mhurhangee/ep-ind-claims huggingface dataset:
A method for selecting a Group Delegator, GD, in a wireless access system supporting a Machine to Machine, M2M, communication, the method performed by an M2M device and comprising: if the M2M device which is a Group Member, GM, of an M2M group does not receive any information related to a dedicated ranging code used for a network reentry from a Base Station, BS, receiving a broadcast message including a second threshold changed from a first threshold used for selecting the GD of the M2M group; generating a random value for reselecting the GD; and reselecting the GD by comparing the second threshold with the random value, characterized by starting a ranging reception timer upon a detection of occurrence of a specific event to the M2M group; and performing the network reentry individually to the BS after the ranging reception timer is expired, if a ranging response message in response to a ranging code sent by the reselected GD has not been received by the M2M device within a duration of the ranging reception timer. if the M2M device which is a Group Member, GM, of an M2M group does not receive any information related to a dedicated ranging code used for a network reentry from a Base Station, BS, receiving a broadcast message including a second threshold changed from a first threshold used for selecting the GD of the M2M group; generating a random value for reselecting the GD; and reselecting the GD by comparing the second threshold with the random value, characterized by starting a ranging reception timer upon a detection of occurrence of a specific event to the M2M group; and performing the network reentry individually to the BS after the ranging reception timer is expired, if a ranging response message in response to a ranging code sent by the reselected GD has not been received by the M2M device within a duration of the ranging reception timer.
A transparent gel candle base in the form of a gel composition comprising a hydrocarbon oil and a gelling agent comprising dibutyl lauroyl glutamide and dibutyl ethylhexanoyl glutamide, characterized in that said gel candle: - has a transmittance of at least 80%, as measured spectrophotometrically at 690 nm using water as standard; - has dibutyl lauroyl glutamide and dibutyl ethylhexanoyl glutamide, taken together, present in an amount of from 0.5% to 10% by weight, relative to the total weight of the gel candle base; and - further comprises a perfume in an amount of 1 to 15% by weight, relative to the total weight of the gel candle base. - has a transmittance of at least 80%, as measured spectrophotometrically at 690 nm using water as standard; - has dibutyl lauroyl glutamide and dibutyl ethylhexanoyl glutamide, taken together, present in an amount of from 0.5% to 10% by weight, relative to the total weight of the gel candle base; and - further comprises a perfume in an amount of 1 to 15% by weight, relative to the total weight of the gel candle base.
Method for assessing the quality of a component manufactured by means of an additive manufacturing method, comprising the steps of: - providing, in digitized form, image data of at least one component layer of the component; - converting the image data into a binary image; - eroding the binary image into a structure image; - determining contour data of the structure image in order to exclude the transitions between the component and the adjacent powder from the subsequent quality assessment; - determining at least one image section of the image data, which section is delimited by the contour data; - checking the at least one image section for the presence of an image region corresponding to a quality defect; and - classifying the component as qualitatively acceptable if there is no quality defect, or - classifying the component as qualitatively unacceptable if the re is a quality defect, characterized in that the method is carried out for a plurality of or all component layers of the component or for image data that characterize a plane through a plurality of component layers. - providing, in digitized form, image data of at least one component layer of the component; - converting the image data into a binary image; - eroding the binary image into a structure image; - determining contour data of the structure image in order to exclude the transitions between the component and the adjacent powder from the subsequent quality assessment; - determining at least one image section of the image data, which section is delimited by the contour data; - checking the at least one image section for the presence of an image region corresponding to a quality defect; and - classifying the component as qualitatively acceptable if there is no quality defect, or - classifying the component as qualitatively unacceptable if the re is a quality defect, characterized in that the method is carried out for a plurality of or all component layers of the component or for image data that characterize a plane through a plurality of component layers.
A method performed by an Access Management Function, AMF, entity in a Visited Public Land Mobile Network, VPLMN, serving a roaming User Equipment, UE,, the method comprises: obtaining, by the AMF entity, a subscribed UE Aggregate Maximum Bit Rate, UE-AMBR, for the UE; sending (XX102, XX200, XX304), by the AMF entity, an Access Management, AM, Policy request message towards a Visited Policy Control Function, V-PCF, entity in the VPLMN to establish or update an AM Policy for the roaming UE; receiving (XX104, XX204, XX306) by the AMF entity in response to sending the AM Policy request message, an AM Policy response message sent by the V-PCF entity and comprising Access and mobility related policy information that includes a serving network UE-AMBR for the UE decided by the V-PCF entity; deploying (NN108, XX106, XX206, XX308, XX406) the serving network UE-AMBR instead of the subscribed UE-AMBR by sending policy control information including the serving network UE-AMBR to a RAN node in the serving network. obtaining, by the AMF entity, a subscribed UE Aggregate Maximum Bit Rate, UE-AMBR, for the UE; sending (XX102, XX200, XX304), by the AMF entity, an Access Management, AM, Policy request message towards a Visited Policy Control Function, V-PCF, entity in the VPLMN to establish or update an AM Policy for the roaming UE; receiving (XX104, XX204, XX306) by the AMF entity in response to sending the AM Policy request message, an AM Policy response message sent by the V-PCF entity and comprising Access and mobility related policy information that includes a serving network UE-AMBR for the UE decided by the V-PCF entity; deploying (NN108, XX106, XX206, XX308, XX406) the serving network UE-AMBR instead of the subscribed UE-AMBR by sending policy control information including the serving network UE-AMBR to a RAN node in the serving network.
