mhurhangee/patent-ind-claim-en huggingface dataset:
A method for determining a transmission resource, the method comprising: Determining (S301), by a User Equipment, UE, all Resource Elements, REs, which may be occupied by Zero Power/Non-Zero Power Channel State Information-Reference Signals, ZP/NZP CSI-RS's, in a preset reference sub-frame as REs not for Enhanced Physical Downlink Control Channel, EPDCCH, transmission; wherein the reference sub-frame is a sub-frame in a preset sub-frame periodicity; Obtaining (S302), by the UE, in the preset reference sub-frame configuration information of REs occupied by ZP/NZP CSI-RS's, in sub-frames other than the reference sub-frame in the sub-frame periodicity; and Determining (S302), by the UE, from the configuration information REs which may be occupied by ZP/NZP CSI-RS's, but which are not occupied by ZP/NZP CSI-RS's, in the sub-frames other than the reference sub-frame in the sub-frame periodicity as REs for EPDCCH transmission. Determining (S301), by a User Equipment, UE, all Resource Elements, REs, which may be occupied by Zero Power/Non-Zero Power Channel State Information-Reference Signals, ZP/NZP CSI-RS's, in a preset reference sub-frame as REs not for Enhanced Physical Downlink Control Channel, EPDCCH, transmission; wherein the reference sub-frame is a sub-frame in a preset sub-frame periodicity; Obtaining (S302), by the UE, in the preset reference sub-frame configuration information of REs occupied by ZP/NZP CSI-RS's, in sub-frames other than the reference sub-frame in the sub-frame periodicity; and Determining (S302), by the UE, from the configuration information REs which may be occupied by ZP/NZP CSI-RS's, but which are not occupied by ZP/NZP CSI-RS's, in the sub-frames other than the reference sub-frame in the sub-frame periodicity as REs for EPDCCH transmission.
A method of measuring a total radiated power of a device under test by means of a test system , wherein the test system has a measurement antenna , a positioning system and a control and/or measurement equipment , wherein the device under test is positioned on the positioning system , and wherein the method comprises the steps of: - Moving the device under test with respect to an azimuth axis and an elevation axis by means of the positioning system , - Transmitting a time dependent signal by means of the device under test , and - Recording a correlation between the control and/or measurement equipment and a respective spherical position of the positioning system , characterized in that the device under test is assigned to certain time frames during which the device under test is permitted to send, resulting in the time dependent signal, wherein the positioning system sends a trigger signal to the control and/or measurement equipment such that the control and/or measurement equipment gets aware of an upcoming measurement position in time, wherein the control and/or measurement equipment receives and processes the trigger signal in order to prepare it for an upcoming measurement which corresponds to the reception of the time dependent signal from the device under test . - Moving the device under test with respect to an azimuth axis and an elevation axis by means of the positioning system , - Transmitting a time dependent signal by means of the device under test , and - Recording a correlation between the control and/or measurement equipment and a respective spherical position of the positioning system , the device under test is assigned to certain time frames during which the device under test is permitted to send, resulting in the time dependent signal, wherein the positioning system sends a trigger signal to the control and/or measurement equipment such that the control and/or measurement equipment gets aware of an upcoming measurement position in time, wherein the control and/or measurement equipment receives and processes the trigger signal in order to prepare it for an upcoming measurement which corresponds to the reception of the time dependent signal from the device under test .
Casting nozzle for feed of molten metal , particularly non-ferrous metal such as, for example, aluminium or aluminium alloys, into a moving casting mould of a caterpillar casting machine , comprising an elongate housing body with a slot-like outlet side (A), wherein several flow passages , through which molten metal can be conducted in the direction of the outlet side (A) and from there fed into the moving casting mould , are formed in the housing body along the longitudinal direction (x) thereof and over the width direction (y) thereof, wherein the housing body is of at least two-part construction in the direction of its height (z) and has at least one upper shell and at least one lower shell , wherein the upper shell and the lower shell is spaced from one another by separating webs and the individual flow passages run between the separating webs , characterised in that the housing body in its width direction (y) consists respectively of a plurality of upper shells and lower shells , wherein at an upper connecting point where two upper shells adjoin one another an opposite lower shell or a separating web provided thereat has a continuous region and wherein at a lower connecting point where two lower shells adjoin one another an opposite upper shell or a separating web provided thereat has a continuous region .
