mhurhangee/patent-ind-claim-en huggingface dataset:
A flywheel energy storage device comprising: a sealed housing comprising a top plate , a bottom plate , and a cylindrical vertical enclosure ; a rotor disposed within the sealed housing ; an upper bearing pack having a bearing pack outer housing arranged on the top plate , comprising one or more rolling contact bearings disposed between the rotor and the top plate , and a lower bearing pack having a bearing pack outer housing arranged on the bottom plate , comprising one or more rolling contact bearings disposed between the rotor and the bottom plate ; an off-loading magnet configured to provide a vertical off-loading force that lifts the rotor against the rolling contact bearings of the upper bearing pack in a vertical direction and off of the rolling contact bearings of the lower bearing pack in a vertical direction; and characterised in that it comprises a strain gauge configured to monitor strain on the rotor in real-time, wherein the strain gauge is bonded to a surface of the rotor inside the cylindrical vertical enclosure and oriented along a direction parallel and tangential to the radial vector, and wherein the strain gauge comprises a wireless transmitter to wirelessly transmit strain measurements to a receiver inside the cylindrical vertical enclosure . a sealed housing comprising a top plate , a bottom plate , and a cylindrical vertical enclosure ; a rotor disposed within the sealed housing ; an upper bearing pack having a bearing pack outer housing arranged on the top plate , comprising one or more rolling contact bearings disposed between the rotor and the top plate , and a lower bearing pack having a bearing pack outer housing arranged on the bottom plate , comprising one or more rolling contact bearings disposed between the rotor and the bottom plate ; an off-loading magnet configured to provide a vertical off-loading force that lifts the rotor against the rolling contact bearings of the upper bearing pack in a vertical direction and off of the rolling contact bearings of the lower bearing pack in a vertical direction; and characterised in that it comprises a strain gauge configured to monitor strain on the rotor in real-time, wherein the strain gauge is bonded to a surface of the rotor inside the cylindrical vertical enclosure and oriented along a direction parallel and tangential to the radial vector, and wherein the strain gauge comprises a wireless transmitter to wirelessly transmit strain measurements to a receiver inside the cylindrical vertical enclosure .
Method for determining a position of a motor vehicle in a car park environment , wherein the motor vehicle follows a firmly prescribed route in the car park environment , by - detecting a distance (A) of the motor vehicle from a first fixed point in the car park environment by means of a sensor of the car park environment , - determining the position of the motor vehicle in the car park environment from the prescribed route and a distance (A) of the motor vehicle from the first fixed point , characterized in that the car park environment has a first road marking for the prescribed route , which the motor vehicle follows. - detecting a distance (A) of the motor vehicle from a first fixed point in the car park environment by means of a sensor of the car park environment , - determining the position of the motor vehicle in the car park environment from the prescribed route and a distance (A) of the motor vehicle from the first fixed point , characterized in that the car park environment has a first road marking for the prescribed route , which the motor vehicle follows.
A process for reducing the concentration of a fluorinated alkyne impurity in 2,3,3,3-tetrafluoropropene (HFO-1234yf) which comprises contacting a mixture comprising HFO-1234yf and at least one fluorinated alkyne impurity having the formula RC=CH, wherein R is a perfluorinated straight chain C 1 -C 3 alkyl, with a caustic material under conditions effective to reduce the concentration of the at least one fluorinated alkyne impurity, whereby at least one reaction product between the caustic material and at least a portion of the alkyne impurity is formed, and whereby the HFO-1234yf remains substantially unreacted; wherein the caustic material is selected from the group consisting of an alkali metal hydroxide, an alkali metal oxide, an alkali earth metal hydroxide, an alkali earth metal oxide, and combinations thereof.
A method for a user equipment, UE, in an ultra-dense network, comprising: - sending a request to a radio base station, RBS, for resources to be granted for uplink transmission, the request being of a same physical layer format regardless of the user equipment being connected with the RBS or not; - receiving a response from the RBS, indicating granted resources for the uplink transmission, the response omitting uplink timing alignment which is used for the RBS to correctly decode data to be uplink transmitted; and compensating a timing uncertainty due to a propagation delay within a cyclic prefix, CP; wherein the CP duration exceeds a round trip time, which is two times of the propagation delay; - performing the transmission on the granted resources when they are available. - sending a request to a radio base station, RBS, for resources to be granted for uplink transmission, the request being of a same physical layer format regardless of the user equipment being connected with the RBS or not; - receiving a response from the RBS, indicating granted resources for the uplink transmission, the response omitting uplink timing alignment which is used for the RBS to correctly decode data to be uplink transmitted; and compensating a timing uncertainty due to a propagation delay within a cyclic prefix, CP; wherein the CP duration exceeds a round trip time, which is two times of the propagation delay; - performing the transmission on the granted resources when they are available.
