mhurhangee/ep-ind-claims huggingface dataset:
A process for converting a Digital Transmission Content Protection over Internet Protocol "DTCP-IP" transport stream into Hypertext Transfer Protocol Live Streaming "HLS" format, comprising: receiving an encrypted DTCP-IP transport stream at a secondary device from a source device, said encrypted DTCP-IP transport stream comprising a plurality of DTCP frames, each of said plurality of DTCP frames comprising a plurality of encrypted 16-byte portions; forming chunks from one of said plurality of DTCP frames by grouping one or more of its plurality of encrypted 16-byte portions into a chunk; adding HLS padding bytes to the end of said chunk and encrypting said HLS padding bytes, such that said chunk and the encrypted HLS padding bytes form an encrypted chunk; loading each of said encrypted chunks, and a playlist of said encrypted chunks, to a media proxy server at said secondary device; loading a DTCP key onto a security proxy server at said secondary device, said DTCP key having been obtained from said source device; and providing said playlist, each of said encrypted chunks, and said DTCP key to a native media player on said secondary device, such that said native media player follows said playlist to decrypt said encrypted chunks using said DTCP key and plays back said chunks. receiving an encrypted DTCP-IP transport stream at a secondary device from a source device, said encrypted DTCP-IP transport stream comprising a plurality of DTCP frames, each of said plurality of DTCP frames comprising a plurality of encrypted 16-byte portions; forming chunks from one of said plurality of DTCP frames by grouping one or more of its plurality of encrypted 16-byte portions into a chunk; adding HLS padding bytes to the end of said chunk and encrypting said HLS padding bytes, such that said chunk and the encrypted HLS padding bytes form an encrypted chunk; loading each of said encrypted chunks, and a playlist of said encrypted chunks, to a media proxy server at said secondary device; loading a DTCP key onto a security proxy server at said secondary device, said DTCP key having been obtained from said source device; and providing said playlist, each of said encrypted chunks, and said DTCP key to a native media player on said secondary device, such that said native media player follows said playlist to decrypt said encrypted chunks using said DTCP key and plays back said chunks.
Method for producing a plant-based nicotine-free tobacco substitute, wherein glycerol is mixed with glucose syrup, which is characterized in that one a) mixes glycerol with glucose syrup and heats, depending on the desired color and flavor of the tobacco substitute to be prepared, as follows: i. to 20 to 25 °C for light tobacco substitute without flavoring or with the flavors vanilla, banana, peach, pear, gooseberry, pineapple, white mulberry, coconut, honeydew melon, ice cream or light grape, ii. to 50 to 55 °C for tobacco substitute of medium lightness without flavoring or with the flavors amaretto, lemon, lime, orange, apple, strawberry, mango, watermelon, grand apple, fig, apricot, nectarine, yellow plum or kiwi, iii. to 65 to 70 °C for dark tobacco substitute without flavoring or with the flavors black grape, black plum, cherry, blueberry, double apple, raspberry, blackberry, black mulberry, cranberry, tea or mint, b) mixes the heated mixture with the desired flavor while maintaining the selected temperature; and c) moisturizes a mixture of raisins and/or leaves of the sal tree or dried apples as well as straw and other dried plant constituents with the heated, optionally flavored mixture. a) mixes glycerol with glucose syrup and heats, depending on the desired color and flavor of the tobacco substitute to be prepared, as follows: i. to 20 to 25 °C for light tobacco substitute without flavoring or with the flavors vanilla, banana, peach, pear, gooseberry, pineapple, white mulberry, coconut, honeydew melon, ice cream or light grape, ii. to 50 to 55 °C for tobacco substitute of medium lightness without flavoring or with the flavors amaretto, lemon, lime, orange, apple, strawberry, mango, watermelon, grand apple, fig, apricot, nectarine, yellow plum or kiwi, iii. to 65 to 70 °C for dark tobacco substitute without flavoring or with the flavors black grape, black plum, cherry, blueberry, double apple, raspberry, blackberry, black mulberry, cranberry, tea or mint, i. to 20 to 25 °C for light tobacco substitute without flavoring or with the flavors vanilla, banana, peach, pear, gooseberry, pineapple, white mulberry, coconut, honeydew melon, ice cream or light grape, ii. to 50 to 55 °C for tobacco substitute of medium lightness without flavoring or with the flavors amaretto, lemon, lime, orange, apple, strawberry, mango, watermelon, grand apple, fig, apricot, nectarine, yellow plum or kiwi, iii. to 65 to 70 °C for dark tobacco substitute without flavoring or with the flavors black grape, black plum, cherry, blueberry, double apple, raspberry, blackberry, black mulberry, cranberry, tea or mint, b) mixes the heated mixture with the desired flavor while maintaining the selected temperature; and c) moisturizes a mixture of raisins and/or leaves of the sal tree or dried apples as well as straw and other dried plant constituents with the heated, optionally flavored mixture.
