mhurhangee/patent-ind-claim-en huggingface dataset:
A water flow control device for swimming training, comprising: a swimming training device, comprising at least a swimming pump , and a main water inlet pipe and a main water outlet pipe connected with said swimming pump , a water inlet of said main water inlet pipe communicated with a swimming pool and a water outlet of said main water outlet pipe connected with a jet nozzle ; a filter device, comprising at least a filter pump , a filter sterilization device, and a filter water inlet pipe and a filter water outlet pipe connected with said filter pump , said filter water inlet pipe communicated with said swimming pool through said filter sterilization device and said filter water outlet pipe communicated with said main water inlet pipe ; and characterized by a control device, comprising a main controller, a first control switch for controlling start and stop of said swimming pump , a second control switch for controlling start and stop of said filter pump , and a water level sensor for detecting a water level in said main water inlet pipe , said first control switch , said second control switch and said water level sensor all connected with said main controller. a swimming training device, comprising at least a swimming pump , and a main water inlet pipe and a main water outlet pipe connected with said swimming pump , a water inlet of said main water inlet pipe communicated with a swimming pool and a water outlet of said main water outlet pipe connected with a jet nozzle ; a filter device, comprising at least a filter pump , a filter sterilization device, and a filter water inlet pipe and a filter water outlet pipe connected with said filter pump , said filter water inlet pipe communicated with said swimming pool through said filter sterilization device and said filter water outlet pipe communicated with said main water inlet pipe ; and characterized by a control device, comprising a main controller, a first control switch for controlling start and stop of said swimming pump , a second control switch for controlling start and stop of said filter pump , and a water level sensor for detecting a water level in said main water inlet pipe , said first control switch , said second control switch and said water level sensor all connected with said main controller.
A filter for gaseous media, said filter comprising an electrostatic media formed from: (a) nano alumina fibers; and (b) second fibers comprised of a combination of coarse and fine fibers and mixed with said nano alumina fibers, said second fibers arranged to define a plurality of asymmetrical pores, said pores having an average pore size that is greater than about 10 μm, wherein said filter is electrostatically charged. (a) nano alumina fibers; and (b) second fibers comprised of a combination of coarse and fine fibers and mixed with said nano alumina fibers, said second fibers arranged to define a plurality of asymmetrical pores, said pores having an average pore size that is greater than about 10 μm, wherein said filter is electrostatically charged.
Whirlpool device, which comprises at least one first support provided with a nozzle suitable to emit a mixed flow of air and water, characterized in that the device also comprises a second support suitable to be fixed to the first support and to a wall of a whirlpool tub , wherein the first support comprises at least two openings and at least two nozzles suitable to emit a mixed flow through these openings , and wherein the second support comprises at least one further opening , so that the nozzles can emit the mixed flow also through the opening of the second support when the second support is fixed to the first support .
A rock berm for use as a protective cover for subsea pipelines laid on a sea bed, wherein the rock berm comprises: (a) a base , (b) two side walls which extend at their lower end from the base towards each other, and (c) a top which links the upper ends of the two side walls, wherein the two side walls have a slope of 1:1.75 - 1:2.25; and characterized in that the top has a width of 0.15-0.35 metres and the base has a width of 3.5-5 metres. (a) a base , (b) two side walls which extend at their lower end from the base towards each other, and (c) a top which links the upper ends of the two side walls,
An information processing device including a read-only memory , including executable instructions or data, a processor capable of addressing said read-only memory and fetch said executable instructions or data across a bus , a Content-Addressable Memory device, CAM device, connected to said bus and arranged to compare the addresses requested by the processor with the elements of a vector (x i ) of addresses to be patched and, if the address requested by the processor matches with one of the elements of the vector (x i ), to present to the processor a substitution executable instruction or data in place of an executable instruction or data addressed by the processor in the read-only memory, characterized in that the CAM device is a magnetoresistive RAM device, MRAM device, comprising, for each memory cell, at least one magnetic tunnel junction ; and in that the CAM device is arranged to interrupt the processor if the address requested by the processor matches with one of the elements of the vector of addresses to be patched (x i ), so as to prevent the reading of the executable instruction of data addressed by the processor .
