mhurhangee/ep-ind-claims huggingface dataset:
An ice storage, comprising: a storage body having a storage space in which ice is stored and a discharge port through which ice is discharged externally; a transferring and breaking part of which at least a portion is provided in the storage space, the transferring and breaking part transferring the ice in the storage space to the discharge port and breaking the transferred ice as required; and a door part allowing the ice to be discharged through the discharge port as unbroken ice (Ia) or broken ice (Ib) unbroken or broken up by the transferring and breaking part, wherein the transferring and breaking part comprises a transferring member transferring ice and a breaking member breaking ice, characterized in that the transferring member is provided with a transferring wing having two ends, and the transferring wing is provided with an elastic transformable part, bendable by external force applied by ice present between the transferring member and the breaking member, on one end of the transferring wing which is positioned closest to the discharge port, and the elastic transformable part is formed on the end of the transferring wing, which is positioned closest to the discharge port, the elastic transformable part being separated from the transferring member by a certain length, such that ice is prevented from being stuck between the transferring member and the breaking member while being transferred. a storage body having a storage space in which ice is stored and a discharge port through which ice is discharged externally; a transferring and breaking part of which at least a portion is provided in the storage space, the transferring and breaking part transferring the ice in the storage space to the discharge port and breaking the transferred ice as required; and a door part allowing the ice to be discharged through the discharge port as unbroken ice (Ia) or broken ice (Ib) unbroken or broken up by the transferring and breaking part, wherein the transferring and breaking part comprises a transferring member transferring ice and a breaking member breaking ice, characterized in that the transferring member is provided with a transferring wing having two ends, and the transferring wing is provided with an elastic transformable part, bendable by external force applied by ice present between the transferring member and the breaking member, on one end of the transferring wing which is positioned closest to the discharge port, and the elastic transformable part is formed on the end of the transferring wing, which is positioned closest to the discharge port, the elastic transformable part being separated from the transferring member by a certain length, such that ice is prevented from being stuck between the transferring member and the breaking member while being transferred.
An analogue addressable fire alarm system comprising a 2-wire loop with combined power transmission and data communications, a control station and a plurality of outstations, means configured to apply a measuring current to the loop wiring for determination of the resistance, capacitance, inductance electrical characteristics of the loop wiring, characterized in that the means is configured to apply a measuring current when the signal for data communication on the loop wiring is in a low voltage state.
Computer-implemented method for calculating a fresh air mass in a cylinder of an internal combustion engine, comprising: determining heating of the fresh air on a wall of the cylinder, wherein the temperature of the wall of the cylinder changes dynamically, wherein the heating of the fresh air is determined assuming a constant temperature of the wall of the cylinder, wherein the determined heating of the fresh air, assuming a constant temperature of the wall of the cylinder, is filtered by means of a filter in order to determine a dynamic correction of the heating of the fresh air on the wall of the cylinder, wherein the filter has two PT1 filters connected in series; determining reference heating of the fresh air on the wall of the cylinder based on at least one reference parameter; and calculating the fresh air mass of the fresh air in the cylinder based on the determined heating of the fresh air mass and the determined reference heating as follows: Air mass corr = air mass family of characteristics ⋅ T air _ cyl _ ref / T air _ cyl, where T air_cyl is the increase in temperature of the fresh air, T air_cyl_ref is the reference increase in temperature and air mass family of characteristics is a fresh air mass determined on a test bench and stored in a family of characteristics. determining heating of the fresh air on a wall of the cylinder, wherein the temperature of the wall of the cylinder changes dynamically, wherein the heating of the fresh air is determined assuming a constant temperature of the wall of the cylinder, wherein the determined heating of the fresh air, assuming a constant temperature of the wall of the cylinder, is filtered by means of a filter in order to determine a dynamic correction of the heating of the fresh air on the wall of the cylinder, wherein the filter has two PT1 filters connected in series; determining reference heating of the fresh air on the wall of the cylinder based on at least one reference parameter; and calculating the fresh air mass of the fresh air in the cylinder based on the determined heating of the fresh air mass and the determined reference heating as follows: Air mass corr = air mass family of characteristics ⋅ T air _ cyl _ ref / T air _ cyl, where T air_cyl is the increase in temperature of the fresh air, T air_cyl_ref is the reference increase in temperature and air mass family of characteristics is a fresh air mass determined on a test bench and stored in a family of characteristics.
A composition for enhancing the creping of a fibrous web comprising a polyaminosilicone or a polysiloxane, a polyaminosilicone block copolymer, a surfactant, and optionally one or more creping aids.
