mhurhangee/ep-ind-claims huggingface dataset:
A fingerprint recognition module, comprising: a protective cover, a fingerprint recognition sensor, a circuit connector, a wall plate, and a lower cover, wherein the protective cover is located over the wall plate, the wall plate encircles the fingerprint recognition sensor, the protective cover fully covers an upper opening of the wall plate, electronic waterproof adhesive is provided in a seam between the wall plate and the protective cover, the lower cover is located under the wall plate, the lower cover bonds with a lower part of the wall plate, and the circuit connector is electrically connected to the fingerprint recognition sensor; wherein "over" refers to a direction that a fingerprint sensing surface of the fingerprint recognition sensor faces, and "under" refers to a direction opposite to the direction that the fingerprint sensing surface of the fingerprint recognition sensor faces, characterized in that: a side opening is provided on a side face of the wall plate, the circuit connector protrudes from the side opening, and the side opening is stuffed with waterproof adhesive, or the fingerprint recognition module further comprises an elastomer, and the elastomer tightly fits the side opening. a protective cover, a fingerprint recognition sensor, a circuit connector, a wall plate, and a lower cover, wherein the protective cover is located over the wall plate, the wall plate encircles the fingerprint recognition sensor, the protective cover fully covers an upper opening of the wall plate, electronic waterproof adhesive is provided in a seam between the wall plate and the protective cover, the lower cover is located under the wall plate, the lower cover bonds with a lower part of the wall plate, and the circuit connector is electrically connected to the fingerprint recognition sensor; wherein "over" refers to a direction that a fingerprint sensing surface of the fingerprint recognition sensor faces, and "under" refers to a direction opposite to the direction that the fingerprint sensing surface of the fingerprint recognition sensor faces, characterized in that: a side opening is provided on a side face of the wall plate, the circuit connector protrudes from the side opening, and the side opening is stuffed with waterproof adhesive, or the fingerprint recognition module further comprises an elastomer, and the elastomer tightly fits the side opening. a side opening is provided on a side face of the wall plate, the circuit connector protrudes from the side opening, and the side opening is stuffed with waterproof adhesive, or the fingerprint recognition module further comprises an elastomer, and the elastomer tightly fits the side opening.
A storage device comprising: a memory device comprising a plurality of memory blocks; and a memory controller configured to: control a garbage collection operation of the memory device; and select a victim block (BLK V) and a target block (BLK_T) for performing the garbage collection operation among the plurality of memory blocks, according to state information of each of the plurality of memory blocks and feature information of data written in each of the plurality of memory blocks, by using a reinforcement learning model, wherein each of the plurality of memory blocks comprises at least one page and the state information comprises at least one of: the number of valid pages among pages of the plurality of memory blocks, a performance of the memory device, expected life times of the plurality of memory blocks, and erasing elapsed times of the plurality of memory blocks, and the feature information comprises at least one of: an expected life time of data input from a host, a continuity of the data input from the host, a multistream identifier assigned according to a use frequency of the data. a memory device comprising a plurality of memory blocks; and a memory controller configured to: control a garbage collection operation of the memory device; and select a victim block (BLK V) and a target block (BLK_T) for performing the garbage collection operation among the plurality of memory blocks, according to state information of each of the plurality of memory blocks and feature information of data written in each of the plurality of memory blocks, by using a reinforcement learning model, wherein each of the plurality of memory blocks comprises at least one page and the state information comprises at least one of: the number of valid pages among pages of the plurality of memory blocks, a performance of the memory device, expected life times of the plurality of memory blocks, and erasing elapsed times of the plurality of memory blocks, and the feature information comprises at least one of: an expected life time of data input from a host, a continuity of the data input from the host, a multistream identifier assigned according to a use frequency of the data. control a garbage collection operation of the memory device; and select a victim block (BLK V) and a target block (BLK_T) for performing the garbage collection operation among the plurality of memory blocks, according to state information of each of the plurality of memory blocks and feature information of data written in each of the plurality of memory blocks, by using a reinforcement learning model, wherein each of the plurality of memory blocks comprises at least one page and the state information comprises at least one of: the number of valid pages among pages of the plurality of memory blocks, a performance of the memory device, expected life times of the plurality of memory blocks, and erasing elapsed times of the plurality of memory blocks, and the feature information comprises at least one of: an expected life time of data input from a host, a continuity of the data input from the host, a multistream identifier assigned according to a use frequency of the data.
