mhurhangee/patent-ind-claim-en huggingface dataset:
Wind turbine, comprising: a handling device for a gearbox , having a first column , a second column , a first holder for the gearbox , a second holder for the gearbox , a first rail and a second rail , wherein the first holder is fixed in the first column so as to be rotatable and displaceable in translation, wherein the second holder is fixed in the second column so as to be rotatable and displaceable in translation parallel to the first holder , wherein the first column is fixed in the first rail so as to be displaceable in translation, wherein the second column is displaceable in translation in the second rail parallel to the first column , and wherein the axes of rotation of the holders are aligned or are oriented such that they can be brought into alignment by displacing the first holder , the second holder , the first column and/or the second column , wherein the first rail and the second rail of the handling device are fixed in a machinery carrier of the wind turbine. a handling device for a gearbox , having a first column , a second column , a first holder for the gearbox , a second holder for the gearbox , a first rail and a second rail , wherein the first holder is fixed in the first column so as to be rotatable and displaceable in translation, wherein the second holder is fixed in the second column so as to be rotatable and displaceable in translation parallel to the first holder , wherein the first column is fixed in the first rail so as to be displaceable in translation, wherein the second column is displaceable in translation in the second rail parallel to the first column , and wherein the axes of rotation of the holders are aligned or are oriented such that they can be brought into alignment by displacing the first holder , the second holder , the first column and/or the second column , wherein the first rail and the second rail of the handling device are fixed in a machinery carrier of the wind turbine.
An elongated sensor assembly for detecting a change of state comprising: - at least one sensor switch, such as a magnetically activated Reed switch, configured to detect a given state and a change of state between the given state and at least one other state, - a microprocessor configured to detect the change of state of said at least one sensor switch, - an antenna system, - a wireless transmitter configured to receive a signal from the microprocessor identifying a change of the state of the at least one sensor switch and transmit said signal by means of the antenna system, and - a power source for providing electric power to the microprocessor, the at least one sensor switch, and the wireless transmitter, the sensor assembly further comprising a container for housing the components of the elongated sensor assembly, characterized in that said at least one sensor switch, said microprocessor, said antenna system, said wireless transmitter, and said power source are incorporated in said elongated sensor assembly to reach a maximum height of the sensor assembly of less than 5 mm, and in that the sensor assembly comprises a circuit structure for connecting the components, wherein the circuit structure forms a lid of the container. - at least one sensor switch, such as a magnetically activated Reed switch, configured to detect a given state and a change of state between the given state and at least one other state, - a microprocessor configured to detect the change of state of said at least one sensor switch, - an antenna system, - a wireless transmitter configured to receive a signal from the microprocessor identifying a change of the state of the at least one sensor switch and transmit said signal by means of the antenna system, and - a power source for providing electric power to the microprocessor, the at least one sensor switch, and the wireless transmitter, the sensor assembly sensor assembly, characterized in that said at least one sensor switch, said microprocessor, said antenna system, said wireless transmitter, and said power source are incorporated in said elongated sensor assembly to reach a maximum height of the sensor assembly of less than 5 mm, and in that the sensor assembly comprises a circuit structure for connecting the components, wherein the circuit structure forms a lid of the container.
A solar cell panel comprising: a plurality of solar cells that include a first solar cell and a second solar cell , the plurality of solar cells having respective lengths in a first direction (y) and respective widths in a second direction (x), wherein each of the plurality of solar cells includes a first side and a second side which extend along the first direction (y) and are opposite to each other and determined with respect to the second direction (x); and one or more connecting members that electrically connect two adjacent solar cells of the plurality of solar cells , wherein the first solar cell includes a first chamfer portion at the first side of the first solar cell , wherein the second solar cell includes a second chamfer portion at the second side of the second solar cell , and wherein a first width (W1) of the first solar cell in the second direction is different from a second width (W2) of the second solar cell in the second direction. a plurality of solar cells that include a first solar cell and a second solar cell , the plurality of solar cells having respective lengths in a first direction (y) and respective widths in a second direction (x), wherein each of the plurality of solar cells includes a first side and a second side which extend along the first direction (y) and are opposite to each other and determined with respect to the second direction (x); and one or more connecting members that electrically connect two adjacent solar cells of the plurality of solar cells , wherein the first solar cell includes a first chamfer portion at the first side of the first solar cell , wherein the second solar cell includes a second chamfer portion at the second side of the second solar cell , and wherein a first width (W1) of the first solar cell in the second direction is different from a second width (W2) of the second solar cell in the second direction.
