mhurhangee/ep-ind-claims huggingface dataset:
Steering device for a motor vehicle, having a primary handling element which is coupled by way of a mechanical connection to a steering mechanism for the purpose of influencing the direction of travel of the motor vehicle, having an electrically operated steering control system comprising a steering control unit and an electrical actuator connected to the same for the purpose of acting on the steering mechanism, and having a secondary handling element which is connected to the steering control unit by way of an electrical connection, characterised in that the secondary handling element acts on the steering mechanism with a proportion of the total steering effect which can be achieved by the electrical actuator and which is predetermined by the steering control unit depending on the relevant operational situation of the vehicle.
Method for manufacturing a ferritic-austenitic stainless steel having good formability and high elongation, wherein the stainless steel contains in weight %, less than 0,05 %C, 0,2-0,7 %Si, 2-5 %Mn, 19-20,5 %Cr, 0,8-1,35 %Ni, less than 0,6 %Mo, less than 1 %Cu, 0,16-0,24 %N, the balance Fe and inevitable impurities 0-50 ppm O, 0-50 ppm S and 0-0,04 %P, optionally containing one or more added elements; 0-0,5 %W, 0-0,2 %Nb, 0-0,1 %Ti, 0-0,2 %V, 0-0,5 %Co, 0-50 ppm B, and 0-0,04 %Al, wherein the method comprises heat treating the stainless steel at a temperature in the range of 900 - 1200 °C, so that the microstructure of the stainless steel contains 45 - 75 % austenite in the heat treated condition, the remaining microstructure being ferrite and whereby the measured M d30 temperature of the stainless steel is adjusted, and whereby the steel has a measured M d30 temperature between 0 and 50 °C after the heat treatment in order to utilize the transformation induced plasticity (TRIP) for improving the formability of the stainless steel, wherein the M d30 temperature is measured as described in the description.
A fiber board that is obtained by mixing vegetable fibers and thermoplastic resin fibers to form a web, entangling mixed fibers that constitute said web to form a fiber mat, and compressing said fiber mat with heating, characterized in that said vegetable fibers are crimped in advance by stirring raw material fibers in the presence of water reaching a crimping degree of the vegetable fiber with a stretch elongation ratio measured in accordance to JIS L 1013 in the range from 2% to 30%.
A method for aerating organic material undergoing an aerobic composting process, characterized by comprising a. placing the organic material in a rigid, airtight, pressurised vessel b. sealing the vessel; c. delivering compressed air to the sealed vessel; d. continuing the delivery of compressed air until air pressure in the sealed vessel is in a range from 1 to 1000kPA above atmospheric pressure; e. maintaining pressure inside the sealed vessel from step (d) for a period of time to enable oxygen concentration of the air to be reduced; f. measuring the oxygen concentration of the air contained in the sealed vessel after step d); g. releasing spent air from inside the vessel when the measured oxygen concentration falls below a predetermined concentration thus reducing air pressure inside the vessel; and h. subsequently introducing compressed air to the sealed vessel by repeating steps b,c and d); wherein pressure differentials between areas of high pressure in the vessel and areas of low pressure in the organic material are allowed to equilibrate over a period of time before step (g) is performed. a. placing the organic material in a rigid, airtight, pressurised vessel b. sealing the vessel; c. delivering compressed air to the sealed vessel; d. continuing the delivery of compressed air until air pressure in the sealed vessel is in a range from 1 to 1000kPA above atmospheric pressure; e. maintaining pressure inside the sealed vessel from step (d) for a period of time to enable oxygen concentration of the air to be reduced; f. measuring the oxygen concentration of the air contained in the sealed vessel after step d); g. releasing spent air from inside the vessel when the measured oxygen concentration falls below a predetermined concentration thus reducing air pressure inside the vessel; and h. subsequently introducing compressed air to the sealed vessel by repeating steps b,c and d); wherein pressure differentials between areas of high pressure in the vessel and areas of low pressure in the organic material are allowed to equilibrate over a period of time before step (g) is performed.