A method in a network node of a radio access network, RAN, in a telecommunication system, the method comprising: receiving an indication from a network node in a core network that mobile terminated data is pending for a user equipment, UE, receiving a connection request from the UE and setting up a radio resource control, RRC, connection to the UE, in response to receiving the indication that mobile terminated data is pending for the UE, setting a release timer value to a value sufficient to establish a mobile terminated communication by the network to the UE for the transmission of the pending mobile terminated data to the UE, wherein the release timer value is set to a larger value than an RRC inactivity timer, and releasing the RRC connection to the UE when the release timer has expired. receiving an indication from a network node in a core network that mobile terminated data is pending for a user equipment, UE, receiving a connection request from the UE and setting up a radio resource control, RRC, connection to the UE, in response to receiving the indication that mobile terminated data is pending for the UE, setting a release timer value to a value sufficient to establish a mobile terminated communication by the network to the UE for the transmission of the pending mobile terminated data to the UE, wherein the release timer value is set to a larger value than an RRC inactivity timer, and releasing the RRC connection to the UE when the release timer has expired.
A method for transmitting a frame in a Wireless LAN, comprising: generating a physical layer protocol data unit, PPDU, by a transmitter; and transmitting the PPDU on a transmission bandwidth by the transmitter, wherein the transmission bandwidth is 80 MHz, wherein the PPDU includes a first part to which a first fast Fourier transmit, FFT, size is applied and a second part to which a second FFT size is applied, wherein the second FFT size is 512 and the first FFT size is 256, and wherein frequency indexes of pilots in the first part are set to {±7, ±21, ±35, ±49, ±63, ±77, ±91, ±105} and each frequency index in the first part is defined in a unit of subcarrier spacing of 312.5 kHz, wherein frequency indexes of pilots in the second part are set to {±14, ±42, ±70, ±98, ±126, ±154, ±182, ±210} and each frequency index in the second part is defined in a unit of subcarrier spacing of 156.25 kHz. generating a physical layer protocol data unit, PPDU, by a transmitter; and transmitting the PPDU on a transmission bandwidth by the transmitter,
A system, comprising: a computing device; and an authentication management client application executable in the computing device, the authentication management client application comprising: logic that maintains a plurality of accounts of a user for a plurality of network sites; logic that determines that a secured resource of a network site is to be accessed by the computing device; logic that determines whether the accounts are capable of accessing the secured resource; and logic that creates a new account with the network site, subject to having obtained consent from the user to share the information needed to create the new account capable of accessing the secured resource, in response to determining that the accounts are not capable of accessing the secured resource, wherein a set of information about the user is automatically provided to the network site to create the new account. a computing device; and an authentication management client application executable in the computing device, the authentication management client application comprising: logic that maintains a plurality of accounts of a user for a plurality of network sites; logic that determines that a secured resource of a network site is to be accessed by the computing device; logic that determines whether the accounts are capable of accessing the secured resource; and logic that creates a new account with the network site, subject to having obtained consent from the user to share the information needed to create the new account capable of accessing the secured resource, in response to determining that the accounts are not capable of accessing the secured resource, wherein a set of information about the user is automatically provided to the network site to create the new account. logic that maintains a plurality of accounts of a user for a plurality of network sites; logic that determines that a secured resource of a network site is to be accessed by the computing device; logic that determines whether the accounts are capable of accessing the secured resource; and logic that creates a new account with the network site, subject to having obtained consent from the user to share the information needed to create the new account capable of accessing the secured resource, in response to determining that the accounts are not capable of accessing the secured resource, wherein a set of information about the user is automatically provided to the network site to create the new account.
Concentrated cooling liquid intended to be added to a heat transfer liquid to lower the freezing temperature thereof, said cooling liquid comprising a C2-C6 glycol, water in an amount of less than 10% by mass and corrosion inhibitors, said corrosion inhibitors being a mixture of at least a C7-C11 aliphatic monocarboxylic acid and a C4-C15 aliphatic dicarboxylic acid, characterised in that it comprises an amount of said C4-C15 aliphatic dicarboxylic acid comprised between 0.1 and 1% by mass and an amount of said C7-C11 aliphatic monocarboxylic acid greater than or equal to 0.5% and less than 4% by mass, the ratio by mass between said C7-C11 aliphatic monocarboxylic acid and said C4-C15 aliphatic dicarboxylic acid being between 3 and 7.
