mhurhangee/ep-ind-claims huggingface dataset:
Drivable torsion beam axle of a vehicle having two trailing arms and a transverse profile which is connected to the trailing arms, the trailing arms having in each case one housing for at least one electric machine and in each case one trailing arm region which is attached to the housing, via which housings the torsion beam axle can be attached to a vehicle body, characterized in that - the housings have in each case one fastening base which is prepared for attaching different trailing arm regions, and in that a trailing arm region is attached in each case to a fastening base in order to complete the torsion beam axle, which trailing arm region is selected from a group of at least two trailing arm regions which are of different formation at least with regard to the attachment of the torsion beam axle in each case to a vehicle body and/or with regard to an attachment of the trailing arms to the transverse profile, but have the same connector dimensions, - the housings have in each case one fastening base which is prepared for attaching different spring support regions, and in that a spring support region is attached in each case to a fastening base in order to complete the torsion beam axle, which spring support region is selected from a group of at least two spring support regions which are in each case of different formation at least with regard to the attachment of a spring, but have the same connector dimensions, - the fastening base for attaching different trailing arm regions and the fastening base for attaching different spring support regions are of different configuration. - the housings have in each case one fastening base which is prepared for attaching different trailing arm regions, and in that a trailing arm region is attached in each case to a fastening base in order to complete the torsion beam axle, which trailing arm region is selected from a group of at least two trailing arm regions which are of different formation at least with regard to the attachment of the torsion beam axle in each case to a vehicle body and/or with regard to an attachment of the trailing arms to the transverse profile, but have the same connector dimensions, - the housings have in each case one fastening base which is prepared for attaching different spring support regions, and in that a spring support region is attached in each case to a fastening base in order to complete the torsion beam axle, which spring support region is selected from a group of at least two spring support regions which are in each case of different formation at least with regard to the attachment of a spring, but have the same connector dimensions, - the fastening base for attaching different trailing arm regions and the fastening base for attaching different spring support regions are of different configuration.
A method in a wireless terminal for use in a location determination approach using time of arrival estimates between the wireless terminal and a plurality of base stations in a cellular network, the method comprising: receiving assistance data from a serving base station for use in receiving a position reference signal used to determine a time of arrival of respective position reference signals from the plurality of base stations relative to a time reference, wherein the assistance data includes a list of base stations, each base station included in the list to be one of used or excluded from use as part of the plurality of base stations for receiving the position reference signal and determining the time of arrival estimate for the received position reference signal; receiving the position reference signal for each of the plurality of base stations, where for each of the plurality of base stations a time of arrival estimate is determined for each of the respective received position reference signals; and forwarding the time of arrival estimates for each of the plurality of base stations to a location determination entity, wherein the assistance data includes a black list of base stations, which includes base stations to be excluded from use for receiving a position reference signal. receiving assistance data from a serving base station for use in receiving a position reference signal used to determine a time of arrival of respective position reference signals from the plurality of base stations relative to a time reference, wherein the assistance data includes a list of base stations, each base station included in the list to be one of used or excluded from use as part of the plurality of base stations for receiving the position reference signal and determining the time of arrival estimate for the received position reference signal; receiving the position reference signal for each of the plurality of base stations, where for each of the plurality of base stations a time of arrival estimate is determined for each of the respective received position reference signals; and forwarding the time of arrival estimates for each of the plurality of base stations to a location determination entity,
A fluid pump assembly comprising: a driven cam; a reciprocating member (26, 28; 126, 226, 326; 32, 34) reciprocal within a bore provided in a pump housing (12, 30) as the cam is driven, in use, to cause pressurisation of fluid within a pump chamber (33, 35); and characterised in that said fluid pump assembly further comprises an interface means (26a, 28a; 32a, 34a; 18c) between the cam and the reciprocating member which is adapted to cause the reciprocating member, to be driven so as to translate in an axial direction within the bore and which is adapted to cause said reciprocating member to be driven to rotate continuously about its own axis within the bore in a, rotational direction, as the cam is driven. a driven cam; a reciprocating member (26, 28; 126, 226, 326; 32, 34) reciprocal within a bore provided in a pump housing (12, 30) as the cam is driven, in use, to cause pressurisation of fluid within a pump chamber (33, 35); and characterised in that said fluid pump assembly further comprises an interface means (26a, 28a; 32a, 34a; 18c) between the cam and the reciprocating member which is adapted to cause the reciprocating member, to be driven so as to translate in an axial direction within the bore and which is adapted to cause said reciprocating member to be driven to rotate continuously about its own axis within the bore in a, rotational direction, as the cam is driven.
