mhurhangee/patent-ind-claim-en huggingface dataset:
A communication terminal comprising an output unit configured to output first status information indicating a first status related to the presence of a first client communication application among a plurality of client communication applications according to a call control information transmitted by the first client communication application and to output second status information indicating a second status related to the presence of a second client communication application among the plurality of client communication applications according to a resource that is used by the first client communication application in the first status; and a transmitter configured to send, for each of the plurality of client communication applications, a pub request to publish the call control information and a sub request to subscribe to the call control information to a publish-subscribe server , characterized by an integrated client application configured to : manage a presence that indicates the status of each of the client communication applications and based on the information sent from each of the client communication applications and ; request the publish-subscribe server to publish the presence of each client of the communication terminal ; and transmit a call control message sent by the client communication applications and to the corresponding client communication applications of another communication terminal . manage a presence that indicates the status of each of the client communication applications and based on the information sent from each of the client communication applications and ; request the publish-subscribe server to publish the presence of each client of the communication terminal ; and transmit a call control message sent by the client communication applications and to the corresponding client communication applications of another communication terminal .
A method of controlling a terminal comprising at least one sensor , the method comprising: obtaining motion information regarding a motion of the terminal by using the at least one sensor; determining (S200) a current status regarding a peripheral environment of the terminal corresponding to the obtained motion information, from among a predetermined list of a plurality of statuses regarding the peripheral environment of the terminal; determining (S210) an operation schedule of the at least one sensor , based on an operation frequency of the at least one sensor; and controlling (S220) the at least one sensor to operate based on the determined operation schedule, wherein determining (S210) an operation schedule comprises determining the operation frequency of the at least one sensor based on the determined current status and the information obtained by using the at least one sensor ; wherein the step of determining an operation frequency comprises obtaining (S320) a period adjusting factor, which is a factor for adjusting the operation frequency of the at least one sensor , and a maximum operation frequency, based on the determined current status; and determining the operation frequency of the at least one sensor based on a current operation frequency by which the at least one sensor currently operates, the period adjusting factor, and the maximum operation frequency. obtaining motion information regarding a motion of the terminal by using the at least one sensor; determining (S200) a current status regarding a peripheral environment of the terminal corresponding to the obtained motion information, from among a predetermined list of a plurality of statuses regarding the peripheral environment of the terminal; determining (S210) an operation schedule of the at least one sensor , based on an operation frequency of the at least one sensor; and controlling (S220) the at least one sensor to operate based on the determined operation schedule, wherein determining (S210) an operation schedule comprises determining the operation frequency of the at least one sensor based on the determined current status and the information obtained by using the at least one sensor ; wherein the step of determining an operation frequency comprises obtaining (S320) a period adjusting factor, which is a factor for adjusting the operation frequency of the at least one sensor , and a maximum operation frequency, based on the determined current status; and determining the operation frequency of the at least one sensor based on a current operation frequency by which the at least one sensor currently operates, the period adjusting factor, and the maximum operation frequency.
A balcony system for use with a building opening of a building structure , the balcony system comprising: a balcony unit adapted to project out of the building opening; a counterforce unit adapted to compensate for forces acting on the balcony unit; and a first connecting element connecting the balcony unit and the counterforce unit, characterized in that the counterforce unit comprises a base unit , a top unit and a second connecting element , wherein the base unit is adapted for stationary installation with respect to a floor of the building structure, and wherein the first connecting element connects the balcony unit and the top unit, and the second connecting element connects the top unit and the base unit, wherein the top unit is movable relative to the base unit that is installed in a stationary way on the floor of the building structure. a balcony unit adapted to project out of the building opening; a counterforce unit adapted to compensate for forces acting on the balcony unit; and a first connecting element connecting the balcony unit and the counterforce unit, characterized in that the counterforce unit comprises a base unit , a top unit and a second connecting element , wherein the base unit is adapted for stationary installation with respect to a floor of the building structure, and wherein the first connecting element connects the balcony unit and the top unit, and the second connecting element connects the top unit and the base unit, wherein the top unit is movable relative to the base unit that is installed in a stationary way on the floor of the building structure.