An oral care appliance comprising: a body , the body comprising: a plate member having a first surface , wherein the first surface of the plate member is a curved surface comprising: a top portion ; a center portion ; and, a bottom portion ; and, a lighting system comprising: a first lighting sub-system having at least one first light source , the at least one first light source arranged in the center portion of the plate member; a second lighting sub-system having at least one second light source , the at least one second light source arranged in the top portion of the plate member or the bottom portion of the plate member; wherein the at least one first light source is arranged to produce a first light at a first wavelength and the at least one second light source is arranged to produce a second light at a second wavelength ; characterized in that the first wavelength is in the range of 400-495 nm; and the second wavelength is in the range of 650-1400 nm. a body , the body comprising: a plate member having a first surface , wherein the first surface of the plate member is a curved surface comprising: a top portion ; a center portion ; and, a bottom portion ; and, a lighting system comprising: a first lighting sub-system having at least one first light source , the at least one first light source arranged in the center portion of the plate member; a second lighting sub-system having at least one second light source , the at least one second light source arranged in the top portion of the plate member or the bottom portion of the plate member; a plate member having a first surface , wherein the first surface of the plate member is a curved surface comprising: a top portion ; a center portion ; and, a bottom portion ; and, a top portion ; a center portion ; and, a bottom portion ; and, a lighting system comprising: a first lighting sub-system having at least one first light source , the at least one first light source arranged in the center portion of the plate member; a second lighting sub-system having at least one second light source , the at least one second light source arranged in the top portion of the plate member or the bottom portion of the plate member; a first lighting sub-system having at least one first light source , the at least one first light source arranged in the center portion of the plate member; a second lighting sub-system having at least one second light source , the at least one second light source arranged in the top portion of the plate member or the bottom portion of the plate member; wherein the at least one first light source is arranged to produce a first light at a first wavelength and the at least one second light source is arranged to produce a second light at a second wavelength ; characterized in that the first wavelength is in the range of 400-495 nm; and the second wavelength is in the range of 650-1400 nm.
A composition, which is a film-encased cleaning composition comprised of: (a) a granular cleaning material comprised of: (i) a percarbonate-based compound; (ii) an organic acid component; (iii) a metal chelating agent; (iv) a flame retardant, wherein the flame retardant is a combination of sodium sulfate and magnesium sulfate; and (v) optionally, at least one component selected from a diluent, a filler, a preservative, an anti-corrosion agent, and a fragrance; and (b) a film component, wherein the film component is polymeric, and wherein the film forms an enclosure that surrounds the granular cleaning material such that the granular cleaning material is contained within the film enclosure; wherein the percarbonate-based compound (i) is present in the range of 50-95 wt.-% of the composition. (a) a granular cleaning material comprised of: (i) a percarbonate-based compound; (ii) an organic acid component; (iii) a metal chelating agent; (iv) a flame retardant, wherein the flame retardant is a combination of sodium sulfate and magnesium sulfate; and (v) optionally, at least one component selected from a diluent, a filler, a preservative, an anti-corrosion agent, and a fragrance; and (i) a percarbonate-based compound; (ii) an organic acid component; (iii) a metal chelating agent; (iv) a flame retardant, wherein the flame retardant is a combination of sodium sulfate and magnesium sulfate; and (v) optionally, at least one component selected from a diluent, a filler, a preservative, an anti-corrosion agent, and a fragrance; and (b) a film component, wherein the film component is polymeric, and wherein the film forms an enclosure that surrounds the granular cleaning material such that the granular cleaning material is contained within the film enclosure;
A mechanical lug for securing electrical conductors, the mechanical lug comprising: a main body having an inner flange and an overlapping outer flange , wherein the inner flange has a horizontal member and an interlocking member with angled pockets , wherein the angled pockets are defined by open sidewalls in the inner flange , and the outer flange has hooks with tapered faces , wherein the outer flange overlaps the inner flange with the hooks of the outer flange positioned in the angled pockets of the interlocking member of the inner flange to form a dovetail interlock; and a mounting tongue extending from the main body. a main body having an inner flange and an overlapping outer flange , wherein the inner flange has a horizontal member and an interlocking member with angled pockets , wherein the angled pockets are defined by open sidewalls in the inner flange , and the outer flange has hooks with tapered faces , wherein the outer flange overlaps the inner flange with the hooks of the outer flange positioned in the angled pockets of the interlocking member of the inner flange to form a dovetail interlock; and a mounting tongue extending from the main body.
