mhurhangee/patent-ind-claim-en huggingface dataset:
A straddled vehicle comprising: a body frame ; a steering device supported by the body frame ; a front wheel supported by the steering device ; a front brake mechanism for braking the front wheel ; a swing arm supported by the body frame to be swingable about a swing center (M) relative to the body frame ; a rear wheel supported by the swing arm to be rotatable about a rotation center (N) relative to the swing arm ; a rear brake mechanism for braking the rear wheel ; a hydraulic unit connected to at least one of the front brake mechanism and the rear brake mechanism ; and a seat supported by the body frame ; wherein the hydraulic unit is located more rearward than the swing center (M) in a side view of the vehicle; the hydraulic unit is located more forward than the rotation center (N) in the side view of the vehicle; the body frame includes a seat frame for supporting the seat ; and at least part of the hydraulic unit is located above an upper edge of the seat frame in the side view of the vehicle, characterized in that the hydraulic unit is entirely located more rearward than a front end of the rear wheel in a plan view of the vehicle. a body frame ; a steering device supported by the body frame ; a front wheel supported by the steering device ; a front brake mechanism for braking the front wheel ; a swing arm supported by the body frame to be swingable about a swing center (M) relative to the body frame ; a rear wheel supported by the swing arm to be rotatable about a rotation center (N) relative to the swing arm ; a rear brake mechanism for braking the rear wheel ; a hydraulic unit connected to at least one of the front brake mechanism and the rear brake mechanism ; and a seat supported by the body frame ; wherein the hydraulic unit is located more rearward than the swing center (M) in a side view of the vehicle; the hydraulic unit is located more forward than the rotation center (N) in the side view of the vehicle; the body frame includes a seat frame for supporting the seat ; and at least part of the hydraulic unit is located above an upper edge of the seat frame in the side view of the vehicle,
A surface cleaning apparatus including: a fluid storage container ; an outlet for directing fluid from the fluid storage container onto a surface to be cleaned; and a valve configured to regulate the flow of fluid from the fluid storage container to the outlet and including: a body ; and a member being moveable relative to the body between a first position and a second position and defining a flow path extending through a surface thereof; wherein the flow of fluid through the valve flows at a first rate when the member is in the first position and at a second rate and along the flow path when the member is in the second position, the second rate of flow being lower than the first rate of flow, characterised in that the body defines an axis (A-A) along which the member is axially moveable. a fluid storage container ; an outlet for directing fluid from the fluid storage container onto a surface to be cleaned; and a valve configured to regulate the flow of fluid from the fluid storage container to the outlet and including: a body ; and a member being moveable relative to the body between a first position and a second position and defining a flow path extending through a surface thereof; wherein the flow of fluid through the valve flows at a first rate when the member is in the first position and at a second rate and along the flow path when the member is in the second position, the second rate of flow being lower than the first rate of flow, a body ; and a member being moveable relative to the body between a first position and a second position and defining a flow path extending through a surface thereof; wherein the flow of fluid through the valve flows at a first rate when the member is in the first position and at a second rate and along the flow path when the member is in the second position, the second rate of flow being lower than the first rate of flow,
Method for controlling a permanent-magnet synchronous electric machine for a motor vehicle supplied with power by an inverter , the inverter being connected at input to an electric power supply DC-current bus, the inverter comprising at least three arms connected in parallel, each arm comprising a high-side switch connected in series with a low-side switch , each switch being equipped with a freewheeling diode, characterized in that it comprises the following steps: detecting a fault requiring the inverter to be put into a safe state, controlling the inverter so as to put it into an "open-circuit" safe mode, then determining whether the voltage of the DC bus is greater than its nominal value, if this is the case, controlling the inverter so as to put it into a "short-circuit" safe mode, if on the other hand the voltage of the DC bus is less than its nominal value, detecting whether non-zero phase currents are still present in the machine, in which case the inverter is controlled so as to put it into a "short-circuit" safe mode, the inverter being controlled so as to put it into an "open-circuit" safe mode by commanding the opening of all of the switches of the inverter, and the inverter being controlled so as to put it into a "short-circuit" safe mode by commanding the closure of all of the high-side switches and the opening of all of the low-side switches, or vice versa. detecting a fault requiring the inverter to be put into a safe state, controlling the inverter so as to put it into an "open-circuit" safe mode, then determining whether the voltage of the DC bus is greater than its nominal value, if this is the case, controlling the inverter so as to put it into a "short-circuit" safe mode, if on the other hand the voltage of the DC bus is less than its nominal value, detecting whether non-zero phase currents are still present in the machine, in which case the inverter is controlled so as to put it into a "short-circuit" safe mode, the inverter being controlled so as to put it into an "open-circuit" safe mode by commanding the opening of all of the switches of the inverter, and the inverter being controlled so as to put it into a "short-circuit" safe mode by commanding the closure of all of the high-side switches and the opening of all of the low-side switches, or vice versa.
