mhurhangee/ep-ind-claims huggingface dataset:
An agent for use as an immunity-inducing agent in a method of medical or veterinary treatment, the agent comprising, as an active ingredient, at least one polypeptide having immunity-inducing activity and selected from the following polypeptides (a), (b), and (c), or a recombinant vector comprising a polynucleotide encoding said polypeptide and capable of expressing said polypeptide in vivo: (a) a polypeptide having the amino acid sequence shown by any of SEQ ID NOs: 43 to 76 in the Sequence Listing; (b) a polypeptide having 85% or more sequence identity with the polypeptide (a); and (c) a polypeptide of up to 12 amino acids comprising the polypeptide (a) as a partial sequence thereof. (a) a polypeptide having the amino acid sequence shown by any of SEQ ID NOs: 43 to 76 in the Sequence Listing; (b) a polypeptide having 85% or more sequence identity with the polypeptide (a); and (c) a polypeptide of up to 12 amino acids comprising the polypeptide (a) as a partial sequence thereof.
A bag machine for creating bags from a web, comprising an input section and a sealing section, where the web moves in a downstream direction from the input section to the sealing section, and wherein the sealing section includes a rotary ultrasonic sealer disposed to seal at least a portion of the web, the rotary ultrasonic sealer comprising a horn and an anvil, wherein the anvil has a sealing pattern thereon which includes micro grooves having a depth of 0.013mm or less.
A method for generating a neural network output for a neural network using a system comprising memory and a hardware circuit configured to implement the neural network, the method comprising: generating multiple requests, each request being used to retrieve data from the memory; for each request of the multiple requests: generating a plurality of sub-requests based on a respective size of the data to be retrieved using the request; generating a sequence of interleaved sub-requests that includes respective sub-requests of a first request interleaved among respective sub-requests of a second request; receiving, based on the sequence of interleaved sub-requests, respective portions of data that were accessed from respective address locations of the memory; and processing, using the neural network implemented at the hardware circuit, each of the respective portions of data to generate the neural network output. generating multiple requests, each request being used to retrieve data from the memory; for each request of the multiple requests: generating a plurality of sub-requests based on a respective size of the data to be retrieved using the request; generating a sequence of interleaved sub-requests that includes respective sub-requests of a first request interleaved among respective sub-requests of a second request; receiving, based on the sequence of interleaved sub-requests, respective portions of data that were accessed from respective address locations of the memory; and processing, using the neural network implemented at the hardware circuit, each of the respective portions of data to generate the neural network output.
System for simulating sensors, - with a memory unit in which sensor models with sensor model properties are stored, - with an evaluation unit for simulating all sensors, - and the simulation is done using the stored sensor models, - and the sensors are designed to measure geometric dimensions of the object, measure positions of the object, measure material, contrast, colour, luminescence, gloss, transparency of the object, polarisation of the light reflected from the object or measure magnetic field strength, - an input unit (17, 18) is provided for inputting a limited number of physical parameters which parameterise one or more predefined sensor requirements, wherein a stylised, typical example application situation is shown by means of graphic symbols on a display unit to assist in inputting the parameters, - the evaluation unit being designed to carry out the simulation to determine whether the simulated sensors fulfil the parameterised sensor requirements, - wherein each sensor model property is associated with at least one mapping rule by which one or more of the sensor model properties is mapped to one of the parameterised sensor requirements, - and the evaluation unit comprises an evaluation unit which evaluates whether a sensor model fulfils the parameterised sensor requirements, - wherein a display unit is provided for displaying at least a part of the evaluation result and the display unit outputs a ranking list of the simulated sensors according to the evaluation result. - with a memory unit in which sensor models with sensor model properties are stored, - with an evaluation unit for simulating all sensors, - and the simulation is done using the stored sensor models, - and the sensors are designed to measure geometric dimensions of the object, measure positions of the object, measure material, contrast, colour, luminescence, gloss, transparency of the object, polarisation of the light reflected from the object or measure magnetic field strength, - an input unit (17, 18) is provided for inputting a limited number of physical parameters which parameterise one or more predefined sensor requirements, wherein a stylised, typical example application situation is shown by means of graphic symbols on a display unit to assist in inputting the parameters, - the evaluation unit being designed to carry out the simulation to determine whether the simulated sensors fulfil the parameterised sensor requirements, - wherein each sensor model property is associated with at least one mapping rule by which one or more of the sensor model properties is mapped to one of the parameterised sensor requirements, - and the evaluation unit comprises an evaluation unit which evaluates whether a sensor model fulfils the parameterised sensor requirements, - wherein a display unit is provided for displaying at least a part of the evaluation result and the display unit outputs a ranking list of the simulated sensors according to the evaluation result.
