mhurhangee/ep-ind-claims huggingface dataset:
A method of processing video data, the method comprising: decoding, from an encoded video bitstream that comprises coded pictures of the video data and a scalable nesting supplemental enhancement information message encapsulating one or more nested SEI messages, a plurality of syntax elements in the scalable nesting SEI message that identify a plurality of operation points to which the one or more nested SEI messages apply, wherein: the plurality of syntax elements is not in any of the one or more nested SEI messages, and for each respective operation point of the plurality of operation points, a sub-bitstream associated with the respective operation point is derivable by removing, from the bitstream, any Network Abstraction Layer unit with a temporal identifier greater than a respective temporal identifier associated with the respective operation point and removing, from the bitstream, any NAL unit with a layer identifier not in a respective set of layer identifiers associated with the respective operation point. decoding, from an encoded video bitstream that comprises coded pictures of the video data and a scalable nesting supplemental enhancement information message encapsulating one or more nested SEI messages, a plurality of syntax elements in the scalable nesting SEI message that identify a plurality of operation points to which the one or more nested SEI messages apply, wherein: the plurality of syntax elements is not in any of the one or more nested SEI messages, and for each respective operation point of the plurality of operation points, a sub-bitstream associated with the respective operation point is derivable by removing, from the bitstream, any Network Abstraction Layer unit with a temporal identifier greater than a respective temporal identifier associated with the respective operation point and removing, from the bitstream, any NAL unit with a layer identifier not in a respective set of layer identifiers associated with the respective operation point. the plurality of syntax elements is not in any of the one or more nested SEI messages, and for each respective operation point of the plurality of operation points, a sub-bitstream associated with the respective operation point is derivable by removing, from the bitstream, any Network Abstraction Layer unit with a temporal identifier greater than a respective temporal identifier associated with the respective operation point and removing, from the bitstream, any NAL unit with a layer identifier not in a respective set of layer identifiers associated with the respective operation point.
A steam cooking apparatus, comprising: a food chamber comprising a base, a rear wall area, first and second opposing side wall areas (46,48) and a front wall area; a transparent lid; a heating arrangement (16, 18); a water reservoir; a circulation system (24, 26) comprising an extraction vent in the rear wall area through which air is drawn from inside the food chamber, and a delivery vent arrangement for delivering air to the food chamber, wherein the delivery vent arrangement comprises: a first delivery vent at a top region of the rear wall area above the extraction vent and extending across at least half of the width of the rear wall area and/or at least half a width of the transparent lid. a food chamber comprising a base, a rear wall area, first and second opposing side wall areas (46,48) and a front wall area; a transparent lid; a heating arrangement (16, 18); a water reservoir; a circulation system (24, 26) comprising an extraction vent in the rear wall area through which air is drawn from inside the food chamber, and a delivery vent arrangement for delivering air to the food chamber, wherein the delivery vent arrangement comprises: a first delivery vent at a top region of the rear wall area above the extraction vent and extending across at least half of the width of the rear wall area and/or at least half a width of the transparent lid.
A method for providing a key performance indicator template for use in a call center, the method comprising the steps of: creating a Key Performance Indicator template, the creating including generating and saving a plurality of scripts associated with the template, the KPI template comprising an association of KPIs, scores associated with the KPIs, thresholds, triggers, and routing decisions; storing the KPI template in a database and linking the KPI template to the logic flow of call center transactions across a plurality of different media types, each media type providing a means for interaction of a user with the call center; automatically generating, using the KPI template, user interface views; receiving inputs generated by the user, the inputs being responsive to prompts from the user interface views and the inputs comprising a score that is associated with a said key performance indicator of the key performance indicator template, wherein the score reflects a call center agent's performance during a call center interaction; storing the score in a database; comparing the score value to a score trigger value to determine whether routing is required; and in the affirmative, based on the key performance indicator template, dynamically routing the interaction to a supervisor or a best suited agent based on said triggers and agent availability. creating a Key Performance Indicator template, the creating including generating and saving a plurality of scripts associated with the template, the KPI template comprising an association of KPIs, scores associated with the KPIs, thresholds, triggers, and routing decisions; storing the KPI template in a database and linking the KPI template to the logic flow of call center transactions across a plurality of different media types, each media type providing a means for interaction of a user with the call center; automatically generating, using the KPI template, user interface views; receiving inputs generated by the user, the inputs being responsive to prompts from the user interface views and the inputs comprising a score that is associated with a said key performance indicator of the key performance indicator template, wherein the score reflects a call center agent's performance during a call center interaction; storing the score in a database; comparing the score value to a score trigger value to determine whether routing is required; and in the affirmative, based on the key performance indicator template, dynamically routing the interaction to a supervisor or a best suited agent based on said triggers and agent availability.
