mhurhangee/ep-ind-claims huggingface dataset:
An antenna apparatus for a mobile station, the antenna apparatus comprising: a flexible substrate portion having first and second ends defining a longitudinal length thereof, the substrate portion comprising one or more layers, a first portion situated adjacent to the first end, and a second portion situated adjacent to the second end; a first conductive pattern configured to transmit or receive radio frequency signals and disposed on one or more of the one or more flexible layers of the substrate portion in the first portion of the substrate portion; a second conductive pattern configured to be coupled to a ground plane of the MS and disposed on one or more of the one or more flexible layers in the second portion of the substrate portion, the second conductive pattern being further configured to form a side-edge balance-to-unbalance (BALUN) which controls impedance in the second conductive pattern and reduces surface current distribution in the antenna apparatus generated from an external source; one or more folds in the substrate portion situated between the first and second ends of the substrate portion so as to optimize the operative frequency band of the antenna apparatus to operate at one or more frequency bands other than the primary frequency band of the antenna apparatus. a flexible substrate portion having first and second ends defining a longitudinal length thereof, the substrate portion comprising one or more layers, a first portion situated adjacent to the first end, and a second portion situated adjacent to the second end; a first conductive pattern configured to transmit or receive radio frequency signals and disposed on one or more of the one or more flexible layers of the substrate portion in the first portion of the substrate portion; a second conductive pattern configured to be coupled to a ground plane of the MS and disposed on one or more of the one or more flexible layers in the second portion of the substrate portion, the second conductive pattern being further configured to form a side-edge balance-to-unbalance (BALUN) which controls impedance in the second conductive pattern and reduces surface current distribution in the antenna apparatus generated from an external source; one or more folds in the substrate portion situated between the first and second ends of the substrate portion so as to optimize the operative frequency band of the antenna apparatus to operate at one or more frequency bands other than the primary frequency band of the antenna apparatus.
A concentrated expanded neural stem cell population for use in a method of treating a spasticity, rigidity or muscular hyperactivity condition comprising the introduction of a therapeutically effective amount of said population to at least one area of a recipient spinal cord, wherein said concentrated expanded neural stem cell population is obtainable by a method comprising: a) expanding at least one isolated neural stem cells obtained directly from isolated mammalian tissue in vitro in a dispersed adherent culture to form an expanded population of neural stem cells, wherein expanding the isolated neural stem cells comprises: (i) providing at least one extracellular protein to a culture vessel, wherein the extracellular protein includes 0.1 μg/mL to 1mg/mL of poly-D-lysine and 0.1 μg/mL to 1 mg/ml fibronectin; (ii) culturing the dissociated neural stem cells in said culture vessel in the absence of serum; (iii) adding to the culture vessel at least one growth factor; and (iv) passaging the cultured cells prior to confluence; and b) concentrating the expanded population; wherein: (i) the cell expansion exceeds thirty cell doublings without differentiating; and (ii) the neural stem cells are multipotential, with the capacity to differentiate into neurons, astrocytes or oligodendrocytes. a) expanding at least one isolated neural stem cells obtained directly from isolated mammalian tissue in vitro in a dispersed adherent culture to form an expanded population of neural stem cells, wherein expanding the isolated neural stem cells comprises: (i) providing at least one extracellular protein to a culture vessel, wherein the extracellular protein includes 0.1 μg/mL to 1mg/mL of poly-D-lysine and 0.1 μg/mL to 1 mg/ml fibronectin; (ii) culturing the dissociated neural stem cells in said culture vessel in the absence of serum; (iii) adding to the culture vessel at least one growth factor; and (iv) passaging the cultured cells prior to confluence; and b) concentrating the expanded population; (i) the cell expansion exceeds thirty cell doublings without differentiating; and (ii) the neural stem cells are multipotential, with the capacity to differentiate into neurons, astrocytes or oligodendrocytes.
Dental material, comprising: a. radically polymerizable monomers according to formula I: wherein: R 1 = methyl or H R 2 = alkyl, aryl or arylalkyl R 3 = H, alkyl or OR 4 R 4 = H or alkyl A = C 6 -C 18 alkylene or C 8 -C 18 alkylarylene; b. radically polymerizable monomers comprising at least one acrylate and/or methacrylate group; c. at least one initiator for the radical polymerization. a. radically polymerizable monomers according to formula I: wherein: R 1 = methyl or H R 2 = alkyl, aryl or arylalkyl R 3 = H, alkyl or OR 4 R 4 = H or alkyl A = C 6 -C 18 alkylene or C 8 -C 18 alkylarylene; R 1 = methyl or H R 2 = alkyl, aryl or arylalkyl R 3 = H, alkyl or OR 4 R 4 = H or alkyl A = C 6 -C 18 alkylene or C 8 -C 18 alkylarylene; b. radically polymerizable monomers comprising at least one acrylate and/or methacrylate group; c. at least one initiator for the radical polymerization.
