mhurhangee/patent-ind-claim-en huggingface dataset:
A method for enabling electrical power delivery to vehicles during traveling, the method comprising: receiving, at a base station , identification data transmitted from a vehicle, the identification data identifying the vehicle; associating an activation key with the identification data; transmitting the activation key from the base station to a segment of a plurality of segments consecutively arranged along a single track line to provide alternating potentials, wherein every second of the plurality of segments, including the segment, belong to a first set of segments to be powered, and wherein other segments form a second set of non-powered segments ; receiving, at the segment and via short range radio communication having a range of 0.15 to 5 meters, an activation request sent from the vehicle, wherein the activation request comprises an identification key associated with the identification data; confirming, at the segment, that the received identification key is associated with the received activation key; upon positive confirmation, activating the segment for enabling power delivery to the vehicle and transmitting a deactivation request from the segment to a previously activated segment of the first set of segments of the plurality of segments ; powering the segment and creating a voltage difference between the powered segment and the non-powered segments to provide alternating potentials; measuring power delivered by the powering segment while activated through a measuring module comprised therein; and storing the measured delivered power in a database in association with the identification data. receiving, at a base station , identification data transmitted from a vehicle, the identification data identifying the vehicle; associating an activation key with the identification data; transmitting the activation key from the base station to a segment of a plurality of segments consecutively arranged along a single track line to provide alternating potentials, wherein every second of the plurality of segments, including the segment, belong to a first set of segments to be powered, and wherein other segments form a second set of non-powered segments ; receiving, at the segment and via short range radio communication having a range of 0.15 to 5 meters, an activation request sent from the vehicle, wherein the activation request comprises an identification key associated with the identification data; confirming, at the segment, that the received identification key is associated with the received activation key; upon positive confirmation, activating the segment for enabling power delivery to the vehicle and transmitting a deactivation request from the segment to a previously activated segment of the first set of segments of the plurality of segments ; powering the segment and creating a voltage difference between the powered segment and the non-powered segments to provide alternating potentials; measuring power delivered by the powering segment while activated through a measuring module comprised therein; and storing the measured delivered power in a database in association with the identification data.
Rotor for rotary electric machine, comprising a plurality of North (N) and South (S) poles that are alternate and are formed from a plurality of permanent magnets arranged in first recesses which extend axially and are distributed regularly between a circumferential part and a central part of of the magnetic mass of said rotor so as to define a plurality of circumferential polar sections , said first recesses being spaced apart by central tabs of thickness E, said permanent magnets having a polygonal radial section which comprises an essentially rectangular part close to said circumferential part adjacent to an essentially trapezoidal part close to said central part , such that a part of the permanent magnet close to the central part of the rotor comprises a wedge shape, said central tabs forming partitions and the thickness E being constant, the polar sections comprising two longitudinal faces that extend on either side of the essentially rectangular part of the magnets , characterized in that a ratio R0=h/E of a first height h of said trapezoidal part over the thickness E of a central tab is predetermined so as to minimize flux leakage via the central part while being able to withstand mechanical stresses, in particular when the electric machine is rotating at high speeds, the ratio R0 being between 1.9 and 7, in particular between 2 and 6, for example between 3 and 5.
A substrate for a power module, comprising: a ceramic plate ; a copper circuit plate on a main surface of the ceramic plate ; and a heat dissipation copper plate on a surface of the ceramic plate opposite to the main surface, the copper circuit plate including at least one first copper circuit plate , and at least one second copper circuit plate different from the first copper circuit plate , the first copper circuit plate including a first portion on which a semiconductor device is mountable, and a second portion having a smaller thickness than the first portion , the second portion being outward from and surrounding the first portion , and a third portion between the first portion and the second portion , the third portion having a smaller thickness than the second portion . a ceramic plate ; a copper circuit plate on a main surface of the ceramic plate ; and a heat dissipation copper plate on a surface of the ceramic plate opposite to the main surface, the copper circuit plate including at least one first copper circuit plate , and at least one second copper circuit plate different from the first copper circuit plate , the first copper circuit plate including a first portion on which a semiconductor device is mountable, and a second portion having a smaller thickness than the first portion , the second portion being outward from and surrounding the first portion , and a third portion between the first portion and the second portion , the third portion having a smaller thickness than the second portion . at least one first copper circuit plate , and at least one second copper circuit plate different from the first copper circuit plate , the first copper circuit plate including a first portion on which a semiconductor device is mountable, and a second portion having a smaller thickness than the first portion , the second portion being outward from and surrounding the first portion , and a third portion between the first portion and the second portion , the third portion having a smaller thickness than the second portion .
