mhurhangee/ep-ind-claims huggingface dataset:
Method for switching a train on and off in a parking position, wherein a train control device is provided on the train side and a train monitoring system is provided on the track side, wherein the method comprises the following steps: A) approaching the parking position, in which a track reading device connected to the train control device receives first position data sent by a trackside location marker, B) storing the first position data and the operating mode "switching off without changing location" in a fixed data storage device on the train control device side, C) switching off the train, shutting down the train control device and reducing an energy consumption of the train to zero, D) switching on the train including the train control device, E) checking the following conditions on the train control device side: - first: the operating mode "switching off without changing location" is stored on the fixed data storage device, - second: the track reading device received second position data from the location marker and - third: the second position data corresponds with the first position data stored on the fixed data storage device, F) if the conditions according to step E) are met, accepting the position data on the train control device side for train localisation in the trackside train monitoring system and discarding the data according to step B) on the fixed data storage device. A) approaching the parking position, in which a track reading device connected to the train control device receives first position data sent by a trackside location marker, B) storing the first position data and the operating mode "switching off without changing location" in a fixed data storage device on the train control device side, C) switching off the train, shutting down the train control device and reducing an energy consumption of the train to zero, D) switching on the train including the train control device, E) checking the following conditions on the train control device side: - first: the operating mode "switching off without changing location" is stored on the fixed data storage device, - second: the track reading device received second position data from the location marker and - third: the second position data corresponds with the first position data stored on the fixed data storage device, - first: the operating mode "switching off without changing location" is stored on the fixed data storage device, - second: the track reading device received second position data from the location marker and - third: the second position data corresponds with the first position data stored on the fixed data storage device, F) if the conditions according to step E) are met, accepting the position data on the train control device side for train localisation in the trackside train monitoring system and discarding the data according to step B) on the fixed data storage device.
A method for producing an epitaxial silicon carbide wafer comprising the steps of raising the temperature of a growth furnace to reach a temperature in a range of 1550 to 1650°C and then epitaxially growing silicon carbide on a silicon carbide monocrystalline substrate in the growth furnace by thermal CVD, wherein in the step of raising the temperature of the growth furnace, a pre-growth atmosphere gas flowing into the growth furnace before start of the step of epitaxially growing the silicon carbide contains hydrogen gas, a rare gas as balance, and unavoidable impurities, wherein in the step of raising the temperature of the growth furnace, the same pressure condition as at the time of the step of epitaxially growing the silicon carbide is made, and wherein the gas in the growth furnace is changed from the pre-growth atmosphere gas to a growth atmosphere gas so as to start the step of epitaxially growing the silicon carbide, the method being characterised in that the amount of hydrogen gas in the pre-growth atmosphere gas is 0.1 to 10.0 vol % with respect to the rare gas.
A registry server, comprising: a processor (302; 402; 502) configured to receive: a request from a telecommunications device (110; 212) having an Internet Protocol, IP, address to add the telecommunications device to an infosphere associated with a mobile telephone having a telephone number, wherein the infosphere is a collection of devices that share a common addressing scheme based on the telephone number; the Internet Protocol, IP, address of the telecommunications device (110; 212); and the telephone number of the mobile telephone; and in response to the request and in response to authorization from a user of the mobile telephone, add the telecommunications device to the infosphere by creating a network address for the telecommunications device, the network address being related to the telephone number of the mobile telephone, and associating the network address with the IP address. a processor (302; 402; 502) configured to receive: a request from a telecommunications device (110; 212) having an Internet Protocol, IP, address to add the telecommunications device to an infosphere associated with a mobile telephone having a telephone number, wherein the infosphere is a collection of devices that share a common addressing scheme based on the telephone number; the Internet Protocol, IP, address of the telecommunications device (110; 212); and the telephone number of the mobile telephone; a request from a telecommunications device (110; 212) having an Internet Protocol, IP, address to add the telecommunications device to an infosphere associated with a mobile telephone having a telephone number, wherein the infosphere is a collection of devices that share a common addressing scheme based on the telephone number; the Internet Protocol, IP, address of the telecommunications device (110; 212); and the telephone number of the mobile telephone; and in response to the request and in response to authorization from a user of the mobile telephone, add the telecommunications device to the infosphere by creating a network address for the telecommunications device, the network address being related to the telephone number of the mobile telephone, and associating the network address with the IP address.