A method, comprising: receiving, by a network node, a request type from a user equipment, wherein the request type indicates at least one type of service required by the user equipment from the network wherein the at least one type of service is one of: a signaling connection only, a signaling connection and network connectivity / internet services only, a signaling connection and network connectivity / default services based on subscription, or a signaling connection and network connectivity / other services as requested; using the received request type to make determinations regarding a provision of services to the user equipment, wherein the determinations comprise allowing subsequent service flow setup in the instances of signaling connection only, signaling connection and network connectivity / default services based on subscription and ensuring service segregation, and a signaling connection and network connectivity / other services as requested, and not allowing subsequent service flow setup in the instance of a signaling connection and network connectivity / internet services only being selected; and establishing a user equipment context according to the determinations made using the received request type. receiving, by a network node, a request type from a user equipment, wherein the request type indicates at least one type of service required by the user equipment from the network wherein the at least one type of service is one of: a signaling connection only, a signaling connection and network connectivity / internet services only, a signaling connection and network connectivity / default services based on subscription, or a signaling connection and network connectivity / other services as requested; using the received request type to make determinations regarding a provision of services to the user equipment, wherein the determinations comprise allowing subsequent service flow setup in the instances of signaling connection only, signaling connection and network connectivity / default services based on subscription and ensuring service segregation, and a signaling connection and network connectivity / other services as requested, and not allowing subsequent service flow setup in the instance of a signaling connection and network connectivity / internet services only being selected; and establishing a user equipment context according to the determinations made using the received request type.
An aqueous urethane resin composition comprising: a urethane resin that is a reaction product of essential ingredients including a polyol selected from a polyether polyol and/or a polycarbonate polyol, a reactive silicone having a number average molecular weight of 4,000 or more and having a functional group reactive with an isocyanate group, a polyisocyanate, and at least one chain extender selected from the group consisting of ethylenediamine, isophoronediamine, and piperazine; and an aqueous medium.
A re-usable thermotherapeutic pad (100, 500) comprising: a pouch (105, 505) formed from at least one laminate sheet, the at least one laminate sheet including an outer polyester layer, an intermediate nylon layer and an inner polyethylene layer, and the pouch (105, 505) being permanently sealed closed; and a thermotherapeutic composition pre-loaded into the pouch (105, 505), the thermotherapeutic composition comprising a gel material capable of being heated and cooled for providing, when the pouch (105, 505) is applied against a body part, hot therapy when the thermotherapeutic composition is heated and cold therapy when the thermotherapeutic composition is cooled. a pouch (105, 505) formed from at least one laminate sheet, the at least one laminate sheet including an outer polyester layer, an intermediate nylon layer and an inner polyethylene layer, and the pouch (105, 505) being permanently sealed closed; and a thermotherapeutic composition pre-loaded into the pouch (105, 505), the thermotherapeutic composition comprising a gel material capable of being heated and cooled for providing, when the pouch (105, 505) is applied against a body part, hot therapy when the thermotherapeutic composition is heated and cold therapy when the thermotherapeutic composition is cooled.
An elevator car motion alert system for signaling motion of at least one elevator car to a person, the elevator car motion alert system comprising: a sensor configured to detect car motion; characterized by a transmitter configured to transmit a pressure wave at a pre-defined frequency upon movement of the elevator car detected by the sensor; and an electronic device configured to receive and process the pressure wave for alerting the person of the movement of the elevator car. a sensor configured to detect car motion; characterized by a transmitter configured to transmit a pressure wave at a pre-defined frequency upon movement of the elevator car detected by the sensor; and an electronic device configured to receive and process the pressure wave for alerting the person of the movement of the elevator car.
A web observation system for the continuous or quasi-continuous optical detection of a transparent or partially transparent web material passing through, at least one camera, preferably a line scan camera, being used for the sectional optical detection of the web material moved relative to the camera, and the web material being arranged in front of a defined background for the purpose of calibrated optical detection, wherein the background is arranged at a distance from the web material and is designed to be movable in the longitudinal direction of the web material.
Mounted implement designed as soil tillage implement or tillage combination comprising soil tillage tools and at least one roller which is not driven separately and which is arranged behind the soil tillage tools in the working direction and comprising a three-point tower with attachment points (7, 8) for connecting the implement to the three-point linkage of a tractor, whereby means are provided to influence the slip of the roller during the use of the implement, wherein the implement is equipped with a device for determining the rotational speed of the not separately driven roller, an additional device for determining the actual working speed of the implement is provided and the implement as means has at least one control element for reducing the slip of the roller at at least approximately constant working depth, which is automatically activated, when a predetermined slip limit value between the rotational speed of the roller and the working speed of the implement is exceeded.