Integrated circuit , comprising: - a semiconductor substrate , extending essentially in a plane, called the plane of the substrate; - a first semiconductor well , extending in a plane, called the plane of the wells, parallel to the plane of the substrate; - a plurality of standard cells placed beside one another, each standard cell comprising a first field-effect transistor employing FDSOI technology, the first transistor comprising a first semiconductor ground plane , located immediately on the first well, so as to be in electrical contact with the first well, the first well thus being common to all of the standard cells placed beside one another; characterized in that the integrated circuit also comprises: - a clock tree cell , contiguous with standard cells, the clock tree cell comprising a second field-effect transistor employing FDSOI technology, the second transistor comprising a second semiconductor ground plane located immediately on the first well , so as to form a p-n junction with this first well, this second ground plane exhibiting, for this purpose, doping of the type opposite the doping of the first well; - an electrical power supply network able to apply distinct electrical biases directly to the first and second ground planes. - a semiconductor substrate , extending essentially in a plane, called the plane of the substrate; - a first semiconductor well , extending in a plane, called the plane of the wells, parallel to the plane of the substrate; - a plurality of standard cells placed beside one another, each standard cell comprising a first field-effect transistor employing FDSOI technology, the first transistor comprising a first semiconductor ground plane , located immediately on the first well, so as to be in electrical contact with the first well, the first well thus being common to all of the standard cells placed beside one another; - a clock tree cell , contiguous with standard cells, the clock tree cell comprising a second field-effect transistor employing FDSOI technology, the second transistor comprising a second semiconductor ground plane located immediately on the first well , so as to form a p-n junction with this first well, this second ground plane exhibiting, for this purpose, doping of the type opposite the doping of the first well; - an electrical power supply network able to apply distinct electrical biases directly to the first and second ground planes.
A composition in aqueous solution, comprising insulin and at least one oligosaccharide whose average degree of polymerization is between 3 and 13 and whose polydispersity index PDI is comprised from 1.1 to 2.0, said oligosaccharide having partially substituted carboxyl functional groups, the unsubstituted carboxyl functional groups being salifiable and comprising at least one polyanionic compound.
Method for forecasting an adhesion coefficient at a contact point between a rail and a wheel of a rail vehicle rolling thereon, wherein an air pressure of the ambient air, an air temperature of the ambient air, a humidity of the ambient air and a resulting dew point temperature are used for forecasting the adhesion coefficient at the contact point between the rail and wheel. an air pressure of the ambient air, an air temperature of the ambient air, a humidity of the ambient air and a resulting dew point temperature are used for forecasting the adhesion coefficient at the contact point between the rail and wheel.
Method for channel estimation in the downlink in a radio communication system, comprising at least one base station (BS) and at least one subscriber station (MS), between which there is a connection via a radio interface, wherein at least one beamforming vector to be used for beamforming in the downlink of the connection is ascertained by the at least one subscriber station (MS), and the at least one subscriber station (MS) transmits information which comprises information about this at least one beamforming vector to be used to the at least one base station (BS), characterized in that the at least one subscriber station (MS) subsequently receives information from the at least one base station (BS) about the beamforming vector used for beamforming in the downlink of the connection, wherein the information about the beamforming vector used can be used by the at least one subscriber station to perform channel estimation, and the information about the beamforming vector used for beamforming in the downlink of the connection indicates a confirmation of the at least one beamforming vector to be used, which is transmitted by the at least one subscriber station (MS), as the beamforming vector currently used for beamforming in the downlink of the connection.
A wheeled manure-removal vehicle for removing manure from an animal-shed floor , which vehicle is provided with a scraper assembly for scraping the manure together into a manure-storage space by scraping across the animal-shed floor , wherein the scraper assembly comprises a flexible, strip-shaped scraping element which is partly arranged around the manure-storage space and a rolling body , wherein the rolling body extends on a side of the scraping element turned away from the manure-storage space in order to be in contact with the scraping element at least while scraping the manure together, wherein the rolling body , on the side facing the scraping element , has a rolling surface which is convexly rounded towards the scraping element , and wherein the rolling body comprises an elongate body having a cross section with a substantially circular outer periphery, the elongate body being a bar or a tube. wherein the scraper assembly comprises a flexible, strip-shaped scraping element which is partly arranged around the manure-storage space and a rolling body , wherein the rolling body extends on a side of the scraping element turned away from the manure-storage space in order to be in contact with the scraping element at least while scraping the manure together, wherein the rolling body , on the side facing the scraping element , has a rolling surface which is convexly rounded towards the scraping element , and wherein the rolling body comprises an elongate body having a cross section with a substantially circular outer periphery, the elongate body being a bar or a tube.
