mhurhangee/patent-ind-claim-en huggingface dataset:
An information processing apparatus comprising: a first controller including a first processor and a first volatile memory ; a second controller including a second processor and a second volatile memory ; nonvolatile storage means for storing a program to be executed by the second processor ; and power control means for controlling the information processing apparatus to make a transition from a first power state to a second power state that is more power-saving than the first power state, wherein, in the second power state, energization of the first processor , energization of the nonvolatile storage means and energization of the second volatile memory are stopped, and energization of the first volatile memory is not stopped; wherein, when a condition for transitioning from the first power state to the second power state is satisfied, the first processor is configured to load the program from the nonvolatile storage means to the first volatile memory and to check whether the program loaded to the first volatile memory is authentic, and then, when it is checked that the program is authentic, the power control means is configured to control the information processing apparatus to make the transition from the first power state to the second power state; and wherein the first volatile memory is configured to store the program having been checked to be authentic during the second power state. a first controller including a first processor and a first volatile memory ; a second controller including a second processor and a second volatile memory ; nonvolatile storage means for storing a program to be executed by the second processor ; and power control means for controlling the information processing apparatus to make a transition from a first power state to a second power state that is more power-saving than the first power state, wherein, in the second power state, energization of the first processor , energization of the nonvolatile storage means and energization of the second volatile memory are stopped, and energization of the first volatile memory is not stopped; wherein, when a condition for transitioning from the first power state to the second power state is satisfied, the first processor is configured to load the program from the nonvolatile storage means to the first volatile memory and to check whether the program loaded to the first volatile memory is authentic, and then, when it is checked that the program is authentic, the power control means is configured to control the information processing apparatus to make the transition from the first power state to the second power state; and wherein the first volatile memory is configured to store the program having been checked to be authentic during the second power state.
Method for producing high molecular weight solid meltable thermoplastic pre-ceramic polymers by reaction of liquid low molecular weight polysilazanes in a solvent, in the presence of a catalyst by stopping the reaction with a stopping reagent as soon as the desired degree of polymerization is attained and in that hydrides selected from the group consisting of KH, NaH, LiH, CaH 2 , LiAlH 4 , Ca(BH 4 ) 2 and Na(BH 4 ) are used as stopping reagent.
A security document , comprising: a base sheet ; a colored coating on said base sheet ; and an outer lacquer coating over the colored coating , characterized in that the security document further comprises a foil laminate on at least a portion of the colored coating , wherein the foil laminate is embedded between the colored coating and the outer lacquer coating , and in that the outer lacquer coating comprises a polymeric resin. a base sheet ; a colored coating on said base sheet ; and an outer lacquer coating over the colored coating , characterized in that the security document further comprises a foil laminate on at least a portion of the colored coating , wherein the foil laminate is embedded between the colored coating and the outer lacquer coating , and in that the outer lacquer coating comprises a polymeric resin.
A butt closure base , comprising: a base housing extending along a longitudinal axis between a first outer surface and a second outer surface , the base housing defining a plurality of cavities between the first and second outer surfaces , the plurality of cavities aligned in an annular array, wherein a first gel is disposed in each of the plurality of cavities ; a plurality of wedge assemblies , each of the plurality of wedge assemblies removably insertable into one of the plurality of cavities , each of the plurality of wedge assemblies comprising an outer cover , a second gel , and a main pressure plate in contact with the second gel , the main pressure plate movable along the longitudinal axis to apply pressure to the second gel ; wherein each of the plurality of wedge assemblies further comprises an outer flange extending from the outer cover , and characterised in that each of the plurality of wedge assemblies further comprises a plurality of apertures defined at an intersection between the outer flange and the outer cover , and wherein the second gel extends through each of the plurality of apertures . a base housing extending along a longitudinal axis between a first outer surface and a second outer surface , the base housing defining a plurality of cavities between the first and second outer surfaces , the plurality of cavities aligned in an annular array, wherein a first gel is disposed in each of the plurality of cavities ; a plurality of wedge assemblies , each of the plurality of wedge assemblies removably insertable into one of the plurality of cavities , each of the plurality of wedge assemblies comprising an outer cover , a second gel , and a main pressure plate in contact with the second gel , the main pressure plate movable along the longitudinal axis to apply pressure to the second gel ; wherein each of the plurality of wedge assemblies further comprises an outer flange extending from the outer cover , and characterised in that each of the plurality of wedge assemblies further comprises a plurality of apertures defined at an intersection between the outer flange and the outer cover , and wherein the second gel extends through each of the plurality of apertures .
