mhurhangee/ep-ind-claims huggingface dataset:
A child safety seat comprising a base (no), a backrest and a backrest locking mechanism adapted for the backrest and the base of the child safety seat, the backrest being detachably connected to the base, and the backrest locking mechanism comprising: a locking pin disposed on one of the backrest and the base; a locking component disposed on another one of the backrest and the base, a locking hole structure being formed on the locking component, the locking pin being configured to detachably engage with the locking hole structure; and an operating component movably disposed on the backrest or the base, the operating component driving the locking pin and the locking hole structure to engage with or disengage from each other when the operating component is operated, wherein the child safety seat is characterized in that a ball head protrudes from an end of the locking pin adjacent to the locking component, and an outer diameter of the ball head is greater than an outer diameter of the locking pin. a locking pin disposed on one of the backrest and the base; a locking component disposed on another one of the backrest and the base, a locking hole structure being formed on the locking component, the locking pin being configured to detachably engage with the locking hole structure; and an operating component movably disposed on the backrest or the base, the operating component driving the locking pin and the locking hole structure to engage with or disengage from each other when the operating component is operated, wherein the child safety seat is characterized in that a ball head protrudes from an end of the locking pin adjacent to the locking component, and an outer diameter of the ball head is greater than an outer diameter of the locking pin.
A method comprising: receiving by an apparatus, via a wide area network, a request for deployment of a selected one of available virtualized network services advertised by the apparatus, the request identifying one of a plurality of host service providers to deploy the one virtualized network service; identifying, by the apparatus, virtualized network functions (58,66,68,69,71,72) required by the identified host service provider for implementation of the one virtualized network service, each virtualized network function having a corresponding and distinct virtualized container specifying attributes for defining execution of the corresponding virtualized network function within one or more physical machines of the identified host service provider, the one virtualized network service and each virtualized network function operating at a different hierarchical level from services executed under control of a cloud orchestrator in the identified host service provider; and sending, by the apparatus, over the wide area network to a network orchestrator of the identified host service provider, a service container specifying instructions for the network orchestrator deploying the one virtualized network service, the network orchestrator being distinct from the cloud orchestrator on the identified host service provider, and the service container including instructions for deploying the virtualized network functions as interdependent for implementation of the one virtualized network service by the identified host service provider. receiving by an apparatus, via a wide area network, a request for deployment of a selected one of available virtualized network services advertised by the apparatus, the request identifying one of a plurality of host service providers to deploy the one virtualized network service; identifying, by the apparatus, virtualized network functions (58,66,68,69,71,72) required by the identified host service provider for implementation of the one virtualized network service, each virtualized network function having a corresponding and distinct virtualized container specifying attributes for defining execution of the corresponding virtualized network function within one or more physical machines of the identified host service provider, the one virtualized network service and each virtualized network function operating at a different hierarchical level from services executed under control of a cloud orchestrator in the identified host service provider; and sending, by the apparatus, over the wide area network to a network orchestrator of the identified host service provider, a service container specifying instructions for the network orchestrator deploying the one virtualized network service, the network orchestrator being distinct from the cloud orchestrator on the identified host service provider, and the service container including instructions for deploying the virtualized network functions as interdependent for implementation of the one virtualized network service by the identified host service provider.
A control system for an electrical substation for transmission and distribution of electrical energy comprising - control and protection equipment (11, 76, 84) for control, measurement, monitoring and protection of the substation, said equipment comprising a control and protection computer, - I/O means (5, 6, 7, 12, 13, 14, 26, 27, 28, 32, 33, 34, 82) for communicating measurements and signals, - bus means comprising at least two data buses (15, 16, 17, 18, 29, 30, 31, 83) and configured to transfer measurements and signals between a first part of said I/O means (5,6,7) comprising at least one I/O rack (5, 12) with at least two I/O units (6, 7, 33, 34) and configured to be located, in use, in a switchyard comprising high voltage equipment and a second part of said I/O means (12,13,14) comprising at least one I/O rack (12, 26) with at least two I/O units (13, 14, 27, 28) located within said control and protection equipment, such that software modules implementing control (95, 96) and protection (92, 93, 94) of said substation when executed on said control and protection computer have real time access to said measurements and signals, characterised in that said at least two data buses comprise at least one mono-directional high speed Time Division Multiplexed bus for sampled analog signals with high band-width over 10 Mbit per second and at least one bidirectional bus of type Control Area Network according to ISO standard 11898 for the remaining signals with speed requirements below 10 Mbit per second. - control and protection equipment (11, 76, 84) for control, measurement, monitoring and protection of the substation, said equipment comprising a control and protection computer, - I/O means (5, 6, 7, 12, 13, 14, 26, 27, 28, 32, 33, 34, 82) for communicating measurements and signals, - bus means comprising at least two data buses (15, 16, 17, 18, 29, 30, 31, 83) and configured to transfer measurements and signals between
A composition comprising a miR-122* polynucleotide molecule or a vector expressing or encoding the same for use in treating cancer in a subject in need thereof.