Laser microscope for examining a sample, having a laser light source, which generates laser light pulses, an optical element, which spectrally broadens the laser light pulses, and having a compensation device, in which components (60, 62) of the broadband laser light pulses, said components having different wavelengths, travel along different path lengths (96, 97, 98) so that the different components (60, 62) are incident on the sample at the same time, characterized in that the compensation device comprises a reflector, an adjustment reflector, a beam splitter and a filter, wherein the components (60, 62) exit from the filter and are incident on the beam splitter, which deflects a second component of the components (60, 62) towards the adjustment reflector and transmits a first component of the components (60, 62) towards the reflector, wherein the first component traverses a first path length towards the reflector and the second component traverses a second path length and an adjustment path length towards the adjustment reflector, and the adjustment reflector is adjustable along the adjustment path length in such a way that the adjustment path length is settable between zero and a value greater than zero such that the first component and the second component are incident on the sample at the same time after passing through the beam splitter once again.
Ventilation device for artificial respiration with - A respiratory gas source, - A ventilation line arrangement in order to lead inspiratory respiratory gas from the respiratory gas source to a patient-side proximal respiratory gas outlet aperture and in order to lead expiratory respiratory gas away from a proximal respiratory gas inlet aperture, - A pressure modification arrangement for modifying the pressure of the respiratory gas flowing in the ventilation line arrangement, - A control device designed to control the operation of the respiratory gas source and/or of the pressure modification arrangement, - An evaluation device for processing sensor signals, and - An O 2 sensor assembly for ascertaining an O 2 content value (78; 78'; 78") which represents an oxygen content of the respiratory gas flowing in the ventilation line arrangement, where the O 2 sensor assembly outputs to the evaluation device O 2 sensor signals which contain information about the O 2 content value (78; 78'; 78"), characterized in that the evaluation device is designed to determine on the basis of the O 2 sensor signals an O 2 change value which represents a change in the O 2 content value (78; 78'; 78") and when the O 2 change value satisfies a predetermined condition to deduce a degradation of the O 2 sensor assembly and output a signal. - A respiratory gas source, - A ventilation line arrangement in order to lead inspiratory respiratory gas from the respiratory gas source to a patient-side proximal respiratory gas outlet aperture and in order to lead expiratory respiratory gas away from a proximal respiratory gas inlet aperture, - A pressure modification arrangement for modifying the pressure of the respiratory gas flowing in the ventilation line arrangement, - A control device designed to control the operation of the respiratory gas source and/or of the pressure modification arrangement, - An evaluation device for processing sensor signals, and - An O 2 sensor assembly for ascertaining an O 2 content value (78; 78'; 78") which represents an oxygen content of the respiratory gas flowing in the ventilation line arrangement, where the O 2 sensor assembly outputs to the evaluation device O 2 sensor signals which contain information about the O 2 content value (78; 78'; 78"),
An apparatus, comprising: a monitoring system control panel; at least one unit to monitor a selected condition, the unit carrying bar coded or optical character coded parametric information; and an installer-operated communications device, the communications device having a user input interface, a bar code or optical character code reader, circuitry for storage of unit location information, and circuitry for location tracking through a region, wherein the communications device is adapted to read the coded information carried by the unit and forward that information and position information to a database and wherein the control panel has on-going access to the database. a monitoring system control panel; at least one unit to monitor a selected condition, the unit carrying bar coded or optical character coded parametric information; and an installer-operated communications device, the communications device having a user input interface, a bar code or optical character code reader, circuitry for storage of unit location information, and circuitry for location tracking through a region, wherein the communications device is adapted to read the coded information carried by the unit and forward that information and position information to a database and wherein the control panel has on-going access to the database.
