mhurhangee/patent-ind-claim-en huggingface dataset:
A gas discharge tube comprising: a housing defining a chamber; first and second terminal electrodes mounted on the housing; a plurality of inner electrodes (6E1-6E18) located in the chamber; a gas (M) contained in the chamber; wherein the inner electrodes are serially disposed in the chamber in spaced apart relation to define a series of spark gaps (G) from the first terminal electrode to the second terminal electrode; wherein the chamber is hermetically sealed; wherein the gas discharge tube further comprises a trigger device that is contained in the housing and that is electrically coupled to either one of the first terminal electrode or the second terminal electrode and to ones of the plurality of inner electrodes (6E1-6E18); wherein the trigger device includes: first and second substrates each formed of an electrically insulating material; at least one resistor link (6R10-6R12) mounted on the first substrate; and at least one resistor link (6R4-6R6) mounted on the second substrate; and wherein the resistor links are configured to conduct current from the inner electrodes (6E1-6E18). a housing defining a chamber; first and second terminal electrodes mounted on the housing; a plurality of inner electrodes (6E1-6E18) located in the chamber; a gas (M) contained in the chamber; wherein the inner electrodes are serially disposed in the chamber in spaced apart relation to define a series of spark gaps (G) from the first terminal electrode to the second terminal electrode; wherein the chamber is hermetically sealed; wherein the gas discharge tube further comprises a trigger device that is contained in the housing and that is electrically coupled to either one of the first terminal electrode or the second terminal electrode and to ones of the plurality of inner electrodes (6E1-6E18); wherein the trigger device includes: first and second substrates each formed of an electrically insulating material; at least one resistor link (6R10-6R12) mounted on the first substrate; and at least one resistor link (6R4-6R6) mounted on the second substrate; and wherein the resistor links are configured to conduct current from the inner electrodes (6E1-6E18). first and second substrates each formed of an electrically insulating material; at least one resistor link (6R10-6R12) mounted on the first substrate; and at least one resistor link (6R4-6R6) mounted on the second substrate; and wherein the resistor links are configured to conduct current from the inner electrodes (6E1-6E18).
Guide profile (100, ..., 106) for a window or a door, with a roller shutter box which is connectable to a vertical outer frame profile , in particular to a lateral vertical outer frame profile or to a central post profile, and which has at least one laterally open guide recess (A, B), wherein it has an inner profile , in particular which is connectable directly or indirectly to the outer frame profile and has an outer profile which is fastened or is at least fastenable to the inner profile from the outside, in particular by latching, wherein the outer profile has at least one region which is open to the side and inwards, in particular which is bounded by a guide base and a guide side wall , characterized in that the open region in combination with the inner profile is filled by an outwardly projecting region of the inner profile , in which the guide recess (A) is formed.
A method of determining a distance from an object performed in an apparatus comprising a radar, the method comprising: receiving a reflection signal produced by a transmission signal reflecting from the object, the transmission signal being modulated by a default code sequence ; converting the reflection signal into a reflection code sequence; generating a subject correlation vector comprising at least one correlation between at least one assistance code sequence and the reflection code sequence ; and determining a distance corresponding to the subject correlation vector by retrieving a reference correlation vector corresponding to the subject correlation vector from a lookup table, wherein the reference correlation vector comprises at least one correlation between the at least one assistance code sequence and the default code sequence , wherein the lookup table stores a plurality of reference correlation vectors and a plurality of time indices ; or distances respectively mapped to the plurality of reference correlation vectors. receiving a reflection signal produced by a transmission signal reflecting from the object, the transmission signal being modulated by a default code sequence ; converting the reflection signal into a reflection code sequence; generating a subject correlation vector comprising at least one correlation between at least one assistance code sequence and the reflection code sequence ; and determining a distance corresponding to the subject correlation vector by retrieving a reference correlation vector corresponding to the subject correlation vector from a lookup table, wherein the reference correlation vector comprises at least one correlation between the at least one assistance code sequence and the default code sequence , wherein the lookup table stores a plurality of reference correlation vectors and a plurality of time indices ; or distances respectively mapped to the plurality of reference correlation vectors.
