mhurhangee/patent-ind-claim-en huggingface dataset:
A motor-vehicle having a motor-vehicle structure defining a passenger compartment equipped with one or more electrically-operated windows (W, P), wherein said motor-vehicle comprises a main refrigeration circuit (F) and a ventilation system, the ventilation system comprises one or more electrically-operated valves , arranged on the structure of the motor-vehicle in a lower position with respect to said windows (W,P) so that the passenger compartment of the motor-vehicle communicates with the external environment, and one or more electronic control units (ECU) programmed to activate a ventilation mode of the passenger compartment when the motor-vehicle parked with the engine off, even with the driver outside the motor-vehicle , said passenger compartment ventilation mode comprising controlling at least partial opening of one or more windows (W) and the opening of one or more of said valves for generating a natural air flow from the bottom upwards through the motor-vehicle passenger compartment , wherein said valves each comprise at least one shutter having an upper side mounted pivoting about an axis substantially horizontal to the structure of the motor-vehicle , wherein said one or more electronic control units (ECU) are programmed to activate a ventilation mode of the passenger compartment , by at least partial opening of said one or more windows (W) and by opening said one or more valves when the motor-vehicle parked with the engine off, with the driver outside the motor-vehicle, said activation being controllable by the user by means of an electronic interface device such as a smart-phone, a tablet or the like, and wherein said motor-vehicle s also provided with an auxiliary refrigeration system having an auxiliary refrigerating circuit (F') which allows cooling of the passenger compartment of the motor-vehicle when the motor-vehicle stationary with the engine off, even with the driver outside the motor-vehicle , both the auxiliary refrigerating circuit (F') and the ventilation system being controlled by said electronic control units (ECU) of the motor-vehicle according to predetermined programs, so as to allow a driver, before boarding the motor-vehicle , to bring the temperature inside the passenger compartment closer to an ideal temperature that allows the best comfort for the user.
A child safety seat for use in a vehicle seat, the child safety seat comprising a frame structure on which frame structure a child seat is arranged, where the child seat comprises a sitting section , a back section and a head section , an adjustable floor support connected to the frame structure , and fastening means for fastening the child safety seat to the vehicle seat, where the frame structure comprises a first part facing a sitting section of the vehicle seat and a second part facing a back section of the vehicle seat, characterized in that a support and connection device for the child seat is connected to the frame structure and the child seat , where an upper surface of the support and connection device forms an angle with a surface of the first part of the frame structure , such that the upper surface of the support and connection device can be adjusted to a substantially horizontal position by adjusting the length of the adjustable floor support , whereby a part of the child safety seat facing the back section of the vehicle seat is pushed even further into abutment with the back section of the vehicle seat and at least a foremost part of the frame structure of the child safety seat is raised from the sitting section of the vehicle seat.
An aircraft engine inlet comprising an inlet lip , wherein the external surface of the lip is provided by a lip skin , the lip skin having a skin web ; a plurality of stiffeners integrally formed in the lip skin and extending from the skin web; an aft edge land integrally formed in the lip skin and extending from the skin web at an outer rim , wherein the lip skin terminates at the outer rim , and wherein the aft edge land extends substantially around the outer rim ; an inner edge land integrally formed in the lip skin and extending from the skin web at an inner rim , wherein the lip skin terminates at the inner rim ; and a central land integrally formed in the lip skin and extending from the skin web, wherein the central land extends around the circumference of the lip skin , said plurality of stiffeners extending fore and aft between said aft edge land and said central land. lip skin having a skin web ; a plurality of stiffeners integrally formed in the lip skin and extending from the skin web; an aft edge land integrally formed in the lip skin and extending from the skin web at an outer rim , wherein the lip skin terminates at the outer rim , and wherein the aft edge land extends substantially around the outer rim ; an inner edge land integrally formed in the lip skin and extending from the skin web at an inner rim , wherein the lip skin terminates at the inner rim ; and a central land integrally formed in the lip skin and extending from the skin web, wherein the central land extends around the circumference of the lip skin , said plurality of stiffeners extending fore and aft between said aft edge land and said central land.
Planetary gear set , comprising a planet carrier with a recess for receiving a planet gear axis , on which a slide bearing shell is arranged, on which a planet gear is mounted rotatably, wherein at least one axial disc is arranged between a web of the planet carrier and the planet gear , characterised in that the axial disc is mounted in a floating manner between the planet gear and the web of the planet carrier in an axial direction and the axial disc is embodied to be flat on a side facing the web of the planet carrier and during normal operation a lubricant film is present between the axial disk and the planet gear , said lubricant film ensuring a hydrodynamic operation between the planet gear and the axial disc and a deficient lubrication being present between an axially outer side of the axial disc and the web of the planet carrier .
