mhurhangee/ep-ind-claims huggingface dataset:
A method of operating a radio access network, RAN, node, the method comprising: receiving (1303, 301) a packet data unit, PDU, for a wireless device that is in an inactive state, wherein the PDU is received from a core network, CN, node; paging (1305, 302) the wireless device in response to receiving the PDU; and characterized in sending (1307, 303) a non-delivery message to the CN node in response to failure of the paging for the wireless device, wherein the non-delivery message includes an indication that the wireless device is in the inactive state, wherein the PDU is a non-access stratum, NAS, PDU, and wherein the non-delivery message is a NAS non-delivery message. receiving (1303, 301) a packet data unit, PDU, for a wireless device that is in an inactive state, wherein the PDU is received from a core network, CN, node; paging (1305, 302) the wireless device in response to receiving the PDU; and characterized in sending (1307, 303) a non-delivery message to the CN node in response to failure of the paging for the wireless device, wherein the non-delivery message includes an indication that the wireless device is in the inactive state, wherein the PDU is a non-access stratum, NAS, PDU, and wherein the non-delivery message is a NAS non-delivery message.
A method for establishing a security mechanism for an air interface link, comprising: performing (101; 214), by a mobility management entity, security processing for a shared key of an access link between a user equipment, UE, and a relay node, RN, by using a shared key between the relay node and the mobility management entity to encrypt the shared key of the access link; and sending (102; 215; 216), by the mobility management entity, the shared key of the access link after the security processing to the relay node to enable the relay node to obtain the shared key of the access link based on the shared key between the relay node and the mobility management entity. performing (101; 214), by a mobility management entity, security processing for a shared key of an access link between a user equipment, UE, and a relay node, RN, by using a shared key between the relay node and the mobility management entity to encrypt the shared key of the access link; and sending (102; 215; 216), by the mobility management entity, the shared key of the access link after the security processing to the relay node to enable the relay node to obtain the shared key of the access link based on the shared key between the relay node and the mobility management entity.
A method for forming, in situ, a group III nitride layer or a SiC layer on an intermediate layer comprising at least one area consisting of SiC throughout the thickness of the area, said method comprising the steps of: a) providing a Si substrate in a reactor, b) providing at least 0,01 μmol/cm 2 of one or more organometallic compounds containing Al, in a flow of less than 5 μmol/min, thereby producing said intermediate layer, and c) providing the precursors suitable for forming a group III nitride layer, or providing the precursors suitable for continuing the growth of a SiC layer. and wherein said area of SiC consists of at least one SiC (atomic) monolayer. a) providing a Si substrate in a reactor, b) providing at least 0,01 μmol/cm 2 of one or more organometallic compounds containing Al, in a flow of less than 5 μmol/min, thereby producing said intermediate layer, and c) providing the precursors suitable for forming a group III nitride layer, or providing the precursors suitable for continuing the growth of a SiC layer.
A shaft grounding apparatus, comprising a grounding rope in electrical contact with ground; and a rope guide configured to guide the grounding rope on an electrically conductive surface of a rotating shaft, characterized in that the guide is an adjustable rope guide which is adjustable between a first position having a first radius of curvature and a second position having a second radius of curvature greater than the first radius of curvature to provide the adjustable rope guide with a variable radius of curvature to closely follow a radius of curvature of the rotating shaft.
Arrangement comprising an interior and a ventilation system, said ventilation system comprising a delivery device for delivering an air flow, said delivery device subjecting at least one air outlet channel arranged in the interior to an air flow, wherein part of the ventilation system comprises a humidifying device to introduce air humidity into the interior, said humidifying device comprising an ultrasonic nebuliser for producing an aerosol from a liquid with liquid droplets in a size such that they can be conveyed together with the airflow which is to be established in the interior, an aerosol delivery line for delivering aerosol to at least one aerosol outlet channel, and at least one aerosol outlet channel, which is arranged in the interior in such a way that the emerging aerosol can be taken up by the air flow, characterised in that the delivery device is provided such as to deliver an air inflow into the interior, and this delivery device also comprises the ultrasonic nebuliser, and that the interior also exhibits at least one waste air opening which is adjustable in respect of its opening width, through which the waste air from the interior can emerge, wherein the at least one air outlet channel is arranged at a distance interval from the at least one waste air opening, such that, during the operation of the ventilation system, in the interior an air flow is established from the at least one air outlet channel to the at least one waste air opening, wherein the emerging aerosol is taken up by the air flow, and the at least one aerosol outlet channel is configured as an aerosol outlet tube, and each aerosol outlet tube is arranged in respect of its extension parallel to and in functional proximity to an air outlet channel.
