mhurhangee/ep-ind-claims huggingface dataset:
An ultrasound treatment device comprising: a plurality of image converters (10, 210) configured to transmit ultrasound signals to a target and receive the signals reflected from the target to create an ultrasound image; a plurality of high intensity focused ultrasound (HIFU) converters(20, 220) configured to transmit ultrasound signals to the target to generate heat energy, thereby treating the tissue within a focusing area; and a control unit configured to perform control to keep apertures of converter arrays constituted by the image converters and the HIFU converters, respectively, similar, wherein the image converters (10, 210) and the HIFU converters (20, 220) are each disposed in different positions on one surface of the probe assembly (50, 250, 350), and are configured to have frequency response characteristics of different center frequency bands, wherein the image converters (10, 210) and the HIFU converters (20, 220) form a circular image converter group and a circular HIFU converter group respectively by the same type of converter, and are arranged on one surface of the probe assembly to form concentric circles having different radii, characterised in that the circular image converter group and the circular HIFU converter group are repeatedly arranged in an alternating manner in a direction in which the radius increases from a center of the probe assembly. a plurality of image converters (10, 210) configured to transmit ultrasound signals to a target and receive the signals reflected from the target to create an ultrasound image; a plurality of high intensity focused ultrasound (HIFU) converters(20, 220) configured to transmit ultrasound signals to the target to generate heat energy, thereby treating the tissue within a focusing area; and a control unit configured to perform control to keep apertures of converter arrays constituted by the image converters and the HIFU converters, respectively, similar, wherein the image converters (10, 210) and the HIFU converters (20, 220) are each disposed in different positions on one surface of the probe assembly (50, 250, 350), and are configured to have frequency response characteristics of different center frequency bands, wherein the image converters (10, 210) and the HIFU converters (20, 220) form a circular image converter group and a circular HIFU converter group respectively by the same type of converter, and are arranged on one surface of the probe assembly to form concentric circles having different radii, characterised in that the circular image converter group and the circular HIFU converter group are repeatedly arranged in an alternating manner in a direction in which the radius increases from a center of the probe assembly.
A photocurable composition comprising: a compound having an unsaturated double bond; at least one compound represented by general formula; a sensitizer; and a copper-based organometal compound, where R 1 and R 2 are each independently a substituent containing at least one group selected from the group consisting of a nitro group, a cyano group, a hydroxy group, an acetyl group, a carbonyl group, a substituted or unsubstituted allyl group, a substituted or unsubstituted alkyl group, a substituted or unsubstituted alkoxy group, an unsubstituted or substituted aryl group, an unsubstituted or substituted aryloxy group, a heterocyclic ring structure-containing group, and a group having a plurality of rings; or R 1 and R 2 are bonded to each other to form a cyclic structure with carbon atoms to which the groups are bonded. a compound having an unsaturated double bond; at least one compound represented by general formula; a sensitizer; and a copper-based organometal compound, where R 1 and R 2 are each independently a substituent containing at least one group selected from the group consisting of a nitro group, a cyano group, a hydroxy group, an acetyl group, a carbonyl group, a substituted or unsubstituted allyl group, a substituted or unsubstituted alkyl group, a substituted or unsubstituted alkoxy group, an unsubstituted or substituted aryl group, an unsubstituted or substituted aryloxy group, a heterocyclic ring structure-containing group, and a group having a plurality of rings; or R 1 and R 2 are bonded to each other to form a cyclic structure with carbon atoms to which the groups are bonded.
A pleated media pack for use in a filter element; the media pack comprising: (a) a section of filtration media folded into pleats; at least some of the pleats having a major pleat depth; (b) the section of filtration media being configured into a tube defining an interior volume, first and second opposite ends; and an opening at the first end; the opening having a diameter; wherein at least some of the pleats at the first end are inverted in an opposite direction of the rest of the pleat, along a portion of the pleat length from the first end toward the second end; and at least some of the pleats at the second end are inverted in an opposite direction of the rest of the pleat, along a portion of the pleat length from the second end toward the first end; wherein inversions at the first end and second end are in opposite directions from each other. (a) a section of filtration media folded into pleats; at least some of the pleats having a major pleat depth; (b) the section of filtration media being configured into a tube defining an interior volume, first and second opposite ends; and an opening at the first end; the opening having a diameter;
Cooking appliance, with a housing, in which a cooking compartment is embodied, and with a door, which is movably arranged on the housing and is embodied to close off the cooking compartment, and with a lighting apparatus, which has a light source (14, 15), wherein the lighting apparatus is arranged on the housing, wherein the lighting apparatus has a first operating mode, in which, with a first lighting current, the rays of light (16, 17) are emitted out of the housing at a light outlet region (21, 29) into the closed door, and has an at least second operating mode, in which, with a second lighting current which is different from the first lighting current, the rays of light (16, 17) are emitted out of the housing at the light outlet region (21, 29) into a front space formed at the front of the cooking compartment when the door is opened, wherein the door has at least one optical element of the lighting apparatus, in which rays of light (16, 17) of the light source (14, 15) can be coupled when the door is in the closed state, wherein the lighting apparatus has an optical facility, which is embodied to influence the rays of light (16, 17) of the light source (14, 15) in a defined manner, such that the rays of light (16, 17) are directed outside the housing into a focal point, wherein the focal point lies at a coupling end of the optical element or lies inside a distance interval of +/- 3.0 cm thereto when the door is in the closed state.
