mhurhangee/ep-ind-claims huggingface dataset:
An electrosurgical system comprising: an electrosurgical electrode (130, 220, 230, 240, 250, 260, 270, 280, 290, 300, 310, 330, 340) adapted to transmit electrical energy to patient tissue during an electrosurgical procedure, the electrode having a working surface (228A, 228B, 248A-248D, 256A-256C, 266A-266B, 276A-276C, 332) that is sharpened to concentrate the electrical energy transmitted from the electrode to the patient tissue during an electrosurgical procedure; and an electrosurgical wave generator electrically coupled to the electrode, the wave generator being adapted to sense various parameters of the electrosurgical system and automatically adjust the level of electrical energy being transmitted from the electrode to the patient tissue based upon a customized power curve stored in the wave generator, the customized power curve being such that during an electrosurgical procedure, power to the electrode is rapidly increased up to a pre-determined tissue impedance level, and then as tissue impedance increases above the pre-determined tissue impedance level, the power to the electrode is rapidly reduced in inverse proportion to further increases in tissue impedance. an electrosurgical electrode (130, 220, 230, 240, 250, 260, 270, 280, 290, 300, 310, 330, 340) adapted to transmit electrical energy to patient tissue during an electrosurgical procedure, the electrode having a working surface (228A, 228B, 248A-248D, 256A-256C, 266A-266B, 276A-276C, 332) that is sharpened to concentrate the electrical energy transmitted from the electrode to the patient tissue during an electrosurgical procedure; and an electrosurgical wave generator electrically coupled to the electrode, the wave generator being adapted to sense various parameters of the electrosurgical system and automatically adjust the level of electrical energy being transmitted from the electrode to the patient tissue based upon a customized power curve stored in the wave generator, the customized power curve being such that during an electrosurgical procedure, power to the electrode is rapidly increased up to a pre-determined tissue impedance level, and then as tissue impedance increases above the pre-determined tissue impedance level, the power to the electrode is rapidly reduced in inverse proportion to further increases in tissue impedance.
A circuit board in which a sintered oxide compact is formed as an electrically conductive layer on a surface of an insulating substrate, wherein the sintered oxide compact is represented by a composition formula: REaCobNicOx (where RE represents a rare earth element, a + b + c = 1, and 1.3 ≤ x ≤ 1.7); the sintered oxide compact comprises a perovskite phase with a perovskite-type oxide crystal structure; the a, b, and c satisfy the following relationships: 0.474 ≤ a ≤ 0.524, 0.200 ≤ b ≤ 0.475, and 0.025 ≤ c ≤ 0.300; and the sintered oxide compact further comprises RE 4 Co 3 O 10 or RE 4 Ni 3 O 10 in addition to the perovskite phase.
An automatic analyzing apparatus comprising a tank filled with a medium into which reaction containers are held; an agitating section for agitating a sample, a reagent, etc. in one of the reaction containers with ultrasonic waves transmitted to the reaction container through the medium, and an analyzing section for measuring a reaction product produced as an analysis target from the reagent, etc. and the sample under agitation, and analyzing components of the sample, wherein the agitating section includes a first ultrasonic wave generator, disposed below the reaction container, for generating a first ultrasonic wave to be transmitted to the reaction container, and a power supply unit for applying, to the first ultrasonic wave generator, a first voltage; characterized in that the agitating section further includes a second ultrasonic wave generator, disposed laterally of the reaction container, for generating a second ultrasonic wave to be transmitted to the reaction container, and the power supply unit is further adapted to apply, to the second ultrasonic wave generator, a second voltage, the second voltage having been subjected to frequency modulation at frequencies over an optional frequency range. a first ultrasonic wave generator, disposed below the reaction container, for generating a first ultrasonic wave to be transmitted to the reaction container, and a power supply unit for applying, to the first ultrasonic wave generator, a first voltage;
A method of performing ranging, which is performed by a user equipment, UE, in a wireless communication system, comprising the steps of: transmitting a device-to-device, D2D, discovery signal in a subframe N by a first UE; receiving a D2D signal in a subframe N+K from a second UE; and measuring a round trip time, RTT, by the first UE, by detecting the timing at which the D2D signal transmitted by the second UE is received, characterized in that: the subframe N+K in which the D2D signal is received has a subframe boundary configured based on a reception timing at the second UE of the D2D discovery signal. transmitting a device-to-device, D2D, discovery signal in a subframe N by a first UE; receiving a D2D signal in a subframe N+K from a second UE; and measuring a round trip time, RTT, by the first UE, by detecting the timing at which the D2D signal transmitted by the second UE is received, characterized in that: the subframe N+K in which the D2D signal is received has a subframe boundary configured based on a reception timing at the second UE of the D2D discovery signal.