An aggregatable carrier material for drug delivery system comprising an aggregatable molecule shown in formula (I): [Chemical formula 1] (R 1 ) l E 1 [((-R 5 -E 2 )(R 2 ) m ) k (-R 3 -S-R 4 -Y) 3-m ] 4-1 (I) wherein E 1 is any one of carbon, silicon and germanium, and may be mutually the same or different; E 2 is either silicon or germanium, and may be mutually the same or different; R 1 is the same or different hydrocarbon group which may contain a heteroatom, and may form a ring which contains E 1 in some case; R 2 shows the same or different hydrocarbon group, or a hydrocarbon chain which may contain a ring; R 3 , R 4 and R 5 show the same or different hydrocarbon chain which may contain oxygen, nitrogen, carbonyl group, ether group or amide group; Y shows halogen group; 1 is an integer from 0 to 2; m is the integer from 0 to 2; k is 0 or 1, and 3-m is 1 when k is 0 in the formula (I), wherein said aggregatable molecule shown in the formula (I) further comprises one Y replaced with a sulfur atom and a targeted sequence presented part which is bound via said sulfur atom, wherein said targeted sequence presented part is composed of a protein having a targeted recognition site, of which thiol group in said protein is located outside the folded protein, and wherein said aggregatable molecule aggregates in an aqueous solvent to form the micelle having a diameter from 50 nm to 500 nm. wherein E 1 is any one of carbon, silicon and germanium, and may be mutually the same or different; E 2 is either silicon or germanium, and may be mutually the same or different; R 1 is the same or different hydrocarbon group which may contain a heteroatom, and may form a ring which contains E 1 in some case; R 2 shows the same or different hydrocarbon group, or a hydrocarbon chain which may contain a ring; R 3 , R 4 and R 5 show the same or different hydrocarbon chain which may contain oxygen, nitrogen, carbonyl group, ether group or amide group; Y shows halogen group; 1 is an integer from 0 to 2; m is the integer from 0 to 2; k is 0 or 1, and 3-m is 1 when k is 0 in the formula (I), wherein said aggregatable molecule shown in the formula (I) further comprises one Y replaced with a sulfur atom and a targeted sequence presented part which is bound via said sulfur atom, wherein said targeted sequence presented part is composed of a protein having a targeted recognition site, of which thiol group in said protein is located outside the folded protein, and wherein said aggregatable molecule aggregates in an aqueous solvent to form the micelle having a diameter from 50 nm to 500 nm.
An electrode group comprising: a positive electrode comprising a positive electrode active material-containing layer containing a positive electrode active material; a negative electrode comprising a negative electrode active material-containing layer containing a negative electrode active material; and a separator positioned at least between the positive electrode and the negative electrode , wherein the separator comprises a layer including organic fibers , first solid electrolyte particles in contact with the organic fibers and the positive electrode active material-containing layer , second solid electrolyte particles in contact with the organic fibers and the negative electrode active material-containing layer , and third solid electrolyte particles which are not in contact with any of the positive electrode active material-containing layer and the negative electrode active material-containing layer and are positioned inside the layer of organic fibers . a positive electrode comprising a positive electrode active material-containing layer containing a positive electrode active material; a negative electrode comprising a negative electrode active material-containing layer containing a negative electrode active material; and a separator positioned at least between the positive electrode and the negative electrode , wherein the separator comprises a layer including organic fibers , first solid electrolyte particles in contact with the organic fibers and the positive electrode active material-containing layer , second solid electrolyte particles in contact with the organic fibers and the negative electrode active material-containing layer , and third solid electrolyte particles which are not in contact with any of the positive electrode active material-containing layer and the negative electrode active material-containing layer and are positioned inside the layer of organic fibers .
A method , of wireless communication, performed by a UE, comprising: receiving a downlink transmission; and transmitting , an uplink transmission comprising a single tone acknowledgement, ACK, and a demodulation reference signal, DM-RS, wherein the uplink transmission comprises a single tone of bandwidth on an ACK channel using time-spreading, wherein the transmission includes three DM-RS symbols per a seven symbols period based on an orthogonal cover code and a spreading factor of three for the DM-RS symbols. receiving a downlink transmission; and transmitting , an uplink transmission comprising a single tone acknowledgement, ACK, and a demodulation reference signal, DM-RS, wherein the uplink transmission comprises a single tone of bandwidth on an ACK channel using time-spreading, wherein the transmission includes three DM-RS symbols per a seven symbols period based on an orthogonal cover code and a spreading factor of three for the DM-RS symbols.
