mhurhangee/ep-ind-claims huggingface dataset:
A method for dynamically provisioning subscriber based session timeout information, comprising: receiving, from a packet data network gateway, PGW, a request message containing session information parameters corresponding to a session requested by a user equipment device; determining an absolute timeout period value and an idle timeout period value based on input comprising one or more of the session information parameters; generating a response message containing the determined absolute timeout period value and the determined idle timeout period value; sending the generated response message to the PGW, wherein the PGW is configured to apply the absolute timeout period value and the idle timeout period value to the session requested by the user equipment device; and generating, by the PGW, a create session response message including at least the absolute timeout period value and the idle timeout period value; sending, by the PGW, the create session response message containing the absolute timeout period value and the idle timeout period value to the user equipment device, wherein the user equipment device utilizes the absolute timeout period value and the idle timeout period value to establish a data rate for sending uplink data for the session. receiving, from a packet data network gateway, PGW, a request message containing session information parameters corresponding to a session requested by a user equipment device; determining an absolute timeout period value and an idle timeout period value based on input comprising one or more of the session information parameters; generating a response message containing the determined absolute timeout period value and the determined idle timeout period value; sending the generated response message to the PGW, wherein the PGW is configured to apply the absolute timeout period value and the idle timeout period value to the session requested by the user equipment device; and generating, by the PGW, a create session response message including at least the absolute timeout period value and the idle timeout period value; sending, by the PGW, the create session response message containing the absolute timeout period value and the idle timeout period value to the user equipment device, wherein the user equipment device utilizes the absolute timeout period value and the idle timeout period value to establish a data rate for sending uplink data for the session.
A method of mass spectrometry comprising: operating a mass filter to selectively transmit analyte ions having a predetermined mass to charge ratio and to filter out or attenuate other ions having different mass to charge ratios; subjecting said transmitted analyte ions to hydrogen-deuterium exchange within a first device wherein one or more hydrogen atoms of said analyte ions exchange with one or more deuterium atoms to form deuterated ions; passing said deuterated ions from said first device to an ion mobility separator or spectrometer; mass analysing the deuterated ions which emerge from said ion mobility separator or spectrometer at a first time to produce mass spectral data; and deconvoluting one or more isotope ratio patterns in said mass spectral data to determine or approximate the number of hydrogen atoms which have been exchanged for deuterium atoms in said deuterated ions. operating a mass filter to selectively transmit analyte ions having a predetermined mass to charge ratio and to filter out or attenuate other ions having different mass to charge ratios; subjecting said transmitted analyte ions to hydrogen-deuterium exchange within a first device wherein one or more hydrogen atoms of said analyte ions exchange with one or more deuterium atoms to form deuterated ions; passing said deuterated ions from said first device to an ion mobility separator or spectrometer; mass analysing the deuterated ions which emerge from said ion mobility separator or spectrometer at a first time to produce mass spectral data; and deconvoluting one or more isotope ratio patterns in said mass spectral data to determine or approximate the number of hydrogen atoms which have been exchanged for deuterium atoms in said deuterated ions.
A nickel hydrogen secondary battery comprising a container and an electrode group accommodated in the container in a sealed state together with an alkaline electrolyte, wherein the electrode group comprises a positive electrode and a negative electrode having a separator sandwiched therebetween, the alkaline electrolyte comprises NaOH as the main solute, and the negative electrode comprises a hydrogen storage alloy having a composition represented by a general formula: Ln 1-x Mg x Ni y-z M z, wherein Ln is at least one element selected from the group consisting of Sc, Y, La, Ce, Pr, Nd, Pm, Sm, Eu, Gd, Tb, Dy, Ho, Er, Tm, Yb, Lu and Zr; M is at least one element selected from the group consisting of V, Nb, Ta, Cr, Mo, Fe, Ga, Zn, Sn, In, Cu, Al, Si, P, and B; subscripts x, y and z satisfy the following relations, respectively: 0≤x≤0.01, 3.3≤y≤3.6, and 0≤z≤0.50; and the content of La in Ln is 25% or less.
Sodium salt of -3-[6-amino-pyridin-3-yl]-2-(1-cyclohexyl-1H-imidazol-4-yl)-propionic acid as a monohydrate, which is in a crystalline form or in at least partially crystalline form.