An electronic device , comprising: a first camera ; a second camera ; and a processor configured to: obtain a first image using the first camera and obtain a second image using the second camera ; determine depth information corresponding to an external object, using the first image and the second image; when properties of the depth information meet a first specified condition: connect the depth information with the first image and the second image, store the first image, the second image, and the depth information in one file using a specified format, and provide a refocus function when a request is received; and when the properties of the depth information meet a second specified condition, skip the storing of the depth information in connection with the first image and the second image. a first camera ; a second camera ; and a processor configured to: obtain a first image using the first camera and obtain a second image using the second camera ; determine depth information corresponding to an external object, using the first image and the second image; when properties of the depth information meet a first specified condition: connect the depth information with the first image and the second image, store the first image, the second image, and the depth information in one file using a specified format, and provide a refocus function when a request is received; and when the properties of the depth information meet a second specified condition, skip the storing of the depth information in connection with the first image and the second image. obtain a first image using the first camera and obtain a second image using the second camera ; determine depth information corresponding to an external object, using the first image and the second image; when properties of the depth information meet a first specified condition: connect the depth information with the first image and the second image, store the first image, the second image, and the depth information in one file using a specified format, and provide a refocus function when a request is received; and store the first image, the second image, and the depth information in one file using a specified format, and provide a refocus function when a request is received; and when the properties of the depth information meet a second specified condition, skip the storing of the depth information in connection with the first image and the second image.
An electro-hydraulic limited slip differential system for a vehicle, the system comprising: an axle assembly including an axle housing and a cover , the cover having an aperture formed therein; an electro-hydraulic limited slip differential assembly disposed within the axle housing and comprising: a differential case that defines a hub extending from the differential case; a differential gear assembly disposed in the differential case ; and a clutch assembly having a clutch pack and a clutch actuator assembly , the clutch actuator assembly rotatably mounted to the hub outside of the differential case and arranged on an opposite end of the differential case as the clutch pack , the clutch actuator assembly further including a piston housing having a hydraulic port extending therefrom; and a hydraulic fitting disposed at least partially within the aperture of the cover , the hydraulic fitting coupled to a hydraulic port of the clutch actuator assembly . an axle assembly including an axle housing and a cover , the cover having an aperture formed therein; an electro-hydraulic limited slip differential assembly disposed within the axle housing and comprising: a differential case that defines a hub extending from the differential case; a differential gear assembly disposed in the differential case ; and a clutch assembly having a clutch pack and a clutch actuator assembly , the clutch actuator assembly rotatably mounted to the hub outside of the differential case and arranged on an opposite end of the differential case as the clutch pack , the clutch actuator assembly further including a piston housing having a hydraulic port extending therefrom; and a differential case that defines a hub extending from the differential case; a differential gear assembly disposed in the differential case ; and a clutch assembly having a clutch pack and a clutch actuator assembly , the clutch actuator assembly rotatably mounted to the hub outside of the differential case and arranged on an opposite end of the differential case as the clutch pack , the clutch actuator assembly further including a piston housing having a hydraulic port extending therefrom; and a hydraulic fitting disposed at least partially within the aperture of the cover , the hydraulic fitting coupled to a hydraulic port of the clutch actuator assembly .
