mhurhangee/ep-ind-claims huggingface dataset:
A treatment table, comprising: - a height adjustable frame; - a treatment bed supported by the frame; - an actuator for moving the frame between an upper position and a lower position; - at least one control handle; - at least one sensor for detecting actuation of the control handle; and - a control unit for receiving a signal from the sensor and controlling the actuator in response to the signal, characterized in that the at least one sensor is connected to the frame and the control handle is connected to the sensor by means of an elastic element. - a height adjustable frame; - a treatment bed supported by the frame; - an actuator for moving the frame between an upper position and a lower position; - at least one control handle; - at least one sensor for detecting actuation of the control handle; and - a control unit for receiving a signal from the sensor and controlling the actuator in response to the signal,
A method for controlling a hybrid traction assembly (2S; 2P) of a hybrid vehicle (1S; 1P), the hybrid traction assembly (2S; 2P) comprising at least: - an internal combustion engine (3S; 3P); - at least one electric machine (4S; 4P) which can be mechanically coupled to the driving wheels (8S; 8P) so as to perform traction of the hybrid vehicle (1S; 1P) the at least one electric machine (4S; 4P) being suitable for generating electric regenerative energy when the hybrid vehicle (1S; 1P) slows down; - a storage device (9S; 9P) suitable for delivering electric traction energy to the electric machine (4S; 4P) and for recovering electric regenerative energy from the electric generator (4S; 4P), wherein the storage device (9S; 9P) can be connected to an external source of electric power so as to charge the storage device (9S; 9P) at a high state of charge before a beginning of a vehicle mission; wherein the method comprises: - an initial depleting phase (T2-T1) which begins at the beginning of the vehicle mission and where the hybrid traction assembly (2S; 2P) is controlled to cause depletion of the storage device (9S; 9P) at a first mean depletion rate, the first mean depletion rate being a high depletion rate; - at least one sustaining phase (T4-T3) where the hybrid traction assembly (2S; 2P) is controlled so that the state of charge is maintained in a predetermined sustaining range; the method being characterized in that it further comprises a second depleting phase (T3-T2) which extends between the initial depleting phase (T2-T1) and the sustaining phase (T4-T3), wherein the hybrid traction assembly (2S; 2P) is controlled to cause depletion of the storage device (9S; 9P) at a second mean depletion rate, the second mean depletion rate being lower than the first mean depletion rate. - an internal combustion engine (3S; 3P); - at least one electric machine (4S; 4P) which can be mechanically coupled to the driving wheels (8S; 8P) so as to perform traction of the hybrid vehicle (1S; 1P) the at least one electric machine (4S; 4P) being suitable for generating electric regenerative energy when the hybrid vehicle (1S; 1P) slows down; - a storage device (9S; 9P) suitable for delivering electric traction energy to the electric machine (4S; 4P) and for recovering electric regenerative energy from the electric generator (4S; 4P), wherein the storage device (9S; 9P) can be connected to an external source of electric power so as to charge the storage device (9S; 9P) at a high state of charge before a beginning of a vehicle mission; - an initial depleting phase (T2-T1) which begins at the beginning of the vehicle mission and where the hybrid traction assembly (2S; 2P) is controlled to cause depletion of the storage device (9S; 9P) at a first mean depletion rate, the first mean depletion rate being a high depletion rate; - at least one sustaining phase (T4-T3) where the hybrid traction assembly (2S; 2P) is controlled so that the state of charge is maintained in a predetermined sustaining range;
A vehicular torque rod comprising: a torque rod main body that has one end portion and the other end portion in a longitudinal direction of the torque rod main body, the one end portion being joinable to a power unit, the other end portion being joinable to a body-side joint portion, the torque rod main body being suitable for coupling and supporting the power unit with the body-side joint portion; and a weight member disposed on an intermediate portion of the torque rod main body in the longitudinal direction; characterized in that: the torque rod main body includes a bend start portion that is disposed on one end portion side or the other end portion side in the longitudinal direction with respect to the weight member and that is configured to become a starting point of bending deformation of the torque rod main body when a vehicle collision that causes the bending deformation occurs. a torque rod main body that has one end portion and the other end portion in a longitudinal direction of the torque rod main body, the one end portion being joinable to a power unit, the other end portion being joinable to a body-side joint portion, the torque rod main body being suitable for coupling and supporting the power unit with the body-side joint portion; and a weight member disposed on an intermediate portion of the torque rod main body in the longitudinal direction; characterized in that: the torque rod main body includes a bend start portion that is disposed on one end portion side or the other end portion side in the longitudinal direction with respect to the weight member and that is configured to become a starting point of bending deformation of the torque rod main body when a vehicle collision that causes the bending deformation occurs. the torque rod main body includes a bend start portion that is disposed on one end portion side or the other end portion side in the longitudinal direction with respect to the weight member and that is configured to become a starting point of bending deformation of the torque rod main body when a vehicle collision that causes the bending deformation occurs.