A lining material for rehabilitating a host pipe, which comprises: (i) a resin absorbing base material; (ii) a liquid-tight film coating formed on one surface of said base material (i); and (iii)a curable furan resin composition impregnated to said base material (i), wherein said curable furan resin composition comprises a furan-based resin and a curing agent and has a viscosity of 50 to 3000 mPa·s and a moisture content of the furan-based resin of 10% by weight or lower. (i) a resin absorbing base material; (ii) a liquid-tight film coating formed on one surface of said base material (i); and (iii)a curable furan resin composition impregnated to said base material (i), wherein said curable furan resin composition comprises a furan-based resin and a curing agent and has a viscosity of 50 to 3000 mPa·s and a moisture content of the furan-based resin of 10% by weight or lower.
A workpiece-contact assembly comprising: a workpiece-contact element comprising: an attachment side; a workpiece-contact surface; one or more fastener-stabilizing-assembly-receiving cavity surfaces defining a fastener-stabilizing-assembly-receiving cavity; and one or more fastener-exit surfaces defining a fastener-exit throughbore having a longitudinal axis and extending through the workpiece-contact surface, wherein the workpiece-contact surface forms a protrusion extending away from the attachment side; and a fastener-stabilizing assembly positionable within the fastener-stabilizing-assembly-receiving cavity; and wherein the protrusion is centered on the longitudinal axis; and wherein the protrusion is at least partially annular; and wherein the workpiece-contact surface comprises a flat first at least partially annular section transverse to the longitudinal axis and a second at least partially annular section connected to the first annular section and extending from the first section toward the longitudinal axis and away from the workpiece-contact surface. a workpiece-contact element comprising: an attachment side; a workpiece-contact surface; one or more fastener-stabilizing-assembly-receiving cavity surfaces defining a fastener-stabilizing-assembly-receiving cavity; and one or more fastener-exit surfaces defining a fastener-exit throughbore having a longitudinal axis and extending through the workpiece-contact surface, wherein the workpiece-contact surface forms a protrusion extending away from the attachment side; and an attachment side; a workpiece-contact surface; one or more fastener-stabilizing-assembly-receiving cavity surfaces defining a fastener-stabilizing-assembly-receiving cavity; and one or more fastener-exit surfaces defining a fastener-exit throughbore having a longitudinal axis and extending through the workpiece-contact surface, wherein the workpiece-contact surface forms a protrusion extending away from the attachment side; and a fastener-stabilizing assembly positionable within the fastener-stabilizing-assembly-receiving cavity; and wherein the protrusion is centered on the longitudinal axis; and wherein the protrusion is at least partially annular; and wherein the workpiece-contact surface comprises a flat first at least partially annular section transverse to the longitudinal axis and a second at least partially annular section connected to the first annular section and extending from the first section toward the longitudinal axis and away from the workpiece-contact surface.
An apparatus for rolling an electrode, the apparatus comprising: a pair of rolling rolls (120, 121, 122) which are intended to roll an electrode, and an adhesive tape which is inserted into the rolling rolls (120, 121, 122) together with the electrode and is rolled together with the electrode and is then separated from the electrode, wherein the adhesive tape includes a substrate and an adhesive layer formed on one surface of the substrate, and wherein the adhesive layer is formed on a surface where the substrate contacts the electrode. a pair of rolling rolls (120, 121, 122) which are intended to roll an electrode, and an adhesive tape which is inserted into the rolling rolls (120, 121, 122) together with the electrode and is rolled together with the electrode and is then separated from the electrode, wherein the adhesive tape includes a substrate and an adhesive layer formed on one surface of the substrate, and wherein the adhesive layer is formed on a surface where the substrate contacts the electrode.
A photodetector comprising: a transparency base substrate, a metal layer provided on one main surface of the base substrate, a photodiode arranged on an upper layer of the metal layer, and an electrode arranged in the vicinity of the photodiode on the upper layer of the metal layer, wherein the photodiode comprises a silicon layer having a semiconductor region, the silicon layer is insulated electrically from the metal layer; the electrode is insulated electrically from the metal layer and the silicon layer; and the metal layer is formed so that a part of the metal layer is overlapped with the silicon layer and the other part of the metal layer is overlapped with the electrode in the thickness direction of the base substrate.
A method of adjusting sounding reference signal transmission power in a wireless communication system, performed by a user equipment, the method comprising: determining a plurality of transmit powers to be used for transmitting a plurality of sounding reference signals, SRSs, simultaneously, wherein each of the plurality of SRSs corresponds to a respective serving cell; and characterized by: if a total transmit power for the plurality of SRSs exceeds a maximum transmit power, scaling each of the plurality of transmit powers with a same scaling factor. determining a plurality of transmit powers to be used for transmitting a plurality of sounding reference signals, SRSs, simultaneously, wherein each of the plurality of SRSs corresponds to a respective serving cell; and characterized by: if a total transmit power for the plurality of SRSs exceeds a maximum transmit power, scaling each of the plurality of transmit powers with a same scaling factor.