A heat transfer system having a heat source; a heat load; a heat exchanger for transferring heat from said heat source to said heat load, the heat exchanger comprising: a hot side having an input and an output and a cold side having an input and an output; temperature sensors placed to measure the temperatures of inputs (2, 5) and outputs (3, 6) of the heat exchanger; and a means for monitoring the thermal efficiency of the heat exchanger that is arranged to calculate the thermal efficiency based on the measured temperatures; characterized in that a change in thermal efficiency of the heat exchanger is determined by measuring the thermal efficiency at a first time and a second time; in that the heat transfer system is arranged to predict when the heat exchanger will reach a pre-determined thermal efficiency using the measured thermal efficiency values; and in that the pre-determined thermal efficiency is determined based on the current heat exchanger thermal efficiency and the temperature in a return to the heat exchanger. a hot side having an input and an output and a cold side having an input and an output; temperature sensors placed to measure the temperatures of inputs (2, 5) and outputs (3, 6) of the heat exchanger; and a means for monitoring the thermal efficiency of the heat exchanger that is arranged to calculate the thermal efficiency based on the measured temperatures; characterized in that a change in thermal efficiency of the heat exchanger is determined by measuring the thermal efficiency at a first time and a second time; in that the heat transfer system is arranged to predict when the heat exchanger will reach a pre-determined thermal efficiency using the measured thermal efficiency values; and in that the pre-determined thermal efficiency is determined based on the current heat exchanger thermal efficiency and the temperature in a return to the heat exchanger.
A microwave apparatus comprising: a microwave feed line configured to deliver microwave energy having a selected operational frequency or range of frequencies to a radiating element extending from or coupled to a distal end of the microwave feed line; the radiating element; and characterised by a reactive matching-choke element formed in or on the microwave feed line; wherein the operational frequency or range of frequencies and parameters of the reactive matching-choke element are selected such that, when the microwave apparatus is operated at the operational frequency or range of frequencies, the reactive matching-choke element both provides a desired degree of match between an impedance of the radiating element and an impedance of the microwave feed line, and reduces or eliminates surface currents flowing on a ground of the feed line. a microwave feed line configured to deliver microwave energy having a selected operational frequency or range of frequencies to a radiating element extending from or coupled to a distal end of the microwave feed line; the radiating element; and characterised by a reactive matching-choke element formed in or on the microwave feed line; wherein the operational frequency or range of frequencies and parameters of the reactive matching-choke element are selected such that, when the microwave apparatus is operated at the operational frequency or range of frequencies, the reactive matching-choke element both provides a desired degree of match between an impedance of the radiating element and an impedance of the microwave feed line, and reduces or eliminates surface currents flowing on a ground of the feed line.
A process to form a composition comprising at least one ethylene-based polymer; wherein the ethylene-based polymer is a polymer that comprises, in polymerized form, a majority weight percent of ethylene based on the weight of the polymer, and optionally may comprise one or more comonomers; and at least one oil, said process comprising the following: polymerizing a mixture comprising ethylene, and optionally one or more comonomers, in a reactor system, comprising at least one reactor and at least one mixer, located downstream from the reactor, to form the ethylene-based polymer; wherein the oil is added to the ethylene-based polymer upstream of the mixer, wherein the oil has a volatile fraction, at 400°C and atmospheric pressure, less than, or equal to, 2.0 wt%, based on the total weight of the oil, wherein the mixture further comprises a polymerization solvent; and wherein the reactor system comprises a line for recycled polymerization solvent, and the recycled polymerization solvent is re-introduced into the at least one reactor.
