mhurhangee/ep-ind-claims huggingface dataset:
An electrical component module attachable to a machine section provided behind a service panel arranged on a front side of an outdoor unit of an air conditioner including a refrigerant pipe, the electrical component module comprising: a control unit that controls the air conditioner; a fixed plate on which the control unit is mounted, the fixed plate being arranged to have a front surface facing a direction toward the service panel; a cooler that is attachable to a part of the refrigerant pipe and is arranged on a back surface side of the fixed plate; wherein the control unit includes a printed circuit board on which a power device is mounted, and the power device is thermally coupled with the cooler, the electrical component module further comprises a partition plate for being attached to the outdoor unit to partition between the machine section and a heat exchange section, U characterized in that a first frame is attached to one end portion of the fixed plate; and a second frame is attached to another end portion of the fixed plate, and the cooler is attached to bridge between the first frame and the second frame, and one end of the first frame and one end of the second frame are attached to the partition plate and another end of the first frame and another end of the second frame are attached to the cooler. a control unit that controls the air conditioner; a fixed plate on which the control unit is mounted, the fixed plate being arranged to have a front surface facing a direction toward the service panel; a cooler that is attachable to a part of the refrigerant pipe and is arranged on a back surface side of the fixed plate; wherein the control unit includes a printed circuit board on which a power device is mounted, and the power device is thermally coupled with the cooler, the electrical component module further comprises a partition plate for being attached to the outdoor unit to partition between the machine section and a heat exchange section, U characterized in that a first frame is attached to one end portion of the fixed plate; and a second frame is attached to another end portion of the fixed plate, and the cooler is attached to bridge between the first frame and the second frame, and one end of the first frame and one end of the second frame are attached to the partition plate and another end of the first frame and another end of the second frame are attached to the cooler.
A method for concentrating and isolating nucleic acids and / or viruses from a sample characterized by the following steps: a) adding an aqueous solution of a salt of a polyuronic acid to the sample b) adding a substance which induces gel formation / pellet formation of the polyuronic acid c) mixing the sample and incubation d) subjecting the sample to centrifugation and removing the supernatant e) dissolving the pellet or gel piece f) isolating the nucleic acids and / or viral nucleic acid in a known fashion. a) adding an aqueous solution of a salt of a polyuronic acid to the sample b) adding a substance which induces gel formation / pellet formation of the polyuronic acid c) mixing the sample and incubation d) subjecting the sample to centrifugation and removing the supernatant e) dissolving the pellet or gel piece f) isolating the nucleic acids and / or viral nucleic acid in a known fashion.
Method for maintaining transport address associations with a transport address translation entity placed in cut-through configuration of the flow between a first device and a second device, the maintaining method being intended to be implemented by the first device and comprising: - a step of sending (E10, F10, H10), in accordance with a first transport protocol, a first message (R1, R3, R5) having a first transport address, called first private transport address, to the second device, this first message being able to trigger a first association, by the transport address translation entity, of a first transport address, called first public transport address, with the first private transport address and with the first transport protocol; - upon reception of a response (M1', M3', M5') to the first message from the second device, a step of sending (E90, F90, H90), in accordance with a second transport protocol, a second message having a second private transport address to the second device, this second message being able to trigger a second association, by the transport address translation entity, of said second private transport address with a second transport address, called second public transport address, and with the second transport protocol, the second message furthermore containing information, called correspondence information, also contained in the first message and/or in the response to the first message, and able to trigger, following the reception of the second message by the second device, the matching, by the second device, of the second public transport address with the first public transport address. - a step of sending (E10, F10, H10), in accordance with a first transport protocol, a first message (R1, R3, R5) having a first transport address, called first private transport address, to the second device, this first message being able to trigger a first association, by the transport address translation entity, of a first transport address, called first public transport address, with the first private transport address and with the first transport protocol; - upon reception of a response (M1', M3', M5') to the first message from the second device, a step of sending (E90, F90, H90), in accordance with a second transport protocol, a second message having a second private transport address to the second device, this second message being able to trigger a second association, by the transport address translation entity, of said second private transport address with a second transport address, called second public transport address, and with the second transport protocol, the second message furthermore containing information, called correspondence information, also contained in the first message and/or in the response to the first message, and able to trigger, following the reception of the second message by the second device, the matching, by the second device, of the second public transport address with the first public transport address.