A method for selecting a virtual slot to start up an instance of an application in a distributed system comprising a plurality of physical machines (CI, C2, S1) distributed on a network (R, R'), each physical machine housing at least one virtual machine (VM1, VM2, ..., VM6), and each virtual machine comprising at least one virtual slot for running an application instance in said virtual machine (VM1, VM2, ..., VM6), said method comprising selecting a virtual slot for starting up an application instance, a user having requested the opening of a given version of an application, the distributed system being capable of running at least two different versions of the requested application, said selection including the following steps: - determining a set of free virtual slots (TS1_1, TS1_2, ..., TS6_3), i.e., those not occupied by an application instance in use, a virtual slot (TS1_1, TS1_2, ..., TS6_3) being predefined by resources comprising computing capacities and memory capacities and defined as a location within which applications are due to be executed, - computing a score for each free virtual slot, - selecting the virtual slot to start up the considered application instance, said selected virtual slot being that having the best score, characterized in that the score for a free virtual slot (TS1_1, TS1_2, ..., TS6_3) is computed at least from a first and a second application constraints, in that the evaluation of the first application constraint associated with said free virtual slot consists on the one hand of determining whether the requested application is already open or not in said considered free virtual slot, and on the other hand of awarding a score associated with the first application constraint as a function of that determination, and in that the evaluation of the second application constraint associated with said free virtual slot consists on the one hand of determining whether, when the requested application is already open in said considered free virtual slot (TS1_1, TS1_2, ..., TS6_3), the version of said open application is indeed the requested given version, and on the other hand awarding a score associated with the second application constraint as a function of that determination. - determining a set of free virtual slots (TS1_1, TS1_2, ..., TS6_3), i.e., those not occupied by an application instance in use, a virtual slot (TS1_1, TS1_2, ..., TS6_3) being predefined by resources comprising computing capacities and memory capacities and defined as a location within which applications are due to be executed, - computing a score for each free virtual slot, - selecting the virtual slot to start up the considered application instance, said selected virtual slot being that having the best score,
A communication method of a base station in a mobile communication system, the method comprising: identifying during a predetermined period in an unlicensed band occupancy status for a channel; determining channel state information including a number of transitions from idle state to busy state in the unlicensed band (S710) based on the occupancy status; determining parameters that are used for determining whether the channel is busy, based on the number of transitions from idle state to busy state (S720); and transmitting the parameters to a terminal (S740). identifying during a predetermined period in an unlicensed band occupancy status for a channel; determining channel state information including a number of transitions from idle state to busy state in the unlicensed band (S710) based on the occupancy status; determining parameters that are used for determining whether the channel is busy, based on the number of transitions from idle state to busy state (S720); and transmitting the parameters to a terminal (S740).
A heat generation element comprising: a first layer corresponding to a core of the heat generation element and having a metallic tantalum phase; and a second layer which covers a periphery of the first layer and has a tantalum carbide phase, wherein an interface portion is a region including an outer peripheral portion of the first layer and an inner peripheral portion of the second layer, a concentration of silicon in the interface portion is higher than a concentration of silicon in a portion other than the interface portion. a first layer corresponding to a core of the heat generation element and having a metallic tantalum phase; and a second layer which covers a periphery of the first layer and has a tantalum carbide phase, wherein an interface portion is a region including an outer peripheral portion of the first layer and an inner peripheral portion of the second layer, a concentration of silicon in the interface portion is higher than a concentration of silicon in a portion other than the interface portion.