A garment comprising one or plural fans for taking external air into a space between the garment and the body, characterized in that a fabric of the garment has a basis weight of 250 g/m 2 or less, and a contact cold/warm sensation value Q-max of 0.30 W/cm 2 or larger, wherein the contact cold/warm sensation value Q-max is measured by a method in which a measurement fabric and apparatus are left to stand for at least 12 hours in a room adjusted to have a temperature of 20°C and a relative humidity of 60%, a temperature of a T-BOX used for measuring a heat transfer amount in contact with the measurement fabric is adjusted to be 10°C higher than room temperature by setting a heat-storing hot plate BT at 30°C while a hot plate G-BT guarding a periphery of the hot plate BT for heating the hot plate BT is set at 20.3°C, and these hot plates are stabilized, and the measurement fabric is placed with its back side (skin side when worn) facing up, and the T-BOX is quickly placed on the measurement fabric to measure the Q-max; and wherein the fabric of the garment has an air permeability of 10 cc/cm 2 /sec or higher, wherein the air permeability is measured in accordance with JIS L1096 8.26.1 Air Permeability - Method A (Frazier method). characterized in that a fabric of the garment has a basis weight of 250 g/m 2 or less, and a contact cold/warm sensation value Q-max of 0.30 W/cm 2 or larger, wherein the contact cold/warm sensation value Q-max is measured by a method in which a measurement fabric and apparatus are left to stand for at least 12 hours in a room adjusted to have a temperature of 20°C and a relative humidity of 60%, a temperature of a T-BOX used for measuring a heat transfer amount in contact with the measurement fabric is adjusted to be 10°C higher than room temperature by setting a heat-storing hot plate BT at 30°C while a hot plate G-BT guarding a periphery of the hot plate BT for heating the hot plate BT is set at 20.3°C, and these hot plates are stabilized, and the measurement fabric is placed with its back side (skin side when worn) facing up, and the T-BOX is quickly placed on the measurement fabric to measure the Q-max; and wherein the fabric of the garment has an air permeability of 10 cc/cm 2 /sec or higher, wherein the air permeability is measured in accordance with JIS L1096 8.26.1 Air Permeability - Method A (Frazier method).
Electrical connector system comprising at least one terminal, adapted to be conductively connected to a printed circuit board; and at least one cavity body element, comprising a cavity and at least one primary locking member, wherein the cavity is adapted to receive the at least one terminal and extends from a front end to a rear end of the cavity body element, wherein the front end is arranged opposite of the rear end, and wherein the primary locking member is adapted to lock the at least one terminal, wherein the primary locking member comprises a releasing arm, protruding through a lateral surface of the cavity body element, characterized by the at least one cavity body element being integrally formed with a part of the housing, covering the printed circuit board, and by further comprising a secondary locking element, wherein the secondary locking element comprises at least one blocking portion assigned to the at least one primary locking member, to prevent the releasing of the primary locking member, in an engaging position of the secondary locking element.
A rubber ply for a motorcycle tire, the rubber ply comprising pairs of textile cords arranged in parallel in a plane, wherein the distance (d p) between two adjacent pairs of textile cords is at least five times larger than the distance (d i) between two parallel textile cords within a pair of textile cords, characterized in that the textile cords are made of Nylon 6.6 and each textile cord of the pairs of textile cords comprises two cord plies, the two cord plies in one or more of the textile cords are twisted together in a range from 314.96 twists per meter (8 TPI) to 472.44 twists per meter (12 TPI) and wherein each of the cord plies has a density ranging from 500 dtex to 2000 dtex.
Apparatus for treating biological tissue using a low-pressure plasma, comprising a) a transformer for generating a high-frequency electromagnetic field, b) a probe which is able to be electrically coupled to the transformer, and c) a control device for controlling the high-frequency electromagnetic field generated by the transformer, wherein the transformer has a primary coil and a secondary coil arranged coaxially thereto, characterized in that the intermediate space between the primary coil and the secondary coil in the overlap area of the two coils (4, 5) increases from a first distance to a second, greater distance in the direction of a coupling for the probe, wherein the primary coil is arranged in a conical and coaxial manner over the secondary coil. a) a transformer for generating a high-frequency electromagnetic field, b) a probe which is able to be electrically coupled to the transformer, and c) a control device for controlling the high-frequency electromagnetic field generated by the transformer,
Communication network, wherein said network includes a plurality of communication elements that are base stations and operating nodes being associated to at least one of said base stations and that function as transmitters and/or receivers, wherein said operating nodes being grouped depending on their complexity and/or capabilities, wherein the communication between said base stations and said operating nodes is performed by way of generating and transmitting signals based on a multi-carrier modulation with a number of N subcarriers around a carrier frequency f c in an employed frequency band, said employed frequency band being partitioned into a predetermined number K of classes - receiver classes -, wherein each receiver class 1 < k < K uses the inner-most M k subcarriers around said carrier frequency f c, and operating nodes of a specific group operating by using a specific receiver class k, and wherein said operating nodes are configured to perform, upon receiving a transmitted signal from at least one of said base stations, a sub-sampling of the received signal, wherein only a predetermined number of the inner-most subcarriers around said carrier frequency f c, according to corresponding receiver classes of said operating nodes, are employed for data reconstruction.