A magazine apparatus for holding and retaining glass articles comprising: a base frame defining a front plane and a back plane, the base frame being formed from a metallic material; a back plate connected to the base frame and positioned in the back plane defined by the base frame; a plurality of receiving racks formed from a metallic material and supported in the base frame between the front plane and the back plane, each receiving rack being parallel to and spaced apart from adjacent receiving racks in a vertical direction and comprising a plurality of receiving slots for receiving at least a portion of a glass article, the receiving slots being arrayed in a linear array over a length of each receiving rack and opening towards the front plane of the base frame; and at least one loading stop removably coupled to the base frame proximate the back plane, the loading stop preventing glass articles suspended from the receiving racks from contacting the back plate as the magazine apparatus is manipulated. a base frame defining a front plane and a back plane, the base frame being formed from a metallic material; a back plate connected to the base frame and positioned in the back plane defined by the base frame; a plurality of receiving racks formed from a metallic material and supported in the base frame between the front plane and the back plane, each receiving rack being parallel to and spaced apart from adjacent receiving racks in a vertical direction and comprising a plurality of receiving slots for receiving at least a portion of a glass article, the receiving slots being arrayed in a linear array over a length of each receiving rack and opening towards the front plane of the base frame; and at least one loading stop removably coupled to the base frame proximate the back plane, the loading stop preventing glass articles suspended from the receiving racks from contacting the back plate as the magazine apparatus is manipulated.
A receiver of positioning signals from at least a satellite constellation, said receiver comprising: - a port to access information on absolute and/or relative values of a position measurement precision in a configuration of said receiver, said configuration being defined by elements chosen from a group comprising processors for processing positioning signals, antennae (120a, 120b, 130) for receiving said signals, a list of constellations (140a, 140b) and a list of external links to data for correcting the positioning signals; and - processing circuits to process raw positioning, velocity and time data for a satellite axis; - processing circuits to calculate an information characterizing a precision and/or a confidence index of said calculation of a position of the receiver based on the information on absolute and/or relative values of said position measurement precision in the configuration of said receiver and the result of the processing of the raw positioning, velocity and time data for the satellite axes, - wherein the information characterizing the precision and/or the confidence index of the calculation of the position of the receiver is calculated further based on information on a hardware configuration of said receiver relating to an antenna and/or a processor for processing positioning signals of said receiver, said information on the hardware configuration being provided by a database characterizing permanent and variable elements of said hardware configuration. - a port to access information on absolute and/or relative values of a position measurement precision in a configuration of said receiver, said configuration being defined by elements chosen from a group comprising processors for processing positioning signals, antennae (120a, 120b, 130) for receiving said signals, a list of constellations (140a, 140b) and a list of external links to data for correcting the positioning signals; and - processing circuits to process raw positioning, velocity and time data for a satellite axis; - processing circuits to calculate an information characterizing a precision and/or a confidence index of said calculation of a position of the receiver based on the information on absolute and/or relative values of said position measurement precision in the configuration of said receiver and the result of the processing of the raw positioning, velocity and time data for the satellite axes, - wherein the information characterizing the precision and/or the confidence index of the calculation of the position of the receiver is calculated further based on information on a hardware configuration of said receiver relating to an antenna and/or a processor for processing positioning signals of said receiver, said information on the hardware configuration being provided by a database characterizing permanent and variable elements of said hardware configuration.
A flexible catheter tip, comprising an inboard frame understructure that defines a tip longitudinal axis, wherein the inboard frame understructure is formed from one first single continuous element that is formed from a single unitary piece of material and having a first rectangular cross-section; and an outboard frame understructure that extends along the tip longitudinal axis, wherein the outboard frame understructure is formed from one second single continuous element having a second rectangular cross-section, wherein the inboard frame understructure includes a first proximal inboard mounting arm and second proximal inboard mounting arm that extend along the tip longitudinal axis. an inboard frame understructure that defines a tip longitudinal axis, wherein the inboard frame understructure is formed from one first single continuous element that is formed from a single unitary piece of material and having a first rectangular cross-section; and an outboard frame understructure that extends along the tip longitudinal axis, wherein the outboard frame understructure is formed from one second single continuous element having a second rectangular cross-section, wherein the inboard frame understructure includes a first proximal inboard mounting arm and second proximal inboard mounting arm that extend along the tip longitudinal axis.
