mhurhangee/ep-ind-claims huggingface dataset:
A system for providing respiratory therapy to a patient comprising: a nasal cannula comprising a cannula body, first and second inlet tubes, and a nasal prong for the delivery of a flow of breathing gas to the patient, the flow of breathing gas supplied to the cannula body via the first and second inlet tubes, the nasal prong having a longitudinal axis, an inlet in fluid communication with the cannula body, and an outlet for insertion into the nare of the patient; and a nebulizer adapted to receive a liquid medicament and having an aerosol generator positioned along and centered on the longitudinal axis, the aerosol generator operable to generate a flow of aerosolized medicament from the liquid medicament along the longitudinal axis; characterized in that the system comprises a flow director being coupled to the inlet of the nasal prong, the flow director having a first portion and a second portion, the first portion coupled to the cannula body and adapted to receive the flow of breathing gas from the first and second inlet tubes and direct the flow of breathing gas into the nasal prong such that the breathing gas flows along the longitudinal axis, and the second portion secured to the nebulizer and configured such that the flow of aerosolized medicament is contained within the flow of breathing gas as it moves along the longitudinal axis of the nasal prong for delivery to the patient; wherein the flow director is coupled to the inlet of the nasal prong. a nasal cannula comprising a cannula body, first and second inlet tubes, and a nasal prong for the delivery of a flow of breathing gas to the patient, the flow of breathing gas supplied to the cannula body via the first and second inlet tubes, the nasal prong having a longitudinal axis, an inlet in fluid communication with the cannula body, and an outlet for insertion into the nare of the patient; and a nebulizer adapted to receive a liquid medicament and having an aerosol generator positioned along and centered on the longitudinal axis, the aerosol generator operable to generate a flow of aerosolized medicament from the liquid medicament along the longitudinal axis; the system comprises a flow director being coupled to the inlet of the nasal prong, the flow director having a first portion and a second portion, the first portion coupled to the cannula body and adapted to receive the flow of breathing gas from the first and second inlet tubes and direct the flow of breathing gas into the nasal prong such that the breathing gas flows along the longitudinal axis, and the second portion secured to the nebulizer and configured such that the flow of aerosolized medicament is contained within the flow of breathing gas as it moves along the longitudinal axis of the nasal prong for delivery to the patient; wherein the flow director is coupled to the inlet of the nasal prong.
A parallel electricity-storage system comprising: a plurality of DC buses (4A, 4B); a number of sets of battery banks (2; 2 1, 2 2,..., 2 n) formed by serially connecting one or a plurality of battery cells capable of charging and discharging, the number thereof being larger than a number of the DC buses (4A, 4B); a switch provided for each of the battery banks (2 1, 2 2,..., 2 n) and serially connected to the battery bank to switch connection between the battery bank and each of the DC buses (4A, 4B); charge/discharge circuits (5A, 5B) as many as the number of the DC buses (4A, 4B) that charge the respective battery banks (2 1, 2 2,..., 2 n) via the DC buses (4A, 4B) or supply discharged power from the respective battery banks (2 1, 2 2,..., 2 n) received via the DC buses (4A, 4B) to a load device; a voltage detector that detects a voltage of the respective battery banks (2 1, 2 2,..., 2 n); and a controller that controls the switch based on at least a voltage detected by the voltage detector, wherein the controller is adapted for a first step of stopping an operation of a first charge/discharge circuit (5A, 5B) being a charge/discharge circuit (5A, 5B) as a connection source electrically connected with a first battery bank targeted to be switched, and increasing an operating current of at least one of the charge/discharge circuits (5A, 5B) other than the first charge/discharge circuit (5A, 5B) so that an output of the system is maintained; a second step of switching a first switch connected with the first battery bank to a charge/discharge circuit (5A, 5B) other than the first charge/discharge circuit (5A, 5B) so as to be electrically connected; and a third step of returning the operating current of the charge/discharge circuits (5A, 5B) including the first charge/discharge circuit (5A, 5B) back to that in a state before having switched. a plurality of DC buses (4A, 4B); a number of sets of battery banks (2; 2 1, 2 2,..., 2 n) formed by serially connecting one or a plurality of battery cells capable of charging and discharging, the number thereof being larger than a number of the DC buses (4A, 4B); a switch provided for each of the battery banks (2 1, 2 2,..., 2 n) and serially connected to the battery bank to switch connection between the battery bank and each of the DC buses (4A, 4B); charge/discharge circuits (5A, 5B) as many as the number of the DC buses (4A, 4B) that charge the respective battery banks (2 1, 2 2,..., 2 n) via the DC buses (4A, 4B) or supply discharged power from the respective battery banks (2 1, 2 2,..., 2 n) received via the DC buses (4A, 4B) to a load device; a voltage detector that detects a voltage of the respective battery banks (2 1, 2 2,..., 2 n); and a controller that controls the switch based on at least a voltage detected by the voltage detector, wherein
