mhurhangee/ep-ind-claims huggingface dataset:
A hybrid power driving system for a vehicle, comprising: an internal-combustion engine, a first electric motor, a second electric motor, a planetary coupling mechanism, a speed-reduction mechanism, a differential mechanism, a sun gear, a ring gear and a brake, in which an output shaft of the internal-combustion engine is directly connected with an input shaft of the first electric motor and an output shaft of the first electric motor is connected with an output shaft of the second electric motor via a first clutch; the output shaft of the second electric motor is connected with one of the sun gear and the ring gear of the planetary coupling mechanism at a position of the output shaft along the axial direction; and the output shaft of the second electric motor is connected with the other one of the sun gear and the ring gear at another position of the output shaft along the axial direction via a second clutch, wherein the first electric motor is located at one side of the planetary coupling mechanism and the second electric motor is located at the other side of the planetary coupling mechanism, and wherein the ring gear connected with the second electric motor at the another position of the output shaft via the second clutch has the brake; a planet carrier of the planetary coupling mechanism is connected to an input gear of the speed-reduction mechanism; an output gear of the speed-reduction mechanism is connected to a shell of the differential mechanism, characterized in that the brake is set at peripheral surface of the ring gear.
An electronic circuit apparatus comprising a substrate with a current-generating-side pattern, a current-receiving-side pattern and a surface-mounting pattern (13L, 13R) that is separated from the current-generating-side pattern and the current-receiving-side pattern, a shunt resistor including a resistance element between electrodes (12a, 12b), being surface-mounted to the surface-mounting pattern (13L, 13R) and in which electric current flowing from the current-generating-side pattern into the current-receiving-side pattern is detected by the shunt resistor that is arranged on a path of the electric current, wherein at least one of the electrodes (12a or 12b) of the shunt resistor is connected to the surface-mounting pattern (13L, 13R) and a connection member (20 or 21), wherein the surface-mounting pattern (13L or 13R) is connected to the current-generating-side pattern or the current-receiving-side pattern via the connection member (20 or 21) which creates a space between the connection member (20 or 21) itself and the substrate.
A bearer establishment method in comprising: configuring, by user equipment, UE, a bearer for the UE by using a pre-stored configuration parameter, wherein the pre-stored configuration parameter comprises an access stratum, AS, configuration parameter and a non-access stratum, NAS, configuration parameter; and sending, by the UE, service data to a base station by using the bearer; wherein the NAS configuration parameter comprises at least one of the following parameters: an identifier of a core network bearer, a quality of service class identifier, QCI, an allocation and retention priority, ARP, a traffic flow template, TFT, a destination gateway address, access point name, APN, information, or an uplink tunnel endpoint identifier, TEID, and the method characterized in that after the sending, by the UE, the service data to the base station by using the bearer, the method further comprises: when a serving cell, in which the UE is located, changes or the base station serving the UE changes, locally reconfiguring, by the UE, a bearer by using the pre-stored configuration parameter; and sending, by the UE, data to a changed-to base station by using the reconfigured bearer. configuring, by user equipment, UE, a bearer for the UE by using a pre-stored configuration parameter, wherein the pre-stored configuration parameter comprises an access stratum, AS, configuration parameter and a non-access stratum, NAS, configuration parameter; and sending, by the UE, service data to a base station by using the bearer; wherein the NAS configuration parameter comprises at least one of the following parameters: an identifier of a core network bearer, a quality of service class identifier, QCI, an allocation and retention priority, ARP, a traffic flow template, TFT, a destination gateway address, access point name, APN, information, or an uplink tunnel endpoint identifier, TEID, and the method characterized in that after the sending, by the UE, the service data to the base station by using the bearer, the method further comprises: when a serving cell, in which the UE is located, changes or the base station serving the UE changes, locally reconfiguring, by the UE, a bearer by using the pre-stored configuration parameter; and sending, by the UE, data to a changed-to base station by using the reconfigured bearer.
A method of setting gain factors for setting transmit power of uplink dedicated physical channels performed in a mobile communication system depending on whether a dedicated physical data channel, DPDCH, is configured or not, wherein each of the uplink dedicated physical channels includes a DPDCH and a dedicated physical control channel, DPCCH, and the DPDCH is mapped to a dedicated channel, DCH, said method comprising the steps of: determining whether a dedicated physical data channel, DPDCH, is configured; setting gain factors for setting the transmit power of the dedicated physical data channel, DPDCH, and of the dedicated physical control channel, DPCCH, according to a transport format combination, TFC, for the DCH if the DPDCH is configured; setting a gain factor for setting the transmit power of the dedicated physical control channel, DPCCH, to a predetermined constant, if the DPDCH is not configured. determining whether a dedicated physical data channel, DPDCH, is configured; setting gain factors for setting the transmit power of the dedicated physical data channel, DPDCH, and of the dedicated physical control channel, DPCCH, according to a transport format combination, TFC, for the DCH if the DPDCH is configured; setting a gain factor for setting the transmit power of the dedicated physical control channel, DPCCH, to a predetermined constant, if the DPDCH is not configured.
