mhurhangee/ep-ind-claims huggingface dataset:
A device for implantation in an animal comprising: a helical carrier member; and a hydrogel member having ionizable functional groups wherein said hydrogel member comprises a macromer of 48% (w/w) poly(ethylene glycol) di-acrylamide and a pH sensitive component of (w/w) 52% sodium acrylate. a helical carrier member; and a hydrogel member having ionizable functional groups wherein said hydrogel member comprises a macromer of 48% (w/w) poly(ethylene glycol) di-acrylamide and a pH sensitive component of (w/w) 52% sodium acrylate.
A first poxvirus vector containing one or more DNA segments that encode (i) carcinoembryonic antigen, an antigenic portion thereof, or a modified version thereof comprising SEQ ID NO: 4, and (ii) mucin, an antigenic portion thereof, or a modified version thereof comprising SEQ ID NO: 2, for use in inducing an immunological response against a malignant pancreatic cell in an individual, wherein a second poxvirus vector containing one or more DNA segments that encode (i) CEA, an antigenic portion thereof, or a modified version thereof comprising SEQ ID NO: 4, and (ii) MUC, an antigenic portion thereof, or a modified version thereof comprising SEQ ID NO: 2, is administered to the individual at regular intervals after the administration of the first vector.
Anhydrous cosmetic composition comprising one or more organic structuring agents, several absorbers chosen from mixtures of one or more modified starches and one or more wood meals, one or more surfactants and an anhydrous liquid phase.
A method for optimizing performance of an Edge-to-Substation channel in an electrical distribution grid, the method comprising: retrieving, by a computing platform comprising a processor, data that identifies signal characteristics of signals that carry a plurality of messages received via the Edge-to-Substation channel by a substation receiver coupled to the electrical distribution grid on a high-voltage side of a service transformer from a Remote Hub coupled to the electrical distribution grid on a low-voltage side of the service transformer, the Edge-to-Substation channel being implemented over the electrical distribution grid; analyzing the data that identifies the signal characteristics of the signals that carry the plurality of messages received via the Edge-to-Substation channel by the substation receiver to identify a transmission parameter that improves a message success rate; and causing the transmission parameter to be communicated to the Remote Hub for use in subsequent transmissions to the substation receiver over the Edge-to-Substation channel. retrieving, by a computing platform comprising a processor, data that identifies signal characteristics of signals that carry a plurality of messages received via the Edge-to-Substation channel by a substation receiver coupled to the electrical distribution grid on a high-voltage side of a service transformer from a Remote Hub coupled to the electrical distribution grid on a low-voltage side of the service transformer, the Edge-to-Substation channel being implemented over the electrical distribution grid; analyzing the data that identifies the signal characteristics of the signals that carry the plurality of messages received via the Edge-to-Substation channel by the substation receiver to identify a transmission parameter that improves a message success rate; and causing the transmission parameter to be communicated to the Remote Hub for use in subsequent transmissions to the substation receiver over the Edge-to-Substation channel.
An absorbent article having a front edge intended to be positioned at a front side of a person and a rear edge intended to be positioned at a rear side of a person, said absorbent article comprising a liquid pervious topsheet, a liquid impervious backsheet, and an absorbent material between said topsheet and said backsheet, wherein at least a first spacer element is included between said topsheet and said backsheet, wherein the first spacer element has a top side facing the topsheet, a bottom side facing the backsheet, and a number of lateral sides between the top and the bottom side, and wherein the absorbent material extends along at least two opposite lateral sides of the first spacer element; said first spacer element being configured to guide liquid to the absorbent material upon wetting of the absorbent article; wherein the lateral sides of the first spacer element are surrounded by the absorbent material, such that seen from a top view, a contour of the spacer element is adjacent to the absorbent material.