A process for the preparation of a shaped body containing a metal-organic framework material (MOF) comprising the steps of - measuring the surface area of a MOF containing powder in order to determine the surface area per volume of the powder, - molding the MOF containing powder into shaped bodies by varying pressure followed by measuring the surface areas of the shaped body in order to identify the surface area per volume of the shaped body, - identifying a ratio of the surface area per volume of the shaped body to the surface area per volume of the powder in order to identify a ratio which is greater than 1.6, and - molding the MOF containing powder into the shaped body, wherein the ratio of the surface area per volume of the shaped body to the surface area per volume of the powder is at least 1.6 : 1, wherein the surface area is determined by the BET method. - measuring the surface area of a MOF containing powder in order to determine the surface area per volume of the powder, - molding the MOF containing powder into shaped bodies by varying pressure followed by measuring the surface areas of the shaped body in order to identify the surface area per volume of the shaped body, - identifying a ratio of the surface area per volume of the shaped body to the surface area per volume of the powder in order to identify a ratio which is greater than 1.6, and - molding the MOF containing powder into the shaped body, wherein the ratio of the surface area per volume of the shaped body to the surface area per volume of the powder is at least 1.6 : 1,
An automobile seat, comprising a seat back, the seat back comprising a frame, a padding, an airbag located on one side of the seat back, and a front wrapping layer and a back plate which jointly wrap the seat back, the back plate being made of a rigid material, wherein the back plate comprises a back plate main body on a back side of the seat back and a lateral extension on a lateral side of the seat back, and the lateral extension of the back plate comprising a first weakened line and a second weakened line spaced apart from each other for specifying the movement of the lateral extension of the back plate during blasting of the airbag, wherein the first weakened line and the second weakened line converge at an angle in a front-to-back direction and the first weakened line and the second weakened line are formed by perforation.
A nuclear reactor comprising: - a reactor building ; - a reactor vessel housed within the reactor building ; - a core disposed in the reactor vessel and comprising nuclear fuel assemblies; - a water storage tank for storing water, situated in the reactor building , the tank being delimited, by a base and lateral walls , the tank having at least one opening that allows for the flow of a stream of liquid into the interior of the tank in the event of an accident; - an emergency cooling circuit for emergency cooling of the core , comprising a transfer member having a suction inlet in fluid communication with the tank ; - a filtration device for filtering the stream of liquid, disposed in the tank and interposed between the opening and the suction inlet of the transfer member ; the filtration device comprising a filtering volume delimited in the tank under the opening , open towards the opening , the filtering volume being delimited on a first side by the lateral wall and on a second side opposite to the first by a filtering wall extending up to the base and attached to the lateral wall , the filtering wall including a plurality of posts that are rigidly attached to the base , and a plurality of filtering panels that are interposed between the posts and connected to the posts . - a reactor building ; - a reactor vessel housed within the reactor building ; - a core disposed in the reactor vessel and comprising nuclear fuel assemblies; - a water storage tank for storing water, situated in the reactor building , the tank being delimited, by a base and lateral walls , the tank having at least one opening that allows for the flow of a stream of liquid into the interior of the tank in the event of an accident; - an emergency cooling circuit for emergency cooling of the core , comprising a transfer member having a suction inlet in fluid communication with the tank ; - a filtration device for filtering the stream of liquid, disposed in the tank and interposed between the opening and the suction inlet of the transfer member ;
Device for spreading a pourable food mixture onto a cooking plate (Pc) to make flat cakes or pancakes, comprising a rotary shaft (Ar) intended to be disposed virtually perpendicularly with respect to the cooking face of the cooking plate (Pc), a turntable (Pn) fixed onto said rotary shaft (Ar), said turntable bearing a spreading and scraping means, at least one abutment (Mr) designed to bear and roll or slide on the heating face of the cooking plate, the spreading and scraping means (Mt) comprising at least one scraper (R11) whose free working edge is rectilinear that makes it possible, on the one hand, to spread a ball of dough previously deposited on the heating face of said cooking plate and, on the other hand, scrape the thickness of mixture as long as it remains liquid so as to redeposit a layer of material upstream to skim the mixture and plug the holes by reproducing the movement of a person skilled in the art in making flat cakes or pancakes, characterized in that the device comprises two scrapers, a first scraper (R11) borne by said turntable (Pn) and a second scraper (R12) borne by a second turntable (Pn2), the free edge of the first scraper (R11) being disposed practically secant to the axis of the rotary shaft (Ar), the bottom edge of the first scraper (R11) extending at least to the axis of said shaft and in that the second turntable (Pn2) is linked to the first turntable (Pn1) via height adjusting means, considering the device in its position of use.
