mhurhangee/patent-ind-claim-en huggingface dataset:
A communication device for handling channel status information, CSI, reports for transmission time intervals, TTIs, when a shortened TTI, sTTI, coexists with a normal TTI, nTTI, the communication device comprising: a storage device , adapted to store instructions for: receiving a downlink, DL, control information, DCI, from a network, wherein the DCI comprises a CSI request indicating a CSI reporting for at least one serving cell of the network ; and transmitting a first CSI report for a DL nTTI of the at least one serving cell and a second CSI report for a DL sTTI of the at least one serving cell according to the CSI request to the network, wherein the communication device transmits the first CSI report and the second CSI report according to an order information ; wherein the order information is predetermined, or is determined according to at least one cell identity, ID, of the at least one serving cell; wherein a length of the DL sTTI is not greater than a half length of the DL nTTI; and a processing circuit , coupled to the storage device, configured to execute the instructions stored in the storage device. a storage device , adapted to store instructions for: receiving a downlink, DL, control information, DCI, from a network, wherein the DCI comprises a CSI request indicating a CSI reporting for at least one serving cell of the network ; and transmitting a first CSI report for a DL nTTI of the at least one serving cell and a second CSI report for a DL sTTI of the at least one serving cell according to the CSI request to the network, wherein the communication device transmits the first CSI report and the second CSI report according to an order information ; receiving a downlink, DL, control information, DCI, from a network, wherein the DCI comprises a CSI request indicating a CSI reporting for at least one serving cell of the network ; and transmitting a first CSI report for a DL nTTI of the at least one serving cell and a second CSI report for a DL sTTI of the at least one serving cell according to the CSI request to the network, wherein the communication device transmits the first CSI report and the second CSI report according to an order information ; wherein the order information is predetermined, or is determined according to at least one cell identity, ID, of the at least one serving cell; wherein a length of the DL sTTI is not greater than a half length of the DL nTTI; and a processing circuit , coupled to the storage device, configured to execute the instructions stored in the storage device.
An injector for a liquid rocket engine , comprising: an array of injector elements , each injector element includes a central passage defining a central axis (A) and a plurality of peripheral transverse passages , the central passages are configured to provide axial injection flow and the peripheral transverse passages are configured to provide swirl injection flow about the axial injection flow, wherein a portion of the injector elements are configured to provide the swirl injection flow in a clockwise direction and another portion of the injector elements are configured to provide the swirl injection flow in a counter-clockwise direction, and the injector elements are arranged to form a plurality of circumferential rows , the injector elements of each one of the circumferential rows are either all of the clockwise direction or all of the counter-clockwise direction, and there is at least one circumferential row of the clockwise direction and at least one circumferential row of the counter-clockwise direction; and characterised in that the circumferential rows include a group of circumferential rows (148-4-148-7) that alternate between the counter-clockwise direction and the clockwise direction and at least two consecutive circumferential rows (148-1-148-3) that are either the clockwise direction or the counter-clockwise direction, wherein the at least two consecutive circumferential rows (148-1-148-3) are radially inward of the group of circumferential rows (148-4-148-7) that alternate. an array of injector elements , each injector element includes a central passage defining a central axis (A) and a plurality of peripheral transverse passages , the central passages are configured to provide axial injection flow and the peripheral transverse passages are configured to provide swirl injection flow about the axial injection flow, wherein a portion of the injector elements are configured to provide the swirl injection flow in a clockwise direction and another portion of the injector elements are configured to provide the swirl injection flow in a counter-clockwise direction, and the injector elements are arranged to form a plurality of circumferential rows , the injector elements of each one of the circumferential rows are either all of the clockwise direction or all of the counter-clockwise direction, and there is at least one circumferential row of the clockwise direction and at least one circumferential row of the counter-clockwise direction; and characterised in that the circumferential rows include a group of circumferential rows (148-4-148-7) that alternate between the counter-clockwise direction and the clockwise direction and at least two consecutive circumferential rows (148-1-148-3) that are either the clockwise direction or the counter-clockwise direction, wherein the at least two consecutive circumferential rows (148-1-148-3) are radially inward of the group of circumferential rows (148-4-148-7) that alternate.
