mhurhangee/ep-ind-claims huggingface dataset:
An aqueous composition comprising latex particles having crosslinking compounds, wherein the crosslinking compounds comprise diacetone acrylamide and methacrylamide, wherein the latex particles cross-link when applied to a substrate at ambient conditions, while not cross-linking in the aqueous phase.
An apparatus for acoustic scene classification of a block of audio samples, wherein the apparatus comprises a processing circuitry configured to: - partition the block into frames in the time domain; - for each frame of a plurality of frames of the block, calculate a change measure between the respective frame and a preceding frame of the block; - assign the frame to one of a set of short-event frames, a set of long-event frames, and a set of background frames, based on the calculated change measure, wherein a short-event frame refers to a frame of a short audio event, a long-event frame refers to a frame of a long audio event that is longer than the short audio event, and a background frame refers to a frame of a background that refers to audio blocks that do not include short or long audio events; and - determine a feature vector based on a feature computed from the set of short-event frames, the set of long-event frames, and the set of background frames. - partition the block into frames in the time domain; - for each frame of a plurality of frames of the block, calculate a change measure between the respective frame and a preceding frame of the block; - assign the frame to one of a set of short-event frames, a set of long-event frames, and a set of background frames, based on the calculated change measure, wherein a short-event frame refers to a frame of a short audio event, a long-event frame refers to a frame of a long audio event that is longer than the short audio event, and a background frame refers to a frame of a background that refers to audio blocks that do not include short or long audio events; and - determine a feature vector based on a feature computed from the set of short-event frames, the set of long-event frames, and the set of background frames.
A method for stress testing a device under test having a plurality of pins, the method comprising: generating a stress test pattern which independently stresses each pin of the plurality of pins, wherein the stress test pattern includes a plurality of test vectors; applying each test vector to the plurality of pins, wherein each test vector is applied for a predetermined amount of time wherein applying each test vector to the plurality of pins further comprises applying a stress voltage to only one pin of the plurality of pins while maintaining all other pins of the plurality of pins at ground; after applying all the test vectors of the stress test pattern, applying a programmable load to each pin independently and after applying each programmable load, comparing an output voltage of each pin to a predetermined voltage range to form an output vector for each pin; wherein applying a programmable load to each pin independently comprises: selecting each pin of the plurality of pins in turn, wherein for each selected pin, a programmable load is applied while all other pins that are not selected remain at ground. generating a stress test pattern which independently stresses each pin of the plurality of pins, wherein the stress test pattern includes a plurality of test vectors; applying each test vector to the plurality of pins, wherein each test vector is applied for a predetermined amount of time wherein applying each test vector to the plurality of pins further comprises applying a stress voltage to only one pin of the plurality of pins while maintaining all other pins of the plurality of pins at ground; after applying all the test vectors of the stress test pattern, applying a programmable load to each pin independently and after applying each programmable load, comparing an output voltage of each pin to a predetermined voltage range to form an output vector for each pin; wherein applying a programmable load to each pin independently comprises: selecting each pin of the plurality of pins in turn, wherein for each selected pin, a programmable load is applied while all other pins that are not selected remain at ground.
A mobile station apparatus that communicates with a base station apparatus using serving cells including a primary cell and a secondary cell, the mobile station apparatus comprising: a scheduling unit configured to determine two physical uplink control channel resources corresponding to a transmission using a physical downlink shared channel on the secondary cell in a case that a downlink transmission mode that supports the transmission of up to two downlink transport blocks using the physical downlink shared channel is configured for the secondary cell, and a physical downlink control channel that indicates the transmission using the physical downlink shared channel on the secondary cell is detected on the secondary cell, wherein the two physical uplink control channel resources are determined based on a single value of transmission power control command for the physical uplink control channel included in downlink control information, the downlink control information is transmitted using the physical downlink control channel characterised in that one of the two physical uplink control channel resources is determined from a first set of four physical uplink control channel resources which are configured by a higher layer, and the other one of the two physical uplink control channel resources is determined from a second set of four physical uplink control channel resources which are configured by the higher layer. a scheduling unit configured to determine two physical uplink control channel resources corresponding to a transmission using a physical downlink shared channel on the secondary cell in a case that a downlink transmission mode that supports the transmission of up to two downlink transport blocks using the physical downlink shared channel is configured for the secondary cell, and a physical downlink control channel that indicates the transmission using the physical downlink shared channel on the secondary cell is detected on the secondary cell, wherein the two physical uplink control channel resources are determined based on a single value of transmission power control command for the physical uplink control channel included in downlink control information, the downlink control information is transmitted using the physical downlink control channel characterised in that one of the two physical uplink control channel resources is determined from a first set of four physical uplink control channel resources which are configured by a higher layer, and the other one of the two physical uplink control channel resources is determined from a second set of four physical uplink control channel resources which are configured by the higher layer.
