mhurhangee/ep-ind-claims huggingface dataset:
A method for performing wireless communication by a first device, the method comprising: determining a first power for physical sidelink shared channel, PSSCH, transmission in a second symbol period; after the determination of the first power, determining a second power for physical sidelink control channel, PSCCH, transmission in a first symbol period as: second power = 10 log 10 M N + first power wherein M is a number of resource blocks, RBs, for the PSCCH transmission in the first symbol period, and N is a number of RBs in the first symbol period; performing, to a second device, the PSCCH transmission in the first symbol period based on the second power; and performing, to the second device, the PSSCH transmission in the second symbol period based on the first power, wherein the second symbol period includes resources for the PSSCH transmission, and wherein the first symbol period includes resources for the PSCCH transmission and the PSSCH transmission. determining a first power for physical sidelink shared channel, PSSCH, transmission in a second symbol period; after the determination of the first power, determining a second power for physical sidelink control channel, PSCCH, transmission in a first symbol period as: second power = 10 log 10 M N + first power wherein M is a number of resource blocks, RBs, for the PSCCH transmission in the first symbol period, and N is a number of RBs in the first symbol period; performing, to a second device, the PSCCH transmission in the first symbol period based on the second power; and performing, to the second device, the PSSCH transmission in the second symbol period based on the first power, wherein the second symbol period includes resources for the PSSCH transmission, and wherein the first symbol period includes resources for the PSCCH transmission and the PSSCH transmission.
A method for milling poly-arylene-ether-ketones in the form of scales or coarse powder, having a porosity greater than 2 m 2 /g, measured with a Coulter SA3100 by the company Beckman Coulter, measurement by nitrogen adsorption at 105°C according to the BET method, and a compacted apparent density of less than 0.4 kg/I, measured on a STAV 2003 tamping volumeter equipped with a 250 ml specimen after 2500 pulses; said method being carried out in a temperature range of between 0°C and 50°C, preferably carried out in a temperature range of between 10°C and 30°C, in order to obtain powders having a particle size distribution, diameters by volume, of d10>15 μm, 50<d50<70 μm, 120<d90<180 μm.
An anchor system for fixating tissue to bone, comprising: an outer piece including external threads or teeth adapted to engage a tunnel wall of the bone, wherein the outer piece includes at least one tensioning spot, groove or slit; a threaded smooth inner sleeve received within the outer piece; characterized in a tapered compression screw received within the inner sleeve. an outer piece including external threads or teeth adapted to engage a tunnel wall of the bone, wherein the outer piece includes at least one tensioning spot, groove or slit; a threaded smooth inner sleeve received within the outer piece; characterized in a tapered compression screw received within the inner sleeve.
An end effector exchange device (10, 50) comprising: a first adapter; and a second adapter, one of the first adapter or the second adapter being attachable to a robot arm or a transport device, and an end effector being attachable to another one of the first adapter or the second adapter, wherein by operating a release button the first adapter and the second adapter can be separated from each other, characterised in that a slide portion of the first adapter is fitted into a slot of the second adapter, a ball is disposed between a cam member supported by the slide portion and an opening edge portion constituting the slot, the ball is configured to advance toward or retreat from an engagement groove (44, 52) of the opening edge portion by movement of the cam member, the release button is connected integrally with the cam member, by operating the release button and also sliding the first adapter and the second adapter relative to each other, the ball retreats, and the first adapter and the second adapter are separated from each other. a first adapter; and a second adapter, one of the first adapter or the second adapter being attachable to a robot arm or a transport device, and an end effector being attachable to another one of the first adapter or the second adapter, wherein by operating a release button the first adapter and the second adapter can be separated from each other, characterised in that a slide portion of the first adapter is fitted into a slot of the second adapter, a ball is disposed between a cam member supported by the slide portion and an opening edge portion constituting the slot, the ball is configured to advance toward or retreat from an engagement groove (44, 52) of the opening edge portion by movement of the cam member, the release button is connected integrally with the cam member, by operating the release button and also sliding the first adapter and the second adapter relative to each other, the ball retreats, and the first adapter and the second adapter are separated from each other.