A cosmetic applicator comprising: a grip; a holder shaft that extends from the grip; an applicator region that is connected to the holder shaft by means of an articulation; and a ball stud, wherein the applicator region pivots at a desired angle of up to 90° around its axis, and is adjusted to any desired angles off a longitudinal axis of the cosmetic applicator around the axis, wherein the ball stud is connected to the holder shaft via a ball-joint connection, characterized in that the ball stud has a stopper or a protrusion at the opposite end, wherein the holder shaft comprises an eye which acts as a socket for the ball stud to fit securely into and allows adjustments to be made in any direction, and wherein the eye comprises a plurality of petals that constrain the ball stud within the socket, wherein the plurality of petals guide the applicator region to pivot around the axis. a grip; a holder shaft that extends from the grip; an applicator region that is connected to the holder shaft by means of an articulation; and a ball stud, wherein the applicator region pivots at a desired angle of up to 90° around its axis, and is adjusted to any desired angles off a longitudinal axis of the cosmetic applicator around the axis, wherein the ball stud is connected to the holder shaft via a ball-joint connection, characterized in that the ball stud has a stopper or a protrusion at the opposite end, wherein the holder shaft comprises an eye which acts as a socket for the ball stud to fit securely into and allows adjustments to be made in any direction, and wherein the eye comprises a plurality of petals that constrain the ball stud within the socket, wherein the plurality of petals guide the applicator region to pivot around the axis.
Dual-surface base element for disposable and recyclable cleaning articles, such as sponges, cloths or other articles for therapeutic, hygienic, hospital, domestic or other uses, said element having two layers with different textures, namely a smooth layer and a rough layer, connected by a connecting area, characterized in that one of said layers, forming the front of the element, is an expanded hollow polyester nap layer with a thickness comprised between 1 and 300 mm and having a rubbing texture; while the other layer, forming the rear of the element, is a pressed and punched polyester nap layer with a thickness comprised between 0.5 and 15 mm and having a smooth texture, thereby forming a recyclable element in a plastic container.
A method for producing a breathable mat comprising a breathable layer, an absorbent layer, and an impermeable layer, said method comprising: - fabricating, by means of a knitting machine, a compact three-dimensional knitting product in a pattern of a honeycomb structure that comprises hexagonal shapes, in which said knitting product is kept under tension during the fabrication, - further stretching the obtained knitting product, as compared to when no tension is applied, - thermally fixing said stretched product, characterized in that in said stretching step the obtained knitting product is stretched through application of similar tractive forces at both the longitudinal and width sides of the knitting product, and to such extent that both the length and width of the knitting products are increased by 10% to 50%, and - further providing an absorbent layer and an impermeable layer, at a lower side of the thermally fixed knitting product. - fabricating, by means of a knitting machine, a compact three-dimensional knitting product in a pattern of a honeycomb structure that comprises hexagonal shapes, in which said knitting product is kept under tension during the fabrication, - further stretching the obtained knitting product, as compared to when no tension is applied, - thermally fixing said stretched product, characterized in that in said stretching step the obtained knitting product is stretched through application of similar tractive forces at both the longitudinal and width sides of the knitting product, and to such extent that both the length and width of the knitting products are increased by 10% to 50%, and - further providing an absorbent layer and an impermeable layer, at a lower side of the thermally fixed knitting product.
A flexible flat cable configured to have an insulating layer disposed through extrusion in vicinity of a plurality of conductors arrayed in parallel with each other, wherein the insulating layer is composed of a vinyl chloride-based resin composition having a die swell ratio of 1.1 or more at a molding temperature during the extrusion, the molding temperature being between 150°C to 200°C, with a linear rate of between 50 m/minute to 200 m/minute, and wherein a melt tension of the vinyl chloride-based resin composition is 0.02 N to 0.2 N.
Adjustable installation console for securing cable lead channels onto a building space, comprising: - a mounting section, - an extension, with one or more extractable telescopic elements, - a support plate for holding a cable lead channel, wherein the angle of the extension relative to the mounting section can be adjusted by an adjusting screw guided in an elongated hole, characterised in that - retaining clips are formed on the support plate which can be displaced along an elongated hole 934), - the holding clips have at least two catching legs which are inclined laterally downwards at an acute angle and are opposite one another and - in that the at least two catching legs are of different lengths. - a mounting section, - an extension, with one or more extractable telescopic elements, - a support plate for holding a cable lead channel, wherein the angle of the extension relative to the mounting section can be adjusted by an adjusting screw guided in an elongated hole, - retaining clips are formed on the support plate which can be displaced along an elongated hole 934), - the holding clips have at least two catching legs which are inclined laterally downwards at an acute angle and are opposite one another and - in that the at least two catching legs are of different lengths.
