mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: determining, by a user equipment, whether at least one wireless local area network access point allows aggregation with cellular; selecting, by the user equipment based on the determination, to associate with the at least one wireless local area network access point to enable the aggregation with cellular; sending, by the user equipment to cellular network, association status of the at least one wireless local area network access point, wherein the association status indicates whether association procedure is performed with the at least one wireless local area network access point; and enabling measurement reporting when the user equipment has associated itself with the at least one wireless local area network access point; or preventing measurement reporting when the user equipment has not associated itself with the at least one wireless local area network access point. determining, by a user equipment, whether at least one wireless local area network access point allows aggregation with cellular; selecting, by the user equipment based on the determination, to associate with the at least one wireless local area network access point to enable the aggregation with cellular; sending, by the user equipment to cellular network, association status of the at least one wireless local area network access point, wherein the association status indicates whether association procedure is performed with the at least one wireless local area network access point; and enabling measurement reporting when the user equipment has associated itself with the at least one wireless local area network access point; or preventing measurement reporting when the user equipment has not associated itself with the at least one wireless local area network access point.
A method for fabricating sensor chip assemblies, the method comprising: bonding an avalanche photodiode wafer and an optics wafer to each other; forming a group of alignment marks on the optics wafer; forming arrays of avalanche photodiodes on the avalanche photodiode wafer using the group of alignment marks on the optics wafer; forming contacts on a readout integrated circuit wafer; forming contacts on the avalanche photodiode wafer; bonding the readout integrated circuit wafer to the avalanche photodiode wafer that is bonded to the optics wafer after forming the arrays of avalanche photodiodes on the avalanche photodiode wafer to form a wafer stack; and dicing the wafer stack to form individual dies for the sensor chip assemblies. bonding an avalanche photodiode wafer and an optics wafer to each other; forming a group of alignment marks on the optics wafer; forming arrays of avalanche photodiodes on the avalanche photodiode wafer using the group of alignment marks on the optics wafer; forming contacts on a readout integrated circuit wafer; forming contacts on the avalanche photodiode wafer; bonding the readout integrated circuit wafer to the avalanche photodiode wafer that is bonded to the optics wafer after forming the arrays of avalanche photodiodes on the avalanche photodiode wafer to form a wafer stack; and dicing the wafer stack to form individual dies for the sensor chip assemblies.
A piston ring comprising an endless base ring and a sealing ring, wherein the base ring has a radially outwardly directed base ring face, and wherein the sealing ring has a radially outwardly directed sealing face and a radially inwardly directed, circular sealing ring inner side, wherein the endless base ring and the sealing ring are arranged in succession in a longitudinal direction perpendicular to the circumferential direction, characterized in that the sealing ring has three tangential cuts, which extend tangentially with respect to the sealing ring inner side, with the result that the sealing ring comprises three sealing ring segments (3a, 3b, 3c), which are arranged in succession in a circumferential direction and which are separated by the tangential cut, that a top ring is arranged so as to adjoin the sealing ring in the longitudinal direction, in that the top ring has a radially outwardly directed top ring outer side and a radially inwardly directed top ring inner side, in that the top ring has, on the side facing away from the sealing ring, at least one radially extending return flow channel, which extends in the radial direction along the entire width of the top ring, in that the sealing face protrudes in the radial direction beyond the top ring outer side and the base ring face, and in that the base ring and the top ring have a higher tensile strength than the sealing ring.
Electromagnetic switch for a starting device, comprising two contacts (180, 181) which are electrically conductively connected to one another by a movable contact link, wherein at least one of the two contacts (180, 181) has a contact surface - which is preferably fixedly connected to a contact pin (150, 151), characterized in that the contact surface has a fluting in the form of an annular fluting, and the contact link slides or rubs by way of an outer flat section along a flank of the undulating contour when switching or when contact is made.
A titanium alloy characterized by consisting of, by mass %, one or more platinum group metal having a total content of 0.01 to 0.15%, one or more rare earth metal having a total content of 0.001 to 0.10%, and optionally Co in an amount of 0.05 to 1.00% by mass, Ni: 1.0% or less, Mo: 0.5% or less, V: 0.5% or less, Cr: 0.5% or less, and W: 0.5% or less, with the balance being Ti and impurities.