A pant-type absorbent article having a longitudinal direction, a transverse direction and a thickness direction and comprising sheets, being a topsheet arranged for facing the user of the article and a backsheet arranged for facing a garment worn by the user of the article, and an absorbent core, and also having, in the longitudinal direction, a front portion, a back portion and a crotch portion between the front portion and the rear portion, wherein the front portion and back portion define a waist edge (7, 8) and a leg edge (9, 10, 13, 14) and the crotch portion defines two crotch edges (28, 29) and wherein a first elastic element extends along the waist edge (7, 8), a second elastic element extends along the leg edge (9, 10, 13, 14) and a third and a fourth elastic element (25, 26) extend along each one of the crotch edges (28, 29), characterized in that one of the members in a group of said sheets (32, 33) is folded along said waist edge (7, 8), at least one leg edge (9, 10, 13, 14) and crotch edges (28, 29) so as to enclose at least a part of each corresponding elastic element (23, 24, 25, 26), wherein a distance (d) from the inside of each said fold and each respective elastic element is less than 10 mm.
Toroidal roller bearing comprising a spacer device for roller elements (16, 16a, 16b), the toroidal roller bearing having an inner ring with an inner ring raceway and an outer ring with an outer ring raceway, wherein the toroidal roller bearing allows for axial and angular displacement between the inner ring and the outer ring, wherein the spacer device comprises at least one centering element that is arranged to extend in between adjacent roller elements (16, 16a, 16b) in a longitudinal direction of the roller elements (16, 16a, 16b) when the spacer device is in use, whereby the spacer device is centered on the inner ring raceway or on the outer ring raceway, characterized in that the at least one centering element is arranged to make contact with at least one point or region of the inner ring raceway or the outer ring raceway when the spacer device is in use, and the spacer device comprises a first part and a second part connected by connecting means that extend in between adjacent roller elements (16, 16a, 16b) in the longitudinal direction of the roller elements (16, 16a, 16b) when the spacer device is in use, and the at least one centering element is attached to the connecting means.
Portable therapeutic fluid delivery device for delivering a therapeutic fluid into a body of a patient, the fluid delivery device including: a) a first part including: a driving mechanism, the driving mechanism including a rotary motor and at least one gear (185, 186, 187), and a flow detector, the flow detector including at least one heating element and at least two temperature sensors (502, 504), and a processor; b) a second part including: a reservoir, an exit port, and a delivery tube communicating between the reservoir and the exit port; wherein the first part and the second part are designed such that upon pairing of the first part with the second part, the at least one heating element and the at least two temperature sensors (502, 504) touch the delivery tube, and wherein the processor is designed, upon activation of the at least one heating element, to detect a flow condition of the therapeutic fluid inside the delivery tube based on a signal provided by the at least two temperature sensors (502, 504), wherein the delivery device is designed to determine a temperature gradient within the therapeutic fluid and to determine the flow condition based on the temperature gradient, wherein the flow detector further includes a base, wherein a flow detector engagement rack is connected to the base and is freely articulated to an engagement rack hub, wherein the engagement rack hub is mounted to a spring. a) a first part including: a driving mechanism, the driving mechanism including a rotary motor and at least one gear (185, 186, 187), and a flow detector, the flow detector including at least one heating element and at least two temperature sensors (502, 504), and a processor; a driving mechanism, the driving mechanism including a rotary motor and at least one gear (185, 186, 187), and a flow detector, the flow detector including at least one heating element and at least two temperature sensors (502, 504), and a processor; b) a second part including: a reservoir, an exit port, and a delivery tube communicating between the reservoir and the exit port; a reservoir, an exit port, and a delivery tube communicating between the reservoir and the exit port;
A method for detecting a possible collision of a vehicle with a moving object, comprising the steps: determining spatial positions (p) of the object for a series of time points based on sensor data obtained by the vehicle; constructing an approximated trajectory of the object by approximating the spatial positions (p) of the object; and predicting a possible collision of the vehicle with the object based on the approximated trajectory of the object and/or based on a time-dependence of the approximated trajectory of the object, wherein a possible collision of the vehicle with the object is predicted based on a curvature of the approximated trajectory of the object. determining spatial positions (p) of the object for a series of time points based on sensor data obtained by the vehicle; constructing an approximated trajectory of the object by approximating the spatial positions (p) of the object; and predicting a possible collision of the vehicle with the object based on the approximated trajectory of the object and/or based on a time-dependence of the approximated trajectory of the object, wherein a possible collision of the vehicle with the object is predicted based on a curvature of the approximated trajectory of the object.
