mhurhangee/ep-ind-claims huggingface dataset:
Method for transmitting an emergency message by a land vehicle, the transmission comprising the transmission of at least one packet in a telecommunications network, the method comprising the steps of: - detection of an emergency situation by at least one first component of the vehicle; - determination of hypoacusis information for a vehicle occupant; - generation of data including hypoacusis information; - generation of an information element comprising an emergency service category value of a size less than or equal to three bytes and configured to assign a priority to the packet in said network, the priority being relative to the character urgency of the message; - transmission of the packet comprising at least part of the data and the information element; - triggering an emergency call between the vehicle and a remote device; - display on a vehicle screen of a text transcribing at least part of an emergency call signal between the vehicle and the remote device, and in which the step of detecting the emergency situation comprises a determination of information on the type of detection of the emergency situation, the type of detection corresponding to automatic detection of the emergency or to an emergency situation. emergency manually entered by an occupant of the vehicle and, wherein the priority in said network is further relative to the type of detection of the emergency situation. - detection of an emergency situation by at least one first component of the vehicle; - determination of hypoacusis information for a vehicle occupant; - generation of data including hypoacusis information; - generation of an information element comprising an emergency service category value of a size less than or equal to three bytes and configured to assign a priority to the packet in said network, the priority being relative to the character urgency of the message; - transmission of the packet comprising at least part of the data and the information element; - triggering an emergency call between the vehicle and a remote device; - display on a vehicle screen of a text transcribing at least part of an emergency call signal between the vehicle and the remote device, and in which the step of detecting the emergency situation comprises a determination of information on the type of detection of the emergency situation, the type of detection corresponding to automatic detection of the emergency or to an emergency situation. emergency manually entered by an occupant of the vehicle and, wherein the priority in said network is further relative to the type of detection of the emergency situation.
A method for ensuring at least a predetermined number of copies of a content object to be kept stored in a network comprising a plurality of cache nodes for storing copies of content objects, the method comprising: - Assigning each of a plurality of copies of content objects a value of a ranking state, wherein the value of the ranking state indicates whether the copy is deletable or non-deletable, and wherein at least one copy of each content object is assigned with the value non-deletable: - Changing the ranking state value for [[the]] at least one copy of at least one [[a]] content object from non-deletable to deletable in a cache node, said at least one copy being a candidate for the value deletable[[,]] only if a deletable copy of said at least one content object in another cache node is a candidate for the value non-deletable. - Assigning each of a plurality of copies of content objects a value of a ranking state, wherein the value of the ranking state indicates whether the copy is deletable or non-deletable, and wherein at least one copy of each content object is assigned with the value non-deletable: - Changing the ranking state value for [[the]] at least one copy of at least one [[a]] content object from non-deletable to deletable in a cache node, said at least one copy being a candidate for the value deletable[[,]] only if a deletable copy of said at least one content object in another cache node is a candidate for the value non-deletable.
A method for functionality monitoring of a gas sensor which works based on the principle of thermal conductivity, wherein the gas sensor includes a measuring chamber having a purge gas port, a thermal conductivity sensor disposed in the measuring chamber for determining one or more measured values, a temperature sensor, and a membrane, which separates the measuring chamber from a fluid medium when in operation and is permeable to a target gas; and wherein the method includes the following steps: a. performing a calibration cycle in a calibration medium, which is a fluid medium having a known target gas concentration, wherein the calibration cycle includes a purging process and a subsequent measuring process, and determining a calibration baseline which includes the calibration voltage as a function of the voltage values determined during the purging process; b. performing a measuring cycle in a measuring medium, which is a fluid medium having an unknown target gas concentration, wherein the measuring cycle includes a purging process and a subsequent measuring process, and determining a calibration baseline which includes the calibration voltage as a function of the voltage values determined during the purging process; c. calculating a baseline comparison value by including the calibration baseline or the measuring baseline; d. comparing the baseline comparison value to a predetermined baseline threshold value, and, if the amount of the baseline comparison value is greater than the baseline threshold value, generating a first error message which indicates a malfunction of the purge gas supply, wherein a