A method for downloading a Digital Rights Management, DRM, module by a client device in a service system providing DRM content, comprising: receiving, by the client device, a content file including the DRM content; acquiring, by the client device, DRM download information included in the content file, the DRM download information including a unique identifier of a DRM module and an address of a DRM download server; requesting, by the client device, the DRM module from the DRM download server having the address included in the DRM download information by transmitting, to the DRM download server by the client device, a DRM module request message including identification information of the DRM module based on the unique identifier of the DRM module included in the DRM download information, and purchase information verifying a purchase of the DRM content; receiving, by the client device, the DRM module from the DRM download server; installing, by the client device, a DRM agent corresponding to a DRM system using the DRM module; acquiring, by the client device, a license corresponding to the DRM system from a server using the DRM agent based on license acquisition information included in the content file; and decrypting, by the client device, the DRM content using the license. receiving, by the client device, a content file including the DRM content; acquiring, by the client device, DRM download information included in the content file, the DRM download information including a unique identifier of a DRM module and an address of a DRM download server; requesting, by the client device, the DRM module from the DRM download server having the address included in the DRM download information by transmitting, to the DRM download server by the client device, a DRM module request message including identification information of the DRM module based on the unique identifier of the DRM module included in the DRM download information, and purchase information verifying a purchase of the DRM content; receiving, by the client device, the DRM module from the DRM download server; installing, by the client device, a DRM agent corresponding to a DRM system using the DRM module; acquiring, by the client device, a license corresponding to the DRM system from a server using the DRM agent based on license acquisition information included in the content file; and decrypting, by the client device, the DRM content using the license.
Trailer coupling comprising a ball neck which supports a coupling ball, and also which comprises a socket receptacle for a socket for the power supply of units acting on the coupling ball, the socket having a socket housing with a housing sleeve, which is provided with an insertion opening, and the insertion opening being closable by a cover that is mounted pivotably on the housing sleeve, wherein the socket receptacle has a receiving channel, into which the housing sleeve extends starting from a first side of the socket receptacle, wherein the housing sleeve bears against the first side of the socket receptacle via a bearing surface, and wherein the housing sleeve is fixed to the socket receptacle by a retaining element, which is fitted starting from a second side of the socket receptacle and which is supported on the socket receptacle and is connected to the housing sleeve by a latched connection (144, 152), characterized in that, for fixing the retaining element to the socket receptacle, the retaining element is supported in the receiving channel.
A piston (24, 24') for a support sleeve (22, 22') of a dispensing assembly, in particular comprising one or more film bag cartridges, the piston (24, 24') having an at least substantially cylindrical outer shape and comprising a piston body as well as first and second film bag retainers (28, 30) arranged at opposite sides of the piston body, wherein the piston body has a disc shaped part and first and second projections (54, 56) projecting from the piston body at opposite sides of the piston body in the direction of the film bag retainers (28, 30), characterised in that the first and second projections (54, 56) are ring-shaped projections, wherein each of the film bag retainers (28, 30) comprises a central projection projecting towards the piston body, and wherein the central projection cooperates with a respective one of the first and second projections (54, 56).
Rifaximin in combination with at least one proton pump inhibitor and optionally a further antibiotic for use in a method for treating or preventing enteropathy in an individual undergoing NSAID administration, wherein the NSAID is diclofenac, ketoprofen, naproxen, ibuprofen, acetylsalicylic acid or mixtures thereof and wherein rifaximin is in gastroresistant form or in form of gastroresistant microgranules and is orally administered in an amount of from 20 mg to 3300 mg per day.
