direction of the central axis of the tubular body, from the proximal end to the distal end, or in a circumferential direction, or a combination of both directions, the tubular body forming a solid section at the distal end, wherein at least one knitted section having the knitted structure is connected to the solid section at the distal end. a knitted structure is formed from a plurality of elastomeric polymer filaments (6, 7) formed from silicone having a plurality of interstices permitting transfer of air therethrough; wherein the knitted structure has a variable weave defined by varying of stitch density of the knit and the plurality of interstices vary in shape and size according to a stitch density of the knitted structure; wherein the knitted structure forms a tubular body constructed at least in part by the knitted structure, the tubular body having a closed distal end and an open proximal end along a central axis; wherein the tubular body is constructed such that the stitch density is varied either along the direction of the central axis of the tubular body, from the proximal end to the distal end, or in a circumferential direction, or a combination of both directions, the tubular body forming a solid section at the distal end, wherein at least one knitted section having the knitted structure is connected to the solid section at the distal end.
A method for trimming a sense amplifier, comprising: coupling a first sense amplifier to a selected memory cell and a reference circuit during a first read operation; decoupling the first sense amplifier from the selected memory cell and the reference circuit during a trim operation of the first sense amplifier; coupling the selected memory cell and the reference circuit to a second sense amplifier during the trim operation of the first sense amplifier; and performing a second read operation using the selected memory cell, the reference circuit, and the second sense amplifier during the trim operation of the first sense amplifier; wherein the trim operation comprises determining a current level to apply to the first sense amplifier to compensate for transistor mismatching. coupling a first sense amplifier to a selected memory cell and a reference circuit during a first read operation; decoupling the first sense amplifier from the selected memory cell and the reference circuit during a trim operation of the first sense amplifier; coupling the selected memory cell and the reference circuit to a second sense amplifier during the trim operation of the first sense amplifier; and performing a second read operation using the selected memory cell, the reference circuit, and the second sense amplifier during the trim operation of the first sense amplifier; wherein the trim operation comprises determining a current level to apply to the first sense amplifier to compensate for transistor mismatching.
A biogas engine that uses a biogas as a fuel and combusts a mixed gas containing the biogas and air in a combustion chamber, the biogas produced by a biogas-producing gasifier, wherein a biogas cooling unit is provided in a biogas supply path (201,202, 203,207,214,215) extending from the gasifier to the combustion chamber, the biogas cooling unit adjusting the temperature of the biogas, a mixing part is provided in an intake path through which the air is taken in, the mixing part mixing the air and the biogas whose temperature is adjusted by the biogas cooling unit, and a heat exchanger arranged between a pipe (220,221,222) for engine waste heat (EW, EG) and the intake path is provided in the intake path and upstream of the mixing part with respect to an intake direction of the air, the heat exchanger serving as a heating unit for heating the air sucked through the intake path so as to keep the temperature of the mixed gas at or above the dew point, wherein the biogas cooling unit comprises a gas cooler for washing the biogas with a washing liquid and cooling the biogas with a cooling water, and wherein the washing liquid is stored in a circulating liquid tank for storing the washing liquid to be supplied to the gas cooler, and is then introduced to the gas cooler to wash the biogas in the gas cooler.