purging process includes that the measuring chamber is purged with a purge gas; wherein a measuring process includes that the membrane of the gas sensor is brought into contact with the fluid medium, that target gases contained in the fluid medium diffuse through the membrane into the measuring chamber, and that one or more measured values are determined using a thermal conductivity sensor disposed in the measuring chamber. a. performing a calibration cycle in a calibration medium, which is a fluid medium having a known target gas concentration, wherein the calibration cycle includes a purging process and a subsequent measuring process, and determining a calibration baseline which includes the calibration voltage as a function of the voltage values determined during the purging process; b. performing a measuring cycle in a measuring medium, which is a fluid medium having an unknown target gas concentration, wherein the measuring cycle includes a purging process and a subsequent measuring process, and determining a calibration baseline which includes the calibration voltage as a function of the voltage values determined during the purging process; c. calculating a baseline comparison value by including the calibration baseline or the measuring baseline; d. comparing the baseline comparison value to a predetermined baseline threshold value, and, if the amount of the baseline comparison value is greater than the baseline threshold value, generating a first error message which indicates a malfunction of the purge gas supply,
An instrument comprising: a trocar cannula having an open distal end; an obturator comprising an elongated shaft removably disposed within said trocar cannula and including a penetrating tip disposed at one end of the shaft, said shaft including a longitudinal axis, said penetrating tip (, 64) comprising a base extending along a predetermined angular orientation to the central longitudinal axis of the shaft, an apex and an exterior surface extending between said base and said apex; wherein the exterior surface comprises at least two curved surface segments (76,78) which are of different dimensions and extend longitudinally between said apex and said base, the apex lies coincident with the central longitudinal axis of the shaft; the at least two surface segments ( 76, 78) are non-symmetrical; the exterior surface defines a concave longitudinal extending curve; said penetrating tip has a substantially elliptical perpendicular cross-section; and said apex is blunt. a trocar cannula having an open distal end; an obturator comprising an elongated shaft removably disposed within said trocar cannula and including a penetrating tip disposed at one end of the shaft, said shaft including a longitudinal axis, said penetrating tip (, 64) comprising a base extending along a predetermined angular orientation to the central longitudinal axis of the shaft, an apex and an exterior surface extending between said base and said apex; wherein the exterior surface comprises at least two curved surface segments (76,78) which are of different dimensions and extend longitudinally between said apex and said base, the apex lies coincident with the central longitudinal axis of the shaft; the at least two surface segments ( 76, 78) are non-symmetrical; the exterior surface defines a concave longitudinal extending curve; said penetrating tip has a substantially elliptical perpendicular cross-section; and said apex is blunt.
A chocolate comprising an oil-and/or-fat in a content of 25 to 65 mass%, wherein the oil- and/or-fat meets the following requirements to: an SOS content is 65 to 88 mass%; a POP content is 25 to 44 mass%; an StOSt content is 10 to 25 mass%; a POSt content is 15 to 32 mass%; a liquid oil-and/or-fat content is not less than 9 mass% and less than 14 mass%; and a mass ratio (StOSt/POSt) of the StOSt content to the POSt content is not more than 1.2; wherein SOS: a triglyceride on which oleic acid is bonded at a 2 position and a saturated fatty acid having a carbon number of not less than 16 is bonded at 1 and 3 positions; POP: 1,3-dipalmitoyl-2-oleoylglycerin; StOSt: 1,3-distearoyl-2-oleoylglycerin; POSt: a triglyceride comprising an oleoyl group at a 2 position and comprising one palmitoyl group and one stearoyl group separately at 1 and 3 positions; and l iquid oil-and/or-fat: a triglyceride on which a fatty acid having a carbon number of not less than 16 is bonded, the triglyceride comprising not less than 2 double bonds per molecule. an SOS content is 65 to 88 mass%; a POP content is 25 to 44 mass%; an StOSt content is 10 to 25 mass%; a POSt content is 15 to 32 mass%; a liquid oil-and/or-fat content is not less than 9 mass% and less than 14 mass%; and a mass ratio (StOSt/POSt) of the StOSt content to the POSt content is not more than 1.2;
Hinge comprising a rigid portion (12; 32) integral with a flexible portion (13; 33) suitable to be bent with respect to the rigid portion (12; 32), wherein said rigid portion (12; 32) comprises a substrate (1; 21) in a rigid composite material and said flexible portion (13; 33) comprises a first flexible sheet (5; 25), wherein a first portion (5a; 25a) of the first flexible sheet (5; 25) is joined at least partially to the substrate (1; 21) by means of at least one first layer (4; 24) of resin for composite materials, characterized in that said flexible portion (13; 33) also comprises a second flexible sheet (7; 27) joined at least partially by means of at least one second layer (6; 26) of resin for composite materials both to said first portion (5a; 25a) of the first flexible sheet (5; 25) and to at least one second portion (5b, 5c; 25c) of the first flexible sheet (5; 25) which is not joined to the substrate (1; 21).
