mhurhangee/ep-ind-claims huggingface dataset:
A determination method for locking of a drum of washing appliance, the washing appliance comprising a drum motor for driving a drum to rotate and a locking structure, comprising, driving the drum to rotate at a set power output by the drum motor, taking a locking action for locking the drum by the locking structure, and determining that the drum is locked by the locking structure when an output current of the drum motor is greater than a rated current, characterized in that the locking structure takes the locking action for locking the drum, the drum motor drives the drum to continuously rotate at the set power output, and the output current of the drum motor is detected to obtain the output current I 1 of the drum motor after the drum rotates for a certain time t; and if I 1 >I 0, the drum is locked by the locking structure; and if I 1 <I 0, the locking structure fails to lock the drum, wherein I 0 is a rated current value. driving the drum to rotate at a set power output by the drum motor, taking a locking action for locking the drum by the locking structure, and determining that the drum is locked by the locking structure when an output current of the drum motor is greater than a rated current, characterized in that the locking structure takes the locking action for locking the drum, the drum motor drives the drum to continuously rotate at the set power output, and the output current of the drum motor is detected to obtain the output current I 1 of the drum motor after the drum rotates for a certain time t; and if I 1 >I 0, the drum is locked by the locking structure; and if I 1 <I 0, the locking structure fails to lock the drum, wherein I 0 is a rated current value.
A ground contact system for a front or rear wheel set of a motor vehicle, comprising: - a composite leaf spring (1, 101) which is intended to be mounted on this wheel set by its two extremities (6 and 7) and which has two upper (2, 102) and lower (3, 103) surfaces together forming two longitudinal edges (4 and 5) connected together by said extremities, and - two bearer structures (8 and 9, 108) of the vehicle chassis (10 and 11) which are respectively mounted on the leaf close to said two extremities and which each comprise two resilient articulations (14 and 15, 114 and 115) intended to be connected to the chassis and located respectively close to said longitudinal edges, characterized in that each bearer structure transversely and tightly surrounds the leaf by being applied to said surfaces of the leaf by at least one elastomeric layer (12a, 112a) not bonded to these surfaces that this structure comprises, and in that the leaf and/or each bearer structure further comprise transverse stiffening means (2b, 3b, 12b, 13b and 102b, 103b) for said at least one layer which are designed to increase its stiffness in the direction transverse to the leaf so as to oppose rotation of said wheel set about a vertical axis. - a composite leaf spring (1, 101) which is intended to be mounted on this wheel set by its two extremities (6 and 7) and which has two upper (2, 102) and lower (3, 103) surfaces together forming two longitudinal edges (4 and 5) connected together by said extremities, and - two bearer structures (8 and 9, 108) of the vehicle chassis (10 and 11) which are respectively mounted on the leaf close to said two extremities and which each comprise two resilient articulations (14 and 15, 114 and 115) intended to be connected to the chassis and located respectively close to said longitudinal edges,
An anti-IGF-1R antibody or antigen-binding fragment thereof comprising the heavy chain variable region complementarity determining region sequences CDR1 of SEQ ID NO:1, CDR2 of SEQ ID NO:2 and CDR3 of SEQ ID NO:3 and the light chain variable region CDR sequences CDR1 of SEQ ID NO:4, CDR2 of SEQ ID NO:5 and CDR3 of SEQ ID NO:6.
A method of controlling a sink device, the sink device being arranged to receive mirroring images from a plurality of source devices (200,300), the method comprising: displaying, on a screen of the sink device, a first mirroring image received from a first source device and a second mirroring image received from a second source device; determining a first object in the first mirroring image based on a user input; as the first object is moved to a location in the second mirroring image, determining a second object corresponding to the location to which the first object has been moved, wherein the second object is an application that is installed in the second source device; determining a service related to the first object and the second object, wherein the service is providable by the application by using the first object; transmitting an execution request regarding the application to the second source device, wherein the execution request includes information regarding the first object; receiving, from the second source device, an execution result of the application, the execution result being related to the first object; and outputting, in the second mirroring image, the received execution result. displaying, on a screen of the sink device, a first mirroring image received from a first source device and a second mirroring image received from a second source device; determining a first object in the first mirroring image based on a user input; as the first object is moved to a location in the second mirroring image, determining a second object corresponding to the location to which the first object has been moved, wherein the second object is an application that is installed in the second source device; determining a service related to the first object and the second object, wherein the service is providable by the application by using the first object; transmitting an execution request regarding the application to the second source device, wherein the execution request includes information regarding the first object; receiving, from the second source device, an execution result of the application, the execution result being related to the first object; and outputting, in the second mirroring image, the received execution result.