Assembling method of a rolling bearing comprising two rings - an outer ring and inner ring respectively - mounted in relative rotation by means of two rows of rolling bodies, each ring (1, 2) having two rolling tracks - an inner track (1i, 2i) and an outer track (1e, 2e) respectively - which are spaced apart axially, with a diameter of the outer track (1e, 2e) being smaller than the diameter of the inner track (1i, 2i), the inner tracks (1i, 2i) - and external tracks (1e, 2e) respectively - being arranged opposite one another to form an inner rolling path - and external rolling path respectively - in which a row of rolling bodies is arranged, said method including: - forming a notch on at least one ring (1, 2) between its rolling tracks (1i, 1e; 2i, 2e); - arranging the outer ring around the inner ring with their rolling tracks (1i, 1e, 2i, 2e) opposite one another; - decentring said rings to form an upper mouth for introducing rolling bodies into the inner rolling path; - arranging the notch in the upper mouth so as to form a passage of sufficient size for the rolling bodies; - introducing the rolling bodies of the outer row into the upper mouth to arrange them in the outer rolling path by means of the passage; - turning the rings (1, 2) in relation to one another so that the notch no longer forms in the upper mouth a passage of sufficient size for the rolling bodies; - introducing the rolling bodies of the inner row into the upper mouth so as to arrange them in the inner rolling path; - recentring the rings (1, 2). - forming a notch on at least one ring (1, 2) between its rolling tracks (1i, 1e; 2i, 2e); - arranging the outer ring around the inner ring with their rolling tracks (1i, 1e, 2i, 2e) opposite one another; - decentring said rings to form an upper mouth for introducing rolling bodies into the inner rolling path; - arranging the notch in the upper mouth so as to form a passage of sufficient size for the rolling bodies; - introducing the rolling bodies of the outer row into the upper mouth to arrange them in the outer rolling path by means of the passage; - turning the rings (1, 2) in relation to one another so that the notch no longer forms in the upper mouth a passage of sufficient size for the rolling bodies; - introducing the rolling bodies of the inner row into the upper mouth so as to arrange them in the inner rolling path; - recentring the rings (1, 2).
A drive battery assembly for an electric, fuel cell or hybrid vehicle having a plurality of battery cells arranged in rows, which are outwardly closed by their own individual cell housings and are combined into a cell stack, and at least one cooling fin that planarly abuts the cell housings and is provided per battery cell row, the cooling fin is designed, at least in sections, as double-walled and having walls (18, 20) that are distanced in sections and wherein the separated region forms a canal that guides a coolant in order to remove heat energy from the battery cells, wherein the canal extends alternately upward and downward in the longitudinal direction of each of the associated battery cells, wherein each cooling fin comprises an inlet pipe and an outlet pipe that terminate on the same side of the cooling fin, wherein each cooling fin preferably surrounds at least a plurality of cell housings of a row of battery cells and is curved in such a manner that it abuts the opposing section of the cell housings associated therewith, wherein each cooling fin extends along the cell housings in a concertina manner, partially in an intermediate space between adjacent cell housings from one cell housing 12 to one adjacent it, each cooling fin being bent in a U-shape at the end of each row of battery cells.
A sugar-free liquid edible composition wherein the sugar-free liquid edible composition is a water-in-oil emulsion comprising: i) a sugar polyol consisting of xylitol and further comprising erythritol, galactitol, hydrogenated starch hydrolysate, isomalt, lactitol, maltitol, mannitol, polyglucitol, sorbitol, or a combination thereof, ii) glycerin, iii) an emulsifier wherein the emulsifier is a glycerin based emulsifier, a polyglycerol based emulsifier, or a combination thereof, wherein the emulsifier is a monoglycerol fatty acid ester, lecithin, an organic acid glycerin fatty acid ester, a polyglycerol fatty acid ester, a polyglycerol condensed ricinoleic acid ester, a sorbitan fatty acid ester, a sucrose fatty acid ester, a propylene glycol fatty acid ester, or a combination thereof; and iv) an edible oil wherein the weight ratio of sugar polyol: glycerin is 1: 1 to 4: 1. i) a sugar polyol consisting of xylitol and further comprising erythritol, galactitol, hydrogenated starch hydrolysate, isomalt, lactitol, maltitol, mannitol, polyglucitol, sorbitol, or a combination thereof, ii) glycerin, iii) an emulsifier wherein the emulsifier is a glycerin based emulsifier, a polyglycerol based emulsifier, or a combination thereof, wherein the emulsifier is a monoglycerol fatty acid ester, lecithin, an organic acid glycerin fatty acid ester, a polyglycerol fatty acid ester, a polyglycerol condensed ricinoleic acid ester, a sorbitan fatty acid ester, a sucrose fatty acid ester, a propylene glycol fatty acid ester, or a combination thereof; and iv) an edible oil