A tank closure device comprising a tank body , a tank lid and a closure member , the device comprising an annular rim secured to the tank body , an annular rim secured to the tank lid , cooperating in the closed state with the annular rim of the tank body to form a sealed junction, and the closure member comprises an open circle with a C-like section comprising a lower branch bearing, in the closed state, on the annular rim of the tank body , an upper branch bearing, in the closed state, on the annular rim of the tank lid , and an intermediate branch linking the lower and upper branches, the open circle being made in one-piece, the open circle having in the free state a diameter substantially equal to said diameter in the closed state, the closure member further comprising a releasable tensioner exerting, in the closed state, a pull tending to bring the ends of the open circle close to each other delimiting said opening, and a sealing gasket mounted between the rims of the tank body and of the tank lid , characterised in that one of the rims has a centring bead directed downwards in a form-fitting manner with an annular recess or an annular chamfer formed in the other rim between an upper surface and a peripheral surface of said other rim , the sealing gasket being accommodated in an annular groove of one of the lower and upper rims, the annular groove being wider at the groove bottom than at the groove opening to hold the sealing gasket , the annular recess or chamfer being formed at the intersection of the upper surface and of the external surface , the recess having, in axial section, a planar portion parallel to the upper surface and extending inwards from the external surface and a frustoconical portion extending between the planar portion and the upper surface , the taper angle of the frustoconical portion with respect to the axis of the device being comprised between 10 and 40°, or the chamfer having a frustoconical surface with a taper angle with respect to the axis of the device comprised between 10 and 40°, and the bead forming a fluid splash deflector in case of opening of the tank lid while there is still a residual pressure in the tank higher than the ambient pressure.
A method of transducing a population of CD34 + hematopoietic stem or progenitor cells comprising culturing the cells in a culture medium, in the presence of a lentiviral vector, prostaglandin E 2 (PGE 2 ) or 16,16-dimethyl PGE 2 , and poloxamer 407, wherein the population of cells is transduced at least about 24 hours.
A method for improving solubility of a sparingly water-soluble component, the method comprising blending a compound represented by general formula below with the sparingly water-soluble component in the presence of water, wherein the sparingly water-soluble component has a solubility in water of 3[g/100g water] or less, and wherein the sparingly water-soluble component is one or more components selected from the group consisting of sparingly water-soluble antibacterial/antiseptic agents, sparingly water-soluble antioxidants, sparingly water-soluble vitamins, sparingly water-soluble UV absorbers, sparingly water-soluble fragrances, sparingly water-soluble cosmetic components and sparingly water-soluble vegetable oils, wherein R 1 denotes a group represented by general formula ; wherein R 2 denotes an alkylene group having 1 to 3 carbon atoms, and n represents a number that is 0 or 1.
A display device for use in a vehicle and configured to perform communication with at least one processor provided in the vehicle , the display device comprising: a first display configured to output first light forming first visual information; a second display configured to output second light forming second visual information; and at least one light synthesizing unit configured to transmit either one of the first light output from the first display and second light output from the second display and to reflect another light of the first light output from the first display and the second light output from the second display ; characterized in that : the second display is further configured to be detachably coupled to a supporting unit for supporting the second display , the display device further comprises the supporting unit , wherein at least a portion of the supporting unit is transparent so that the second light is directable towards the at least one light synthesizing unit , and the light synthesizing unit is formed to be tiltable. a first display configured to output first light forming first visual information; a second display configured to output second light forming second visual information; and at least one light synthesizing unit configured to transmit either one of the first light output from the first display and second light output from the second display and to reflect another light of the first light output from the first display and the second light output from the second display ; characterized in that : the second display is further configured to be detachably coupled to a supporting unit for supporting the second display , the display device further comprises the supporting unit , wherein at least a portion of the supporting unit is transparent so that the second light is directable towards the at least one light synthesizing unit , and the light synthesizing unit is formed to be tiltable. the second display is further configured to be detachably coupled to a supporting unit for supporting the second display , the display device further comprises the supporting unit , wherein at least a portion of the supporting unit is transparent so that the second light is directable towards the at least one light synthesizing unit , and the light synthesizing unit is formed to be tiltable.