A rotary tool (20, 120) configured to be turned at high speed in both condensing and cutting rotary directions to accomplish different effects while forming a hole in a host material, said rotary tool (20, 120) comprising: a shank (22, 122) establishing a longitudinal axis of rotation, said shank (22, 122) being an elongated shaft having an upper end and a lower end; a body (24, 124) extending axially from said lower end of said shank (22, 122), said body (24, 124) having an apical end remote from said shank (22, 122), a plurality of flutes (32, 132) disposed about said body (24, 124), each said flute (32, 132) having a cutting face (34, 134) on one side thereof defining a cutting rake angle and a densifying face (36, 136) on the other side thereof defining a densifying rake angle, each said flute (32, 132) having an axial length and a radial depth, each said flute (32, 132) being formed with a continuously negative densifying rake angle along the length thereof, a land (38, 138) formed between each adjacent pair of flutes (32, 132), each said land (38, 138) having a working edge (40, 140) along said cutting face (34, 134) of one said flute (23, 132), each said working edge (40, 140) being substantially margin-less; characterised by: a cavity (44, 144) disposed in said body (24, 124), said cavity (44, 144) extending axially within said body (24, 124) and opening through said apical end; and a plurality of spurs (46A, 46B) disposed on said apical end of said body (24, 124), said spurs (46A, 46B) disposed around said opening of said cavity (44, 144). a shank (22, 122) establishing a longitudinal axis of rotation, said shank (22, 122) being an elongated shaft having an upper end and a lower end; a body (24, 124) extending axially from said lower end of said shank (22, 122), said body (24, 124) having an apical end remote from said shank (22, 122), a plurality of flutes (32, 132) disposed about said body (24, 124), each said flute (32, 132) having a cutting face (34, 134) on one side thereof defining a cutting rake angle and a densifying face (36, 136) on the other side thereof defining a densifying rake angle, each said flute (32, 132) having an axial length and a radial depth, each said flute (32, 132) being formed with a continuously negative densifying rake angle along the length thereof, a land (38, 138) formed between each adjacent pair of flutes (32, 132), each said land (38, 138) having a working edge (40, 140) along said cutting face (34, 134) of one said flute (23, 132), each said working edge (40, 140) being substantially margin-less; a cavity (44, 144) disposed in said body (24, 124), said cavity (44, 144) extending axially within said body (24, 124) and opening through said apical end; and a plurality of spurs (46A, 46B) disposed on said apical end of said body (24, 124), said spurs (46A, 46B) disposed around said opening of said cavity (44, 144).
A method performed by an Access and mobility Management Function, AMF, of a source network configured to operate in a wireless communication system, the method being characterized by: receiving a deregistration notification message from a United Data Management, UDM, of a Home Service Provider, Home SP, wherein the deregistration notification message informs that i) a User Equipment, UE, has moved from the source network to a target network, and ii) there is no N14 interface between the source network and the target network; after receiving the deregistration notification message, starting a timer; while the timer is running, delaying deletion of a UE context of the UE within the source network; receiving a context status notification message from a Session Management Function, SMF, of the source network, wherein the context status notification message informs that a Protocol Data Unit, PDU, session associated with the UE has been handed over from the source network to the target network; and based on expiry of the timer, deleting the UE context of the UE within the source network. receiving a deregistration notification message from a United Data Management, UDM, of a Home Service Provider, Home SP, wherein the deregistration notification message informs that i) a User Equipment, UE, has moved from the source network to a target network, and ii) there is no N14 interface between the source network and the target network; after receiving the deregistration notification message, starting a timer; while the timer is running, delaying deletion of a UE context of the UE within the source network; receiving a context status notification message from a Session Management Function, SMF, of the source network, wherein the context status notification message informs that a Protocol Data Unit, PDU, session associated with the UE has been handed over from the source network to the target network; and based on expiry of the timer, deleting the UE context of the UE within the source network.