A device for eyeliner-wearing guide, comprising: an image capturing device , configured to capture a facial image of a user, wherein the facial image at least comprises an eye portion (E1, E2) of the user; a processor , configured to receive the facial image, obtain a plurality of eye feature points (114-134, NF1-NF4) according to the facial image, and obtain an eyeliner guide area (310-1-310-6, EL1, EL2) by performing calculation according to the eye feature points (114-134, NF1-NF4) and an eyeliner type; and a display , configured to display the facial image of the user and the corresponding eyeliner guide area (310-1-310-6, EL1, EL2) to guide the user for wearing a makeup according to the eye-liner guide area (310-1-310-6, EL1, EL2), wherein the eye feature points comprise a plurality of upper eyelid feature points (114-123) and a plurality of lower eyelid feature points (125-133) corresponding to the eye portion (E1, E2), wherein the processor calculates, according to two adjacent eyelid feature points (114-123, 125-133) among the upper eyelid feature points (114-123) or the lower eyelid feature points (125-133) and an eyeliner width value (d1) of the two adjacent eyelid feature points (114-123, 125-133) obtained for the eyeliner type, each of eyeliner reference points (B1-B20) corresponding to the two adjacent eyelid feature points (114-123, 125-133), and the processor forms the eyeliner guide area (EL1, EL2) by connecting the eyeliner reference points (B1-B20). an image capturing device , configured to capture a facial image of a user, wherein the facial image at least comprises an eye portion (E1, E2) of the user; a processor , configured to receive the facial image, obtain a plurality of eye feature points (114-134, NF1-NF4) according to the facial image, and obtain an eyeliner guide area (310-1-310-6, EL1, EL2) by performing calculation according to the eye feature points (114-134, NF1-NF4) and an eyeliner type; and a display , configured to display the facial image of the user and the corresponding eyeliner guide area (310-1-310-6, EL1, EL2) to guide the user for wearing a makeup according to the eye-liner guide area (310-1-310-6, EL1, EL2), wherein the eye feature points comprise a plurality of upper eyelid feature points (114-123) and a plurality of lower eyelid feature points (125-133) corresponding to the eye portion (E1, E2), wherein the processor calculates, according to two adjacent eyelid feature points (114-123, 125-133) among the upper eyelid feature points (114-123) or the lower eyelid feature points (125-133) and an eyeliner width value (d1) of the two adjacent eyelid feature points (114-123, 125-133) obtained for the eyeliner type, each of eyeliner reference points (B1-B20) corresponding to the two adjacent eyelid feature points (114-123, 125-133), and the processor forms the eyeliner guide area (EL1, EL2) by connecting the eyeliner reference points (B1-B20).
Apparatus comprising a cooling stage connected with a crystallisation stage for continuous tempering of a fat-containing, crystallisable mass such as chocolate mass or creme mass, comprising a column of mass chambers and intermediary water chambers arranged in stacked elements , a central drive shaft in engagement with mixing elements arranged in the mass chambers , and which crystallisation stage is arranged in the column , characterised in, that the cooling stage is arranged in a heat exchanger having at least one row of parallel plates arranged in a stack sealed at their edges providing intermediary, neighbouring channels each having an inlet and an outlet , that every second channel in the row is connected with a common first inlet and a common first outlet for the flow of mass there through, and that each of the intermittent, neighbouring channels are connected with a common second inlet and a common second outlet for the flow of water medium there through, and that the channels have a width of 1-10 mm.
An absorbent article comprising an absorbent structure , the absorbent structure comprising a supporting sheet and an absorbent layer of absorbent material, the absorbent material comprising at least a superabsorbent polymer material, said absorbent layer being supported by and immobilized on said supporting sheet ; and said absorbent layer having a transverse dimension and an average width W, a longitudinal dimension along a longitudinal axis (A) and average length L, and a height dimension (height); and said absorbent layer having a first longitudinally extending side portion on one side of said longitudinal axis and a second longitudinally extending side portions on the other side of the longitudinal axis; and said absorbent layer having a front region, back region and therein between a crotch region, each arranged sequentially in said longitudinal dimension and each region having 1/3 of the average length L of the layer; whereby said absorbent layer has at least a first substantially longitudinally extending channel and a second substantially longitudinally extending channel that are free of said superabsorbent polymer material and extending through the height of said absorbent layer , said first channel being present in said first side portion's front region only and said second channel being present in said second side portion's front region only, characterized in that the absorbent material is free of cellulosic material, and each channel has an average width W' that is least 4% of the average width W of said absorbent layer .
An apparatus comprising a pyroelectric layer , a two dimensional conductive channel and a floating gate , the apparatus configured such that the pyroelectric layer is capacitively configured with respect to each of the two dimensional conductive channel and the floating gate so that the two dimensional conductive channel and the floating gate can each act as respective capacitive plates for each respective, electrically connected, first and second portions of the pyroelectric layer , the respective first and second portions of the pyroelectric layer themselves configured to act as corresponding capacitive plates; the floating gate comprising electrically connected first and second portions , the first portion of the floating gate being in thermal proximity to the first portion of the pyroelectric layer , the second portion of the floating gate configured to overlie and gate flow of electrical charge through the two dimensional conductive channel by charge in the second portion of the floating gate , wherein a dielectric layer is located between the two dimensional conductive channel and the second portion of the floating gate , and wherein at least the first portion of the floating gate is functionalised to detect one or more proximal specific species, the detection of which gives rise to heat flow to or from the thermally proximal pyroelectric layer to allow the pyroelectric layer to generate an electrical signal dependent upon one or more of the presence and amount of the specific detected species.