A circuit arrangement (51; 61; 71), comprising: - a first electronic switch (T 1), namely an IGBT with a collector, an emitter and an insulated gate, - at least parts of a first circuit, in which, during operation of the arrangement when the first electronic switch (T 1) is switched on, an electrical current flows across the collector and emitter through the first electronic switch (T 1), - a first controller for switching the first electronic switch (T 1) on and off, wherein the first controller is designed to repeatedly switch the first electronic switch (T 1) on and off and in this way - optionally jointly by the operation of at least one further electronic switch (T 2, T 7, T 5) of the circuit arrangement (51; 61; 71) - to bring about a cyclically repeating process, in which the electrical current through the first electronic switch (T 1) rises in each cycle to a current maximum value and then decreases continuously, and in which the electrical current decreases to zero in each cycle, - a controllable auxiliary switch, which can be controlled by the first controller or by an additional second controller, wherein the first controller and the controller of the auxiliary switch are designed in such a way that the first electronic switch (T 1) is switched off and the auxiliary switch is switched on only when a current flowing through the first electronic switch (T 1) is less than 10% of a current maximum value, which the current reached previously, wherein the current has decreased continuously after dropping from the current maximum value, and wherein, by switching on the auxiliary switch, a clearing current is effected, which flows across the collector and the emitter through the first electronic switch (T 1) in the same direction as before the continuously decreasing current and clears the charge carriers remaining in the first electronic switch (T 1) from the first electronic switch once this has been switched off. - a first electronic switch (T 1), namely an IGBT with a collector, an emitter and an insulated gate, - at least parts of a first circuit, in which, during operation of the arrangement when the first electronic switch (T 1) is switched on, an electrical current flows across the collector and emitter through the first electronic switch (T 1), - a first controller for switching the first electronic switch (T 1) on and off, wherein the first controller is designed to repeatedly switch the first electronic switch (T 1) on and off and in this way - optionally jointly by the operation of at least one further electronic switch (T 2, T 7, T 5) of the circuit arrangement (51; 61; 71) - to bring about a cyclically repeating process, in which the electrical current through the first electronic switch (T 1) rises in each cycle to a current maximum value and then decreases continuously, and in which the electrical current decreases to zero in each cycle, - a controllable auxiliary switch, which can be controlled by the first controller or by an additional second controller,
An expandable cage for preventing ingress of material to a chamber of a heart, comprising: a frame comprising a proximal end, a distal end, and a plurality of supports extending therebetween, wherein said cage has a collapsed configuration for delivery to a chamber of the heart, and an expanded configuration for deployment within the heart; and a proximal membrane provided at said proximal end and a distal membrane provided at said distal end, characterized in that a length between said proximal and distal ends (302, 304) when expanded generally approximates the distance between an ostium of a left atrial appendage and a septum of the heart so that the expandable cage when expanded (i) positions the distal membrane at the ostium of the left atrial appendage, whereby the distal membrane prevents passage of embolic material from the left atrial appendage into a left atrium, and (ii) positions the proximal membrane at an opening between the left atrium and a right atrium of the heart, whereby the proximal membrane substantially prevents passage of blood between the atria (104, 114). a frame comprising a proximal end, a distal end, and a plurality of supports extending therebetween, wherein said cage has a collapsed configuration for delivery to a chamber of the heart, and an expanded configuration for deployment within the heart; and a proximal membrane provided at said proximal end and a distal membrane provided at said distal end, characterized in that a length between said proximal and distal ends (302, 304) when expanded generally approximates the distance between an ostium of a left atrial appendage and a septum of the heart so that the expandable cage when expanded (i) positions the distal membrane at the ostium of the left atrial appendage, whereby the distal membrane prevents passage of embolic material from the left atrial appendage into a left atrium, and (ii) positions the proximal membrane at an opening between the left atrium and a right atrium of the heart, whereby the proximal membrane substantially prevents passage of blood between the atria (104, 114).