A scroll compressor comprising: a case having a high-pressure side and a low-pressure side; a stationary scroll plate (220, 500) having a base plate with a first side having at least one projection, which forms a spiral wrap, and a second side having a first annular protrusion (222, 505); a pilot plate (240, 515) for separating the high-pressure side of the case from the low-pressure side of the case and the pilot plate (240, 515) abutting the second side of the stationary scroll plate (220, 500), wherein the pilot plate (240, 515) has a first side, wherein the first side faces the second side of the stationary scroll plate (220, 500) and wherein the first side has a second annular protrusion (242, 520); and a seal (250, 550), wherein the seal (250, 550) seals a radial gap between the first annular protrusion (222, 505) and the second annular protrusion (242, 520), wherein the seal (250, 550) has an annular shape with an L-shaped cross-section having a first leg and a second leg extending at an angle of approximately 90 degree, characterised in that an anti-buckling feature in the form of a taper (820, 825) is added to the first leg. a case having a high-pressure side and a low-pressure side; a stationary scroll plate (220, 500) having a base plate with a first side having at least one projection, which forms a spiral wrap, and a second side having a first annular protrusion (222, 505); a pilot plate (240, 515) for separating the high-pressure side of the case from the low-pressure side of the case and the pilot plate (240, 515) abutting the second side of the stationary scroll plate (220, 500), wherein the pilot plate (240, 515) has a first side, wherein the first side faces the second side of the stationary scroll plate (220, 500) and wherein the first side has a second annular protrusion (242, 520); and a seal (250, 550), wherein the seal (250, 550) seals a radial gap between the first annular protrusion (222, 505) and the second annular protrusion (242, 520), wherein the seal (250, 550) has an annular shape with an L-shaped cross-section having a first leg and a second leg extending at an angle of approximately 90 degree, characterised in that an anti-buckling feature in the form of a taper (820, 825) is added to the first leg.
Device for depositing material in the form of wire, comprising a structure, a depositing head supported by the structure, a wire spool configured to supply wire to the depositing head and to pivot about an axis of rotation, as well as at least one indication system configured to indicate a filling level of the wire spool; characterized in that the indication system comprises a support integral with the structure, at least one spindle extending between first and second ends in a second direction transverse to the rotational axis, a pad connected to the first end of the spindle (42, 42') and configured to bear against a wire wound onto the wire spool, a slide link (44, 44') configured to allow the spindle (42, 42') to be relocated in the second direction and also a restoring element (46, 46') configured to relocate the spindle (42, 42') in the direction of the rotational axis, said spindle (42, 42') occupying a position which depends on a filling level of the wire spool.
