mhurhangee/patent-ind-claim-en huggingface dataset:
A joint structure for a composite member made from a fiber-reinforced composite material having a fiber as a reinforcing material and a resin as a matrix material selected from the group consisting of carbon fiber reinforced plastic, glass fiber reinforced plastic, boron fiber reinforced plastic and aramid fiber reinforced plastic, comprising: a plate for increasing thickness adhered to at least one side of the composite member ; wherein the composite member and a counterpart member are fastened together by inserting and fixing a plurality of fastener members (30a-30d) into a plurality of through-holes formed through the composite member , the plate for increasing thickness , and the counterpart member to be joined to the composite member, the joint structure is configured so that a shear force (H) acts between the composite member and the counterpart member , and the plurality of fastener members (30a-30d) is disposed along a direction of action of the shear force, characterized in that the plate for increasing thickness is made from a metal material selected from the group consisting of titanium alloy, high nickel alloy or cobalt alloy or made from a polycarbonate resin-based material having a ductility higher than the composite member , each of the through-holes formed through the composite member having a diameter larger than a diameter of the through-hole formed through the plate for increasing thickness and the counterpart member , so that the joint structure is configured to resist shear load by the plate for increasing thickness without bringing the composite member into contact with the plurality of fastener members (30a-30d), and wherein a plate for increasing thickness is adhered to each of both sides of the composite member. a plate for increasing thickness adhered to at least one side of the composite member ; wherein the composite member and a counterpart member are fastened together by inserting and fixing a plurality of fastener members (30a-30d) into a plurality of through-holes formed through the composite member , the plate for increasing thickness , and the counterpart member to be joined to the composite member, the joint structure is configured so that a shear force (H) acts between the composite member and the counterpart member , and the plurality of fastener members (30a-30d) is disposed along a direction of action of the shear force, characterized in that the plate for increasing thickness is made from a metal material selected from the group consisting of titanium alloy, high nickel alloy or cobalt alloy or made from a polycarbonate resin-based material having a ductility higher than the composite member , each of the through-holes formed through the composite member having a diameter larger than a diameter of the through-hole formed through the plate for increasing thickness and the counterpart member , so that the joint structure is configured to resist shear load by the plate for increasing thickness without bringing the composite member into contact with the plurality of fastener members (30a-30d), and
A power module comprising; a power wiring line provided with a power element ; a glass ceramic multilayer substrate ; and a highly heat-conductive ceramic substrate composed of a ceramic material having higher thermal conductivity than a glass ceramic contained in the glass ceramic multilayer substrate , wherein the glass ceramic multilayer substrate is disposed directly on the highly heat-conductive ceramic substrate characterized in that the glass ceramic multilayer substrate is provided with a control element to control the power element , and the power wiring line is disposed on the highly heat-conductive ceramic substrate . a power wiring line provided with a power element ; a glass ceramic multilayer substrate ; and a highly heat-conductive ceramic substrate composed of a ceramic material having higher thermal conductivity than a glass ceramic contained in the glass ceramic multilayer substrate , wherein the glass ceramic multilayer substrate is disposed directly on the highly heat-conductive ceramic substrate characterized in that the glass ceramic multilayer substrate is provided with a control element to control the power element , and the power wiring line is disposed on the highly heat-conductive ceramic substrate .
A method for improving wear protection in an engine lubricated with a lubricating oil by using as the lubricating oil a formulated oil having a HTHS viscosity of less than 2.6 cP at 150°C, said formulated oil having a composition comprising a major amount of a lubricating oil base stock and a minor amount of metal phosphate nanoplatelets; wherein said metal phosphate nanoplatelets are dispersed in said lubricating oil base stock sufficient for the formulated oil to pass wear protection requirements of one or more engine tests selected from TU3M, Sequence IIIG, Sequence IVA and OM646LA and wherein the metal phosphate nanoplatelets comprise alpha zirconium phosphate (ZrP) nanoplatelets having diameters less than 1500 nm, wherein the alpha zirconium phosphate (ZrP) nanoplatelets are grafted with a hydrocarbon polymer to form hydrocarbon polymer nanoplates that are dispersed in said lubricating oil base stock; wherein the hydrocarbon polymer comprises a homopolymer, random copolymer or block copolymer that is amorphous and has a number average molecular weight (M n ) below 25,000; and wherein the oil base stock is present in an amount of from 70 weight percent to 95 weight percent, and the metal phosphate nanoplatelets are present in an amount of from 0.1 weight percent to 10 weight percent, based on the total weight of the formulated oil.