Apparatus for transmitting a primary synchronization channel in a wireless communication system, the apparatus comprising: a modulator configured to modulate a primary synchronization channel sequence, said primary synchronization channel sequence being determined based on a carrier configuration and a bandwidth; a subcarrier mapper configured to map the modulated primary synchronization channel sequence to subcarriers within a predefined subcarrier set, the subcarriers in the subcarrier set being spaced one subcarrier interval apart; an Orthogonal Frequency Division Multiplexing modulator configured to Orthogonal Frequency Division Multiplexing modulate the subcarrier-mapped primary synchronization channel sequence to generate a primary synchronization channel symbol; and a transmitter configured to transmit the primary synchronization channel symbol. a modulator configured to modulate a primary synchronization channel sequence, said primary synchronization channel sequence being determined based on a carrier configuration and a bandwidth; a subcarrier mapper configured to map the modulated primary synchronization channel sequence to subcarriers within a predefined subcarrier set, the subcarriers in the subcarrier set being spaced one subcarrier interval apart; an Orthogonal Frequency Division Multiplexing modulator configured to Orthogonal Frequency Division Multiplexing modulate the subcarrier-mapped primary synchronization channel sequence to generate a primary synchronization channel symbol; and a transmitter configured to transmit the primary synchronization channel symbol.
A refrigerant charging method of an air-conditioner, comprising: (a) operating the air-conditioner in a first operation mode; (b) changing the air-conditioner to a second operation mode when the operation time of the first operation mode is a pre-set time or longer and when an indoor temperature and an outdoor temperature are within a pre-set temperature range; (c) detecting the temperature of a liquid pipe that connects an outdoor unit and indoor unit of the air-conditioner; (d) if the detected temperature of the liquid pipe is higher than a pre-set liquid pipe temperature, charging a certain amount of refrigerant into the outdoor unit, wherein the first operation mode in the step (a) is a mode in which the air-conditioner is operated in a blowing mode, in which indoor expansion valves and outdoor expansion valves are closed such that the refrigerant is not introduced into indoor units (IUs), and indoor air blowers are operated, wherein the second operation mode in step (b) is an all-room cooling operation mode in which the indoor units (IUs) of the air-conditioner are operated for cooling. (a) operating the air-conditioner in a first operation mode; (b) changing the air-conditioner to a second operation mode when the operation time of the first operation mode is a pre-set time or longer and when an indoor temperature and an outdoor temperature are within a pre-set temperature range; (c) detecting the temperature of a liquid pipe that connects an outdoor unit and indoor unit of the air-conditioner; (d) if the detected temperature of the liquid pipe is higher than a pre-set liquid pipe temperature, charging a certain amount of refrigerant into the outdoor unit,
An elevator car comprising: a passenger compartment defining an interior space surrounded by sidewalls (62, 63, 64) and at least one car door; and at least one lighting arrangement configured for illuminating the interior space, and a ventilation system which is configured for ventilating the interior space even in a situation where the car door is closed; wherein the lighting arrangement comprises a decorative element which is mounted to a first of the sidewalls (62, 63, 64) of the elevator car or formed by a first of the sidewalls (62, 63, 64) of the elevator car providing a gap between the decorative element and a second sidewall (62, 63, 64) adjacent to the first sidewall (62, 63, 64), the gap accommodating a lighting element such as to provide indirect illumination of the elevator car's interior space; characterized in that the ventilation system comprises a vertically extending ventilation channel located in the gap formed between the decorative element and the second sidewall (62, 63, 64). a passenger compartment defining an interior space surrounded by sidewalls (62, 63, 64) and at least one car door; and at least one lighting arrangement configured for illuminating the interior space, and a ventilation system which is configured for ventilating the interior space even in a situation where the car door is closed; wherein the lighting arrangement comprises a decorative element which is mounted to a first of the sidewalls (62, 63, 64) of the elevator car or formed by a first of the sidewalls (62, 63, 64) of the elevator car providing a gap between the decorative element and a second sidewall (62, 63, 64) adjacent to the first sidewall (62, 63, 64), the gap accommodating a lighting element such as to provide indirect illumination of the elevator car's interior space; characterized in that the ventilation system comprises a vertically extending ventilation channel located in the gap formed between the decorative element and the second sidewall (62, 63, 64).