A method comprising: placing a composite charge over a foam mandrel assembly (210, 1902), a first radius filler, and a second radius filler; applying mechanical pressure to shape the composite charge to the foam mandrel assembly (210, 1902) and a rigid base to form a stringer layup; applying vacuum pressure to the stringer layup to form a compacted stringer package having a hat-shaped cross-section; curing composite material of the compacted stringer package at an elevated temperature to form a composite structure; and collapsing a supportive foam mandrel within the foam mandrel assembly during curing, wherein collapsing the supportive foam mandrel comprises drawing a vacuum within the foam mandrel assembly to collapse the supportive foam mandrel within the foam mandrel assembly during curing. placing a composite charge over a foam mandrel assembly (210, 1902), a first radius filler, and a second radius filler; applying mechanical pressure to shape the composite charge to the foam mandrel assembly (210, 1902) and a rigid base to form a stringer layup; applying vacuum pressure to the stringer layup to form a compacted stringer package having a hat-shaped cross-section; curing composite material of the compacted stringer package at an elevated temperature to form a composite structure; and collapsing a supportive foam mandrel within the foam mandrel assembly during curing, wherein collapsing the supportive foam mandrel comprises drawing a vacuum within the foam mandrel assembly to collapse the supportive foam mandrel within the foam mandrel assembly during curing.
A control method for a radio communication system, wherein a second communication apparatus receives a radio signal for requesting allocation of a radio resource from a first radio communication apparatus, the second radio communication apparatus selects a radio resource to be allocated to the first radio communication apparatus based on a radio signal used to select the radio resource and transmits information of the selected radio resource to the first radio communication apparatus, and the first radio communication apparatus transmits transmission data by using the radio resource specified by the information, the control method comprising and characterized by: regulating transmission by inhibiting the radio signal used to select the radio resource to be allocated when the first radio communication apparatus receives a particular signal from the second radio communication apparatus, wherein the particular signal is a signal transmitted in a state in which the radio resource cannot be allocated. regulating transmission by inhibiting the radio signal used to select the radio resource to be allocated when the first radio communication apparatus receives a particular signal from the second radio communication apparatus, wherein the particular signal is a signal transmitted in a state in which the radio resource cannot be allocated.
An electrical pump assembly with a stator (16, 18), with a rotor as well as with an impeller which is connected to the rotor, with which the stator (16, 18) and the rotor are separated by a spherical separating cap made of plastic, and the rotor is mounted centrally on a bearing ball, which lies on and is fastened on a bearing carrier which extends away from the separating cap, characterised in that the bearing ball is fixed on the bearing carrier by a fastening element which embraces the bearing ball at its periphery and engages over the bearing carrier.
A transdermally absorbable preparation, having a backing and an adhesive layer which is placed on the backing and which contains an adhesive agent and a medicinal component, the adhesive agent comprising a resin mixture comprising 100 parts by mass of an acrylic copolymer described below and 0.1 to 30 parts by mass of an acrylic copolymer described below or 0.05 to 2 parts by mass of a polyamine compound, and the adhesive layer further comprising an organic acid, wherein said acrylic copolymer is an acrylic copolymer which comprises a (meth)acrylic acid alkyl ester as a main monomer component, and comprises 3 to 45% by mass of diacetone acrylamide as a prerequisite monomer component, but does not comprise a free carboxyl group and wherein said acrylic copolymer is an acrylic copolymer which comprises a (meth)acrylic acid alkyl ester as a main monomer component, and comprises a primary amino group and/or a carboxyhydrazide group on side chains, but does not comprise a free carboxyl group.
A refrigeration system for operating a refrigeration circuit having a refrigerant, comprising: - a first compressor; - a condenser or gas cooler arranged behind the first compressor in the refrigeration circuit; - at least one evaporator which is arranged behind the condenser or gas cooler in the refrigeration circuit and which has a respective first expansion valve connected upstream; - a first container for collecting refrigerant arranged between the at least one evaporator and the compressor; - a filling level sensor for measuring the filling level of the refrigerant in the first container; and - a regulation device which is configured such that it sets a desired overheating value in dependence on the filling level of the refrigerant in the first container measured by the filling level sensor and such that it controls a degree of opening of the respective first expansion valve such that the at least one evaporator overheats the refrigerant to the desired overheating value, characterized by a second container for collecting refrigerant arranged between the condenser or gas cooler and the respective first expansion valve; and by at least one ejector connected upstream of the second container, with a suction connector of the at least one ejector being connected to the first container and the at least one ejector being configured to convey refrigerant from the first container to the second container. - a first compressor; - a condenser or gas cooler arranged behind the first compressor in the refrigeration circuit; - at least one evaporator which is arranged behind the condenser or gas cooler in the refrigeration circuit and which has a respective first expansion valve connected upstream; - a first container for collecting refrigerant arranged between the at least one evaporator and the compressor; - a filling level sensor for measuring the filling level of the refrigerant in the first container; and - a regulation device which is configured such that it sets a desired overheating value in dependence on the filling level of the refrigerant in the first container measured by the filling level sensor and such that it controls a degree of opening of the respective first expansion valve such that the at least one evaporator overheats the refrigerant to the desired overheating value,
A cosmetic composition for use in a method for increasing the skin tan and/ or preventing or reducing the risk of sun burns said method comprising topically applying onto the skin of an individual seeking such treatment a cosmetic composition comprising at least steviol in an amount ranging from 0.0001-20 wt.-% based on the total weight of the composition formulated into a cosmetically acceptable carrier and at least one coloring agent selected from erythrulose and/ or dihydroxyacetone.