A method for pre-distorting a digital signal in a digital communications system, said method comprising: converting digital bits (bi) to be transmitted to a series of symbols (si) defining the bits; providing the symbols to a pulse shaping filter, PSF, that provides samples of the symbols at a predetermined sample rate; providing the filtered samples to a pre-distorter, PD, that pre-distorts the samples, wherein pre-distorting the samples includes providing a non-linear transformation of the samples that is defined by pre-distorter taps, wherein pre-distorting the filtered samples in the pre-distorter includes incorporating pre-equalization into the pre-distorter taps; and providing the pre-distorted samples to a power amplifier, PA, to be amplified and transmitted, characterized in that pre-distorting the samples includes modeling the power amplifier and associated transmitter components using a degree three memory polynomial, and and in that modeling the power amplifier and the associated transmitter components using the polynomial includes modeling the power amplifier as a memoryless nonlinearity sandwiched between two linear time-invariant, LTI, filters and in that the pre-equalization includes providing an estimate of at least one of the LTI filters and then inverting the estimate to convolve the pre-distorter taps with the inverted estimate of the at least one of the LTI filters. converting digital bits (bi) to be transmitted to a series of symbols (si) defining the bits; providing the symbols to a pulse shaping filter, PSF, that provides samples of the symbols at a predetermined sample rate; providing the filtered samples to a pre-distorter, PD, that pre-distorts the samples, wherein pre-distorting the samples includes providing a non-linear transformation of the samples that is defined by pre-distorter taps, wherein pre-distorting the filtered samples in the pre-distorter includes incorporating pre-equalization into the pre-distorter taps; and providing the pre-distorted samples to a power amplifier, PA, to be amplified and transmitted, characterized in that pre-distorting the samples includes modeling the power amplifier and associated transmitter components using a degree three memory polynomial, and and in that modeling the power amplifier and the associated transmitter components using the polynomial includes modeling the power amplifier as a memoryless nonlinearity sandwiched between two linear time-invariant, LTI, filters and in that the pre-equalization includes providing an estimate of at least one of the LTI filters and then inverting the estimate to convolve the pre-distorter taps with the inverted estimate of the at least one of the LTI filters.
A method operable at user equipment, UE, for receiving a joint transport block transmission, the method comprising: determining a transport block size, TBS, for receiving a joint transport block, TB, transmission of data from a plurality of transmission points, TRPs, wherein the determining the TBS includes: receiving downlink control information, DCI, from a TRP of the plurality of TRPs; determining whether the TRP is a master TRP or a slave TRP based on at least one of: an indication included in the DCI, or a cyclic redundancy check, CRC, mask used for the DCI; determining the TBS based on the DCI if the DCI indicates that the TRP is the master TRP; and discarding the DCI if the DCI indicates that the TRP is the slave TRP; receiving transport blocks corresponding to the joint TB transmission, each transport block from a respective one of the plurality of TRPs; combining the transport blocks when a size of each of the transport blocks is the determined TBS; and recovering the data based on the combined transport blocks. receiving downlink control information, DCI, from a TRP of the plurality of TRPs; determining whether the TRP is a master TRP or a slave TRP based on at least one of: an indication included in the DCI, or a cyclic redundancy check, CRC, mask used for the DCI; an indication included in the DCI, or a cyclic redundancy check, CRC, mask used for the DCI; determining the TBS based on the DCI if the DCI indicates that the TRP is the master TRP; and discarding the DCI if the DCI indicates that the TRP is the slave TRP; receiving transport blocks corresponding to the joint TB transmission, each transport block from a respective one of the plurality of TRPs; combining the transport blocks when a size of each of the transport blocks is the determined TBS; and recovering the data based on the combined transport blocks.