Training or sport device, in particular for carrying out vibration training, amongst other things for building muscle and bone tissue and to counteract or treat bone and/or muscle wastage to be expected in the human body, designed in the form of roller blades, inline skates, a bicycle or bicycle ergometer, a walker frame or wheelchair, a sliding seat in a rowing boat or a home trainer, for pulleys of training devices that work with weights, for treadmills or a comparable device using a rolling movement, with one or more kinematic converters that generate a vibration movement from the movement sequence, preferably by movement power generated through muscle power of the person training, whereby one or more rollers are envisaged for the movement sequence and the kinematic converter stands in operative connection with the roller(s), characterised in that the kinematic converter is formed by the axle bearing element of the roller, whereby the axle bearing element is equipped with an outer gear ring and mounted eccentrically, whilst the roller runs with the inner gear ring of the axle bearing element.
A method for generating an aerosol in an aerosol-generating system, comprising: storing liquid aerosol-forming substrate in a liquid storage portion, delivering via a pump a liquid aerosol-forming substrate from the liquid storage portion to an atomizer, wherein the atomizer is a vaporizer comprising a heating element for vaporizing the liquid aerosol-forming substrate, providing a puff sensor in an airflow path of the aerosol-generating system for determining a puff intensity during a puff, and providing a controller operatively connected to the puff sensor, the controller being configured to determine the puff intensity based on the puff sensor reading, and being configured to adjust the delivery flow rate of the pump and the electrical power supplied to the heating element in response to the determined puff intensity. storing liquid aerosol-forming substrate in a liquid storage portion, delivering via a pump a liquid aerosol-forming substrate from the liquid storage portion to an atomizer, wherein the atomizer is a vaporizer comprising a heating element for vaporizing the liquid aerosol-forming substrate, providing a puff sensor in an airflow path of the aerosol-generating system for determining a puff intensity during a puff, and providing a controller operatively connected to the puff sensor, the controller being configured to determine the puff intensity based on the puff sensor reading, and being configured to adjust the delivery flow rate of the pump and the electrical power supplied to the heating element in response to the determined puff intensity.
An applicator device for menstrual cups, where the menstrual cups are made up of a flexible cup-shaped body having a mouth and provided with extraction means consisting of protuberances or thread-like elements located on the external portion opposite said mouth, comprising an outer part and an inner part which are able to be coupled to each other with an axial sliding movement, wherein both parts (2, 3) are cylindrical and the outer part has an inner through hole suitable for receiving the inner cart in a fitted manner enabling the axial sliding movement between them, the outer part comprises securing means in the form of two parallel distal extending arms acting as a gripper for gripping the menstrual cup for the folded insertion thereof inside the body of the woman, characterized in that the inner part comprises pushing means in the form of two parallel distal extending appendages for pushing the menstrual cup from the securing means of the outer part once placed inside the body of the user. the outer part comprises securing means in the form of two parallel distal extending arms acting as a gripper for gripping the menstrual cup for the folded insertion thereof inside the body of the woman, characterized in that the inner part comprises pushing means in the form of two parallel distal extending appendages for pushing the menstrual cup from the securing means of the outer part once placed inside the body of the user.
A compressor-expander assembly, comprising: a cryogenic expander positioned in an overhung configuration on a central shaft; a multi-stage centrifugal compressor supported on the central shaft between at least two bearings (20a, 20b); a balance piston positioned along the central shaft between an outlet of the multistage centrifugal compressor and one of the at least two bearings (20a, 20b); and a thrust bearing positioned along the central shaft. a cryogenic expander positioned in an overhung configuration on a central shaft; a multi-stage centrifugal compressor supported on the central shaft between at least two bearings (20a, 20b); a balance piston positioned along the central shaft between an outlet of the multistage centrifugal compressor and one of the at least two bearings (20a, 20b); and a thrust bearing positioned along the central shaft.
