mhurhangee/ep-ind-claims huggingface dataset:
An ablation apparatus for ablating a nerve behind a front surface of a vessel wall within a tissue of a living being, the ablation apparatus comprising: - an ultrasound visualization unit (15; 115; 215; 315; 415; 515; 615) for generating a two-dimensional or three-dimensional ultrasound image of the tissue, for finding the nerve within the tissue and for generating an M-mode ultrasound image of the structure for monitoring an ablation procedure for ablating the structure within the tissue, - an ablation unit (19; 119; 219; 330; 431, 432; 530; 619) for providing ablation energy to the tissue, - an introduction element for introducing the ultrasound visualization unit (15; 115; 215; 315; 415; 515; 615) and the ablation unit (19; 119; 219; 330; 431, 432; 530; 619) into the living being close to the tissue with the nerve to be ablated, and - an ablation depth determination unit configured to determine an ablation depth over time from the M-mode image, characterized in that - the ablation apparatus is further comprising an ultrasound control unit configured to switch from the two-dimensional or three-dimensional ultrasound imaging to M-mode ultrasound imaging when the nerve is found within the tissue, the M-mode ultrasound image comprising the nerve, - the ablation unit is configured to apply ablation energy to the tissue after switching to M-mode imaging, - wherein the ablation apparatus further comprises a cooling unit configured for cooling the vessel wall such that by cooling the tissue and by providing the ablation energy an intramural lesion is creatable, not extending to the front surface of the vessel wall. - an ultrasound visualization unit (15; 115; 215; 315; 415; 515; 615) for generating a two-dimensional or three-dimensional ultrasound image of the tissue, for finding the nerve within the tissue and for generating an M-mode ultrasound image of the structure for monitoring an ablation procedure for ablating the structure within the tissue, - an ablation unit (19; 119; 219; 330; 431, 432; 530; 619) for providing ablation energy to the tissue, - an introduction element for introducing the ultrasound visualization unit (15; 115; 215; 315; 415; 515; 615) and the ablation unit (19; 119; 219; 330; 431, 432; 530; 619) into the living being close to the tissue with the nerve to be ablated, and - an ablation depth determination unit configured to determine an ablation depth over time from the M-mode image, - the ablation apparatus is further comprising an ultrasound control unit configured to switch from the two-dimensional or three-dimensional ultrasound imaging to M-mode ultrasound imaging when the nerve is found within the tissue, the M-mode ultrasound image comprising the nerve, - the ablation unit is configured to apply ablation energy to the tissue after switching to M-mode imaging, - wherein the ablation apparatus further comprises a cooling unit configured for cooling the vessel wall such that by cooling the tissue and by providing the ablation energy an intramural lesion is creatable, not extending to the front surface of the vessel wall.
A method for analysis of an electronic device having a display screen and being positioned in an inspection area of a kiosk, the method comprising: imaging the electronic device while a light source of the inspection area is on and the electronic device is in an active mode to generate a first image, said active mode being a mode in which the display screen of the electronic device is illuminated; imaging the electronic device while the light source of the inspection area is off and the electronic device is in the active mode to generate a second image; subtracting the second image from the first image to generate a synthesized image; and comparing the synthesized image to a plurality of trained images of electronic devices to identify the electronic device and to determine if the electronic device has any defects. imaging the electronic device while a light source of the inspection area is on and the electronic device is in an active mode to generate a first image, said active mode being a mode in which the display screen of the electronic device is illuminated; imaging the electronic device while the light source of the inspection area is off and the electronic device is in the active mode to generate a second image; subtracting the second image from the first image to generate a synthesized image; and comparing the synthesized image to a plurality of trained images of electronic devices to identify the electronic device and to determine if the electronic device has any defects.
