mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a user equipment for accessing a service of a wireless carrier network through a wireless local area network, WLAN, the method comprising: transmitting, by a user equipment, a request to establish a connection to access the service of the wireless carrier network through the WLAN; receiving a bearer setup request from a trusted wireless access gateway, TWAG, wherein the bearer setup request comprises one or more quality of service, QoS, parameters associated with the service of the wireless carrier network being accessed; mapping the one or more QoS parameters to one or more traffic management parameters associated with the WLAN, wherein the one or more traffic management parameters comprise a traffic specification; transmitting a traffic specification addition request to an access point, wherein the traffic specification addition request comprises the traffic specification; receiving a traffic specification addition response from the access point; transmitting a bearer setup response to the TWAG; transmitting packets over the WLAN using the one or more traffic management parameters when accessing the service of the wireless carrier network through the WLAN; and enforcing the one or more traffic management parameters for communications to the wireless carrier network. transmitting, by a user equipment, a request to establish a connection to access the service of the wireless carrier network through the WLAN; receiving a bearer setup request from a trusted wireless access gateway, TWAG, wherein the bearer setup request comprises one or more quality of service, QoS, parameters associated with the service of the wireless carrier network being accessed; mapping the one or more QoS parameters to one or more traffic management parameters associated with the WLAN, wherein the one or more traffic management parameters comprise a traffic specification; transmitting a traffic specification addition request to an access point, wherein the traffic specification addition request comprises the traffic specification; receiving a traffic specification addition response from the access point; transmitting a bearer setup response to the TWAG; transmitting packets over the WLAN using the one or more traffic management parameters when accessing the service of the wireless carrier network through the WLAN; and enforcing the one or more traffic management parameters for communications to the wireless carrier network.
A device for rearing aquaculture animals at sea, the device comprising: - at least one stack of rearing enclosures, superimposed on top of each other in a longitudinal direction, - blades linked to the rearing enclosures and arranged such that the rearing enclosures are rotated around a longitudinal axis by the sea current, - a structure fixed to the seabed, - a rotary connection of the or each stack to the structure, having a member authorizing a rotation of the or each stack relative to the structure around the longitudinal axis, wherein the or each stack is suspended from the structure by the rotary link, said rotary link being arranged to allow the or each stack to swing around a position where the longitudinal direction is vertical. - at least one stack of rearing enclosures, superimposed on top of each other in a longitudinal direction, - blades linked to the rearing enclosures and arranged such that the rearing enclosures are rotated around a longitudinal axis by the sea current, - a structure fixed to the seabed, - a rotary connection of the or each stack to the structure, having a member authorizing a rotation of the or each stack relative to the structure around the longitudinal axis,
A process for controlling particle size of a catalyst composition, comprising the steps of: (i) contacting an internal donor with an organomagnesium precursor solution to form an intermediate solution; and (ii) treating the intermediate solution with a transition metal compound to form a catalyst composition, wherein particle size of the catalyst composition is controlled by controlling a contact time of the internal donor with the precursor solution during formation of the intermediate solution, which comprises: maintaining the contact time of the internal donor with the precursor solution during formation of the intermediate solution between 5 to 120 minutes to obtain the catalyst composition having average particle size in the range of 10 to 60 microns; maintaining the contact time of the internal donor with the precursor solution during formation of the intermediate solution between 10 to 90 minutes to obtain the catalyst composition having average particle size in the range of 20 to 50 microns; and maintaining the contact time of the internal donor with the precursor solution during formation of the intermediate solution between 10 to 60 minutes to obtain the catalyst composition having average particle size in the range of 20 to 45 microns, wherein the organomagnesium precursor solution is obtained by dissolving the organomagnesium precursor in a solvent wherein the organomagnesium precursor is liquid or solid in nature; wherein the liquid organomagnesium precursor is prepared by contacting magnesium source with organohalide and alcohol in presence of the solvent in a single step; or wherein the solid organomagnesium precursor is prepared by first contacting the magnesium source with organohalide in presence of solvating agent as the first step and then followed by addition of