mhurhangee/ep-ind-claims huggingface dataset:
Radiotherapeutic apparatus comprising a source of radiation able to issue pulses of radiation at a base frequency, and a control apparatus arranged to permit pulses according to a pulse pattern chosen to achieve a selected time-averaged power level, the chosen pulse pattern being one selected from a plurality of pulse patterns, the plurality including at least one pattern consisting of a train of pulses that includes, relative to the base frequency, at least every n th and every m th pulse where n*m and the n th and m th pulses are non-coincident.
A manufacturing method for a surface-strengthened solid wood floor board wherein the density of it is 300 ∼ 580Kg/m 3, the thickness of the reinforced surface is 1 ∼ 5mm, the hardness of a paint film on the reinforced surface according to the Standard GB/T6739-1996 is 2H ∼ 8H and overall moisture content of the profiles is 6 ∼ 9%, comprising the following steps: Drying log profiles, the moisture content of the dried wood profiles being controlled within 7 ∼ 16%; Compressing the log profiles by the hot press within 210°C-250°C, the pressing speed of the hot press being within 4mm/s ∼ 10mm/s; Keeping warm the profiles obtained after the compression for 20-60 minutes by keeping the temperature of the hot press at the temperature of step or 10°C-80°C. lower than the hot pressing temperature of step and maintaining pressure; Controlling the moisture content of the profiles within 6-9%; Tonguing and grooving the profiles; Surface sanding and finishing, Drying log profiles, the moisture content of the dried wood profiles being controlled within 7 ∼ 16%; Compressing the log profiles by the hot press within 210°C-250°C, the pressing speed of the hot press being within 4mm/s ∼ 10mm/s; Keeping warm the profiles obtained after the compression for 20-60 minutes by keeping the temperature of the hot press at the temperature of step or 10°C-80°C. lower than the hot pressing temperature of step and maintaining pressure; Controlling the moisture content of the profiles within 6-9%; Tonguing and grooving the profiles; Surface sanding and finishing,
A method for communicating a discontinuous reception, DRX, reconfiguration, the method comprising: receiving, at an evolved node B (eNB) from a user equipment, a preferred power consumption configuration message within a UE assistance information message, the preferred power consumption configuration message being a one-bit message using a first Boolean value to indicate a preferred power consumption configuration; receiving, from the UE, a DRX reconfiguration request message to reconfigure a DRX configuration of the UE to reduce a power consumption level of the UE, the DRX reconfiguration request message being the one-bit message using a second Boolean value to indicate a DRX reconfiguration; determining, at the eNB, to reconfigure the DRX configuration of the UE based on the DRX reconfiguration request message; performing the DRX reconfiguration at the UE by adjusting one or more parameters of the DRX configuration, wherein the first Boolean value to indicate the preferred power consumption configuration is "1" and the second Boolean value to indicate the DRX configuration is "0", and communicating, to the UE, a Radio Resource Connection, RRC, reconfiguration message containing a request for the UE to reinitialize the DRX configuration. receiving, at an evolved node B (eNB) from a user equipment, a preferred power consumption configuration message within a UE assistance information message, the preferred power consumption configuration message being a one-bit message using a first Boolean value to indicate a preferred power consumption configuration; receiving, from the UE, a DRX reconfiguration request message to reconfigure a DRX configuration of the UE to reduce a power consumption level of the UE, the DRX reconfiguration request message being the one-bit message using a second Boolean value to indicate a DRX reconfiguration; determining, at the eNB, to reconfigure the DRX configuration of the UE based on the DRX reconfiguration request message; performing the DRX reconfiguration at the UE by adjusting one or more parameters of the DRX configuration, wherein the first Boolean value to indicate the preferred power consumption configuration is "1" and the second Boolean value to indicate the DRX configuration is "0", and communicating, to the UE, a Radio Resource Connection, RRC, reconfiguration message containing a request for the UE to reinitialize the DRX configuration.