An aerospace engine lubricating fluid level annunciation system comprising: a first fluid level sensor (202; 214A) for a first engine (100; 212A), the first fluid level sensor (202; 214A) having a critical level of reliability where deterministic tests and analyses can ensure correct functional performance under all foreseeable operating conditions with no anomalous behaviour; a first low-level detector (204; 216A) coupled to the first fluid level sensor (202; 214A), the first low-level detector (204; 216A) having the critical level of reliability; a first low-level indicator coupled to the first low-level detector (204; 216A) for annunciating a fluid level of the first engine (100; 212A) below a minimum operating level, the first low-level indicator having the critical level of reliability; and an annunciation and display system coupled to the first low-level detector (204; 216A) and configured for performing lubricant-related functions other than annunciating the fluid level of the first engine (100; 212A) below the minimum operating level, the annunciation and display system having a non-critical level of reliability. a first fluid level sensor (202; 214A) for a first engine (100; 212A), the first fluid level sensor (202; 214A) having a critical level of reliability where deterministic tests and analyses can ensure correct functional performance under all foreseeable operating conditions with no anomalous behaviour; a first low-level detector (204; 216A) coupled to the first fluid level sensor (202; 214A), the first low-level detector (204; 216A) having the critical level of reliability; a first low-level indicator coupled to the first low-level detector (204; 216A) for annunciating a fluid level of the first engine (100; 212A) below a minimum operating level, the first low-level indicator having the critical level of reliability; and an annunciation and display system coupled to the first low-level detector (204; 216A) and configured for performing lubricant-related functions other than annunciating the fluid level of the first engine (100; 212A) below the minimum operating level, the annunciation and display system having a non-critical level of reliability.
An inhibitor of transmembrane 6 superfamily member 2 (TM6SF2) for use in a method of treating a hepatitis B and/or hepatitis D virus infection in a subject, the method comprising administering to the subject said inhibitor, wherein the inhibitor is a nucleic acid or a small organic molecule.
A method for receiving a control channel, comprising: obtaining (S110), by a terminal device, time-frequency resource information of the control channel; determining (S210), by the terminal device, a search space resource according to the time-frequency resource information and a first mapping relationship between the time-frequency resource information and the search space resource, wherein the search space resource comprises candidate control channel(s) of the terminal device, and an aggregation level of the candidate control channel(s) is larger than 1; and determining (S230), by the terminal device, in the search space resource, the search space according to configuration information of a UE specific reference signal, UE-RS, of the terminal device and a second mapping relationship between the configuration information of the UE-RS and the search space; and receiving (S130), by the terminal device, the control channel in the search space. obtaining (S110), by a terminal device, time-frequency resource information of the control channel; determining (S210), by the terminal device, a search space resource according to the time-frequency resource information and a first mapping relationship between the time-frequency resource information and the search space resource, wherein the search space resource comprises candidate control channel(s) of the terminal device, and an aggregation level of the candidate control channel(s) is larger than 1; and determining (S230), by the terminal device, in the search space resource, the search space according to configuration information of a UE specific reference signal, UE-RS, of the terminal device and a second mapping relationship between the configuration information of the UE-RS and the search space; and receiving (S130), by the terminal device, the control channel in the search space.
A salt which is N-(4-(4-Amino-7-(1-isobutyrylpiperidin-4-yl)pyrrolo[1,2-f] triazin-5-yl)phenyl)-1-isopropyl-2,4-dioxo-3-(pyridin-2-yl)-1,2,3,4-tetrahydropyrimidine-5-carboxamide maleic acid salt.
A coated conductor comprising: a conductor; an outermost opaque layer; an inner layer located between the conductor and the outermost layer, the inner layer comprising a polymeric composition, which comprises: a polyolefin; and a triazine having structure (II): a conductor; an outermost opaque layer; an inner layer located between the conductor and the outermost layer, the inner layer comprising a polymeric composition, which comprises: a polyolefin; and a triazine having structure (II): a polyolefin; and a triazine having structure (II):