A curable precursor of an adhesive composition, wherein the curable precursor comprises (a) a radically (co)polymerizable compound, (b) a vanadium compound, (c) a beta-dicarbonyl compound, and (d) a quaternary ammonium halide. (a) a radically (co)polymerizable compound, (b) a vanadium compound, (c) a beta-dicarbonyl compound, and (d) a quaternary ammonium halide.
Method for controlling a battery-operated welding device, the accumulator voltage (U in) and the accumulator current (I in) provided by an accumulator being regulated to a welding current (I out) and welding voltage (U out), supplied to a welding torch, by means of a welding controller that contains a step-up converter having at least one switch and a step-down converter having at least one switch, characterised in that the step-up converter is bridged with the aid of a switch controlled by a switch controller when the intermediate circuit voltage (U zw) between the step-up converter and the step-down converter is less than or equal to the accumulator voltage (U in), and the switch for bridging the step-up converter is opened when the step-up converter is activated and the welding current (I out) is less than the maximum current (I b,max) through the step-up converter, and the step-down converter is deactivated.
A butterfly-type needle protective sleeve, comprising a body for placing a butterfly-type needle therein, said body being made of a plastic material and integrally injection-moulded, said butterfly-type needle comprising a needle portion, a wing portion protruding out of said body, and a handle portion fixed onto said wing portion; one end of said handle portion being connected to said needle portion and the other end being used for connecting to a pipe, and said butterfly-type needle, with respect to said protective sleeve, having a using state in which said needle portion protrudes and a retracted state in which said needle portion retracts, characterized in that said body comprises a needle tip protective head, an upper cap and a lower cap; said needle tip protective head is a cylinder with an axially penetrating needle hole; said upper cap and said lower cap are elongated components extending in an axial direction of said body and respectively have a far end and a near end; said far ends of said upper cap and said lower cap are connected to said cylinder through flexible hinges; said near end of said upper cap is detachably connected with said near end of said lower cap in a clamping manner; said upper cap and said lower cap can be allowed to move between an open state and a closed state by aid of said flexible hinges; a channel for allowing said handle portion to move axially is arranged between said upper cap and said lower cap in the closed state; a clamping structure is formed between said upper cap and said lower cap and can match with said wing portion of said butterfly-type needle to enable said butterfly-type needle to be clamped in the using state or be locked in the retracted state; said butterfly-type needle can be allowed to move axially to the retracted state under an outer force; said needle hole of said needle tip protective head is used for accommodating axial movement of said needle portion; a needle tip of said needle portion in the retracted state is accommodated in the needle tip protective head, and a circumferential side corresponding to the needle tip is of a fully enclosed structure; a lower edge of said upper cap adjacent to said far end is formed with a continuous guide slope, so as to guide said wing portion when pulling said butterfly-type needle in the using state towards the near end, so that said butterfly-type needle smoothly moves axially into said retracted state.
An assessment method for assessing acceleration behaviour of a driver of a vehicle, characterised in that the method comprises: - determining the vehicle's acceleration (a) being lateral and/or longitudinal acceleration; - calculating one or more threshold values for its acceleration which depend on at least one situation-specific parameter, wherein said one or more threshold values indicate limits for what is regarded as safe and comfortable lateral acceleration or safe and comfortable longitudinal acceleration; - comparing the vehicle's acceleration (a) with said one or more threshold values, and generating on the basis of the comparison a grading signal related to said calculated one or more threshold values, with presentation of information from the grading signal to the driver after said acceleration a has ended, said situation-specific parameter being any from among the vehicle's speed, its acceleration, the radius of curvature of the road or the arc angle of the road, in which said acceleration is the vehicle's lateral acceleration (a lat) and wherein said method comprises doing an assessment of the vehicle's lateral acceleration if at least one situation criterion is fulfilled, wherein said situation criterion is any from among a lowest vehicle speed, a lowest acceleration, a largest radius of curvature or a smallest arc angle. - determining the vehicle's acceleration (a) being lateral and/or longitudinal acceleration; - calculating one or more threshold values for its acceleration which depend on at least one situation-specific parameter, wherein said one or more threshold values indicate limits for what is regarded as safe and comfortable lateral acceleration or safe and comfortable longitudinal acceleration; - comparing the vehicle's acceleration (a) with said one or more threshold values, and generating on the basis of the comparison a grading signal related to said calculated one or more threshold values, with presentation of information from the grading signal to the driver after said acceleration a has ended, said situation-specific parameter being any from among the vehicle's speed, its acceleration, the radius of curvature of the road or the arc angle of the road, in which said acceleration is the vehicle's lateral acceleration (a lat) and wherein said method comprises doing an assessment of the vehicle's lateral acceleration if at least one situation criterion is fulfilled, wherein said situation criterion is any from among a lowest vehicle speed, a lowest acceleration, a largest radius of curvature or a smallest arc angle.