Light-emitting arrangement, comprising - a light-emitting element for emitting a light, and - an optical element for influencing the light, - a translucent insulating element arranged in the path of light, wherein the insulating element is formed from a single piece and consists of a more thermally stable material than the optical element , - a surrounding element , wherein the surrounding element is arranged so as to surround both the optical element and the insulating element in a dust-tight manner, wherein the optical element is a lens consisting of plastic and the light-emitting element is arranged directly on the surrounding element . - a light-emitting element for emitting a light, and - an optical element for influencing the light, - a translucent insulating element arranged in the path of light, wherein the insulating element is formed from a single piece and consists of a more thermally stable material than the optical element , - a surrounding element , wherein the surrounding element is arranged so as to surround both the optical element and the insulating element in a dust-tight manner, wherein the optical element is a lens consisting of plastic and the light-emitting element is arranged directly on the surrounding element .
An electrochemically active Si-carbon composite particulate material, wherein silicon nanoparticles are entrapped in a carbon matrix material based on at least micronic graphite particles, reduced graphene platelets and amorphous carbon, characterized in that said micronic graphite particles and reduced graphene platelets are in a weight ratio graphite/graphene from 1 to 14; and the content in Si is equal or greater to 13% by weight related to its total weight.
A method for an integrated data handling in a power plant which is engineered and operated by a plurality of software applications having different functionalities, comprising the steps of interconnecting said software applications via a communication framework and mechanism, providing a common data model including data shared between at least two of said applications , managing of the common data model by a configuration data service , providing local, application specific data models including data specific to a single application , managing of data specific to a single application by a respective application specific configuration data service upon change of data in an application , determining, by the application specific configuration data service , whether the changed data is part of the shared data or the application specific data, upon determining that the changed data is part of the shared data executing the following steps a) to d), namely a) sending the changed data to the configuration data service , b) writing , by the configuration data service , the changed data to the common data model , c) determining, by the configuration data service , which application specific configuration data services share said changed data with the common data model , d) sending , by the configuration data service , said changed data to said determined application specific configuration data services . a) sending the changed data to the configuration data service , b) writing , by the configuration data service , the changed data to the common data model , c) determining, by the configuration data service , which application specific configuration data services share said changed data with the common data model , d) sending , by the configuration data service , said changed data to said determined application specific configuration data services .
A ceramic substrate comprising a plurality of stacked ceramic substrate members each having one main surface (1a1,1b1,1c1,1d1,1e1,1f1) and the other main surface (1a2,1b2,1c2,1d2,1e2,1f2) opposite to the one main surface (1a1,1b1,1c1,1d1,1e1,1f1), wherein each of the plurality of ceramic substrate members includes a via reaching the other main surface (1a2,1b2,1c2,1d2,1e2,1f2) from the one main surface (1a1,1b1,1c1,1d1,1e1,1f1), a gap is formed in each of first and second ceramic substrate members of the plurality of stacked ceramic substrate members to penetrate each of the first and second ceramic substrate members , the first ceramic substrate member being arranged at an outermost surface on one side in a stacking direction of the ceramic substrate members , the second ceramic substrate member being arranged at an outermost surface on the other side opposite to the one side in the stacking direction, a protection layer entirely covers a side surface and a bottom surface within the gap , and the protection layer is made of a material having an etching rate lower than that of the ceramic substrate members .