An airlaid absorbent article having a length , a width , and a thickness , comprising: a cover layer having a body facing surface and a lower cover surface opposite to the body facing surface ; and an absorbent core adjacent to the lower cover surface , the absorbent core comprising: a first strata having a first fiber material having at least one of pulp and bicomponent fibers; a second strata having super absorbent polymer and a second fiber material having at least one of pulp and bicomponent fibers; a third strata having a third fiber material having at least one of pulp and bicomponent fibers; a backsheet layer having a backsheet upper surface and a garment-facing surface opposite the backsheet upper surface ; wherein the absorbent article has a modified circular bend of between about 130 g and about 230 g; wherein the first fiber material , the second fiber material , and the third fiber material are the same; wherein the ratio of super absorbent polymer and the second fiber material is between about 1.5:1 and about 4:1; and wherein the thickness of the absorbent article is between about 1.1 mm and about 2.2 mm. a cover layer having a body facing surface and a lower cover surface opposite to the body facing surface ; and an absorbent core adjacent to the lower cover surface , the absorbent core comprising: a first strata having a first fiber material having at least one of pulp and bicomponent fibers; a second strata having super absorbent polymer and a second fiber material having at least one of pulp and bicomponent fibers; a third strata having a third fiber material having at least one of pulp and bicomponent fibers; a first strata having a first fiber material having at least one of pulp and bicomponent fibers; a second strata having super absorbent polymer and a second fiber material having at least one of pulp and bicomponent fibers; a third strata having a third fiber material having at least one of pulp and bicomponent fibers; a backsheet layer having a backsheet upper surface and a garment-facing surface opposite the backsheet upper surface ; wherein the absorbent article has a modified circular bend of between about 130 g and about 230 g; wherein the first fiber material , the second fiber material , and the third fiber material are the same; wherein the ratio of super absorbent polymer and the second fiber material is between about 1.5:1 and about 4:1; and wherein the thickness of the absorbent article is between about 1.1 mm and about 2.2 mm.
An electrical system of an elevator system, comprising: an elevator alarm system configured to provide an alarm within an elevator car of the elevator system, wherein the elevator alarm system is configured to be supplied with power from a primary power source ; a secondary power source ; and a controller configured to control a power flow from the secondary power source to the elevator alarm system when the primary power source fails, characterised in that the secondary power source comprises a first power storage device and a second power storage device , and the controller is further configured to test a capacity of the first power storage device by discharging a power of the first power storage device and storing said discharged power within the second power storage device . an elevator alarm system configured to provide an alarm within an elevator car of the elevator system, wherein the elevator alarm system is configured to be supplied with power from a primary power source ; a secondary power source ; and a controller configured to control a power flow from the secondary power source to the elevator alarm system when the primary power source fails, characterised in that the secondary power source comprises a first power storage device and a second power storage device , and the controller is further configured to test a capacity of the first power storage device by discharging a power of the first power storage device and storing said discharged power within the second power storage device .
An apparatus for applying plate-like façade elements to a building-side subsurface or to a substructure fastened to a building-side subsurface, comprising a support profile and a sliding retainer , wherein the sliding retainer has a plate-like portion which can be inserted in a guide in the support profile so that the sliding retainer is displaceable in a first direction (x) relative to the support profile , and wherein a profile is conformed on the back of the plate-like portion of the sliding retainer , which profile consists of a plurality of serrations (6.1) and/or grooves (6.2) extending parallel to the first direction (x) and can be brought into engagement with a countermatching profile of the support profile , so that the sliding retainer can be positioned in a second direction (y) extending perpendicularly to the first direction (x), characterized in that the first direction x extends horizontally, the second direction y extends vertically, and a third direction z extends perpendicularly to the plane of the building-side subsurface, and that the apparatus comprises a clamping strip , at least a portion of which can be inserted in the guide of the support profile , so that the sliding retainer is held in the guide by both force- and form-fitting means.