A hydraulic assist system of a vehicle comprising: - a secondary shaft of a gearbox of the vehicle, - a differential including a differential cage, the differential cage including a primary toothing, the primary toothing ensuring the rotational drive of the differential cage by the output shaft of the gearbox, - an axle, the differential ensuring the rotational drive of the axle, and - a hydraulic machine, characterised in that the hydraulic machine is offset from the axle, such that the hydraulic machine and the axle are non-coaxial, the differential cage further comprising an additional toothing, the additional toothing ensuring the rotational drive of the hydraulic machine. - a secondary shaft of a gearbox of the vehicle, - a differential including a differential cage, the differential cage including a primary toothing, the primary toothing ensuring the rotational drive of the differential cage by the output shaft of the gearbox, - an axle, the differential ensuring the rotational drive of the axle, and - a hydraulic machine,
A garment dyeing machine including: a container, at least one roller to which at least a piece of garment is releasably attachable via a hanging frame, said roller being installed within said container and rotatable relative to said container about an axis of rotation (R-R), and at least one nozzle adapted to spray a dye solution onto said roller, wherein the roller comprises a body and at least one said hanging frame releasably engagable with the body, the body comprising circular discs provided with a number of pairs of radially extending tracks (46, 50), each pair of radially extending tracks for receiving said hanging frame for simultaneous rotational movement of the hanging frame and the body about said axis of rotation (R-R). a container, at least one roller to which at least a piece of garment is releasably attachable via a hanging frame, said roller being installed within said container and rotatable relative to said container about an axis of rotation (R-R), and at least one nozzle adapted to spray a dye solution onto said roller, wherein the roller comprises a body and at least one said hanging frame releasably engagable with the body, the body comprising circular discs provided with a number of pairs of radially extending tracks (46, 50), each pair of radially extending tracks for receiving said hanging frame for simultaneous rotational movement of the hanging frame and the body about said axis of rotation (R-R).
Method of preparing silicic acid structures with a low degree of cross-linking in a polymer matrix, comprising a) producing an SiO 2 sol in a solvent, wherein the sol particles preferably have a size of 0.5 nm to 20 nm, b) producing a solution of a polymer in a solvent, c) mixing the solution and the sol homogeneously, wherein the solvent is water or alcohol or a mixture of water and alcohol, and wherein the polymer is polyvinylpyrrolidone, and wherein SiO 2 and polymer in step c) are present in a mass ratio (SiO 2 /polymer) of 0.5/99.5 to 50/50. a) producing an SiO 2 sol in a solvent, wherein the sol particles preferably have a size of 0.5 nm to 20 nm, b) producing a solution of a polymer in a solvent, c) mixing the solution and the sol homogeneously, wherein the solvent is water or alcohol or a mixture of water and alcohol, and wherein the polymer is polyvinylpyrrolidone, and wherein SiO 2 and polymer in step c) are present in a mass ratio (SiO 2 /polymer) of 0.5/99.5 to 50/50.
External electrode for a multilayer component with a first conductive ply and with at least one second conductive ply which are formed from a folded fabric, wherein the first conductive ply has a connecting region in which a supply line can be cohesively connected to at least the first conductive ply, wherein the second conductive ply has fabric strips (27, 28) which are formed by the folded fabric, and wherein at least one gap is formed between the fabric strips (27, 28) of the second conductive ply, wherein the fabric strips (27, 28) of the second conductive ply are formed such that a uniform thickness of the fabric is realized at the connecting region, characterized in that the second conductive ply has a recess at the connecting region, and/or in that at least one of the fabric strips (27, 28) of the second conductive ply has a recess at the connecting region, wherein the external electrode is of single-ply form owing to the recess in the connecting region.