alcohol; and wherein the magnesium source is magnesium metal. (i) contacting an internal donor with an organomagnesium precursor solution to form an intermediate solution; and (ii) treating the intermediate solution with a transition metal compound to form a catalyst composition, maintaining the contact time of the internal donor with the precursor solution during formation of the intermediate solution between 5 to 120 minutes to obtain the catalyst composition having average particle size in the range of 10 to 60 microns; maintaining the contact time of the internal donor with the precursor solution during formation of the intermediate solution between 10 to 90 minutes to obtain the catalyst composition having average particle size in the range of 20 to 50 microns; and maintaining the contact time of the internal donor with the precursor solution during formation of the intermediate solution between 10 to 60 minutes to obtain the catalyst composition having average particle size in the range of 20 to 45 microns,
An exercise device comprising a casing defining an exercise chamber having an opening to receive the torso of an individual during use of the exercise device, a door in the casing to provide access to and from the exercise chamber, an exercise unit located in the exercise chamber, a vacuum pump operable to create a negative pressure in the exercise chamber and control means for controlling the exercise unit and the vacuum pump, the control means comprising an electronics panel which is associated with the vacuum pump, characterised in that the electronics panel is mounted internal the chamber, in which the electronics panel is mounted in a separate dedicated enclosure internal the chamber, the interior of the dedicated enclosure is isolated from the negative pressure conditions and atmosphere in the remainder of the chamber, and in which there is further provided a ventilation arrangement for the dedicated enclosure and the electronics panel to cool the electronics panel during operation of the exercise device, the ventilation arrangement comprising a fluid passageway between the interior of the dedicated enclosure and the atmosphere external the casing, the fluid passageway comprising at least a vent hole in the casing in communication with the atmosphere external the casing for allowing entry of ambient temperature air inwards from external the casing through the vent hole and along the fluid passageway to circulate across the electronics panel in the dedicated enclosure before being exhausted back out of the dedicated enclosure through the vent hole.
A use of a solvent of the general formula: wherein - x = 1, - R 1 and R 3 are H, and - R 2 and R 4 are selected independently of each other from an unsubstituted or substituted n-butyl, iso-butyl, secondary butyl, tertiary butyl, n-pentyl, iso-pentyl, neopentyl, cyclopentyl, n-hexyl, iso-hexyl, cyclohexyl, octyl, iso-octyl, 2-ethylhexyl residue, as a cleaning agent in a method of machine chemical cleaning of textile, leather or fur goods in a cleaning machine, wherein the cleaning machine is a closed system in which the solvent is recycled, wherein in the method the article to be cleaned is brought into contact with the cleaning agent. - x = 1, - R 1 and R 3 are H, and - R 2 and R 4 are selected independently of each other from an unsubstituted or substituted n-butyl, iso-butyl, secondary butyl, tertiary butyl, n-pentyl, iso-pentyl, neopentyl, cyclopentyl, n-hexyl, iso-hexyl, cyclohexyl, octyl, iso-octyl, 2-ethylhexyl residue,
A system which consists of a fragranced composition and a dispensing device and is intended for use in a tumble dryer, wherein the fragranced composition comprises a water-soluble, particulate carrier and a perfume, and the dispensing device comprises, inside the device, a cavity formed by one or more walls which is intended for receiving the fragranced composition, a closable opening for filling the cavity, and perforations in the wall(s), wherein the diameter of the wall perforations corresponds to no more than half the particle diameter of the water-soluble carrier, and wherein the water-soluble carrier is selected from the group consisting of inorganic alkali metal salts, organic alkali metal salts, inorganic alkaline-earth metal salts, organic alkaline-earth metal salts, organic acids, carbohydrates, silicates, urea and mixtures thereof.
Pump, in particular vane-type pump, having a rotor which has radially running vane slots which serve for the guidance of vanes (26-28, 49) which can be deployed radially outward out of the vane slots in the direction of a stroke contour in order, in at least one suction region (36, 38) which is connected to a pump inlet, to effect suction, and in at least one pressure region (37, 39) which is connected to a pump outlet, to effect pressurization of a working medium, and having multiple under-vane supply regions, wherein a starting under-vane supply region (60; 100) is arranged and designed such that, during the start-up of the pump, precisely one vane, which moves with its radially inner end through a starting under-vane deployment section (62; 102), is deployed, wherein the starting under-vane deployment section (62; 102) is connectable by way of a valve duct (65; 105) to a connecting under-vane supply region (67; 90) which is connected to the pump outlet, characterized in that the valve duct (65; 105) is spaced apart in a radial direction from the starting under-vane deployment section (62; 102).
