mhurhangee/patent-ind-claim-en huggingface dataset:
Method for monitoring a civil engineering construction , comprising at least one first metal reinforcement contributing to the mechanical strength of said construction, and a reference conductor element forming, with the first reinforcement, a pair of two conductors, said two conductors being separated by dielectric material over at least a part of the length thereof, said dielectric material being formed by a construction or filling material, the first reinforcement and the reference conductor element each having an electrically accessible first end , the method comprising: A- injecting at least one incident electrical signal applied differentially between the first ends of the first reinforcement and of the reference conductor element , B- collecting reflected signals returning along the conductors, measured between the first ends of the first reinforcement and of the reference conductor element , C- analysing the reflected signals to deduce therefrom the presence of a localised potential structural defect on the first reinforcement, in addition to the location of this defect along the first reinforcement, the method being characterised in that the reference conductor element is formed by a second reinforcement. A- injecting at least one incident electrical signal applied differentially between the first ends of the first reinforcement and of the reference conductor element , B- collecting reflected signals returning along the conductors, measured between the first ends of the first reinforcement and of the reference conductor element , C- analysing the reflected signals to deduce therefrom the presence of a localised potential structural defect on the first reinforcement, in addition to the location of this defect along the first reinforcement, the method being characterised in that the reference conductor element is formed by a second reinforcement.
A medicine for use in treating small cell lung cancer, the medicine suppressing proliferation of cancer cells by breaking down a cancer stem cell controlling mechanism, in cancer exhibiting differentiation potency and cancer having undifferentiated property, wherein the breaking down of the cancer stem cell controlling mechanism is performed by at least one of suppressing an expression amount of a stem cell control factor, suppressing an expression amount of a phosphorylated stem cell control factor, and furthermore, the stem cell control factor is at least one of INI1 and Matrin-3.
An airbag module cover comprising a front wall which has a predefined deployment opening for an airbag and a sidewall merging into the front wall on the rear side of the front wall , and at least one fastening hook for a textile lower housing section , wherein the fastening hook projects laterally from the sidewall , as well as at least one securing extension projecting from the sidewall or the front wall which extends in the direction of a free end of the fastening hook and, in a lateral view, overlaps with the latter so that the fastening hook and the securing extension together form a receiving opening for the lower housing section and a frame-like closed shape is formed around the receiving opening in the side view.
A soft magnetic alloy ribbon including an alloy represented by a composition formula of Fe a Si b B c Cu d M e , M being at least one type of element selected from a group consisting of Nb, Mo, V, Zr, Hf, and W, and the formula satisfying 82.5 ≤ a ≤ 86, 0.3 ≤ b ≤ 3, 12.5 ≤ c ≤ 15.0, 0.05 ≤ d ≤ 0.9, and 0 ≤ e < 0.4 in at%, wherein a part of Fe content is optionally replaced with at least one type of element selected from Co and Ni up to 6 at% at a maximum, wherein 1 mass% or less of C (carbon) is optionally included, wherein 0.5 mass% or less of impurities is optionally included, wherein the soft magnetic alloy ribbon comprises a structure that has a crystal grain with a grain diameter of 60 nm or less in an amorphous phase, wherein a proportion of the crystal grain with a grain diameter of 60 nm or less is 50% or more in volume fraction, determined with a method defined in the description, wherein a saturation magnetic flux density of the soft magnetic alloy ribbon is 1.75 T or more, wherein an iron loss of the soft magnetic alloy ribbon at 1 kHz and at 1 T is 25 W/kg or less, wherein a density of the soft magnetic alloy is 7.45 g/cm 3 or more, wherein a ratio (L/W) of a magnetic flux density L to a magnetic flux density W is from 0.7 to 1.3, wherein the magnetic flux density L is a magnetic flux density when a magnetic field of 80 A/m is imposed in a casting direction of the soft magnetic alloy ribbon, and wherein the magnetic flux density W is a magnetic flux density when a magnetic field of 80 A/m is imposed in a direction orthogonal to the casting direction of the soft magnetic alloy ribbon. wherein a part of Fe content is optionally replaced with at least one type of element selected from Co and Ni up to 6 at% at a maximum, wherein 1 mass% or less of C (carbon) is optionally included, wherein 0.5 mass% or less of impurities is optionally included, wherein the soft magnetic alloy ribbon comprises a structure that has a crystal grain with a grain diameter of 60 nm or less in an amorphous phase, wherein a proportion of the crystal grain with a grain diameter of 60 nm or less is 50% or more in volume fraction, determined with a method defined in the description, wherein a saturation magnetic flux density of the soft magnetic alloy ribbon is 1.75 T or more, wherein an iron loss of the soft magnetic alloy ribbon at 1 kHz and at 1 T is 25 W/kg or less, wherein a density of the soft magnetic alloy is 7.45 g/cm 3 or more, wherein a ratio (L/W) of a magnetic flux density L to a magnetic flux density W is from 0.7 to 1.3, wherein the magnetic flux density L is a magnetic flux density when a magnetic field of 80 A/m is imposed in a casting direction of the soft magnetic alloy ribbon, and wherein the magnetic flux density W is a magnetic flux density when a magnetic field of 80 A/m is imposed in a direction orthogonal to the casting direction of the soft magnetic alloy ribbon.