A wave pool, comprising: a container configured to hold water and sufficiently sized to facilitate recreational activities for patrons therein; and a wave generation mechanism disposed at a location proximate a center of the container, wherein the wave generation mechanism is configured to generate waves that propagate in the water outward from the wave generation mechanism toward a perimeter of the container by displacing the water such that wave energy moves outward from the wave generation mechanism in multiple-directions; characterised in that, the wave pool comprises a water capture system configured to cycle the water from the direction of the perimeter of the container back toward the direction of the wave generation mechanism, wherein the water capture system comprises: water capture drains positioned within the container and configured to capture the water; and a transport feature configured to receive the captured water from the water capture drains and to facilitate flow of the captured water to the wave generation mechanism. a container configured to hold water and sufficiently sized to facilitate recreational activities for patrons therein; and a wave generation mechanism disposed at a location proximate a center of the container, wherein the wave generation mechanism is configured to generate waves that propagate in the water outward from the wave generation mechanism toward a perimeter of the container by displacing the water such that wave energy moves outward from the wave generation mechanism in multiple-directions; characterised in that, the wave pool comprises a water capture system configured to cycle the water from the direction of the perimeter of the container back toward the direction of the wave generation mechanism, wherein the water capture system comprises: water capture drains positioned within the container and configured to capture the water; and a transport feature configured to receive the captured water from the water capture drains and to facilitate flow of the captured water to the wave generation mechanism. water capture drains positioned within the container and configured to capture the water; and a transport feature configured to receive the captured water from the water capture drains and to facilitate flow of the captured water to the wave generation mechanism.
Aircraft gas-turbine engine with a core engine and a bypass duct surrounding the latter, with a front cowling enclosing the bypass duct and a rear cowling, and with stator vanes arranged in the bypass duct, wherein recesses for removing fluid from the bypass duct are provided in the area of the stator vanes on the inside of the front cowling, wherein the fluid discharged through the recesses is routed by means of flow ducts through the front cowling, brought into contact with at least one heat exchanger (33, 34), and subsequently discharged to the environment, characterized in that the rear cowling is movable in the axial direction, that a cascade element is arranged in the area between the front cowling and the rear cowling, that the heat exchanger or at least one of the heat exchangers is arranged in the inflow area of the front cowling, and that the fluid is routed into the inflow area by vanes of the cascade element intended for thrust reversal.
A heat storage member comprising a honeycomb structural body having a plurality of cells, wherein each of the cells is filled with capsules, which contain a heat storage material, and a heat conductive filler containing a heat-conductive material and adhesive agent; and wherein a heat conductivity of the heat conductive filler is in the range of 5 W/(m•K) to 20 W/(m•K).
A radial bed reactor comprising: a) a substantially cylindrical vessel shell having a vertical longitudinal axis, an upper cap and a lower cap; b) a substantially cylindrical porous outer basket disposed concentrically inside the shell along the longitudinal axis and attached to the upper cap of the shell; c) a substantially cylindrical porous inner basket concentrically inside the porous outer basket along the longitudinal axis and attached to the upper cap of the vessel, d) a bottom support plate disposed inside the shell and connected to the bottom of the inner and outer baskets (9, 10) so as to form a solid bottom surface of the baskets; and e) at least three support columns disposed between the bottom support plate and the lower cap of the vessel with means for moving the bottom support plate and the baskets (9, 10) along the longitudinal axis to provide a predetermined longitudinal tension to the baskets. a) a substantially cylindrical vessel shell having a vertical longitudinal axis, an upper cap and a lower cap; b) a substantially cylindrical porous outer basket disposed concentrically inside the shell along the longitudinal axis and attached to the upper cap of the shell; c) a substantially cylindrical porous inner basket concentrically inside the porous outer basket along the longitudinal axis and attached to the upper cap of the vessel, d) a bottom support plate disposed inside the shell and connected to the bottom of the inner and outer baskets (9, 10) so as to form a solid bottom surface of the baskets; and e) at least three support columns disposed between the bottom support plate and the lower cap of the vessel with means for moving the bottom support plate and the baskets (9, 10) along the longitudinal axis to provide a predetermined longitudinal tension to the baskets.