A mounting structure for a power conversion device comprising: a vehicle body component extending in a front-rear direction of a vehicle; a mounting component provided on the vehicle body component; a drive unit held by the vehicle body component via the mounting component; and charaterized in a power conversion device attached to the mounting component, wherein a stiffness of the mounting component is greater than a stiffness of the vehicle body component, the power conversion device is arranged between a front end and a rear end of the drive unit in a side view of the vehicle, and a front end of the power conversion device is arranged at a more rear side of the vehicle than a front end of the mounting component. a vehicle body component extending in a front-rear direction of a vehicle; a mounting component provided on the vehicle body component; a drive unit held by the vehicle body component via the mounting component; and charaterized in a power conversion device attached to the mounting component, wherein a stiffness of the mounting component is greater than a stiffness of the vehicle body component, the power conversion device is arranged between a front end and a rear end of the drive unit in a side view of the vehicle, and a front end of the power conversion device is arranged at a more rear side of the vehicle than a front end of the mounting component.
A method for providing a notary service for a file, comprising steps of: (a) a server, if a notary service request for the file is acquired from a specific user, generating a specific message digest of the file by using a hash function; and (b) the server, if one of anchoring conditions is satisfied, registering (S230-2) a representative hash value or its processed value in a blockchain database, wherein the representative hash value is generated by using a specific hash value and its corresponding at least one neighboring hash value, and wherein the specific hash value is a hash value of a result acquired by encoding the specific message digest with a private key PrivU of the specific user and a private key PrivC of the server, wherein, at the step of (b), the server performs (i) a process of generating at least one Merkle tree including a specific leaf node (h0-h7) where the specific hash value is allocated, and (ii) a process of registering, if said one of the anchoring conditions is satisfied, the representative hash value or its processed value, which is calculated by using the specific hash value and at least one hash value allocated to at least one of other leaf nodes (h0-h7) which have same depth as the specific leaf node (h0-h7) in the Merkle tree, in the database. (a) a server, if a notary service request for the file is acquired from a specific user, generating a specific message digest of the file by using a hash function; and (b) the server, if one of anchoring conditions is satisfied, registering (S230-2) a representative hash value or its processed value in a blockchain database, wherein the representative hash value is generated by using a specific hash value and its corresponding at least one neighboring hash value, and wherein the specific hash value is a hash value of a result acquired by encoding the specific message digest with a private key PrivU of the specific user and a private key PrivC of the server,
A converter circuit (400; 400a, 400b, 400c) for receiving signals from one or more current transformers and outputting a signal to a circuit breaker trip unit, the converter circuit comprising: an input component that is electrically connected to receive an output signal from each of one or more current transformers of a circuit breaker (331, 332); a burden resistor that is electrically connected across a coil of the input component; a passive differentiator that is electrically connected across the burden resistor, wherein the passive differentiator comprises a resistor and a capacitor; and an output that is configured to deliver, from the passive differentiator during operation, a converted output voltage that is proportional to a time rate of change of a signal that is received by the input component; characterized in that the converter circuit further comprises an inductor that has one end that is electrically connected to a circuit reference and serves to add phase shift lost at a high end of an operating range of the converter circuit (400; 400a, 400b, 400c). an input component that is electrically connected to receive an output signal from each of one or more current transformers of a circuit breaker (331, 332); a burden resistor that is electrically connected across a coil of the input component; a passive differentiator that is electrically connected across the burden resistor, wherein the passive differentiator comprises a resistor and a capacitor; and an output that is configured to deliver, from the passive differentiator during operation, a converted output voltage that is proportional to a time rate of change of a signal that is received by the input component; characterized in that the converter circuit further comprises an inductor that has one end that is electrically connected to a circuit reference and serves to add phase shift lost at a high end of an operating range of the converter circuit (400; 400a, 400b, 400c).