A dual-helix axial hydrocarbon pump assembly for use with high viscosity and/or multiphase hydrocarbon fluids comprising: a rotor comprising one or more rotor vanes having a rotor vane radial height along the entire length of the rotor; a stator comprising one or more stator vanes having a stator vane radial height along the entire length of the stator; wherein the one or more rotor vanes have an opposite handed thread with respect to the thread of the one or more stator vanes and the stator and rotor co-operating to provide, on rotation of the rotor, a system for moving a fluid longitudinally between them, characterised in that a radial gap, in the range of 1.28 mm to 10 mm, is located between the one or more stator vanes and the one or more rotor vanes along the entire length of the pump assembly, and a ratio of the rotor vane radial height to the stator vane radial height is in the range of 3.5 to 4.5 along the entire length of the pump assembly. a rotor comprising one or more rotor vanes having a rotor vane radial height along the entire length of the rotor; a stator comprising one or more stator vanes having a stator vane radial height along the entire length of the stator; wherein the one or more rotor vanes have an opposite handed thread with respect to the thread of the one or more stator vanes and the stator and rotor co-operating to provide, on rotation of the rotor, a system for moving a fluid longitudinally between them, characterised in that a radial gap, in the range of 1.28 mm to 10 mm, is located between the one or more stator vanes and the one or more rotor vanes along the entire length of the pump assembly, and a ratio of the rotor vane radial height to the stator vane radial height is in the range of 3.5 to 4.5 along the entire length of the pump assembly.
Dish washer comprising a washing chamber and a detergent dispenser, the detergent dispenser comprising a detergent chamber for retaining a detergent; the detergent chamber further comprises an inlet being connectable to a main pump of the dish washer by means of a conduit or hose (28, 30) and a first valve which is openable and closable for connecting and disconnecting the inlet to and from the main pump, and an outlet providing a permanent fluid communication between the detergent chamber and the washing chamber, characterized in that the dish washer further comprises a second valve between first valve and the interior of the detergent chamber having an valve inlet and an valve outlet where the valve inlet is in fluid communication with the first valve by means of a conduit or hose and the valve outlet is in fluid communication with the detergent chamber, the second valve being construed to open when a pressure load above a predetermined minimum pressure load is present at the valve inlet in order to provide the connection between the main pump and the detergent chamber and to close when the pressure load is below the predetermined minimum pressure load.
A molded rubber article for sealing a container or an instrument used in medication or medical care application, comprising a fluorine resin film layer covering at least a surface of the molded rubber article which may contact with chemicals, characterised in that the molded rubber article further comprises a polyolefin film layer being interposed between the fluorine resin film layer and a bare rubber surface, wherein the polyolefin film layer has a high adhesion property between the fluorine resin film layer and the bare rubber surface wherein the polyolefin is an ultrahigh molecular weight polyethylene with a molecular weight of 1 million to 7 millions and wherein the total thickness of the laminated double film layer of the fluorine resin film and the ultrahigh molecular weight polyethylene film is 20-300 μm.
An endovascular prosthesis comprising: a first expandable portion expandable from a first, unexpanded state to a second, expanded state to urge the first expandable portion against a vascular lumen; characterised in that the prosthesis is provided with a retractable leaf portion attached to the first expandable portion, the retractable leaf portion comprising a single spine portion connected to the first expandable portion and a plurality of rib portions (112, 113) attached to the spine portion, the plurality of rib portions (112, 113) comprising a pair of rows of rib portions (112, 113) connected to opposed sides of the single spine portion, longitudinally adjacent pairs of rib portions (112, 113) being free of interconnecting struts, and wherein, in two dimensions, each rib portion (112, 113) is configured substantially to form an acute angle with respect to a spine longitudinal axis of the single spine portion. a first expandable portion expandable from a first, unexpanded state to a second, expanded state to urge the first expandable portion against a vascular lumen; characterised in that the prosthesis is provided with a retractable leaf portion attached to the first expandable portion, the retractable leaf portion comprising a single spine portion connected to the first expandable portion and a plurality of rib portions (112, 113) attached to the spine portion, the plurality of rib portions (112, 113) comprising a pair of rows of rib portions (112, 113) connected to opposed sides of the single spine portion, longitudinally adjacent pairs of rib portions (112, 113) being free of interconnecting struts, and wherein, in two dimensions, each rib portion (112, 113) is configured substantially to form an acute angle with respect to a spine longitudinal axis of the single spine portion.
