mhurhangee/ep-ind-claims huggingface dataset:
Drive arrangement for the motorized adjustment of a motor vehicle door or the like, having at least one drive, with the motor vehicle door being articulated on the body of the motor vehicle such that it can be pivoted about a pivot axis, and it being possible as a result to close a door opening of the body of the motor vehicle, the drive having a motor unit and a gear mechanism which is connected downstream of the motor unit in order to generate preferably linear drive movements, the gear mechanism being of non-self locking configuration, the gear mechanism being configured as a spindle/spindle nut mechanism, a coupling being connected into the drive train between the motor unit and the gear mechanism, it being possible for the coupling to be brought into a coupled state, in which the motor unit is in engagement in drive terms with the motor vehicle door for nominal operation, it being possible for the coupling to be brought into a released state, in which the motor unit is disconnected in drive terms from the motor vehicle door, characterized in that the motor unit is of self-locking configuration, in that the motor unit has a drive motor and an intermediate mechanism which is connected downstream of the drive motor, and in that the intermediate mechanism brings about the self-locking action of the motor unit, in that, in the coupled state when the motor unit is switched off, a manual adjustment of the motor vehicle door is blocked, in that the coupling can additionally be brought into an intermediate coupling state with a reduced transmission moment or with a reduced transmission force, with the result that, although the motor vehicle door is held at all times in its current position as a result of the self-locking action of the motor unit when the coupling is situated in the intermediate coupling state, it can be adjusted by way of a manual actuation with a predefined minimum actuating force.
An energy delivery device comprising: an elongate member which comprises a non-conductive material and defines a lumen for receiving a fluid, a distal face of the elongate member defining an aperture in communication with the lumen, wherein all of the distal face defines a beveled surface, and the beveled surface of the distal face consisting of a single electrically exposed conductive portion and a single electrically insulated portion, wherein the single electrically exposed conductive portion is lateral to the aperture and the single electrically insulated portion extends radially from a wall of the aperture to a periphery of the distal face and encircles the aperture, wherein the single electrically exposed conductive portion comprises a distal surface of a single electrode located at a furthest distal portion of the beveled surface, the distal face being thereby configured to avoid creation of emboli upon delivery of energy via the single electrically exposed conductive portion. an elongate member which comprises a non-conductive material and defines a lumen for receiving a fluid, a distal face of the elongate member defining an aperture in communication with the lumen, wherein all of the distal face defines a beveled surface, and the beveled surface of the distal face consisting of a single electrically exposed conductive portion and a single electrically insulated portion, wherein the single electrically exposed conductive portion is lateral to the aperture and the single electrically insulated portion extends radially from a wall of the aperture to a periphery of the distal face and encircles the aperture, wherein the single electrically exposed conductive portion comprises a distal surface of a single electrode located at a furthest distal portion of the beveled surface, the distal face being thereby configured to avoid creation of emboli upon delivery of energy via the single electrically exposed conductive portion.
A screen with disk rollers, comprising a plurality of mutually parallel rollers that are installed on a supporting structure and actuated by way of at least one motor and means for transmission in a same direction of rotation, said rollers being each constituted by a shaft on which a plurality of disks is fixed, said rollers comprising idle tubes arranged between pairs of said adjacent disks, characterized in that said idle tubes are provided with rods adapted to mechanically prevent the complete rotation of said idle tubes.
A method performed by a user device, comprising: receiving common physical uplink control channel configuration information at the user device from a base station via system information, said common physical uplink control channel configuration information being associated with a subset of acknowledgement resources in a cell; determining in dependence on said common physical uplink control channel configuration information which of the acknowledgement resources from the subset is to be used in association with a common ACK/NACK resource indicator; receiving a message including a common ACK/NACK resource indicator value; and causing transmission by the user device of an acknowledgement on an acknowledgement resource from the subset being associated with the received common ACK/NACK resource indicator value; wherein the common physical uplink control channel configuration information is received at the user device during initial access when radio resource control connection has not yet been established. receiving common physical uplink control channel configuration information at the user device from a base station via system information, said common physical uplink control channel configuration information being associated with a subset of acknowledgement resources in a cell; determining in dependence on said common physical uplink control channel configuration information which of the acknowledgement resources from the subset is to be used in association with a common ACK/NACK resource indicator; receiving a message including a common ACK/NACK resource indicator value; and causing transmission by the user device of an acknowledgement on an acknowledgement resource from the subset being associated with the received common ACK/NACK resource indicator value; wherein the common physical uplink control channel configuration information is received at the user device during initial access when radio resource control connection has not yet been established.