A computer system providing isolation of computer network hosts that are associated with elevated network risk, wherein the network comprises one or more clients (122A, 122B, 122C), one or more switches, one or more server resources, a network management station, and an address server that manages a normal address pool, the system characterized by: a high-alert address pool separate from the normal address pool, associated with suspected malicious network users and managed by the address server; a decision controller coupled in the network and comprising one or more sequences of computer program instructions, which instructions, when executed by one or more processors, cause the one or more processors to: determine a user identifier associated with a network device that has caused a security event in the network; cause the network device to receive a network address that is selected from a subset of addresses within the high-alert address pool; and configure one or more security restrictions with respect to the selected network address. a high-alert address pool separate from the normal address pool, associated with suspected malicious network users and managed by the address server; a decision controller coupled in the network and comprising one or more sequences of computer program instructions, which instructions, when executed by one or more processors, cause the one or more processors to: determine a user identifier associated with a network device that has caused a security event in the network; cause the network device to receive a network address that is selected from a subset of addresses within the high-alert address pool; and configure one or more security restrictions with respect to the selected network address. determine a user identifier associated with a network device that has caused a security event in the network; cause the network device to receive a network address that is selected from a subset of addresses within the high-alert address pool; and configure one or more security restrictions with respect to the selected network address.
A smartphone case for attachment to a smartphone (204, 1000), the smartphone case comprising: a microphone (104, 925) disposed on the case to detect sound; a cryptographic module (106, 905) disposed on the case in communication with the microphone (104, 925) to generate encrypted audio data based on the detected sound; a communication interface (108, 910) disposed on the case in communication with the cryptographic module (106, 905), wherein the communication interface is configured to convey the encrypted audio data to the smartphone (204, 1000); characterised by further comprising: an audio-sensor inhibitor (110, 930) arranged to be positioned adjacent to a smartphone audio sensor for allowing inhibiting detection of sound by the smartphone audio sensor. a microphone (104, 925) disposed on the case to detect sound; a cryptographic module (106, 905) disposed on the case in communication with the microphone (104, 925) to generate encrypted audio data based on the detected sound; a communication interface (108, 910) disposed on the case in communication with the cryptographic module (106, 905), wherein the communication interface is configured to convey the encrypted audio data to the smartphone (204, 1000); characterised by further comprising: an audio-sensor inhibitor (110, 930) arranged to be positioned adjacent to a smartphone audio sensor for allowing inhibiting detection of sound by the smartphone audio sensor.
A wall-surface flower bed structure to set plants along a wall-surface of buildings or architectures, the wall-surface flower bed structure comprising: a plant-holding pot operable to hold a plant, a plurality of through holes (4a, 4b) for water passage being formed in a bottom surface and side surface thereof, and the root section of the plant being covered with a water-permeable material that allows permeation of water; a box body having a plurality of insertion holes for attaching to a wall-surface of buildings or architectures with fixing tools being formed in a back side, and also has a plurality of insertion holes for connecting to other box bodies with fixing tools horizontally or for connecting to an outer frame body which allows multiple installation of the box body vertically in multiple rows with fixing tools being formed in left and right sides, characterized in that the box body has an opened upper surface and has an inclined section for the placement of a plurality of plant-holding pots to be moved freely in a horizontal direction, a water-collecting section collecting water at the lower end side of the inclined section and having a recessed portion, and a water outlet for discharging water that is not collected in the water-collecting section. a plant-holding pot operable to hold a plant, a plurality of through holes (4a, 4b) for water passage being formed in a bottom surface and side surface thereof, and the root section of the plant being covered with a water-permeable material that allows permeation of water; a box body having a plurality of insertion holes for attaching to a wall-surface of buildings or architectures with fixing tools being formed in a back side, and also has a plurality of insertion holes for connecting to other box bodies with fixing tools horizontally or for connecting to an outer frame body which allows multiple installation of the box body vertically in multiple rows with fixing tools being formed in left and right sides,
A apparatus for signal receiving, wherein the apparatus comprises: a detection unit(23a2), configured to detect a first signal and a second signal that are sent by a first network device; and an information obtaining unit(23a3), configured to: obtain OFDM-symbol index information based on the first signal, and obtain first-time-unit index information based on the second signal, wherein the OFDM-symbol index information indicates an index of an OFDM symbol in which the first signal is located in a first time unit, the first-time-unit index information indicates an index of a first time unit in which the second signal is located in a second time unit, one second time unit comprises at least two first time units, and each first time unit comprises at least two OFDM symbols, wherein the first signal is a synchronization signal and the second signal is a broadcast signal, and signaling of the second signal explicitly indicates the first-time-unit index information of the second signal, characterized in that scrambling code in the broadcast signal carries OFDM-symbol index information corresponding to the broadcast signal. a detection unit(23a2), configured to detect a first signal and a second signal that are sent by a first network device; and an information obtaining unit(23a3), configured to: obtain OFDM-symbol index information based on the first signal, and obtain first-time-unit index information based on the second signal, wherein the OFDM-symbol index information indicates an index of an OFDM symbol in which the first signal is located in a first time unit, the first-time-unit index information indicates an index of a first time unit in which the second signal is located in a second time unit, one second time unit comprises at least two first time units, and each first time unit comprises at least two OFDM symbols, wherein the first signal is a synchronization signal and the second signal is a broadcast signal, and signaling of the second signal explicitly indicates the first-time-unit index information of the second signal, characterized in that scrambling code in the broadcast signal carries OFDM-symbol index information corresponding to the broadcast signal.
