mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: generating, by a storage server, a fingerprint for each data block stored on a storage device in storage, wherein the storage server is coupled to the storage device that stores blocks of data; creating, by the storage server, a primary datastore and a secondary datastore, wherein the primary datastore includes a single entry for each unique fingerprint identified as not corresponding to a duplicate data block and the secondary datastore includes an entry for each fingerprint identified as corresponding to a duplicate data block; merging, by the storage server, entries in a changelog file with the entries in the primary datastore to identify duplicate data blocks in the storage device; and overwriting, by the storage server, the primary datastore with the entries from the merged data that correspond to the unique fingerprints to create an updated primary datastore; wherein, in response to receiving a request for a de-duplication operation during execution of a verify operation, the verify operation is suspended while the de-duplication operation is executing and is subsequently resumed upon completion of the de-duplication operation, the suspension of the verify operation comprising marking the primary datastore as read-only, storing the verify operation in a current state to a storage device, and adding a message to a queue representing the suspended verify operation. generating, by a storage server, a fingerprint for each data block stored on a storage device in storage, wherein the storage server is coupled to the storage device that stores blocks of data; creating, by the storage server, a primary datastore and a secondary datastore, wherein the primary datastore includes a single entry for each unique fingerprint identified as not corresponding to a duplicate data block and the secondary datastore includes an entry for each fingerprint identified as corresponding to a duplicate data block; merging, by the storage server, entries in a changelog file with the entries in the primary datastore to identify duplicate data blocks in the storage device; and overwriting, by the storage server, the primary datastore with the entries from the merged data that correspond to the unique fingerprints to create an updated primary datastore; wherein, in response to receiving a request for a de-duplication operation during execution of a verify operation, the verify operation is suspended while the de-duplication operation is executing and is subsequently resumed upon completion of the de-duplication operation, the suspension of the verify operation comprising marking the primary datastore as read-only, storing the verify operation in a current state to a storage device, and adding a message to a queue representing the suspended verify operation.
A cartridge for an image forming apparatus, comprising: a housing; a driving input member provided at the housing, the driving input member configured to be rotated by an externally supplied rotation driving force; a rotational member configured to receive the rotation driving force, which is transmitted from the driving input member, and be rotated thereby in a rotational direction; and a detection protrusion provided at a position away from a rotational center of the rotational member, characterized by the detection protrusion including: a main body protruding from the rotational member away from the housing; and a pivot part configured to pivot around a pivotal axis relative to the main body, wherein the detection protrusion is configured to be changeable between an extended state of the pivot part and a collapsed state of the pivot part with respect to the rotational member to determine whether the cartridge is a new one or an old one when the cartridge is installed in the image forming apparatus and the pivotal axis extends in a tangential direction of a circular track drawn by the detection protrusion when the rotational member rotates, wherein the detection protrusion is provided on the rotational member to be rotatable in the rotational direction together with the rotational member, and wherein the pivotal axis and the pivot part are positioned at a distal end of the main body. a housing; a driving input member provided at the housing, the driving input member configured to be rotated by an externally supplied rotation driving force; a rotational member configured to receive the rotation driving force, which is transmitted from the driving input member, and be rotated thereby in a rotational direction; and a detection protrusion provided at a position away from a rotational center of the rotational member, characterized by the detection protrusion including: a main body protruding from the rotational member away from the housing; and a pivot part configured to pivot around a pivotal axis relative to the main body, a main body protruding from the rotational member away from the housing; and a pivot part configured to pivot around a pivotal axis relative to the main body, wherein the detection protrusion is configured to be changeable between an extended state of the pivot part and a collapsed state of the pivot part with respect to the rotational member to determine whether the cartridge is a new one or an old one when the cartridge is installed in the image forming apparatus and the pivotal axis extends in a tangential direction of a circular track drawn by the detection protrusion when the rotational member rotates, wherein the detection protrusion is provided on the rotational member to be rotatable in the rotational direction together with the rotational member, and wherein the pivotal axis and the pivot part are positioned at a distal end of the main body.