Method to determine vehicle parameter values after an activation of a first vehicle related error code in a control system, wherein said control system comprises at least one control device (115, 116, 117, 131) for control of at least one first function at least partly with the use of sensor signals, and wherein said at least one control device is arranged to activate said first vehicle related error code when a first condition for activation of said first vehicle related error code has been met, characterised in that the method comprises, where said first vehicle related error code has been activated: - determining whether said first condition for activation of said first vehicle related error code is still met; and - determining vehicle parameter values for a first set of vehicle parameters when said first condition is no longer met, i.e. when the vehicle related error code is, or is to be, deactivated, wherein said first set of vehicle parameters comprises at least one from among the group: one or several temperatures, engine speed, air flow, fuel flow, gas flow, throttle position, vehicle speed, settings with respect to a transmission, one or several parameters relating to exhaust emissions, battery voltage. - determining whether said first condition for activation of said first vehicle related error code is still met; and - determining vehicle parameter values for a first set of vehicle parameters when said first condition is no longer met, i.e. when the vehicle related error code is, or is to be, deactivated,
An apparatus for controlling the temperature of workpieces, in particular of vehicle bodies, comprising a) a temperature control tunnel, b) a tunnel tube, c) an intermediate floor, which is arranged between the temperature control tunnel and the tunnel tube and has a connecting passage, and d) a conveying device for conveying the workpieces in the temperature control tunnel, e) wherein the conveying device has at least one trolley having a running gear and a workpiece carrier for receiving the workpieces to be temperature-controlled, wherein the running gear is arranged in the tunnel tube and, with a connecting device which projects through the connecting passage of the intermediate floor, is connected to the workpiece carrier arranged in the temperature control tunnel, characterized in that f) the intermediate floor, at least in some regions, is equipped with an active cooling and/or heating system (40; 50) in order to control the temperature of the tunnel tube. a) a temperature control tunnel, b) a tunnel tube, c) an intermediate floor, which is arranged between the temperature control tunnel and the tunnel tube and has a connecting passage, and d) a conveying device for conveying the workpieces in the temperature control tunnel, e) wherein the conveying device has at least one trolley having a running gear and a workpiece carrier for receiving the workpieces to be temperature-controlled, wherein the running gear is arranged in the tunnel tube and, with a connecting device which projects through the connecting passage of the intermediate floor, is connected to the workpiece carrier arranged in the temperature control tunnel, f) the intermediate floor, at least in some regions, is equipped with an active cooling and/or heating system (40; 50) in order to control the temperature of the tunnel tube.
A vehicle comprising a passenger airbag system in turn comprising a control unit connected to a switch for switching the passenger airbag between an active and a non-active state, wherein - the system further comprises a first radio frequency unit arranged in the vehicle and a second radio frequency unit arranged in a vehicle remote key arranged such that when said radio frequency units are brought in contact with each other one of the units is arranged for sending a signal to the control unit for changing the setting of the switch, characterized in that the passenger airbag system further comprises an area indicating where to put the second radio frequency unit arranged in the vehicle remote key for changing the status of the passenger airbag switch, wherein when the first radio frequency unit is held against the area the setting of the switch is changed. - the system further comprises a first radio frequency unit arranged in the vehicle and a second radio frequency unit arranged in a vehicle remote key arranged such that when said radio frequency units are brought in contact with each other one of the units is arranged for sending a signal to the control unit for changing the setting of the switch,
A process for producing an oligomeric product by the oligomerisation of at least one olefinic compound by contacting the at least one olefinic compound with an oligomerisation catalyst and a catalyst activator which includes two components, namely: i) a first activator component selected from the group consisting of aluminoxane and a mixture of at least one aluminoxane and at least one trialkylaluminium compound; and ii) a second activator component which is an trialkylaluminium compound; the process being characterised therein that the oligomerisation catalyst is first contacted with one of the first activator component or second activator component of the catalyst activator, and the resulting mixture is thereafter contacted with the other of the first activator component or second activator component of the catalyst activator, wherein the oligomerisation catalyst includes a combination of (i) a source of chromium, and (ii) a ligating compound of the formula (R 1) m X 1 X 2 (R 2) n wherein: both X 1 and X 2 are P; Y is a linking group between X 1 and X 2; m and n are independently 0, 1 or a larger integer; and R 1 and R 2 are independently hydrogen, a hydrocarbyl group or a heterohydrocarbyl group, and R 1 being the same or different when m>1, and R 2 being the same or different when n>1. i) a first activator component selected from the group consisting of aluminoxane and a mixture of at least one aluminoxane and at least one trialkylaluminium compound; and ii) a second activator component which is an trialkylaluminium compound; (i) a source of chromium, and (ii) a ligating compound of the formula (R 1) m X 1 X 2 (R 2) n wherein: both X 1 and X 2 are P; Y is a linking group between X 1 and X 2; m and n are independently 0, 1 or a larger integer; and R 1 and R 2 are independently hydrogen, a hydrocarbyl group or a heterohydrocarbyl group, and R 1 being the same or different when m>1, and R 2 being the same or different when n>1. both X 1 and X 2 are P; Y is a linking group between X 1 and X 2; m and n are independently 0, 1 or a larger integer; and R 1 and R 2 are independently hydrogen, a hydrocarbyl group or a heterohydrocarbyl group, and R 1 being the same or different when m>1, and R 2 being the same or different when n>1.