A use of a curable adhesive as blade guard for razor blades of shaving systems, the curable adhesive being applied in single or multiple layers to the razor blades and/or the razor blade holder, characterised in that the external cutting edges of the razor blades are completely embedded in the adhesive so that the gaps between the cutting edges are sealed with adhesive and that the curable adhesive is an optically transparent curable adhesive.
A waste handling system comprising: a urinal; first and second urine storage containers (58, 60); and a distribution system fluidly interconnecting the urinal to the first and second urine storage containers (58, 60), the distribution system including a switching system selectively fluidly connecting the urinal to at least one of the first and second urinal storage containers (58, 60) in response to an input and characterized by further comprising; a waste processing unit including a urinal inlet configured to receive urine, a urinal outlet, and a pumping element fluidly connected between the urinal inlet and the urinal outlet; and a differential pressure valve selectively fluidly connecting the urinal outlet to the urine storage containers (58, 60), the differential pressure valve including first, second and third pressure inputs, the first pressure input corresponding to a pressure from the urinal outlet, the second pressure input corresponding to a pressure from the urine storage container (58, 60), and the third pressure input corresponding to a reference pressure, the differential pressure valve configured to open and close in response to a differential pressure between the first and third pressures. a urinal; first and second urine storage containers (58, 60); and a distribution system fluidly interconnecting the urinal to the first and second urine storage containers (58, 60), the distribution system including a switching system selectively fluidly connecting the urinal to at least one of the first and second urinal storage containers (58, 60) in response to an input and characterized by further comprising; a waste processing unit including a urinal inlet configured to receive urine, a urinal outlet, and a pumping element fluidly connected between the urinal inlet and the urinal outlet; and a differential pressure valve selectively fluidly connecting the urinal outlet to the urine storage containers (58, 60), the differential pressure valve including first, second and third pressure inputs, the first pressure input corresponding to a pressure from the urinal outlet, the second pressure input corresponding to a pressure from the urine storage container (58, 60), and the third pressure input corresponding to a reference pressure, the differential pressure valve configured to open and close in response to a differential pressure between the first and third pressures.
A bicycle light comprising a body and a fixture tool for fixing the body to a bicycle, wherein the body includes: a light-emitting portion; a substrate having an electronic circuit controlling a light-emitting state of the light-emitting portion in response to an operational state; a lens for obtaining desired light distribution from light received from the light-emitting portion; a housing (11, 16) forming a closed space for storing the light-emitting portion and the substrate; a bar-shaped member relatively movable with respect to the substrate for varying the operational state of the electronic circuit by partially pressing the substrate; and a guide portion guiding movement of the bar-shaped member, and the fixture tool includes: a contact portion coming into contact with the bar-shaped member for moving the bar-shaped member; and a flexible portion for pivoting the body on the fixture tool a screw for bonding the body and the fixture tool, so that the body is pivotable on the fixture tool due to deflection of the screw. a light-emitting portion; a substrate having an electronic circuit controlling a light-emitting state of the light-emitting portion in response to an operational state; a lens for obtaining desired light distribution from light received from the light-emitting portion; a housing (11, 16) forming a closed space for storing the light-emitting portion and the substrate; a bar-shaped member relatively movable with respect to the substrate for varying the operational state of the electronic circuit by partially pressing the substrate; and a guide portion guiding movement of the bar-shaped member, and the fixture tool includes: a contact portion coming into contact with the bar-shaped member for moving the bar-shaped member; and a flexible portion for pivoting the body on the fixture tool a screw for bonding the body and the fixture tool, so that the body is pivotable on the fixture tool due to deflection of the screw. a contact portion coming into contact with the bar-shaped member for moving the bar-shaped member; and a flexible portion for pivoting the body on the fixture tool a screw for bonding the body and the fixture tool, so that the body is pivotable on the fixture tool due to deflection of the screw.
