mhurhangee/ep-ind-claims huggingface dataset:
A medical device, comprising: an insertion tube (14, 57, 71), having a distal section for insertion into a body of a subject; at least one electrode (37, 43, 73, 90) disposed on the distal section of the insertion tube (14, 57, 71) and coupled to an energy source to apply energy to tissue inside the body, the electrode (37, 43, 73, 90) having an outer surface and a wall (47, 63) with a plurality of perforations (53, 87) formed therethrough, the electrode (37, 43, 73, 90) having at least one edge defining a peripheral section (51, 67, 77, 91) that is adjacent the at least one edge and a central section (49, 65, 79, 93) remote from the at least one edge, wherein the wall (47, 63) of the peripheral section (51, 67, 77, 91) is thicker than the wall (47, 63) of the central section (49, 65, 79, 93), wherein the wall (47, 63) continually and gradually thickens in all directions from a point on the central section (49, 65) toward the peripheral section (51, 67) and wherein the electrode (37, 43, 73, 90) bulges between 0.05 mm and 1.0 mm above the outer surface of the insertion tube (14, 57, 71) to form an irrigating chamber beneath the wall; and a lumen passing through the insertion tube (14, 57, 71) and coupled to deliver a fluid to the irrigating chamber and the irrigating chamber coupled to deliver the fluid to the tissue via the perforations (53, 87). an insertion tube (14, 57, 71), having a distal section for insertion into a body of a subject; at least one electrode (37, 43, 73, 90) disposed on the distal section of the insertion tube (14, 57, 71) and coupled to an energy source to apply energy to tissue inside the body, the electrode (37, 43, 73, 90) having an outer surface and a wall (47, 63) with a plurality of perforations (53, 87) formed therethrough, the electrode (37, 43, 73, 90) having at least one edge defining a peripheral section (51, 67, 77, 91) that is adjacent the at least one edge and a central section (49, 65, 79, 93) remote from the at least one edge, wherein the wall (47, 63) of the peripheral section (51, 67, 77, 91) is thicker than the wall (47, 63) of the central section (49, 65, 79, 93), wherein the wall (47, 63) continually and gradually thickens in all directions from a point on the central section (49, 65) toward the peripheral section (51, 67) and wherein the electrode (37, 43, 73, 90) bulges between 0.05 mm and 1.0 mm above the outer surface of the insertion tube (14, 57, 71) to form an irrigating chamber beneath the wall; and a lumen passing through the insertion tube (14, 57, 71) and coupled to deliver a fluid to the irrigating chamber and the irrigating chamber coupled to deliver the fluid to the tissue via the perforations (53, 87).
Method for forming a functionalised assembly guide intended for the self-assembly of a block copolymer by graphoepitaxy, comprising the following steps: - forming on the surface of a substrate a neutralisation layer made of a first material having a first neutral chemical affinity with regard to the block copolymer; - forming (S2-S3) on the neutralisation layer a first mask comprising at least one recess (221a-221b); characterised in that it further comprises the following steps: - depositing on the neutralisation layer a second material having a second preferential chemical affinity for one of the copolymer blocks, in such a way as to fill said at least one recess (221a-221b) of the first mask; and - selectively etching the first mask relative to the first and second materials, thereby forming at least one guide pattern (320a-320b) made of the second material arranged on the neutralisation layer. - forming on the surface of a substrate a neutralisation layer made of a first material having a first neutral chemical affinity with regard to the block copolymer; - forming (S2-S3) on the neutralisation layer a first mask comprising at least one recess (221a-221b); - depositing on the neutralisation layer a second material having a second preferential chemical affinity for one of the copolymer blocks, in such a way as to fill said at least one recess (221a-221b) of the first mask; and - selectively etching the first mask relative to the first and second materials, thereby forming at least one guide pattern (320a-320b) made of the second material arranged on the neutralisation layer.