A process for purification of a stream containing a cyclic ester of an alpha-hydroxycarboxylic acid of formula, wherein each R independently represents hydrogen or an aliphatic hydrocarbon having 1 to 6 carbon atoms comprising the steps of: (a) separating the cyclic ester-containing stream in a distillation column, into one or more cyclic ester-containing vapour fractions and one or more cyclic ester-containing liquid fractions; (b) withdrawing a cyclic ester-containing vapour fraction as obtained in step (a)from the distillation column via a side draw and introducing it into a condensation unit in order to condense the cyclic ester-containing vapour fraction to obtain a cyclic ester-containing condensate; (c) subjecting at least part of the cyclic ester-containing condensate as obtained in step (b) to melt crystallization to obtain a purified cyclic ester-containing stream and a residue stream; and (d) recovering the purified cyclic ester-containing stream as obtained in step (c). (a) separating the cyclic ester-containing stream in a distillation column, into one or more cyclic ester-containing vapour fractions and one or more cyclic ester-containing liquid fractions; (b) withdrawing a cyclic ester-containing vapour fraction as obtained in step (a)from the distillation column via a side draw and introducing it into a condensation unit in order to condense the cyclic ester-containing vapour fraction to obtain a cyclic ester-containing condensate; (c) subjecting at least part of the cyclic ester-containing condensate as obtained in step (b) to melt crystallization to obtain a purified cyclic ester-containing stream and a residue stream; and (d) recovering the purified cyclic ester-containing stream as obtained in step (c).
A plurality of leg modules of a wheelchair assembly, comprising: a first leg module and a second leg module, each of the first leg module and the second leg module comprising: an upper leg assembly (306; 326; 346); a lower leg assembly (308; 328; 348) including a knee joint (318; 338; 358) and a foot joint (320; 340; 360), wherein the lower leg assembly is rotatably coupled to the upper leg assembly at the knee joint; characterised in that the first and second leg modules further comprise: a knee wheel (316; 336; 356) located at the knee joint of the lower leg assembly, wherein the knee wheel comprises an omni-directional wheel, and wherein the knee wheel is selectively drivable; and a foot wheel (314; 334; 354) located at the foot joint of the lower leg assembly, wherein the foot wheel is selectively drivable; wherein at least one of the upper leg assembly or the lower leg assembly associated with each of the first leg module and the second leg module is controllable, based on a selectable mode of operation, to selectively position at least one of the omni-directional knee wheel or the foot wheel associated with the leg module relative to a surface, the selectable mode of operation comprising a front-wheel drive, FWD, mode, a mid-wheel drive, MWD, mode, and an omni-wheel drive, OWD, mode. a first leg module and a second leg module, each of the first leg module and the second leg module comprising: an upper leg assembly (306; 326; 346); a lower leg assembly (308; 328; 348) including a knee joint (318; 338; 358) and a foot joint (320; 340; 360), wherein the lower leg assembly is rotatably coupled to the upper leg assembly at the knee joint; characterised in that the first and second leg modules further comprise: a knee wheel (316; 336; 356) located at the knee joint of the lower leg assembly, an upper leg assembly (306; 326; 346); a lower leg assembly (308; 328; 348) including a knee joint (318; 338; 358) and a foot joint (320; 340; 360), wherein the lower leg assembly is rotatably coupled to the upper leg assembly at the knee joint; characterised in that the first and second leg modules further comprise: a knee wheel (316; 336; 356) located at the knee joint of the lower leg assembly, wherein the knee wheel comprises an omni-directional wheel, and wherein the knee wheel is selectively drivable; and a foot wheel (314; 334; 354) located at the foot joint of the lower leg assembly, wherein the foot wheel is selectively drivable; wherein at least one of the upper leg assembly or the lower leg assembly associated with each of the first leg module and the second leg module is controllable, based on a selectable mode of operation, to selectively position at least one of the omni-directional knee wheel or the foot wheel associated with the leg module relative to a surface, the selectable mode of operation comprising a front-wheel drive, FWD, mode, a mid-wheel drive, MWD, mode, and an omni-wheel drive, OWD, mode.