An optical lens assembly (100-1; 100-2) comprising: a first lens (L11; L12) having a convex object-side surface; a second lens (L21; L22) having a convex object-side surface, which is at an image side of the first lens (L11; L12) without intervening another lens; at least one lens at an image side of the second lens (L21; L22); a first stop (ST11; ST12) being a variable stop at an object side of the first lens (L11; L12); and a second stop (ST21; ST22) between an image side of the first stop and the at least one lens at the image side of the second lens (L21; L22), wherein the second stop (ST21; ST22) determines a minimum F number, and the first stop (ST11; ST12) is variable to determine an F number greater than the minimum F number, wherein the first lens (L11; L12) is closest to the object side and has a positive refractive power, wherein the optical lens assembly (100-1; 100-2) satisfies the following conditions: <Conditions> d 2 sag 1 ≤ 0.9 0.2 ≤ R 1 f ≤ 0.8 0.4 < f f 2 < 1.6 where sag1 denotes a sag value of the object-side surface of the first lens (L11; L12) measured based on an effective diameter at the minimum F number, d2 denotes a distance measured from a vertex of the object-side surface of the first lens (L11; L12) to the first stop (ST11; ST12) along an optical axis, R1 denotes a radius of curvature of the object-side surface of the first lens (L11; L12), f denotes a total focal length of the optical lens assembly (100-1; 100-2) and f2 denotes a focal length of the second lens (L21; L22). a first lens (L11; L12) having a convex object-side surface; a second lens (L21; L22) having a convex object-side surface, which is at an image side of the first lens (L11; L12) without intervening another lens; at least one lens at an image side of the second lens (L21; L22); a first stop (ST11; ST12) being a variable stop at an object side of the first lens (L11; L12); and a second stop (ST21; ST22) between an image side of the first stop and the at least one lens at the image side of the second lens (L21; L22), wherein the second stop (ST21; ST22) determines a minimum F number, and the first stop (ST11; ST12) is variable to determine an F number greater than the minimum F number, wherein the first lens (L11; L12) is closest to the object side and has a positive refractive power, wherein the optical lens assembly (100-1; 100-2) satisfies the following conditions: <Conditions> d 2 sag 1 ≤ 0.9 0.2 ≤ R 1 f ≤ 0.8 0.4 < f f 2 < 1.6 where sag1 denotes a sag value of the object-side surface of the first lens (L11; L12) measured based on an effective diameter at the minimum F number, d2 denotes a distance measured from a vertex of the object-side surface of the first lens (L11; L12) to the first stop (ST11; ST12) along an optical axis, R1 denotes a radius of curvature of the object-side surface of the first lens (L11; L12), f denotes a total focal length of the optical lens assembly (100-1; 100-2) and f2 denotes a focal length of the second lens (L21; L22).
An air intake of an aircraft turbojet engine nacelle extending along an axis X in which an air stream circulates from upstream to downstream, the air intake extending circumferentially about axis X and comprising an internal wall pointing to axis X to guide an internal air stream INT and an external wall which is opposite to the internal wall, to guide an external air stream EXT, the walls (21, 22) being connected through a leading edge and an internal partition wall so as to delimit an annular cavity, the air intake comprising means for injecting at least one hot air stream FAC into the internal cavity and at least one ventilation opening formed in the external wall to allow exhaust of the hot air stream FAC after heating the internal cavity, which air intake is characterized in that it comprises at least one member for disturbing the external air stream EXT, positioned upstream of the ventilation opening, which extends projecting outwardly from the external wall, the disturbance member being a polyhedral vortex generating member, preferably tetrahedral or pyramidal.
Drug/medical device system for administering an analgesic and/or an anesthetic drug to a patient preferably via the IV route or the central nerve block or the peripheral nerve block comprising (a) a pump for administering at least one analgesic and/or anesthetic drug, (b) a storage bag or a storage bag set pre-filled with the at least one analgesic and/or anaesthetic drug, and characterized in that the drug/device system comprising a drug storage bag pre-filled pharmaceutically or in a pharmaceutical compounding facility with a drug, and wherein the drug pre-filled storage bag has long-term stability with a shelf-life of the drug-prefilled bag/set of at least 1 month; and wherein the drug storage bag is customized for a specific pump or pump group by at least one means whereby the pump (a) and the storage bag or storage bag set (b) are adjusted to exclusively cooperate with each other when administered to an individual patient, in that the system comprises a label/marking, providing information in a visual and/or wireless way to the pump system and the supporting services, directly or through the internet, in that the storage bag of (b) comprises a label/marking of one-dimensional or two-dimensional bar-code identification and/or RFID/NFC wireless identification of one or more data related to (i) drug type and drug concentration, (ii) solvent, (iii) bag volume, (iv) drug batch, (v) administration route, (vi) maximum limits for safe infusion per patient code, and optionally for (vii) wireless transmission of the infusion protocol; and wherein direct one to one information provision to the pump from the drug label/marking, concerning the (i) drug type and concentration enables the right and/or automatic choice of the infusion protocol; and wherein the term "pre-filled" means that the bag or bag set is filled with the analgesic and/or the anaesthetic drug by a pharmaceutical company, and that it can be shelved and/or supplied by conventional pharmaceutical supply chain management, and wherein the pre-filled storage bag or a storage bag set (b) is provided in compliance with the guidelines of a competent drug regulatory authority applicable for pre-filled systems for long-term storage. (a) a pump for administering at least one analgesic and/or anesthetic drug, (b) a storage bag or a storage bag set pre-filled with the at least one analgesic and/or anaesthetic drug,