A non-imaging optical measurement system for measuring luminescence comprising: a personal communications device having an integrated camera having an image sensor; characterised in that the measurement system further comprises: an optical module configured to receive a plurality of samples for testing, the optical module comprising: a plurality of non-imaging outcouplers for extracting light from each sample of the plurality of samples; a subsequent optical configuration (84, 86,90) providing a separate optical path for the extracted light from each sample and for directing the extracted light from each sample through the optical module to a unique area of the image sensor of the camera, wherein the personal communications device is configured to extract an intensity measurement from at least one pixel on the camera in respect of each sample and to provide a measurement to a user for each sample from said at least one intensity measurement. a personal communications device having an integrated camera having an image sensor; characterised in that the measurement system further comprises: an optical module configured to receive a plurality of samples for testing, the optical module comprising: a plurality of non-imaging outcouplers for extracting light from each sample of the plurality of samples; a subsequent optical configuration (84, 86,90) providing a separate optical path for the extracted light from each sample and for directing the extracted light from each sample through the optical module to a unique area of the image sensor of the camera, an optical module configured to receive a plurality of samples for testing, the optical module comprising: a plurality of non-imaging outcouplers for extracting light from each sample of the plurality of samples; a subsequent optical configuration (84, 86,90) providing a separate optical path for the extracted light from each sample and for directing the extracted light from each sample through the optical module to a unique area of the image sensor of the camera, a plurality of non-imaging outcouplers for extracting light from each sample of the plurality of samples; a subsequent optical configuration (84, 86,90) providing a separate optical path for the extracted light from each sample and for directing the extracted light from each sample through the optical module to a unique area of the image sensor of the camera, wherein the personal communications device is configured to extract an intensity measurement from at least one pixel on the camera in respect of each sample and to provide a measurement to a user for each sample from said at least one intensity measurement.
An electric synchronous motor for an electrical power tool, comprising a: - tubular rotor magnetized to have circumferential polar alternations; - a tubular slotless stator yoke of ferromagnetic material, wherein - the tubular rotor is magnetized to have two pairs of circumferential polar alternations and wherein - a stator comprises three concentrically wound coils, wherein the three concentrically wound coils are assembled in a non-overlapping fashion inside the tubular stator yoke to form a concentrated motor winding, wherein the three concentrically wound coils are winded on three equally distributed bobbins, characterized in that the three concentrically wound coils are arranged in a self-supporting manner and in that the three concentrically wound coils are surrounded by an isolating material and that three concentrically wound coils and the three equally distributed bobbins are glued to the insulating material. - tubular rotor magnetized to have circumferential polar alternations; - a tubular slotless stator yoke of ferromagnetic material, wherein - the tubular rotor is magnetized to have two pairs of circumferential polar alternations and wherein - a stator comprises three concentrically wound coils, wherein the three concentrically wound coils are assembled in a non-overlapping fashion inside the tubular stator yoke to form a concentrated motor winding, wherein the three concentrically wound coils are winded on three equally distributed bobbins, characterized in that
A coating method for depositing a layer system formed from hard material layers on a substrate, including the following method steps: - Providing an evacuable process chamber having two cathodic vacuum arc evaporation sources with an evaporation material installed on two opposite flanges, and having two magnetron discharge sources with a discharge material (M2 installed on two opposite flanges, 90° offset from the vacuum arc evaporation sources; - Depositing at least one contact layer including the evaporation material on the surface of the substrate in a cathodic vacuum arc evaporation process only by means of the cathodic vacuum arc evaporation sources; - after depositing the contact layer, depositing at least one intermediate layer in the form of a nanostructured mixed layer, in particular in the form of a nano-layered intermediate