A lid adapted for assembly to a beverage container, comprising: a substantially planar member having a peripheral edge; a socket formed ear the peripheral edge of the planar member and having a cylindrical sidewalv and a bottom wall; a score line disposed in the bottom wall of the socket and defining a tear panel, wherein the score line is located inward from the cylindrical sidewall, defining an annular surface between the score line and the cylindrical sidewall providing a seating arrangement segment; a cap having a bottom surface extending across a lower edge of a cylindrical sidewall, the cap movably disposed in the socket, locating the cap bottom surface adjacent the bottom wall of the socket; and a cam structure for driving the cap between opening, removal and resealing positions relative to the score line, the cam structure comprising at least one cam surface in cooperative engagement with a cam feature, wherein the cam structure translates a rotational motion into a linear motion substantially perpendicular to a plane defined by the rotational motion, characterised in that the cap comprises a pointed projection extending downward from the cap bottom surface, wherein when the cap is assembled in the socket, the pointed projection extends downwardly into the socket and is disposed immediately above the score line. a substantially planar member having a peripheral edge; a socket formed ear the peripheral edge of the planar member and having a cylindrical sidewalv and a bottom wall; a score line disposed in the bottom wall of the socket and defining a tear panel, wherein the score line is located inward from the cylindrical sidewall, defining an annular surface between the score line and the cylindrical sidewall providing a seating arrangement segment; a cap having a bottom surface extending across a lower edge of a cylindrical sidewall, the cap movably disposed in the socket, locating the cap bottom surface adjacent the bottom wall of the socket; and a cam structure for driving the cap between opening, removal and resealing positions relative to the score line, the cam structure comprising at least one cam surface in cooperative engagement with a cam feature, wherein the cam structure translates a rotational motion into a linear motion substantially perpendicular to a plane defined by the rotational motion, characterised in that the cap comprises a pointed projection extending downward from the cap bottom surface, wherein when the cap is assembled in the socket, the pointed projection extends downwardly into the socket and is disposed immediately above the score line.
A synchronous motor, comprising a permanent magnet rotor and a stator with three phase windings (2, 3, 4) having a winding terminal (U, V, W) which are connected in a star point of a star-connected circuit and to control electronics, wherein a detection element is further provided which is designed to indirectly or directly detect the temperature or a temperature-dependent motor characteristic of at least one winding phase (2, 3, 4), wherein the first terminal of the detection element is connected in an electrically conductive manner to the star point and the second terminal of the detection element is embodied as a fourth winding terminal, which winding terminal is connected to the control electronics, characterized in that the detection element also has a switching function for disconnecting the electrical connection between the star point and the fourth winding terminal when a predefined threshold temperature is exceeded.
An input/output circuit comprising: an IO driver circuit; an electrostatic discharge protection semiconductor switch with a first input configured to receive an ESD, a second input connected to an ESD rail, and a switch control input; an ESD trigger circuit connected to the switch control input, wherein the ESD trigger circuit is configured to produce a trigger signal to close the protection semiconductor switch when the ESD detection circuit detects an ESD; and a bias circuit configured to provide a back bias signal to an isolated well of the ESD protection semiconductor switch when IO circuit is in normal operation; an input semiconductor switch comprising a transistor having a gate, a drain coupled to the isolated well and a source coupled to ground, and wherein the input semiconductor switch is configured to prevent the connection of the back bias signal to ground during normal operation of the integrated circuit; a semiconductor switch comprising a transistor having a source coupled to the isolated well and a drain coupled to receive the back bias signal; an output semiconductor switch comprising a transistor having a source coupled to the ESD trigger circuit via a transistor, a drain coupled to the isolated well and a gate coupled to the switch control input, wherein the output semiconductor switch is configured to isolate the ESD trigger circuit from the back bias signal; and said transistor having a source coupled receive the trigger signal, a drain coupled to the gate of the input semiconductor switch and a gate connected to ground. an IO driver circuit; an electrostatic discharge protection semiconductor switch with a first input configured to receive an ESD, a second input connected to an ESD rail, and a switch control input; an ESD trigger circuit connected to the switch control input, wherein the ESD trigger circuit is configured to produce a trigger signal to close the protection semiconductor switch when the ESD detection circuit detects an ESD; and a bias circuit configured to provide a back bias signal to an isolated well of the ESD protection semiconductor switch when IO circuit is in normal operation; an input semiconductor switch comprising a transistor having a gate, a drain coupled to the isolated well and a source coupled to ground, and wherein the input semiconductor switch is configured to prevent the connection of the back bias signal to ground during normal operation of the integrated circuit; a semiconductor switch comprising a transistor having a source coupled to the isolated well and a drain coupled to receive the back bias signal; an output semiconductor switch comprising a transistor having a source coupled to the ESD trigger circuit via a transistor, a drain coupled to the isolated well and a gate coupled to the switch control input, wherein the output semiconductor switch is configured to isolate the ESD trigger circuit from the back bias signal; and said transistor having a source coupled receive the trigger signal, a drain coupled to the gate of the input semiconductor switch and a gate connected to ground.