Method for assisting a procedure of coupling a trailer to a vehicle by means of a camera which captures a total area to the rear of the vehicle in a first view and captures a close-range area around the trailer coupling of the vehicle in a second view, - wherein the first view of the total area to the rear is displayed as long as a distance between the trailer and the trailer coupling is greater than a predetermined distance, and - wherein the second view of the close-range area of the trailer coupling is displayed if a distance between the vehicle and the trailer is shorter than the predetermined distance, characterized - in that the predetermined distance is selected in such a way that the switching from the first view to the second view does not take place until an object is also captured behind the vehicle in the second view. - wherein the first view of the total area to the rear is displayed as long as a distance between the trailer and the trailer coupling is greater than a predetermined distance, and - wherein the second view of the close-range area of the trailer coupling is displayed if a distance between the vehicle and the trailer is shorter than the predetermined distance, - in that the predetermined distance is selected in such a way that the switching from the first view to the second view does not take place until an object is also captured behind the vehicle in the second view.
A method performed by embedded physical processing elements in a computer, the method comprising at a first one of the processing elements: receiving a delivery packet that is formatted in accordance with a delivery protocol and comprises an encapsulated payload packet that is formatted in accordance with a payload protocol and a delivery packet header comprising routing information; determining from the routing information whether or not the delivery packet is destined for the first processing element; in response to a determination that the delivery packet is not destined for the first processing element, sending the delivery packet from the first processing element to a second one of the processing elements based on the routing information; and in response to a determination that the delivery packet is destined for the first processing element, decapsulating the payload packet from the delivery packet, and processing the decapsulated payload packet. receiving a delivery packet that is formatted in accordance with a delivery protocol and comprises an encapsulated payload packet that is formatted in accordance with a payload protocol and a delivery packet header comprising routing information; determining from the routing information whether or not the delivery packet is destined for the first processing element; in response to a determination that the delivery packet is not destined for the first processing element, sending the delivery packet from the first processing element to a second one of the processing elements based on the routing information; and in response to a determination that the delivery packet is destined for the first processing element, decapsulating the payload packet from the delivery packet, and processing the decapsulated payload packet.
An x-ray based litho-density tool (101, 201) for measurement of simultaneous invaded and non-invaded formation (105, 202) surrounding a borehole, said tool comprising: an internal length comprising a sonde section, wherein said sonde section further comprises an x-ray source, wherein the tool (101, 201) uses x-rays to illuminate the formation (105, 202) surrounding a borehole; and a plurality of radiation measuring detectors (205, 206, 207, 208) which are used to directly measure both invaded and non-invaded formation bulk densities; at least one source monitoring detector; and a plurality of sonde-dependent electronics, characterized in that, said plurality of radiation measuring detectors(205, 206, 207, 208) comprises a bulk density detector which comprising a scintillator crystal and is double-ended, such that the scintillator crystal is effectively comprised of two crystals back-to-back with a photomultiplier on each end. an internal length comprising a sonde section, wherein said sonde section further comprises an x-ray source, wherein the tool (101, 201) uses x-rays to illuminate the formation (105, 202) surrounding a borehole; and a plurality of radiation measuring detectors (205, 206, 207, 208) which are used to directly measure both invaded and non-invaded formation bulk densities; at least one source monitoring detector; and a plurality of sonde-dependent electronics, characterized in that, said plurality of radiation measuring detectors(205, 206, 207, 208) comprises a bulk density detector which comprising a scintillator crystal and is double-ended, such that the scintillator crystal is effectively comprised of two crystals back-to-back with a photomultiplier on each end.
A thermoconductive adhesive sheet which is sheet-like formed of a resin composition comprising silver particles, a thermosetting resin, and a binder resin, wherein: the silver particles are secondary particles formed through aggregation of particles that contain primary particles having an average particle size of 10 to 100 nm, determined as described in the description, and the silver particles have an average particle size of 0.5 to 5.0 pm, determined as described in the description. the silver particles are secondary particles formed through aggregation of particles that contain primary particles having an average particle size of 10 to 100 nm, determined as described in the description, and the silver particles have an average particle size of 0.5 to 5.0 pm, determined as described in the description.
