mhurhangee/ep-ind-claims huggingface dataset:
An intelligent terminal power-saving management method, wherein the method comprises: acquiring, by a second intelligent terminal, a power-saving control policy, wherein: the power-saving control policy comprises an interval for enabling a communications module; the interval for enabling the communications module is greater than a power-saving period of the communications module; and the power-saving period is a built-in power-saving control policy of the communications module; counting, by the second intelligent terminal, duration when the interval for enabling the communications module is acquired; enabling, by the second intelligent terminal, the communications module to perform communication when the duration is greater than or equal to the interval for enabling the communications module, and acquiring, by using the communications module, a to-be-processed task from a first intelligent terminal that communicates with the second intelligent terminal; disabling, by the second intelligent terminal, the communications module when the to-be-processed task is processed. acquiring, by a second intelligent terminal, a power-saving control policy, wherein: the power-saving control policy comprises an interval for enabling a communications module; the interval for enabling the communications module is greater than a power-saving period of the communications module; and the power-saving period is a built-in power-saving control policy of the communications module; counting, by the second intelligent terminal, duration when the interval for enabling the communications module is acquired; enabling, by the second intelligent terminal, the communications module to perform communication when the duration is greater than or equal to the interval for enabling the communications module, and acquiring, by using the communications module, a to-be-processed task from a first intelligent terminal that communicates with the second intelligent terminal; disabling, by the second intelligent terminal, the communications module when the to-be-processed task is processed.
A device for fastening a transom above a door opening (12.1, 12.2, 12.3, 14) belonging to a lift installation or beneath the door opening (12.1, 12.2, 12.3, 14) belonging to the lift installation, comprising - a longitudinal element (26.1, 26.2) which can be arranged along an upper side or lower side of the door opening (12.1, 12.2, 12.3, 14), - two fastening elements (22.1, 22.2) for fixing the longitudinal element (26.1, 26.2) above or below the door opening (12.1, 12.2, 12.3, 14), said fastening elements being able to be fixed to the longitudinal element (26.1, 26.2), wherein at least one of the fastening elements (22.1, 22.2) is arranged as displaceable on the longitudinal element (26.1, 26.2), characterised by further comprising - a holding element (24.1, 24.2) displaceable along the longitudinal element (26.1, 26.2), wherein the transom can be fixed to the holding element (24.1, 24.2). - a longitudinal element (26.1, 26.2) which can be arranged along an upper side or lower side of the door opening (12.1, 12.2, 12.3, 14), - two fastening elements (22.1, 22.2) for fixing the longitudinal element (26.1, 26.2) above or below the door opening (12.1, 12.2, 12.3, 14), said fastening elements being able to be fixed to the longitudinal element (26.1, 26.2), wherein at least one of the fastening elements (22.1, 22.2) is arranged as displaceable on the longitudinal element (26.1, 26.2), characterised by further comprising - a holding element (24.1, 24.2) displaceable along the longitudinal element (26.1, 26.2), wherein the transom can be fixed to the holding element (24.1, 24.2).
A vehicle communication method, wherein the method comprises: - a step of receiving, by a network side device, a connection establishment request transmitted by user equipment, wherein the connection establishment request carries identification information of a plurality of network slices; the method being characterized by further comprising: - a step of determining, by the network side device, whether the plurality of network slices correspond to a same vehicle communication service according to the identification information of the plurality of network slices; - a step of establishing, by the network side device in a case that the plurality of network slices are determined to correspond to the same vehicle communication service, a PDU session with the user equipment; - a step of configuring, by the network side device, wireless transmission resource pools for different network slices, so that the user equipment uses different wireless transmission resources for different network slices, wherein a priority of the wireless transmission resource pool has a positive correlation with a priority of the network slice corresponding to the wireless transmission resource pool, and a size of the wireless transmission resource pool has a positive correlation with the priority of the network slice corresponding to the wireless transmission resource pool; and - a step of isolating, by the network side device, different QoS flows in the PDU session by using a GPRS tunnel protocol user plane, GTP-U, wherein each QoS flow corresponds to a different network slice; wherein PDU stands for protocol data unit. - a step of receiving, by a network side device, a connection establishment request transmitted by user equipment, wherein the connection establishment request carries identification information of a plurality of network slices; the method being characterized by further comprising: - a step of determining, by the network side device, whether the plurality of network slices correspond to a same vehicle communication service according to the identification information of the plurality of network slices; - a step of establishing, by the network side device in