A receiving apparatus comprising a determination unit adapted to determine a type of a noise source influencing the reception signal, the receiving apparatus further comprises: a reception unit adapted to receive a reception signal, from a transmitting apparatus transmitting a transmission signal which is received at the reception unit as the reception signal, said reception unit being further adapted to receive information regarding a distribution of at least one logic value of the transmission signal corresponding to an on-off keying, OOK, scheme or a frequency shift keying, FSK, scheme; a set unit adapted to set a detection threshold according to the information regarding the distribution of the at least one logic value of the transmission signal; a detection unit adapted to detect a distribution of the at least one logic value among logic values of the reception signal; and the determination unit is adapted to determine a type of a noise source influencing the reception signal, according to the detection threshold and the distribution of the at least one logic value of the reception signal. a reception unit adapted to receive a reception signal, from a transmitting apparatus transmitting a transmission signal which is received at the reception unit as the reception signal, said reception unit being further adapted to receive information regarding a distribution of at least one logic value of the transmission signal corresponding to an on-off keying, OOK, scheme or a frequency shift keying, FSK, scheme; a set unit adapted to set a detection threshold according to the information regarding the distribution of the at least one logic value of the transmission signal; a detection unit adapted to detect a distribution of the at least one logic value among logic values of the reception signal; and the determination unit is adapted to determine a type of a noise source influencing the reception signal, according to the detection threshold and the distribution of the at least one logic value of the reception signal.
A method for quantifying an amount of exosomes in whole blood comprising: obtaining whole blood from a subject; separating the whole blood into plasma, and at least one cellular blood fraction, wherein the plasma comprises a first amount of unbound exosomes; contacting the plasma with an adsorbent material comprising a synthetic carbon particle, and forming treated plasma, and a complex, wherein the treated plasma comprises a second amount of unbound exosomes, and the complex comprises an amount of SCP-bound-exosomes; and comparing the second amount of unbound exosomes with a first control and/or comparing the SCP-bound-exosomes with a second control; wherein the SCP comprises mesopores, micropores, macropores, or a combination thereof, further wherein the mesopores are 2 nm to 50 nm in diameter, wherein the micropores are less than 2 nm in diameter, and wherein the macropores are 50 to 120 nm in diameter. obtaining whole blood from a subject; separating the whole blood into plasma, and at least one cellular blood fraction, wherein the plasma comprises a first amount of unbound exosomes; contacting the plasma with an adsorbent material comprising a synthetic carbon particle, and forming treated plasma, and a complex, wherein the treated plasma comprises a second amount of unbound exosomes, and the complex comprises an amount of SCP-bound-exosomes; and comparing the second amount of unbound exosomes with a first control and/or comparing the SCP-bound-exosomes with a second control; wherein the SCP comprises mesopores, micropores, macropores, or a combination thereof, further wherein the mesopores are 2 nm to 50 nm in diameter, wherein the micropores are less than 2 nm in diameter, and wherein the macropores are 50 to 120 nm in diameter.
A sharpening device for a cutting tool blade of the knife type or similar, said sharpening device comprising at least two mobile abrasive belts (2; 3, 4) each provided with an active abrasive top surface (2 a, 3 a, 4 a) and a bottom surface (2 b, 3 b, 4 b), wherein the belts (2; 3, 4) being longitudinally staggered and arranged crosswise to form a crossing line defining, on one side, a sharpening dihedron formed by said moving top surfaces (2 a, 3 a, 4 a) of said belts (2, 3, 4), and on the other side, an underlying dihedron, formed by said moving bottom surfaces (2 b, 3 b, 4 b) of said belts (2, 3, 4), the device including means for pressing against at least one of said bottom surfaces (2 b, 3 b, 4 b) of said belts (2, 3, 4), at said underlying dihedron, which are adapted to alternately vary the angle of said sharpening dihedron during movement of said belts (2, 3, 4), said pressing means consisting of a pressing roller, the device being characterized in that said pressing roller is mounted so as to rotate freely about an axis of rotation (15 a) and the active peripheral surface (15 b) of the pressing roller, includes at least one area non centred on said axis of rotation (15 a), said active peripheral surface (15 b) of said pressing roller being in contact with said underlying dihedron formed by the bottom faces (2 b, 3 b, 4 b) of said belts (2, 3, 4), and said pressing roller being driven in rotation by said bottom surfaces (2 b, 3 b, 4 b) of said moving belts (2, 3, 4). the device including means for pressing against at least one of said bottom surfaces (2 b, 3 b, 4 b) of said belts (2, 3, 4), at said underlying dihedron, which are adapted to alternately vary the angle of said sharpening dihedron during movement of said belts (2, 3, 4), said pressing means consisting of a pressing roller, the device being characterized in that said pressing roller is mounted so as to rotate freely about an axis of rotation (15 a) and the active peripheral surface (15 b) of the pressing roller, includes at least one area non centred on said axis of rotation (15 a), said active peripheral surface (15 b) of said pressing roller being in contact with said underlying dihedron formed by the bottom faces (2 b, 3 b, 4 b) of said belts (2, 3, 4), and said pressing roller being driven in rotation by said bottom surfaces (2 b, 3 b, 4 b) of said moving belts (2, 3, 4).