Installation for the farming of fish, wherein the installation comprises; - one or more farming net cages forming each a first water reservoir submersed and floating in a basin, said farming net cages being arranged with a wall that is not water permeable, - the basin forming a second water reservoir that is separate with regard to, and in fluid communication with, an external third water reservoir, wherein pipelines run between the basin and the third water reservoir for the transfer of water to and from the basin, and wherein a pipeline runs between each net cage and the third water reservoir for the release of water from a net cage to the third water reservoir - wherein the third water reservoir is the sea or ocean, wherein the installation is arranged such that the water surface in the basin and the water surface in the third water reservoir are set at approximately the same level, said installation being characterised in that it is further arranged such that the change of water between the second water reservoir and third water reservoir is completely or partially driven by the tidal differences for the third water reservoir. - one or more farming net cages forming each a first water reservoir submersed and floating in a basin, said farming net cages being arranged with a wall that is not water permeable, - the basin forming a second water reservoir that is separate with regard to, and in fluid communication with, an external third water reservoir, wherein pipelines run between the basin and the third water reservoir for the transfer of water to and from the basin, and wherein a pipeline runs between each net cage and the third water reservoir for the release of water from a net cage to the third water reservoir - wherein the third water reservoir is the sea or ocean, wherein the installation is arranged such that the water surface in the basin and the water surface in the third water reservoir are set at approximately the same level, said installation being characterised in that it is further arranged such that the change of water between the second water reservoir and third water reservoir is completely or partially driven by the tidal differences for the third water reservoir.
A power tool (100, 200, 300, 400) comprising a portable tool body (101, 201, 301) supporting a motion sensor unit (102, 202, 302, 402), which tool comprises or is connectable to a computerised unit (105, 205, 305) comprising a user interface (106, 206, 306, 406), characterised in that the power tool (100, 200, 300, 400) comprises an activation means by means of which the power tool may be set in two different modes, one production mode and one user interaction mode in which the power tool is configured to provide data from the motion sensor unit to interact with the user interface, such that a movement of the tool body is translated into an input to the user interface.
An apparatus comprising: means for receiving one or more reference signals characterized by further comprising means for determining one or more metrics from the one or more received reference signals; means for generating an input for a mapping model based on the one or more metrics; and means for providing the input to the mapping model to enable the mapping model to create a list of a plurality of configurations for signals that enable positioning that could be undertaken by a network, based on the generated input, wherein the configurations comprise one or more parameters for signals that enable positioning. means for receiving one or more reference signals characterized by further comprising means for determining one or more metrics from the one or more received reference signals; means for generating an input for a mapping model based on the one or more metrics; and means for providing the input to the mapping model to enable the mapping model to create a list of a plurality of configurations for signals that enable positioning that could be undertaken by a network, based on the generated input, wherein the configurations comprise one or more parameters for signals that enable positioning.
A stent for repairing post-anastomosis surgery leaks, comprising: an elongated tube having a proximal flare-shaped flange, a proximal cylindrical segment located distal to the proximal flare-shaped flange, an enlarged middle section, a distal cylindrical segment, and a distal flare-shaped flange located distal to the distal cylindrical segment, wherein an exterior surface of the elongated tube is substantially covered with a polymer to seal leaks and to prevent tissue in-growth, and wherein the enlarged middle section is integrally formed with the elongated tube.