A hinge , comprising: a hinge arm ; a hinge cup pivotally connected with respect to the hinge arm and including a receiving room ; and at least one resilient member mounted in the receiving room of the hinge cup , the resilient member being a torsion spring configured to provide a resilient force when the hinge cup is pivoted from an opened state to a closed state with respect to the hinge arm , and including a first leg configured to be pressed against the hinge arm , a second leg configured to be pressed against a wall portion of the receiving room , and a coil portion connected between the first leg and the second leg , said resilient member being mounted to the hinge cup via a pin extending through the coil portion ; wherein the hinge further comprises a retaining member configured to shield at least a portion of the receiving room of the hinge cup ; wherein the retaining member comprises an engaging feature , the engaging feature being a projection, characterized in that the retaining member is configured to be mounted to the at least one resilient member by the engaging feature being engaged with the coil portion of the resilient member . a hinge arm ; a hinge cup pivotally connected with respect to the hinge arm and including a receiving room ; and at least one resilient member mounted in the receiving room of the hinge cup , the resilient member being a torsion spring configured to provide a resilient force when the hinge cup is pivoted from an opened state to a closed state with respect to the hinge arm , and including a first leg configured to be pressed against the hinge arm , a second leg configured to be pressed against a wall portion of the receiving room , and a coil portion connected between the first leg and the second leg , said resilient member being mounted to the hinge cup via a pin extending through the coil portion ; wherein the hinge further comprises a retaining member configured to shield at least a portion of the receiving room of the hinge cup ; wherein the retaining member comprises an engaging feature , the engaging feature being a projection, characterized in that the retaining member is configured to be mounted to the at least one resilient member by the engaging feature being engaged with the coil portion of the resilient member .
Adjustable blade cascade for a turbomachine, in particular a compressor or turbine stage of a gas turbine, comprising at least one first blade which has a first distance (B) in the circumferential direction from at least one blade that is adjacent in the circumferential direction, at least one second blade, in particular stator blade , which has a second distance (A) in the circumferential direction from at least one blade that is adjacent in the circumferential direction, which second distance is smaller than the first distance (B), and an adjustment device (50-54) for jointly adjusting the first and second blade from a first position, in which at least one airfoil profile section of the first blade and one airfoil profile section of the second blade each have a first stagger angle (β 1B ; β 1A ), into a second position, in which these airfoil profile sections have second stagger angles (β 2B ; β 2A ), characterized in that the first stagger angle (β 1B ) of the first blade is equal to the first stagger angle (β 1A ) of the second blade , and the second stagger angle (β 2B ) of the first blade differing from the second stagger angle (β 2A ) of the second blade , in particular being larger than the second stagger angle (β 2A ) of the second blade .
An electrode comprising an electrode active material layer, wherein the electrode active material layer comprises: an electrode active material; polyvinylidene fluoride; and a conductive agent, wherein the conductive agent comprises a carbon nanotube structure in which 2 to 5,000 single-walled carbon nanotube units are bonded to each other, and the carbon nanotube structure is included in an amount of 0.01 wt% to 0.5 wt% in the electrode active material layer. an electrode active material; polyvinylidene fluoride; and a conductive agent, wherein the conductive agent comprises a carbon nanotube structure in which 2 to 5,000 single-walled carbon nanotube units are bonded to each other, and the carbon nanotube structure is included in an amount of 0.01 wt% to 0.5 wt% in the electrode active material layer.
A process for the treatment of wastewater, comprising: (a) contacting the wastewater with fast settling sludge originating from step (c) in an anaerobic zone, to obtain a mixture of wastewater and sludge; (b) subjecting the mixture originating from step (a) and slow settling sludge originating from step (c) to an aerobic zone to obtain a mixture of water and sludge; (c) subjecting a first part of the mixture originating from step (b) to a sludge selection step, wherein sludge is selected based on settling velocity and a first portion containing slow settling sludge and a second portion containing fast settling sludge are collected, wherein the average settling velocity of the fast settling sludge is above 1 m/h while the average settling velocity of the slow settling sludge is at most 1 m/h, and wherein the first portion is returned to step (b) and the second portion is returned to step (a); and (d) separating sludge from a second part of the mixture originating from step (b), to obtain treated wastewater. (a) contacting the wastewater with fast settling sludge originating from step (c) in an anaerobic zone, to obtain a mixture of wastewater and sludge; (b) subjecting the mixture originating from step (a) and slow settling sludge originating from step (c) to an aerobic zone to obtain a mixture of water and sludge; (c) subjecting a first part of the mixture originating from step (b) to a sludge selection step, wherein sludge is selected based on settling velocity and a first portion containing slow settling sludge and a second portion containing fast settling sludge are collected, wherein the average settling velocity of the fast settling sludge is above 1 m/h while the average settling velocity of the slow settling sludge is at most 1 m/h, and wherein the first portion is returned to step (b) and the second portion is returned to step (a); and (d) separating sludge from a second part of the mixture originating from step (b), to obtain treated wastewater.