A method of preparing a complex of lithium titanium oxide having a spinel structure and carbon nanotube, comprising: (a) a step in preparing a dispersion by dispersing powder of the complex of titanium oxide and carbon nanotube in distilled water; by treatment of ultrasonic waves; (b) a step in preparing the mixed solution by mixing the dispersion with a lithium salt; (c) a step in synthesizing the complex of lithium titanium oxide and carbon nanotube by applying microwave to the mixed solution, wherein the titanium oxide is formed on the surface of the carbon nanotube, (d) a step in heat-treating the complex of lithium titanium oxide and carbon nanotube in an argon atmosphere including hydrogen at 500 to 900°C, and (e) a step in cleaning and drying the complex of lithium titanium oxide and carbon nanotube. (a) a step in preparing a dispersion by dispersing powder of the complex of titanium oxide and carbon nanotube in distilled water; by treatment of ultrasonic waves; (b) a step in preparing the mixed solution by mixing the dispersion with a lithium salt; (c) a step in synthesizing the complex of lithium titanium oxide and carbon nanotube by applying microwave to the mixed solution, wherein the titanium oxide is formed on the surface of the carbon nanotube, (d) a step in heat-treating the complex of lithium titanium oxide and carbon nanotube in an argon atmosphere including hydrogen at 500 to 900°C, and (e) a step in cleaning and drying the complex of lithium titanium oxide and carbon nanotube.
Method for refitting a mobile radio station, which comprises a high-frequency transmitter close to the antenna and a coaxial cable that comprises a hollow inner conductor, wherein the method comprises the following steps: - pulling an electric or optical data line into the hollow inner conductor of the already routed coaxial cable by means of a pipe spiral, so that the coaxial cable is used as an empty pipe for the laying of the electrical or optical data line; - connecting the high-frequency transmitter close to the antenna with a base station spatially separated from the high-frequency transmitter close to the antenna, by means of the data line; - connecting an inner conductor and an outer conductor of the coaxial cable with a power supply, and - connecting the inner conductor and the outer conductor with the high-frequency transmitter close to the antenna. - pulling an electric or optical data line into the hollow inner conductor of the already routed coaxial cable by means of a pipe spiral, so that the coaxial cable is used as an empty pipe for the laying of the electrical or optical data line; - connecting the high-frequency transmitter close to the antenna with a base station spatially separated from the high-frequency transmitter close to the antenna, by means of the data line; - connecting an inner conductor and an outer conductor of the coaxial cable with a power supply, and - connecting the inner conductor and the outer conductor with the high-frequency transmitter close to the antenna.
System for transfer of a towing line or a heaving line for a towing line, wherein the system comprises at least a towing line or a heaving line for a towing line and a flying vehicle, provided with a connection provision releasably connecting the towing line or heaving line to said flying vehicle, wherein the system comprises a tug boat.
A method for providing route navigation to a parking spot, the method comprising: receiving a destination; automatically enabling or disabling an option for route navigation to a parking spot, wherein automatically enabling or disabling the option is based at least in part upon real time data indicative of a parking situation associated with the destination, wherein the real time data comprises real time parking information provided by a reservation management component configured to manage parking information of a parking database; and providing route navigation from a first location to one parking spot searched from the database and associated with the destination responsive to the option being enabled, wherein providing route navigation comprises providing turn by turn directions to the parking spot, wherein at least one of receiving, automatically enabling or providing is implemented at least in part via a processing unit. receiving a destination; automatically enabling or disabling an option for route navigation to a parking spot, wherein automatically enabling or disabling the option is based at least in part upon real time data indicative of a parking situation associated with the destination, wherein the real time data comprises real time parking information provided by a reservation management component configured to manage parking information of a parking database; and providing route navigation from a first location to one parking spot searched from the database and associated with the destination responsive to the option being enabled, wherein providing route navigation comprises providing turn by turn directions to the parking spot, wherein at least one of receiving, automatically enabling or providing is implemented at least in part via a processing unit.
System for operating an aircraft door, comprising an operating handle having a lever and a grip, a slide arming means, which is movable between a first position representing an armed state and a second position representing a disarmed state, a control unit coupled with the slide arming means, warning means (18, 20) arranged in the vicinity of the slide arming means and a sensor for detecting the distance to or the proximity of an object, wherein the slide arming means is adapted for producing a first control signal representing a movement of the slide arming means between the first and second position, and wherein the control unit is adapted for operating the warning means (18, 20) on receiving a proximity signal of the sensor in order to raise attention to the slide arming means when the slide arming means (18, 20) is in the first position, characterised in that the sensor is arranged at a distance to the grip, which distance does not exceed 60 cm when the operating handle is closed, and wherein the sensor is adapted for detecting the proximity of a hand of a user in a field around the grip, which field covers a distance of at least 10 cm and not exceeding 50 cm to the grip and for producing the proximity signal representing the proximity of a hand of a person.