A method of cleaning fabric, the method comprising the steps of: (a) providing a laundry detergent composition, the laundry detergent composition comprising an effective amount of a cationic polymer for sudsing profile optimization, said cationic polymer comprising: (i) from 60 mol% to 95 mol% of a first structural unit derived from (meth)acrylamide (AAm); (ii) from 5 mol% to 40 mol% of a second cationic structural unit, wherein the second cationic structural unit in the cationic polymer is derived from a monomer selected from the group consisting of diallyl dimethyl ammonium salts (DADMAS), and combinations thereof; and (iii) from 0 mol% to 25 mol% of a third nonionic structural unit that is different from the first structural unit, wherein said cationic polymer is characterized by a molecular weight of from 20,000 to 350,000 Daltons and is free of any silicone-derived structural component (b) forming a laundry liquor by diluting the laundry detergent with water; (c) washing fabric in the laundry liquor; and (d) rinsing the fabric in water; wherein after 2 or less rinses, preferably after 1 rinse, at least 75%, preferably at least 85%, more preferably 95%, and even more preferably at least 99% of a surface area of the laundry liquor is free from suds. (a) providing a laundry detergent composition, the laundry detergent composition comprising an effective amount of a cationic polymer for sudsing profile optimization, said cationic polymer comprising: (i) from 60 mol% to 95 mol% of a first structural unit derived from (meth)acrylamide (AAm); (ii) from 5 mol% to 40 mol% of a second cationic structural unit, wherein the second cationic structural unit in the cationic polymer is derived from a monomer selected from the group consisting of diallyl dimethyl ammonium salts (DADMAS), and combinations thereof; and (iii) from 0 mol% to 25 mol% of a third nonionic structural unit that is different from the first structural unit, wherein said cationic polymer is characterized by a molecular weight of from 20,000 to 350,000 Daltons and is free of any silicone-derived structural component (i) from 60 mol% to 95 mol% of a first structural unit derived from (meth)acrylamide (AAm); (ii) from 5 mol% to 40 mol% of a second cationic structural unit, wherein the second cationic structural unit in the cationic polymer is derived from a monomer selected from the group consisting of diallyl dimethyl ammonium salts (DADMAS), and combinations thereof; and (iii) from 0 mol% to 25 mol% of a third nonionic structural unit that is different from the first structural unit, (b) forming a laundry liquor by diluting the laundry detergent with water; (c) washing fabric in the laundry liquor; and (d) rinsing the fabric in water;
Gypsum slurry obtained by mixing calcined gypsum, calcium hydrogen phosphate dihydrate, water, and foam; wherein the calcium hydrogen phosphate dihydrate is present in an amount greater than or equal to 0.01 parts by mass and less or equal to 5 parts by mass with respect to 100 parts by mass of the calcined gypsum.
A lighting device comprising, - a first light-emitting semiconductor device, the first light-emitting semiconductor device being a laser device configured to generate a first light output, - a light-conversion device configured to receive the first light output and to convert at least part of the first light output into a converted light output to be directed in an illumination direction, and - an optical element configured to receive the converted light output from the light-conversion device, wherein the optical element is configured to transmit the converted light output and the first light output, and wherein the optical element is configured to attenuate the first light output above a threshold value of the first light output, characterized in that the optical element comprises a bistable optical material that can change from an optical transmissive state to an optical attenuative state depending on a threshold value of the first light output. - a first light-emitting semiconductor device, the first light-emitting semiconductor device being a laser device configured to generate a first light output, - a light-conversion device configured to receive the first light output and to convert at least part of the first light output into a converted light output to be directed in an illumination direction, and - an optical element configured to receive the converted light output from the light-conversion device, wherein the optical element is configured to transmit the converted light output and the first light output, and wherein the optical element is configured to attenuate the first light output above a threshold value of the first light output,
A method for use in a wireless transmit/receive unit, WTRU (202a-d; 302), the method comprising: generating an attach request message that includes a network capability information element, IE, and a radio access capability IE, wherein the radio access capability IE indicates evolved universal mobile telecommunication systems, UMTS, terrestrial radio access network, E-UTRAN, capabilities of the WTRU (202a-d; 302); transmitting (322, 324) the attach request message to a core network, CN, via a first radio access network, RAN; receiving (332, 334) an attach accept message from the CN via the first RAN; receiving a message from the CN indicating capabilities of a second RAN, based on the information included in the attach request message, through which the CN may be accessed, wherein the second RAN includes an E-UTRAN; and receiving a service from the CN via the first RAN or the second RAN. generating an attach request message that includes a network capability information element, IE, and a radio access capability IE, wherein the radio access capability IE indicates evolved universal mobile telecommunication systems, UMTS, terrestrial radio access network, E-UTRAN, capabilities of the WTRU (202a-d; 302); transmitting (322, 324) the attach request message to a core network, CN, via a first radio access network, RAN; receiving (332, 334) an attach accept message from the CN via the first RAN; receiving a message from the CN indicating capabilities of a second RAN, based on the information included in the attach request message, through which the CN may be accessed, wherein the second RAN includes an E-UTRAN; and receiving a service from the CN via the first RAN or the second RAN.