A saddle riding vehicle comprising a lighting apparatus, the lighting apparatus (10, 100, 120, 210, 300) comprising: a laser light source that emits light; a light guide (14, 104, 124, 214, 302) that guides light from the laser light source; and at least one light emitting unit (12, 122A, 122B, 212A, 212B, 301) disposed at a distal end of the light guide (14, 104, 124, 214, 302), the light emitting unit (12, 122A, 122B, 212A, 212B, 301) irradiating areas around the vehicle with light from the light guide (14, 104, 124, 214, 302), wherein the light emitting unit (12, 122A, 122B, 212A, 212B, 301) is disposed at a position higher in level than a lower end of a meter unit (72, 193, 272, 355, 356) disposed at a front portion of a vehicle body, characterized in that the light guide (14, 104, 124, 214, 302) guides light from the laser light source to any desired position, and the light emitting unit (12, 122B, 212B) is incorporated in a rearview mirror (52, 154, 252) disposed at the front portion of the vehicle body. a laser light source that emits light; a light guide (14, 104, 124, 214, 302) that guides light from the laser light source; and at least one light emitting unit (12, 122A, 122B, 212A, 212B, 301) disposed at a distal end of the light guide (14, 104, 124, 214, 302), the light emitting unit (12, 122A, 122B, 212A, 212B, 301) irradiating areas around the vehicle with light from the light guide (14, 104, 124, 214, 302), wherein the light emitting unit (12, 122A, 122B, 212A, 212B, 301) is disposed at a position higher in level than a lower end of a meter unit (72, 193, 272, 355, 356) disposed at a front portion of a vehicle body, characterized in that the light guide (14, 104, 124, 214, 302) guides light from the laser light source to any desired position, and the light emitting unit (12, 122B, 212B) is incorporated in a rearview mirror (52, 154, 252) disposed at the front portion of the vehicle body.
A patch antenna element, comprising: a substrate having a top and bottom surface; a metal patch positioned on the top surface of said substrate, said patch providing a first capacitor plate of a parallel plate capacitor, a metal ground plane deposited on said bottom surface, a coaxial cable including a center conductor and an outer conductor, the center conductor being directed through said substrate and connected to said metal patch, a conductive housing, selected to be one of a circular, rectangular, octagonal, hexagonal and elliptical configuration, surrounding a portion of said coaxial cable center conductor to form a coaxial cable structure within said substrate, the conductive housing being disposed within said substrate, a front surface of said conductive housing extending parallel to and entirely facing said patch a predetermined distance beyond said outer conductor, the front surface being positioned in proximity to said patch to form a second capacitor plate of the parallel plate capacitor and a conductive back surface of said conductive housing opposite said front surface directly connected to said ground plane, wherein the resultant capacitor formed by said first and second plates is in parallel with the sum of series inductance provided by said coaxial cable structure within said substrate plus input impedance of driven patch. a substrate having a top and bottom surface; a metal patch positioned on the top surface of said substrate, said patch providing a first capacitor plate of a parallel plate capacitor, a metal ground plane deposited on said bottom surface, a coaxial cable including a center conductor and an outer conductor, the center conductor being directed through said substrate and connected to said metal patch, a conductive housing, selected to be one of a circular, rectangular, octagonal, hexagonal and elliptical configuration, surrounding a portion of said coaxial cable center conductor to form a coaxial cable structure within said substrate, the conductive housing being disposed within said substrate, a front surface of said conductive housing extending parallel to and entirely facing said patch a predetermined distance beyond said outer conductor, the front surface being positioned in proximity to said patch to form a second capacitor plate of the parallel plate capacitor and a conductive back surface of said conductive housing opposite said front surface directly connected to said ground plane, wherein the resultant capacitor formed by said first and second plates is in parallel with the sum of series inductance provided by said coaxial cable structure within said substrate plus input impedance of driven patch.
An impregnation cream comprising: - water, - at least one emulsifier and - at least one polydimethylsiloxane selected from: HO-(SiMe 2 O) n -H and Me 3 SiO-(SiMe 2 O) n -SiMe 3, wherein n is an integer from 20 to 2500, wherein the impregnation cream being free from hydrocarbons, alkoxylated silanes, alkoxylated siloxanes and amine group-functionalized siloxanes. - water, - at least one emulsifier and - at least one polydimethylsiloxane selected from: HO-(SiMe 2 O) n -H and Me 3 SiO-(SiMe 2 O) n -SiMe 3, wherein n is an integer from 20 to 2500, wherein the impregnation cream being free from hydrocarbons, alkoxylated silanes, alkoxylated siloxanes and amine group-functionalized siloxanes. HO-(SiMe 2 O) n -H and Me 3 SiO-(SiMe 2 O) n -SiMe 3, wherein n is an integer from 20 to 2500, wherein the impregnation cream being free from hydrocarbons, alkoxylated silanes, alkoxylated siloxanes and amine group-functionalized siloxanes.