An ultrasound transducer probe, comprising: a support substrate having a non-linear surface; an integrated circuit physically coupled to the support substrate overlying the non-linear surface, wherein said integrated circuit substantially conforms to a shape of the non-linear surface; and an array of piezoelectric elements coupled to said integrated circuit characterized in that the integrated circuit includes an active region and a passivation layer overlying the active region of said integrated circuit, wherein a thickness of said integrated circuit, a thickness of said passivation layer and a modulus of elasticity of the passivation layer are selected to assure that a no stress region of a bend structure coincide with the active region of said integrated circuit, wherein the bend structure includes that of said integrated circuit and said passivation layer; and wherein said array of piezoelectric elements is coupled to said integrated circuit via flip-chip conductive bump connections. a support substrate having a non-linear surface; an integrated circuit physically coupled to the support substrate overlying the non-linear surface, wherein said integrated circuit substantially conforms to a shape of the non-linear surface; and an array of piezoelectric elements coupled to said integrated circuit characterized in that the integrated circuit includes an active region and a passivation layer overlying the active region of said integrated circuit, wherein a thickness of said integrated circuit, a thickness of said passivation layer and a modulus of elasticity of the passivation layer are selected to assure that a no stress region of a bend structure coincide with the active region of said integrated circuit, wherein the bend structure includes that of said integrated circuit and said passivation layer; and
Use of 1-O-alkyl-2-acylglycerophosphocholine 44:6 (PC-O 44:6) as a biomarker for detecting and/or quantifying visceral adiposity and/or changes in visceral adiposity.
A torque sensor, in particular of an electric power steering apparatus, for detecting a torque through a torsion between an input shaft and an output shaft, comprising: two detecting coils (15p, 15q) for detecting a change in an inductance, wherein the detecting coils (15p, 15q) are disposed rotatably around the shaft center in a housing in which the input shaft and the output shaft are accommodated, characterized in that an output terminal of the detecting coils (15p, 15q) has a base portion (215a1) held in a terminal holding portion (16P1, 16Q1) and a tip portion (215a2) bent at a right angle with respect to the base portion (215a1) and formed to take an L shape, the tip portion (215a2) is provided on an inside of a moving track on an outer periphery of the terminal holding portion (16P1, 16Q1), and a control module is connected to the output terminal of the detecting coils (15p, 15q) and adjusted to process a detection signal output from the detecting coils (15p, 15q) in order to determine the torque, wherein a circuit board of the control module is disposed perpendicularly to a direction of shaft centers of the input shaft and the output shaft which are disposed coaxially. two detecting coils (15p, 15q) for detecting a change in an inductance, wherein the detecting coils (15p, 15q) are disposed rotatably around the shaft center in a housing in which the input shaft and the output shaft are accommodated, characterized in that an output terminal of the detecting coils (15p, 15q) has a base portion (215a1) held in a terminal holding portion (16P1, 16Q1) and a tip portion (215a2) bent at a right angle with respect to the base portion (215a1) and formed to take an L shape, the tip portion (215a2) is provided on an inside of a moving track on an outer periphery of the terminal holding portion (16P1, 16Q1), and a control module is connected to the output terminal of the detecting coils (15p, 15q) and adjusted to process a detection signal output from the detecting coils (15p, 15q) in order to determine the torque, wherein a circuit board of the control module is disposed perpendicularly to a direction of shaft centers of the input shaft and the output shaft which are disposed coaxially.
An inverter-based power source comprising: a power input configured to receive alternating current power; a rectifier configured to convert the AC power to direct current power; an inverter configured to receive the DC power from the rectifier and convert the DC power to AC power; and characterised in that it further comprises a controller configured to generate switching signals according to a pattern of offsets from a regular half period calculation and communicate the switching signals to one of the inverter and the rectifier to control operation of the one of the inverter and the rectifier; wherein the pattern of offsets is selected to unfocus harmonics injected at the power input due to switching the one of the inverter and the rectifier and wherein the pattern of offsets includes an odd number of offsets. a power input configured to receive alternating current power; a rectifier configured to convert the AC power to direct current power; an inverter configured to receive the DC power from the rectifier and convert the DC power to AC power; and characterised in that it further comprises a controller configured to generate switching signals according to a pattern of offsets from a regular half period calculation and communicate the switching signals to one of the inverter and the rectifier to control operation of the one of the inverter and the rectifier; wherein the pattern of offsets is selected to unfocus harmonics injected at the power input due to switching the one of the inverter and the rectifier and wherein the pattern of offsets includes an odd number of offsets.