Vehicle on castors with a mechanical system for stabilization on the floor, which can adopt two stable states: a first disengaged state, in which the vehicle rests on the castors, and a second activated state, in which the vehicle is immobilized on the floor, respectively, including: feet for resting on the floor, movable between a first retracted position, at a distance from the floor, and a contact position ensuring the immobilization of the vehicle through mechanical friction against the floor; control means for mechanically controlling said supporting feet, said control means being movable between two stable positions corresponding to the activated and disengaged states; mechanical means for transmitting the displacement of the control means simultaneously to all the supporting feet; wherein the supporting feet are arranged between the castors, each supporting foot having a structure that includes a connecting part connected to the transmission means and a supporting part adapted to be into contact with the floor, said parts being pivotally mounted and provided with elastic restoring means intercalated between them. feet for resting on the floor, movable between a first retracted position, at a distance from the floor, and a contact position ensuring the immobilization of the vehicle through mechanical friction against the floor; control means for mechanically controlling said supporting feet, said control means being movable between two stable positions corresponding to the activated and disengaged states; mechanical means for transmitting the displacement of the control means simultaneously to all the supporting feet; wherein the supporting feet are arranged between the castors, each supporting foot having a structure that includes a connecting part connected to the transmission means and a supporting part adapted to be into contact with the floor, said parts being pivotally mounted and provided with elastic restoring means intercalated between them.
A method of operating a mobile terminal device comprising the steps of: receiving a haptically enabled message, the message comprising text and haptic feedback commands; determining a timing of the haptic feedback commands within the message; receiving an indication that the message is being displayed on said mobile terminal device; and, synchronizing the haptic effects corresponding to the haptic feedback commands, the synchronizing based on the timing and the indication; characterised by the steps of: establishing a precedence order for the haptic effects; for haptic feedback commands in succession in the text, based on the precedence order, deciding which commands will result in haptic effects and which will be ignored; and initiating each non-ignored haptic effect based on its timing within the message and the received indication, thereby to synchronize the non-ignored haptic content to the textual content of the message. receiving a haptically enabled message, the message comprising text and haptic feedback commands; determining a timing of the haptic feedback commands within the message; receiving an indication that the message is being displayed on said mobile terminal device; and, synchronizing the haptic effects corresponding to the haptic feedback commands, the synchronizing based on the timing and the indication; characterised by the steps of: establishing a precedence order for the haptic effects; for haptic feedback commands in succession in the text, based on the precedence order, deciding which commands will result in haptic effects and which will be ignored; and initiating each non-ignored haptic effect based on its timing within the message and the received indication, thereby to synchronize the non-ignored haptic content to the textual content of the message. establishing a precedence order for the haptic effects; for haptic feedback commands in succession in the text, based on the precedence order, deciding which commands will result in haptic effects and which will be ignored; and initiating each non-ignored haptic effect based on its timing within the message and the received indication, thereby to synchronize the non-ignored haptic content to the textual content of the message.
Method for manufacturing a disc carrier for a torque transmission system, comprising at least the following steps: a) Cutting a sheet having an axis of revolution; b) Stamping the sheet to form a bottom and a cylindrical edge; c) Cold-forming a spline by depressions of a part of the cylindrical edge, the free end of the cylindrical edge being free from depressions; d) Bending the free end of the cylindrical edge in the form of a collar; e) Machining the free end of the cylindrical edge to form a housing. a) Cutting a sheet having an axis of revolution; b) Stamping the sheet to form a bottom and a cylindrical edge; c) Cold-forming a spline by depressions of a part of the cylindrical edge, the free end of the cylindrical edge being free from depressions; d) Bending the free end of the cylindrical edge in the form of a collar; e) Machining the free end of the cylindrical edge to form a housing.
A centrifugal separator comprising a frame, a drive member configured to rotate a rotating part in relation to the frame around an axis of rotation (x), wherein the rotating part comprises a centrifuge rotor enclosing a separation chamber; wherein the separation chamber comprises a stack of separation discs arranged coaxially around the axis of rotation at a distance from each other such as to form passages between each two adjacent separation discs, and wherein the stack of separation discs comprises a first type of separation discs having an outer diameter of A or below, and at least one separation disc of a second type having outer diameter B or above, wherein diameter B is larger than diameter A, and wherein at least 50% of the separation discs of the second type are arranged at a position in the disc stack that is within the upper 25 % of the total number of separation discs and wherein at least one of said first type of separation disc is arranged axially above the uppermost separation disc of the second type, and wherein the centrifugal separator comprises less than 10 discs of the second type.