a case that the plurality of network slices are determined to correspond to the same vehicle communication service, a PDU session with the user equipment; - a step of configuring, by the network side device, wireless transmission resource pools for different network slices, so that the user equipment uses different wireless transmission resources for different network slices, wherein a priority of the wireless transmission resource pool has a positive correlation with a priority of the network slice corresponding to the wireless transmission resource pool, and a size of the wireless transmission resource pool has a positive correlation with the priority of the network slice corresponding to the wireless transmission resource pool; and - a step of isolating, by the network side device, different QoS flows in the PDU session by using a GPRS tunnel protocol user plane, GTP-U, wherein each QoS flow corresponds to a different network slice;
A cooling system for a battery system, comprising: a cover plate being generally rectangular in shape and formed from a conductive material; a plurality of channels created within the cover plate, wherein the channels are contained entirely within the cover plate; a pair of inlet manifolds configured to convey a coolant into the channels of the cooling system, wherein the pair of inlet manifolds is contained entirely within the cover plate; and a pair of outlet manifolds configured to convey the used coolant out of the channels of the cooling system, wherein the pair of outlet manifolds is contained entirely within the cover plate, and wherein the inlet manifolds and the outlet manifolds extend along the length of the cover plate and the flow of coolant within the channels is perpendicular to the flow of coolant within the inlet manifolds and outlet manifolds. a cover plate being generally rectangular in shape and formed from a conductive material; a plurality of channels created within the cover plate, wherein the channels are contained entirely within the cover plate; a pair of inlet manifolds configured to convey a coolant into the channels of the cooling system, wherein the pair of inlet manifolds is contained entirely within the cover plate; and a pair of outlet manifolds configured to convey the used coolant out of the channels of the cooling system, wherein the pair of outlet manifolds is contained entirely within the cover plate, and wherein the inlet manifolds and the outlet manifolds extend along the length of the cover plate and the flow of coolant within the channels is perpendicular to the flow of coolant within the inlet manifolds and outlet manifolds.
A light emitting diode driver, LED driver, comprising - a data storage for sequentially storing data of an operation of the LED driver according to a circular buffer; wherein - the LED driver is configured to - continuously monitor and store the data of the operation of the LED driver sequentially in the data storage, characterised in that the LED driver is further configured to - secure, in case a trigger occurs, at least part of the data stored in the data storage at a point in time at which the trigger occurred and corresponding to a time period before the point in time from being overwritten. - a data storage for sequentially storing data of an operation of the LED driver according to a circular buffer; wherein - the LED driver is configured to - continuously monitor and store the data of the operation of the LED driver sequentially in the data storage, - continuously monitor and store the data of the operation of the LED driver sequentially in the data storage, - secure, in case a trigger occurs, at least part of the data stored in the data storage at a point in time at which the trigger occurred and corresponding to a time period before the point in time from being overwritten.
A method for information configuration, the information being for transmitting a sounding reference signal, SRS, the method comprising: receiving configuration information of the SRS from a network device (201, 301), the configuration information being for a terminal device to transmit the SRS in a non-connected state; and receiving from the network device information related to the configuration information, the information comprising validity information, characterized in that: the validity information comprises a validity period of the configuration information; and the configuration information is transmitted through a radio resource control, RRC, release message; wherein the configuration information comprises at least one of: an SRS-resource-related configuration, an SRS resource type, an SRS spatial-relation-information related configuration, or a path loss reference signal. receiving configuration information of the SRS from a network device (201, 301), the configuration information being for a terminal device to transmit the SRS in a non-connected state; and receiving from the network device information related to the configuration information, the information comprising validity information, characterized in that: the validity information comprises a validity period of the configuration information; and the configuration information is transmitted through a radio resource control, RRC, release message; wherein the configuration information comprises at least one of: an SRS-resource-related configuration, an SRS resource type, an SRS spatial-relation-information related configuration, or a path loss reference signal. the validity information comprises a validity period of the configuration information; and the configuration information is transmitted through a radio resource control, RRC, release message; wherein the configuration information comprises at least one of: an SRS-resource-related configuration, an SRS resource type, an SRS spatial-relation-information related configuration, or a path loss reference signal.