layer in a hybrid phase or as a nanocomposite layer, comprising the evaporation material and the discharge material, by parallel operation of the cathodic vacuum arc evaporation sources and of the magnetron discharge sources; - and finally, depositing at least one top layer comprising the material only by means of the magnetron discharge sources; wherein during deposition of the interlayer and during deposition of the overlayer, the magnetron discharge sources are operated in a bipolar HIPIMS mode; and wherein during parallel operation of the cathodic vacuum arc evaporation sources and the magnetron discharge sources a coating pressure in the range of 0.5 Pa to 20 Pa, preferably in the range of 1 Pa to 10 Pa, is selected. - Providing an evacuable process chamber having two cathodic vacuum arc evaporation sources with an evaporation material installed on two opposite flanges, and having two magnetron discharge sources with a discharge material (M2 installed on two opposite flanges, 90° offset from the vacuum arc evaporation sources; - Depositing at least one contact layer including the evaporation material on the surface of the substrate in a cathodic vacuum arc evaporation process only by means of the cathodic vacuum arc evaporation sources; - after depositing the contact layer, depositing at least one intermediate layer in the form of a nanostructured mixed layer, in particular in the form of a nano-layered intermediate layer in a hybrid phase or as a nanocomposite layer, comprising the evaporation material and the discharge material, by parallel operation of the cathodic vacuum arc evaporation sources and of the magnetron discharge sources; - and finally, depositing at least one top layer comprising the material only by means of the magnetron discharge sources;
Device for comminuting materials preferably containing moisture, comprising a housing for forming an impact chamber having a rotating striking means driven therein by means of a preferably vertically aligned shaft, wherein a base plate, a cover, a wall connecting the latter, and an inlet and an outlet opening (15 and 16) are arranged as housing of the impact chamber, characterized in that a trough consisting of at least one layer of plastic is arranged in the impact chamber at least along the base plate and a wear plate is arranged on the other side of the layer of plastic.
A casing cutting and pulling assembly for location on a drill string comprising, in order, from surface: a casing spear to anchor to casing in a well bore; a mud motor operated by fluid flow through the drill string so as to rotate the drill string and all tools mounted thereon below the mud motor; a casing cutter configured to cut the casing, the casing cutter including a plurality of blades which move from a retracted position to an extended position on fluid pressure in the drill string; characterised in that: the casing spear is operated by fluid pressure in the drill string; a valve is mounted in the drill string between the casing spear and the casing cutter, the valve limiting fluid pressure through the drill string to the casing cutter until the casing spear is anchored to the casing. a casing spear to anchor to casing in a well bore; a mud motor operated by fluid flow through the drill string so as to rotate the drill string and all tools mounted thereon below the mud motor; a casing cutter configured to cut the casing, the casing cutter including a plurality of blades which move from a retracted position to an extended position on fluid pressure in the drill string; characterised in that: the casing spear is operated by fluid pressure in the drill string; a valve is mounted in the drill string between the casing spear and the casing cutter, the valve limiting fluid pressure through the drill string to the casing cutter until the casing spear is anchored to the casing. the casing spear is operated by fluid pressure in the drill string; a valve is mounted in the drill string between the casing spear and the casing cutter, the valve limiting fluid pressure through the drill string to the casing cutter until the casing spear is anchored to the casing.
A battery-free sensor probe for measuring the temperature of food, the sensor probe comprising: a probe portion having a temperature sensor, a circuit board and a near field communication radio frequency identification device; a handle having an antenna connected to the near field communication radio frequency identification device and the circuit board, wherein the antenna has a nonplanar configuration; and a thermal isolation device configured to thermally insulate the circuit board from the antenna, wherein the sensor probe is configured to harvest energy from a near field communication radio frequency transmitter positioned near the sensor probe. a probe portion having a temperature sensor, a circuit board and a near field communication radio frequency identification device; a handle having an antenna connected to the near field communication radio frequency identification device and the circuit board, wherein the antenna has a nonplanar configuration; and a thermal isolation device configured to thermally insulate the circuit board from the antenna, wherein the sensor probe is configured to harvest energy from a near field communication radio frequency transmitter positioned near the sensor probe.