A syringe assembly comprising: an outer cylinder having an outer cylinder body part , a piercing needle mounting part provided at a distal end portion of said outer cylinder body part , a piercing needle which has a piercing needle tip at a distal end thereof and whose proximal end portion is fixed to said piercing needle mounting part , and a seal cap mounted on said outer cylinder , wherein said seal cap comprises a closed distal end part , an open proximal end part , a hollow part including a piercing needle mounting part-accommodating part positioned at a distal side from said open proximal end part and accommodating a distal end portion of said piercing needle mounting part and a piercing needle accommodating part continuous with a distal end of said piercing needle mounting part-accommodating part and accommodating said piercing needle , and a pierceable part into which said piercing needle tip of said piercing needle accommodated inside said piercing needle accommodating part is pierceable, wherein said seal cap is mounted on said outer cylinder , and wherein said piercing needle tip is in a state of being pierced into said pierceable part of said seal cap , characterized in that said seal cap is formed of a rubber composition containing a mixture of butyl rubber and diene-based rubber as a base polymer thereof, the ratio between said butyl rubber and said diene-based rubber of said rubber composition being set from 7:3 to 4:6, and said syringe assembly is subjected to high-pressure steam sterilization. an outer cylinder having an outer cylinder body part , a piercing needle mounting part provided at a distal end portion of said outer cylinder body part , a piercing needle which has a piercing needle tip at a distal end thereof and whose proximal end portion is fixed to said piercing needle mounting part , and a seal cap mounted on said outer cylinder , wherein said seal cap comprises a closed distal end part , an open proximal end part , a hollow part including a piercing needle mounting part-accommodating part positioned at a distal side from said open proximal end part and accommodating a distal end portion of said piercing needle mounting part and a piercing needle accommodating part continuous with a distal end of said piercing needle mounting part-accommodating part and accommodating said piercing needle , and a pierceable part into which said piercing needle tip of said piercing needle accommodated inside said piercing needle accommodating part is pierceable, wherein said seal cap is mounted on said outer cylinder , and wherein said piercing needle tip is in a state of being pierced into said pierceable part of said seal cap , characterized in that said seal cap is formed of a rubber composition containing a mixture of butyl rubber and diene-based rubber as a base polymer thereof, the ratio between said butyl rubber and said diene-based rubber of said rubber composition being set from 7:3 to 4:6, and
A thiol-containing compound having at least two groups of formula -NH-CO-CO-NH-R 1 -SH wherein R 1 is an alkylene group.
A method carried out in a base station for synchronization in a wireless system, the method comprising: transmitting a physical broadcast channel, PBCH, including one or more bits, characterized in that the one or more bits indicate additional system information if a frequency of the wireless system is within a frequency range up to a predefined frequency and otherwise indicate a location of a slot group comprising at least one synchronization signal block in a synchronization signal burst set including said slot group.
A method for optimizing a dose of radiation for a radio-therapy treatment of a treatment volume of a patient subject to constraints on diagnostic parameters of the treatment volume, comprising: determining minimal and maximal constraints on total dose of radiation of each voxel in the treatment volume based on the constraints and a voxel map of the treatment volume; characterized by formulating a least-distance problem, LDP, minimizing intensity values of beams of radiation subject to the minimal and the maximal constraints on the total dose of radiation of each voxel in the treatment volume; taking a dual of the LDP to transform the LDP into a non-negative quadratic program, NNQP; solving the NNQP using a parallel quadratic programming, PQP, rescaling iteratively a candidate solution of the NNQP to determine a dual solution ; and determining a primal solution of the LDP using the dual solution of the NNQP, wherein steps of the method are performed by a processor . determining minimal and maximal constraints on total dose of radiation of each voxel in the treatment volume based on the constraints and a voxel map of the treatment volume; characterized by formulating a least-distance problem, LDP, minimizing intensity values of beams of radiation subject to the minimal and the maximal constraints on the total dose of radiation of each voxel in the treatment volume; taking a dual of the LDP to transform the LDP into a non-negative quadratic program, NNQP; solving the NNQP using a parallel quadratic programming, PQP, rescaling iteratively a candidate solution of the NNQP to determine a dual solution ; and determining a primal solution of the LDP using the dual solution of the NNQP, wherein steps of the method are performed by a processor .