An organic light-emitting display device comprising: a substrate; an organic light-emitting portion on the substrate; a first inorganic film covering the organic light-emitting portion; and a second inorganic film on the first inorganic film and comprising a low temperature viscosity transition inorganic material wherein the low temperature viscosity transition inorganic material comprises a tin oxide or SnO, wherein at least on of the following is fulfilled: (a) a coefficient of thermal expansion of the first inorganic film is smaller than a coefficient of thermal expansion of the second inorganic film, and (b) the first inorganic film comprises a different low temperature viscosity transition inorganic material having a higher viscosity transition temperature than the viscosity transition temperature of the low temperature viscosity transition inorganic material comprised in the second inorganic film, characterized in that the first inorganic film includes a porous inorganic material in which pores are filled with dispersed inorganic material of the same material as the second inorganic film wherein the first inorganic film comprises a Sn-(P,B)-O-F-based low temperature viscosity transition inorganic material, and wherein the second inorganic film comprises a Sn-P-O-F-based low temperature viscosity transition inorganic material and wherein the first inorganic film is the Sn-(P,B)-O-F-based low temperature viscosity transition inorganic material, and wherein a ratio of phosphorus to boron of the first inorganic film is from 9:1 to 7:3. a substrate; an organic light-emitting portion on the substrate; a first inorganic film covering the organic light-emitting portion; and a second inorganic film on the first inorganic film and comprising a low temperature viscosity transition inorganic material wherein the low temperature viscosity transition inorganic material comprises a tin oxide or SnO, wherein at least on of the following is fulfilled: (a) a coefficient of thermal expansion of the first inorganic film is smaller than a coefficient of thermal expansion of the second inorganic film, and (b) the first inorganic film comprises a different low temperature viscosity transition inorganic material having a higher viscosity transition temperature than the viscosity transition temperature of the low temperature viscosity transition inorganic material comprised in the second inorganic film, characterized in that the first inorganic film includes a porous inorganic material in which pores are filled with dispersed inorganic material of the same material as the second inorganic film wherein the first inorganic film comprises a Sn-(P,B)-O-F-based low temperature viscosity transition inorganic material, and wherein the second inorganic film comprises a Sn-P-O-F-based low temperature viscosity transition inorganic material and wherein the first inorganic film is the Sn-(P,B)-O-F-based low temperature viscosity transition inorganic material, and wherein a ratio of phosphorus to boron of the first inorganic film is from 9:1 to 7:3.
Cosmetic composition comprising one fatty part and water to form an oil in water emulsion, characterized in that it also comprises: - a viscous-making product able to reticulate water comprised between 1% and 3% in weight and chosen from a group including xanthan gum or hydroxyethyl-cellulose; - sodium chloride comprised between 9% and 30% in weight; wherein the water is comprised between 50% and 70% in weight. - a viscous-making product able to reticulate water comprised between 1% and 3% in weight and chosen from a group including xanthan gum or hydroxyethyl-cellulose; - sodium chloride comprised between 9% and 30% in weight;
A railway vehicle comprising: a transformer including a primary winding to be electrically connected to an overhead wire; a first power converting device to be cooled, connected to a secondary winding of the transformer; a driving motor being a device to be cooled, connected to the first power converting device; and a cooling device connected to a tertiary winding of the transformer, characterized in that the cooling device is supplied with regenerative power of the driving motor to perform cooling operation to the devices to be cooled, the regenerative power being boosted in voltage by the first power converting device and having superimposed thereon power from the overhead wire via the transformer. a transformer including a primary winding to be electrically connected to an overhead wire; a first power converting device to be cooled, connected to a secondary winding of the transformer; a driving motor being a device to be cooled, connected to the first power converting device; and a cooling device connected to a tertiary winding of the transformer, characterized in that the cooling device is supplied with regenerative power of the driving motor to perform cooling operation to the devices to be cooled, the regenerative power being boosted in voltage by the first power converting device and having superimposed thereon power from the overhead wire via the transformer.