Method for drilling shafts in ground layers consisting of rock, clay and/or related materials, comprising of arranging a borehole casing in the ground in a manner such that it admits substantially no water on its underside, lowering into the borehole casing a hollow drill string provided with a drill head with cutting tools, arranging a water column in the borehole casing, then setting the drill string into rotation in the borehole casing so that ground material is dislodged by the cutting action of the cutting tools and is discharged using a flow maintained by the water column in the hollow drill string, wherein at the position of the drill head a first fluid is injected under a first pressure of at least 200 bar into the ground layers by means of one or more nozzles, the nozzles being positioned such that they inject the first fluid substantially radially outward into ground layers situated at a greater depth than the lower outer end of the borehole casing, such that the borehole casing can move deeper into the ground.
Fluid pump for pumping fluid in a sample separation device, wherein the fluid pump has: a pump body device; a piston, which is arranged for conveying fluid in a reciprocable manner in the pump body device; a seal, which is arranged in contact with, and fluid-sealingly between, the pump body device and the piston; a supporting body, which is coupled to the seal and supports the same; characterized in that the supporting body is arranged at the pump body device, thereby forming an in particular stationary, bearing for the piston; wherein at least a first surface section of the supporting body, which is, in operation of the fluid pump, at least temporarily in touching contact with the piston, has a coating of diamond, in particular of polycrystalline diamond, further in particular of smoothed polycrystalline diamond. a pump body device; a piston, which is arranged for conveying fluid in a reciprocable manner in the pump body device; a seal, which is arranged in contact with, and fluid-sealingly between, the pump body device and the piston; a supporting body, which is coupled to the seal and supports the same; characterized in that the supporting body is arranged at the pump body device, thereby forming an in particular stationary, bearing for the piston; wherein at least a first surface section of the supporting body, which is, in operation of the fluid pump, at least temporarily in touching contact with the piston, has a coating of diamond, in particular of polycrystalline diamond, further in particular of smoothed polycrystalline diamond.
A hydraulic actuator lock system (38,50) comprising: a cylinder which defines an axis; an actuator rod movable along said axis; a female spring support defined about said actuator rod wherein said female spring support defines a female frustroconical surface adjacent to a spring pack; a male spring support defined about said actuator rod wherein said male spring support defines a male frustroconical surface adjacent to said spring pack; and said spring pack being disposed axially between said female spring support and said male spring support, said spring pack including a multiple of serrated washers, each of said multiple of serrated washers defining in a free state an inner diameter which is greater than a diameter of said actuator rod used for providing a slight clearance fit with the inner diameter of said serrated washers and an outer diameter greater than an inner diameter of said cylinder used for defining an interference fit with the outer diameter of said serrated washers; a cylinder which defines an axis; an actuator rod movable along said axis; a female spring support defined about said actuator rod wherein said female spring support defines a female frustroconical surface adjacent to a spring pack; a male spring support defined about said actuator rod wherein said male spring support defines a male frustroconical surface adjacent to said spring pack; and said spring pack being disposed axially between said female spring support and said male spring support, said spring pack including a multiple of serrated washers, each of said multiple of serrated washers defining in a free state an inner diameter which is greater than a diameter of said actuator rod used for providing a slight clearance fit with the inner diameter of said serrated washers and an outer diameter greater than an inner diameter of said cylinder used for defining an interference fit with the outer diameter of said serrated washers;
A lifting lug for a low profile heater basket for a rotary regenerative air preheater, the lifting lug having a corner portion and a hook engaging portion coupled to it, characterised in that the corner portion including first and second legs, the first and second legs (34, 36) coupled to each other at respective first ends thereof, the first and second legs (34, 36) further oriented at an angle with respect to each other; and the hook engaging portion having first and second ends coupled to respective second ends of the first and second legs (34, 36); wherein the hook engaging portion has a cylindrical cross-sectional shape; and wherein an outer surface of the hook engaging portion is recessed from a plane formed by bottom surfaces of the first and second legs (34, 36).