A stress-relief device, configured for being mounted on a geophysical equipment or node connected to at least two cables (21, 22), the stress-relief device comprising: - a case configured for surrounding the geophysical equipment or node, the case comprising opposite first and second lateral faces (3, 4) respectively having first and second cable openings, each of said first and second cable openings enabling a connection between a respective one of said at least two cables and said geophysical equipment or node, - a housing for housing a portion (21a; 22a) of each of the two cables (21,22), characterized in that the housing comprises: - a first cable path, which passes through the first lateral face, through an interior of the housing, and through the second lateral face of the housing, enabling the first cable to loop back through the second cable opening of the second lateral face to make the connection with the geophysical equipment or node; - a second cable path, which passes through the second lateral face, through an interior of the housing; and through the first lateral face of the housing, enabling the second cable to loop back through the first cable opening of the first lateral face to make the connection with the geophysical equipment or node, so that the housing substantially prevents any movement of said portions (21a, 22a) of the two cables (21, 22). - a case configured for surrounding the geophysical equipment or node, the case comprising opposite first and second lateral faces (3, 4) respectively having first and second cable openings, each of said first and second cable openings enabling a connection between a respective one of said at least two cables and said geophysical equipment or node, - a housing for housing a portion (21a; 22a) of each of the two cables (21,22), - a first cable path, which passes through the first lateral face, through an interior of the housing, and through the second lateral face of the housing, enabling the first cable to loop back through the second cable opening of the second lateral face to make the connection with the geophysical equipment or node; - a second cable path, which passes through the second lateral face, through an interior of the housing; and through the first lateral face of the housing, enabling the second cable to loop back through the first cable opening of the first lateral face to make the connection with the geophysical equipment or node,
An automated method for collecting a biological sample from a semi-solid surface comprising: - providing a robotic pipettor adapted to receive a pipette tip; - lowering the pipette tip until it contacts the semi-solid surface on which a colony of interest is disposed such that the pipette tip is in contact with the colony of interest; - advancing the pipette tip further until the pipette tip is in contact with the semi-solid surface supporting the colony of interest thereby forming a seal with the semi-solid surface; - collecting a portion of the biological sample; - retracting the pipette tip from contact with the semi-solid surface and the colony of interest; placing the pipette tip in contact with a fluid disposed in a vessel; dispensing a portion of contents from the pipette tip into solution and then drawing at least a portion of the biological sample back into the pipette tip thereby introducing shear force onto a portion of the biological sample collected by the pipette tip; and - dispensing the at least a portion of the biological sample from the pipette tip into the solution. - providing a robotic pipettor adapted to receive a pipette tip; - lowering the pipette tip until it contacts the semi-solid surface on which a colony of interest is disposed such that the pipette tip is in contact with the colony of interest; - advancing the pipette tip further until the pipette tip is in contact with the semi-solid surface supporting the colony of interest thereby forming a seal with the semi-solid surface; - collecting a portion of the biological sample; - retracting the pipette tip from contact with the semi-solid surface and the colony of interest; placing the pipette tip in contact with a fluid disposed in a vessel; dispensing a portion of contents from the pipette tip into solution and then drawing at least a portion of the biological sample back into the pipette tip thereby introducing shear force onto a portion of the biological sample collected by the pipette tip; and - dispensing the at least a portion of the biological sample from the pipette tip into the solution.
A junction box for electrically connecting a photovoltaic module to a power distribution system having a mating conductor, the junction box comprising: a housing configured to be mounted on the PV module, the housing comprising a mating interface and an opening formed in the housing for engaging foil of the PV module, the housing being configured to mate with a mating conductor of the power distribution system at the mating interface; and engagement features (44, 45) positioned in the housing to secure a component forming an electrical connection between foil of the PV module and the mating conductor, characterized in that the engagement features (44, 45) secure the component to form the electrical connection between the component, the foil of the PV module, and the mating conductor, the electrical connection being at the foil of the PV module. a housing configured to be mounted on the PV module, the housing comprising a mating interface and an opening formed in the housing for engaging foil of the PV module, the housing being configured to mate with a mating conductor of the power distribution system at the mating interface; and engagement features (44, 45) positioned in the housing to secure a component forming an electrical connection between foil of the PV module and the mating conductor, characterized in that the engagement features (44, 45) secure the component to form the electrical connection between the component, the foil of the PV module, and the mating conductor, the electrical connection being at the foil of the PV module.