A method for the isomerisation of hop alpha-acids comprising contacting a hop alpha-acid containing feed with an alkaline earth metal based mixed oxide or hydroxyapatite, acting as a heterogeneous catalyst, which essentially does not dissolve in the alpha-acid containing feed or in the iso-alpha-acid product phase.
A meat processing system comprising: a blade (31, 31'; 41) configured to cut a carcass or section of carcass into pieces, the blade (31, 31'; 41) lying substantially in a blade plane; a blade movement assembly (30, 30'; 43); a controller; and a conveyor configured to convey the carcass or section of carcass along a first axis, wherein the conveyor defines a substantially horizontal support surface on which the carcass or section of carcass is supported while being conveyed; characterised in that the blade (31, 31'; 41) extends above and below the support surface and the controller is configured to control the blade movement assembly (30, 30'; 43) to: translate the blade (31, 31'; 41) to move the blade (31, 31'; 41) transverse to the first axis; and rotate the blade (31, 31'; 41) or a portion of the blade (31, 31'; 41) to vary an angle between the blade plane and the first axis and to align the blade plane with a predetermined non-linear cut path through the carcass or section of carcass. a blade (31, 31'; 41) configured to cut a carcass or section of carcass into pieces, the blade (31, 31'; 41) lying substantially in a blade plane; a blade movement assembly (30, 30'; 43); a controller; and a conveyor configured to convey the carcass or section of carcass along a first axis, wherein the conveyor defines a substantially horizontal support surface on which the carcass or section of carcass is supported while being conveyed; characterised in that the blade (31, 31'; 41) extends above and below the support surface and the controller is configured to control the blade movement assembly (30, 30'; 43) to: translate the blade (31, 31'; 41) to move the blade (31, 31'; 41) transverse to the first axis; and rotate the blade (31, 31'; 41) or a portion of the blade (31, 31'; 41) to vary an angle between the blade plane and the first axis and to align the blade plane with a predetermined non-linear cut path through the carcass or section of carcass. translate the blade (31, 31'; 41) to move the blade (31, 31'; 41) transverse to the first axis; and rotate the blade (31, 31'; 41) or a portion of the blade (31, 31'; 41) to vary an angle between the blade plane and the first axis and to align the blade plane with a predetermined non-linear cut path through the carcass or section of carcass.
An electron spin resonance analytical method comprising: providing a probe molecule capable of binding selectively to a target, wherein a paramagnetic moiety is bound to the probe molecule via two thioether linkages, wherein each thioether linkage is a carbon-sulphur-carbon linkage and one carbon of the thioether linkage is part of the probe molecule, and the other carbon is part of either the paramagnetic moiety or a linker group that binds to the paramagnetic moiety; contacting the probe molecule with a first sample, which may or may not comprise the target, to form a mixed sample and obtaining an electron spin resonance signal of the mixed sample, wherein the probe molecule is selected from an antibody fragment, an antibody and an aptamer. providing a probe molecule capable of binding selectively to a target, wherein a paramagnetic moiety is bound to the probe molecule via two thioether linkages, wherein each thioether linkage is a carbon-sulphur-carbon linkage and one carbon of the thioether linkage is part of the probe molecule, and the other carbon is part of either the paramagnetic moiety or a linker group that binds to the paramagnetic moiety; contacting the probe molecule with a first sample, which may or may not comprise the target, to form a mixed sample and obtaining an electron spin resonance signal of the mixed sample,
Organic optoelectronic device, such as a display, lighting or signalling device with organic light-emitting diodes ("OLED"), the device having a light-emitting unit having at least one active zone for light emission coated with a sealed multi-layer encapsulation structure (1, 101, 201) and an electrical connection zone adjacent to the or each active zone, the encapsulation structure comprising n stack(s) (n ≥ 1) inorganic film F1,..., Fn / photosensitive polymeric layer C1,..., Cn including an internal stack F1/C1 where the film F1 covers the or each active zone and is superposed by the layer C1 which is deposited in a liquid phase, the or each layer C1,..., Cn covering the film F1,..., Fn by extending around a peripheral edge of the or of each active zone in at least one structured surrounding portion (10, 110, 210, 211, 212) ending beyond the adjacent connection zone, and if n ≥ 2 the or each layer C2,..., Cn being structured in a surrounding manner with respect to the layer C1,..., Cn-1 of the immediately underlying stack, such that the or each layer C1,..., Cn passivates the film F1,..., Fn and laterally protects the or each underlying active zone from the developing solutions and solvents used for etching this layer C1,..., Cn; the or each film F1,..., Fn having a base of at least one inorganic compound selected from the group comprising compounds having formula Al x O y, SiO x, Si x N y, SiO x N y, ZnSe, Sb 2 O 3 and transparent conductive oxides (TCOs) optionally combined with a metal and the or each layer C1,..., Cn being etched by photolithography, characterised in that the or each film F1,..., Fn is deposited by atomic layer deposition ("ALD") and in that the or each layer C1,..., Cn insulating the or each active zone is itself coated by an external inorganic dielectric barrier film (Fe) which superposes both the or each active zone by covering the entire corresponding last layer C1,..., Cn and the adjacent connection zone thereof, so as to insulate from the outside said at least one surrounding portion (10, 110, 210, 211, 212) of this layer.