A method for washing and/or label removal of glass, ceramic, metal or plastic ware with a liquid cleaning composition at a process temperature below 80° C, wherein the liquid cleaning composition comprises active components in an amount of ≥ 0.001wt.-% to ≤ 10 wt.-% and an alkaline source in an amount of ≥ 0.5 wt.-% to ≤ 3.5 wt.-%, wherein the active components comprising: a) at least one sequestering agent selected from the group of phosphonic acid, phosphonate based sequestering agent, and/or a polymer of monomers of monoethylenically unsaturated Cs-Cs-carboxylic acids or salts thereof; b) at least one C 4 to C 18 hydroxymonocarboxylic acid or salt thereof; e) at least one alkyl endcapped nonionic alkoxylated C 8 to C 18 alcohol tenside containing 4 to 16 alkylene oxide units of ethylene oxide and/or propylene oxide; wherein the weight-% of the active components are based on the total weight of the liquid cleaning composition. a) at least one sequestering agent selected from the group of phosphonic acid, phosphonate based sequestering agent, and/or a polymer of monomers of monoethylenically unsaturated Cs-Cs-carboxylic acids or salts thereof; b) at least one C 4 to C 18 hydroxymonocarboxylic acid or salt thereof; e) at least one alkyl endcapped nonionic alkoxylated C 8 to C 18 alcohol tenside containing 4 to 16 alkylene oxide units of ethylene oxide and/or propylene oxide; wherein
Park locking assembly for a motor vehicle transmission with - a park locking gear which has a toothing system with teeth and tooth gaps, - a park locking pawl which has a pawl tooth which can engage into a tooth gap in order to set up a park locking position, and - an actuating mechanism which has an actuating member for actuating the park locking pawl from a released position of the park locking pawl into the park locking position, the actuating member being coupled via an engagement spring to the park locking pawl, the engagement spring storing energy for setting up the park locking position if the pawl tooth lies on a tooth of the park locking gear in a bearing position of the park locking pawl, a stop device limiting a pivoting movement of the park locking pawl out of the bearing position in the direction of the released position as far as a stop position, the stop device limiting a deflection of the park locking pawl away from the park locking gear, characterized in that the stop device is configured on the park locking pawl in the form of a stop section which bears against a stop element in the stop position, the actuating member being an actuating shaft, on which a transmission member in the form of an actuating cam is mounted such that it can be rotated to a limited extent, an engagement spring acting between the actuating shaft and the actuating cam, the stop element being configured as a stop cam which is connected rigidly to the actuating shaft, and the stop cam being arranged axially adjacently with respect to the actuating cam. - a park locking gear which has a toothing system with teeth and tooth gaps, - a park locking pawl which has a pawl tooth which can engage into a tooth gap in order to set up a park locking position, and - an actuating mechanism which has an actuating member for actuating the park locking pawl from a released position of the park locking pawl into the park locking position, the actuating member being coupled via an engagement spring to the park locking pawl, the engagement spring storing energy for setting up the park locking position if the pawl tooth lies on a tooth of the park locking gear in a bearing position of the park locking pawl, a stop device limiting a pivoting movement of the park locking pawl out of the bearing position in the direction of the released position as far as a stop position, the stop device limiting a deflection of the park locking pawl away from the park locking gear, characterized in that the stop device is configured on the park locking pawl in the form of a stop section which bears against a stop element in the stop position,
A holder for storing moulded parts (110, 112, 114) of a multi-part blow mould, namely for storing old, moulded parts and/or for making new moulded parts available in a storage device for a changeover operation, wherein the holder comprises: - a first holding element for holding a first side part of the blow mould, - a second holding element for holding a second side part of the blow mould, and - optionally, a third holding element for holding a floor part of the blow mould, characterized in that the holder comprises an actuated adjustment mechanism (116, 118, 120, 122) with an actuator, wherein the adjustment mechanism (116, 118, 120, 122) is designed to move at least one of the holding elements (104, 106, 108) relative to one of the other holding elements (104, 106, 108) in order to move the held moulded parts (110, 112, 114) from an open state to a closed state or, conversely, from the closed state to the open state. - a first holding element for holding a first side part of the blow mould, - a second holding element for holding a second side part of the blow mould, and - optionally, a third holding element for holding a floor part of the blow mould,
A system for selectively processing biological target material, the system comprising: a catheter or laparoscopic device (2000, 2005, 2006), a laser subsystem configured to generate an output light beam along a propagation path, wherein the laser system comprises a plurality of laser diodes coupled to a proximal end of an optical fiber, wherein the optical fiber comprises the proximal end and a distal end, and wherein the beam comprises one or more wavelengths being in an approximate range of 1170 to 1250nm, and a delivery head for locating a beam delivery and focusing subsystem relative to the target material, wherein the beam delivery and focusing subsystem is coupled to the distal end of the optical fiber and is disposed in the propagation path and accepts the output light beam and relatively positions the beam into a plurality of focused spots on the target material, characterised by the laser subsystem comprising an optical gain fiber and a plurality of pump laser diodes configured to excite the gain fiber and combined using a power combiner, the combined pump laser diode power being coupled to the proximal end of the optical gain fiber, and the catheter or laparoscopic device (2000, 2005, 2006) comprising the propagation path with the optical fiber. a catheter or laparoscopic device (2000, 2005, 2006), a laser subsystem configured to generate an output light beam along a propagation path, wherein the laser system comprises a plurality of laser diodes coupled to a proximal end of an optical fiber, wherein the optical fiber comprises the proximal end and a distal end, and wherein the beam comprises one or more wavelengths being in an approximate range of 1170 to 1250nm, and a delivery head for locating a beam delivery and focusing subsystem relative to the target material, wherein the beam delivery and focusing subsystem is coupled to the distal end of the optical fiber and is disposed in the propagation path and accepts the output light beam and relatively positions the beam into a plurality of focused spots on the target material, characterised by the laser subsystem comprising an optical gain fiber and a plurality of pump laser diodes configured to excite the gain fiber and combined using a power combiner, the combined pump laser diode power being coupled to the proximal end of the optical gain fiber, and the catheter or laparoscopic device (2000, 2005, 2006) comprising the propagation path with the optical fiber.