A method for enforcing application security on a computing device, comprising: receiving, by an operating system of the computing device from an application adapter of a fast application operating within a host application on the computing device, a request to access resources of the computing device, wherein the host application and application adapter are each associated with a unique user identifier, UID; in response to a determination that the request is associated with resources included in a permission list of the fast application: translating, by the operating system, the UID of the application adapter to the UID of the host application; and determining, by the operating system, whether to allow the request based on the UID of the host application; in response to a determination that the request is associated with resources not included in the permission list of the fast application, the request is associated with a key management service, or the request is associated with a file system: refraining, by the operating system, from translating the UID of the application adapter to the UID of the host application; and determining, by the operating system, whether to allow the request based on the UID of the application adapter. receiving, by an operating system of the computing device from an application adapter of a fast application operating within a host application on the computing device, a request to access resources of the computing device, wherein the host application and application adapter are each associated with a unique user identifier, UID; in response to a determination that the request is associated with resources included in a permission list of the fast application: translating, by the operating system, the UID of the application adapter to the UID of the host application; and determining, by the operating system, whether to allow the request based on the UID of the host application; translating, by the operating system, the UID of the application adapter to the UID of the host application; and determining, by the operating system, whether to allow the request based on the UID of the host application; in response to a determination that the request is associated with resources not included in the permission list of the fast application, the request is associated with a key management service, or the request is associated with a file system: refraining, by the operating system, from translating the UID of the application adapter to the UID of the host application; and determining, by the operating system, whether to allow the request based on the UID of the application adapter. refraining, by the operating system, from translating the UID of the application adapter to the UID of the host application; and determining, by the operating system, whether to allow the request based on the UID of the application adapter.
An information processing apparatus capable of connecting to an external apparatus via a network , wherein the external apparatus is at least one server apparatus implementing the functions of a certificate authority and a registration authority, the information processing apparatus comprising: setting means for enabling a function of transmitting an issuance request for a digital certificate to the external apparatus in accordance with a previously designated schedule, in a case where information required for connection to the external apparatus is previously input, and acquisition means for acquiring the digital certificate from the external apparatus in response to the issuance request, wherein enabling the function in the setting means is inhibited in a case where the information required for connection to the external apparatus is not previously input. setting means for enabling a function of transmitting an issuance request for a digital certificate to the external apparatus in accordance with a previously designated schedule, in a case where information required for connection to the external apparatus is previously input, and acquisition means for acquiring the digital certificate from the external apparatus in response to the issuance request, wherein enabling the function in the setting means is inhibited in a case where the information required for connection to the external apparatus is not previously input.
An opacifying adhesive composition adapted to remain opaque in wet condition for pressure sensitive label application, said opacifying adhesive comprising an adhesive component and a pigment component, said pigment component comprising surface coated TiO 2 and being present in a weight range of 10% to 50% of said adhesive component, which is a proportionate amount sufficient to maintain opacity when exposed to an aqueous environment for at least 1 hour and a peel adhesion of at least 0.4 N/cm (1 N/inch) and a loop tack of at least 0.8 N/cm (2 N/inch) in said pressure sensitive application, as measured in accordance with the methods specified in the description.
Method for operating an electric power steering system of a motor vehicle , in which a steering handle is used to specify a steering wheel angle as a measure of a desired wheel steering angle for at least one steerable wheel of the motor vehicle , wherein an electric servo drive with an electric motor provides steering assistance, and wherein an additional restoring force is provided to compensate for increased internal friction of the power steering system , depending on the temperature, characterised in that the additional restoring force is reduced as a function of a steering request recorded on the steering handle .