Method for managing of captive preforms immobilized in a heating station during an interruption of production, the heating station forming part of an installation for production of thermoplastic material containers by forming the preforms heated by the heating station, the preforms following a production stream through the production installation, the heating station including: - a device for conveying preforms including individual supports circulating in a closed circuit, each individual support being intended to transport a preform in continuous movement along a predetermined transport path forming a section of the production stream from an entry point to an exit point, - a heating cavity bordered by at least one row of emitters of monochromatic electromagnetic radiation commanded between an extinguished state and a lit state, the heating cavity being crossed by the transport path; the method consisting in ejecting from the production stream the so-called "cold" captive preforms that have been immobilized before they have been exposed to the electromagnetic radiation emitted by the emitters to a recycling stream and in ejecting from the production stream the so-called "hot" captive preforms that have been at least partly exposed to the electromagnetic radiation emitted by the emitters to a reject stream separate from the recycling stream. - a device for conveying preforms including individual supports circulating in a closed circuit, each individual support being intended to transport a preform in continuous movement along a predetermined transport path forming a section of the production stream from an entry point to an exit point, - a heating cavity bordered by at least one row of emitters of monochromatic electromagnetic radiation commanded between an extinguished state and a lit state, the heating cavity being crossed by the transport path;
Suspension bracket for a brake linkage of a rail vehicle, wherein the suspension bracket comprises a vehicle-side connection section, a middle section and a brake-side connection section, wherein at least the middle section with respect to a longitudinal axis running through the vehicle-side connection section and the brake-side connection section has a minimum elasticity and/or rigidity, characterized in that the middle section has a bent and/or curved shape, and that the middle section has an O-shape and / or S-shape and / or U-shape and / or L-shape and / or a helical shape, so that the suspension bracket is formed to be able to oscillate and/or be resilient with respect to the longitudinal axis.
A method of preparing a gradient NdFeB magnet, the method including the following process steps: a) Placing a NdFeB magnet having a size of 2-10 mm along a magnetization direction into an argon gas protection chamber in a vertical manner according to the magnetization direction; covering one of the two surfaces of the NdFeB magnet being perpendicular to the magnetization direction of the NdFeB magnet with a powder of Dy, Tb or an alloy thereof or a compound powder containing Dy or Tb, and then solidifying the powder in an edge region of the surface of the NdFeB magnet to a heavy rare earth film layer by laser irradiation; b) Removing the powder not solidified by laser irradiation from a central region of the surface; c) Inverting the NdFeB magnet by 180°, and repeating steps a) and b) with the other surface being perpendicular to the magnetization direction of the NdFeB magnet; and d) Putting the NdFeB magnet, which is covered with the heavy rare earth film layer, into a vacuum sintering furnace for high temperature diffusion and aging treatment. a) Placing a NdFeB magnet having a size of 2-10 mm along a magnetization direction into an argon gas protection chamber in a vertical manner according to the magnetization direction; covering one of the two surfaces of the NdFeB magnet being perpendicular to the magnetization direction of the NdFeB magnet with a powder of Dy, Tb or an alloy thereof or a compound powder containing Dy or Tb, and then solidifying the powder in an edge region of the surface of the NdFeB magnet to a heavy rare earth film layer by laser irradiation; b) Removing the powder not solidified by laser irradiation from a central region of the surface; c) Inverting the NdFeB magnet by 180°, and repeating steps a) and b) with the other surface being perpendicular to the magnetization direction of the NdFeB magnet; and d) Putting the NdFeB magnet, which is covered with the heavy rare earth film layer, into a vacuum sintering furnace for high temperature diffusion and aging treatment.