A counting device (100, 400) comprising: - a wall delimiting an internal volume, - an object counting means positioned in said internal volume, said counting means comprising: o a measurement means arranged to record and/or detect a flux at at least one wavelength between 5 and 12 micrometres emitted towards said counting means by objects present in a detection zone, and o a measurement lens optically delimiting the detection zone outside said counting device (100, 400), the lens being assembled to the rest of the counting means through a tight junction protecting the measurement means from dust and/or moisture coming from outside the counting means characterised in that the wall of the counting device (100, 400) comprises a window: - comprising germanium, preferably being entirely comprised of germanium, and - positioned in front of, preferably centred on, the measurement lens, so as to form a housing between the lens and the window - assembled to the rest of the wall through a tight junction protecting the counting means from dust and/or moisture coming from outside the wall, said measurement lens and said window being arranged to transmit the flux emitted by objects present in said detection zone to said counting means (100, 400). - a wall delimiting an internal volume, - an object counting means positioned in said internal volume, said counting means comprising: o a measurement means arranged to record and/or detect a flux at at least one wavelength between 5 and 12 micrometres emitted towards said counting means by objects present in a detection zone, and o a measurement lens optically delimiting the detection zone outside said counting device (100, 400), the lens being assembled to the rest of the counting means through a tight junction protecting the measurement means from dust and/or moisture coming from outside the counting means o a measurement means arranged to record and/or detect a flux at at least one wavelength between 5 and 12 micrometres emitted towards said counting means by objects present in a detection zone, and o a measurement lens optically delimiting the detection zone outside said counting device (100, 400), the lens being assembled to the rest of the counting means through a tight junction protecting the measurement means from dust and/or moisture coming from outside the counting means - comprising germanium, preferably being entirely comprised of germanium, and - positioned in front of, preferably centred on, the measurement lens, so as to form a housing between the lens and the window - assembled to the rest of the wall through a tight junction protecting the counting means from dust and/or moisture coming from outside the wall,
A composite cooling film (100, 1200) comprising an antisoiling layer (160, 1260; 208, 408) secured to a first major surface of a reflective microporous layer (110, 1210), wherein the reflective microporous layer comprises a first fluoropolymer and is diffusely reflective of electromagnetic radiation over a majority of wavelengths in the range of 400 to 2500 nanometers, and wherein the antisoiling layer has an outwardly facing antisoiling surface (162; 202, 402) opposite the reflective microporous layer.
A method for the recovery of an integrated image from a differential image by using constrained optimization; comprising the steps of: identifying an image that minimizes a cost function ∥ T f ∥ l p subject to the constraint ∥ W ( D x f -φ∥ l 2, which is written as minimize ‖ T ⁢ f ‖ l p subject to: ‖ W ⁢ D x ⁢ f - φ ‖ l 2 ≤ ε where f is an image vector, T is a transform operator matrix, D x is a differentiation operator matrix, W a diagnoal matrix containing the reciprocal noise standard deviations, φ is the measured image vector and ε a boundary for the noise power. ∥...∥ l p indicates the p -norm of a vector, where p is a positive number, preferably an integer in the interval [0,2]. identifying an image that minimizes a cost function ∥ T f ∥ l p subject to the constraint ∥ W ( D x f -φ∥ l 2, which is written as minimize ‖ T ⁢ f ‖ l p subject to: ‖ W ⁢ D x ⁢ f - φ ‖ l 2 ≤ ε where f is an image vector, T is a transform operator matrix, D x is a differentiation operator matrix, W a diagnoal matrix containing the reciprocal noise standard deviations, φ is the measured image vector and ε a boundary for the noise power. ∥...∥ l p indicates the p -norm of a vector, where p is a positive number, preferably an integer in the interval [0,2].