A valve assembly including a housing provided with an inlet port, a delivery port, and an exhaust port, the valve assembly further including a first movable element, a first valve member and a second valve member, the first movable element being engageable with the first valve member, engagement of the first valve member and first movable element substantially preventing flow of fluid between the inlet port and the delivery port, and the first movable element also being engageable with the second valve member, engagement of the second valve member with the first movable element substantially preventing flow of fluid between the delivery port and the exhaust port, the valve assembly further including a second movable element which divides the housing into a control chamber and a main chamber and which is movable relative to the housing under the influence of fluid pressure in the control chamber and main chamber, characterised in that the first valve member extends from the housing towards the first movable element through an aperture provided in the second movable element.
A head-up display that projects a display image on a windshield of a mobile body to project a virtual image, the head-up display comprising: a display device that displays the display image; and a projection optical system that projects the display image displayed on the display device as a virtual image for an observer on a driver's seat of the mobile body, wherein on an assumption that light emitting from the display device, reaching a center of a viewpoint region of the observer and corresponding to a center of the virtual image is reference light (Lc), the projection optical system includes a prism element that has an incident surface, a reflection surface for reflecting light entering the incident surface, and an emitting surface for emitting the light reflected by the reflection surface, wherein the emitting surface is not the same as the incident surface, characterized in that the normal of the emitting surface of the prism element is inclined to the reference light (Lc), wherein an inclination amount θ 2 of the reference light (Lc) emitted from the emitting surface with respect to the normal of the emitting surface lies in a range of 15° < |θ 2 | < 45° in the optical path from the display device. a display device that displays the display image; and a projection optical system that projects the display image displayed on the display device as a virtual image for an observer on a driver's seat of the mobile body, wherein on an assumption that light emitting from the display device, reaching a center of a viewpoint region of the observer and corresponding to a center of the virtual image is reference light (Lc), the projection optical system includes a prism element that has an incident surface, a reflection surface for reflecting light entering the incident surface, and an emitting surface for emitting the light reflected by the reflection surface, wherein the emitting surface is not the same as the incident surface, characterized in that the normal of the emitting surface of the prism element is inclined to the reference light (Lc), wherein an inclination amount θ 2 of the reference light (Lc) emitted from the emitting surface with respect to the normal of the emitting surface lies in a range of 15° < |θ 2 | < 45° in the optical path from the display device.
Elevator installation in which a number of elevator cars, controlled by an elevator controller (8, 12), can be moved between floors (L, L1, L2), comprising: main operating devices which are communicatively connected to the elevator controller (8, 12) and are arranged on the floors (L, L1, L2), a main operating device being configured for inputting a destination floor desired by a passenger and for outputting travel information, and at least one secondary operating device which is arranged on one of the floors (L, L1, L2), next to the main operating device arranged there, and is communicatively connected to the elevator controller (8, 12), characterized in that the at least one secondary operating device has a touch-sensitive screen system which is configured to confirm a destination floor input by a touch by means of tactilely perceptible feedback in order to support a passenger with a physical limitation when inputting a call, and the elevator controller (8, 12) is configured to determine travel information for the destination floor input on the at least one secondary operating device and to communicate this determined travel information to the passenger by means of the main operating device arranged next to the at least one secondary operating device. main operating devices which are communicatively connected to the elevator controller (8, 12) and are arranged on the floors (L, L1, L2), a main operating device being configured for inputting a destination floor desired by a passenger and for outputting travel information, and at least one secondary operating device which is arranged on one of the floors (L, L1, L2), next to the main operating device arranged there, and is communicatively connected to the elevator controller (8, 12), characterized in that the at least one secondary operating device has a touch-sensitive screen system which is configured to confirm a destination floor input by a touch by means of tactilely perceptible feedback in order to support a passenger with a physical limitation when inputting a call, and the elevator controller (8, 12) is configured to determine travel information for the destination floor input on the at least one secondary operating device and to communicate this determined travel information to the passenger by means of the main operating device arranged next to the at least one secondary operating device.