A communication method, comprising: receiving, by a first device, a first message sent by a second device, wherein the first message is used to indicate a bearer configuration of a bearer with duplication of the first device and an initial status of the bearer configuration, wherein the bearer configuration comprises a first bearer configuration for configuring the bearer with duplication, and the initial status comprises an activated state or a deactivated state; and determining, by the first device, the bearer configuration and the initial status of the bearer configuration based on the first message, wherein the first message comprises a first indication information, the first indication information indicates that the bearer configuration is the first bearer configuration, and, a value of the first indication information is used to indicate whether the first bearer configuration is in the activated state or the deactivated state, wherein the first indication information is packet data convergence protocol, PDCP, duplication information, and, a value of the PDCP duplication information is used to indicate the activated state and the deactivated state of the bearer configured with duplication, wherein the initial status is a status about whether configured duplication works after the first device receives configuration information. receiving, by a first device, a first message sent by a second device, wherein the first message is used to indicate a bearer configuration of a bearer with duplication of the first device and an initial status of the bearer configuration, wherein the bearer configuration comprises a first bearer configuration for configuring the bearer with duplication, and the initial status comprises an activated state or a deactivated state; and determining, by the first device, the bearer configuration and the initial status of the bearer configuration based on the first message, wherein the first message comprises a first indication information, the first indication information indicates that the bearer configuration is the first bearer configuration, and, a value of the first indication information is used to indicate whether the first bearer configuration is in the activated state or the deactivated state, wherein the first indication information is packet data convergence protocol, PDCP, duplication information, and, a value of the PDCP duplication information is used to indicate the activated state and the deactivated state of the bearer configured with duplication, wherein the initial status is a status about whether configured duplication works after the first device receives configuration information.
A method performed by a user equipment, UE, said method comprising the steps of: receiving from a Radio Base Station, RBS, control information over a physical shared control channel during a frame, the control information comprising first control information specifying a common identifier arranged to identify a plurality of UEs and second control information specifying the transport format and the rate of an associated physical downlink shared channel for the same frame; said method being characterized by: determining whether the received common identifier matches an assigned first common identifier when the UE has no valid Cell Radio Network Temporary Identifier, C-RNTI, and determining whether the received common identifier matches an assigned second common identifier when the UE has a valid C-RNTI; if a match is determined, using said received second control information for detecting data on a transport downlink shared channel received from the RBS over the associated physical downlink shared channel for the same frame, wherein if the determined match is with the assigned first common identifier, the data is detected as comprising a Radio Resource Control, RRC, message in which an individual UE identifier is located and if the determined match is with the assigned second common identifier, the data is detected as comprising a Medium Access Control, MAC, protocol data unit including a MAC header in which an individual UE identifier is located; and determining that the detected data is addressed to the UE if the detected individual UE identifier matches an individual UE identifier assigned to the UE. determining whether the received common identifier matches an assigned first common identifier when the UE has no valid Cell Radio Network Temporary Identifier, C-RNTI, and determining whether the received common identifier matches an assigned second common identifier when the UE has a valid C-RNTI; if a match is determined, using said received second control information for detecting data on a transport downlink shared channel received from the RBS over the associated physical downlink shared channel for the same frame, wherein if the determined match is with the assigned first common identifier, the data is detected as comprising a Radio Resource Control, RRC, message in which an individual UE identifier is located and if the determined match is with the assigned second common identifier, the data is detected as comprising a Medium Access Control, MAC, protocol data unit including a MAC header in which an individual UE identifier is located; and determining that the detected data is addressed to the UE if the detected individual UE identifier matches an individual UE identifier assigned to the UE.
An integrally molded body in which a substrate for reinforcement (a) having a discontinuous fiber and a resin and an injection molding body (b) having a discontinuous fiber and a resin are integrated, the substrate for reinforcement (a) covering a part or all of a weldline of the injection molding body (b) to be integrated with the injection molding body (b), when the integrally molded body being arranged such that a surface of the substrate for reinforcement (a) disposed is placed in the horizontal direction and facing upward and projected from above, the substrate for reinforcement (a) having 50% or less of a projected area of the integrally molded body, a ratio Ea/Eb of flexural modulus Ea of the substrate for reinforcement (a) to flexural modulus Eb of the injection molding body (b) in a non-weldline part being 0.7 to 1.3. the substrate for reinforcement (a) covering a part or all of a weldline of the injection molding body (b) to be integrated with the injection molding body (b), when the integrally molded body being arranged such that a surface of the substrate for reinforcement (a) disposed is placed in the horizontal direction and facing upward and projected from above, the substrate for reinforcement (a) having 50% or less of a projected area of the integrally molded body, a ratio Ea/Eb of flexural modulus Ea of the substrate for reinforcement (a) to flexural modulus Eb of the injection molding body (b) in a non-weldline part being 0.7 to 1.3.