A method, comprising: receiving a request for an antenna resource (120; 220) from one of a plurality of wireless endpoints (114, 116, 118; 216a-c); and communicating a resource request to the endpoint controlling use of the antenna resource (120; 220), the resource request comprising a time for relinquishing use of the antenna resource (120; 220) and a priority level for the resource request, characterized by determining an endpoint of the plurality of wireless endpoints (114, 116, 118; 216a-c) controlling use of the antenna resource (120; 220) at the time of the resource request; and in response to receiving an acknowledgement from the endpoint controlling use of the antenna resource (120; 220), programming a scheduler (108; 208) with one or more scheduled events controlling access to the antenna resource (120; 220) by the plurality of wireless endpoints (114, 116, 118; 216a-c), wherein the scheduled events control one or more switches (112; 212, 214) to connect the plurality of wireless endpoints (114, 116, 118; 216a-c) to the antenna resource (120; 220). receiving a request for an antenna resource (120; 220) from one of a plurality of wireless endpoints (114, 116, 118; 216a-c); and communicating a resource request to the endpoint controlling use of the antenna resource (120; 220), the resource request comprising a time for relinquishing use of the antenna resource (120; 220) and a priority level for the resource request, characterized by determining an endpoint of the plurality of wireless endpoints (114, 116, 118; 216a-c) controlling use of the antenna resource (120; 220) at the time of the resource request; and in response to receiving an acknowledgement from the endpoint controlling use of the antenna resource (120; 220), programming a scheduler (108; 208) with one or more scheduled events controlling access to the antenna resource (120; 220) by the plurality of wireless endpoints (114, 116, 118; 216a-c), wherein the scheduled events control one or more switches (112; 212, 214) to connect the plurality of wireless endpoints (114, 116, 118; 216a-c) to the antenna resource (120; 220).
An apparatus for transporting ions within a mass spectrometer comprising: a plurality of electrodes (62a-62d), a plurality of surfaces of which comprise a plurality of non co-planar rings defining a set of respective ion apertures whose diameters decrease from a first end to a second end along a first direction parallel to an axis of the apparatus, the set of ion apertures defining an ion channel through which the ions are transported; and a Radio Frequency power supply for providing RF voltages to the plurality of electrodes such that the RF phase applied to each electrode is different from the RF phase applied to any immediately adjacent electrodes, wherein the electrodes are disposed such that gaps are defined between each pair of successive electrodes, the gaps being oriented such that a gas flow input into the first end of the apparatus is exhausted through the gaps in one or more directions that are non-perpendicular to the axis. a plurality of electrodes (62a-62d), a plurality of surfaces of which comprise a plurality of non co-planar rings defining a set of respective ion apertures whose diameters decrease from a first end to a second end along a first direction parallel to an axis of the apparatus, the set of ion apertures defining an ion channel through which the ions are transported; and a Radio Frequency power supply for providing RF voltages to the plurality of electrodes such that the RF phase applied to each electrode is different from the RF phase applied to any immediately adjacent electrodes, wherein the electrodes are disposed such that gaps are defined between each pair of successive electrodes, the gaps being oriented such that a gas flow input into the first end of the apparatus is exhausted through the gaps in one or more directions that are non-perpendicular to the axis.
A method for notifying a parameter, characterized in that said method comprises: determining, by a first node, a parameter contained in a non-default Maximally Redundant Trees, MRT, Profile, wherein the non-default MRT Profile is an MRT profile other than a default MRT Profile and the parameter contained in the non-default MRT Profile at least include information on MRT capability; and carrying, by the first node, the non-default MRT Profile in an extended field of extended Internal Gateway Protocol IGP, and notifying a second node of the parameter contained in the non-default MRT Profile through the extended IGP. determining, by a first node, a parameter contained in a non-default Maximally Redundant Trees, MRT, Profile, wherein the non-default MRT Profile is an MRT profile other than a default MRT Profile and the parameter contained in the non-default MRT Profile at least include information on MRT capability; and carrying, by the first node, the non-default MRT Profile in an extended field of extended Internal Gateway Protocol IGP, and notifying a second node of the parameter contained in the non-default MRT Profile through the extended IGP.
A laundry washing machine comprising a detergent receptacle for providing space to add washing and/or softening agents, the detergent receptacle comprising a detergent receptacle handle mounted on a receptacle panel of the detergent receptacle, the detergent receptacle handle at least partially covering a handling space structured as a curved surface cavity forming the lower part of the detergent receptacle, and effecting opening of the detergent receptacle, the detergent receptacle handle comprising an upper handle layer and a lower handle layer, the upper handle layer being mounted onto the lower handle layer such that the lower handle layer and the upper handle layer are connected in an inter-engaged manner so as to obtain a substantially planar detergent receptacle handle front surface formed together by the upper handle layer and lower handle layer characterized in that the lower handle layer has a J-cross-section body comprising an intermediate cavity in the form of a lower handle cavity formed by the curving end portion of the J-form into which an upper handle edge of the upper handle layer is fitted so as to obtain a planar front detergent receptacle handle surface.