Spout for a beverage preparation device for dispensing a liquid, comprising a dispensing chamber for receiving the liquid to be dispensed, an inlet opening for connection to a liquid supply, an outlet opening for dispensing the liquid, the dispensing chamber being arranged between the inlet opening and the outlet opening, and at least one overflow channel, which additionally connects the dispensing chamber to the outside, the overflow channel branches off from the dispensing chamber in a region of a highest point when the outlet is used as intended, the outlet opening being connected to the dispensing chamber via an outlet channel, characterised in that a cross-sectional area of the inlet opening is smaller than a cross-sectional area of the outlet channel.
A cooking device, in particular commercial cooking device - with a cooking chamber; - with a motor-driven fan wheel, which is arranged in a region, which is separated from the cooking chamber by means of a suction plate comprising a central suction opening; - wherein the fan wheel is considered to be centrifugal filter, according to which heavy particles tend to approach a cooking chamber wall, which is arranged adjacent to the fan wheel, while air itself flows close to the intake plate, or this is exactly reversed due to the design of the cooking device, - with a heating device comprising at least two heating coils (7, 8, 9), which is arranged around the fan wheel; and - with a device controller, characterised in - that the device controller activates the heating coils (7, 8, 9) independently of one another - and the device controller activates the heating coil or the heating coils (7, 8) arranged close to the cooking chamber wall, which is arranged adjacent to the fan wheel, for an optimised steam generation, depending on cooking device design, and wherein the heating coil is not activated, - and that the device controller activates the heating coil or heating coils arranged adjacent to the cooking chamber for an optimised smoke reduction, depending on cooking device design, and wherein the heating coils (7, 8) are not activated. - with a cooking chamber; - with a motor-driven fan wheel, which is arranged in a region, which is separated from the cooking chamber by means of a suction plate comprising a central suction opening; - wherein the fan wheel is considered to be centrifugal filter, according to which heavy particles tend to approach a cooking chamber wall, which is arranged adjacent to the fan wheel, while air itself flows close to the intake plate, or this is exactly reversed due to the design of the cooking device, - with a heating device comprising at least two heating coils (7, 8, 9), which is arranged around the fan wheel; and - with a device controller, - that the device controller activates the heating coils (7, 8, 9) independently of one another - and the device controller activates the heating coil or the heating coils (7, 8) arranged close to the cooking chamber wall, which is arranged adjacent to the fan wheel, for an optimised steam generation, depending on cooking device design, and wherein the heating coil is not activated, - and that the device controller activates the heating coil or heating coils arranged adjacent to the cooking chamber for an optimised smoke reduction, depending on cooking device design, and wherein the heating coils (7, 8) are not activated.
A compact unbroken wooden fire log having a longitudinal extent from end-to-end, a midsection, a lower part, an upper surface, a side surface and a lower surface, characterized in that in order to avoid burning of the upper and side surfaces of the log, and to assure even burning of the log for the burning period, the log comprises: one or several longitudinally extending, end-to-end incisions therethrough, wherein the incisions intersect in the log's midsection and fail to extend to the log's side surface; and an air duct, in the lower part of the log that extends from the log's side surface to the midsection of the log along the lower surface of the log and fails to extend to the upper part of the log, and the air duct is radially offset from the incisions so that the air duct intersects the incisions only at the log's midsection.
A method for transmitting a first forwarding parameter, applied to a network on which control and forwarding are separated, wherein the network on which control and forwarding are separated comprises a controller and a forwarding device, wherein the controller is adapted to control the forwarding device, and the method comprises: obtaining, by the controller, an extended forwarding model description, wherein the extended forwarding model description comprises a first format encoding rule, wherein the first format encoding rule indicates a location for the first forwarding parameter in a first field and indicates a type of the first forwarding parameter, wherein the first field is a MetaData field in a flow entry of an OpenFlow protocol; filling, by the controller, the first forwarding parameter in the first field according to the first format encoding rule; and sending, by the controller and to the forwarding device by using the OpenFlow protocol, the flow entry that carries the first field. obtaining, by the controller, an extended forwarding model description, wherein the extended forwarding model description comprises a first format encoding rule, wherein the first format encoding rule indicates a location for the first forwarding parameter in a first field and indicates a type of the first forwarding parameter, wherein the first field is a MetaData field in a flow entry of an OpenFlow protocol; filling, by the controller, the first forwarding parameter in the first field according to the first format encoding rule; and sending, by the controller and to the forwarding device by using the OpenFlow protocol, the flow entry that carries the first field.