A gas turbine engine with a scavenge filter system (100; 200; 300) comprising: a first scavenge pump stage (106; 206; 306) positioned in a first flow path (130; 230) downstream of a first bearing compartment (38-2, 38-3, 38-4) of a spool (30; 32); a second scavenge pump stage (108; 208; 300) positioned in a second flow path (132; 232) downstream of a second bearing compartment; a first scavenge filter (122; 222; 322) fluidly coupling the first scavenge pump stage (106; 206; 306) to at least one oil reservoir (112; 212; 312); and a second scavenge filter (124; 224; 324) fluidly coupling the second scavenge pump stage (108; 208; 308) to the at least one oil reservoir (112; 212; 312), the first and second scavenge filters (124; 224; 324) being separate and distinct, wherein the first scavenge filter is positioned in the first flow path, and the second scavenge filter is positioned in the second flow path; wherein the gas turbine engine comprises: a fan section including a fan shaft coupled to a fan; a low speed spool and a high speed spool mounted for rotation within a plurality of spool bearing compartments, the low speed spool mechanically coupling the fan section and a compressor section to a turbine section; characterized by the second bearing compartment housing a geared architecture mechanically coupling the fan to the low speed spool to drive the fan at a lower speed than the low speed spool. a first scavenge pump stage (106; 206; 306) positioned in a first flow path (130; 230) downstream of a first bearing compartment (38-2, 38-3, 38-4) of a spool (30; 32); a second scavenge pump stage (108; 208; 300) positioned in a second flow path (132; 232) downstream of a second bearing compartment; a first scavenge filter (122; 222; 322) fluidly coupling the first scavenge pump stage (106; 206; 306) to at least one oil reservoir (112; 212; 312); and a second scavenge filter (124; 224; 324) fluidly coupling the second scavenge pump stage (108; 208; 308) to the at least one oil reservoir (112; 212; 312), the first and second scavenge filters (124; 224; 324) being separate and distinct, wherein the first scavenge filter is positioned in the first flow path, and the second scavenge filter is positioned in the second flow path; wherein the gas turbine engine comprises: a fan section including a fan shaft coupled to a fan; a low speed spool and a high speed spool mounted for rotation within a plurality of spool bearing compartments, the low speed spool mechanically coupling the fan section and a compressor section to a turbine section; characterized by a fan section including a fan shaft coupled to a fan; a low speed spool and a high speed spool mounted for rotation within a plurality of spool bearing compartments, the low speed spool mechanically coupling the fan section and a compressor section to a turbine section; characterized by the second bearing compartment housing a geared architecture mechanically coupling the fan to the low speed spool to drive the fan at a lower speed than the low speed spool.
Process for producing alkyl methacrylate resins, comprising the process steps of a. production of methacrolein in a reactor I, b. oxidative esterification of the methacrolein in the presence of an alcohol, oxygen and a heterogeneous noble metal-containing catalyst at a water content between 0.1% and 10% by weight and a pH between 5 and 8 in at least one reactor II, c. aftertreatment of the reactor output from reactor II in a reactor III, d. isolation and purification of the crude alkyl methacrylate from reactor III and e. polymerization of the alkyl methacrylates from process step d or a mixture containing alkyl methacrylates from process step d to obtain an alkyl methacrylate resin, characterized in that in process step c in reactor III the water content is at least 0.5% by weight higher than in reactor II, the alcohol concentration is lower than in reactor II and the pH is set to between 0.5 and 6 and thus at least 0.5 lower than in reactor II. a. production of methacrolein in a reactor I, b. oxidative esterification of the methacrolein in the presence of an alcohol, oxygen and a heterogeneous noble metal-containing catalyst at a water content between 0.1% and 10% by weight and a pH between 5 and 8 in at least one reactor II, c. aftertreatment of the reactor output from reactor II in a reactor III, d. isolation and purification of the crude alkyl methacrylate from reactor III and e. polymerization of the alkyl methacrylates from process step d or a mixture containing alkyl methacrylates from process step d to obtain an alkyl methacrylate resin,
A sensor device comprising: a sensing component adapted to be connected to a monitoring system to send signals associated with deformation of a structural member, the sensor component being at least one strain gage adapted to be bonded to a surface of the structural member; a double-sided tape having a first adhesive surface adapted to be adhered to the surface of the structural member to be monitored, with the at least one strain gage being positioned between the tape and the surface of the structural member, and a second adhesive surface adapted to adherently support components associated with the sensing component; and a backing sheet removably connected to the first adhesive surface to protect the first adhesive surface and the at least one strain gage, the at least one strain gauge being between the backing sheet and the first adhesive surface whereby the at least one strain gauge is exposed when the backing sheet is removed from the first adhesive surface. a sensing component adapted to be connected to a monitoring system to send signals associated with deformation of a structural member, the sensor component being at least one strain gage adapted to be bonded to a surface of the structural member; a double-sided tape having a first adhesive surface adapted to be adhered to the surface of the structural member to be monitored, with the at least one strain gage being positioned between the tape and the surface of the structural member, and a second adhesive surface adapted to adherently support components associated with the sensing component; and a backing sheet removably connected to the first adhesive surface to protect the first adhesive surface and the at least one strain gage, the at least one strain gauge being between the backing sheet and the first adhesive surface whereby the at least one strain gauge is exposed when the backing sheet is removed from the first adhesive surface.