Flow restrictor for an injector of a common rail fuel injection system, wherein the flow restrictor comprises a closure bolt having a high-pressure connection, a valve housing, a ball and a spring, wherein a contact seat is formed on the closure bolt, wherein a valve seat is formed on the valve housing, wherein the ball is located in an axial bore formed in the valve housing and is acted upon by the spring in the direction of the contact seat, wherein the ball, when it rests on the contact seat, opens a hydraulic connection from the high-pressure connection through the axial bore, and when it rests on the valve seat blocks the hydraulic connection, characterized in that the contact seat has an oval contour, so that the ball is unable to close the oval contour completely and thus fulfils a bypass function.
Method for controlling a method for the manufacture of a container by the stretch-blow-moulding of a plastic preform in a machine comprising a mould, the preform comprising a body, a neck which is open at one end of the body and a bottom which closes the body at another end thereof, the method of manufacture comprising the operations consisting in: - heating the preform to a predetermined temperature in a thermal conditioning oven; - introducing the preform into the mould; - moving a stretch rod in order to stretch the preform; this control method being characterized in that it comprises a step consisting in determining the position of impact ( P0r) of the stretch rod, namely its position at the instant that it reaches the bottom of the preform during its movement. - heating the preform to a predetermined temperature in a thermal conditioning oven; - introducing the preform into the mould; - moving a stretch rod in order to stretch the preform;
A method, performed in a camera, for capturing, encoding and streaming a video sequence over a plurality of network connections (114a, 114b, 114c), comprising: capturing a video sequence using an image sensor of the camera, encoding, in parallel, the video sequence into a number of encoded video sequences (208a, 208b) using different encoding parameters (211a, 211b) such that the encoded video sequences (208a, 208b) have different bitrates, streaming the encoded video sequences (208a, 208b) in parallel over the plurality of network connections (114a, 114b, 114c), wherein each encoded video sequence (208a, 208b) is streamed over at least one of the plurality of network connections (114a, 114b, 114c), and, for each network connection (114a, 114b, 114c), an encoded video sequence (208a, 208b) having a bitrate that matches a bitrate supported by a bandwidth of the network connection (114a, 114b, 114c) is streamed, detecting that the bandwidth of one of the network connections (114a, 114b, 114c) has changed, and in response to the detecting, increasing or decreasing the number of encoded video sequences (208a, 208b) which are encoded in parallel and streamed over the plurality of network connections (114a, 114b, 114c) in view of the bandwidth change. capturing a video sequence using an image sensor of the camera, encoding, in parallel, the video sequence into a number of encoded video sequences (208a, 208b) using different encoding parameters (211a, 211b) such that the encoded video sequences (208a, 208b) have different bitrates, streaming the encoded video sequences (208a, 208b) in parallel over the plurality of network connections (114a, 114b, 114c), wherein each encoded video sequence (208a, 208b) is streamed over at least one of the plurality of network connections (114a, 114b, 114c), and, for each network connection (114a, 114b, 114c), an encoded video sequence (208a, 208b) having a bitrate that matches a bitrate supported by a bandwidth of the network connection (114a, 114b, 114c) is streamed, detecting that the bandwidth of one of the network connections (114a, 114b, 114c) has changed, and in response to the detecting, increasing or decreasing the number of encoded video sequences (208a, 208b) which are encoded in parallel and streamed over the plurality of network connections (114a, 114b, 114c) in view of the bandwidth change.
A computer-assisted surgery navigation assembly adapted for navigating an instrument, the navigation assembly comprising a micro-electromechanical sensor (MEMS) navigation unit; and a support receiving the MEMS navigation unit therein, characterised in that: the navigation unit has one or more MEMS to provide at least orientation data; the support is adapted to be mounted on the instrument in a fixed orientation relative to established navigated features of the instrument; and at least two mating ball-in-socket features (18, 19) which are vertically aligned relative to each other along an X-axis and which are disposed between the MEMS navigation unit and the support at opposed ends thereof for releasably engaging the MEMS navigation unit in precise orientational alignment within the support, the at least two mating ball-in-socket features comprising catches (20, 26) aligned along the axis extending between the opposed ends, at least one of the catches being a biased catch displaceable along the axis. the navigation unit has one or more MEMS to provide at least orientation data; the support is adapted to be mounted on the instrument in a fixed orientation relative to established navigated features of the instrument; and at least two mating ball-in-socket features (18, 19) which are vertically aligned relative to each other along an X-axis and which are disposed between the MEMS navigation unit and the support at opposed ends thereof for releasably engaging the MEMS navigation unit in precise orientational alignment within the support, the at least two mating ball-in-socket features comprising catches (20, 26) aligned along the axis extending between the opposed ends, at least one of the catches being a biased catch displaceable along the axis.