Apparatus for heating plastic preforms with a transport device which transports the plastic preforms along a predefined transport path, wherein the transport device comprises holding devices for holding the plastic preforms and wherein said transport path has at least one heating portion inside which the plastic preforms are heated, and with a heating device which is arranged in particular stationarily at least in portions along the transport path and which heats the plastic preforms transported by the transport device during their transport through the heating portion, wherein the heating device has at least one in particular stationary applicator device which is suitable and intended for applying the plastic preforms with microwaves in order to heat them, wherein at least in the heating portion, the transport device is arranged relative to the applicator device such that at least parts of the holding devices are arranged outside the applicator device, wherein preferably the applicator device is configured to receive several plastic preforms simultaneously for at least some of the time, characterised in that the applicator device is constructed as an unit having a slot through which the plastic preforms are transported and the apparatus has a microwave generation device which is arranged outside the applicator device and wherein the apparatus has a rotation device which rotates the plastic preforms, at least partially, around their longitudinal axis during their heating, and the holding devices are at least made from a material which is not heated by the microwaves. the applicator device is constructed as an unit having a slot through which the plastic preforms are transported and the apparatus has a microwave generation device which is arranged outside the applicator device and wherein the apparatus has a rotation device which rotates the plastic preforms, at least partially, around their longitudinal axis during their heating, and the holding devices are at least made from a material which is not heated by the microwaves.
An accessory removably attachable to a camera body and including a plurality of terminals, the accessory comprising: a detection terminal LDET for causing the camera body to detect that the accessory is attached thereto; a first power supply terminal (VBAT) through which a first power supply voltage is supplied from the camera body; a first ground terminal (PGND) used as a ground potential corresponding to the first power supply terminal; a second power supply terminal (V33) through which a second power supply voltage is supplied from the camera body; a second ground terminal (GND) used as a ground potential corresponding to the second power supply terminal; a ready terminal (RDY) used to indicate whether or not communication with the camera body is allowed; a first data terminal (DATAB) that receives a first data signal from the camera body; a second data terminal (DATAL) that outputs a second data signal to the camera body; a clock terminal (HCLK) that outputs a clock signal to the camera body; and a third data terminal (HDATA) that outputs a third data signal to the camera body in synchronization with the clock signal, wherein: the first ground terminal, the second power supply terminal, and the second ground terminal are positioned between the first power supply terminal and the ready terminal; and the first data terminal and the second data terminal are positioned between the ready terminal and the clock terminal. a detection terminal LDET for causing the camera body to detect that the accessory is attached thereto; a first power supply terminal (VBAT) through which a first power supply voltage is supplied from the camera body; a first ground terminal (PGND) used as a ground potential corresponding to the first power supply terminal; a second power supply terminal (V33) through which a second power supply voltage is supplied from the camera body; a second ground terminal (GND) used as a ground potential corresponding to the second power supply terminal; a ready terminal (RDY) used to indicate whether or not communication with the camera body is allowed; a first data terminal (DATAB) that receives a first data signal from the camera body; a second data terminal (DATAL) that outputs a second data signal to the camera body; a clock terminal (HCLK) that outputs a clock signal to the camera body; and a third data terminal (HDATA) that outputs a third data signal to the camera body in synchronization with the clock signal, wherein: the first ground terminal, the second power supply terminal, and the second ground terminal are positioned between the first power supply terminal and the ready terminal; and the first data terminal and the second data terminal are positioned between the ready terminal and the clock terminal. the first ground terminal, the second power supply terminal, and the second ground terminal are positioned between the first power supply terminal and the ready terminal; and the first data terminal and the second data terminal are positioned between the ready terminal and the clock terminal.