A communication method, comprising: broadcasting, by an access point, a sending request on a first bandwidth, wherein the first bandwidth comprises a first channel and a second channel, and the sending request is a request to send, RTS, frame; receiving, by the access point, a clear to send information only on the first channel of the first bandwidth, from a first station in respond to the sending request , wherein the clear to send information is a clear to send, CTS, frame; confirming, by the access point based on the receipt of the clear to send information, that an RTC/CTS frame transmission is successful; and after the confirming, sending, by the access point, a trigger information to the first station and a second station on the first channel and the second channel of the first bandwidth, respectively, wherein the trigger information is used to schedule the first station and the second station to send uplink data, and the trigger information is a trigger frame. broadcasting, by an access point, a sending request on a first bandwidth, wherein the first bandwidth comprises a first channel and a second channel, and the sending request is a request to send, RTS, frame; receiving, by the access point, a clear to send information only on the first channel of the first bandwidth, from a first station in respond to the sending request , wherein the clear to send information is a clear to send, CTS, frame; confirming, by the access point based on the receipt of the clear to send information, that an RTC/CTS frame transmission is successful; and after the confirming, sending, by the access point, a trigger information to the first station and a second station on the first channel and the second channel of the first bandwidth, respectively, wherein the trigger information is used to schedule the first station and the second station to send uplink data, and the trigger information is a trigger frame.
A flexible container bag formed by sewing up at least one fabric web , wherein the fabric web comprises an unweakened area as well as warp threads and weft threads and has a weakened area along at least one of the edges of the fabric web, wherein the warp threads in the weakened area are thinner than the warp threads in the unweakened area , wherein the weakened area of the fabric web is partially or preferably entirely folded onto the unweakened area and forms a reinforced fabric edge , characterized in that the weakened area of the fabric web is attached to the unweakened area by means of a hot-melt adhesive, heat welding, ultrasonic welding or an adhesive tape and in that the warp threads with reduced thickness in the weakened area are configured to have an increased width compared to the warp threads in the unweakened area .
Method for controlling a household appliance in a household , wherein the method comprises the following steps: - acquiring an operating state of the household appliance ; - scanning a user ; - determining a viewing direction of the user ; - controlling the household appliance as a function of the operating state and the identified viewing direction ; characterised in that - the household appliance comprises a cooker with a surface for placing a cooking vessel and - in the step of determining the viewing direction of the user, the viewing direction is determined in relation to the surface and/or a cooking vessel placed on the surface. - acquiring an operating state of the household appliance ; - scanning a user ; - determining a viewing direction of the user ; - controlling the household appliance as a function of the operating state and the identified viewing direction ; - the household appliance comprises a cooker with a surface for placing a cooking vessel and - in the step of determining the viewing direction of the user, the viewing direction is determined in relation to the surface and/or a cooking vessel placed on the surface.
A CD34+ enriched, T cell depleted, expanded human cord blood stem and progenitor cell product for use in a method of treating acute myelogenous leukemia (AML) in a human patient wherein the cell product is derived from samples from at least two human donors without regard to the HLA type of the donors and the HLA type of the human patient, the method comprising administering the cell product to the human patient, thereby treating AML in the human patient; wherein the cell product was produced by steps comprising enriching for CD34+ human cord blood stem and progenitor cells; and expanding the CD34+ enriched human cord blood stem and progenitor cells with a Notch-agonist.