An X-ray backscattering passage-typed safety inspection system, comprising: a passage through which an object to be inspected passes; one or more transmit-receive modules disposed at a or either side of the passage, the one or more transmit-receive modules being arranged to define an inspection region and each of the one or more transmit-receive modules comprising: an X-ray source comprising a plurality of target spots each individually controllable to emit X-rays; a collimator for each target spot configured to modulate the X-ray emitted from the respective target spot and output N pencil-shaped X-ray beams (7, 8), the N pencil-shaped X-ray beams (7, 8) being configured to be irradiated onto N locations of an object to be inspected; and a detector (3, 4) for each of the N pencil-shaped X-ray beam (7, 8) configured to respectively receive scattering signals from the corresponding locations of the object to be inspected, in which N is a positive integer that is great than or equal to 2. a passage through which an object to be inspected passes; one or more transmit-receive modules disposed at a or either side of the passage, the one or more transmit-receive modules being arranged to define an inspection region and each of the one or more transmit-receive modules comprising: an X-ray source comprising a plurality of target spots each individually controllable to emit X-rays; a collimator for each target spot configured to modulate the X-ray emitted from the respective target spot and output N pencil-shaped X-ray beams (7, 8), the N pencil-shaped X-ray beams (7, 8) being configured to be irradiated onto N locations of an object to be inspected; and a detector (3, 4) for each of the N pencil-shaped X-ray beam (7, 8) configured to respectively receive scattering signals from the corresponding locations of the object to be inspected, in which N is a positive integer that is great than or equal to 2. an X-ray source comprising a plurality of target spots each individually controllable to emit X-rays; a collimator for each target spot configured to modulate the X-ray emitted from the respective target spot and output N pencil-shaped X-ray beams (7, 8), the N pencil-shaped X-ray beams (7, 8) being configured to be irradiated onto N locations of an object to be inspected; and a detector (3, 4) for each of the N pencil-shaped X-ray beam (7, 8) configured to respectively receive scattering signals from the corresponding locations of the object to be inspected, in which N is a positive integer that is great than or equal to 2.
Method for imaging a region of interest of an object to be examined based on projection measurement data recorded during a rotational movement of an X-ray source-detector system (29,37) around the object to be examined in a first angular sector of at least 180° comprising the steps: - generation of first start-image data, - selection of partial projection measurement data (Sla) with a second angular sector from the projection measurement data, wherein the second angular sector is a subregion of the first angular sector, - comparison of the first start-image data or corrected start-image data (Bn) with the partial projection measurement data (S1a), wherein first image data (BSn) is generated, - artefact correction of the first image data (BSn) by means of a trained correction unit, wherein the corrected start-image data (Bn) is created, and wherein the first image data (BSn) and the corrected start-image data (Bn) in each case comprise a substantially complete image of the region of interest. - generation of first start-image data, - selection of partial projection measurement data (Sla) with a second angular sector from the projection measurement data, wherein the second angular sector is a subregion of the first angular sector, - comparison of the first start-image data or corrected start-image data (Bn) with the partial projection measurement data (S1a), wherein first image data (BSn) is generated, - artefact correction of the first image data (BSn) by means of a trained correction unit, wherein the corrected start-image data (Bn) is created, and
A pressure resisting barrier wall comprising a corrugated wall member having a series of side by side corrugations which viewed in transverse section each comprise spaced first and second base portions (102, 102') connected by a polygonal arch (106, 108, 108', 106') having at least three sides, and having within said arch a curved or polygonal arch reinforcement wall (124, 124') springing from side portions (106, 106') of said polygonal arch(106, 108, 108', 106'), the second base portion of a said corrugation being joined to the first base portion of a next corrugation in said series; characterised by the centre of area of the reinforcement wall (124, 124') lying on the compression side of the neutral axis (X-X) of the wall.
A mobile air-conditioning apparatus containing a composition comprising HFC-1234yf and at least one compound selected from HFC-1234ze (trans), HFC-1234ze (cis), HFC-1243zf, HFC-32, and CO 2.