A method for producing a silicon nitride sintered body, the method comprising: a step of molding a raw material powder containing silicon nitride and an oxide-based sintering aid to obtain a molded body, and a step of firing the molded body at a firing temperature of 1,860°C to 2,100°C for 6 to 20 hours, the temperature increase rate to the firing temperature being 1.0 °C/hour to 10.0°C/hour, wherein an α-conversion rate of the silicon nitride contained in the raw material powder is 5 mass% to 20 mass%, wherein a content of the oxide-based sintering aid in the raw material powder is 4.0 mass % to 8.0 mass%, wherein the silicon nitride sintered body has a fracture toughness K IC of greater than 8 MPa·m 1/2, and wherein the fracture toughness K IC is measured through an SEPB method according to JIS R 1607:2015. a step of molding a raw material powder containing silicon nitride and an oxide-based sintering aid to obtain a molded body, and a step of firing the molded body at a firing temperature of 1,860°C to 2,100°C for 6 to 20 hours, the temperature increase rate to the firing temperature being 1.0 °C/hour to 10.0°C/hour, wherein an α-conversion rate of the silicon nitride contained in the raw material powder is 5 mass% to 20 mass%, wherein a content of the oxide-based sintering aid in the raw material powder is 4.0 mass % to 8.0 mass%, wherein the silicon nitride sintered body has a fracture toughness K IC of greater than 8 MPa·m 1/2, and wherein the fracture toughness K IC is measured through an SEPB method according to JIS R 1607:2015.
A surgical cutting guide (100, 700) for a spinal procedure comprising: a first slot extending from a proximal face to a distal face, the first slot having a first axis extending therethrough and defining a first channel to receive a first cutting instrument, a second slot extending from the proximal face to the distal face, the second slot having a second axis therethrough, being located opposite the first slot and defining a second channel to receive a second cutting instrument, wherein when the cutting guide is positioned away from a vertebral body such that the distal face is facing the vertebral body, the first and second channels are oriented such that the first and second axes extend distally towards each other and intersect at a distal point located in an interior of the vertebral body, an opening extending from the proximal to the distal face of the cutting guide having a third axis extending therethrough and intersecting with the first and second axes at the distal point, wherein the opening defines a third channel to receive a post, a cross-section of the opening being substantially the same as a cross-section of the post, the surgical cutting guide (100, 700) being characterized in that a distal end of the opening includes a counter bore to receive a distal nut of the post. a first slot extending from a proximal face to a distal face, the first slot having a first axis extending therethrough and defining a first channel to receive a first cutting instrument, a second slot extending from the proximal face to the distal face, the second slot having a second axis therethrough, being located opposite the first slot and defining a second channel to receive a second cutting instrument, wherein when the cutting guide is positioned away from a vertebral body such that the distal face is facing the vertebral body, the first and second channels are oriented such that the first and second axes extend distally towards each other and intersect at a distal point located in an interior of the vertebral body, an opening extending from the proximal to the distal face of the cutting guide having a third axis extending therethrough and intersecting with the first and second axes at the distal point, wherein the opening defines a third channel to receive a post, a cross-section of the opening being substantially the same as a cross-section of the post,
A system for preserving an oxygen sensitive substance contained in a vessel, the system comprising: a sealing device (2; 102; 202; 302; 402; 602; 1000; 1204) configured to be removably coupled to the vessel to seal the vessel, the sealing device (2; 102; 202; 302; 402; 602; 1000; 1204) including: a first end having a first width or diameter; a second end opposite from the first end and having a second width or diameter smaller than or equal to the first width; a sidewall extending between the first end and the second end; an oxygen scavenging agent; and characterised in that it comprises a structure defining a channel (104; 204; 304; 404; 1004: 1206) extending between the first end and the second end; and the oxygen scavenging agent (512; 1006) is contained within a sachet coupled directly to the sealing device (2; 102; 202; 302; 402; 602; 1000; 1204), or the sachet is contained within a canister (3; 103; 203; 303; 403; 503; 603; 1208) coupleable to the first end of the sealing device (2;102; 202; 302; 402; 602; 1000; 1204), the system being configured such that the oxygen scavenging agent is in fluid communication via the channel (104; 204; 304; 404; 1004; 1206) with an interior of the vessel when the sealing device (2; 102; 202; 302; 402; 602; 1000; 1204) is coupled to the vessel to scavenge oxygen therefrom. a first end having a first width or diameter; a