An aqueous ophthalmic composition comprising brimonidine tartrate, hydroxypropyl methylcellulose and devoid of anionic cellulosic polymer, along with a preservative and optionally pharmaceutically acceptable excipients, wherein the preservative is benzododecinium bromide, and pH of said composition is less than 6.5.
A method of shaping a glass sheet comprising the steps: (i) providing a shaping support for supporting the glass sheet; (ii) providing a press bending apparatus comprising at least two (a first and a second) mould members , each of the first and second mould members being movable relative to the shaping support; (iii) heating the glass sheet; (iv) positioning the glass sheet on the shaping support; (v) moving at least one of the shaping support and the press bending apparatus toward the other to press the glass sheet in a first region thereof between the shaping support and the first mould member; (vi) moving the second mould member relative to the first mould member to press the glass sheet in a second region thereof, and (vii) moving the first mould member relative to the shaping support to further press the glass sheet in the first region thereof between the first mould member and the shaping support, wherein the first region of the glass sheet is a peripheral region of the glass sheet and wherein the second region of the glass sheet is a central region of the glass sheet. (i) providing a shaping support for supporting the glass sheet; (ii) providing a press bending apparatus comprising at least two (a first and a second) mould members , each of the first and second mould members being movable relative to the shaping support; (iii) heating the glass sheet; (iv) positioning the glass sheet on the shaping support; (v) moving at least one of the shaping support and the press bending apparatus toward the other to press the glass sheet in a first region thereof between the shaping support and the first mould member; (vi) moving the second mould member relative to the first mould member to press the glass sheet in a second region thereof, and (vii) moving the first mould member relative to the shaping support to further press the glass sheet in the first region thereof between the first mould member and the shaping support,
A system for detecting insulation defects in a cable comprising: a first sensor externally coupled to the cable and configured to transmit a first signal ; a first data acquisition system coupled to the first sensor and configured to receive the first signal , to extract a first set of signal features from the first signal and to wirelessly transmit the first set of signal features if data indicating a partial discharge is detected in the first signal ; a second sensor externally coupled to the cable and configured to transmit a second signal ; and a second data acquisition system coupled to the second sensor and configured to receive the second signal , to extract a second set of signal features from the second signal , to wirelessly receive the first set of signal features , and to compare the first and second sets of signal features to detect an insulation defect a first sensor externally coupled to the cable and configured to transmit a first signal ; a first data acquisition system coupled to the first sensor and configured to receive the first signal , to extract a first set of signal features from the first signal and to wirelessly transmit the first set of signal features if data indicating a partial discharge is detected in the first signal ; a second sensor externally coupled to the cable and configured to transmit a second signal ; and a second data acquisition system coupled to the second sensor and configured to receive the second signal , to extract a second set of signal features from the second signal , to wirelessly receive the first set of signal features , and to compare the first and second sets of signal features to detect an insulation defect
A food processor , comprising: - a food chamber ; - food processing means ; - an ingredient identification module ; and - a processing unit ; characterized in that wherein, the food chamber is configured to hold foods; wherein, the food processing means is configured to process the foods held in the food chamber; wherein, the ingredient identification module is configured to determine if either sucrose or fructose is the dominant sugar in a first food product to be processed in the food chamber; and wherein, the processing unit is configured to determine a processing protocol for processing at least the first food product, wherein determination of the processing protocol comprises utilization of the determined dominant sugar in the first food product. - a food chamber ; - food processing means ; - an ingredient identification module ; and - a processing unit ; characterized in that wherein, the food chamber is configured to hold foods; wherein, the food processing means is configured to process the foods held in the food chamber; wherein, the ingredient identification module is configured to determine if either sucrose or fructose is the dominant sugar in a first food product to be processed in the food chamber; and wherein, the processing unit is configured to determine a processing protocol for processing at least the first food product, wherein determination of the processing protocol comprises utilization of the determined dominant sugar in the first food product. wherein, the food chamber is configured to hold foods; wherein, the food processing means is configured to process the foods held in the food chamber; wherein, the ingredient identification module is configured to determine if either sucrose or fructose is the dominant sugar in a first food product to be processed in the food chamber; and wherein, the processing unit is configured to determine a processing protocol for processing at least the first food product, wherein determination of the processing protocol comprises utilization of the determined dominant sugar in the first food product.