Fluid temperature control device for an extracorporeal blood treatment apparatus and a fluid warming/cooling bag, the fluid temperature control device comprising: a casing delimiting a heating/cooling seat configured to accommodate the fluid warming/cooling bag connected or connectable to an extracorporeal blood treatment apparatus ; heating/cooling element operatively active in the heating/cooling seat to heat/cool the fluid warming/cooling bag ; at least a presence detector operatively active at the heating/cooling seat to detect the presence of the fluid warming/cooling bag ; wherein the presence detector comprises a transmitter of a signal and a receiver ; wherein the receiver is positioned with respect to the transmitter to selectively receive a transmitted signal after reflection, wherein the fluid warming/cooling bag includes a main portion delimiting a fluid path with an inlet and an outlet, characterized by the fact that the fluid warming/cooling bag further includes a tab protruding from the main portion, the heating/cooling seat presenting a main seat and a recess for accommodating the tab only when the fluid warming/cooling bag is properly accommodated in the heating/cooling seat, the recess being positioned on a side of the main seat, and wherein an outer surface of the fluid warming/cooling bag is configured to reflect, at least in part, the signal emitted by the transmitter, the signal being reflected by the tab. a casing delimiting a heating/cooling seat configured to accommodate the fluid warming/cooling bag connected or connectable to an extracorporeal blood treatment apparatus ; heating/cooling element operatively active in the heating/cooling seat to heat/cool the fluid warming/cooling bag ; at least a presence detector operatively active at the heating/cooling seat to detect the presence of the fluid warming/cooling bag ; wherein the presence detector comprises a transmitter of a signal and a receiver ; wherein the receiver is positioned with respect to the transmitter to selectively receive a transmitted signal after reflection, wherein the fluid warming/cooling bag includes a main portion delimiting a fluid path with an inlet and an outlet, characterized by the fact that the fluid warming/cooling bag further includes a tab protruding from the main portion, the heating/cooling seat presenting a main seat and a recess for accommodating the tab only when the fluid warming/cooling bag is properly accommodated in the heating/cooling seat, the recess being positioned on a side of the main seat, and wherein an outer surface of the fluid warming/cooling bag is configured to reflect, at least in part, the signal emitted by the transmitter, the signal being reflected by the tab.
A process for producing a target substance comprising: culturing, in a medium, a coryneform bacterium in which the activity of the FruK protein and the FruA protein involved in the phosphotransferase system (PTS) relating to fructose uptake is lost as compared with a parent strain and the bacterium can produce the target substance, allowing the target substance to form and accumulate in a culture; and collecting the target substance from the culture.
A method for producing a liquid repellent molded product, which comprises applying a liquid repellent composition comprising a fluorinated copolymer having structural units based on a monomer having a C 4-6 perfluoroalkyl group, water and a C 1-4 alcohol, to a resin molded product, and which is characterized in that the content of the alcohol is from 70 to 99.9 mass% based on 100 mass% of the liquid repellent composition, and the application amount of the liquid repellent composition to the resin molded product is from 0.001 to 0.2 g/m 2 as the amount of fluorine atoms.
A composition in dry form comprising • (A) from 51 wt.-% to 99.9 wt.-% based on the total weight of the composition of at least one porous metal-organic framework material, the material comprising at least one at least bidentate organic compound coordinated to at least one metal ion; • (B) from 0.1 wt.-% to 49 wt.-% based on the total weight of the composition of at least one fluoropolymer selected from the group of polymers and copolymers consisting of trifluoroethylene, hexafluoropropylene, monochlorotrifluoroethylene, dichlorodifluoroethylene, tetrafluoroethylene, perfluorobutyl ethylene, perfluoro(alkyl vinyl ether), vinylidene fluoride, and vinyl fluoride and blends thereof, which are capable of processing induced fibrillation; and • (C) 0 wt.-% to 48.9 wt.-% based on the total weight of the composition of an additive component. • (A) from 51 wt.-% to 99.9 wt.-% based on the total weight of the composition of at least one porous metal-organic framework material, the material comprising at least one at least bidentate organic compound coordinated to at least one metal ion; • (B) from 0.1 wt.-% to 49 wt.-% based on the total weight of the composition of at least one fluoropolymer selected from the group of polymers and copolymers consisting of trifluoroethylene, hexafluoropropylene, monochlorotrifluoroethylene, dichlorodifluoroethylene, tetrafluoroethylene, perfluorobutyl ethylene, perfluoro(alkyl vinyl ether), vinylidene fluoride, and vinyl fluoride and blends thereof, which are capable of processing induced fibrillation; and • (C) 0 wt.-% to 48.9 wt.-% based on the total weight of the composition of an additive component.
A vessel which is a floating production unit, the vessel comprising a traction system (11; 60) for mooring lines of the vessel , the vessel comprising at least 2 workstations distributed along at least two sides of the vessel and engaged by respective mooring lines , the traction system (11;60) comprising a main traction device (14; 15, 17; 15A, 17) and a transmission device having a duty line connected to the main traction device (14; 15, 17), and at least one guide member (24; 17) for selectively routing the duty line to each workstation for attachment to a respective mooring line , wherein a line storing space (22; 42, 44) is provided for storing parts of the duty line and/or mooring lines; characterized in that the main traction device, the transmission device and the line storing space are placed together at or near a side of the floating production unit, and wherein the guide member (24; 17) or the main traction device (14; 15, 17; 15A) is arranged on a skidding unit , and can move over a linear rail track placed along a side of the vessel .