A biodegradable resin particle, comprising: a base particle containing a biodegradable resin which is a resin having an aerobic condition biodegradation rate of 50% or more after one month as measured by a method according to ISO-14855-2; a first layer on a surface of the base particle, the first layer containing at least one cationic resin of a polyalkyleneimine, a polyallylamine and a polyvinylamine; and a second layer on the first layer, the second layer containing an anionic or nonionic hydrophobic compound, wherein hydrophobic compound refers to a compound that imparts a water contact angle of a pellet in which the biodegradable resin particle is pelletized of 70° or more and 120° or less. a base particle containing a biodegradable resin which is a resin having an aerobic condition biodegradation rate of 50% or more after one month as measured by a method according to ISO-14855-2; a first layer on a surface of the base particle, the first layer containing at least one cationic resin of a polyalkyleneimine, a polyallylamine and a polyvinylamine; and a second layer on the first layer, the second layer containing an anionic or nonionic hydrophobic compound, wherein hydrophobic compound refers to a compound that imparts a water contact angle of a pellet in which the biodegradable resin particle is pelletized of 70° or more and 120° or less.
A satellite communication device comprising an antenna for communicating with a satellite, said device being characterised in that it comprises: • a measurement module configured to carry out a plurality of measurements of the equivalent isotropically radiated power of the antenna; • a reception module adapted to periodically receive an equivalent isotropically radiated power setpoint to be applied to the signal transmitted by said antenna, said setpoint being computed by control equipment so as to comply with a target link budget on the satellite link between said communication device and another device of the same network; • a computation module configured to: ∘ compute a mean, on a first time interval, of said plurality of power measurements; ∘ compute a mean, on a second time interval substantially identical to said first time interval, of said received power setpoints; ∘ compute the deviation between the mean of the power setpoints and the mean of the power measurements; • a transmission module adapted to transmit said deviation to said control equipment via said satellite. • a measurement module configured to carry out a plurality of measurements of the equivalent isotropically radiated power of the antenna; • a reception module adapted to periodically receive an equivalent isotropically radiated power setpoint to be applied to the signal transmitted by said antenna, said setpoint being computed by control equipment so as to comply with a target link budget on the satellite link between said communication device and another device of the same network; • a computation module configured to: ∘ compute a mean, on a first time interval, of said plurality of power measurements; ∘ compute a mean, on a second time interval substantially identical to said first time interval, of said received power setpoints; ∘ compute the deviation between the mean of the power setpoints and the mean of the power measurements; ∘ compute a mean, on a first time interval, of said plurality of power measurements; ∘ compute a mean, on a second time interval substantially identical to said first time interval, of said received power setpoints; ∘ compute the deviation between the mean of the power setpoints and the mean of the power measurements; • a transmission module adapted to transmit said deviation to said control equipment via said satellite.
A method for selecting an analgesic medication for a patient in need of analgesia, the method comprising determining the patient's genotype for at least one genetic variant ABCC3 rs4148412, assigning the patient into one of two risk groups defined as low and high risk for a serious opioid-induced adverse event, based upon the patient's genotype for the at least one genetic variant, and selecting a medication for the patient based upon the patient's assigned risk group, wherein the medication is selected from a non-morphine opioid or a non-opioid analgesic if the patient is assigned to the high risk group and the medication is selected from morphine or another opioid analgesic if the patient is assigned to the low risk group, wherein the variants are assigned into the risk groups as follows: ABCC3 rs4148412 AA high, AG high, GG low and the serious opioid-induced adverse event is prolonged stay in recovery due to respiratory depression.