A mixed anisotropy magnetic field sensor comprising: a first magnetic material film having in-plane anisotropy with a first magnetic easy axis that is in-plane, the first magnetic material film having a magnetization that has a first magnetization orientation parallel to the first magnetic easy axis in the presence of no applied magnetic field; a second magnetic material film having out-of-plane anisotropy with a second magnetic easy axis that is perpendicular to the first magnetic easy axis of the first magnetic material film, the second magnetic material film having a magnetization that has a second magnetization orientation parallel to the second magnetic easy axis in the presence of no applied magnetic field; and a non-magnetic spacer between the first magnetic material film and the second magnetic material film; characterized in that the sensor is arranged such that the magnetization of the first magnetic material film rotates to align with the magnetization of the second magnetic material film in the second magnetization orientation in the presence of an applied out-of-plane magnetic field exceeding a threshold, and the magnetization of the second magnetic material film rotates to align with the magnetization of the first magnetic material film in the first magnetization orientation in the presence of an applied in-plane magnetic field exceeding a threshold, wherein the first and second magnetic material films (62,64) have increased magnetization in regions (62b,64a) adjacent to the non-magnetic spacer. a first magnetic material film having in-plane anisotropy with a first magnetic easy axis that is in-plane, the first magnetic material film having a magnetization that has a first magnetization orientation parallel to the first magnetic easy axis in the presence of no applied magnetic field; a second magnetic material film having out-of-plane anisotropy with a second magnetic easy axis that is perpendicular to the first magnetic easy axis of the first magnetic material film, the second magnetic material film having a magnetization that has a second magnetization orientation parallel to the second magnetic easy axis in the presence of no applied magnetic field; and a non-magnetic spacer between the first magnetic material film and the second magnetic material film; characterized in that the sensor is arranged such that the magnetization of the first magnetic material film rotates to align with the magnetization of the second magnetic material film in the second magnetization orientation in the presence of an applied out-of-plane magnetic field exceeding a threshold, and the magnetization of the second magnetic material film rotates to align with the magnetization of the first magnetic material film in the first magnetization orientation in the presence of an applied in-plane magnetic field exceeding a threshold, wherein the first and second magnetic material films (62,64) have increased magnetization in regions (62b,64a) adjacent to the non-magnetic spacer.
A method for wireless communication by a user equipment, UE, comprising: receiving at least one configuration of a plurality of available narrowband physical random access channel, NPRACH, configurations or an indication of one of the plurality of available NPRACH configurations, wherein each of the plurality of NPRACH configurations comprises a different combination of at least two of a multi-level frequency hopping pattern and a cyclic prefix length, symbol group format, or tone spacing for NPRACH signals; determining at least one resource within a plurality of available NPRACH resources according to the received at least one configuration or the received indication; and transmitting a NPRACH signal using the determined at least one resource, wherein the NPRACH signal comprises one or more symbol groups in a single tone that hops within the plurality of available NPRACH resources according to the multi-level frequency hopping pattern and characterized in that the multi-level frequency hopping pattern comprises a first level hopping distance, a second level hopping distance, and a third level hopping distance. receiving at least one configuration of a plurality of available narrowband physical random access channel, NPRACH, configurations or an indication of one of the plurality of available NPRACH configurations, wherein each of the plurality of NPRACH configurations comprises a different combination of at least two of a multi-level frequency hopping pattern and a cyclic prefix length, symbol group format, or tone spacing for NPRACH signals; determining at least one resource within a plurality of available NPRACH resources according to the received at least one configuration or the received indication; and transmitting a NPRACH signal using the determined at least one resource, wherein the NPRACH signal comprises one or more symbol groups in a single tone that hops within the plurality of available NPRACH resources according to the multi-level frequency hopping pattern and characterized in that the multi-level frequency hopping pattern comprises a first level hopping distance, a second level hopping distance, and a third level hopping distance.