A machine for filling containers, comprising a rotating carousel provided with a plurality of filling stations (2, 3) each of which having a respective dispensing head (2b, 3b) and means (2a, 3a) for supporting a container (4, 5) in a position that lies below a said respective dispensing head (2b, 3b), wherein each dispensing head (2b, 3b) comprises at least two dispensing ports (6, 10) arranged in said dispensing head (2b, 3b) to dispense from each dispensing port (6, 10) a different liquid directly in the container (4, 5) to be filled so that contact or mixing of the different liquids occurs only within said container (4, 5), a first dispensing port in flow communication with a duct protruding from a tank mounted on the rotating carousel and containing a first liquid and a second dispensing port, next to to the first dispensing port, which is connected to a duct (11, 15) protruding from a manifold mounted on the carousel and fed by means of a second liquid, wherein said first dispensing port is provided with a flow control element and said duct (11, 15) protruding from the manifold is provided with a flow control valve (14, 16) for controlling the flow of liquid, said flow control element and said flow control valve (14, 16) being controlled by automatic control means operating as a function of the weight of the individual portions of said different liquids introduced in a said container (4, 5), and adapted to produce the sequential opening of said dispensing ports (6, 10) to fill each said container (4, 5) with preset portions of said liquids which access sequentially said container (4, 5).
An in-situ process for preparing an alkylphenol-aldehyde resin, comprising: providing an unpurified alkylphenol composition comprising: alkylphenol compounds, each compound having one or more alkyl substituents containing 4 to 18 carbon atoms, a main alkylphenol compound in an amount ranging from 50 wt% to 85 wt%, and 5 wt% to 10wt% phenol; and reacting, without pre-purification, the unpurified alkylphenol composition directly with one or more aldehydes to form an in-situ alkylphenol-aldehyde resin, wherein the unpurified alkylphenol composition is prepared through alkylation of phenol by directly reacting phenol with an alkylene or is prepared by transalkylation of a crude alkylphenol with phenol. providing an unpurified alkylphenol composition comprising: alkylphenol compounds, each compound having one or more alkyl substituents containing 4 to 18 carbon atoms, a main alkylphenol compound in an amount ranging from 50 wt% to 85 wt%, and 5 wt% to 10wt% phenol; and alkylphenol compounds, each compound having one or more alkyl substituents containing 4 to 18 carbon atoms, a main alkylphenol compound in an amount ranging from 50 wt% to 85 wt%, and 5 wt% to 10wt% phenol; and reacting, without pre-purification, the unpurified alkylphenol composition directly with one or more aldehydes to form an in-situ alkylphenol-aldehyde resin, wherein the unpurified alkylphenol composition is prepared through alkylation of phenol by directly reacting phenol with an alkylene or is prepared by transalkylation of a crude alkylphenol with phenol.
A method of making a diode, comprising: providing a substrate; depositing a plurality of semiconductor layers on said substrate; depositing a dielectric layer on the semiconductor layers; removing a portion of the dielectric layer; depositing a Schottky metal on a barrier layer in the void left by the removed portion of the dielectric layer; providing a conductive support layer; affixing the dielectric layer to the support layer with a metal bonding layer; removing the substrate to expose the one of the semiconductor layers adjacent said substrate; and depositing an ohmic contact on the exposed semiconductor layer. providing a substrate; depositing a plurality of semiconductor layers on said substrate; depositing a dielectric layer on the semiconductor layers; removing a portion of the dielectric layer; depositing a Schottky metal on a barrier layer in the void left by the removed portion of the dielectric layer; providing a conductive support layer; affixing the dielectric layer to the support layer with a metal bonding layer; removing the substrate to expose the one of the semiconductor layers adjacent said substrate; and depositing an ohmic contact on the exposed semiconductor layer.
A composition comprising an organic binder to form a rapidly curing, thoroughly drying coating, in particular a layer of adhesive, cleaning agent, mortar, paint or a coating layer on a construction site substrate and/or component wherein the composition comprises a basic component and another component to be mixed with the basic component before being applied to the substrate and/or the building element, and wherein the organic binder is an ingredient of the basic component, which contains at least calcium aluminate cement in aqueous phase and a retarding agent to increase the stability of the basic component during storage, and wherein the additional component contains an accelerator that initiates the curing reaction of the composition, characterized in that the ready-to-mix basic component contains: 1 - 50 % by weight organic binders, such as a polymer dispersion and/or a silicone resin dispersion, 1 - 50 % by weight calcium aluminate cement, 0.01 - 5 % by weight retarding agent, in particular boric acid and/or borates, 5 - 80 % by weight mineral fillers, such as quartz, carbonates, silicates, titanium dioxide, 0.1 - 5 % by weight additives, such as emulsifiers, for example, hydrophobizing agents, rheologic additives, foam suppressants, preservatives, 5 - 40 % by weight water, based on the total water weight of the basic component, wherein the ready-for-processing mixture contains max. 20 % by weight calcium aluminate cement, based on the total weight of the mixture.