A vapor compression system (440; 480) comprising: a compressor having a suction port and a discharge port; a heat rejection heat exchanger coupled to the discharge port to receive compressed refrigerant; a heat absorption heat exchanger; a first lubricant flowpath (120, 126) from the heat rejection heat exchanger to the compressor; a first pump along the first lubricant flowpath; a second lubricant flowpath (121, 126) from the heat absorption heat exchanger to the compressor; and a second pump along the second lubricant flowpath; characterised by: a first liquid level switch associated with the first pump; a second liquid level switch associated with the second pump; and a controller configured to: responsive to the first liquid level switch indicating low, stop the first pump and start the second pump; and responsive to the second liquid level switch indicating low, stop the second pump and start the first pump. a compressor having a suction port and a discharge port; a heat rejection heat exchanger coupled to the discharge port to receive compressed refrigerant; a heat absorption heat exchanger; a first lubricant flowpath (120, 126) from the heat rejection heat exchanger to the compressor; a first pump along the first lubricant flowpath; a second lubricant flowpath (121, 126) from the heat absorption heat exchanger to the compressor; and a second pump along the second lubricant flowpath; characterised by: a first liquid level switch associated with the first pump; a second liquid level switch associated with the second pump; and a controller configured to: responsive to the first liquid level switch indicating low, stop the first pump and start the second pump; and responsive to the second liquid level switch indicating low, stop the second pump and start the first pump. a first liquid level switch associated with the first pump; a second liquid level switch associated with the second pump; and a controller configured to: responsive to the first liquid level switch indicating low, stop the first pump and start the second pump; and responsive to the second liquid level switch indicating low, stop the second pump and start the first pump. responsive to the first liquid level switch indicating low, stop the first pump and start the second pump; and responsive to the second liquid level switch indicating low, stop the second pump and start the first pump.
A vehicle retention system arranged next to a traffic lane F, having at least one beam supported at posts and extending in the direction of travel, and having a start or end structure having the at least one beam and being arranged as a depression, characterized in that - at least in the area of the depression. • at least one carrier structure is attached indirectly or directly to the beam and faces away from the traffic lane, wherein • a console at the rear side of the post is arranged for supporting the carrier structure, and • having at least one glide or support device indirectly or directly resting on the carrier structure and extending in the direction of travel. • at least one carrier structure is attached indirectly or directly to the beam and faces away from the traffic lane, • a console at the rear side of the post is arranged for supporting the carrier structure, and • having at least one glide or support device indirectly or directly resting on the carrier structure and extending in the direction of travel.
Laundry treatment appliance, in particular a tumble dryer, comprising a drum mounted rotatably in a housing, a loading opening which can be closed by a door, a fan, and a heating device for generating a process air stream that flows via a heat exchanger, connected upstream of which in the flow channel is a filter insert that is accessible from outside via an inspection flap arranged in the front wall of the housing, characterised in that the filter insert consists of a frameless depth filter block formed of at least two filter layers (7, 8) which have been bonded to one another.
A method for producing a dicyclopentadiene-modified phenolic resin, the method comprising reusing a fluorine-based ion-exchange resin as a catalyst in a reaction between a phenol and a dicyclopentadiene, the fluorine-based ion-exchange resin having a sulfonic group and having been used as a catalyst when a phenol and a dicyclopentadiene are allowed to react with each other to produce a dicyclopentadiene-modified phenolic resin, wherein the fluorine-based ion-exchange resin to be reused, the fluorine-based ion-exchange resin having been washed with an organic solvent, is used at least once when reused.
A compound of structural Formula I: wherein R is independently selected from the group consisting of: -(CH 2) n -CH 3, wherein n is 4, 5, 6, 7, 8, 9 or 10; wherein * is the point of attachment of the R group; wherein R' is independently selected from the group consisting of: wherein n is 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, or 10; R" is independently selected from the group consisting of -H, -CH 3, -NH 2, -OH, -Cl, and -Br; R 1 is independently selected from the group consisting of -H, -Ac, -Bz, -Me, and -Et, R 2 is independently selected from the group consisting of -H, -OH, -OMe and -OEt. -(CH 2) n -CH 3, wherein n is 4, 5, 6, 7, 8, 9 or 10; wherein * is the point of attachment of the R group; wherein R' is independently selected from the group consisting of: wherein n is 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, or 10; R" is independently selected from the group consisting of -H, -CH 3, -NH 2, -OH, -Cl, and -Br; R 1 is independently selected from the group consisting of -H, -Ac, -Bz, -Me, and -Et, R 2 is independently selected from the group consisting of -H, -OH, -OMe and -OEt.
A method of low-pressure carbonitriding a steel part arranged in a chamber, comprising first steps and second steps, a carburizing gas being injected into the chamber only during the first steps and a nitriding gas being injected into the chamber only during the second steps, at least one of the second steps taking place between two of the first steps, characterized in that the pressure in the chamber during at least part of said two first steps being maintained at a first value and the pressure in the chamber during at least part of said second step taking place between said two first steps being at a second value greater than the first value.