A siphon for a shower tray, comprising: - a body intended to be accommodated in a drain hole of a shower tray; - a tube extending the main body up to a pipe; - a non-return block mounted in the tube, comprising: - a rigid cartridge inserted into the tube, the cartridge having a first opening directed towards the body and a second opening opposite to the first opening; - a flap valve with a fastening portion and a sealing portion, the flap valve being mounted movable in rotation on the cartridge between: - a sealing position in which the sealing portion closes off the second opening to prevent a fluid passage from the second opening towards the first opening, and - a passing position in which the sealing portion is cleared from the second opening to enable a fluid passage from the first opening towards the second opening, the flap valve being made in one-piece of a flexible material and integrating a flexible hinge between the fastening portion and the sealing portion to enable toggling of flap valve from its passing position into its sealing position, said hinge being prestressed so as to urge the flap valve in its sealing position in the absence of a fluid originating from the first opening, characterised in that the body has a ramp for fitting the cartridge of the non-return block into the tube, and in that the cartridge has a handling tab to facilitate the insertion of the block into the shower tray siphon. - a body intended to be accommodated in a drain hole of a shower tray; - a tube extending the main body up to a pipe; - a non-return block mounted in the tube, comprising: - a rigid cartridge inserted into the tube, the cartridge having a first opening directed towards the body and a second opening opposite to the first opening; - a flap valve with a fastening portion and a sealing portion, the flap valve being mounted movable in rotation on the cartridge between: - a sealing position in which the sealing portion closes off the second opening to prevent a fluid passage from the second opening towards the first opening, and - a passing position in which the sealing portion is cleared from the second opening to enable a fluid passage from the first opening towards the second opening, the flap valve being made in one-piece of a flexible material and integrating a flexible hinge between the fastening portion and the sealing portion to enable toggling of flap valve from its passing position into its sealing position, said hinge being prestressed so as to urge the flap valve in its sealing position in the absence of a fluid originating from the first opening, characterised in that the body has a ramp for fitting the cartridge of the non-return block into the tube, and in that the cartridge has a handling tab to facilitate the insertion of the block into the shower tray siphon.
A releasable fastening system (50, 150, 150a, 94, 70, 180, 230, 260) including: a pin (48, 152, 152a, 98, 68, 182, 98a, 254) having a locking cavity (56, 163, 163a, 104, 74, 184, 104a, 256); an aperture (52, 154, 154a, 72, 188, 102, 258) for receiving the pin (48, 152, 152a, 98, 68, 182, 98a, 254); a locking means (54, 158/160, 158a, 160a, 106/108, 78/80, 200, 222, 262/264) adapted to engage the locking cavity (56, 163, 163a, 104, 74, 184, 104a, 256) of the pin (48, 152, 152a, 98, 68, 182, 98a, 254) when the pin (48, 152, 152a, 98, 68, 182, 98a, 254) is received in the aperture (52, 154, 154a, 72, 188, 102, 258); and an unlocking means (40, 162, 162a, 118/120, 116, 426, 274) including material adapted to contract when activated, wherein the locking means (54, 158/160, 158a, 160a, 106/108, 78/ 80, 200, 222, 262/264) comprises or includes engagement means (54, 158, 158a, 106, 80, 200, 222, 264) adapted to disengage the locking cavity (56, 163, 163a, 104, 74, 184, 104a, 256) when the material contracts, characterised in that the locking means (54, 158/160, 158a/160a, 106/108, 78/80, 200, 222, 262/264) is provided in addition to the unlocking means (40, 162, 162a, 118/120, 116, 426, 274) and that the unlocking means is configured, when activated, to move the engagement means (54, 158, 158a, 106, 80, 200, 222, 262) to disengage the engagement means from the locking cavity (56, 163, 163a, 104, 74, 184, 104a, 256). a pin (48, 152, 152a, 98, 68, 182, 98a, 254) having a locking cavity (56, 163, 163a, 104, 74, 184, 104a, 256); an aperture (52, 154, 154a, 72, 188, 102, 258) for receiving the pin (48, 152, 152a, 98, 68, 182, 98a, 254); a locking means (54, 158/160, 158a, 160a, 106/108, 78/80, 200, 222, 262/264) adapted to engage the locking cavity (56, 163, 163a, 104, 74, 184, 104a, 256) of the pin (48, 152, 152a, 98, 68, 182, 98a, 254) when the pin (48, 152, 152a, 98, 68, 182, 98a, 254) is received in the aperture (52, 154, 154a, 72, 188, 102, 258); and an unlocking means (40, 162, 162a, 118/120, 116, 426, 274) including material adapted to contract when activated, wherein the locking means (54, 158/160, 158a, 160a, 106/108, 78/ 80, 200, 222, 262/264) comprises or includes engagement means (54, 158, 158a, 106, 80, 200, 222, 264) adapted to disengage the locking cavity (56, 163, 163a, 104, 74, 184, 104a, 256) when the material contracts, characterised in that the locking means (54, 158/160, 158a/160a, 106/108, 78/80, 200, 222, 262/264) is provided in addition to the unlocking means (40, 162, 162a, 118/120, 116, 426, 274) and that the unlocking means is configured, when activated, to move the engagement means (54, 158, 158a, 106, 80, 200, 222, 262) to disengage the engagement means from the locking cavity (56, 163, 163a, 104, 74, 184, 104a, 256).