Method for operating a paper machine, wherein the paper machine comprises a plurality of drives (3, 5) and a motion controller, wherein the drives (3, 5) and optional detectors provide motion parameters for the motion controller, wherein at least one performance value is determined with the aid of the motion controller by using the motion parameters and/or controller parameters, wherein the motion controller has at least one closed-loop controller for controlling at least one motion parameter, each controller parameter is a manipulated variable of a closed-loop controller of the motion controller and the at least one performance value indicates an operating state of the paper machine, wherein the at least one performance value is displayed on a display, wherein the performance values are derived from the motion parameters and/or the controller parameters, in particular from their respective changes over time, and wherein a control quality is determined as a performance value from at least one controller parameter and/or at least one motion parameter, wherein the control quality indicates a speed of the closed-loop control response to a motion parameter to be set.
A rapidly disintegrating tablet comprising: a therapeutically effective amount of a DPP-IV inhibitor, and an acid-base couple, wherein the tablet has a sodium content in the range of 1 mg to less than 10 mg and a potassium content less than 15 mg. a therapeutically effective amount of a DPP-IV inhibitor, and an acid-base couple,
A light unit for a power tool having a tool housing, a switch, and an output member that extends along an axis X, said light unit comprising: a light unit housing removably coupleable to the tool housing; a light disposed in the light unit housing; and a battery disposed within the light unit housing, and configured to provide electrical power to the light; and characterized in that the light unit further includes a sensor disposed in the light unit housing and configured to sense movement of the switch, which actuates the power tool to perform an operation; and a controller coupled to each of the sensor, the battery, and the light, and wherein the controller is configured to discharge power from the battery thereby causing the light to turn ON when the sensor senses movement of the switch of the power tool. a light unit housing removably coupleable to the tool housing; a light disposed in the light unit housing; and a battery disposed within the light unit housing, and configured to provide electrical power to the light; and characterized in that the light unit further includes a sensor disposed in the light unit housing and configured to sense movement of the switch, which actuates the power tool to perform an operation; and a controller coupled to each of the sensor, the battery, and the light, and wherein the controller is configured to discharge power from the battery thereby causing the light to turn ON when the sensor senses movement of the switch of the power tool.
Process for producing hydrogen peroxide at the site of a unit for manufacturing and bleaching cellulose pulp, characterized in that hydrogen, recovered from the spent liquor produced by said unit, after subjection of said liquor to a pressurized partial oxidation between 30 and 60 bar, and oxygen, react in the presence of a catalyst, optionally placed in suspension in an aqueous medium.
Method for constructing a traffic route tunnel in tubing segment design, comprising assembling tubing segments in a cavity hole created by machine in order to form a closed lining and filling up the clearance between the inner wall of the cavity hole and the outer walls of the tubing segments by pea gravel, characterized in that in addition to filling up the clearance with pea gravel a liquid reactive resin mixture which cures by cross-linking by polyaddition is injected under pressure as a mortar-free filling of the annular clearance in order to fill and seal the clearance and in order to bed the tubing segments.
A wireless communications system for an automotive vehicle comprising: a control unit in the automotive vehicle including a vehicle transceiver configured to receive signals from a fob; and a fob comprising a fob transceiver and a control unit, the fob configured to transmit a first data packet to the control unit in the automotive vehicle using a frequency shift keying protocol with a low tolerance for deviation to transmit a command signal, and transmit a second data packet using a frequency shift keying protocol having a high tolerance for deviation, wherein the control unit in the automotive vehicle executes the command signal received in the first transmission when the control unit in the automotive vehicle receives and decodes the second transmission. a control unit in the automotive vehicle including a vehicle transceiver configured to receive signals from a fob; and a fob comprising a fob transceiver and a control unit, the fob configured to transmit a first data packet to the control unit in the automotive vehicle using a frequency shift keying protocol with a low tolerance for deviation to transmit a command signal, and transmit a second data packet using a frequency shift keying protocol having a high tolerance for deviation, wherein the control unit in the automotive vehicle executes the command signal received in the first transmission when the control unit in the automotive vehicle receives and decodes the second transmission.