An in-line sound module (14a, 14b) for use in a stack light of a type providing a set of beacon modules (12a, 12b) interlocking to each other and to a base unit by means of interlocking mechanical connectors and interfitting electrical connectors positioned at a top and bottom of each beacon module and at a top of the base unit, the mechanical connectors and electrical connectors together allowing multiple beacon modules and one base to be mechanically assembled into a tower with electrical communication between the base and each beacon module, the in-line sound module comprising: a housing having sidewalls defining a chamber between an upper and lower face; first and second mechanical connectors (28, 30) positioned, respectively, at the upper and lower face and adapted to releasably interlock with corresponding mechanical connectors of the beacon modules or a base; first and second electrical connectors positioned, respectively, at the upper and lower face and adapted to releasably interface with corresponding electrical connectors of beacon modules or a base; an audio transducer positioned within the chamber to direct sound into the chamber and through openings in the sidewall; and electrical conductors extending between the first and second electrical connectors and from the second electrical connector to the audio transducer, wherein the first and second electrical connectors are substantially centered within the upper and lower face and the conductors between the first and second electrical connectors are routed around an edge of the audio transducer. a housing having sidewalls defining a chamber between an upper and lower face; first and second mechanical connectors (28, 30) positioned, respectively, at the upper and lower face and adapted to releasably interlock with corresponding mechanical connectors of the beacon modules or a base; first and second electrical connectors positioned, respectively, at the upper and lower face and adapted to releasably interface with corresponding electrical connectors of beacon modules or a base; an audio transducer positioned within the chamber to direct sound into the chamber and through openings in the sidewall; and electrical conductors extending between the first and second electrical connectors and from the second electrical connector to the audio transducer, wherein the first and second electrical connectors are substantially centered within the upper and lower face and the conductors between the first and second electrical connectors are routed around an edge of the audio transducer.
A robot controlling method for operating a robot arm using a motor, the robot controlling method comprising: performing, before the arm stops, addition to add a backlash compensation value to a position command which is input to the motor; performing, in a period during which the arm is not in motion, subtraction to gradually reduce to zero the backlash compensation value added to the position command, wherein the backlash compensation value is not added to the position command, at the time when the arm resumes moving. performing, before the arm stops, addition to add a backlash compensation value to a position command which is input to the motor; performing, in a period during which the arm is not in motion, subtraction to gradually reduce to zero the backlash compensation value added to the position command, wherein the backlash compensation value is not added to the position command, at the time when the arm resumes moving.
A cool pack arrangement comprising a substantially planar base and/or lid cool pack having a first edge, and a substantially planar side wall cool pack having a second edge, wherein each cool pack comprises a phase change material and an outer casing containing the phase change material, characterised in that the first and second edges are profiled such that, when the first and second edges abut, the first and second edges provide, substantially continuously along the entire length of the abutting edges, a stepped path for any air flow between the two edges, which stepped path includes an angle of approximately 90°.
A device for estimating a first temperature in an enclosed space fed with air treated by a heating/air conditioning installation including a feed flap suitable for controlling its supply of exterior air and/or of recirculated air issuing from the said enclosed space, heating means suitable for reheating air for feeding a mixing chamber intended to feed with treated air distribution ports of the said enclosed space, a mixing flap suitable for controlling the distribution of the air supplied by the said feed flap between the said mixing chamber and the said heating means, and a temperature sensor suitable for measuring a second temperature of the air, the said device including control means arranged to order placements of the said feed flap and of the said mixing flap in positions in which they feed respectively the said installation with exclusively recirculated air and the said heating means with all of this recirculated air, then to estimate the said first temperature from the said second temperature measured following the said placements, the said device being characterized in that the temperature sensor suitable for measuring a second temperature of the air is disposed upstream of the said heating means, and in that the estimation of the said first temperature is carried out during a pre-heating phase of the said enclosed space.
Metal/plastics composite component, in which the metal component is integrally bonded to a thermoplastic material applied thereon, the metal component comprising, on the surface regions which come into contact with the plastics material, an anti-corrosion coating consisting of a phosphate coating for an integral adhesive bond between the metal component and the plastics material, characterised in that a cathodic dip coating was applied to the phosphate coating, and this was baked either together with the plastics material applied thereon or before application of the plastics material at a temperature of from 160°C to 220°C, advantageously between 160°C and 180°C, the plastics material which was applied together with the dip coating being melted when baking the cathodic dip coating or after application onto the baked cathodic dip coating.