A user equipment, UE, comprising: radio resource control, RRC, circuitry to transition the UE from an RRC idle mode to an RRC connected mode; and load balancing circuitry coupled to the RRC circuitry to: measure signals of a first plurality of cells; identify , from within the first plurality of cells, a second plurality of cells having measured signals that satisfy a channel condition criterion and priorities that satisfy a priority criterion; and select a cell of the second plurality of cells to join, randomly or based on respective loads of the second plurality of cells. radio resource control, RRC, circuitry to transition the UE from an RRC idle mode to an RRC connected mode; and load balancing circuitry coupled to the RRC circuitry to: measure signals of a first plurality of cells; identify , from within the first plurality of cells, a second plurality of cells having measured signals that satisfy a channel condition criterion and priorities that satisfy a priority criterion; and select a cell of the second plurality of cells to join, randomly or based on respective loads of the second plurality of cells. measure signals of a first plurality of cells; identify , from within the first plurality of cells, a second plurality of cells having measured signals that satisfy a channel condition criterion and priorities that satisfy a priority criterion; and select a cell of the second plurality of cells to join, randomly or based on respective loads of the second plurality of cells.
An aircraft comprising: a cabin; an aircraft galley, the aircraft galley comprising an aircraft galley network; an oven, said oven being situated in the aircraft galley, the oven comprising: an air inlet ; a cooling fan configured to draw air from the cabin through said air inlet to generate an air flow; at least one sensor provided downstream of the air inlet, said at least one sensor configured to determine a gas composition of the air flow, wherein the at least one sensor is configured to send a signal to the aircraft galley network in order to alert of a hazardous event. a cabin; an aircraft galley, the aircraft galley comprising an aircraft galley network; an oven, said oven being situated in the aircraft galley, the oven comprising: an air inlet ; a cooling fan configured to draw air from the cabin through said air inlet to generate an air flow; at least one sensor provided downstream of the air inlet, said at least one sensor configured to determine a gas composition of the air flow, wherein the at least one sensor is configured to send a signal to the aircraft galley network in order to alert of a hazardous event. an air inlet ; a cooling fan configured to draw air from the cabin through said air inlet to generate an air flow; at least one sensor provided downstream of the air inlet, said at least one sensor configured to determine a gas composition of the air flow, wherein the at least one sensor is configured to send a signal to the aircraft galley network in order to alert of a hazardous event.
A data processing method, wherein the method is performed by a data provider , the data provider having first plaintext data, the method comprising, at the data provider : obtaining first encrypted data of the first plaintext data, a first key used to decrypt the first encrypted data, and authorization information about the first plaintext data; sending a verification request to a data manager , the data manager including a first trusted execution environment; receiving authentication information from the data manager , and performing verification, based on the authentication information, to determine whether the first trusted execution environment is a secure execution environment, the authentication information being generated by the first trusted execution environment after receiving the verification request; and when the verification succeeds, securely transmitting the first key and the authorization information to the first trusted execution environment, and providing the first encrypted data to the data manager , wherein the authorization information includes at least one code hash value of at least one program allowed to use the first plaintext data and at least one piece of access permission information corresponding to the at least one code hash value, and wherein the access permission information is information about a calculation result of the at least one program. obtaining first encrypted data of the first plaintext data, a first key used to decrypt the first encrypted data, and authorization information about the first plaintext data; sending a verification request to a data manager , the data manager including a first trusted execution environment; receiving authentication information from the data manager , and performing verification, based on the authentication information, to determine whether the first trusted execution environment is a secure execution environment, the authentication information being generated by the first trusted execution environment after receiving the verification request; and when the verification succeeds, securely transmitting the first key and the authorization information to the first trusted execution environment, and providing the first encrypted data to the data manager , wherein the authorization information includes at least one code hash value of at least one program allowed to use the first plaintext data and at least one piece of access permission information corresponding to the at least one code hash value, and wherein the access permission information is information about a calculation result of the at least one program.
A gas turbine engine shroud assembly, the assembly comprising a support bracket consisting essentially of metallic materials, and a supported component embodied in a blade track segment comprising ceramic-matrix composite materials, the supported component including a body and at least one hanger that extends from the body, wherein the support bracket is formed to include a body and a plurality of circumferentially spaced apart fingers extending generally axially from the body, at least one of the hangers of the supported component engages the spaced apart fingers of the support bracket and the spaced apart fingers are configured to flex inwardly and outwardly in the radial direction and the support bracket further includes a stop wall coupled to the body of the support bracket radially inward of the plurality of fingers such that a flex gap is positioned between the stop wall and the plurality of fingers.