Wood covering system which, in an assembled state, comprises: - a wooden panel, comprising an outer face and a fastening face having a longitudinal groove, - at least one assembly system which is detachably assembled with the fastening face of the wooden panel and is intended to detachably fasten the wooden panel to a support surface, the assembly system comprising: - a first subsystem, which comprises:. an assembly portion anchored in the groove of the wooden panel, and. a first part of a hook-and-loop system of a self-gripping system, joined to the assembly portion, - a second subsystem, which comprises:. a second part of the hook-and-loop system of the self-gripping system, complementary to the first part, detachably gripped onto the first part,. an adhesive joined to the second part, and suitable for sticking to the support surface, characterized in that at least the assembly portion is movable between an insertion configuration in which it is detached from the wooden panel, and a fastening configuration in which it is anchored in the groove. - a wooden panel, comprising an outer face and a fastening face having a longitudinal groove, - at least one assembly system which is detachably assembled with the fastening face of the wooden panel and is intended to detachably fasten the wooden panel to a support surface, - a first subsystem, which comprises:. an assembly portion anchored in the groove of the wooden panel, and. a first part of a hook-and-loop system of a self-gripping system, joined to the assembly portion,. an assembly portion anchored in the groove of the wooden panel, and. a first part of a hook-and-loop system of a self-gripping system, joined to the assembly portion, - a second subsystem, which comprises:. a second part of the hook-and-loop system of the self-gripping system, complementary to the first part, detachably gripped onto the first part,. an adhesive joined to the second part, and suitable for sticking to the support surface,. a second part of the hook-and-loop system of the self-gripping system, complementary to the first part, detachably gripped onto the first part,. an adhesive joined to the second part, and suitable for sticking to the support surface,
Recirculating element guide for rolling elements for use in a linear guide unit consisting of a carriage-type part (2, 6, 8) and a rail-type part (3, 5, 7), having two loaded rolling element rows (Rb) and two unloaded rolling element rows (Ru) during operation as intended, the recirculating element guide being designed as a preassembled unit and containing at least one component for the rolling elements which is part of a bearing cage and at least partially guides both the rolling element rows (Rb) which are loaded during operation as intended and the unloaded rolling element rows (Ru), the bearing cage and having a further part, and the component for guiding the loaded and unloaded rolling element rows (Rb, Ru) having a guide groove and the further part having a guide groove, which guide grooves (100, 110) combine to form a tubular guide chancel, characterized in that the further part has a centre part approximately in the region of a centre line of the recirculating element guide, two guide channels for the loaded rolling bodies being formed between the centre part and the component for guiding the loaded and unloaded rolling element rows (Rb, Ru), an elongate plate-shaped component being secured on the component for guiding the loaded and unloaded rolling element rows (Rb, Ru), which plate-shaped component contains two rolling element raceways and has at least two contact surfaces, which can be brought into effective contact with contact surfaces on the carriage-type part (2, 6, 8) of the linear guide unit and the component for guiding the loaded and unloaded rolling element rows (Rb, Ru) having sealing means for contact with the rail-type part of the linear guide unit.
An in-vehicle electronic system comprising: an in-vehicle electronic apparatus mounted in a vehicle, said in-vehicle electronic apparatus including a recess portion; and a portable electronic apparatus detachably provided to the in-vehicle electronic apparatus, wherein the in-vehicle electronic apparatus is operable to cause the portable electronic apparatus to be operable, when the in-vehicle electronic apparatus being operable detects attachment of the portable electronic apparatus; and the portable electronic apparatus is provided with a battery and detecting means for detecting detachment of the portable electronic apparatus from the in-vehicle electronic apparatus, and wherein the portable electronic apparatus is configured to operate with power supplied from the battery when the detecting means detects detachment of the portable electronic apparatus from the in-vehicle electronic apparatus; characterized in that the portable electronic apparatus has a power switch to switch on or off the portable electronic apparatus, the power switch being located at the top face of the body of the portable electronic apparatus so that the power switch cannot be operated when the portable electronic apparatus is attached in the recess portion of the in-vehicle electronic apparatus. an in-vehicle electronic apparatus mounted in a vehicle, said in-vehicle electronic apparatus including a recess portion; and a portable electronic apparatus detachably provided to the in-vehicle electronic apparatus, wherein the in-vehicle electronic apparatus is operable to cause the portable electronic apparatus to be operable, when the in-vehicle electronic apparatus being operable detects attachment of the portable electronic apparatus; and the portable electronic apparatus is provided with a battery and detecting means for detecting detachment of the portable electronic apparatus from the in-vehicle electronic apparatus, and wherein the portable electronic apparatus is configured to operate with power supplied from the battery when the detecting means detects detachment of the portable electronic apparatus from the in-vehicle electronic apparatus; characterized in that the portable electronic apparatus has a power switch to switch on or off the portable electronic apparatus, the power switch being located at the top face of the body of the portable electronic apparatus so that the power switch cannot be operated when the portable electronic apparatus is attached in the recess portion of the in-vehicle electronic apparatus.