A reciprocating engine in which, in an initial period of an expansion stroke, a high-pressure combustion gas from above a piston is introduced via gas passage holes provided in an upper portion of a cylinder inner surface on a thrust side into a gas chamber formed by being encompassed by the cylinder inner surface and a top ring, a second ring, and a second land of the piston, so as to support the piston from the thrust side by the introduced high-pressure combustion gas, characterized in that, said reciprocating engine comprises: a half ring which is inserted in the gas chamber in a state of being placed on the second land from the thrust side and so as to be movable up and down with clearances above and below, whereby as the piston reciprocates, the half ring moves up and down an amount corresponding to a size of the clearances, thereby continually cleaning an inside of the gas chamber.
Door for a household appliance having an external wall and an internal wall between which there is disposed a hollow space, and having a connection piece arranged between external and internal wall, which connection piece joins the external wall and the internal wall to each other and is secured to the external wall by means of a form-locking connection, wherein one of the elements out of connection piece and external wall has at least one latching hook, and the other a latching engagement surface or edge, wherein the connection piece has a receiving space which is configured for accommodating a hinge element, characterised in that the latching hook of the connection piece is disposed below the receiving space.
A light module for a motor vehicle headlight having a planar luminous element, a support frame and an optical imaging system which is fastened in the support frame, wherein the optical imaging system comprises a lens carrier and a lens which is arranged in the lens carrier and the planar luminous element is arranged in a receiver region of the support frame, wherein - the optical imaging system is connected via a bayonet-like closure to the support frame, wherein * the support frame comprises bayonet projections which correspond to bayonet contours of the lens carrier and which are configured to be adapted to the bayonet contours and * each bayonet contour comprises at least one spring element - the support frame comprises first and second reference projections (32, 33) for referencing the lens relative to the planar luminous element, wherein the first reference projections are arranged on the bayonet projections and the second reference projections are arranged in the receiver region, wherein * all of the reference projections (32, 33) project toward the planar luminous element, and * each at least one spring element presses against the corresponding bayonet projection, whereby the first reference projections press the lens into a blocked position in which it is referenced relative to the planar luminous element. - the optical imaging system is connected via a bayonet-like closure to the support frame, wherein * the support frame comprises bayonet projections which correspond to bayonet contours of the lens carrier and which are configured to be adapted to the bayonet contours and * each bayonet contour comprises at least one spring element * the support frame comprises bayonet projections which correspond to bayonet contours of the lens carrier and which are configured to be adapted to the bayonet contours and * each bayonet contour comprises at least one spring element - the support frame comprises first and second reference projections (32, 33) for referencing the lens relative to the planar luminous element, wherein the first reference projections are arranged on the bayonet projections and the second reference projections are arranged in the receiver region, wherein * all of the reference projections (32, 33) project toward the planar luminous element, and * each at least one spring element presses against the corresponding bayonet projection, whereby the first reference projections press the lens into a blocked position in which it is referenced relative to the planar luminous element. * all of the reference projections (32, 33) project toward the planar luminous element, and * each at least one spring element presses against the corresponding bayonet projection, whereby the first reference projections press the lens into a blocked position in which it is referenced relative to the planar luminous element.
A toner comprising: base particles each containing a crystalline polyester, a non-crystalline polyester and a urea-modified polyester; wherein the toner has a glass transition temperature of 45°C or higher where the glass transition temperature is determined from a DSC curve of the toner obtained in the first elevation of temperature thereof, and is measured as described in the description; wherein the toner has a temperature width of 8°C or lower where the temperature width is a temperature width at 1/3 the height of an endothermic peak in the DSC curve, wherein the temperature width is measured by the method as described in the description; and wherein the crystalline polyester is obtainable by dehydration condensation between one type of C2-C12 alkylene glycol used alone and one type of C2-C12 alkylene dicarboxylic acid used alone. base particles each containing a crystalline polyester, a non-crystalline polyester and a urea-modified polyester; wherein the toner has a glass transition temperature of 45°C or higher where the glass transition temperature is determined from a DSC curve of the toner obtained in the first elevation of temperature thereof, and is measured as described in the description; wherein the toner has a temperature width of 8°C or lower where the temperature width is a temperature width at 1/3 the height of an endothermic peak in the DSC curve, wherein the temperature width is measured by the method as described in the description; and wherein the crystalline polyester is obtainable by dehydration condensation between one type of C2-C12 alkylene glycol used alone and one type of C2-C12 alkylene dicarboxylic acid used alone.