Pharmaceutical composition comprising drug loaded nano-resin particles having a particle size distribution characterized in that the D 90 value is between 200 nanometers to 900 nanometers and D 10 value is not less than 50 nanometers for use in medicine.
A carton sizing system comprising a frame , a controller , one or more cutters movably mounted to the frame and operatively connected to the controller , one or more markers movably mounted to the frame and operatively connected to the controller and measuring means operatively connected to the controller and configured to determine, in use, the footprint of an open top carton and to determine the height of one or more objects contained within the carton , wherein the controller is configured to position the one or more cutters based on the determined footprint and to cut vertical edges of the carton based on the determined height, the controller being further configured to position the one or more markers based on the determined footprint and height and to score or crease vertical walls of the carton between the vertical edges to at least partially define foldable panels.
Insulating glazing having a pressure equalization body comprising a capillary and a membrane for permanent pressure equalization of the insulating glazing, at least comprising a first pane , a second pane , and a circumferential spacer with a first pane contact surface (2.1), a second pane contact surface (2.2) running parallel thereto, a glazing interior surface , and an outer surface , wherein - the first pane is mounted on the first pane contact surface (2.1) and the second pane is mounted on the second pane contact surface (2.2), - the first pane , the second pane , and the glazing interior surface enclose an inner interpane space , - the first pane , the second pane , and the outer surface enclose an outer interpane space , - the pressure equalization body is inserted into an opening on the outer surface of the spacer , - the pressure equalization body contains at least one gas-permeable membrane and at least one capillary , - the inner interpane space is gas-permeably connected to the atmosphere via the capillary and the membrane , and - the capillary has, in at least one section , an inner diameter less than or equal to 1.2 mm. - the first pane is mounted on the first pane contact surface (2.1) and the second pane is mounted on the second pane contact surface (2.2), - the first pane , the second pane , and the glazing interior surface enclose an inner interpane space , - the first pane , the second pane , and the outer surface enclose an outer interpane space , - the pressure equalization body is inserted into an opening on the outer surface of the spacer , - the pressure equalization body contains at least one gas-permeable membrane and at least one capillary , - the inner interpane space is gas-permeably connected to the atmosphere via the capillary and the membrane , and - the capillary has, in at least one section , an inner diameter less than or equal to 1.2 mm.
A waveguide slot array antenna having an excitation slot array that radiates a signal corresponding to an operating frequency in a main radiation plate , the waveguide slot array antenna comprising: a first auxiliary radiation plate installed on the main radiation plate , the first auxiliary radiation plate comprising an array of first polarization slots that are formed to one-to-one correspond to the respective excitation slots of the main radiation plate , where the first polarization slot is formed in a posture mechanically rotated with respect to the excitation slot , characterized in that a second auxiliary radiation plate installed on the first auxiliary radiation plate where a plurality of second polarization slots are formed to correspond to each first polarization slot of the first auxiliary radiation plate and where a distribution structure for distributing a signal to the plurality of corresponding second polarization slots for each first polarization slot is formed. a first auxiliary radiation plate installed on the main radiation plate , the first auxiliary radiation plate comprising an array of first polarization slots that are formed to one-to-one correspond to the respective excitation slots of the main radiation plate , where the first polarization slot is formed in a posture mechanically rotated with respect to the excitation slot , characterized in that a second auxiliary radiation plate installed on the first auxiliary radiation plate where a plurality of second polarization slots are formed to correspond to each first polarization slot of the first auxiliary radiation plate and where a distribution structure for distributing a signal to the plurality of corresponding second polarization slots for each first polarization slot is formed.