A platelet separator comprising: a main body portion including a chamber accommodating a platelet-containing component and capable of separating the platelet-containing component into platelets and another component by a centrifugal force being applied; an inflow portion disposed in the main body portion, configured to allow the platelet-containing component to flow into the chamber, and configured to allow a platelet additive solution to flow into the chamber; an accommodating portion accommodating the platelets resulting from centrifugal separation in the chamber; an outflow portion disposed in the main body portion and configured to allow at least the other component resulting from the centrifugal separation to flow out from the chamber; and a recovery unit disposed in a place different than the outflow portion in the main body portion and configured to recover the platelets and the platelet additive solution from the chamber, wherein the main body portion includes first and second bottom portions (60 and 62) with different heights with respect to a centrifugal direction in which the centrifugal force acts, and the first bottom portion is at a position more away from a centrifugal center than the second bottom portion. a main body portion including a chamber accommodating a platelet-containing component and capable of separating the platelet-containing component into platelets and another component by a centrifugal force being applied; an inflow portion disposed in the main body portion, configured to allow the platelet-containing component to flow into the chamber, and configured to allow a platelet additive solution to flow into the chamber; an accommodating portion accommodating the platelets resulting from centrifugal separation in the chamber; an outflow portion disposed in the main body portion and configured to allow at least the other component resulting from the centrifugal separation to flow out from the chamber; and a recovery unit disposed in a place different than the outflow portion in the main body portion and configured to recover the platelets and the platelet additive solution from the chamber, wherein the main body portion includes first and second bottom portions (60 and 62) with different heights with respect to a centrifugal direction in which the centrifugal force acts, and the first bottom portion is at a position more away from a centrifugal center than the second bottom portion.
A module for use in a wireless communication apparatus for communicating with a terminal, comprising: a first printed circuit board, PCB, configured by stacking a plurality of substrates; a plurality of antennas formed on a first side of the first PCB; a plurality of antenna modules for the plurality of antennas, wherein the plurality of antenna modules is arranged as to be allocated to the first PCB and wherein each antenna module of the plurality of antenna modules comprises: a radio frequency integrated circuit, RFIC, chip; and a second PCB configured by stacking a plurality of substrates and configured to electrically connect the RFIC chip to the first PCB, wherein a first side of the second PCB is coupled to a second side of the first PCB opposite to the first side of the first PCB via a grid array, wherein a second side opposite to the first side of the second PCB is coupled with the RFIC chip. a first printed circuit board, PCB, configured by stacking a plurality of substrates; a plurality of antennas formed on a first side of the first PCB; a plurality of antenna modules for the plurality of antennas, wherein the plurality of antenna modules is arranged as to be allocated to the first PCB and wherein each antenna module of the plurality of antenna modules comprises: a radio frequency integrated circuit, RFIC, chip; and a second PCB configured by stacking a plurality of substrates and configured to electrically connect the RFIC chip to the first PCB, wherein a first side of the second PCB is coupled to a second side of the first PCB opposite to the first side of the first PCB via a grid array, wherein a second side opposite to the first side of the second PCB is coupled with the RFIC chip. a radio frequency integrated circuit, RFIC, chip; and a second PCB configured by stacking a plurality of substrates and configured to electrically connect the RFIC chip to the first PCB, wherein a first side of the second PCB is coupled to a second side of the first PCB opposite to the first side of the first PCB via a grid array, wherein a second side opposite to the first side of the second PCB is coupled with the RFIC chip.