A method for reporting an identity, performed by a terminal device, comprising: when determining that the number of bits of a temporary mobile subscriber identity, S-TMSI, is greater than M, selecting M bits from the bits of the S-TMSI, wherein M is a predetermined positive integer, and the S-TMSI is 5G-S-TMSI; and transmitting a first message 3, MSG 3, to a network device, wherein the first MSG 3 carries the M bits. when determining that the number of bits of a temporary mobile subscriber identity, S-TMSI, is greater than M, selecting M bits from the bits of the S-TMSI, wherein M is a predetermined positive integer, and the S-TMSI is 5G-S-TMSI; and transmitting a first message 3, MSG 3, to a network device, wherein the first MSG 3 carries the M bits.
A method for removing or installing a stator segment of a generator being installed in a nacelle of a wind turbine, the method comprising coupling a lifting mechanism of an exchange device according to claim 10, to a plurality of lifting ropes, wherein the plurality of lifting ropes is fixed to a hub of the wind turbine, self-lifting the exchange device to the hub by the lifting mechanism, fastening the exchange device to the hub, rotating the hub such that the exchange device is aligned with the stator segment to be removed, handling the stator segment between a stator of the generator and the exchange device for removing or installing the stator segment.
Glazing, in particular façade glazing, window, door, or interior room divider, comprising - a frame consisting of a metallic first frame element (3.1), a metallic second frame element (3.2), and a connecting polymeric third frame element (3.3) surrounding the frame elements (3.1,3.2) at least in some sections and preferably completely, and - a glazing unit arranged in the frame, wherein - at least one RFID transponder is arranged on one of the inner faces of the frame, - a strip-shaped coupling element is electromagnetically coupled to the RFID transponder, and - the coupling element is galvanically or capacitively coupled, in at least one coupling region, to one of the metallic frame elements (3.1,3.2) and preferably, in two coupling regions (15,15'), to, in each case, one of the metallic frame elements (3.1,3.2). - a frame consisting of a metallic first frame element (3.1), a metallic second frame element (3.2), and a connecting polymeric third frame element (3.3) surrounding the frame elements (3.1,3.2) at least in some sections and preferably completely, and - a glazing unit arranged in the frame, - at least one RFID transponder is arranged on one of the inner faces of the frame, - a strip-shaped coupling element is electromagnetically coupled to the RFID transponder, and - the coupling element is galvanically or capacitively coupled, in at least one coupling region, to one of the metallic frame elements (3.1,3.2) and preferably, in two coupling regions (15,15'), to, in each case, one of the metallic frame elements (3.1,3.2).
An inverted two-wheeled vehicle that performs a desired movement according to an input by a rider while keeping an inverted state, the inverted two-wheeled vehicle comprising: an inverted two-wheeled vehicle body; a pair of riding parts that are supported by the inverted two-wheeled vehicle body so that the pair of riding parts (5, 5) can be inclined in a horizontal direction, the rider putting both feet on the pair of riding parts (5, 5); a link mechanism that links the pair of riding parts (5, 5) so that the pair of riding parts (5, 5) are inclined to right or left in unison; a grip part which may be held by the rider, wherein the grip part is attached to the tip of a handle strut, which is fixed to the inverted two-wheeled vehicle body to support the grip part by the inverted two-wheeled vehicle body; and a controller that controls a turning movement of the inverted two-wheeled vehicle according to an inclination of the pair of riding parts (5, 5) in the horizontal direction, wherein the grip part is supported by the inverted two-wheeled vehicle body so that the grip part does not work with the pair of riding parts (5, 5) when the pair of riding parts (5, 5) are inclined to the right or the left, characterized in that a part of the handle strut includes a spring or a rubber. an inverted two-wheeled vehicle body; a pair of riding parts that are supported by the inverted two-wheeled vehicle body so that the pair of riding parts (5, 5) can be inclined in a horizontal direction, the rider putting both feet on the pair of riding parts (5, 5); a link mechanism that links the pair of riding parts (5, 5) so that the pair of riding parts (5, 5) are inclined to right or left in unison; a grip part which may be held by the rider, wherein the grip part is attached to the tip of a handle strut, which is fixed to the inverted two-wheeled vehicle body to support the grip part by the inverted two-wheeled vehicle body; and a controller that controls a turning movement of the inverted two-wheeled vehicle according to an inclination of the pair of riding parts (5, 5) in the horizontal direction, wherein the grip part is supported by the inverted two-wheeled vehicle body so that the grip part does not work with the pair of riding parts (5, 5) when the pair of riding parts (5, 5) are inclined to the right or the left, characterized in that a part of the handle strut includes a spring or a rubber.