A method for providing multi-dimensional haptic touch screen interaction, comprising: detecting a force applied to a touch screen by a first object, wherein the touch screen comprises a first and second display tile contacting the object, wherein the first and second display tiles of the touch screen move in a plurality of planes to apply a force on the first object and a second object, respectively; determining a magnitude, a direction, and a location of the force applied to the first and second display tiles of the touch screen, wherein the touch screen defines an x-y plane comprising a z-axis orthogonal to the x-y plane, wherein a positive z-direction comprises a direction of movement of the touch screen along the z-axis away from a user of the touch screen and a negative z-direction comprises a direction of movement of the touch screen along the z-axis towards the user of the touch screen; determining a haptic force feedback to be applied by the first display tile of the touch screen on the first object based on the magnitude, the direction, and the location of the force applied to the first and second display tiles of the touch screen, where the touch screen locks so that the user may annotate the touch screen without causing the touch screen to move in response to a detected force on the touch screen in a predetermined position; displacing the first and second display tiles of the touch screen in a specified direction such that the haptic force feedback is applied by the first and second display tiles of the touch screen on the first object. detecting a force applied to a touch screen by a first object, wherein the touch screen comprises a first and second display tile contacting the object, wherein the first and second display tiles of the touch screen move in a plurality of planes to apply a force on the first object and a second object, respectively; determining a magnitude, a direction, and a location of the force applied to the first and second display tiles of the touch screen, wherein the touch screen defines an x-y plane comprising a z-axis orthogonal to the x-y plane, wherein a positive z-direction comprises a direction of movement of the touch screen along the z-axis away from a user of the touch screen and a negative z-direction comprises a direction of movement of the touch screen along the z-axis towards the user of the touch screen; determining a haptic force feedback to be applied by the first display tile of the touch screen on the first object based on the magnitude, the direction, and the location of the force applied to the first and second display tiles of the touch screen, where the touch screen locks so that the user may annotate the touch screen without causing the touch screen to move in response to a detected force on the touch screen in a predetermined position;
A speaker device, comprising: a first housing including: a first top surface comprising a first opening; a first recessed mounting surface spaced below the first opening; and a first recessed sidewall extending upwardly from the first recessed mounting surface to the first opening to form a first waveguide; and a first upward-facing driver mounted into the first recessed mounting surface; wherein the first waveguide shapes propagation of acoustic energy generated by the first upward-facing driver to project the acoustic energy out of the speaker device in an upwardly inclined direction, wherein the first waveguide has a curved shape defined by one or more curved segments of the first recessed sidewall, and wherein an end of the first recessed sidewall is tangential to the first top surface. a first top surface comprising a first opening; a first recessed mounting surface spaced below the first opening; and a first recessed sidewall extending upwardly from the first recessed mounting surface to the first opening to form a first waveguide; and a first upward-facing driver mounted into the first recessed mounting surface; wherein the first waveguide shapes propagation of acoustic energy generated by the first upward-facing driver to project the acoustic energy out of the speaker device in an upwardly inclined direction, wherein the first waveguide has a curved shape defined by one or more curved segments of the first recessed sidewall, and wherein an end of the first recessed sidewall is tangential to the first top surface.
Device for measuring the amount of SF6 and/or CF4 gas in a gas mixture, wherein the gas mixture is in a measuring cell, and at the measuring cell a sound source, adapted for emitting a continuous sound wave, and at least one sound receiver, adapted for receiving the sound wave, are arranged, and wherein the device comprises an evaluating unit, adapted such that the receive signal of the at least one sound receiver is guided thereto, and that it determines the sound velocity and resulting thereof the amount of SF6 or CF4 gas in the gas mixture, characterized in that at least two phase-sensitive sound receivers (4, 4'), that are distanced from one another and also from the sound source, are provided at the measuring cell and adapted for receiving the sound waves phase-resolvedly and for guiding the respective receive signal (41, 41') to the evaluating unit, and the evaluating unit is adapted for determining the sound velocity und thereof the amount of the respective gas by means of the phase difference of the respective receive signals (41, 41'), wherein the continuously emitted sound wave has at least such a length that a continuous sound wave train is between the two sound receivers provided in the measuring cell.