An atomization assembly of an aerosol generating device, the atomization assembly comprising: a shell; a sealing seat; an atomization core comprising a first end and a second end, the first end of the atomization core is connected to the shell, and the second end of the atomization core is mounted on the sealing seat, wherein the shell, the sealing seat, and the atomization core are enclosed to form a juice storage cavity, and the atomization core is provided with a passing juice orifice; and a seal comprising a sealing part in the juice storage cavity, and a push rod connected to the sealing part, wherein the sealing part is arranged surrounding an outer peripheral surface of the atomization core for covering the passing juice orifice, and a free end of the push rod is slidably arranged through the sealing seat and exposed outside the sealing seat; characterized in that the sealing seat comprises a silicone pad that is airtight connected to the shell, wherein the silicone pad comprises a mounting hole for the push rod to pass through, and the push rod is configured to fit with the mounting hole. a shell; a sealing seat; an atomization core comprising a first end and a second end, the first end of the atomization core is connected to the shell, and the second end of the atomization core is mounted on the sealing seat, wherein the shell, the sealing seat, and the atomization core are enclosed to form a juice storage cavity, and the atomization core is provided with a passing juice orifice; and a seal comprising a sealing part in the juice storage cavity, and a push rod connected to the sealing part, wherein the sealing part is arranged surrounding an outer peripheral surface of the atomization core for covering the passing juice orifice, and a free end of the push rod is slidably arranged through the sealing seat and exposed outside the sealing seat; characterized in that the sealing seat comprises a silicone pad that is airtight connected to the shell, wherein the silicone pad comprises a mounting hole for the push rod to pass through, and the push rod is configured to fit with the mounting hole.
A device for decoding video data, the device comprising: a memory; and a processor, connected to the memory, configured to: determine motion vectors of a first control point and a second control point, corresponding to a 4-parameter affine transform model, of a current block of the video data; derive, using the motion vectors of the first control point and the second control point, motion vectors predictors for a third control point for a 6-parameter affine transform model; insert, into an affine motion vector predictor set candidate list, the motion vector predictors for the third control point; determine, based on an index signaled in a bitstream, a selected affine MVP set in the affine MVP set candidate list; determine, based on motion vector predictors included in the selected affine MVP set, motion vectors of the third control point of the current block; generate, based on the motion vectors of the first control point, the second control point, and the third control point of the current block, a predictive block; and reconstruct the current block based on residual data and the predictive block. a memory; and a processor, connected to the memory, configured to: determine motion vectors of a first control point and a second control point, corresponding to a 4-parameter affine transform model, of a current block of the video data; derive, using the motion vectors of the first control point and the second control point, motion vectors predictors for a third control point for a 6-parameter affine transform model; insert, into an affine motion vector predictor set candidate list, the motion vector predictors for the third control point; determine, based on an index signaled in a bitstream, a selected affine MVP set in the affine MVP set candidate list; determine, based on motion vector predictors included in the selected affine MVP set, motion vectors of the third control point of the current block; generate, based on the motion vectors of the first control point, the second control point, and the third control point of the current block, a predictive block; and reconstruct the current block based on residual data and the predictive block. determine motion vectors of a first control point and a second control point, corresponding to a 4-parameter affine transform model, of a current block of the video data; derive, using the motion vectors of the first control point and the second control point, motion vectors predictors for a third control point for a 6-parameter affine transform model; insert, into an affine motion vector predictor set candidate list, the motion vector predictors for the third control point; determine, based on an index signaled in a bitstream, a selected affine MVP set in the affine MVP set candidate list; determine, based on motion vector predictors included in the selected affine MVP set, motion vectors of the third control point of the current block; generate, based on the motion vectors of the first control point, the second control point, and the third control point of the current block, a predictive block; and reconstruct the current block based on residual data and the predictive block.
An apparatus for coloring an outer surface of an electric wire moving in one direction including: a roller member of which outer peripheral wall contacts the outer surface of the electric wire, and rotates as the electric wire moves; a spouting unit for spouting coloring material; a slack absorbing unit having a moving roller and an air cylinder for absorbing the slack of the electric wire; and a correction unit having a plurality of first rollers and a plurality of second rollers for giving the electric wire tension, characterized in that the spouting unit spouts the coloring material into an inside of grooves formed onto the outer peripheral wall of the roller member, the grooves being respectively arranged in the circumferential direction of the roller member. a roller member of which outer peripheral wall contacts the outer surface of the electric wire, and rotates as the electric wire moves; a spouting unit for spouting coloring material; a slack absorbing unit having a moving roller and an air cylinder for absorbing the slack of the electric wire; and a correction unit having a plurality of first rollers and a plurality of second rollers for giving the electric wire tension, characterized in that the spouting unit spouts the coloring material into an inside of grooves formed onto the outer peripheral wall of the roller member, the grooves being respectively arranged in the circumferential direction of the roller member.