A method for providing a screenshot service on a terminal device, the method comprising: starting, by a main thread of the screenshot service, a producer thread and a consumer thread, and establishing, at a specified port, a session connection to an application invoking the screenshot service; determining, by the producer thread, a screenshot command instruction being received, by listening to a data reading instruction on the session connection; executing, by the producer thread, a screenshot operation in response to the received screenshot command instruction, and writing screen data captured into a buffer; and reading, by the consumer thread, the screen data stored by the producer thread from the buffer, executing, image processing on the screen data to generate a screenshot image, and returning the screenshot image to the application invoking the screenshot service, wherein the returning comprises: sending, by the consumer thread, the screenshot image to the application invoking the screenshot service via the session connection, wherein a thread synchronization mechanism is set between the producer thread and the consumer thread to prevent the producer thread and the consumer thread from simultaneously accessing the buffer, and the buffer is a circular buffer. starting, by a main thread of the screenshot service, a producer thread and a consumer thread, and establishing, at a specified port, a session connection to an application invoking the screenshot service; determining, by the producer thread, a screenshot command instruction being received, by listening to a data reading instruction on the session connection; executing, by the producer thread, a screenshot operation in response to the received screenshot command instruction, and writing screen data captured into a buffer; and reading, by the consumer thread, the screen data stored by the producer thread from the buffer, executing, image processing on the screen data to generate a screenshot image, and returning the screenshot image to the application invoking the screenshot service, wherein the returning comprises: sending, by the consumer thread, the screenshot image to the application invoking the screenshot service via the session connection, wherein a thread synchronization mechanism is set between the producer thread and the consumer thread to prevent the producer thread and the consumer thread from simultaneously accessing the buffer, and the buffer is a circular buffer. the producer thread and the consumer thread to prevent the producer thread and the consumer thread from simultaneously accessing the buffer, and the buffer is a circular buffer.
Interlock system to block or free a cogwheel of an actuation mechanism of an earth switch for gas insulated substation, this interlock system comprising a housing enclosing: - a swivel lever having an end moveable between a blocking position pressed against the cogwheel, and a free position at a distance from the cogwheel; - a rotating axle movable between a blocking position and a free position, having an inner extremity cooperating with the swivel lever to move it from its blocking position to its free position and conversely upon rotation of this axle, and an outer extremity protruding at an outer face of the housing to allow actuation of this axle by an operator; - a key lock (8, 9) secured to the housing and cooperating with the axle to lock this axle in its blocking position or in its free position. - a swivel lever having an end moveable between a blocking position pressed against the cogwheel, and a free position at a distance from the cogwheel; - a rotating axle movable between a blocking position and a free position, having an inner extremity cooperating with the swivel lever to move it from its blocking position to its free position and conversely upon rotation of this axle, and an outer extremity protruding at an outer face of the housing to allow actuation of this axle by an operator; - a key lock (8, 9) secured to the housing and cooperating with the axle to lock this axle in its blocking position or in its free position.
A method of producing a composition for protecting an aquatic invertebrate animal from disease, comprising, a) identifying a target nucleic acid molecule of a microorganism causing said disease; b) preparing a protective molecule selected from the group consisting of: (i) a dsRNA molecule comprising at least one RNA molecule that is capable of hybridizing to said target nucleic acid molecule of said microorganism; and (ii) an antisense RNA molecule comprising a sequence that is the full or partial complement of said target nucleic acid molecule of said microorganism; and c) preparing a composition comprising said protective molecule; wherein said dsRNA molecule or said antisense RNA molecule is a naked dsRNA or antisense molecule, and wherein said composition comprises aquatic invertebrate feed, wherein said composition when orally administered to aquatic invertebrates protects said aquatic invertebrates from said disease. a) identifying a target nucleic acid molecule of a microorganism causing said disease; b) preparing a protective molecule selected from the group consisting of: (i) a dsRNA molecule comprising at least one RNA molecule that is capable of hybridizing to said target nucleic acid molecule of said microorganism; and (ii) an antisense RNA molecule comprising a sequence that is the full or partial complement of said target nucleic acid molecule of said microorganism; and (i) a dsRNA molecule comprising at least one RNA molecule that is capable of hybridizing to said target nucleic acid molecule of said microorganism; and (ii) an antisense RNA molecule comprising a sequence that is the full or partial complement of said target nucleic acid molecule of said microorganism; and c) preparing a composition comprising said protective molecule;
An adjustable anchoring device for the wall assembly of coating panels, comprising an anchoring plaque to a panel and a coupling for anchoring to a wall, said device comprising a slide sliding linearly with respect to said plaque, in a first direction, said coupling being at least partially associated with said slide and movable with respect to the latter in at least a second direction, substantially perpendicular with respect to said first direction; actuation means (13B, 14b, 15B) suitable for controlling said movement of said coupling in said second direction; said actuation means comprising an actuation bolt at least partly housed in said slide, said actuation bolt being arranged parallel to said regulation bolt; said coupling being a hook linearly movable along said second direction only, following an activation of said actuation bolt, the device being characterized in that said actuation means further comprise an adjustable knee mechanism, comprising levers articulated to both pawls with threaded holes and to said hook, said pawls being engaged on said actuation bolt, so as to move said hook in said second direction following the rotation of said actuation bolt.