A method comprising: receiving a voxel space associated with a LIDAR dataset representing an environment; determining, for a voxel of the voxel space, a surface normal vector associated with three-dimensional data represented by the voxel; determining, based at least in part on an orientation of an autonomous vehicle, a reference orientation; determining that an angle between the surface normal vector and a vector associated with the reference orientation is below a threshold value, wherein the threshold value varies based on a location of the autonomous vehicle, a type of road surface, or a velocity of the autonomous vehicle; determining, based at least in part on the angle being below the threshold value, that the voxel is a locally flat voxel; determining a ground cluster, the ground cluster including a plurality of locally flat voxels, the plurality of locally flat voxels including the locally flat voxel; and generating a trajectory for the autonomous vehicle based at least in part on the ground cluster representing a drivable surface for the autonomous vehicle. receiving a voxel space associated with a LIDAR dataset representing an environment; determining, for a voxel of the voxel space, a surface normal vector associated with three-dimensional data represented by the voxel; determining, based at least in part on an orientation of an autonomous vehicle, a reference orientation; determining that an angle between the surface normal vector and a vector associated with the reference orientation is below a threshold value, wherein the threshold value varies based on a location of the autonomous vehicle, a type of road surface, or a velocity of the autonomous vehicle; determining, based at least in part on the angle being below the threshold value, that the voxel is a locally flat voxel; determining a ground cluster, the ground cluster including a plurality of locally flat voxels, the plurality of locally flat voxels including the locally flat voxel; and generating a trajectory for the autonomous vehicle based at least in part on the ground cluster representing a drivable surface for the autonomous vehicle.
A sample collection device for collecting, filtering, and stabilizing a biological sample, including a filtering device to collect and filter the sample and a collection tube defining a storage volume therein where the sample is adapted to be mixed with a stabilizing buffer and stored for subsequent use, the filtering device comprising: a mouthpiece being substantially conical in shape and defining a channel configured to allow a sample to flow therethrough; and a filter at least partially positioned within the channel , the filter being substantially cylindrical in shape having an outer annular wall defining a second channel therethrough, the annular wall including a first or open end that provides access to the second channel and a second end opposite the open end that is enclosed by a perforated wall , and the perforated wall defining a plurality of apertures configured to filter a biological sample passing through the channel , wherein the filter also defines one or more by-pass apertures formed into the annular wall and oriented such that at least a portion of the by-pass apertures is positioned upstream of the perforated wall defining the plurality of apertures , wherein each of the one or more by-pass apertures define a first effective width, wherein each of the plurality of apertures define a second effective width, and wherein the first effective width is smaller than the second effective width. a mouthpiece being substantially conical in shape and defining a channel configured to allow a sample to flow therethrough; and a filter at least partially positioned within the channel , the filter being substantially cylindrical in shape having an outer annular wall defining a second channel therethrough, the annular wall including a first or open end that provides access to the second channel and a second end opposite the open end that is enclosed by a perforated wall , and the perforated wall defining a plurality of apertures configured to filter a biological sample passing through the channel , wherein the filter also defines one or more by-pass apertures formed into the annular wall and oriented such that at least a portion of the by-pass apertures is positioned upstream of the perforated wall defining the plurality of apertures , wherein each of the one or more by-pass apertures define a first effective width, wherein each of the plurality of apertures define a second effective width, and wherein the first effective width is smaller than the second effective width.
Method for estimating a quantity of energy (E_tha) necessary for a thermal cabin conditioning system of a vehicle when driving a planned route, the method being implemented by an estimation module of a vehicle control device in charge of estimating the energy needs of the thermal conditioning system of the vehicle and comprising the calculation of a first quantity of energy (E_cv) of convergence towards a temperature setpoint (D3) and calculating a second quantity of energy (E_st) for maintaining the temperature of the passenger compartment at the temperature setpoint, the first quantity of energy (E_cv) and the second quantity of energy (E_st) being calculated respectively by means of a first and a second predetermined models, the method being characterized in that said models are predetermined as a function of the temperature setpoint (D3), of a parameter (D2) representative of the outside air temperature and parameter (D1) representative of sunshine, the first and second models determining applicable power values (Pcv, Pst) for the calculation of the first and second quantities of energy (E_cv, E_st) respectively by predetermined power mapping stored in the memory of the control device.
A construct comprising a polynucleotide encoding a gene modulator, the gene modulator comprising a repression domain and a DNA-binding domain that binds to an intended target site, wherein the polynucleotide is operably linked to a heterologous promoter comprising a self-regulating target site bound by the DNA-binding domain of the gene modulator at a lower affinity than the intended target site, wherein binding of the gene modulator to the self-regulating target sequence decreases expression of the polynucleotide, and wherein the DNA-binding domain comprises a zinc finger protein, a TALE protein or a CRISPR/Cas system.