A chimeric antigen receptor (CAR) comprising: a. a single-chain variable fragment "scFV" BCMA-targeting moiety, comprising a VL domain and a VH domain, wherein said VH and VL domains respectively comprise SEQ ID NO 1 and 2; b. a transmembrane domain bound to a Hinge domain comprising SEQ ID NO: 9; c. a costimulatory signaling domain comprising SEQ ID NO: 11; and d. an intracellular signaling domain comprising SEQ ID NO: 10. a. a single-chain variable fragment "scFV" BCMA-targeting moiety, comprising a VL domain and a VH domain, wherein said VH and VL domains respectively comprise SEQ ID NO 1 and 2; b. a transmembrane domain bound to a Hinge domain comprising SEQ ID NO: 9; c. a costimulatory signaling domain comprising SEQ ID NO: 11; and d. an intracellular signaling domain comprising SEQ ID NO: 10.
Control system for a road-vehicle braking system, the braking system comprising a first braking member constrained to rotate with a wheel of the road vehicle, a second braking member constrained to rotate with a fixed part of a chassis of the road vehicle, an electric actuator and a hydraulic actuator , the braking members being arranged to be able to be moved with respect to each other between a released position, wherein they do not exert any braking torque on the wheel, and a braking position, wherein they exert a braking torque of variable amplitude on the wheel, the electric actuator and the hydraulic actuator each being arranged to be able to generate the variable-amplitude braking torque by moving the braking members, characterised in the control system being configured to, on receiving a braking instruction, - in a first phase (PH1), actuate (S2) the electric actuator so that it generates a first braking torque the amplitude (TH1) of which is strictly less than an amplitude (F target ) of the braking instruction, and actuate the hydraulic actuator so that it generates a second braking torque of zero amplitude, and - in a second phase (PH2), following the first phase, actuate (S3) the electric actuator so that it generates a third braking torque the amplitude (TH1) of which is greater than or equal to the amplitude (TH1) of the first braking torque and strictly less than the amplitude (F target ) of the braking instruction, and actuate the hydraulic actuator so that it generates a fourth braking torque, the sum of the amplitude (TH1) of the third braking torque and of the amplitude (TH2) of the fourth braking torque being equal to the amplitude (F target ) of the braking instruction. - in a first phase (PH1), actuate (S2) the electric actuator so that it generates a first braking torque the amplitude (TH1) of which is strictly less than an amplitude (F target ) of the braking instruction, and actuate the hydraulic actuator so that it generates a second braking torque of zero amplitude, and - in a second phase (PH2), following the first phase, actuate (S3) the electric actuator so that it generates a third braking torque the amplitude (TH1) of which is greater than or equal to the amplitude (TH1) of the first braking torque and strictly less than the amplitude (F target ) of the braking instruction, and actuate the hydraulic actuator so that it generates a fourth braking torque, the sum of the amplitude (TH1) of the third braking torque and of the amplitude (TH2) of the fourth braking torque being equal to the amplitude (F target ) of the braking instruction.
Method for operating a multiphase electrical machine , having the steps of: determining an operating point of the multiphase electrical machine ; determining, for pulse width modulation for each of the electrical phases of the multiphase electrical machine , a provisional switching frequency depending on the determined operating point of the multiphase electrical machine ; determining a respective modulation function profile (m1, m2, m3) for the pulse width modulation for each of the electrical phases of the multiphase electrical machine ; determining at least one time period (Tmod) in the modulation function profiles (m1, m2, m3) depending on the values of the provisional modulation function profiles in the time period (Tmod); changing the provisional switching frequency of the pulse width modulation to a modified switching frequency in the at least one determined time period (Tmod); and generating a switching signal for each of the electrical phases through pulse width modulation based on the determined modulation function profiles (m1, m2, m3) using the modified switching frequency in the at least one determined time period (Tmod), characterized in that the at least one time period (Tmod) is determined based on at least one difference between at least two modulation function profiles (m1, m2, m3). determining an operating point of the multiphase electrical machine ; determining, for pulse width modulation for each of the electrical phases of the multiphase electrical machine , a provisional switching frequency depending on the determined operating point of the multiphase electrical machine ; determining a respective modulation function profile (m1, m2, m3) for the pulse width modulation for each of the electrical phases of the multiphase electrical machine ; determining at least one time period (Tmod) in the modulation function profiles (m1, m2, m3) depending on the values of the provisional modulation function profiles in the time period (Tmod); changing the provisional switching frequency of the pulse width modulation to a modified switching frequency in the at least one determined time period (Tmod); and generating a switching signal for each of the electrical phases through pulse width modulation based on the determined modulation function profiles (m1, m2, m3) using the modified switching frequency in the at least one determined time period (Tmod), characterized in that the at least one time period (Tmod) is determined based on at least one difference between at least two modulation function profiles (m1, m2, m3).