A method for multilink scanning, comprising: a wireless station , associating with an access point , wherein the access point is comprised in a multi-link device, MLD; transmitting , to the access point , a robust query request; and receiving , from the access point , a robust query response, wherein the robust query response includes available access points within the MLD and parameters associated with the MLD; transmitting, to the access point , a robust add link request, wherein the add link request indicates a medium access control, MAC, address associated with a link, a new MLD MAC address sequence number offset, and a timing synchronization function, TSF, of an update to the MAC address; and receiving, from the access point , a robust add link response, wherein the add link response indicates the MAC address associated with the link, the new MLD MAC address sequence number offset, and the TSF of the update to the MAC address; and wherein the robust query request and the robust query response refer to wireless communications configured to withstand technical faults, signal disturbances, and security threats. a wireless station , associating with an access point , wherein the access point is comprised in a multi-link device, MLD; transmitting , to the access point , a robust query request; and receiving , from the access point , a robust query response, wherein the robust query response includes available access points within the MLD and parameters associated with the MLD; transmitting, to the access point , a robust add link request, wherein the add link request indicates a medium access control, MAC, address associated with a link, a new MLD MAC address sequence number offset, and a timing synchronization function, TSF, of an update to the MAC address; and receiving, from the access point , a robust add link response, wherein the add link response indicates the MAC address associated with the link, the new MLD MAC address sequence number offset, and the TSF of the update to the MAC address; and associating with an access point , wherein the access point is comprised in a multi-link device, MLD; transmitting , to the access point , a robust query request; and receiving , from the access point , a robust query response, wherein the robust query response includes available access points within the MLD and parameters associated with the MLD; transmitting, to the access point , a robust add link request, wherein the add link request indicates a medium access control, MAC, address associated with a link, a new MLD MAC address sequence number offset, and a timing synchronization function, TSF, of an update to the MAC address; and receiving, from the access point , a robust add link response, wherein the add link response indicates the MAC address associated with the link, the new MLD MAC address sequence number offset, and the TSF of the update to the MAC address; and wherein the robust query request and the robust query response refer to wireless communications configured to withstand technical faults, signal disturbances, and security threats.
A computer-readable storage medium including instructions adapted to direct a computer to perform an operation, the operation comprising: receiving at least a first storage operation from a storage client, wherein the first storage operation is a data read operation with first stored data; accessing first storage lease information specifying a first time period of restricted access for the first stored data; comparing the first storage lease information with a current time reference; inhibiting the first storage operation from being performed in response to the current time reference being inside the first period of restricted access to the first stored data specified by the first storage lease information and allowing the first storage operation in response to the current time reference being outside the first time period of restricted access to the first stored data specified by the first storage lease information; and wherein the first storage lease information includes a timestamp; and wherein the timestamp indicates the end of the first time period for restricted access to the first stored data; and. the operation further comprising: generating a security certificate in response to the completion of at least the first storage operation, wherein the security certificate indicates completion of at least the first storage operation. receiving at least a first storage operation from a storage client, wherein the first storage operation is a data read operation with first stored data; accessing first storage lease information specifying a first time period of restricted access for the first stored data; comparing the first storage lease information with a current time reference; inhibiting the first storage operation from being performed in response to the current time reference being inside the first period of restricted access to the first stored data specified by the first storage lease information and allowing the first storage operation in response to the current time reference being outside the first time period of restricted access to the first stored data specified by the first storage lease information; and wherein the first storage lease information includes a timestamp; and wherein the timestamp indicates the end of the first time period for restricted access to the first stored data; and. the operation further comprising: generating a security certificate in response to the completion of at least the first storage operation, wherein the security certificate indicates completion of at least the first storage operation.
An induction heating assembly for a vapour generating device , the induction heating assembly comprising: an induction coil ; a heating compartment arranged to receive an induction heatable cartridge ; a first electromagnetic shield layer arranged outward of the induction coil ; a second electromagnetic shield layer arranged outward of the first electromagnetic shield layer ; and a housing , wherein the first electromagnetic shield layer comprises a ferrimagnetic, non-electrically conductive material; wherein the second electromagnetic shield layer comprises an electrically conductive material; and wherein the housing comprises the second electromagnetic shield layer . an induction coil ; a heating compartment arranged to receive an induction heatable cartridge ; a first electromagnetic shield layer arranged outward of the induction coil ; a second electromagnetic shield layer arranged outward of the first electromagnetic shield layer ; and a housing , wherein the first electromagnetic shield layer comprises a ferrimagnetic, non-electrically conductive material; wherein the second electromagnetic shield layer comprises an electrically conductive material; and wherein the housing comprises the second electromagnetic shield layer .