A liquid-type cooling apparatus in which there are provided a jacket including a coolant path through which a coolant flows and a heat sink that directly or indirectly makes contact with at least one heat-generating device (1, 2, 3) and makes contact with the coolant flowing in the jacket and in which heat generated by the heat-generating device (1, 2, 3) is transferred to the coolant through the intermediary of the heat sink so that the heat is radiated, the heat sink having a base member from which a plurality of heat radiation fins extend into the coolant path, wherein in the heat sink, the thermal resistance from a portion where the heat sink directly or indirectly makes contact with the heat-generating device (1, 2, 3) to a portion where the heat sink makes contact with the coolant is set to be a value that is different from the thermal resistance at a different position in the flowing direction of the coolant, characterised in that the thermal resistance of the heat sink is made different at the different positions by changing the heat conductivity of the base member of the heat sink from which the plurality of heat radiation fins extend so that the value of the thermal resistance of the heat sink decreases toward the downstream side of the coolant flowing in the jacket.
A coating agent comprising an olefin polymer having a heat of fusion as measured in accordance with JIS K 7122 of in the range of 0 to 50 J/g and having a weight average molecular weight (Mw) as measured by GPC of 1 × 10 4 to 1000 × 10 4, a hydrocarbon-based synthetic oil having a 40°C kinematic viscosity of 30 to 500,000 cSt, and a tackifier having an acid value as determined according to JIS K 0070 of 10 or more and having a weight average molecular weight (Mw) as measured by GPC of 0.9 × 10 3 to 3 × 10 3; wherein the olefin polymer accounts for 30 to 88% by weight, the hydrocarbon-based synthetic oil accounts for 30 to 6% by weight, and the tackifier accounts for 40 to 6% by weight (provided that the total of,, and is 100% by weight).
Method of separating items of laundry, wherein items of laundry are extracted from a pile of laundry by a gripping arrangement, the at least one item of laundry hanging down from the gripping arrangement is transferred to a belt conveyor, which follows the gripping arrangement as seen in the conveying direction, and a rear end of an item of laundry, as seen in the conveying direction of the belt conveyor, is detected and fixed at that end of the belt conveyor which is located opposite the gripping arrangement, characterized in that in the case of a plurality of items of laundry on the belt conveyor, only the final item of laundry, as seen in the conveying direction, is fixed at the rear end and the at least one further, unfixed item of laundry, of which a main part hangs down in front of the rear end of the belt conveyor, is ejected from the belt conveyor in that this at least one item of laundry slides downwards from the belt conveyor under its own weight and in that, during the transport of the least one item of laundry on the belt conveyor, a sensor means of the belt conveyor detects the rear corner of that item of laundry which is the last to pass the sensor means.
A method of applying fabric relaxant to a textile surface for providing a substantially wrinkle-free textile surface, the method comprising: (a) moistening the textile surface; (b) applying the fabric relaxant onto the moistened textile surface, wherein the fabric relaxant comprises a hydrophobic polydimethylsiloxane polymer having at least one positively-charged functional group; and (c) drying the moistened textile surface using steam, wherein the polydimethylsiloxane polymer having a positively-charged functional group is a polyquaternary polydimethylsiloxane copolyol. (a) moistening the textile surface; (b) applying the fabric relaxant onto the moistened textile surface, wherein the fabric relaxant comprises a hydrophobic polydimethylsiloxane polymer having at least one positively-charged functional group; and (c) drying the moistened textile surface using steam,
A battery selection device that selects which of a plurality of batteries in a charging station to charge at a time of selection, the battery selection device comprising: a supply amount information acquisition component configured to acquire supply amount information including information about a full charge capacity and a remaining capacity at the time of selection for each of the plurality of batteries; a preparation amount information acquisition component configured to acquire preparation amount information indicating a preparation remaining capacity, which is the remaining capacity required of a loaner battery when that battery is loaned out at a scheduled loan time that is after the time of selection; a battery extraction component configured to extract as loaner battery candidates those batteries that can be charged up to the preparation remaining capacity by the scheduled loan time, from among the plurality of batteries, on the basis of the supply amount information and the preparation amount information; and a determination component configured to determine a loaner battery on the basis of a predicted progress of deterioration of batteries as a result of charging the loaner battery candidates up to the preparation remaining capacity by the scheduled loan time when there are a plurality of loaner battery candidates, and determine that loaner battery for charging. a supply amount information acquisition component configured to acquire supply amount information including information about a full charge capacity and a remaining capacity at the time of selection for each of the plurality of batteries; a preparation amount information acquisition component configured to acquire preparation amount information indicating a preparation remaining capacity, which is the remaining capacity required of a loaner battery when that battery is loaned out at a scheduled loan time that is after the time of selection; a battery extraction component configured to extract as loaner battery candidates those batteries that can be charged up to the preparation remaining capacity by the scheduled loan time, from among the plurality of batteries, on the basis of the supply amount information and the preparation amount information; and a determination component configured to determine a loaner battery on the basis of a predicted progress of deterioration of batteries as a result of charging the loaner battery candidates up to the preparation remaining capacity by the scheduled loan time when there are a plurality of loaner battery candidates, and determine that loaner battery for charging.