Internal combustion engine having an applied-ignition combustion motor, having a fresh-gas tract, having an exhaust-gas system with at least one exhaust-gas aftertreatment device and at least one particle filter arranged downstream of the exhaust-gas aftertreatment device, and having a secondary air line with a secondary air pump, which secondary air line branches off from the fresh-gas tract, wherein the secondary air line has a first branch, which opens into the exhaust-gas system upstream of the exhaust-gas aftertreatment device, and has a second branch, which opens into the exhaust-gas system downstream of the exhaust-gas aftertreatment device and upstream of the particle filter, wherein the exhaust-gas system has, directly downstream of a multiplicity of combustion chambers of the combustion motor, a multiplicity of partial exhaust lines which, further downstream, are at least partially merged to form at least one collective exhaust-gas line, characterized in that the first branch of the secondary air line splits into multiple partial branches, and each partial branch opens, at a first outlet of the partial branch, into a partial exhaust line.
A hold offloading system comprising: a holding space for containing a material; and a localized fluidization-suction-pump-drive system (12, 12', 12") for locally fluidizing the material and transporting the fluidized material out of the holding space, the fluidization-suction-pump-drive system (12, 12', 12") being provided with a fluidization portion and a suction head in proximity to the fluidization portion for suctioning the locally fluidized material; wherein the localized fluidization-suction-pump-drive system further comprises a shield to keep the fluidization near the system and ensure the locally fluidized material is transported out of the holding space through the fluidization-suction-pump-drive system;wherein nozzles of the fluidization portion are connected to the shield and directed inward from the shield toward the suction head. a holding space for containing a material; and a localized fluidization-suction-pump-drive system (12, 12', 12") for locally fluidizing the material and transporting the fluidized material out of the holding space, the fluidization-suction-pump-drive system (12, 12', 12") being provided with a fluidization portion and a suction head in proximity to the fluidization portion for suctioning the locally fluidized material; wherein the localized fluidization-suction-pump-drive system further comprises a shield to keep the fluidization near the system and ensure the locally fluidized material is transported out of the holding space through the fluidization-suction-pump-drive system;wherein nozzles of the fluidization portion are connected to the shield and directed inward from the shield toward the suction head.
A compound comprising a modified oligonucleotide consisting of 10-30 linked nucleosides and having a nucleobase sequence comprising a portion of at least 8 contiguous nucleobases 100% complementary to an equal length portion of nucleobases 1343-1368 of SEQ ID NO: 1 and/or nucleobases 8603-8619 of SEQ ID NO: 2, wherein the nucleobase sequence of the modified oligonucleotide is at least 90% complementary to SEQ ID NO: 1 and/or SEQ ID NO: 2 as measured over the entirety of the modified oligonucleotide and wherein the compound is capable of inhibiting DMPK expression.
An underwater holding-type lithium recovering apparatus comprising: an underwater holder installed on an offshore sea bed; a lithium adsorbent held in the underwater holder and adsorbing lithium ions contained in seawater; a moving ship installed with a cleaning tank cleaning the lithium adsorbent transferred from the underwater holder and a desorbing tank desorbing lithium ions adsorbed in the lithium adsorbent transferred from the cleaning tank and moved to a coastline when lithium ions of a reference value or more are filled in the desorbing tank; and a transfer pump transferring lithium ions filled in the desorbing tank to a reservoir installed at the coastline. an underwater holder installed on an offshore sea bed; a lithium adsorbent held in the underwater holder and adsorbing lithium ions contained in seawater; a moving ship installed with a cleaning tank cleaning the lithium adsorbent transferred from the underwater holder and a desorbing tank desorbing lithium ions adsorbed in the lithium adsorbent transferred from the cleaning tank and moved to a coastline when lithium ions of a reference value or more are filled in the desorbing tank; and a transfer pump transferring lithium ions filled in the desorbing tank to a reservoir installed at the coastline.
A paging optimization method, executed by an access network device, comprising: receiving a paging message sent by a core network device; wherein information for determining a current paging cell is carried in the paging message; performing paging according to the paging message; wherein the information for determining the current paging cell comprises information of a recommended paging geographic location when a User Equipment, UE, context is released; and wherein performing the paging according to the paging message comprises: determining the current paging cell according to the information of the recommended paging geographic location when the UE context is released; and performing the paging within the current paging cell; wherein before receiving the paging message, the method further comprises: sending a UE context release request to the core network device, wherein the information of the recommended paging geographic location when the UE context is released is carried in the UE context release request. receiving a paging message sent by a core network device; wherein information for determining a current paging cell is carried in the paging message; performing paging according to the paging message; wherein the information for determining the current paging cell comprises information of a recommended paging geographic location when a User Equipment, UE, context is released; and wherein performing the paging according to the paging message comprises: determining the current paging cell according to the information of the recommended paging geographic location when the UE context is released; and performing the paging within the current paging cell; wherein before receiving the paging message, the method further comprises: sending a UE context release request to the core network device, wherein the information of the recommended paging geographic location when the UE context is released is carried in the UE context release request. determining the current paging cell according to the information of the recommended paging geographic location when the UE context is released; and performing the paging within the current paging cell; wherein before receiving the paging message, the method further comprises: sending a UE context release request to the core network device, wherein the information of the recommended paging geographic location when the UE context is released is carried in the UE context release request.