A system for playing digital video at variable playback speeds comprising: a fetcher module configured to retrieve encoded pictures from a data store; a decoder module configured to decode pictures received from an input cache; and an output cache module configured to store a plurality of decoded pictures and provide selected ones of the pictures as output; the system being characterised in that it comprises: an allocator module configured to selectively add encoded pictures to said input cache, and to selectively delete encoded pictures from said input cache; and wherein pictures are processed within each of said modules according to a priority corresponding to each picture, said priority indicating a distance between a position of a picture within a video timeline and an aim point. a fetcher module configured to retrieve encoded pictures from a data store; a decoder module configured to decode pictures received from an input cache; and an output cache module configured to store a plurality of decoded pictures and provide selected ones of the pictures as output; the system being characterised in that it comprises: an allocator module configured to selectively add encoded pictures to said input cache, and to selectively delete encoded pictures from said input cache; an allocator module configured to selectively add encoded pictures to said input cache, and to selectively delete encoded pictures from said input cache;
A medical device, comprising: a balloon configured to move between a collapsed configuration and an expanded configuration; an expandable-collapsible framework disposed about an outer surface of the balloon; and a plurality of electrodes carried about an outer surface of the framework, characterised by including a plurality of spacers each disposed between the outer surface of the framework and one of the plurality of electrodes, and a distal end of the framework being attached to a distal end of the balloon, the framework otherwise being free-floating about the surface of the balloon. a balloon configured to move between a collapsed configuration and an expanded configuration; an expandable-collapsible framework disposed about an outer surface of the balloon; and a plurality of electrodes carried about an outer surface of the framework, characterised by including a plurality of spacers each disposed between the outer surface of the framework and one of the plurality of electrodes, and a distal end of the framework being attached to a distal end of the balloon, the framework otherwise being free-floating about the surface of the balloon.
A log transmission apparatus connected to a log collection apparatus via a communication network, the log transmission apparatus comprising: an application execution unit which executes one or more applications and outputs an operation log of each application in the log transmission apparatus; an environment change management unit which generates an environment code as information indicating a change in a state of the log transmission apparatus, wherein the state of the log transmission apparatus is an environment of the log transmission apparatus and includes a configuration of at least one of hardware and software of the log transmission apparatus; and a transmission unit which transmits the log and the environment code to the log collection apparatus, wherein the environment change management unit generates the environment code which indicates the change in the state during a period from a previous output to present output of the log by the application execution unit. an application execution unit which executes one or more applications and outputs an operation log of each application in the log transmission apparatus; an environment change management unit which generates an environment code as information indicating a change in a state of the log transmission apparatus, wherein the state of the log transmission apparatus is an environment of the log transmission apparatus and includes a configuration of at least one of hardware and software of the log transmission apparatus; and a transmission unit which transmits the log and the environment code to the log collection apparatus, wherein the environment change management unit generates the environment code which indicates the change in the state during a period from a previous output to present output of the log by the application execution unit.
A network system for processing bearer control, comprising: a media gateway, a first control entity and a second control entity, wherein the first control entity is adapted to route a call which is routed from a Time Division Multiplexing, TDM, bearer based network domain or originated by an intra-office Plain Ordinary Telephone Service, POTS, subscriber to an internet protocol, IP, bearer based network domain; the second control entity is adapted to route the call which is routed back from said IP bearer based network domain, wherein the call is destined to a TDM bearer based network domain or an intra-office POTS subscriber; the second control entity is adapted to determine, from session related information carried in a SIP message sent by the first control entity, that a media stream that enters into and exists from the IP bearer based network domain is exchanged on a same media gateway, and the first control entity and/or the second control entity is adapted to control the media gateway to directly connect TDM circuit ports or subscriber line ports at two sides to transmit the media stream.