A method of removing hair from the skin comprising the steps of (a) applying heat to a depilatory composition which comprises a depilatory active and at least one material which alters the thermal properties of the composition by either having a higher heat of fusion or a lower thermal conductivity than the bulk characterized in that the at least one material is in the form of a phase changing material or a micro-encapsulated phase changing material and further characterized in that the phase changing material comprises a mixture of cetearyl alchol, ceteareth 20 and a copolymer of vinylpyrollidone and hexadecene at a level of 9-10%, and (b) the composition is heated to a temperature of 40°c to 60°c prior to use; and (c) applying said heated depilatory composition to an area of the skin, further being characterized in that the depilatory composition cools to a temperature of 32°C- 35°C over a period of 10 - 15mins, and wherein the phase changing material on heating acts to enable the composition to have an improved cooling profile by either having a higher heat of fusion or a lower thermal conductivity than the bulk.
A steering control device comprising: a steering unit configured to receive steering input from a driver; a turning unit mechanically uncoupled from the steering unit and configured to turn a turning wheel (5FL, 5FR); a turning control unit configured to control a turning amount of the turning unit based on a steering amount of the steering unit; and a steering reaction force control unit configured to set a steering reaction force characteristic such that the larger a self-aligning torque, the larger a steering reaction force, on coordinates with the self-aligning torque and the steering reaction force as coordinate axes, and to apply the steering reaction force corresponding to the self-aligning torque to the steering unit based on the steering reaction force characteristic; characterized by a yaw angle integral value calculation unit configured to calculate an integral value of a yaw angle that is an angle formed by a white line and a traveling direction of an own vehicle; and an offset unit configured to offset the steering reaction force characteristic on the coordinates in such a direction that the larger the yaw angle integral value, the larger the absolute value of the steering reaction force. a steering unit configured to receive steering input from a driver; a turning unit mechanically uncoupled from the steering unit and configured to turn a turning wheel (5FL, 5FR); a turning control unit configured to control a turning amount of the turning unit based on a steering amount of the steering unit; and a steering reaction force control unit configured to set a steering reaction force characteristic such that the larger a self-aligning torque, the larger a steering reaction force, on coordinates with the self-aligning torque and the steering reaction force as coordinate axes, and to apply the steering reaction force corresponding to the self-aligning torque to the steering unit based on the steering reaction force characteristic; characterized by a yaw angle integral value calculation unit configured to calculate an integral value of a yaw angle that is an angle formed by a white line and a traveling direction of an own vehicle; and an offset unit configured to offset the steering reaction force characteristic on the coordinates in such a direction that the larger the yaw angle integral value, the larger the absolute value of the steering reaction force.
Luminaire comprising a device carrier, a light source arranged on a mounting side of the device carrier and a light-transmitting cover fastened to the device carrier, wherein the luminaire, the device carrier and the cover are of elongate construction in a longitudinal direction, wherein a luminous space is formed between the cover and the device carrier, in which the light source is arranged, and the luminaire is designed to emit light through the cover, wherein the cover is fixed to the device carrier within an extension of the device carrier along a transverse direction by means of a form-fit connection, wherein an adapter is fixed to the device carrier, which adapter forms a first part of the form-fit connection which corresponds to a second part of the form-fit connection provided on the cover, the first part and the second part bearing against one another in a form-fitting manner in order to form the form-fit connection, the adapter, in particular, being produced from plastic, characterized in that the adapter has an optically effective transverse segment which is located in the transverse direction within a radiation angle illuminated from the illuminant and which is designed to change the direction of the light emitted by the illuminant before the light reaches the cover, and in that at least 70% of the light emitted by the illuminant passes through the optically effective transverse segment before it reaches the cover.
A method for manufacturing molten iron comprising a step of charging a carbonaceous material, a flux, and solid reduced iron obtained by thermally reducing carbon composite iron oxide agglomerates into an arc melting furnace and melting the solid reduced iron using arc heating in the melting furnace while an inert gas is blown into a molten iron layer contained in the melting furnace from a bottom blowing tuyere disposed on a bottom of the melting furnace to stir the molten iron layer, wherein the carbonaceous material is charged so that a carbonaceous material suspending slag layer in which the carbonaceous material is suspended is formed in an upper portion of a slag layer formed on the molten iron layer by slag produced when the solid reduced iron is melted into the molten iron and so that a carbonaceous material coating layer composed of only the carbonaceous material is further formed on the carbonaceous material suspending slag layer, and the molten iron and the slag stored in the melting furnace are tapped from a tap hole formed in a lower portion of a furnace wall of the melting furnace.