A network exposure function, NEF for a mobile communication network, configured to: obtain, from a third party application function, AF , information for the AF comprising a request for analytics information, and/or a request for a rule, wherein the rule defines restrictions to access analytics information; provide to the AF analytics information according to the rule according to the request for analytics information, and/or the requested rule; or forward the obtained information to a network data analytics function, NWDAF according to the rule. obtain, from a third party application function, AF , information for the AF comprising a request for analytics information, and/or a request for a rule, wherein the rule defines restrictions to access analytics information; provide to the AF analytics information according to the rule according to the request for analytics information, and/or the requested rule; or forward the obtained information to a network data analytics function, NWDAF according to the rule.
A merchandise security system comprising: a plurality of security devices for securing articles of merchandise (M) from theft or unauthorized removal; at least one controller configured to wirelessly communicate with each of the plurality of security devices in order to obtain data from the plurality of security devices ; and a remote electronic device wirelessly connected to the at least one controller , wherein the at least one controller is configured to wirelessly communicate the data from the security devices to the remote electronic device through a cloud network , wherein the remote electronic device is configured to direct various commands via the cloud network to the at least one controller in order to manage any number of features regarding one or more of the security devices , the at least one controller being configured to receive these various commands, characterized by these various commands including at least one of the following: - powering up or down one or more articles of merchandise (M); - remotely enabling or disabling an article of merchandise (M); - remotely locking down an article of merchandise (M). a plurality of security devices for securing articles of merchandise (M) from theft or unauthorized removal; at least one controller configured to wirelessly communicate with each of the plurality of security devices in order to obtain data from the plurality of security devices ; and a remote electronic device wirelessly connected to the at least one controller , wherein the at least one controller is configured to wirelessly communicate the data from the security devices to the remote electronic device through a cloud network , wherein the remote electronic device is configured to direct various commands via the cloud network to the at least one controller in order to manage any number of features regarding one or more of the security devices , the at least one controller being configured to receive these various commands, characterized by these various commands including at least one of the following: - powering up or down one or more articles of merchandise (M); - remotely enabling or disabling an article of merchandise (M); - remotely locking down an article of merchandise (M). - powering up or down one or more articles of merchandise (M); - remotely enabling or disabling an article of merchandise (M); - remotely locking down an article of merchandise (M).
Equipment for automatically commissioning a lighting system comprising a plurality of luminaires for illuminating one or more regions within a space , the equipment comprising: a positioning system interface configured to receive signals from a positioning system , indicating a respective location within said space at which each of a plurality of physical entities is detected by the positioning system, each of the entities being a person or a movable nonhuman object ; a controller configured to control the plurality of luminaires and configured to determine a spatial distribution of at least some of said entities based on the locations indicated by the signals from the positioning system, and to determine a region within said space corresponding to said spatial distribution, said region being smaller than said space; and wherein the controller is configured to identify a group of the luminaires that are arranged to illuminate said region and to store identifiers of the luminaries of the group together as a group in a commissioning database , the group of luminaires being fewer than the plurality of luminaires of the lighting system, and wherein the controller is configured to control the group of luminaires together. a positioning system interface configured to receive signals from a positioning system , indicating a respective location within said space at which each of a plurality of physical entities is detected by the positioning system, each of the entities being a person or a movable nonhuman object ; a controller configured to control the plurality of luminaires and configured to determine a spatial distribution of at least some of said entities based on the locations indicated by the signals from the positioning system, and to determine a region within said space corresponding to said spatial distribution, said region being smaller than said space; and wherein the controller is configured to identify a group of the luminaires that are arranged to illuminate said region and to store identifiers of the luminaries of the group together as a group in a commissioning database , the group of luminaires being fewer than the plurality of luminaires of the lighting system, and wherein the controller is configured to control the group of luminaires together.