A method of deploying a pipeline from a vessel, the vessel comprising at least one tensioner for controlling the tension of the pipeline between the vessel and the seabed, a stinger over which the pipeline is deployed and a series of adjustable pipe support units defining a curved path between the tensioner and the stinger, the method comprising: applying a hot field-joint coating to a weld region of the pipeline; traversing the curved path with the hot field-joint; moving one or more of the adjustable pipe support units out of the curved path to allow the hot field-joint to pass the respective pipe support unit without contact, while maintaining support for the pipeline along the curved path, wherein the pipe support units are located at fixed distances along the curved path characterized in that a mobile pipe support is provided and is moved with the pipeline along the curved path. applying a hot field-joint coating to a weld region of the pipeline; traversing the curved path with the hot field-joint; moving one or more of the adjustable pipe support units out of the curved path to allow the hot field-joint to pass the respective pipe support unit without contact, while maintaining support for the pipeline along the curved path, wherein the pipe support units are located at fixed distances along the curved path characterized in that a mobile pipe support is provided and is moved with the pipeline along the curved path.
A refrigeration cycle apparatus, comprising: a refrigerant circuit including a compressor, a flow switching device, a heat source-side heat exchanger, a first expansion device, and a use-side heat exchanger; a liquid backflow suppression circuit including a second expansion device, an on-off valve, and a high-pressure receiver connected between the second expansion device and the on-off valve, the liquid backflow suppression circuit being connected in parallel to the first expansion device; and a controller configured to control the second expansion device and the on-off valve, when a defrosting operation start condition is satisfied during a heating operation, the controller being configured to close the second expansion device and the on-off valve, and then switching the flow switching device to start the defrosting operation. a refrigerant circuit including a compressor, a flow switching device, a heat source-side heat exchanger, a first expansion device, and a use-side heat exchanger; a liquid backflow suppression circuit including a second expansion device, an on-off valve, and a high-pressure receiver connected between the second expansion device and the on-off valve, the liquid backflow suppression circuit being connected in parallel to the first expansion device; and a controller configured to control the second expansion device and the on-off valve, when a defrosting operation start condition is satisfied during a heating operation, the controller being configured to close the second expansion device and the on-off valve, and then switching the flow switching device to start the defrosting operation.
An apparatus for coating a working wire of a sensor, the apparatus comprising: a carousel comprising: a first platform having a central axis, the first platform supporting a plurality of stations arranged around the central axis; a second platform positioned above the first platform, with a platform actuator that raises, lowers, and rotates the second platform with respect to the first platform; a ring dipping tool coupled to an edge of the second platform, the ring dipping tool being oriented vertically with respect to ground, and extending toward the first platform; a robotic arm configured to transport a fixture to the carousel, the fixture being configured to hold the working wire; and an optical scanner positioned near a wire dipping station of the plurality of stations and configured to scan a position of the working wire and a location of the ring dipping tool. a carousel comprising: a first platform having a central axis, the first platform supporting a plurality of stations arranged around the central axis; a second platform positioned above the first platform, with a platform actuator that raises, lowers, and rotates the second platform with respect to the first platform; a ring dipping tool coupled to an edge of the second platform, the ring dipping tool being oriented vertically with respect to ground, and extending toward the first platform; a first platform having a central axis, the first platform supporting a plurality of stations arranged around the central axis; a second platform positioned above the first platform, with a platform actuator that raises, lowers, and rotates the second platform with respect to the first platform; a ring dipping tool coupled to an edge of the second platform, the ring dipping tool being oriented vertically with respect to ground, and extending toward the first platform; a robotic arm configured to transport a fixture to the carousel, the fixture being configured to hold the working wire; and an optical scanner positioned near a wire dipping station of the plurality of stations and configured to scan a position of the working wire and a location of the ring dipping tool.