An agricultural vehicle, comprising: an internal combustion engine; a fluid cooling system for cooling at least one component (32, 87) onboard the agricultural vehicle, the fluid cooling system being positioned in association with the internal combustion engine, and including a housing (72, 102), and at least one cooling unit arranged within the housing (72, 102), the fluid cooling system further including at least one fan, each said fan being associated with a respective said cooling unit and operable to effect air movement in a first direction and a second direction, a door which is pivotally mounted relative to the housing; an actuator connected with the door for moving the door between a closed position against the housing and an open position allowing cleaning of an interior of the housing; and an activator coupled with the actuator, for selectively activating the actuator, the activator further affecting selective operation of at least one said fan to effect the air movement in the first direction or the second direction, dependent upon whether the door is in the open position or the closed position, characterized in that the agricultural vehicle further includes a combustion air duct fluidly interconnecting between the interior of the fluid cooling system and the internal combustion engine, the combustion air duct including at least one baffle which is selectively operable to allow combustion air to enter the combustion air duct either from the interior or an exterior of the fluid cooling system. an internal combustion engine; a fluid cooling system for cooling at least one component (32, 87) onboard the agricultural vehicle, the fluid cooling system being positioned in association with the internal combustion engine, and including a housing (72, 102), and at least one cooling unit arranged within the housing (72, 102), the fluid cooling system further including at least one fan, each said fan being associated with a respective said cooling unit and operable to effect air movement in a first direction and a second direction, a door which is pivotally mounted relative to the housing; an actuator connected with the door for moving the door between a closed position against the housing and an open position allowing cleaning of an interior of the housing; and an activator coupled with the actuator, for selectively activating the actuator, the activator further affecting selective operation of at least one said fan to effect the air movement in the first direction or the second direction, dependent upon whether the door is in the open position or the closed position, characterized in that the agricultural vehicle further includes a combustion air duct fluidly interconnecting between the interior of the fluid cooling system and the internal combustion engine, the combustion air duct including at least one baffle which is selectively operable to allow combustion air to enter the combustion air duct either from the interior or an exterior of the fluid cooling system.
Vehicle comprising a rear crossmember for absorbing impacts, a rear bumper and a reversing sensor, said sensor being supported by the bumper, characterized in that the crossmember has an opening situated in front of the sensor, and in that a guide element is fastened to the crossmember, so as to guide the movement of the sensor towards the opening in the event of an accidental impact at reduced speed on the rear bumper caused by an external object.
A semiconductor nanocrystal particle comprising zinc, tellurium, and selenium, wherein an amount of the tellurium is less than an amount of the selenium, the particle comprises a core comprising a first semiconductor material comprising zinc, tellurium, and selenium and a shell disposed on at least a portion of the core and comprising a second semiconductor material having a different composition from the first semiconductor material, wherein the second semiconductor material comprises zinc, selenium, and sulfur, the semiconductor nanocrystal particle emits blue light comprising a maximum peak emission at a wavelength of greater than or equal to 440 nm and less than or equal to 470 nanometers (nm), wherein a mole ratio of the tellurium to the selenium is less than or equal to 0.05:1, wherein the semiconductor nanocrystal particle does not comprise cadmium, and wherein a size of the semiconductor nanocrystal particle is greater than or equal to 3 nm and less than or equal to 50 nm.
MODULAR SUBSEA EQUIPMENT, comprising: a block comprising a metallic structure, wherein the metallic structure includes panels on its lateral, lower and upper surfaces and the structure further comprises at one end a panel, said panel having a hole for installing an umbilical connector; a pipe mat located inside the structure, wherein the pipe mat comprises parallel pipes, wherein the parallel pipes have connectors, in which said connectors connect to pipes of multi-quick connectors (MQCs) and Logic Caps (28,29) that are located on the surface of the structure; an electrical control of an electrical instrumentation which is modularized inside the structure, and which has boxes with electrical connections, known as QUADs and comprising junction boxes, electrical connectors and Field Assembled Cable Termination (FACTs), wherein the electrical connectors connect to inlet and outlet umbilicals. a block comprising a metallic structure, wherein the metallic structure includes panels on its lateral, lower and upper surfaces and the structure further comprises at one end a panel, said panel having a hole for installing an umbilical connector; a pipe mat located inside the structure, wherein the pipe mat comprises parallel pipes, wherein the parallel pipes have connectors, in which said connectors connect to pipes of multi-quick connectors (MQCs) and Logic Caps (28,29) that are located on the surface of the structure; an electrical control of an electrical instrumentation which is modularized inside the structure, and which has boxes with electrical connections, known as QUADs and comprising junction boxes, electrical connectors and Field Assembled Cable Termination (FACTs), wherein the electrical connectors connect to inlet and outlet umbilicals.