A stroller, comprising a frame, a front wheel assembly and a rear wheel assembly, the frame comprising a front foot tube, a rear foot tube, a seat tube, a drive rod and a slider, the slider being slidably connected with the front foot tube, the lower end of the front foot tube being pivoted to the front wheel assembly, the upper end of the rear foot tube being pivoted to the slider, the lower end of the rear foot tube being fixedly connected with the rear wheel assembly, the two ends of the seat tube being pivoted to the front foot tube and the rear foot tube respectively, the frame having two states, a folded state and a deployed state, and the frame comprising a locking mechanism for keeping the frame in the deployed state, characterized in that the two ends of the drive rod are pivoted to the rear foot tube and the front wheel assembly respectively, wherein in folding of the frame, the slider slides upwards relative to the front foot tube, and the lower end of the rear foot tube is driven by the seat tube and moves towards the front foot tube, and the drive rod drives the front wheel assembly to rotate around the pivot point with the lower end of the front foot tube, so that the front foot wheel assembly is bendable. characterized in that the two ends of the drive rod are pivoted to the rear foot tube and the front wheel assembly respectively, wherein in folding of the frame,
A method for communicating for operating a vehicle platoon, comprising: establishing a temporary vehicle identification tag by a sender vehicle of the vehicle platoon; creating a platoon message to the vehicle platoon by the sender vehicle, the platoon message comprising the temporary vehicle identification tag for identifying the sender vehicle as the sender of the platoon message; and sending the platoon message by the sender vehicle to the vehicle platoon, wherein: the platoon message is signed using a temporary security certificate of the sender vehicle; and the temporary vehicle identification tag is derived from the temporary security certificate, preferably from an identifier of the temporary security certificate. establishing a temporary vehicle identification tag by a sender vehicle of the vehicle platoon; creating a platoon message to the vehicle platoon by the sender vehicle, the platoon message comprising the temporary vehicle identification tag for identifying the sender vehicle as the sender of the platoon message; and sending the platoon message by the sender vehicle to the vehicle platoon, the platoon message is signed using a temporary security certificate of the sender vehicle; and the temporary vehicle identification tag is derived from the temporary security certificate, preferably from an identifier of the temporary security certificate.
Device for monitoring the state of operation of a gas effluent treatment member of an exhaust line in an internal combustion engine comprising a control unit comprising a module for checking the conditions of operation of the engine, a module for injecting fuel upstream of the treatment member and a diagnostic module for the treatment member, said diagnostic module comprising a model of a treatment member without catalytic activity and a module for computing a difference between the output temperature ( T e) of said model and a measured value ( T m) of the output temperature of the treatment member, characterized in that the diagnostic module comprises a module for generating a diagnostic criterion ( C f) as a function of the temperature difference ( T m - T e) and of an air/fuel mixture richness value (λ) measured by an oxygen sensor situated upstream of the treatment member, corresponding to the time integral of the temperature difference ( T m - T e) divided by the average richness value (λ m).