A detection method for ransomware, comprising: a) receiving a first file having a first ID; b) importing the first file into a semantic extracting module comprising multiple semantic extractors , and outputting a first semantic feature of the first file by the semantic extracting module ; c) receiving a second file having a second ID; d) importing the second file into the semantic extracting module and outputting a second semantic feature of the second file by the semantic extracting module ; e) determining whether the first ID matches with the second ID; f) confirming that the first file and the second file are different versions of same file and computing a distance (D) between the first semantic feature and the second semantic feature if the first ID matches with the second ID; and g) issuing a warning when the distance exceeds a threshold. a) receiving a first file having a first ID; b) importing the first file into a semantic extracting module comprising multiple semantic extractors , and outputting a first semantic feature of the first file by the semantic extracting module ; c) receiving a second file having a second ID; d) importing the second file into the semantic extracting module and outputting a second semantic feature of the second file by the semantic extracting module ; e) determining whether the first ID matches with the second ID; f) confirming that the first file and the second file are different versions of same file and computing a distance (D) between the first semantic feature and the second semantic feature if the first ID matches with the second ID; and g) issuing a warning when the distance exceeds a threshold.
A dermal preparation device for preparation of the stratum corneum of a patient for adhesion of an electrode to the patient, comprising: - a support layer/inner sheet having an upper surface, a lower surface, a major axis extending through a geometrical center of the support layer and along the longest dimension of the support layer; - an abrasive layer adhered to the lower surface; - a handle secured to the upper layer; and wherein the handle is formed by bonding a first portion of a handle/holding layer to the support layer/inner sheet , and folding a second portion of the handle/holding layer to form the handle , characterized in that the device forms a layered structure comprising the abrasive layer with an abrasive surface , an adhesive layer , an inner sheet , a partial adhesive layer , and the holding layer further comprising the handle in the form of a gripping portion , wherein the thickness of the inner sheet ranges from 0.05-0.38 mm, wherein the thickness of the holding layer ranges from 0.025-0.25 mm, wherein the holding layer is attached to the inner sheet via the partial adhesive layer , wherein the partial adhesive layer is attached to only a portion of the holding layer , wherein the portion of the holding layer that is not attached to the partial adhesive layer functions as the gripping portion , and wherein the abrasive comprises a grit with diameters ranging from about 36-66 μm. - a support layer/inner sheet having an upper surface, a lower surface, a major axis extending through a geometrical center of the support layer and along the longest dimension of the support layer; - an abrasive layer adhered to the lower surface; - a handle secured to the upper layer; and wherein the handle is formed by bonding a first portion of a handle/holding layer to the support layer/inner sheet , and folding a second portion of the handle/holding layer to form the handle , characterized in that the device forms a layered structure comprising the abrasive layer with an abrasive surface , an adhesive layer , an inner sheet , a partial adhesive layer , and the holding layer further comprising the handle in the form of a gripping portion , wherein the thickness of the inner sheet ranges from 0.05-0.38 mm, wherein the thickness of the holding layer ranges from 0.025-0.25 mm, wherein the holding layer is attached to the inner sheet via the partial adhesive layer , wherein the partial adhesive layer is attached to only a portion of the holding layer , wherein the portion of the holding layer that is not attached to the partial adhesive layer functions as the gripping portion , and wherein the abrasive comprises a grit with diameters ranging from about 36-66 μm.