A leisure sports helmet, comprising: a helmet body having a slide slot in a front portion thereof, with a plurality of vent holes formed in a circumferential surface of the helmet body; protective eyewears disposed in the slide slot, the protective eyewears being extracted from or retracted into the helmet body in a sliding manner; a slide guide unit provided in the slide slot, the slide guide unit supporting and guiding the protective eyewears; and a handle removably coupled to the protective eyewears so that the protective eyewears slide along the slide slot by means of the handle, characterised in that the helmet body comprises an inner frame or part and an outer frame or part between which the protective eyewears are extracted from or retracted into the helmet body, wherein the material of the inner frame or part is harder than the material of the outer frame or, and the protective eyewears comprise: a frame, with a coupling hole formed in a first end of the frame; and a shield provided on a second end of the frame, and the slide guide unit comprises: a guide slot; a frame having a guide groove therein; and stoppers (132; 133) respectively provided on opposite ends of the frame. a helmet body having a slide slot in a front portion thereof, with a plurality of vent holes formed in a circumferential surface of the helmet body; protective eyewears disposed in the slide slot, the protective eyewears being extracted from or retracted into the helmet body in a sliding manner; a slide guide unit provided in the slide slot, the slide guide unit supporting and guiding the protective eyewears; and a handle removably coupled to the protective eyewears so that the protective eyewears slide along the slide slot by means of the handle, characterised in that the helmet body comprises an inner frame or part and an outer frame or part between which the protective eyewears are extracted from or retracted into the helmet body, wherein the material of the inner frame or part is harder than the material of the outer frame or, and the protective eyewears comprise: a frame, with a coupling hole formed in a first end of the frame; and a shield provided on a second end of the frame, and the slide guide unit comprises: a guide slot; a frame having a guide groove therein; and stoppers (132; 133) respectively provided on opposite ends of the frame.
An electron beam apparatus comprising an electron source for producing a primary beam of electrons, a condenser lens for shaping said primary beam of electrons, scanning means for deflecting said primary beam of electrons, an objective lens for focusing said primary beam, further comprising beam shaping means being aperture means for collimating said primary beam of electrons, wherein said aperture means is adapted to switch between a collimation of said primary beam to a width appropriate for serial imaging and a collimation of said primary beam to a width appropriate for parallel imaging, and a sectorized detector configured to detect secondary electrons emitted from a surface of a sample. beam shaping means being aperture means for collimating said primary beam of electrons, wherein said aperture means is adapted to switch between a collimation of said primary beam to a width appropriate for serial imaging and a collimation of said primary beam to a width appropriate for parallel imaging, and a sectorized detector configured to detect secondary electrons emitted from a surface of a sample.
An apparatus for a user equipment, UE, device, comprising baseband circuitry having a radio frequency, RF, interface configured to receive downlink signals during a plurality of slots and one or more processors configured to: identify a search space for physical downlink control channel, PDCCH, candidates by: receiving a search space configuration indicating a PDCCH monitoring periodicity and a PDCCH monitoring offset for the search space, each comprising a plurality of slots; a monitoring duration comprising a number of consecutive monitored slots in each monitoring periodicity; a monitoring pattern indicating, for each monitored slot, a first symbol of a control resource set, CORESET; a bitmap that identifies slots within the monitoring duration to be monitored according to the monitoring pattern; and determining a set of monitoring occasions corresponding to the set of selected symbols in each monitored slot of each monitoring periodicity; and decode downlink signals received in the set of monitoring occasions to search for PDCCH information for the UE. receiving a search space configuration indicating a PDCCH monitoring periodicity and a PDCCH monitoring offset for the search space, each comprising a plurality of slots; a monitoring duration comprising a number of consecutive monitored slots in each monitoring periodicity; a monitoring pattern indicating, for each monitored slot, a first symbol of a control resource set, CORESET; a bitmap that identifies slots within the monitoring duration to be monitored according to the monitoring pattern; and a PDCCH monitoring periodicity and a PDCCH monitoring offset for the search space, each comprising a plurality of slots; a monitoring duration comprising a number of consecutive monitored slots in each monitoring periodicity; a monitoring pattern indicating, for each monitored slot, a first symbol of a control resource set, CORESET; a bitmap that identifies slots within the monitoring duration to be monitored according to the monitoring pattern; and determining a set of monitoring occasions corresponding to the set of selected symbols in each monitored slot of each monitoring periodicity; and decode downlink signals received in the set of monitoring occasions to search for PDCCH information for the UE.