A machined article comprising: a first member including an inner peripheral portion formed by a hole; and a second member including an outer peripheral portion fitted along a fitting direction into the inner peripheral portion of the first member, wherein at least either an inner peripheral recess to be formed in part of the inner peripheral portion of the first member or an outer peripheral recess to be formed in part of the outer peripheral portion of the second member is formed, a slit penetrating from a front side to an opposite back side of the second member and first member is formed at a position to which the inner peripheral recess or the outer peripheral recess corresponds, between the first member and the second member, the article being characterized in that an outer side surface of the inner peripheral recess at an outer side farthest from the inner peripheral portion or an inner side surface of the outer peripheral recess at an inner side farthest from the outer peripheral portion intersects with the fitting direction when fitting the second member into the first member. a first member including an inner peripheral portion formed by a hole; and a second member including an outer peripheral portion fitted along a fitting direction into the inner peripheral portion of the first member, wherein at least either an inner peripheral recess to be formed in part of the inner peripheral portion of the first member or an outer peripheral recess to be formed in part of the outer peripheral portion of the second member is formed, a slit penetrating from a front side to an opposite back side of the second member and first member is formed at a position to which the inner peripheral recess or the outer peripheral recess corresponds, between the first member and the second member, the article being characterized in that an outer side surface of the inner peripheral recess at an outer side farthest from the inner peripheral portion or an inner side surface of the outer peripheral recess at an inner side farthest from the outer peripheral portion intersects with the fitting direction when fitting the second member into the first member.
A flexible multilayer heating device, of the flexible heating mat type, for carrying out the preforming or consolidation of fibrous preforms of composite parts, the device comprising at least one first support layer, at least one first heating cord arranged on the at least one first support layer and defining a heat-treatment surface adapted to the surface of the composite part to be preformed or consolidated, a first network of wires electrically connected to the at least one first heating cord, characterised in that the device comprises at least one second heating cord arranged on the at least one first support layer and defining at least one heat-blocking belt (27, 28) at the at least one periphery (30, 31) of the heat-treatment surface and a second network of wires electrically connected to the at least one second heating cord.
An ultrasound diagnostic apparatus comprising: a controller that has a synchronization signal generation unit generating a first synchronization signal for controlling transmission and reception of an ultrasonic wave in an ultrasound probe, and configured to control the ultrasound probe based on the first synchronization signal; an ultrasound image generation unit configured to generate an ultrasound image based on a signal detected by the ultrasound probe; and a connector that has a synchronization signal line, a data line, a power line, a clock signal line and a ground line said connector being configured to output electric power to the outside through the power line, clock signal to the outside through the clock signal line, ground potential to the outside through ground line, a second synchronization signal or a signal generated based on the second synchronization signal to the outside through the synchronization signal line, wherein the second synchronization signal is generated in the synchronization signal generation unit and further wherein the synchronization signal line is configured to transmit the second synchronization signal or the signal generated based on the second synchronization signal, and the data line is independent of the synchronization signal line said data line being configured to input data to the ultrasound diagnostic apparatus, wherein the connector is configured such that a light source device emitting light incident on an insertion object having a photoacoustic wave generation unit absorbing the light and generating a photoacoustic wave is connectable. a controller that has a synchronization signal generation unit generating a first synchronization signal for controlling transmission and reception of an ultrasonic wave in an ultrasound probe, and configured to control the ultrasound probe based on the first synchronization signal; an ultrasound image generation unit configured to generate an ultrasound image based on a signal detected by the ultrasound probe; and a connector that has a synchronization signal line, a data line, a power line, a clock signal line and a ground line said connector being configured to output electric power to the outside through the power line, clock signal to the outside through the clock signal line, ground potential to the outside through ground line, a second synchronization signal or a signal generated based on the second synchronization signal to the outside through the synchronization signal line, wherein the second synchronization signal is generated in the synchronization signal generation unit and further wherein the synchronization signal line is configured to transmit the second synchronization signal or the signal generated based on the second synchronization signal, and the data line is independent of the synchronization signal line said data line being configured to input data to the ultrasound diagnostic apparatus, wherein the connector is configured such that a light source device emitting light incident on an insertion object having a photoacoustic wave generation unit absorbing the light and generating a photoacoustic wave is connectable.
A magnetocaloric material wherein the magnetocaloric material has a composition according to the general formula (Mn x Fe 1-x) 2+u P y Si v C z N r B w wherein -0.1 ≤ u ≤ 0.1, 0.2 ≤ x ≤ 0.8, 0.3 ≤ y ≤ 0.75, 0.25 ≤ v ≤ 0.7, 0.001 ≤ z ≤ 0.15, 0 ≤ r ≤ 0.1, 0 ≤ w ≤ 0.1, y + v + w ≤ 1.05, y + v + w + r ≥ 0.95, -0.1 ≤ u ≤ 0.1, 0.2 ≤ x ≤ 0.8, 0.3 ≤ y ≤ 0.75, 0.25 ≤ v ≤ 0.7, 0.001 ≤ z ≤ 0.15, 0 ≤ r ≤ 0.1, 0 ≤ w ≤ 0.1, y + v + w ≤ 1.05, y + v + w + r ≥ 0.95,