A container comprising: a body portion consisting of a side wall and a base wall, the base wall comprising a recessed portion; a first lid, wherein the body portion and the first lid form a first compartment and wherein the first lid is removably attached to the side wall and is about a third of the height of the closed container; and a second lid, wherein the recessed portion of the base wall of the body portion and the second lid form a second compartment and wherein the second lid is connected to the body portion along a hinge line and forms at least a part of the base of the container, wherein the first compartment and the second compartment are located on opposite sides of the base wall and wherein the second compartment is smaller than the first compartment. a body portion consisting of a side wall and a base wall, the base wall comprising a recessed portion; a first lid, wherein the body portion and the first lid form a first compartment and wherein the first lid is removably attached to the side wall and is about a third of the height of the closed container; and a second lid, wherein the recessed portion of the base wall of the body portion and the second lid form a second compartment and wherein the second lid is connected to the body portion along a hinge line and forms at least a part of the base of the container, wherein the first compartment and the second compartment are located on opposite sides of the base wall and wherein the second compartment is smaller than the first compartment.
A door, especially a frameless glass door, e.g. a glass swing door or a single-action door, comprising a door leaf (4, 24) in a door opening (6, 26) and having bottom and top hinges, or side hinges, that are disposed close to a vertical edge of the mounted door leaf (4, 24), a gap being provided between the vertical edge of the door leaf (4, 24) on its hinge side and the edge of the door opening (6, 26) opposite to this vertical edge, in the closed position of the door, characterized in that the gap is filled by a strip (5, 25) which is pivotable about a vertical axis (8, 8') so that the strip (5, 25) can be pivoted with respect to the door leaf (4, 24) and also with respect to the door opening.
An aerosol generating device comprising: an RLC resonance circuit for inductive heating of a susceptor received in the aerosol generating device in use; and a controller arranged to, in use: determine a resonant frequency of the RLC resonance circuit; determine, based on the determined resonant frequency, a first frequency for the RLC resonance circuit for causing the susceptor to be inductively heated, the first frequency being above or below the determined resonant frequency; and control a drive frequency of the RLC resonance circuit to be at the determined first frequency in order to heat the susceptor received in the aerosol generating device in use. an RLC resonance circuit for inductive heating of a susceptor received in the aerosol generating device in use; and a controller arranged to, in use: determine a resonant frequency of the RLC resonance circuit; determine, based on the determined resonant frequency, a first frequency for the RLC resonance circuit for causing the susceptor to be inductively heated, the first frequency being above or below the determined resonant frequency; and control a drive frequency of the RLC resonance circuit to be at the determined first frequency in order to heat the susceptor received in the aerosol generating device in use. determine a resonant frequency of the RLC resonance circuit; determine, based on the determined resonant frequency, a first frequency for the RLC resonance circuit for causing the susceptor to be inductively heated, the first frequency being above or below the determined resonant frequency; and control a drive frequency of the RLC resonance circuit to be at the determined first frequency in order to heat the susceptor received in the aerosol generating device in use.
Open roof construction for a vehicle having a vehicle body with a roof opening in a fixed roof, the fixed roof having an inner roof edge, defining the roof opening and protruding in a downward direction, the open roof construction comprising a stationary part, at least one panel for at least partly opening and closing the roof opening, the panel being movably supported by an operating mechanism, guided in a guide rail of the stationary part, extending along at least a longitudinal side of the roof opening, the panel being movable in vertical and longitudinal directions with respect to the roof opening; and a sealing assembly provided on the stationary part and comprising a first seal part configured to seal the panel towards the fixed roof, and a second seal part, characterized in that the second seal part is configured to seal the stationary part against an inner part of the fixed roof, and in that the first seal part is connected to the second seal part in a substantially vertically slidable manner.
A vehicle control device being applied to a vehicle on which an engine, a manual transmission and a clutch provided between the engine and the manual transmission are mounted, the clutch being capable of switching a disengaged state and an engaged state, the vehicle control device comprising: an engine stop unit controlling an engine stop during travel of the vehicle, wherein the engine stop unit performs the engine stop during travel of the vehicle when a prescribed waiting time period elapses after sequential execution, during travel of the vehicle, of an operation to put the clutch into the disengaged state, an operation to put a gear stage of the manual transmission into a neutral state and an operation to put the clutch into the engaged state, and characterized in that, when an operation speed to put the clutch into the disengaged state is high, the waiting time period is set to be longer than the waiting time period when the operation speed is low. an engine stop unit controlling an engine stop during travel of the vehicle, wherein the engine stop unit performs the engine stop during travel of the vehicle when a prescribed waiting time period elapses after sequential execution, during travel of the vehicle, of an operation to put the clutch into the disengaged state, an operation to put a gear stage of the manual transmission into a neutral state and an operation to put the clutch into the engaged state, and characterized in that, when an operation speed to put the clutch into the disengaged state is high, the waiting time period is set to be longer than the waiting time period when the operation speed is low.