Method for identifying a type of a motor-driven brush for a vacuum cleaner, the brush having a first electrical contact, a second electrical contact, and a series circuit and/or parallel circuit, which consists of at least one signal modifier and a motor, connected between the first electrical contact and the second electrical contact, the method having at least the following steps: providing an excitation signal having an excitation characteristic to an interface to the first contact; reading in a measurement signal at an interface to the second contact; determining a characteristic signal that indicates a characteristic of the measurement signal; and establishing the type of the brush using the characteristic signal, characterised in that an amplitude and/or a time curve of the measurement signal is determined as the characteristic in the determining step. providing an excitation signal having an excitation characteristic to an interface to the first contact; reading in a measurement signal at an interface to the second contact; determining a characteristic signal that indicates a characteristic of the measurement signal; and establishing the type of the brush using the characteristic signal, characterised in that an amplitude and/or a time curve of the measurement signal is determined as the characteristic in the determining step.
A battery module, comprising: - a terminal block assembly having an electrical assembly and a plastic base, wherein the electrical assembly comprises a terminal post and a bus bar coupled with the terminal post, wherein a portion of the electrical assembly is overmolded by the plastic base, and wherein the portion includes at least part of a terminal post base that extends outward from a central axis of a post portion of the terminal post; and - a plastic housing having a receptacle configured to receive the plastic base of the terminal block assembly, characterized in that the plastic base comprises a lip configured to contact a surface of the plastic housing surrounding the receptacle of the plastic housing, and wherein the battery module comprises a weld between the lip of the plastic base and the surface of the plastic housing. - a terminal block assembly having an electrical assembly and a plastic base, wherein the electrical assembly comprises a terminal post and a bus bar coupled with the terminal post, wherein a portion of the electrical assembly is overmolded by the plastic base, and wherein the portion includes at least part of a terminal post base that extends outward from a central axis of a post portion of the terminal post; and - a plastic housing having a receptacle configured to receive the plastic base of the terminal block assembly,
A method performed by a network equipment for obtaining a Vendor Credentials, VC, certificate from a server, the VC certificate comprising a cryptographic identity for the network equipment for use in public key cryptography, the network equipment comprising an enclave, which enclave is a process space and memory area within the network equipment, the method comprising: performing, by the enclave of the network equipment, measurements on at least one property of the network equipment; providing, by the enclave, a request for the VC certificate from the server upon having attested the measurements, wherein the request for the VC certificate comprises an indication of the attested measurements; and receiving, from the server, the VC certificate in response to the request and storing the VC certificate in the network equipment; and wherein the enclave is arranged to be able to execute software within the enclave without other processes being able to inspect, alter, and replay instructions or associated data. performing, by the enclave of the network equipment, measurements on at least one property of the network equipment; providing, by the enclave, a request for the VC certificate from the server upon having attested the measurements, wherein the request for the VC certificate comprises an indication of the attested measurements; and receiving, from the server, the VC certificate in response to the request and storing the VC certificate in the network equipment; and wherein the enclave is arranged to be able to execute software within the enclave without other processes being able to inspect, alter, and replay instructions or associated data.
A method for deleting files, the method comprising: obtaining at least initial data about a file to be deleted in accordance with an instruction to remove the file from a data storage device; analyzing the file to be deleted and the data storage device to determine at least deletion parameters of the file to be deleted, wherein the analysis of the file includes at least determining a context of the data storage device, the context including information about a type of the data storage device and a file system; performing a dynamic formation of a deletion algorithm, wherein the formation further includes the formation of a structure for writing and a determination of a location for the writing during the deletion of the file in accordance with the determined deletion parameters and rules of formation, wherein the structure for writing includes at least one of: signatures of files headers of predetermined files types and information indicating format of service structures of the file system contained on the data storage device; deleting the file by applying the deletion algorithm; and deleting information from free space of the data storage device by applying the structure for writing, the free space corresponding to a type of file that needs to be deleted or a type of file that has been deleted. obtaining at least initial data about a file to be deleted in accordance with an instruction to remove the file from a data storage device; analyzing the file to be deleted and the data storage device to determine at least deletion parameters of the file to be deleted, wherein the analysis of the file includes at least determining a context of the data storage device, the context including information about a type of the data storage device and a file system; performing a dynamic formation of a deletion algorithm, wherein the formation further includes the formation of a structure for writing and a determination of a location for the writing during the deletion of the file in accordance with the determined deletion parameters and rules of formation, wherein the structure for writing includes at least one of: signatures of files headers of predetermined files types and information indicating format of service structures of the file system contained on the data storage device; deleting the file by applying the deletion algorithm; and deleting information from free space of the data storage device by applying the structure for writing, the free space corresponding to a type of file that needs to be deleted or a type of file that has been deleted.