A method of autonomous vehicle driving , the method comprising: receiving , by a computing device having at least one processor , sensor data from one or more autonomous vehicle sensors of an autonomous vehicle to detect a scene around the autonomous vehicle including one or more neighboring vehicles; determining , by the at least one processor and based on the sensor data, one or more driving patterns; grouping, by the at least one processor, the one or more driving patterns based on a primary context corresponding to the one or more driving patterns; determining , by the at least one processor, a driving pattern degradation output indicating degradation corresponding to the one or more grouped driving patterns, the driving pattern degradation output is based on one or more secondary context factors including at least one of: an attentiveness distribution associated with the one or more neighboring vehicles; or an aggressiveness distribution associated with the one or more neighboring vehicles ; and sending, by the at least one processor and to an autonomous driving system, the driving pattern degradation output . receiving , by a computing device having at least one processor , sensor data from one or more autonomous vehicle sensors of an autonomous vehicle to detect a scene around the autonomous vehicle including one or more neighboring vehicles; determining , by the at least one processor and based on the sensor data, one or more driving patterns; grouping, by the at least one processor, the one or more driving patterns based on a primary context corresponding to the one or more driving patterns; determining , by the at least one processor, a driving pattern degradation output indicating degradation corresponding to the one or more grouped driving patterns, the driving pattern degradation output is based on one or more secondary context factors including at least one of: an attentiveness distribution associated with the one or more neighboring vehicles; or an aggressiveness distribution associated with the one or more neighboring vehicles ; and an attentiveness distribution associated with the one or more neighboring vehicles; or an aggressiveness distribution associated with the one or more neighboring vehicles ; and sending, by the at least one processor and to an autonomous driving system, the driving pattern degradation output .
A therapeutically effective amount of (i) at least one compound of Formula I or (ii) a pharmaceutical formulation comprising at least one compound of Formula I and a pharmaceutically acceptable carrier or diluent for use in the treatment of Phelan McDermid Syndrome (PMS) in a subject having PMS or for use in a method of treating PMS in a subject having PMS wherein, each of W 1 , W 2 and W 3 is independently or the chain from the tricycle may terminate at W 3 , W 2 or W 1 with W 3 , W 2 or W 1 respectively being either -CH=O or -CH 2 OH; A is -NH- or -NC(O)R 1 -, where R 1 is C 1-6 alkyl; each of R 2 , R 3 , and R 4 is independently H. each of W 1 , W 2 and W 3 is independently or the chain from the tricycle may terminate at W 3 , W 2 or W 1 with W 3 , W 2 or W 1 respectively being either -CH=O or -CH 2 OH; A is -NH- or -NC(O)R 1 -, where R 1 is C 1-6 alkyl; each of R 2 , R 3 , and R 4 is independently H.
Method for mounting an electrical machine , in particular a generator or a starter mechanism as a starter, for starting a combustion engine, comprising a connection assembly for a force transmitting connection of a pinion and a pinion shaft of the connection assembly having a bayonet locking with an axial distance limitation for preventing an unintentional opening of the bayonet locking , wherein the pinion of the connection assembly has a housing for accommodating the shaft of the connection assembly for forming the connection assembly , comprising the steps: arranging of the axial distance limitation inside the housing of the pinion of the connection assembly , after the connection assembly is arranged in an operating position, said axial distance limitation is moved in an axial direction such that the bayonet locking is locked in said operating position for preventing an unintentional unlocking of the connection assembly , wherein the axial distance limitation is adjusted to the inserted shaft, and wherein said axial distance limitation is axially locked such that during operation of said electrical machine said connection assembly is locked, wherein said axial distance limitation is formed as an adjustable stop that is adjustable with regard to its position relatively to one or both components at least in axial direction (A), wherein the housing of the pinion and/or the adjustable stop comprise locking means for locking the adjustable stop in the operating position. arranging of the axial distance limitation inside the housing of the pinion of the connection assembly , after the connection assembly is arranged in an operating position, said axial distance limitation is moved in an axial direction such that the bayonet locking is locked in said operating position for preventing an unintentional unlocking of the connection assembly , wherein the axial distance limitation is adjusted to the inserted shaft, and wherein said axial distance limitation is axially locked such that during operation of said electrical machine said connection assembly is locked, wherein said axial distance limitation is formed as an adjustable stop that is adjustable with regard to its position relatively to one or both components at least in axial direction (A), wherein the housing of the pinion and/or the adjustable stop comprise locking means for locking the adjustable stop in the operating position.