A selector lever system of an aircraft, the selector lever system comprising: a selector lever configured to control operation of one or more aircraft control surfaces, the selector lever having a handle configured to enable manual operation of the selector lever ; characterised by : said selector lever system further comprising a touch sensor arranged on the handle; and a controller arranged in communication with the touch sensor , the controller configured to at least one of generate a notification when a signal is received from the touch sensor and unlock the selector lever from a locked state. a selector lever configured to control operation of one or more aircraft control surfaces, the selector lever having a handle configured to enable manual operation of the selector lever ; characterised by : said selector lever system further comprising a touch sensor arranged on the handle; and a controller arranged in communication with the touch sensor , the controller configured to at least one of generate a notification when a signal is received from the touch sensor and unlock the selector lever from a locked state.
A method comprising: receiving a secure access request for a secure page of memory at a secure interface control of a computer system; checking, by the secure interface control, a disable virtual address compare state associated with the secure page; disabling, by the secure interface control, a virtual address check in accessing the secure page to support mapping of a plurality of virtual addresses to a same absolute address to the secure page based on the disable virtual address compare state being set; verifying, by the secure interface control, that a secure domain of a plurality of secure domains is authorized to access a shared page based on a domain identifier; characterized by : confirming that a plurality of groups of dynamic-address-translation tables that map virtual addresses to absolute addresses is unchanged by an unsecure host configured to manage one or more of the groups of dynamic-address-translation tables for any of multiple secure domains that have access to the secure page, wherein each table mapping for a virtual address comprises multiple associated tables in the one or more groups of dynamic-address-translation tables; and terminating the secure access request based on detecting a change in the one or more groups of the dynamic-address-translation tables. receiving a secure access request for a secure page of memory at a secure interface control of a computer system; checking, by the secure interface control, a disable virtual address compare state associated with the secure page; disabling, by the secure interface control, a virtual address check in accessing the secure page to support mapping of a plurality of virtual addresses to a same absolute address to the secure page based on the disable virtual address compare state being set; verifying, by the secure interface control, that a secure domain of a plurality of secure domains is authorized to access a shared page based on a domain identifier; characterized by : confirming that a plurality of groups of dynamic-address-translation tables that map virtual addresses to absolute addresses is unchanged by an unsecure host configured to manage one or more of the groups of dynamic-address-translation tables for any of multiple secure domains that have access to the secure page, wherein each table mapping for a virtual address comprises multiple associated tables in the one or more groups of dynamic-address-translation tables; and terminating the secure access request based on detecting a change in the one or more groups of the dynamic-address-translation tables. confirming that a plurality of groups of dynamic-address-translation tables that map virtual addresses to absolute addresses is unchanged by an unsecure host configured to manage one or more of the groups of dynamic-address-translation tables for any of multiple secure domains that have access to the secure page, wherein each table mapping for a virtual address comprises multiple associated tables in the one or more groups of dynamic-address-translation tables; and terminating the secure access request based on detecting a change in the one or more groups of the dynamic-address-translation tables.
An apparatus enabled to selectively choose a baud rate for communication of optical data, the apparatus comprising: a modem adapted to switch between different QAM encoding formats, wherein the modem is enabled to operate with an optical signal modulated at a plurality of finely tuned baud rates, wherein the plurality of finely tuned baud rates refers to baud rates with a relative increase of baud-rate from one baud-rate to the next being smaller than 10%, wherein the modem is adapted to increase the baud rate when switching from a lower order QAM encoding format to a higher order QAM encoding format. a modem adapted to switch between different QAM encoding formats, wherein the modem is enabled to operate with an optical signal modulated at a plurality of finely tuned baud rates, wherein the plurality of finely tuned baud rates refers to baud rates with a relative increase of baud-rate from one baud-rate to the next being smaller than 10%, wherein the modem is adapted to increase the baud rate when switching from a lower order QAM encoding format to a higher order QAM encoding format.