A system comprising a dry absorbent tissue paper sheet dispenser having a dispensing opening through which dry tissue paper sheets can be withdrawn and a moist sheet dispenser comprising a dispensing opening through which moist sheets can be withdrawn, wherein one of the dry tissue paper dispenser and the moist sheet dispenser is configured to sit atop the other so that the dispensing openings face in opposing directions in a combined configuration, wherein a user is able to withdraw moist sheets through the dispensing opening of the moist sheet dispenser and the user is able to withdraw dry tissue paper sheets through the dispensing opening of the dry absorbent tissue paper sheet dispenser when the dispensers are in the combined configuration, and wherein the dry and moist sheet dispensers have cooperating interfacing surfaces (25, 83) when they are in the combined configuration that resist movement of the moist sheet dispenser with respect to the dry tissue paper dispenser in a first direction perpendicular to a sheet withdrawal direction of the dry tissue paper dispenser and the moist dispenser.
Electromechanical linear drive with a housing and with at least one piston rod protruding on one side from the housing, extending through an opening on the end face housing lid, supported by a push element arranged for longitudinal movement in the interior of the housing, wherein the push element for its movement is supported by a drive shaft driven by a drive and the piston rod is arranged eccentric to the drive shaft, characterized in that the push element supporting the at least one piston rod is guided relative to the housing with a force transmitting twist protection formed as interlocking guiding elements arranged at the housing and the push element.
A hybrid electrical and mechanical ship propulsion and electric power system located in a hull of a ship, comprising: a first mechanical power plant (58, 62) configured to exclusively drive a first propeller via a first shaft; a second electrical power plant configured to exclusively drive a second propeller via a second shaft; wherein the second electrical power plant includes a high temperature superconductor motor interconnected to the second shaft; and a first electrical network to which the HTS motor is connected in order to energize the HTS motor to drive the second propeller via the second shaft; wherein the HTS motor in a second engine room is mounted lower in the hull of the ship than the main reduction gear in a first engine room. a first mechanical power plant (58, 62) configured to exclusively drive a first propeller via a first shaft; a second electrical power plant configured to exclusively drive a second propeller via a second shaft; wherein the second electrical power plant includes a high temperature superconductor motor interconnected to the second shaft; and a first electrical network to which the HTS motor is connected in order to energize the HTS motor to drive the second propeller via the second shaft; wherein the HTS motor in a second engine room is mounted lower in the hull of the ship than the main reduction gear in a first engine room.
An oil separator for separating a refrigerant fluid from oil in a temperature conditioning system, wherein the oil separator comprises: - a casing having an inlet, for receiving a mixture of oil and refrigerant fluid, and an outlet, so that a flow of said mixture can pass from the inlet to the outlet, the casing being elongate in a longitudinal direction; - a main filtering unit, arranged inside the casing for intercepting said mixture, and configured for separating the oil from the refrigerant fluid; - at least an additional filtering unit, arranged in series with respect to the main filtering unit, to intercept said flow of the mixture, wherein the main filtering unit occupies a filtering area which is larger than the area occupied by said at least one additional filtering unit and is positioned downstream said at least one additional filtering unit, with respect to a path of said mixture flow from the inlet to the outlet, wherein the oil separator is characterized by comprising a duct, the duct being arranged inside the casing and having a first end, connected to the inlet, to receive the mixture flow, and a second and a third end (602, 603), oriented opposite one another along the longitudinal direction, to direct a first and a second portion of said flow towards a first and second transverse wall (202A, 202B) of the casing, respectively. - a casing having an inlet, for receiving a mixture of oil and refrigerant fluid, and an outlet, so that a flow of said mixture can pass from the inlet to the outlet, the casing being elongate in a longitudinal direction; - a main filtering unit, arranged inside the casing for intercepting said mixture, and configured for separating the oil from the refrigerant fluid; - at least an additional filtering unit, arranged in series with respect to the main filtering unit, to intercept said flow of the mixture, wherein the main filtering unit occupies a filtering area which is larger than the area occupied by said at least one additional filtering unit and is positioned downstream said at least one additional filtering unit, with respect to a path of said mixture flow from the inlet to the outlet, wherein the oil separator is characterized by comprising a duct, the duct being arranged inside the casing and having a first end, connected to the inlet, to receive the mixture flow, and a second and a third end (602, 603), oriented opposite one another along the longitudinal direction, to direct a first and a second portion of said flow towards a first and second transverse wall (202A, 202B) of the casing, respectively.
Coated titanium dioxide particles, wherein at least one coating layer comprises an ester made from a mixture of C 12 -C 30 fatty alcohols and C 6 -C 12 aliphatic acids as coating material.