System of injecting fuel into a combustion chamber of an engine, comprising at least two fuel circuits, one permanent flow circuit and one intermittent flow circuit , members for metering and distributing fuel between the two circuits and a means of controlling these members, the system being characterised in that the intermittent flow circuit is configured for being purged, and in that when an order to fill circuits with fuel is received after a purge of the intermittent flow circuit, the control means is adapted to - control the members for metering and distributing to obtain a predetermined fuel flow higher than the flow corresponding to the filling order and to supply the resulting surplus of fuel to the intermittent flow circuit for a predetermined duration. - control the members for metering and distributing to obtain a predetermined fuel flow higher than the flow corresponding to the filling order and to supply the resulting surplus of fuel to the intermittent flow circuit for a predetermined duration.
Brass alloy made of 54 to 64 wt.% Cu and 36 to 46 wt.% Zn, wherein the alloy has an indium content of from 0.005 to 1.0 wt.%, has the addition of at least one of the components Fe, Sn, Ni or Mn in a total of 0.01 to 3.0 wt.% but not the addition of Bi, - optionally has a proportion of Si of 0.01 to 0.2 wt.%, - optionally has a proportion of Sb of up to 0.5 wt.%, - optionally has a proportion of cadmium of up to 0.5 wt.%, - optionally has a proportion of Ca of up to 1.0 wt.%, - optionally has a proportion of Mg of up to 1.0 wt.%, - optionally has a proportion of Se of up to 0.5 wt.%, - optionally has a phosphorus content of at most 0.1 wt.%, and - optionally has a proportion of Cr of 0.01 to 0.2 wt.%, along with impurities. - optionally has a proportion of Si of 0.01 to 0.2 wt.%, - optionally has a proportion of Sb of up to 0.5 wt.%, - optionally has a proportion of cadmium of up to 0.5 wt.%, - optionally has a proportion of Ca of up to 1.0 wt.%, - optionally has a proportion of Mg of up to 1.0 wt.%, - optionally has a proportion of Se of up to 0.5 wt.%, - optionally has a phosphorus content of at most 0.1 wt.%, and - optionally has a proportion of Cr of 0.01 to 0.2 wt.%, along with impurities.
A flexible printed circuit assembly for use in an electronic device, comprising: a flexible printed circuit comprising conductors disposed on a flexible substrate and including at least one planar portion ; a set of conductors configured to route a signal as a differential pair from a peripheral device utilized in the electronic device as an input to the flexible printed circuit; a connector coupled to the set of conductors configured to route the signal as an output from the flexible circuit; a first radio frequency common-mode choke connected in series with the differential pair of clock signal conductors to attenuate common noise in the flexible printed circuit; and a second radio frequency common-mode choke connected in series with the differential pair of data signal conductors to attenuate common noise in the flexible printed circuit, wherein the first and second radio frequency common-mode chokes are mounted on the planar portion of the flexible printed circuit proximate to the connector. a flexible printed circuit comprising conductors disposed on a flexible substrate and including at least one planar portion ; a set of conductors configured to route a signal as a differential pair from a peripheral device utilized in the electronic device as an input to the flexible printed circuit; a connector coupled to the set of conductors configured to route the signal as an output from the flexible circuit; a first radio frequency common-mode choke connected in series with the differential pair of clock signal conductors to attenuate common noise in the flexible printed circuit; and a second radio frequency common-mode choke connected in series with the differential pair of data signal conductors to attenuate common noise in the flexible printed circuit, wherein the first and second radio frequency common-mode chokes are mounted on the planar portion of the flexible printed circuit proximate to the connector.
A linear actuator for aircraft seats, having an electric motor , a gear housing , in which gear housing there are received a reducing gear, a coupling and a manual uncoupling mechanism , comprising a stem , a coupling spring and a spring holding disc , which are mounted around the stem , and a securing element which is arranged in a cutout of the stem , wherein the securing element holds the spring holding disc in an axial direction, characterised in that the spring holding disc serves as a securing means against radial dismounting of the securing element , in that the spring holding disc comprises a disc portion , a joining edge and a securing edge and in that the joining edge and the coupling spring are arranged on a first side of the disc portion and the securing edge and the securing disc are arranged on an opposite second side of the disc portion , wherein the securing edge is matched to the outer diameter or the length of the securing element in order to secure the securing element against undesired radial dismounting.
A human skeletal stem cell for use in a method for regenerating cartilage or bone, the method comprising: administering to an individual an effective dose of the human skeletal stem cell; wherein the cell is selected from human tissue for the phenotype of negative for expression of CD45, CD235, Tie2, and CD31;and positive for expression of podoplanin (PDPN); at a site where regeneration of bone or cartilage is desired.