Deep-drawn hollow plastic body in the form of a pallet bottom for a pallet container for storage and transportation of parts for vehicle and engine production, which is formed by two plastic shells (2, 3; 2a, 3a, 2b, 3b) welded to one another around the periphery, with at least one hollow chamber (7, 7b) into which at least one dimensionally stable body (5, 5', 5a, 5b) made of foamed or injection molded plastic is placed, characterized in that the outer contour of the body (5, 5', 5a, 5b) made of foamed or injection molded plastic is made to match an inner contour of the hollow chamber (7, 7b) and said body is connected by its surface in full area contact and with a material bond to neighboring inner surfaces of the plastic shells.
A charging method comprising: sending, by a charging trigger apparatus through a service-based interface, a service resource create request to a charging system, wherein the service resource create request is used to request the charging system to create a service resource corresponding to a service in a session, wherein the session is used to provide a data connection service to user equipment, and wherein, when the service corresponding to the service resource comprises an online charging service, the service resource is used to manage requesting for a quota for the online charging service and manage reporting of usage information of the online charging service, and when the service corresponding to the service resource comprises an offline charging service, the service resource is used to manage reporting of usage information of the offline charging service; and receiving, by the charging trigger apparatus through the service-based interface, a service resource create response from the charging system, wherein the service resource create response comprises a first resource identifier, and the first resource identifier is used to identify the service resource; wherein the method further comprising: sending, by the charging trigger apparatus through the service-based interface, a service resource update request to the charging system to request the charging system to update the service resource, wherein the service resource update request comprises the first resource identifier. sending, by a charging trigger apparatus through a service-based interface, a service resource create request to a charging system, wherein the service resource create request is used to request the charging system to create a service resource corresponding to a service in a session, wherein the session is used to provide a data connection service to user equipment, and wherein, when the service corresponding to the service resource comprises an online charging service, the service resource is used to manage requesting for a quota for the online charging service and manage reporting of usage information of the online charging service, and when the service corresponding to the service resource comprises an offline charging service, the service resource is used to manage reporting of usage information of the offline charging service; and receiving, by the charging trigger apparatus through the service-based interface, a service resource create response from the charging system, wherein the service resource create response comprises a first resource identifier, and the first resource identifier is used to identify the service resource; wherein the method further comprising: sending, by the charging trigger apparatus through the service-based interface, a service resource update request to the charging system to request the charging system to update the service resource, wherein the service resource update request comprises the first resource identifier.
A method of manufacturing a solar cell, comprising the steps of: forming an emitter layer by ion-implanting a first conductive type dopant to a first surface of a semiconductor substrate; and forming a back surface field layer by ion-implanting a second conductive type dopant to a second surface of the semiconductor substrate, doping with an additional dopant, wherein the additional dopant is a dopant other than the first and second conductive type dopants, an amount of the additional dopant doped during the forming of the back surface field layer is larger than an amount of the additional dopant doped during the forming of the emitter layer, and the additional dopant includes hydrogen, wherein the method is characterized in that the first conductive type dopant is ion-implanted by an ion-selection using a mass spectrometer in the forming of the emitter layer, and wherein the second conductive type dopant is ion-implanted without the ion-selection using the mass spectrometer in the forming of the back surface field layer. forming an emitter layer by ion-implanting a first conductive type dopant to a first surface of a semiconductor substrate; and forming a back surface field layer by ion-implanting a second conductive type dopant to a second surface of the semiconductor substrate, doping with an additional dopant, wherein the additional dopant is a dopant other than the first and second conductive type dopants, an amount of the additional dopant doped during the forming of the back surface field layer is larger than an amount of the additional dopant doped during the forming of the emitter layer, and the additional dopant includes hydrogen, wherein the method is characterized in that the first conductive type dopant is ion-implanted by an ion-selection using a mass spectrometer in the forming of the emitter layer, and wherein the second conductive type dopant is ion-implanted without the ion-selection using the mass spectrometer in the forming of the back surface field layer.