A process for recovering a solid product of terephthalic acid from a solid/liquid mixture, the process comprising: filtering a solid/liquid mixture in a first solid/liquid separation zone to form a filter cake, the filter cake comprising a solid product, the first solid-liquid separation zone comprising a rotary pressure filter apparatus configured to operate at a positive pressure and to apply a pressure differential across at least one filter member, the filter cake forming on said at least one filter member; wherein the rotary pressure filter apparatus is configured to operate without a drying zone; washing the filter cake with a wash fluid in the rotary filter apparatus to form a wet filter cake, the wet filter cake comprising 25 wt% to 50 wt% residual wash fluid; transferring the wet filter cake to a reslurrying zone without drying and mixing the wet filter cake with a reslurrying fluid to form a slurry of the filter cake in the reslurrying fluid; transferring the slurry of filter cake in the reslurrying fluid to a second solid/liquid separation zone and separating the terephthalic acid solid product from the slurry of the filter cake in the reslurrying fluid, wherein the terephthalic acid solid product is at least 99% pure on a weight basis and wherein the second solid /liquid separation zone comprises a rotary vacuum filter. filtering a solid/liquid mixture in a first solid/liquid separation zone to form a filter cake, the filter cake comprising a solid product, the first solid-liquid separation zone comprising a rotary pressure filter apparatus configured to operate at a positive pressure and to apply a pressure differential across at least one filter member, the filter cake forming on said at least one filter member; wherein the rotary pressure filter apparatus is configured to operate without a drying zone; washing the filter cake with a wash fluid in the rotary filter apparatus to form a wet filter cake, the wet filter cake comprising 25 wt% to 50 wt% residual wash fluid; transferring the wet filter cake to a reslurrying zone without drying and mixing the wet filter cake with a reslurrying fluid to form a slurry of the filter cake in the reslurrying fluid; transferring the slurry of filter cake in the reslurrying fluid to a second solid/liquid separation zone and separating the terephthalic acid solid product from the slurry of the filter cake in the reslurrying fluid, wherein the terephthalic acid solid product is at least 99% pure on a weight basis and wherein the second solid /liquid separation zone comprises a rotary vacuum filter.
Harvesting machine comprising: - a crop pick-up device , - a loading space as a store for the crop taken up, - a weighing system for determining a mass (M) of the crop contained in the loading space , - a position-determining system , for example a GPS system or an interface to a position-determining system of a towing vehicle towing the harvester , - a sensor system for determining at least one vehicle operating condition, - a data processor configured to perform a position-related yield determination, - the sensor system comprising at least one sensor for determining a disturbance variable acting on the mass (M) of harvested crop located in the loading space , and the data processor being configured to carry out a position-related weight determination adjusted for the disturbance variable, characterised in that the crop pick-up device assumes a floating position and/or a working position (P1) in the working mode and a transport position (P2) in the transport mode and the sensor system comprises a sensor for detecting the position (P1, P2) of the crop pick-up device , so that a correction factor stored or calculated in the data processor for the weight determination adjusted for the disturbance variable can be included as a function of the position (P1, P2) detected by the sensor . - a crop pick-up device , - a loading space as a store for the crop taken up, - a weighing system for determining a mass (M) of the crop contained in the loading space , - a position-determining system , for example a GPS system or an interface to a position-determining system of a towing vehicle towing the harvester , - a sensor system for determining at least one vehicle operating condition, - a data processor configured to perform a position-related yield determination, - the sensor system comprising at least one sensor for determining a disturbance variable acting on the mass (M) of harvested crop located in the loading space , and the data processor being configured to carry out a position-related weight determination adjusted for the disturbance variable,
Parking apparatus having - a large number of parking spaces - a transport apparatus - a charging apparatus for charging an electric vehicle and - a charging controller , wherein the transport apparatus is embodied for transporting the electric vehicle between the parking spaces , wherein the charging apparatus is arranged in the surrounding area of a first parking space of the parking spaces in such a manner that the electric vehicle can be charged at the first parking space by means of the charging apparatus , wherein a request for charging the electric vehicle located in the parking apparatus can be detected by means of the charging controller , characterised in that the parking apparatus comprises at least two charging apparatuses , of which two of the at least two charging apparatuses differ in their performance capability. - a large number of parking spaces - a transport apparatus - a charging apparatus for charging an electric vehicle and - a charging controller ,
Extrusion head arrangement having a plurality of extrusion heads arranged next to one another along a transverse axis (Q), each extrusion head having a housing with at least one flow channel for forming a strand of extrudable plastic in the direction of a longitudinal axis (L1, L2), wherein the housing has an outer housing part extending along the longitudinal axis (L1, L2) with an outer circumferential surface , and wherein a longitudinal bore parallel to the longitudinal axis (L1, L2) is arranged in the outer housing part , characterized in that the outer circumferential surface of the outer housing part has an oval cross-section with a largest diameter (D) and a smallest diameter (d), that the extrusion heads are arranged next to one another with the smallest diameters (d) parallel to the transverse axis (Q), and that the longitudinal bores are each arranged on a diameter deviating from the smallest diameter (d). that the outer circumferential surface of the outer housing part has an oval cross-section with a largest diameter (D) and a smallest diameter (d), that the extrusion heads are arranged next to one another with the smallest diameters (d) parallel to the transverse axis (Q), and that the longitudinal bores are each arranged on a diameter deviating from the smallest diameter (d).