An uplink information transmission method, comprising: obtaining, by a terminal device, an uplink scheduling grant, the uplink scheduling grant instructs the terminal device to send first uplink information on a first symbol set in a first uplink subframe of a target carrier and send uplink information on at least one symbol set before the first symbol set, wherein the at least one symbol set comprises a second symbol set on which second uplink information is scheduled in a second uplink subframe of the target carrier, and the last symbol in symbols comprised in the at least one symbol set is adjacent in time to a starting symbol in the first symbol set; and detecting, by the terminal device in a second time in a second symbol, that the terminal device is not allowed to access a channel of the target carrier, wherein the second symbol is a symbol comprised in the second uplink subframe, and the second symbol precedes the second symbol set; sending, by the terminal device, the first uplink information on the first symbol set; wherein before the sending, by the terminal device, the first uplink information on the first symbol set, the method further comprises: detecting, by the terminal device in a first time in a first symbol before the starting symbol in the first symbol set, that the terminal device is allowed to access the channel of the target carrier, wherein the first symbol is adjacent in time to the starting symbol in the first symbol set, and the first symbol is located in an uplink subframe before the first uplink subframe. obtaining, by a terminal device, an uplink scheduling grant, the uplink scheduling grant instructs the terminal device to send first uplink information on a first symbol set in a first uplink subframe of a target carrier and send uplink information on at least one symbol set before the first symbol set, wherein the at least one symbol set comprises a second symbol set on which second uplink information is scheduled in a second uplink subframe of the target carrier, and the last symbol in symbols comprised in the at least one symbol set is adjacent in time to a starting symbol in the first symbol set; and detecting, by the terminal device in a second time in a second symbol, that the terminal device is not allowed to access a channel of the target carrier, wherein the second symbol is a symbol comprised in the second uplink subframe, and the second symbol precedes the second symbol set; sending, by the terminal device, the first uplink information on the first symbol set; wherein before the sending, by the terminal device, the first uplink information on the first symbol set, the method further comprises: detecting, by the terminal device in a first time in a first symbol before the starting symbol in the first symbol set, that the terminal device is allowed to access the channel of the target carrier, wherein the first symbol is adjacent in time to the starting symbol in the first symbol set, and the first symbol is located in an uplink subframe before the first uplink subframe.
Sealing sheet of a film composite, which is to be fixed by means of a waterproof adhesive, a waterproof primer of a wall or the like, a connection medium comprising a solvent, which is largely impermeable to water after setting, and which is vapor-blocking, characterized in in that a micro-perforation consisting of individual punctures and/or incisions is provided at the edge of the sealing sheet only at a distance from the edge of the sealing sheet of less than 2 cm without loss of material of the sealing sheet and the remaining area of the sealing sheet does not exhibit any micro-perforation, and in that the micro-perforation allows diffusion of the solvent during setting, and in that, after setting of the connection medium, the micro-perforation is securely closed by the connection means in a vapor-inhibiting or vapor-blocking manner.
A rocker arm swingably supported by an arm shaft and operating a valve by rotation of a cam, the rocker arm comprising: an arm body part including a bearing portion supported by the arm shaft, a cam-side arm portion extending from the bearing portion toward a first side, and a valve-side arm portion extending from the bearing portion toward a second side; an arch part extending over the bearing portion and connecting the cam-side arm portion and the valve-side arm portion; and a lightweight part disposed in a space defined between the arm body part and the arch part, the lightweight part having a reduced weight compared with a case where the space is filled with the same material at the same thickness as the arch part; characterized in that the lightweight part is composed of a plurality of rod members arranged at an interval in the space and connecting the arm body part and the arch part. an arm body part including a bearing portion supported by the arm shaft, a cam-side arm portion extending from the bearing portion toward a first side, and a valve-side arm portion extending from the bearing portion toward a second side; an arch part extending over the bearing portion and connecting the cam-side arm portion and the valve-side arm portion; and a lightweight part disposed in a space defined between the arm body part and the arch part, the lightweight part having a reduced weight compared with a case where the space is filled with the same material at the same thickness as the arch part; characterized in that the lightweight part is composed of a plurality of rod members arranged at an interval in the space and connecting the arm body part and the arch part.