A system for at least partial closed-loop control of a medical condition, the system comprising: at least one medical fluid pump for pumping insulin, the medical fluid pump comprising a sensor for determining the volume of insulin pumped by the pump, at least one continuous glucose monitor ; and a controller , the controller in communication with the medical fluid pump and the at least one continuous glucose monitor, the controller comprising a processor, the processor comprising instructions for delivery of insulin based at least on data received from the at least one continuous glucose monitor, characterized in that the processor is configured to: receive glucose data during a time frame or an event; compare the glucose data to a previous and similar time frame or event; determine an unexpected result during the time frame or the event; send an alert signal to alert a user to the unexpected result; and prompt the user to enter information regarding the unexpected result. at least one medical fluid pump for pumping insulin, the medical fluid pump comprising a sensor for determining the volume of insulin pumped by the pump, at least one continuous glucose monitor ; and a controller , the controller in communication with the medical fluid pump and the at least one continuous glucose monitor, the controller comprising a processor, the processor comprising instructions for delivery of insulin based at least on data received from the at least one continuous glucose monitor, characterized in that the processor is configured to: receive glucose data during a time frame or an event; compare the glucose data to a previous and similar time frame or event; determine an unexpected result during the time frame or the event; send an alert signal to alert a user to the unexpected result; and prompt the user to enter information regarding the unexpected result. receive glucose data during a time frame or an event; compare the glucose data to a previous and similar time frame or event; determine an unexpected result during the time frame or the event; send an alert signal to alert a user to the unexpected result; and prompt the user to enter information regarding the unexpected result.
A method of receiving a downlink signal by a user equipment in a wireless access system, the method comprising: receiving information on a plurality of CSI, channel status information, processes, wherein each of the plurality of CSI processes includes two or more CSI-RSs, channel status information-reference signals; receiving a downlink control signal including a flag of a 1-bit size and an indicator indicating a specific CSI-RS; selecting a QCL, quasi co-located, CSI process having the specific CSI-RS configured as a representative CSI-RS from the plurality of the CSI processes; selecting a QCL CSI-RS of a DM-RS, demodulation reference signal, based on a value of the flag; wherein a CSI-RS corresponding to a most recently reported CSI-RS resource indicator, CRI, among the two or more CSI-RSs included in the QCL CSI process is selected as the QCL CSI-RS of the DM-RS if the flag is a first value, and wherein the specific CSI-RS is selected as the QCL CSI-RS of the DM-RS if the flag is a second value, and receiving a downlink data signal using the DM-RS and the QCL CSI-RS. receiving information on a plurality of CSI, channel status information, processes, wherein each of the plurality of CSI processes includes two or more CSI-RSs, channel status information-reference signals; receiving a downlink control signal including a flag of a 1-bit size and an indicator indicating a specific CSI-RS; selecting a QCL, quasi co-located, CSI process having the specific CSI-RS configured as a representative CSI-RS from the plurality of the CSI processes; selecting a QCL CSI-RS of a DM-RS, demodulation reference signal, based on a value of the flag; wherein a CSI-RS corresponding to a most recently reported CSI-RS resource indicator, CRI, among the two or more CSI-RSs included in the QCL CSI process is selected as the QCL CSI-RS of the DM-RS if the flag is a first value, and wherein the specific CSI-RS is selected as the QCL CSI-RS of the DM-RS if the flag is a second value, and receiving a downlink data signal using the DM-RS and the QCL CSI-RS.
A recanalization system, comprising: a radiofrequency generator ; a first longitudinal member comprising a proximal end and a distal end , wherein the distal end of the first longitudinal member comprises a first conductive electrode and the proximal end of the first longitudinal member is configured to be coupled with the radiofrequency generator ; and a second longitudinal member comprising a proximal end and a distal end , wherein the distal end of the second longitudinal member comprises a second conductive electrode and the proximal end of the second longitudinal member is configured to be coupled with the radiofrequency generator , wherein the distal end of the second longitudinal member is capable of being redirected, characterized by said recanalization system further comprising an imaging element configured to be placed within a lumen of the longitudinal member. a radiofrequency generator ; a first longitudinal member comprising a proximal end and a distal end , wherein the distal end of the first longitudinal member comprises a first conductive electrode and the proximal end of the first longitudinal member is configured to be coupled with the radiofrequency generator ; and a second longitudinal member comprising a proximal end and a distal end , wherein the distal end of the second longitudinal member comprises a second conductive electrode and the proximal end of the second longitudinal member is configured to be coupled with the radiofrequency generator , wherein the distal end of the second longitudinal member is capable of being redirected, characterized by said recanalization system further comprising an imaging element configured to be placed within a lumen of the longitudinal member.