Method for enabling radioelectric coexistence between two devices based on personal mobile radio or Private Mobile Radio PMR technology, of which one is a narrow band device and the other is a broadband device, and each device (10, 20) interacts via a radioelectric link with respective base stations (12, 22) connected to corresponding control units (16, 25) for the radio resource of their respective narrow band and broadband networks, the method comprises the following steps: - detection of the presence of a narrow band radioelectric emitter device in the vicinity of the broadband device, - transmission by the broadband device of a message on the broadband network, addressed to the control unit of the broadband network, which message signals the presence of a possible narrow band emitter device close to said broadband device, and - reallocation by the control unit of the broadband network of frequency blocks for uplinks used by the broadband device, only in predefined allocated periods. - detection of the presence of a narrow band radioelectric emitter device in the vicinity of the broadband device, - transmission by the broadband device of a message on the broadband network, addressed to the control unit of the broadband network, which message signals the presence of a possible narrow band emitter device close to said broadband device, and - reallocation by the control unit of the broadband network of frequency blocks for uplinks used by the broadband device, only in predefined allocated periods.
A hydraulic drive system for an electrically-driven hydraulic work machine including a first hydraulic pump, a plurality of actuators (3a-3h) driven by hydraulic fluid supplied from the first hydraulic pump, a plurality of flow control valves (6a-6h) that control directions and flow rates of the hydraulic fluids to be supplied to the plurality of actuators (3a-3h), a first electric motor that drives the first hydraulic pump, a first power storage device that supplies electric power to the first electric motor, and a first horsepower control device (40, 52r, 52s) configured to decrease, when a delivery pressure of the first hydraulic pump increases, a delivery flow rate of the first hydraulic pump to control an absorption horsepower of the first hydraulic pump so as not to exceed a first allowable value (q1*limit), characterized in that the hydraulic drive system comprises: a second hydraulic pump; a common hydraulic fluid supply line in which hydraulic fluids delivered from the first and second hydraulic pumps (102, 202) are merged and are supplied to the plurality of flow control valves (6a-6h); a second electric motor that drives the second hydraulic pump; a second power storage device that supplies electric power to the second electric motor; a second horsepower control device (40, 53r, 53s) configured to decrease, when a delivery pressure of the second hydraulic pump increases, a delivery flow rate of the second hydraulic pump to control an absorption horsepower of the second hydraulic pump so as not to exceed a second allowable value (q2*limit); and a controller including a horsepower distribution control section (51, 52r, 53r) configured to change at least one of the first and second allowable values (q1*limit, q2*limit) of the first and second horsepower control devices (40, 52r, 52s, 53r, 53s) such that a charge state of the first power storage device and a charge state of the second power storage device become equal to each other. a second hydraulic pump; a common hydraulic fluid supply line in which hydraulic fluids delivered from the first and second hydraulic pumps (102, 202) are merged and are supplied to the plurality of flow control valves (6a-6h); a second electric motor that drives the second hydraulic pump; a second power storage device that supplies electric power to the second electric motor; a second horsepower control device (40, 53r, 53s) configured to decrease, when a delivery pressure of the second hydraulic pump increases, a delivery flow rate of the second hydraulic pump to control an absorption horsepower of the second hydraulic pump so as not to exceed a second allowable value (q2*limit); and a controller including a horsepower distribution control section (51, 52r, 53r) configured to change at least one of the first and second allowable values (q1*limit, q2*limit) of the first and second horsepower control devices (40, 52r, 52s, 53r, 53s) such that a charge state of the first power storage device and a charge state of the second power storage device become equal to each other.
A fluid dispenser device including a main body, said device including at least one individual reservoir containing a single dose of fluid, such as powder, opening means being provided for opening an individual reservoir each time the device is actuated, an upper body being mounted in stationary manner on said main body, said upper body receiving a mouthpiece that defines a dispenser orifice, said device including an inhalation trigger system that comprises a deformable air chamber that co-operates with said inhalation piece, and a trigger element that co-operates with said air chamber, such that during inhalation through said inhalation piece, said air chamber is deformed and said trigger element actuates said opening means, such that during inhalation through the inhalation piece, a reservoir is opened by said opening means, the fluid dispenser device being characterized in that said mouthpiece is fastened to said upper body, said mouthpiece including a deformable peripheral lip that, after assembly, co-operates in leaktight manner with a beveled peripheral edge (108, 109) of said upper body.