Method of a telecommunication service retrieving a location of a mobile station connected in a mobile network, the mobile network having a stored location of the mobile station, characterized by the steps of; • including a condition with a request for the location by the requesting telecommunication service, the condition comprises an age threshold, • sending said request to the mobile network, • checking if the stored location in the mobile network of the mobile station meets the condition by the mobile network, • reporting the stored location back to the requesting service when the condition is met, being age of the stored location is less than the age threshold, • measuring a location of the mobile station and report back to the requesting service when the condition is not met. • including a condition with a request for the location by the requesting telecommunication service, the condition comprises an age threshold, • sending said request to the mobile network, • checking if the stored location in the mobile network of the mobile station meets the condition by the mobile network, • reporting the stored location back to the requesting service when the condition is met, being age of the stored location is less than the age threshold, • measuring a location of the mobile station and report back to the requesting service when the condition is not met.
An artificial turf ground cover, comprising: a plurality of artificial turf fibers coupled to a backing to form an artificial turf structure; and an infill disposed between the artificial turf fibers characterized in that the infill is made of microporous oolitic aragonite particles having a surface that scatters light in multiple directions.
An apparatus, comprising: a processor to process a signal to generate a plurality of processed signals; a plurality of inverse discrete fast Fourier transform, IDFT, processors respectively to process the plurality of processed signals to generate a plurality of signal streams respectively across a plurality of channels, wherein: a first of the IDFT processors to process a first of the plurality of processed signals to generate a first of the plurality of signal streams in accordance with a fast Fourier transform, FFT, channelization for a first number of orthogonal frequency division multiplexing, OFDM, tones; and a second of the IDFT processors to process a second of the plurality of processed signals to generate a second of the plurality of signal streams in accordance with the FFT channelization for a second number μof OFDM tones; and at least one communication interface to transmit the plurality of signal streams to at least one additional apparatus; characterized in that at least one of the first number of OFDM tones and the second number of OFDM tones corresponds to a frst sub-bandwidth of an available bandwidth of a given TV white space, TVWS. channel at a first time, and a second sub-bandwidth of the available bandwidth of the given TVWS channel that is larger than the first sub-band with at a second time within an alternative operational mode. a processor to process a signal to generate a plurality of processed signals; a plurality of inverse discrete fast Fourier transform, IDFT, processors respectively to process the plurality of processed signals to generate a plurality of signal streams respectively across a plurality of channels, wherein: a first of the IDFT processors to process a first of the plurality of processed signals to generate a first of the plurality of signal streams in accordance with a fast Fourier transform, FFT, channelization for a first number of orthogonal frequency division multiplexing, OFDM, tones; and a second of the IDFT processors to process a second of the plurality of processed signals to generate a second of the plurality of signal streams in accordance with the FFT channelization for a second number μof OFDM tones; and a first of the IDFT processors to process a first of the plurality of processed signals to generate a first of the plurality of signal streams in accordance with a fast Fourier transform, FFT, channelization for a first number of orthogonal frequency division multiplexing, OFDM, tones; and a second of the IDFT processors to process a second of the plurality of processed signals to generate a second of the plurality of signal streams in accordance with the FFT channelization for a second number μof OFDM tones; and at least one communication interface to transmit the plurality of signal streams to at least one additional apparatus; a frst sub-bandwidth of an available bandwidth of a given TV white space, TVWS. channel at a first time, and a second sub-bandwidth of the available bandwidth of the given TVWS channel that is larger than the first sub-band with at a second time within an alternative operational mode.