A method for capture of a large DNA on a mineral matrix for purification comprising: (a) contacting a large DNA-containing sample with a phase separation solution comprising domiphen bromide; (b) capturing the phase separated large DNA from the prepared sample to the mineral matrix to provide captured large DNA; and (c) treating the captured large DNA with a salt solution, thereby increasing the retention of the captured large DNA. (a) contacting a large DNA-containing sample with a phase separation solution comprising domiphen bromide; (b) capturing the phase separated large DNA from the prepared sample to the mineral matrix to provide captured large DNA; and (c) treating the captured large DNA with a salt solution, thereby increasing the retention of the captured large DNA.
A tube fitting comprising: a first fitting member having a cylindrical body including a flange; a second fitting member (100, 101) comprising a body including a plurality of tines extending longitudinally away from the body, the plurality of tines being configured to engage the flange where the plurality of tines and the flange are configured to secure the first and second fitting members to each other; and at least one seal disposed between the first fitting member and the second fitting member and wherein the second fitting member includes an internal passage formed therethrough, and the body of the first fitting member has an internal passage and is configured to be at least partially inserted into the internal passage of the second fitting member. a first fitting member having a cylindrical body including a flange; a second fitting member (100, 101) comprising a body including a plurality of tines extending longitudinally away from the body, the plurality of tines being configured to engage the flange where the plurality of tines and the flange are configured to secure the first and second fitting members to each other; and at least one seal disposed between the first fitting member and the second fitting member and wherein the second fitting member includes an internal passage formed therethrough, and the body of the first fitting member has an internal passage and is configured to be at least partially inserted into the internal passage of the second fitting member. the second fitting member includes an internal passage formed therethrough, and the body of the first fitting member has an internal passage and is configured to be at least partially inserted into the internal passage of the second fitting member.
A method of determining water quality of a water sample, comprising: exposing the water sample to a test cell system so that the test cell system responds to the water sample by change in transcription factor activity in said test cell system; generating from the test cell system response an output correlative to the change of transcription factor activity in said test cell system; determining from comparison of said output with a transcription factor activity reference standard the quality of the water sample, and quantifying impacts of contaminants in said water sample on activities of multiple transcription factors in the test cell system; wherein a transcription factor signature is generated for said generated output, by constructing a library of reporter transcription units (RTUs), in which each RTU is constructed to include a common plasmid backbone and a unique transcription factor-inducible promoter that is fused to a transcribed reporter sequence, and transfecting the library of RTUs into cells of the test cell system, wherein the transfected library of RTUs produce reporter RNAs in amounts that are commensurate with the activities of the corresponding transcription factors present in the cells of the test cell system, wherein all RTUs are supplied with essentially identical reporter sequences, wherein each reporter sequence is tagged with a processing tag comprising a restriction cleavage site, the position of which varies among the RTUs, and wherein said generating said output comprises cleaving the restriction cleavage site to yield cleaved reporter species. exposing the water sample to a test cell system so that the test cell system responds to the water sample by change in transcription factor activity in said test cell system; generating from the test cell system response an output correlative to the change of transcription factor activity in said test cell system; determining from comparison of said output with a transcription factor activity reference standard the quality of the water sample, and quantifying impacts of contaminants in said water sample on activities of multiple transcription factors in the test cell system; wherein a transcription factor signature is generated for said generated output, by constructing a library of reporter transcription units (RTUs), in which each RTU is constructed to include a common plasmid backbone and a unique transcription factor-inducible promoter that is fused to a transcribed reporter sequence, and transfecting the library of RTUs into cells of the test cell system, wherein the transfected library of RTUs produce reporter RNAs in amounts that are commensurate with the activities of the corresponding transcription factors present in the cells of the test cell system, wherein all RTUs are supplied with essentially identical reporter sequences, wherein each reporter sequence is tagged with a processing tag comprising a restriction cleavage site, the position of which varies among the RTUs, and wherein said generating said output comprises cleaving the restriction cleavage site to yield cleaved reporter species.