A heat exchanger apparatus (40, 140) for a gas turbine engine, comprising a plurality of heat exchanger pipes (48, 148), each pipe (48, 148) having two identical, spaced apart legs (50, 150) which are parallel to each other, each leg having a first end (52, 162) and a second end and the second ends being connected by a bridge which extends transversely between the two legs (50, 150), each leg (50, 150) including a first upright segment with a first bend at the first end (52, 152), a second upright segment with a second, opposite bend at the second end, and a straight segment therebetween; wherein the heat exchanger pipes (48, 148) are disposed in a repeating pattern such that the bridge of each heat exchanger pipe (48, 148) is joined to and contacting at least one other heat exchanger pipe.
A coffee capsule maker comprising a rotating carousel with at least one capsule hitch, a capsule deposit, a coffee deposit, a capsule cover provider having a sealing piston, and an extracting window with means for releasing the capsule from the hitch, wherein the rotating carousel goes through consecutively the capsule deposit, the coffee deposit, the capsule cover provider and the extracting window, characterized in that the coffee deposit is a coffee grain deposit with a coffee grinder in its lower part, wherein the rotating carousel and the coffee grinder are activated by a common shaft; and in that the sealing piston has an electrical resistance to seal the capsule cover on the capsule.
A veno-arterial extracorporeal membrane oxygenation (VA ECMO) system comprising: a dual lumen drainage cannula comprising: a first drainage tube having a proximal end, a distal end, and a sidewall extending between the proximal end and the distal end; a second drainage tube coaxially aligned with the first drainage tube and having a proximal end, a distal end, and a sidewall extending between the proximal end and the distal end; and a connector configured for fluidly connecting with the first drainage tube and the second drainage tube; a blood pump having a pump inlet and a pump outlet, the pump inlet configured for fluidly connecting to the connector; an oxygenator having an oxygenator inlet and an oxygenator outlet, the oxygenator inlet configured for fluidly connecting with the pump outlet; and an infusion cannula configured for fluidly connecting with the oxygenator outlet, wherein the first drainage tube and the second drainage tube are fixedly connected to each other along the length of the tapering section of the second drainage tube at the distal end of the second drainage tube, and wherein the first drainage tube is configured for drainage from a right atrium and the second drainage tube is configured for drainage from a pulmonary artery. a dual lumen drainage cannula comprising: a first drainage tube having a proximal end, a distal end, and a sidewall extending between the proximal end and the distal end; a second drainage tube coaxially aligned with the first drainage tube and having a proximal end, a distal end, and a sidewall extending between the proximal end and the distal end; and a connector configured for fluidly connecting with the first drainage tube and the second drainage tube; a first drainage tube having a proximal end, a distal end, and a sidewall extending between the proximal end and the distal end; a second drainage tube coaxially aligned with the first drainage tube and having a proximal end, a distal end, and a sidewall extending between the proximal end and the distal end; and a connector configured for fluidly connecting with the first drainage tube and the second drainage tube; a blood pump having a pump inlet and a pump outlet, the pump inlet configured for fluidly connecting to the connector; an oxygenator having an oxygenator inlet and an oxygenator outlet, the oxygenator inlet configured for fluidly connecting with the pump outlet; and an infusion cannula configured for fluidly connecting with the oxygenator outlet, wherein the first drainage tube and the second drainage tube are fixedly connected to each other along the length of the tapering section of the second drainage tube at the distal end of the second drainage tube, and wherein the first drainage tube is configured for drainage from a right atrium and the second drainage tube is configured for drainage from a pulmonary artery.