Method for operating a motor vehicle having an energy store for the intermediate storage of electrical energy, wherein a first electrical pole , which is present as a positive pole, and a second electrical pole , which is present as a negative pole, of the energy store are electrically connected via a DC/DC converter to a DC charging connection of the motor vehicle , via which the energy store can be electrically connected to an external energy source for charging, wherein the DC/DC converter has a first input connection connected to a first charging connection of the DC charging connection , a second input connection connected to a second charging connection of the DC charging connection , a first output connection connected to the first electrical pole and a second output connection connected to the second electrical pole , wherein the DC charging connection is connected via the first input connection and the first output connection to the first electrical pole and via the second input connection and the second output connection to the second electrical pole , and wherein the first input connection can be electrically disconnected from the first output connection by means of at least one switch of the DC/DC converter , so that, in at least one switching position of the DC/DC converter , the first electrical pole is electrically disconnected from the DC charging connection , wherein the second input connection is permanently electrically connected to the second output connection , wherein the second electrical pole can be electrically disconnected from the DC charging connection by means of a charging contactor electrically connected between the DC/DC converter and the DC charging connection , characterised in that the charging contactor is single-phase so that the DC charging connection is permanently electrically connected to the first input connection , and in that , after the connection of the external energy source and before the closing of the charging contactor , potential equalisation is carried out between the external energy source and the motor vehicle by means of the DC/DC converter by operating the DC/DC converter in a clocked manner, wherein the DC charging connection has a protective conductor connection which is electrically connected to the second output connection of the DC/DC converter via at least one capacitance and is electrically connected to a negative pole of the energy source via at least one further capacitance .
Domestic alarm system comprising: - a control centre equipped with an alarm function, the alarm function having a plurality of selectable operating modes, - at least one primary selection means , each primary selection means making it possible to select one operating mode from among the plurality of selectable operating modes, - at least one detection means , each detection means being able to transmit a detection signal to the control centre in response to triggering of said detection means, - at least one primary alert means , each primary alert means being able to emit an alert signal in response to an alarm activation signal from the control centre, the alarm system being characterized in that it comprises a remote device , the remote device comprising: - a secondary selection means , the secondary selection means making it possible to select a first operating mode, called "night" operating mode, of the alarm function, - a secondary alert means , the secondary alert means being able to emit an alert signal in response to an activation signal from the control centre, and the control centre declining to select the first operating mode when an operating mode contained in a predefined first list of operating modes is selected beforehand, and when the first operating mode is selected and an alarm activation signal should be emitted by the control centre following the reception of at least one detection signal from a detection means, the control centre sending a first alarm activation signal by way of a secondary alert. - a control centre equipped with an alarm function, the alarm function having a plurality of selectable operating modes, - at least one primary selection means , each primary selection means making it possible to select one operating mode from among the plurality of selectable operating modes, - at least one detection means , each detection means being able to transmit a detection signal to the control centre in response to triggering of said detection means, - at least one primary alert means , each primary alert means being able to emit an alert signal in response to an alarm activation signal from the control centre, - a secondary selection means , the secondary selection means making it possible to select a first operating mode, called "night" operating mode, of the alarm function, - a secondary alert means , the secondary alert means being able to emit an alert signal in response to an activation signal from the control centre, and
A communication method for a user plane entity , comprising: receiving configuration information of a data path from a control plane entity , wherein the configuration information of the data path comprises the IP address of a user equipment, UE, allocated by the control plane entity; and forwarding uplink and downlink data of the UE on the data path according to the configuration information; wherein the data path is used for connecting the user plane entity with a radio access network RAN, a packet data network PDN or another network element, and the user plane entity is located between the PDN and the RAN and is independent of the control plane entity . receiving configuration information of a data path from a control plane entity , wherein the configuration information of the data path comprises the IP address of a user equipment, UE, allocated by the control plane entity; and forwarding uplink and downlink data of the UE on the data path according to the configuration information; wherein the data path is used for connecting the user plane entity with a radio access network RAN, a packet data network PDN or another network element, and the user plane entity is located between the PDN and the RAN and is independent of the control plane entity .