A light-absorbent resin composition for laser welding, comprising laser-light-absorbent nanoparticles and a polymer dispersing agent, characterized in that the polymer dispersing agent has a glass transition temperature of 52°C, the laser-light-absorbent nanoparticles are at least one of nanoparticles of tungsten oxide indicated by the general formula W y O z (wherein W is tungsten, O is oxygen, and 2.0 ≤ z/y < 3.0) and nanoparticles of composite tungsten oxide indicated by the general formula M x W y O z (wherein M is one or more types of elements selected from H, He, alkali metals, alkaline earth metals, rare earth elements, Mg, Zr, Cr, Mn, Fe, Ru, Co, Rh, Ir, Ni, Pd, Pt, Cu, Ag, Au, Zn, Cd, Al, Ga, In, Tl, Si, Ge, Sn, Pb, Sb, B, F, P, S, Se, Br, Te, Ti, Nb, V, Mo, Ta, Re, Be, Hf, Os, Bi, and I; W is tungsten; O is oxygen; 0.001 ≤ x/y ≤ 1; and 2.0 < z/y ≤ 3.0), and the polymer dispersing agent is a styrene/acrylic polymer dispersing agent.
A system, comprising: an air pressurization system (APS) configured to generate environmental control system (ECS) supply air from environmental air; an ECS configured to: receive the ECS supply air from the APS; generate ECS discharge air from a first portion of the ECS supply air; and output the ECS discharge air to an aircraft cabin ; an auxiliary power unit (APU) configured to: receive cabin discharge air from the aircraft cabin; and receive a second portion of the ECS supply air from the APS to supplement the cabin discharge air; the system being characterised in that it further comprises: an APU throttle valve configured to control flow of cabin discharge air from the cabin to the APU; and an ECS bypass valve configured to control a flow of the second portion of the ECS supply air from the APS to the APU and reduce a pressure of the second portion of the ECS supply air. an air pressurization system (APS) configured to generate environmental control system (ECS) supply air from environmental air; an ECS configured to: receive the ECS supply air from the APS; generate ECS discharge air from a first portion of the ECS supply air; and output the ECS discharge air to an aircraft cabin ; receive the ECS supply air from the APS; generate ECS discharge air from a first portion of the ECS supply air; and output the ECS discharge air to an aircraft cabin ; an auxiliary power unit (APU) configured to: receive cabin discharge air from the aircraft cabin; and receive a second portion of the ECS supply air from the APS to supplement the cabin discharge air; the system being characterised in that it further comprises: an APU throttle valve configured to control flow of cabin discharge air from the cabin to the APU; and an ECS bypass valve configured to control a flow of the second portion of the ECS supply air from the APS to the APU and reduce a pressure of the second portion of the ECS supply air. receive cabin discharge air from the aircraft cabin; and receive a second portion of the ECS supply air from the APS to supplement the cabin discharge air; the system being characterised in that it further comprises: an APU throttle valve configured to control flow of cabin discharge air from the cabin to the APU; and an ECS bypass valve configured to control a flow of the second portion of the ECS supply air from the APS to the APU and reduce a pressure of the second portion of the ECS supply air. an APU throttle valve configured to control flow of cabin discharge air from the cabin to the APU; and an ECS bypass valve configured to control a flow of the second portion of the ECS supply air from the APS to the APU and reduce a pressure of the second portion of the ECS supply air.
A safety system for implementing presence detection, the system comprising: a receiver configured to receive a signal from a transmitter ; a detection module configured to detect a signal strength of the signal; a processor configured to compare the signal strength of the signal with a signal strength threshold; a task module configured to perform a task based at least in part on the comparison; and an elevator controller that is operably coupled to the processor, wherein the elevator controller is configured to control an elevator car operating in a hoistway; characterized in that the elevator controller further comprises an operational state module configured to track a current state of an elevator system comprising the elevator car. a receiver configured to receive a signal from a transmitter ; a detection module configured to detect a signal strength of the signal; a processor configured to compare the signal strength of the signal with a signal strength threshold; a task module configured to perform a task based at least in part on the comparison; and an elevator controller that is operably coupled to the processor, wherein the elevator controller is configured to control an elevator car operating in a hoistway; characterized in that the elevator controller further comprises an operational state module configured to track a current state of an elevator system comprising the elevator car.
An improved left atrial appendage (LAA) occluder , comprising a sealing disc and an anchoring device , both of which are mutually connected; characterized in that , the sealing disc comprises a disc surface and a waist part connected to the disc surface , wherein the disc surface is provided with a first fixed end for connecting a transport device; wherein the waist part comprises a second fixed end connected to the anchoring device , a diffusion section radiated outwards from the second fixed end , and a body section located on the periphery of the diffusion section ; wherein at least two flow blocking membranes are arranged in the sealing disc , wherein one of the at least two flow blocking membranes is sutured in the disc surface and perpendicular to an axis of the sealing disc extending from the first fixed end to the second fixed end , and the other of the at least two flow blocking membranes is sutured in the middle part of the body section perpendicular to the axis of the sealing disc .