A variant lipid acyltransferase having increased phospholipid transferase activity wherein the enzyme comprises the amino acid sequence motif GDSX, wherein X is one or more of the following amino acid residues L,A,V, I, F, Y, H, Q, T, N, M or S, wherein the variant enzyme comprises one or more amino acid modifications compared with a parent sequence at any one or more of the amino acid residues: S3N, Q, K, R, P or M; or E309A; wherein the numbering is that obtained from alignment of the variant sequence with the reference sequence shown as SEQ ID No. 2 and wherein the parent lipid acyltransferase comprises the amino acid sequence shown as SEQ ID No. 28 or an amino acid sequence which has 75% or more identity with SEQ ID No. 28; or wherein the parent lipid acyltransferase is encoded by the nucleotide sequence shown as SEQ ID No. 29, or a nucleotide sequence which has at least 75% or more identity with the sequence shown as SEQ ID No. 29. S3N, Q, K, R, P or M; or E309A;
A structure comprising a sheet of material having a first surface, the sheet of material having a plurality of first crease paths (59, 61) extending parallel to each other and a plurality of second crease paths (60, 68) extending parallel to each other and intersecting the first crease paths (59, 61), each first crease path (59, 61) being formed from a plurality of first path segments, each second crease path (60, 68) being formed from a repeating pattern consisting of chevrons (50,52) and straight lines, each chevron (50,52) being formed by a first chevron leg and a second chevron leg and each straight line extending from a free end of one of the first and second chevron legs (50,52), each second crease path (60,68) being foldable in an opposite direction from the adjacent second crease path (60, 68) so that the second crease paths (60, 68) form an alternating pattern of ridges and valleys as the sheet of material is being folded; each of the first crease paths (59, 61) being straight lines extending between the ridges and valleys of adjacent second crease paths (60,68) to form a pattern of facets (80, 82, 84) on the first surface of the sheet of material; the sheet of material being foldable along the first and second crease paths (59, 61, 60, 68) to form a three dimensional support structure extending in a plane having a repeating pattern of normal walls (22, 24) formed by the facets (80, 82) between the chevron legs (50, 52) and inclined walls (26, 28) formed by the facets between the straight lines, the normal walls (22, 24) extending perpendicular to the plane and the inclined walls (26, 28) being inclined relative to the plane.
A cutting blade ( 110, 500, 600, 700) for a robotic mower, the cutting blade comprising: a first end section and a second end section, wherein the cutting blade is detachably attachable to a blade holder of the robotic mower proximate the first end section, and two lateral sections ( 306, 308, 502, 602, 604, 702, 704) extending between the first and second end sections, characterized in that, at least one of the two lateral sections comprises at least one cutting portion ( 310A, 310B, 612, 712A, 712B) configured as a sharpened edge to cut vegetation and at least one protective portion ( 312A, 312B, 614, 714A, 714B) configured to protect the at least one cutting portion, the protective portion ( 312A, 312B, 614, 714A, 714B) being arranged such that, during a cutting operation, only the at least one protective portion ( 312A, 312B, 614, 714A, 714B) strikes against objects other than vegetation to be cut, such as sticks, stones and toys, to protect the at least one cutting portion. a first end section and a second end section, wherein the cutting blade is detachably attachable to a blade holder of the robotic mower proximate the first end section, and two lateral sections ( 306, 308, 502, 602, 604, 702, 704) extending between the first and second end sections, characterized in that, at least one of the two lateral sections comprises at least one cutting portion ( 310A, 310B, 612, 712A, 712B) configured as a sharpened edge to cut vegetation and at least one protective portion ( 312A, 312B, 614, 714A, 714B) configured to protect the at least one cutting portion, the protective portion ( 312A, 312B, 614, 714A, 714B) being arranged such that, during a cutting operation, only the at least one protective portion ( 312A, 312B, 614, 714A, 714B) strikes against objects other than vegetation to be cut, such as sticks, stones and toys, to protect the at least one cutting portion.