A ferromagnetic transformer core having a corrosion-resistant coating system, said ferromagnetic transformer core comprising: top and bottom yokes, and at least one core leg (80,82), said ferromagnetic core having outer surfaces exposed to the surrounding environment; wherein in said corrosion-resistant coating system: a first coating layer is an inorganic zinc silicate forming a barrier between said core outer surfaces and a second coating layer; said second coating layer is a polysiloxane forming a barrier between said first coating layer and a third coating layer; and said third coating layer is a room temperature vulcanizing silicone rubber composition forming a barrier between said second coating layer and the surrounding environment. a first coating layer is an inorganic zinc silicate forming a barrier between said core outer surfaces and a second coating layer; said second coating layer is a polysiloxane forming a barrier between said first coating layer and a third coating layer; and said third coating layer is a room temperature vulcanizing silicone rubber composition forming a barrier between said second coating layer and the surrounding environment.
A method performed by a processor of a defibrillating system, the method comprising: identifying, by the processor of the defibrillating system, a) information indicative of a performance of a caregiver and b) information indicative of health status of a victim, wherein the information indicative of the performance of the caregiver includes information about the quality of chest compressions delivered to the victim and comprises historical information of the victim's treatment with the defibrillating system; and wherein the information indicative of the health status of the victim includes a representation of a portion of an ECG signal associated with a historical treatment event associated with treatment of the victim with the defibrillating system; and providing for transmittal, by the processor of the defibrillating system, of the information indicative of the performance of the caregiver and the information indicative of health status of the victim to a local computing device for a further caregiver to continue the care of the victim provided by the caregiver using the defibrillating system, wherein the local computing device comprises one of another defibrillator, a laptop computer and a mobile computing device. identifying, by the processor of the defibrillating system, a) information indicative of a performance of a caregiver and b) information indicative of health status of a victim, a) information indicative of a performance of a caregiver and b) information indicative of health status of a victim, wherein the information indicative of the performance of the caregiver includes information about the quality of chest compressions delivered to the victim and comprises historical information of the victim's treatment with the defibrillating system; and wherein the information indicative of the health status of the victim includes a representation of a portion of an ECG signal associated with a historical treatment event associated with treatment of the victim with the defibrillating system; and providing for transmittal, by the processor of the defibrillating system, of the information indicative of the performance of the caregiver and the information indicative of health status of the victim to a local computing device for a further caregiver to continue the care of the victim provided by the caregiver using the defibrillating system, wherein the local computing device comprises one of another defibrillator, a laptop computer and a mobile computing device.
An antimicrobial composition comprising: a. 0.01 to 10% by weight of a water soluble vinyl polymer comprising polyvinyl alcohol, b. 0.1 to 20% by weight of a carboxylic acid having pKa greater than 4.5, c. 1 to 80% by weight an anionic surfactant; wherein the pH of the composition is in the range of 5 to 6.5; and wherein the anionic surfactant is selected from sodium lauryl sulfate, sodium lauryl ether sulfate. a. 0.01 to 10% by weight of a water soluble vinyl polymer comprising polyvinyl alcohol, b. 0.1 to 20% by weight of a carboxylic acid having pKa greater than 4.5, c. 1 to 80% by weight an anionic surfactant;
A method for performing uplink transmission, by a user equipment, UE, based on an indicator in a wireless communication system, comprising: receiving, from a base station, an indicator indicating whether or not uplink feedback for a paging indicator is enabled during a specific radio resource control, RRC, state; receiving, from the base station, a paging indicator corresponding to an identity, ID. of the UE; and based on the indicator indicating that the uplink feedback for the paging indicator is enabled, performing uplink transmission as a response to the paging indicator while being in the specific RRC state. receiving, from a base station, an indicator indicating whether or not uplink feedback for a paging indicator is enabled during a specific radio resource control, RRC, state; receiving, from the base station, a paging indicator corresponding to an identity, ID. of the UE; and based on the indicator indicating that the uplink feedback for the paging indicator is enabled, performing uplink transmission as a response to the paging indicator while being in the specific RRC state.