A method for encoding a video sequence and generating a bitstream comprising: setting an infer flag (sps_base_pred_scaling_list_flag) of a second sequence parameter sets, SPS, of a current layer equal to one when a scaling list data in the second SPS is inferred from a scaling list data in a first SPS of a reference layer indicated by a second syntax element (scaling_list_sps_pred_layer_idc) of the second SPS; generating the second syntax element (scaling_list_sps_pred_layer_idc) if the infer flag (sps_base_pred_scaling_list_flag) according to the second syntax element (scaling_list_sps_pred_layer_idc) is equal to 1; generating the bitstream including the infer flag (sps_base_pred_scaling_list_flag) and the second syntax element (scaling_list_sps_pred_layer_idc), wherein the method is further comprising: setting the infer flag (sps_base_pred_scaling_list_flag) equal to zero for the first SPS of a layer indicated by the second syntax element (scaling_list_sps_pred_layer_idc) of the second SPS in a case that the infer flag (sps_base_pred_scaling_list_flag) of the second SPS is equal to one. setting an infer flag (sps_base_pred_scaling_list_flag) of a second sequence parameter sets, SPS, of a current layer equal to one when a scaling list data in the second SPS is inferred from a scaling list data in a first SPS of a reference layer indicated by a second syntax element (scaling_list_sps_pred_layer_idc) of the second SPS; generating the second syntax element (scaling_list_sps_pred_layer_idc) if the infer flag (sps_base_pred_scaling_list_flag) according to the second syntax element (scaling_list_sps_pred_layer_idc) is equal to 1; generating the bitstream including the infer flag (sps_base_pred_scaling_list_flag) and the second syntax element (scaling_list_sps_pred_layer_idc), wherein the method is further comprising: setting the infer flag (sps_base_pred_scaling_list_flag) equal to zero for the first SPS of a layer indicated by the second syntax element (scaling_list_sps_pred_layer_idc) of the second SPS in a case that the infer flag (sps_base_pred_scaling_list_flag) of the second SPS is equal to one.
A pharmaceutical composition characterized in that it comprises the combination of: i. an NSAID agent, ii. a corticosteroid agent, iii. a pharmaceutically acceptable vehicle and/or excipient, wherein the NSAID agent is aceclofenac in its basic form and the corticosteroid agent is betamethasone in its phosphate salt or its dipropionate salt; and wherein the combination is formulated in a single dosing unit to be administered topically in one of the forms selected from the group consisting of: patches, ointments, gels, creams and aerosols. i. an NSAID agent, ii. a corticosteroid agent, iii. a pharmaceutically acceptable vehicle and/or excipient,
An apparatus comprising: an axial bearing core ; a primary winding coupled to the axial bearing core , the primary winding having a plurality of first windings arranged to have a first number of turns, the plurality of windings further arranged for a flow of a current through the primary winding in a first direction; and a compensation winding coupled to the axial bearing core , the compensation winding having a plurality of second windings arranged to have a second number of turns, the second number of turns being about one-half the number of turns as the first number of turns, the compensation winding further arranged for a flow of a current through the compensation winding in a second direction, the second direction being opposite of the first direction, characterized in that : at least a portion of the axial bearing core comprises a ferromagnetic material; and in that the compensation winding comprises a plurality of compensation windings and the sum total number of turns for the plurality of compensation windings is about one-half the number of turns of the first number of turns. a primary winding coupled to the axial bearing core , the primary winding having a plurality of first windings arranged to have a first number of turns, the plurality of windings further arranged for a flow of a current through the primary winding in a first direction; and a compensation winding coupled to the axial bearing core , the compensation winding having a plurality of second windings arranged to have a second number of turns, the second number of turns being about one-half the number of turns as the first number of turns, the compensation winding further arranged for a flow of a current through the compensation winding in a second direction, the second direction being opposite of the first direction, characterized in that : at least a portion of the axial bearing core comprises a ferromagnetic material; and in that the compensation winding comprises a plurality of compensation windings and the sum total number of turns for the plurality of compensation windings is about one-half the number of turns of the first number of turns.