A propeller fan , comprising: a boss comprising a tubular wall ; and a plurality of blades being provided on and extending radially from an outer peripheral surface of the tubular wall of the boss , wherein a slit is formed between each pair of the adjacent blades on the outer peripheral surface , wherein each of a plurality of the slits passes through the tubular wall to communicate between an inside of the boss and an outside of the boss , wherein a downstream end of the tubular wall is closed, whereas an upstream end of the tubular wall is open, and wherein, in side view, the each of the plurality of the slits extends obliquely to a rotation axis (RA) of the propeller fan, and extends in the same direction as a forming direction of a blade root portion of each of the plurality of blades . a boss comprising a tubular wall ; and a plurality of blades being provided on and extending radially from an outer peripheral surface of the tubular wall of the boss , wherein a slit is formed between each pair of the adjacent blades on the outer peripheral surface , wherein each of a plurality of the slits passes through the tubular wall to communicate between an inside of the boss and an outside of the boss , wherein a downstream end of the tubular wall is closed, whereas an upstream end of the tubular wall is open, and wherein, in side view, the each of the plurality of the slits extends obliquely to a rotation axis (RA) of the propeller fan, and extends in the same direction as a forming direction of a blade root portion of each of the plurality of blades .
A passenger seat comprising: a seat back ; and a seat base connected to the seat back , the seat base comprising a beam clamp comprising a keyhole configured to flex outwardly from an un-flexed position to a flexed position , wherein a diameter of the keyhole in the un-flexed position is less than the diameter of the keyhole in the flexed position , a support beam defining a support beam diameter, characterized in that the keyhole comprises a beam-receiving portion and a cam-receiving portion , the beam-receiving portion having a first diameter (D1) which is less than a minimum diameter of the support beam in the un-flexed position , the beam-receiving portion having a second diameter (D2) which is greater than the first diameter (D1) in the flexed position , and in that a cam is positioned within the cam-receiving portion of the keyhole , wherein the cam is rotatable to flex the keyhole between the un-flexed position and the flexed position , so that when the support beam is located within the beam-receiving portion and the cam rotates from the flexed position to the un-flexed position , the beam clamp clamps the support beam . a seat back ; and a seat base connected to the seat back , the seat base comprising a beam clamp comprising a keyhole configured to flex outwardly from an un-flexed position to a flexed position , wherein a diameter of the keyhole in the un-flexed position is less than the diameter of the keyhole in the flexed position , a support beam defining a support beam diameter, characterized in that the keyhole comprises a beam-receiving portion and a cam-receiving portion , the beam-receiving portion having a first diameter (D1) which is less than a minimum diameter of the support beam in the un-flexed position , the beam-receiving portion having a second diameter (D2) which is greater than the first diameter (D1) in the flexed position , and in that a cam is positioned within the cam-receiving portion of the keyhole , wherein the cam is rotatable to flex the keyhole between the un-flexed position and the flexed position , so that when the support beam is located within the beam-receiving portion and the cam rotates from the flexed position to the un-flexed position , the beam clamp clamps the support beam .
Device for version management of a plurality of entity instances , the device comprising a processor configured to: - read an entity model and a versioning model from a storage , wherein the entity model describes a plurality of entities and a relationship of each entity in the plurality of entities, and wherein the versioning model describes a relationship for versioning of entities in the entity model, - generate an instance versioning model , based on the entity model and the versioning model , wherein the instance versioning model describes a relationship of a first entity instance and a second entity instance , - assign, in case of a version change of the first entity instance or the second entity instance , a new version to the first entity instance , based on the instance versioning model , and - store the new version in the storage , wherein each entity in the plurality of entities comprises a logical representation of a service; wherein each entity instance is a physical representation of an entity, that is described in the entity model ; wherein the versioning model 108 defines, which of the entities in the entity model 107 are included in versioning; wherein the instance versioning model 110 describes, which entity instances are included in versioning. - read an entity model and a versioning model from a storage , wherein the entity model describes a plurality of entities and a relationship of each entity in the plurality of entities, and wherein the versioning model describes a relationship for versioning of entities in the entity model, wherein the entity model describes a plurality of entities and a relationship of each entity in the plurality of entities, and wherein the versioning model describes a relationship for versioning of entities in the entity model, - generate an instance versioning model , based on the entity model and the versioning model , wherein the instance versioning model describes a relationship of a first entity instance and a second entity instance , - assign, in case of a version change of the first entity instance or the second entity instance , a new version to the first entity instance , based on the instance versioning model , and - store the new version in the storage , wherein each entity in the plurality of entities comprises a logical representation of a service; wherein each entity instance is a physical representation of an entity, that is described in the entity model ; wherein the versioning model 108 defines, which of the entities in the entity model 107 are included in versioning; wherein the instance versioning model 110 describes, which entity instances are included in versioning. wherein each entity in the plurality of entities comprises a logical representation of a service; wherein each entity instance is a physical representation of an entity, that is described in the entity model ; wherein the versioning model 108 defines, which of the entities in the entity model 107 are included in versioning; wherein the instance versioning model 110 describes, which entity instances are included in versioning.