Cableway installation comprising at least one vehicle designed to be hauled by the cable , a loading terminal comprising a boarding area where passengers (4 to 7) are positioned to board the vehicle , and a drive motor of the vehicle in the boarding area , the installation comprising an image acquisition device for the boarding area generating at least one representative image (11 to I4) for the vehicle and passengers (4 to 7) in the boarding area , and an electronic control unit , characterized in that the electronic control unit is configured to determine, in the representative image (11 to I4), a surveillance area around the vehicle and the positions of the passengers (4 to 7), and to generate a speed setpoint for the motor according to the positions of the passengers (4 to 7) in the surveillance area .
A carbon nanotube dispersion liquid comprising: carbon nanotubes (A); a polymeric dispersant (B) including a sulfonic acid group-containing monomeric unit and an ethylenically unsaturated aliphatic carboxylic acid monomeric unit; and a solvent (C), wherein percentage content of the ethylenically unsaturated aliphatic carboxylic acid monomeric unit in the polymeric dispersant (B) is greater than 20 mol% and no greater than 90 mol%, and wherein the number-average molecular weight of the polymeric dispersant (B) is at least 1,000,000. carbon nanotubes (A); a polymeric dispersant (B) including a sulfonic acid group-containing monomeric unit and an ethylenically unsaturated aliphatic carboxylic acid monomeric unit; and a solvent (C), wherein percentage content of the ethylenically unsaturated aliphatic carboxylic acid monomeric unit in the polymeric dispersant (B) is greater than 20 mol% and no greater than 90 mol%, and wherein the number-average molecular weight of the polymeric dispersant (B) is at least 1,000,000.
A bleed system for a gas turbine engine , comprising: a bleed duct having a duct inlet for locating at a flowpath of a gas turbine engine, and a duct outlet for locating outside of the flowpath, the bleed duct extending circumferentially around a central longitudinal axis; a plurality of bleed doors located at the duct outlet and arrayed along a circumferential length on the bleed duct, each bleed door including: a first circumferential end ; a second circumferential end , the plurality of bleed doors arrayed such that when the plurality of bleed doors are in a closed position the first circumferential end is located at the second circumferential end of an adjacent bleed door of the plurality of bleed doors; and a pivot , such that each bleed door rotates about the pivot from the closed position covering the duct outlet to an opened position for allowing a bleed airflow to pass through the duct outlet; characterized in that , when the plurality of bleed doors are in the opened position, the bleed doors extend from their pivots in a circumferential swirl direction of the bleed airflow through the bleed duct . a bleed duct having a duct inlet for locating at a flowpath of a gas turbine engine, and a duct outlet for locating outside of the flowpath, the bleed duct extending circumferentially around a central longitudinal axis; a plurality of bleed doors located at the duct outlet and arrayed along a circumferential length on the bleed duct, each bleed door including: a first circumferential end ; a second circumferential end , the plurality of bleed doors arrayed such that when the plurality of bleed doors are in a closed position the first circumferential end is located at the second circumferential end of an adjacent bleed door of the plurality of bleed doors; and a pivot , such that each bleed door rotates about the pivot from the closed position covering the duct outlet to an opened position for allowing a bleed airflow to pass through the duct outlet; a first circumferential end ; a second circumferential end , the plurality of bleed doors arrayed such that when the plurality of bleed doors are in a closed position the first circumferential end is located at the second circumferential end of an adjacent bleed door of the plurality of bleed doors; and a pivot , such that each bleed door rotates about the pivot from the closed position covering the duct outlet to an opened position for allowing a bleed airflow to pass through the duct outlet; characterized in that , when the plurality of bleed doors are in the opened position, the bleed doors extend from their pivots in a circumferential swirl direction of the bleed airflow through the bleed duct .
A compound represented by Formula XII: or a pharmaceutically acceptable salt, solvate, tautomeric form, or polymorphic form thereof, wherein: X is phenyl; R 1 is isopropyl; R 2 is hydroxyl or NR 1' R 2' , wherein R 1' and R 2' each independently is hydrogen, unsubstituted alkyl, unsubstituted alkenyl, unsubstituted alkynyl, unsubstituted cycloalkyl, unsubstituted heterocyclic, unsubstituted aryl, or unsubstituted heteroaryl; R A is fluoro, chloro, bromo, or iodo; and R B is hydroxyl, fluoro, or chloro. X is phenyl; R 1 is isopropyl; R 2 is hydroxyl or NR 1' R 2' , wherein R 1' and R 2' each independently is hydrogen, unsubstituted alkyl, unsubstituted alkenyl, unsubstituted alkynyl, unsubstituted cycloalkyl, unsubstituted heterocyclic, unsubstituted aryl, or unsubstituted heteroaryl; R A is fluoro, chloro, bromo, or iodo; and R B is hydroxyl, fluoro, or chloro.