A honeycomb filter comprising a columnar body including a plurality of first flow passages (70H in) and a plurality of second flow passages (70H out) extending in an axial direction and including partition walls separating the adjacent flow passages, wherein a cross-section area of each first flow passage (70H in) on one end face (10E in) of the columnar body is larger than a cross-section area of each first flow passage (70H in) in a central part in the axial direction, and each second flow passage (70H out) is closed on the one end face (10E in) by crimping the partition walls together, each corner part that forms the first flow passages (70H in) and is formed between an adjacent pair of the partition walls has a first protrusion part that protrudes toward an interior of the first flow passage (70H in) and extends in the axial direction, in a central part of the first flow passages (70H in) in the axial direction; and a cross-section area of each second flow passage (70H out) on the other end face (10E out) of the columnar body is larger than a cross-section area of each second flow passage (70H out) in the central part in the axial direction, and each first flow passage (70H in) is closed on the other end face (10E out). a cross-section area of each first flow passage (70H in) on one end face (10E in) of the columnar body is larger than a cross-section area of each first flow passage (70H in) in a central part in the axial direction, and each second flow passage (70H out) is closed on the one end face (10E in) by crimping the partition walls together, each corner part that forms the first flow passages (70H in) and is formed between an adjacent pair of the partition walls has a first protrusion part that protrudes toward an interior of the first flow passage (70H in) and extends in the axial direction, in a central part of the first flow passages (70H in) in the axial direction; and a cross-section area of each second flow passage (70H out) on the other end face (10E out) of the columnar body is larger than a cross-section area of each second flow passage (70H out) in the central part in the axial direction, and each first flow passage (70H in) is closed on the other end face (10E out).
The present invention is directed to a coating composition comprising: a) a film-forming component, wherein the film-forming component comprises an epoxy resin and optionally a crosslinker therefor; b) a phosphate source; c) a borate source; an aluminum source; and/or a silica source; d) TiO 2; and e) a gas source, wherein the gas source provides an expansion gas upon thermal decomposition; wherein the TiO 2 is present in an amount of 5 to 20 wt %, such as 9 to 15 wt %, the phosphate source is present in an amount of 25 to 55 wt %, such as 25 to 40 wt % or 40 to 55 wt %, and wherein if component c comprises a borate source, it is present in an amount of 5 to 20 wt %, such as 9 to 15 wt %, if component c comprises an aluminum source, it is present in an amount of 0.1 to 10 wt %, such as 0.2 to 8 wt %, and if component c comprises a silica source, it is present in an amount of 0.1 to 2 wt %, such 0.4 to 1 wt %, with wt % based on the total solid weight of the composition. a) a film-forming component, wherein the film-forming component comprises an epoxy resin and optionally a crosslinker therefor; b) a phosphate source; c) a borate source; an aluminum source; and/or a silica source; d) TiO 2; and e) a gas source, wherein the gas source provides an expansion gas upon thermal decomposition;
An endoprosthetic assembly for treating a main vessel and at least one branch vessel extending from the main vessel, the endoprosthetic assembly comprising: a first expandable device and a second expandable device, each having a generally tubular shaped wall comprising a trunk portion configured for engaging the main vessel; reduced diameter portions of each of the first and second devices (102, 104) having reduced diameters relative to their respective trunk portions, the reduced diameter portions of the first and second devices (102, 104) being configured to engage each other telescopically; and at least one branch for treating the at least one branch vessel and extending through a fenestration in one of the reduced diameter portions; wherein the reduced diameter portions, when implanted within a main vessel, recede from the luminal surface of the main vessel to allow the at least one branch to be maneuvered within the main vessel. a first expandable device and a second expandable device, each having a generally tubular shaped wall comprising a trunk portion configured for engaging the main vessel; reduced diameter portions of each of the first and second devices (102, 104) having reduced diameters relative to their respective trunk portions, the reduced diameter portions of the first and second devices (102, 104) being configured to engage each other telescopically; and at least one branch for treating the at least one branch vessel and extending through a fenestration in one of the reduced diameter portions; wherein the reduced diameter portions, when implanted within a main vessel, recede from the luminal surface of the main vessel to allow the at least one branch to be maneuvered within the main vessel.