A flame-retardant electric cable (10;20) having a core comprising an electric conductor , an electrically insulating coating and an outermost layer (13a; 14) made from a flame-retardant polymer composition comprising: a) 100 phr of polyvinylchloride (PVC) as base polymer; b) 70-110 phr of a metal hydroxide; c) 1-8 phr of an optionally surface-treated montmorillonite having average particle dimensions of from 5 to 20 μm; d) 3-8 phr of antimony trioxide; wherein the sum of the amount of montmorillonite and antimony trioxide is at least 5.5 phr and wherein the antimony trioxide and montmorillonite are in a ratio of from 1:0.1 to 1:2.5. a) 100 phr of polyvinylchloride (PVC) as base polymer; b) 70-110 phr of a metal hydroxide; c) 1-8 phr of an optionally surface-treated montmorillonite having average particle dimensions of from 5 to 20 μm; d) 3-8 phr of antimony trioxide;
Device for winding up a strip material to form a coil or for unwinding a coil, comprising a rotor coiler , which comprises two rotor side members rotatable about a common rotor axis and so arranged at a spacing from one another in axial direction of the rotor axis that rotationally driven coiler mandrels can be mounted therebetween, characterised in that the device has outside the rotor coiler two rocker members which are oscillatable independently of one another and which are mounted to be pivotable relative to the two rotor side members , wherein each of the rocker members comprises an axial displacement device by means of which the coiler mandrel mounted at the respective rocker member can be pushed into or withdrawn again from the rotor coiler in axial direction .
A MEMS device comprising: a primary substrate provided with a bump including a primary electrode ; and a secondary substrate provided with a secondary electrode on a bottom surface of a recessed portion formed by an adhesive layer , wherein the primary substrate and the secondary substrate are joined together with the adhesive layer, the primary electrode is electrically connected to the secondary electrode with the bump inserted into the recessed portion, part of the bump and the adhesive layer forming the recessed portion overlap each other in a direction in which the bump is inserted into the recessed portion, and characterized in that a gap is provided between the adhesive layer and the bump so as to keep the adhesive layer out of contact with the bump. a primary substrate provided with a bump including a primary electrode ; and a secondary substrate provided with a secondary electrode on a bottom surface of a recessed portion formed by an adhesive layer , wherein the primary substrate and the secondary substrate are joined together with the adhesive layer, the primary electrode is electrically connected to the secondary electrode with the bump inserted into the recessed portion, part of the bump and the adhesive layer forming the recessed portion overlap each other in a direction in which the bump is inserted into the recessed portion, and characterized in that a gap is provided between the adhesive layer and the bump so as to keep the adhesive layer out of contact with the bump.
Thermal management system for a vehicle having a battery , the temperature of which is to be controlled, and an electric motor (13, 13 I , 27), the temperature of which is to be controlled, for driving the vehicle, the electric motor (13, 13 I , 27) being at least oil-cooled, wherein the thermal management system comprises a monitoring system for monitoring an oil flow produced by means of an oil pump in an oil cooling circuit comprising the electric motor (13, 13 I , 27), wherein the monitoring system has a first pressure sensor at a first position in the oil cooling circuit and a second pressure sensor at a second position in the oil cooling circuit, in order to use measured pressures to determine pressure differences and to compare these pressure differences with a predeterminable and phase-related comparison value for the pressure difference and to check for an error, an error being detected if the comparison value is exceeded.
A computer-implemented method comprising: acquiring free viewpoint video, FVV, content, wherein the FVV content comprises keyframes and non-keyframes, the keyframes being frames in which an object has minimal occlusion compared with the non-keyframes; identifying a frame of the FVV content as being a keyframe; segmenting a mesh of the object in the keyframe into parts; tracking the parts of the object, each part being tracked independently; stitching the parts of the object together, including stitching a first part from a first time and a second part from a second time, the first part and the second part corresponding to different parts of the object and the first time and the second time being different times, wherein the first time and the second time are determined by locating a part that closely matches a target pose and/or locating a part with minimal or no artifacts for the first part and the second part respectively; and integrating the parts of the object to form a single shape to regenerate the object. acquiring free viewpoint video, FVV, content, wherein the FVV content comprises keyframes and non-keyframes, the keyframes being frames in which an object has minimal occlusion compared with the non-keyframes; identifying a frame of the FVV content as being a keyframe; segmenting a mesh of the object in the keyframe into parts; tracking the parts of the object, each part being tracked independently; stitching the parts of the object together, including stitching a first part from a first time and a second part from a second time, the first part and the second part corresponding to different parts of the object and the first time and the second time being different times, wherein the first time and the second time are determined by locating a part that closely matches a target pose and/or locating a part with minimal or no artifacts for the first part and the second part respectively; and integrating the parts of the object to form a single shape to regenerate the object.