A composition comprising: a. 250 mg-1300 mg of leucine in free form and/or at least 25 mg of one or more leucine metabolites in free form, wherein the leucine metabolite is selected from the group consisting of keto-isocaproic acid, alpha-hydroxy-isocaproic acid, and hydroxymethylbutyrate; and b. at least 1 mg of nicotinic acid and/or nicotinamide riboside and/or one or more nicotinic acid metabolites, wherein the nicotinic acid metabolite is selected from the group consisting of nicotinyl CoA, nicotinate mononucleotide, nicotinate adenine dinucleotide, and nicotinamide adenine dinucleotide, wherein the composition is free of isoleucine and valine. a. 250 mg-1300 mg of leucine in free form and/or at least 25 mg of one or more leucine metabolites in free form, wherein the leucine metabolite is selected from the group consisting of keto-isocaproic acid, alpha-hydroxy-isocaproic acid, and hydroxymethylbutyrate; and b. at least 1 mg of nicotinic acid and/or nicotinamide riboside and/or one or more nicotinic acid metabolites, wherein the nicotinic acid metabolite is selected from the group consisting of nicotinyl CoA, nicotinate mononucleotide, nicotinate adenine dinucleotide, and nicotinamide adenine dinucleotide,
A method of encoding video data, the method comprising: generating an encoded video bitstream comprising a base layer and one or more enhancement layers, the encoded video bitstream including a video parameter set, VPS, defining parameters of the encoded video bitstream, wherein parameters of the base layer are included in a base part of the VPS and parameters of one or more enhancement layers are included a VPS extension part, and wherein the VPS extension part of the VPS includes a VPS video usability information, VUI, portion, VPS VUI; determining whether timing information is signaled in the VPS, wherein determining whether the timing information is signaled in the VPS includes determining a value of a first flag, the first flag indicating whether the timing information is signaled in the VPS; determining signaling in the VPS VUI of a second flag based on the value of the first flag, the second flag defining whether hypothetical reference decoder parameters are signaled in the VPS VUI; determining whether to signal hypothetical reference decoder parameters in the VPS VUI based on the second flag. generating an encoded video bitstream comprising a base layer and one or more enhancement layers, the encoded video bitstream including a video parameter set, VPS, defining parameters of the encoded video bitstream, wherein parameters of the base layer are included in a base part of the VPS and parameters of one or more enhancement layers are included a VPS extension part, and wherein the VPS extension part of the VPS includes a VPS video usability information, VUI, portion, VPS VUI; determining whether timing information is signaled in the VPS, wherein determining whether the timing information is signaled in the VPS includes determining a value of a first flag, the first flag indicating whether the timing information is signaled in the VPS; determining signaling in the VPS VUI of a second flag based on the value of the first flag, the second flag defining whether hypothetical reference decoder parameters are signaled in the VPS VUI; determining whether to signal hypothetical reference decoder parameters in the VPS VUI based on the second flag.
A method for protecting a digital output signal, of a security module, comprising the steps of: (a) receiving a scrambled A/V stream that includes packets having a header portion and A/V content portion from a source external to said security module; (b) recovering a first transport scramble control flag from the header portion, which indicates whether the A/V content portion is scrambled or not scrambled, and which key of a set of keys is used for scrambling, from the scrambled A/V stream; (c) identifying a descrambling key in response to key identification information included in the first transport scramble control flag; (d) descrambling, using said descrambling key, said received scrambled A/V stream to generate a descrambled stream; (e) modifying the first transport scramble control flag to generate a second transport scramble control flag; (f) identifying a scrambling key in response to said second transport scramble control flag; and, (g) scrambling said descrambled stream using said scrambling key to generate a rescrambled A/V stream, including a third transport scrambled control flag, and comparing the third transport scramble control flag and the second scramble control flag to verity that they correspond. (a) receiving a scrambled A/V stream that includes packets having a header portion and A/V content portion from a source external to said security module; (b) recovering a first transport scramble control flag from the header portion, which indicates whether the A/V content portion is scrambled or not scrambled, and which key of a set of keys is used for scrambling, from the scrambled A/V stream; (c) identifying a descrambling key in response to key identification information included in the first transport scramble control flag; (d) descrambling, using said descrambling key, said received scrambled A/V stream to generate a descrambled stream; (e) modifying the first transport scramble control flag to generate a second transport scramble control flag; (f) identifying a scrambling key in response to said second transport scramble control flag; and, (g) scrambling said descrambled stream using said scrambling key to generate a rescrambled A/V stream, including a third transport scrambled control flag, and comparing the third transport scramble control flag and the second scramble control flag to verity that they correspond.