A powered mobility device with tilt mechanism having multiple pivots (P1, P2, P3), typically a powered wheelchair, which is able to be driven and steered with or without the use of hands, wherein the powered mobility device includes: i. at least two drive wheels where each drive wheel is mounted on a separate drive shaft such that the each drive wheel can be independently driven; ii. a drive controller drivingly coupled to the shafts; iii. a seat mounted on a tilt mechanism enabling the seat to tilt in a forward, backward, left and right direction as a result of the user displacing their body weight in either of those directions; and iv. a weight displacement sensor connected to the tilt mechanism and the drive controller such that upon sensing a weight displacement of a user in a particular direction the weight displacement sensor causes the drive controller to impart drive to one or both of the drive wheels to move the mobility device in the direction of the sensed displaced weight of the user and enable the mobility device to be driven in a forward or backward direction and/or steered in a left or right direction; the mobility device being further characterized in that the tilt mechanism includes a primary pivot, a secondary pivot and a tertiary pivot, where the primary pivot is mounted on the shafts to allow the tilt mechanism to tilt the seat in a backwards or forwards direction, and the secondary pivot is spaced a distance above the primary pivot so that the secondary pivot is situated between the seat and the shafts such that the secondary pivot allows the seat to tilt backwards or forwards about the secondary pivot to enhance the offset of weight transfer to allow increased control of the backwards or forwards tilt of the seat relative to the shafts, where the tertiary pivot is connected to and situated between the secondary pivot and the seat such that the tertiary pivot enables the tilt mechanism to tilt the seat in a left or right direction to allow the mobility device to turn left or right, the tertiary pivot is connected to the secondary pivot by at least one rod that extends upwardly from the secondary pivot towards the seat. i. at least two drive wheels where each drive wheel is mounted on a separate drive shaft such that the each drive wheel can be independently driven; ii. a drive controller drivingly coupled to the shafts; iii. a seat mounted on a tilt mechanism enabling the seat to tilt in a forward, backward, left and right direction as a result of the user displacing their body weight in either of those directions; and iv. a weight displacement sensor connected to the tilt mechanism and the drive controller such that upon sensing a weight displacement of a user in a particular direction the weight displacement sensor causes the drive controller to impart drive to one or both of the drive wheels to move the mobility device in the direction of the sensed displaced weight of the user and enable the mobility device to be driven in a forward or backward direction and/or steered in a left or right direction;
Method for the collaboration of a plurality of devices (N1-N5) in a local network, wherein data of one device is directly transmitted to another device in the local network, wherein the devices each possess a computer with software applications for processing the data of the device, wherein the local network is connected to a Cloud network, which executes backend services for the processing of the data from the local network, wherein at least one first device (N1-N5) in the local network possesses a software application, by means of which this device (N1-N5) determines which second device in the local network is able to provide necessary data, without using software applications in the Cloud network for this determination, characterised in that, when determining the second device (N1-N5), a measure of conformity between particular metrics of the first and second device is used. wherein data of one device is directly transmitted to another device in the local network, wherein the devices each possess a computer with software applications for processing the data of the device, wherein the local network is connected to a Cloud network, which executes backend services for the processing of the data from the local network, wherein at least one first device (N1-N5) in the local network possesses a software application, by means of which this device (N1-N5) determines which second device in the local network is able to provide necessary data, without using software applications in the Cloud network for this determination, characterised in that, when determining the second device (N1-N5), a measure of conformity between particular metrics of the first and second device is used.
A fluid line segment (40;140) comprising: a body (46;146) having an inlet (48;148), an outlet (50;150), and a gas path extending between the inlet (48;148) and the outlet (50;150); a containment cavity (42;142) extending between the gas path and a cavity bottom of the containment cavity (42;142), the containment cavity(42;142) in fluid communication with the gas path; a projection protruding from the cavity bottom of the containment cavity (42;142) towards the gas path; an orifice defined in the projection (60;160); and an evacuation passage (24;124) extending from the orifice, across the projection (60;160) and leading outside the body (46;146), the evacuation passage being in fluid communication with the containment cavity (42;142) and the gas path via the orifice. a body (46;146) having an inlet (48;148), an outlet (50;150), and a gas path extending between the inlet (48;148) and the outlet (50;150); a containment cavity (42;142) extending between the gas path and a cavity bottom of the containment cavity (42;142), the containment cavity(42;142) in fluid communication with the gas path; a projection protruding from the cavity bottom of the containment cavity (42;142) towards the gas path; an orifice defined in the projection (60;160); and an evacuation passage (24;124) extending from the orifice, across the projection (60;160) and leading outside the body (46;146), the evacuation passage being in fluid communication with the containment cavity (42;142) and the gas path via the orifice.