Centrifuge container assembly, comprising a centrifuge container and at least one support device for supporting a container for centrifuged material that holds material to be centrifuged contained in a centrifuge container, characterized in that the support device comprises a flexible plate which, when bent, causes a restoring force to be generated, wherein the material and dimensions of the plate have been chosen so as to allow flexible bending at least to such an extent that its two ends will make contact, wherein the support device is of a width that maximally corresponds the maximum width of the receiving space for the centrifuge container.
A method of performing friction stir spot welding of a plurality of steel plates (51, 52), the method comprising the steps of: friction stirring a spot welding portion of the plurality of steel plates (51, 52) by pressing a tool (10, 60) against the spot welding portion while rotating the tool (10, 60), to plasticize the spot welding portion by friction heat, and cooling (S23, S72) the spot welding portion to cause martensitic transformation to occur in the spot welding portion, after the step of friction stirring the spot welding portion; the method being characterized in that it further comprises the step of tempering the spot welding portion by the friction heat by re-pressing the tool (10, 60) against the spot welding portion while rotating the tool (10, 60), after the step of cooling (S23, S72) the spot welding portion. friction stirring a spot welding portion of the plurality of steel plates (51, 52) by pressing a tool (10, 60) against the spot welding portion while rotating the tool (10, 60), to plasticize the spot welding portion by friction heat, and cooling (S23, S72) the spot welding portion to cause martensitic transformation to occur in the spot welding portion, after the step of friction stirring the spot welding portion; the method being characterized in that it further comprises the step of tempering the spot welding portion by the friction heat by re-pressing the tool (10, 60) against the spot welding portion while rotating the tool (10, 60), after the step of cooling (S23, S72) the spot welding portion.
A compressor that comprises a casing, a suction muffler disposed inside the casing that attenuates the noise resulting from a refrigerant fluid, an inlet pipe that carries the refrigerant fluid delivered from an evaporator in the refrigeration cycle, an opening arranged at the place where the inlet pipe is mounted to the casing, providing the entrance of the refrigerant fluid into the casing and a muffler pipe, with one end opening into the suction muffler, the other end extending outwards of the casing by passing through the opening and opening into the inlet pipe so as to have a gap between the muffler pipe and the inlet pipe, characterized in that the muffler pipe is inserted into the inlet pipe without contacting the inlet pipe and without being directly connected to the inlet pipe.
A foldable device comprising: a flexible display configured to be folded or unfolded with reference to a folding axis as the foldable device is folded or unfolded; a sensor (120; 340) configured to sense an unfolding motion of the foldable device; and a controller (130; 360) configured to change a layout of a screen according to a folding angle of the foldable device which is sensed by the sensor, when the screen includes at least one displayed object, and wherein the controller is configured to change the layout of the screen so that the number of displayed objects included in the screen varies according to a folding angle of the foldable device while the foldable device is being unfolded, wherein varying the number of displayed objects included in the screen comprises displaying additional objects while the foldable device is being unfolded. a flexible display configured to be folded or unfolded with reference to a folding axis as the foldable device is folded or unfolded; a sensor (120; 340) configured to sense an unfolding motion of the foldable device; and a controller (130; 360) configured to change a layout of a screen according to a folding angle of the foldable device which is sensed by the sensor, when the screen includes at least one displayed object, and wherein the controller is configured to change the layout of the screen so that the number of displayed objects included in the screen varies according to a folding angle of the foldable device while the foldable device is being unfolded, wherein varying the number of displayed objects included in the screen comprises displaying additional objects while the foldable device is being unfolded.
A method of operating a non-volatile memory, comprising: providing multiple groups of memory cells, the memory cells in each group for operating in parallel; programming multiple subsets of data into a first group of memory cells, each subset of data being provided with an ECC; selecting a sample of the data programmed in the first group of memory cells, the sample being selected from a subset of data of said multiple subsets of data programmed into the first group; reading said sample; and checking said sample for errors, reprogramming said multiple subsets of data into a second group of memory cells whenever the errors checked from the sample is more than a predetermined number of error bits. providing multiple groups of memory cells, the memory cells in each group for operating in parallel; programming multiple subsets of data into a first group of memory cells, each subset of data being provided with an ECC; selecting a sample of the data programmed in the first group of memory cells, the sample being selected from a subset of data of said multiple subsets of data programmed into the first group; reading said sample; and checking said sample for errors, reprogramming said multiple subsets of data into a second group of memory cells whenever the errors checked from the sample is more than a predetermined number of error bits.