Process for the preparation of -(+)-pregabalin, characterized in that racemic pregabalin is dissolved in water, either reacted with a chiral α-hydroxy-carboxylic acid in the presence of an achiral acid, or reacted with a mixture of chiral α-hydroxy-carboxylic acids optionally in the presence of an achiral acid, wherein the chiral α-hydroxy-carboxylic acid is (2R,3R)-(+)- Tartaric acid or -(+)-mandelic acid, -(+)-pregabalin is liberated from the obtained diastereomer salt and optionally, the residue of racemic pregabalin is regenerated.
An environmentally active, preserving and repairing-use concrete, which is formed by kneading therein an organism attractant substance that is effective in congregating, adhering and growing effects for organisms, characterised in that: said organism attractant substance is selected from amino acids, said amino acid is arginine, and said arginine has especially congregating and growing effects for fishes, the environmentally active, preserving and repairing-use concrete has a composition containing the arginine at a concentration of 2% or more relative to cement weight in the composition so as to allow the arginine to effectively flow out gradually into a river, a seashore and the sea, as well as a pond and a lake for a period of time, wherein an environmentally active, preserving and repairing-use concrete block formed by the composition is used for various engineering constructions, characterized in that the concrete has a porous structure providing the resulting composition with high air content and flowability, as well as a strength required for forming the environmentally active, preserving and repairing-use concrete so as to have an attractant effect by "odor" of the flow-out organism attractant substance. said organism attractant substance is selected from amino acids, said amino acid is arginine, and said arginine has especially congregating and growing effects for fishes, the environmentally active, preserving and repairing-use concrete has a composition containing the arginine at a concentration of 2% or more relative to cement weight in the composition so as to allow the arginine to effectively flow out gradually into a river, a seashore and the sea, as well as a pond and a lake for a period of time, wherein an environmentally active, preserving and repairing-use concrete block formed by the composition is used for various engineering constructions,
A closing device for jewelry, goldsmith, silverware and costume jewelry, comprising: - a female-like box-shaped body connected to a first end of an article of jewelry, goldsmith, silverware and costume jewelry by first hooking means, having engagement means (13, 14) with a male element connected, in turn, to a second end of said article of jewelry, goldsmith, silverware and costume jewelry by means of second coupling means; - said engagement means (13, 14) being arranged to mutually couple said male element with said box-shaped body, said male element is arranged to be at least partially inserted inside a tubular element defined in said box-shaped body, in such a way as to allow mutual rotation of said box-shaped body and of said male element around the developing direction of said box-shaped body between a closed position and an opening position of the closing device; - elastic means for pushing said male element in the developing direction, in order to disengage it from said box-shaped body; - a plunger positioned internally of said box-shaped body and having a stroke thickness interposed between said male element and said elastic means, in such a way that, in the closed position, said male element exerts a pressure higher than the thrust of said elastic means, characterized in that said plunger also comprising a stop element in opening position; and said tubular element comprises, on its bottom, a passage hole for said plunger. - a female-like box-shaped body connected to a first end of an article of jewelry, goldsmith, silverware and costume jewelry by first hooking means, having engagement means (13, 14) with a male element connected, in turn, to a second end of said article of jewelry, goldsmith, silverware and costume jewelry by means of second coupling means; - said engagement means (13, 14) being arranged to mutually couple said male element with said box-shaped body, said male element is arranged to be at least partially inserted inside a tubular element defined in said box-shaped body, in such a way as to allow mutual rotation of said box-shaped body and of said male element around the developing direction of said box-shaped body between a closed position and an opening position of the closing device; - elastic means for pushing said male element in the developing direction, in order to disengage it from said box-shaped body; - a plunger positioned internally of said box-shaped body and having a stroke thickness interposed between said male element and said elastic means, in such a way that, in the closed position, said male element exerts a pressure higher than the thrust of said elastic means, characterized in that said plunger also comprising a stop element in opening position; and said tubular element comprises, on its bottom, a passage hole for said plunger.