Method for producing a locally reinforced profile component, having the following steps: a. providing a primary profile to be reinforced, which is composed of fibre-reinforced plastic, b. providing a secondary profile , which is composed of plastic, for locally reinforcing the primary profile , c. arranging the secondary profile on an external surface of the primary profile in order to generate the profile component , d. warming the profile component , and e. cohesively connecting the primary profile and the secondary profile by exertion of pressure on an external surface and simultaneous exertion of an opposing pressure on an internal surface of the profile component . a. providing a primary profile to be reinforced, which is composed of fibre-reinforced plastic, b. providing a secondary profile , which is composed of plastic, for locally reinforcing the primary profile , c. arranging the secondary profile on an external surface of the primary profile in order to generate the profile component , d. warming the profile component , and e. cohesively connecting the primary profile and the secondary profile by exertion of pressure on an external surface and simultaneous exertion of an opposing pressure on an internal surface of the profile component .
A method for operating a station, STA , in a wireless area network, WLAN, the method comprising: selecting a plurality of sector sweep frames within a frame-aligned transmit sector sweep duration that is shared with at least one other STA in an association beamforming training duration of a beacon interval; selecting a plurality of sector identifiers among previously selected sector identifiers from past connection history; transmitting a beam in each of the plurality of sector sweep frames, each beam corresponding to one of the plurality of sector identifiers; and receiving, from an access point, AP , grouped sector feedback indicating sector identifiers selected by the AP for transmissions from the STA and from the at least one other STA . selecting a plurality of sector sweep frames within a frame-aligned transmit sector sweep duration that is shared with at least one other STA in an association beamforming training duration of a beacon interval; selecting a plurality of sector identifiers among previously selected sector identifiers from past connection history; transmitting a beam in each of the plurality of sector sweep frames, each beam corresponding to one of the plurality of sector identifiers; and receiving, from an access point, AP , grouped sector feedback indicating sector identifiers selected by the AP for transmissions from the STA and from the at least one other STA .
A steel billet deburring machine, intended to be incorporated into a continuous cast iron and steel installation, in an arrangement immediately after an oxycutting station, for removing by impact the burrs produced on the head and/or the tail of a steel billet , wherein the deburring machine comprises: • a frame on which a rotating roller is mounted; • a plurality of impact tools arranged on an outer surface of the rotating roller and configured to impact on the head and/or the tail of the steel billet ; characterized in that the steel billet deburring machine further comprises: • at least one tilting side arm linked to the rotating roller for tilting said rotating roller and bringing it closer to and/or moving it away from the steel billet ; and • a pneumatic cylinder linked to the at least one tilting side arm , which transmits the tilting movement to said rotating roller ; wherein said pneumatic cylinder is configured to absorb part of the energy generated by the impact during the deburring process. • a frame on which a rotating roller is mounted; • a plurality of impact tools arranged on an outer surface of the rotating roller and configured to impact on the head and/or the tail of the steel billet ; • at least one tilting side arm linked to the rotating roller for tilting said rotating roller and bringing it closer to and/or moving it away from the steel billet ; and • a pneumatic cylinder linked to the at least one tilting side arm , which transmits the tilting movement to said rotating roller ;
An assembly enclosure for breaking out a trunk cable, comprising: a base having a generally flat surface adapted for mounting to a mounting surface; a shell having a front and two side walls extending from opposite sides of the front and two opposed end walls, the side walls of the shell mounted to the base to form a cavity; a plurality of connectors ; and a hybrid power/fiber trunk cable routed into the cavity through one of the end walls, the trunk cable comprising a plurality of power conductors and a plurality of optical fibers; the power conductors and the optical fibers being connected with respective ones of the plurality of connectors; characterized in that the plurality of connectors are mounted to each of the side walls, wherein each of the side walls is disposed at an oblique angle to the flat surface of the base to form a trapezoidal profile. a base having a generally flat surface adapted for mounting to a mounting surface; a shell having a front and two side walls extending from opposite sides of the front and two opposed end walls, the side walls of the shell mounted to the base to form a cavity; a plurality of connectors ; and a hybrid power/fiber trunk cable routed into the cavity through one of the end walls, the trunk cable comprising a plurality of power conductors and a plurality of optical fibers; the power conductors and the optical fibers being connected with respective ones of the plurality of connectors; characterized in that the plurality of connectors are mounted to each of the side walls, wherein each of the side walls is disposed at an oblique angle to the flat surface of the base to form a trapezoidal profile.