Contact system comprising a circuit carrier, wherein the circuit carrier comprises at least one substrate layer and at least one electrically conductive layer (4, 11), wherein the contact system comprises at least one electrical and/or electronic component connected to the circuit carrier, in particular a semiconductor component (5, 19, 25, 31, 35), wherein an electrical contact area and/or thermal contact area of the component is cohesively connected to the circuit carrier, in particular the electrically conductive layer, by means of a solder, and wherein the electrically conductive layer is electrically connected to at least one via contact covered by the electrical contact area and/or the thermal contact area, characterized in that the component (5, 19, 25, 31, 35) comprises at least one depression or recess forming a reservoir (15, 21, 27, 28, 33, 37, 38, 39, 40) at the electrical contact area and/or the thermal contact area, wherein a gap extending between the electrical contact area and/or the thermal contact area and the circuit carrier and guiding a solder is formed such that it is larger in the region of the reservoir (15, 21, 27, 28, 33, 37, 38, 39, 40) than in a region surrounding the reservoir (15, 21, 27, 28, 33, 37, 38, 39, 40), and a transverse diameter of an opening of the via contact is formed such that it is larger than a gap dimension of the solder gap in the region of the reservoir (15, 21, 27, 28, 33, 37, 38, 39, 40).
Floor access module for a lift system, comprising: - at least one frame element for arranging the floor access module in a façade opening of a building, - at least one closure element on the lift side for access protection - at least one door element on the building side for access protection, wherein the at least one closure element and the at least one door element are operatively connected to the at least one frame element, wherein the at least one closure element can be actuated by a device of the lift system, wherein the frame element has at least one access opening on the lift side and at least one access opening on the building side, the access opening on the lift side being delimited by the closure element and the access opening on the building side being delimited by the door element. - at least one frame element for arranging the floor access module in a façade opening of a building, - at least one closure element on the lift side for access protection - at least one door element on the building side for access protection, wherein the at least one closure element and the at least one door element are operatively connected to the at least one frame element, wherein the at least one closure element can be actuated by a device of the lift system, wherein the frame element has at least one access opening on the lift side and at least one access opening on the building side, the access opening on the lift side being delimited by the closure element and the access opening on the building side being delimited by the door element.
A removable jewelry setting comprising: a lower body portion having a channel extending there through, said channel including at least two spaced apart side walls (16, 18) defining a width of said channel and a lower wall spaced apart from an upper body portion to define a height of said channel, an upper body portion including at least one mounting for an ornamental element thereon, said upper body portion pivotally connected to one of said side walls (16, 18) for movement between an open position and a closed position, said lower body portion including a length that is longer than said upper body portion, a portion of said lower body extending outward with respect to each end of said upper body portion, a releasable latch assembly, said latch assembly being constructed and arranged to cooperate with said upper body portion and said lower body portion to retain said upper body portion in said closed position, said latch assembly being releasable to allow an elongated member to be placed in said channel, whereby pivoting said upper body portion to said closed position secures said removable jewelry setting around said elongated member. a lower body portion having a channel extending there through, said channel including at least two spaced apart side walls (16, 18) defining a width of said channel and a lower wall spaced apart from an upper body portion to define a height of said channel, an upper body portion including at least one mounting for an ornamental element thereon, said upper body portion pivotally connected to one of said side walls (16, 18) for movement between an open position and a closed position, said lower body portion including a length that is longer than said upper body portion, a portion of said lower body extending outward with respect to each end of said upper body portion, a releasable latch assembly, said latch assembly being constructed and arranged to cooperate with said upper body portion and said lower body portion to retain said upper body portion in said closed position, said latch assembly being releasable to allow an elongated member to be placed in said channel, whereby pivoting said upper body portion to said closed position secures said removable jewelry setting around said elongated member.
An air cushion for absorbing bounces, comprising at least one air chamber, one air inlet valve, wherein the air chamber has a multiplicity of protrusions in the direction of impact, characterized in that the protrusions are formed at least in some areas - preferably in the area of the base of the respective protrusion - permeable to air, wherein the area that is permeable to air is formed by a detachable closing means, wherein due to the detachable closing means the respective protrusion is removable.
A rotary electric machine comprising a stator including: a segment coil having a plurality of segments (Sg) formed of a flat rectangular conductor subjected to bending; and a stator core having slots in which the segment coil is inserted, wherein welded parts formed at tips of lead sections (Sga) of the segment coil, the lead sections extending vertically from an end face of the stator core and having different heights from each other protruding out of the end face of the stator core and being twisted, include weld beads (Sgf) arranged in a radial direction of the stator, at least one of the weld beads having a long ellipsoidal shape, of which a major axis is positioned in a radial direction of the stator core, and an angle between the major axis of the long ellipsoidal shape and a central axis of the stator core is smaller than 90 degrees on a core cross section including the central axis of the stator core.