second end opposite from the first end and having a second width or diameter smaller than or equal to the first width; a sidewall extending between the first end and the second end; an oxygen scavenging agent; and characterised in that it comprises a structure defining a channel (104; 204; 304; 404; 1004: 1206) extending between the first end and the second end; and the oxygen scavenging agent (512; 1006) is contained within a sachet coupled directly to the sealing device (2; 102; 202; 302; 402; 602; 1000; 1204), or the sachet is contained within a canister (3; 103; 203; 303; 403; 503; 603; 1208) coupleable to the first end of the sealing device (2;102; 202; 302; 402; 602; 1000; 1204), the system being configured such that the oxygen scavenging agent is in fluid communication via the channel (104; 204; 304; 404; 1004; 1206) with an interior of the vessel when the sealing device (2; 102; 202; 302; 402; 602; 1000; 1204) is coupled to the vessel to scavenge oxygen therefrom.
A method of producing a biocompatible structure for bone and tissue regeneration, comprising: dissolving a polymer in a solvent to form a first solution; adding first tissue forming nanoparticles to the first solution to form a second solution wherein a weight percentage of the first tissue forming nanoparticles to the polymer is 0.01-95%; applying the second solution to a surface to form a polymer film on the surface, wherein the first tissue forming nanoparticles are dispersed in the polymer film; dividing the polymer film into a plurality of strips; and forming a layered biocompatible structure by the strips, the second solution, and second tissue forming particles, wherein the second tissue forming particles are placed between two of the strips, coating the structure by a coating formed from the second solution and adding bone particles onto the surface of the coating. dissolving a polymer in a solvent to form a first solution; adding first tissue forming nanoparticles to the first solution to form a second solution wherein a weight percentage of the first tissue forming nanoparticles to the polymer is 0.01-95%; applying the second solution to a surface to form a polymer film on the surface, wherein the first tissue forming nanoparticles are dispersed in the polymer film; dividing the polymer film into a plurality of strips; and forming a layered biocompatible structure by the strips, the second solution, and second tissue forming particles, wherein the second tissue forming particles are placed between two of the strips, coating the structure by a coating formed from the second solution and adding bone particles onto the surface of the coating.
A washing machine, comprising: a main body having a laundry loading hole formed therein; a door coupled to the main body to selectively open and close the laundry loading hole; a protruding part coupled to and protruding outward from the door; a magnet provided in the protruding part; a protrusion housing provided in the main body and configured to receive the protruding part; and reed sensing means provided at the outside of the protrusion housing and configured to react to the magnet to sense an opening and closing of the door; a controller controlling an operation of a drum; and the reed sensing means comprises a plurality of reed sensors (100, 110, 120, 200) which react to the one magnet, and the controller is adapted to determine that the door is opened when at least one of the plurality of reed sensors (100, 110, 120, 200) senses the opening of the door, and to control the drum not to be operated. a main body having a laundry loading hole formed therein; a door coupled to the main body to selectively open and close the laundry loading hole; a protruding part coupled to and protruding outward from the door; a magnet provided in the protruding part; a protrusion housing provided in the main body and configured to receive the protruding part; and reed sensing means provided at the outside of the protrusion housing and configured to react to the magnet to sense an opening and closing of the door;
Process for welding a first part and a second part, said welding process comprising: - a linear friction step during which the two parts are rubbed against one another in a linear movement, - a first cooling step during which the temperature of the parts thus welded is reduced to ambient temperature, said process being characterized in that it comprises: - a heating step during which the parts thus welded are heated to a temperature above a temperature of transition between a two-phase α-β field and a single-phase β field of the material constituting the two parts, and - a second cooling step during which the temperature of the parts thus heated is reduced to ambient temperature. - a linear friction step during which the two parts are rubbed against one another in a linear movement, - a first cooling step during which the temperature of the parts thus welded is reduced to ambient temperature, - a heating step during which the parts thus welded are heated to a temperature above a temperature of transition between a two-phase α-β field and a single-phase β field of the material constituting the two parts, and - a second cooling step during which the temperature of the parts thus heated is reduced to ambient temperature.