A LED light scattering apparatus comprising a body , said body comprising a substantially hollow spherical cavity including light entry port arranged to receive visible light from an LED mounted outside the cavity, a light exit port located opposite the entry port and through which the LED light exits the cavity for analysis, and a baffle located in a central region of the cavity in a direct optical path between the entry port and the exit port to interrupt the passage of visible LED light between the entry and exit ports, wherein the apparatus further comprises a mount , which supports the body of the scattering apparatus, said body being able to move relative to said mount, and a resilient member coupled between the mount and the body such that, once the apparatus is brought into contact with the LED or a surface on which the LED is mounted, movement of the apparatus towards the LED causes the resilient member to contract, thereby resisting further movement of the body towards the LED and maintaining the body in a stable spatial configuration relative to the LED.
A method for remote control of a robot hand comprising a data glove, characterized by the following method steps: - detecting desired gripping movements of the robot hand by a plurality of sensors in the data glove, - detecting a desired movement of the distal end of the robot arm to which the robot hand is mounted, and/or a translatory and/or rotatory movement of the robot hand , which in particular is no gripping movement, by at least one additional sensor in the data glove, - moving the robot hand about an x, y and z axis, the intersection point of which is in the gripping area of the robot hand defined by the last position of the robot arm, so that the robot hand is rotated by the at least one additional sensor in the data glove about a sphere, i.e. about the total of three axes, wherein the location of said sphere is determined by the last position of the robot arm and the center of the gripping area of the robot hand, so that the robot hand can be moved in circles about the object to be gripped, wherein the center of the gripping area can be freely selected and is located in a hovering manner at a defined distance from the palm of the hand, which distance can be varied according to the size of the object to be gripped. - detecting desired gripping movements of the robot hand by a plurality of sensors in the data glove, - detecting a desired movement of the distal end of the robot arm to which the robot hand is mounted, and/or a translatory and/or rotatory movement of the robot hand , which in particular is no gripping movement, by at least one additional sensor in the data glove, - moving the robot hand about an x, y and z axis, the intersection point of which is in the gripping area of the robot hand defined by the last position of the robot arm, so that the robot hand is rotated by the at least one additional sensor in the data glove about a sphere, i.e. about the total of three axes, wherein the location of said sphere is determined by the last position of the robot arm and the center of the gripping area of the robot hand, so that the robot hand can be moved in circles about the object to be gripped, wherein the center of the gripping area can be freely selected and is located in a hovering manner at a defined distance from the palm of the hand, which distance can be varied according to the size of the object to be gripped.
Injector for filling a mould (F) with plastic particles, comprising a. a front part with a mouth end for connection to the mould (F) and b. a drive part for arrangement at a connection end of the front part opposite the mouth end with a piston insertable into the front part and a drive for moving the piston along a longitudinal axis (LA) of the front part , and c. a connecting device for releasably fixing the drive part to the front part , the drive part being mounted on the front part rotatably about the longitudinal axis (LA), characterized in that the drive has a piston rod attached to the piston adjustably along the longitudinal axis (LA). a. a front part with a mouth end for connection to the mould (F) and b. a drive part for arrangement at a connection end of the front part opposite the mouth end with a piston insertable into the front part and a drive for moving the piston along a longitudinal axis (LA) of the front part , and c. a connecting device for releasably fixing the drive part to the front part , the drive part being mounted on the front part rotatably about the longitudinal axis (LA),
A near-field communications device , comprising: a first near-field antenna responsive to both electric (E) near-fields and magnetic (H) near-fields and including a set of conductive surfaces having a first planar orientation resulting in a first radiation pattern; a second antenna responsive only to electric (E) near-fields comprising a set of conductive surfaces having a second planar orientation resulting in a second radiation pattern, wherein the first planar orientation and the second planar orientation are not parallel to each other whereby the first radiation pattern and the second radiation pattern are not spatially aligned; a receiver configured to be coupled to the first near-field antenna and to the second antenna; wherein the receiver is configured to subtract a second signal received from the second antenna from a first near-field signal received from the first near-field antenna. a first near-field antenna responsive to both electric (E) near-fields and magnetic (H) near-fields and including a set of conductive surfaces having a first planar orientation resulting in a first radiation pattern; a second antenna responsive only to electric (E) near-fields comprising a set of conductive surfaces having a second planar orientation resulting in a second radiation pattern, wherein the first planar orientation and the second planar orientation are not parallel to each other whereby the first radiation pattern and the second radiation pattern are not spatially aligned; a receiver configured to be coupled to the first near-field antenna and to the second antenna; wherein the receiver is configured to subtract a second signal received from the second antenna from a first near-field signal received from the first near-field antenna.