A recombinant fusion protein comprising the moieties B and CT, wherein: B is a non-spidroin moiety which provides the capacity of selective interaction with an organic target, wherein the B moiety has less than 30% identity to any of SEQ ID NOS: 6-10; and CT is a moiety of from 70 to 120 amino acid residues and has at least 50% identity to SEQ ID NO: 9 or at least 80% identity to SEQ ID NO: 7, wherein the CT moiety provides the capacity of forming a polymer; with the proviso that the fusion protein is not comprising any moiety derived from the repetitive fragment of a spider silk protein. B is a non-spidroin moiety which provides the capacity of selective interaction with an organic target, wherein the B moiety has less than 30% identity to any of SEQ ID NOS: 6-10; and CT is a moiety of from 70 to 120 amino acid residues and has at least 50% identity to SEQ ID NO: 9 or at least 80% identity to SEQ ID NO: 7, wherein the CT moiety provides the capacity of forming a polymer;
A method, performed by an evolved NodeB, eNodeB, for congestion control in a network, the method comprising: determining that a congestion condition exists on the network; and transmitting a suspension notification to a user equipment, UE, the UE being in an RRC CONNECTED state with the eNodeB, to notify the UE that a radio bearer, RB, operating in the network will be suspended, upon determining that the congestion condition exists; wherein the suspension notification is transmitted in a radio resource control, RRC, Suspend Radio Bearer message including a backoff timer to indicate a time duration for which the UE shall wait before requesting resources on the corresponding RB, and wherein a packet data convergence protocol, PDCP, discard timer has been modified based on a value of the backoff timer. determining that a congestion condition exists on the network; and transmitting a suspension notification to a user equipment, UE, the UE being in an RRC CONNECTED state with the eNodeB, to notify the UE that a radio bearer, RB, operating in the network will be suspended, upon determining that the congestion condition exists; wherein the suspension notification is transmitted in a radio resource control, RRC, Suspend Radio Bearer message including a backoff timer to indicate a time duration for which the UE shall wait before requesting resources on the corresponding RB, and wherein a packet data convergence protocol, PDCP, discard timer has been modified based on a value of the backoff timer.
A method of characterizing creped sheet structure comprising: providing an imaging system comprising one or more imaging or photographic sensors or devices; generating one or more signals defining one or more images of a region of the creped sheet structure, wherein said creped sheet structure is in motion; and, evaluating the generated image taken of the creped sheet structure with a two-dimensional spectral analysis tool which is configured to characterize the frequency and magnitude or scale of information contained in the generated image and which uses one or more metrics to determine crepe ridge characteristics, crepe trough characteristics, characterization of the imposed three dimensional structure, sheet bulk, sheet internal disruptions, and/or free fiber ends. providing an imaging system comprising one or more imaging or photographic sensors or devices; generating one or more signals defining one or more images of a region of the creped sheet structure, wherein said creped sheet structure is in motion; and, evaluating the generated image taken of the creped sheet structure with a two-dimensional spectral analysis tool which is configured to characterize the frequency and magnitude or scale of information contained in the generated image and which uses one or more metrics to determine crepe ridge characteristics, crepe trough characteristics, characterization of the imposed three dimensional structure, sheet bulk, sheet internal disruptions, and/or free fiber ends.
A cutting head for a centrifugal cutting apparatus, said cutting head comprising a plurality of cutting stations (101, 201, 301), each of which is provided with a cutting element (105, 205, 305) for cutting food products at a leading end (104, 204, 304) of the cutting station and comprises an inner wall extending from the leading end to a trailing end (107, 207, 307) and forming a product sliding surface (110, 210), along which the food product slides between successive cuts, wherein said cutting stations (101, 201, 301) are assembled adjacent to one another in such a way that a gap is present between each pair of adjacent cutting stations, and wherein a rake-off angle θ R is defined as the angle that a product slice deviates upon being cut by one of the cutting elements and exiting the cutting head through the respective gap, said rake-off angle θ R being measured between a first tangent line which is drawn on a slanted surface of the cutting station (101, 201, 301) and which is the direction along which a product slice exits the cutting head and a second tangent line (T1, T2, T3) to the product sliding surface at the trailing end of the respective preceding cutting station, characterised in that for each cutting station a rear part (108'; 108") of the product sliding surface at the trailing end deviates outwards, such that the rake-off angle θ R is below 17°. wherein a rake-off angle θ R is defined as the angle that a product slice deviates upon being cut by one of the cutting elements and exiting the cutting head through the respective gap, said rake-off angle θ R being measured between a first tangent line which is drawn on a slanted surface of the cutting station (101, 201, 301) and which is the direction along which a product slice exits the cutting head and a second tangent line (T1, T2, T3) to the product sliding surface at the trailing end of the respective preceding cutting station, characterised in that for each cutting station a rear part (108'; 108") of the product sliding surface at the trailing end deviates outwards, such that the rake-off angle θ R is below 17°.