A method for the manufacture of a three-dimensional object, comprising: (a) providing a three-dimensional model of the object, which divides the object in voxels; (b) applying a first layer of a radiation-curable slurry onto a target surface, wherein the slurry contains a polymerizable resin and a photoinitiator; (c) cause polymerization of the resin to form a cross-linked polymeric matrix by illuminating the voxels of the first layer in accordance with the model with radiation at a temperature above room temperature and above the glass transition temperature of the cross-linked polymeric matrix; (d) applying a subsequent layer of the slurry on top of the first layer; (e) cause polymerization of the resin to form a cross-linked polymeric matrix by illuminating the voxels of the subsequent layer in accordance with the model with radiation at a temperature above room temperature and above the glass transition temperature of the cross-linked polymeric matrix; (f) repeating steps (d) and (e), wherein each time a subsequent layer is applied onto the previous layer, to produce a green body; and optionally: (g) removing the cross-linked polymeric matrix from the green body obtained in step (f) to obtain a brown body; and (h) sintering the brown body obtained in step (h) to obtain a white body, wherein the green body or the white body is the three-dimensional object. (a) providing a three-dimensional model of the object, which divides the object in voxels; (b) applying a first layer of a radiation-curable slurry onto a target surface, wherein the slurry contains a polymerizable resin and a photoinitiator; (c) cause polymerization of the resin to form a cross-linked polymeric matrix by illuminating the voxels of the first layer in accordance with the model with radiation at a temperature above room temperature and above the glass transition temperature of the cross-linked polymeric matrix; (d) applying a subsequent layer of the slurry on top of the first layer; (e) cause polymerization of the resin to form a cross-linked polymeric matrix by illuminating the voxels of the subsequent layer in accordance with the model with radiation at a temperature above room temperature and above the glass transition temperature of the cross-linked polymeric matrix; (f) repeating steps (d) and (e), wherein each time a subsequent layer is applied onto the previous layer, to produce a green body; (g) removing the cross-linked polymeric matrix from the green body obtained in step (f) to obtain a brown body; and (h) sintering the brown body obtained in step (h) to obtain a white body,
A cell determination device (A2) comprising: a measurement unit configured to measure a complex dielectric constant spectrum of the cells and comprising a flow passage ; a classification unit configured to classify individual cells based on any one of a relaxation strength, a relaxation frequency, and low-frequency conductance obtained from the complex dielectric constant spectrum of the cells; wherein the classification unit calculates the cell diameter d of the cells, film capacitance Cm, and cytoplasm electric conductivity K, based respectively on the low-frequency conductance, relaxation strength and the relaxation frequency using the following single relaxation expressions obtained by modelling a simple spherical cell: d = G low a 1 b C m = De d 4 K = C m dFc wherein G low indicates low-frequency conductance, De indicates the relaxation strength, Fc indicates the relaxation frequency and a and b are parameters that depend on a configuration of the flow passage of the measurement unit ; and a sorting section configured to sort the cells into two or more groups based on a signal output by the classification unit . a measurement unit configured to measure a complex dielectric constant spectrum of the cells and comprising a flow passage ; a classification unit configured to classify individual cells based on any one of a relaxation strength, a relaxation frequency, and low-frequency conductance obtained from the complex dielectric constant spectrum of the cells; wherein the classification unit calculates the cell diameter d of the cells, film capacitance Cm, and cytoplasm electric conductivity K, based respectively on the low-frequency conductance, relaxation strength and the relaxation frequency using the following single relaxation expressions obtained by modelling a simple spherical cell: d = G low a 1 b C m = De d 4 K = C m dFc wherein G low indicates low-frequency conductance, De indicates the relaxation strength, Fc indicates the relaxation frequency and a and b are parameters that depend on a configuration of the flow passage of the measurement unit ; and a sorting section configured to sort the cells into two or more groups based on a signal output by the classification unit .
Household appliance with at least one touch key (5a-e) of a touch-sensitive control panel for setting at least one setting parameter (KS) of the household appliance , wherein the household appliance is designed to identify (S3) faulty operation of the touch key (5a-e) on account of its continuous operation, wherein the household appliance is designed - to determine (S2, S3) the faulty operation in the form of permanent operation by reaching or exceeding a first threshold value (tS_1) of an operation period (td), characterised in that the household appliance is further designed - to automatically reset (S5) at least one setting parameter (KS), adjusted by the touch key (5a-e) thus operated in a faulty manner, to a value which is valid immediately before the faulty operation. - to determine (S2, S3) the faulty operation in the form of permanent operation by reaching or exceeding a first threshold value (tS_1) of an operation period (td), - to automatically reset (S5) at least one setting parameter (KS), adjusted by the touch key (5a-e) thus operated in a faulty manner, to a value which is valid immediately before the faulty operation.