A simulated solid fuel, comprising: a fuel body, a flow guiding device, a mist source and a light source, wherein the fuel body has a hollow structure inside, and is provided with a mist distribution chamber and an air directing chamber inside, the mist distribution chamber and the air directing chamber being isolated from each other inside the fuel body, mist outlets and mist inlets are respectively disposed on an outer surface of the fuel body, the mist outlets and the mist inlets all communicating with the mist distribution chamber, an upper surface of the fuel body is provided with an air ejection port, the air ejection port communicating with the air directing chamber; wherein the mist source is a device capable of generating mist, the mist source is provided with a mist delivery pipe connected to the mist inlets, and the mist source delivers the mist to the mist distribution chamber through the mist delivery pipe; the flow guiding device is disposed inside or at the bottom of the air directing chamber such that air inside the air directing chamber forms an upwardly rising air flow; and light emitted from the light source is irradiated onto the mist venting from the mist outlets, characterized in that: the mist outlets are disposed on a peripheral surface of the fuel body. an upper surface of the fuel body is provided with an air ejection port, the air ejection port communicating with the air directing chamber; wherein the mist source is a device capable of generating mist, the mist source is provided with a mist delivery pipe connected to the mist inlets, and the mist source delivers the mist to the mist distribution chamber through the mist delivery pipe; the flow guiding device is disposed inside or at the bottom of the air directing chamber such that air inside the air directing chamber forms an upwardly rising air flow; and light emitted from the light source is irradiated onto the mist venting from the mist outlets, characterized in that: the mist outlets are disposed on a peripheral surface of the fuel body.
A tyre for vehicle wheels comprising: - a carcass structure; - a tread band applied in radially outer position with respect to said carcass structure; characterized in that said tread band comprises a crosslinked elastomeric material obtained by crosslinking a crosslinkable elastomeric composition, wherein said elastomeric composition comprises at least a iso-styrene/trans-butadiene elastomeric copolymer having a styrene content higher than 30% by weight with respect the total weight of copolymer and molecular weight higher than 500,000 Dalton (g/mol). - a carcass structure; - a tread band applied in radially outer position with respect to said carcass structure;
A composition for use in the treatment of peripheral nerve disorder, comprising ( -1-((( -1-benzyl-2,3-dioxo-3-(cyclopropylamino)propyl)amino)carbonyl)-3-methylbutyl)carbamic acid 5-methoxy-3-oxapentyl ester, wherein the peripheral nerve disorder is at least one member selected from the group consisting of mechanical neuropathy, entrapment neuropathy, completely damaged (severed) peripheral nerves and peripheral nerves degenerated after damage.
A drive for a cargo bicycle, comprising a) an electric motor and a shiftable gear; and b) a total of four shafts spaced apart in parallel, namely a pedal crankshaft, an output shaft separate from the pedal crankshaft, a motor shaft and a gear shaft, wherein c) the pedal crankshaft is rotatably connected to the output shaft via the shiftable gear, and characterized in that the electric motor is arranged on one side of the pedal crankshaft and the gear and the drive shaft are arranged on the other side of the pedal crankshaft, and d) the pedal crankshaft, the electric motor, control electronics of the electric motor, the shiftable gear and the output shaft are arranged in a common housing, e) the electric motor is rotatably connected as a direct drive to the output shaft, namely via a single torque transmission element in the form of a chain or of a belt, in particular of a double chain, which runs around the pedal crankshaft, and f) the electric motor is a permanently excited inverter-fed machine and the control of the electric motor takes place by a field-oriented control. a) an electric motor and a shiftable gear; and b) a total of four shafts spaced apart in parallel, namely a pedal crankshaft, an output shaft separate from the pedal crankshaft, a motor shaft and a gear shaft, wherein c) the pedal crankshaft is rotatably connected to the output shaft via the shiftable gear, and characterized in that the electric motor is arranged on one side of the pedal crankshaft and the gear and the drive shaft are arranged on the other side of the pedal crankshaft, and d) the pedal crankshaft, the electric motor, control electronics of the electric motor, the shiftable gear and the output shaft are arranged in a common housing, e) the electric motor is rotatably connected as a direct drive to the output shaft, namely via a single torque transmission element in the form of a chain or of a belt, in particular of a double chain, which runs around the pedal crankshaft, and f) the electric motor is a permanently excited inverter-fed machine and the control of the electric motor takes place by a field-oriented control.