A method for preventing posterior-corruption long-range attacks in a proof of stake blockchain protocol on a blockchain network, the method comprising: generating, by a blockchain node, a fresh key pair, having a fresh public key to be included into a transaction and a fresh private key to be used for signing a next transaction; generating, by the blockchain node, the transaction having as an input an overall stake associated to an account of the blockchain node, and as an output a transfer stake to be transferred to a second node's public key, and a remaining account stake to be transferred to the fresh public key; signing, by the blockchain node, the transaction with a previous private key; broadcasting, by the blockchain node, the generated transaction to the blockchain network; and deleting, by the blockchain node, a previous fresh key pair when a previously broadcasted transaction is confirmed, wherein the method utilizes a key-evolving mechanism, wherein the key evolving mechanism uses the blockchain as a medium to make public key-updates visible to other blockchain nodes. generating, by a blockchain node, a fresh key pair, having a fresh public key to be included into a transaction and a fresh private key to be used for signing a next transaction; generating, by the blockchain node, the transaction having as an input an overall stake associated to an account of the blockchain node, and as an output a transfer stake to be transferred to a second node's public key, and a remaining account stake to be transferred to the fresh public key; signing, by the blockchain node, the transaction with a previous private key; broadcasting, by the blockchain node, the generated transaction to the blockchain network; and deleting, by the blockchain node, a previous fresh key pair when a previously broadcasted transaction is confirmed, wherein the method utilizes a key-evolving mechanism, wherein the key evolving mechanism uses the blockchain as a medium to make public key-updates visible to other blockchain nodes.
Latch-in connection device for connecting a first rod to a second rod, having an outer side and an inner side, wherein a receptacle for a head of a first rod is provided on the inner side, and wherein a latching device for connecting the latch-in connection device in a first mounting position and in a second mounting position to a second rod is provided on the outer side, wherein, in the second mounting position, the latch-in connection device is connected to the second rod in such a way that an intended force transmission from the first rod to the second rod is made possible, and wherein, in the first mounting position, the latch-in connection device is arranged in such a way that, by pushing the head into the receptacle, the latch-in connection device can be pushed into the second mounting position, characterized in that the latch-in connection device has on the outer side at least one depression for a barb, and the latch-in connection device can be fixed in the first mounting position by means of the depression.
Vehicle seat (2, 3) for a rear seat system of a motor vehicle, comprising a seat part (5, 6) which has a floorpan and a seat cushion arranged on the floorpan, wherein the floorpan is designed to be placed and fastened on a body wall of the motor vehicle, and comprising a fan device integrated into the seat part (5, 6), which has at least one electrically operated fan and at least one air duct leading from an edge region of the seat part (5, 6) to the fan, wherein the air duct is formed at least substantially between the seat cushion and the floorpan the floorpan has an edge portion in the edge region, which is spaced from the seat cushion and arranged below the seat cushion to form a gap between the floorpan and the seat cushion as an intake opening, and the air duct opens into the intake opening spaced from an outer edge of the seat cushion such that the intake opening extends the air duct below the seat cushion.
A MOLLE and slider attachment compatible clip comprising: - a main body comprising a back side, an inverted V-shaped or inverted U-shaped front side, the inverted V-shaped or inverted U-shaped front side having an open bottom end and being configured to receive a shaft of a slider from the open bottom end, a top side and an open bottom side, wherein the clip is configured to receive a MOLLE strap or a slider attachment element from the open bottom side of the main body; - a locking element arranged in the main body, the locking element comprising a bottom hook for securing the MOLLE strap or a slider attachment element in a locked position in the main body; - a pull element connected to the locking element through a top opening of the top side of the main body; and - a lock control mechanism configured to unlock the MOLLE strap or the slider attachment element from the locked position to an open position by moving the bottom hook towards the back side when the pull element is pulled upwards. - a main body comprising a back side, an inverted V-shaped or inverted U-shaped front side, the inverted V-shaped or inverted U-shaped front side having an open bottom end and being configured to receive a shaft of a slider from the open bottom end, a top side and an open bottom side, wherein the clip is configured to receive a MOLLE strap or a slider attachment element from the open bottom side of the main body; - a locking element arranged in the main body, the locking element comprising a bottom hook for securing the MOLLE strap or a slider attachment element in a locked position in the main body; - a pull element connected to the locking element through a top opening of the top side of the main body; and - a lock control mechanism configured to unlock the MOLLE strap or the slider attachment element from the locked position to an open position by moving the bottom hook towards the back side when the pull element is pulled upwards.