mhurhangee/patent-ind-claim-en huggingface dataset:
A top insulator for a secondary battery, which is inserted into a case of the secondary battery, the top insulator comprising: a glass fiber fabric which is formed by crossing weft yarns and warp yarns of glass fiber raw yarns; and silicone rubber applied to at least one surface of the glass fiber fabric, characterized in that the glass fiber has a composition ratio of 70 wt% to 80 wt%, the silicone rubber has a composition ratio of 20 wt% to 30 wt%, the silicone rubber comprises a silicone polymer and a flame retardant, and wherein, the silicone polymer has a composition ratio of 10 wt% to 20 wt%, and the flame retardant has a composition ratio of 10 wt% to 15 wt%. a glass fiber fabric which is formed by crossing weft yarns and warp yarns of glass fiber raw yarns; and silicone rubber applied to at least one surface of the glass fiber fabric, characterized in that the glass fiber has a composition ratio of 70 wt% to 80 wt%, the silicone rubber has a composition ratio of 20 wt% to 30 wt%, the silicone rubber comprises a silicone polymer and a flame retardant, and wherein, the silicone polymer has a composition ratio of 10 wt% to 20 wt%, and the flame retardant has a composition ratio of 10 wt% to 15 wt%.
An electroporation catheter comprising: a handle located at a proximal end of the electroporation catheter ; a shaft coupled to and extending from a distal end of the handle , the shaft defining an interior channel; a plurality of wires disposed within the interior channel; and a distal loop subassembly coupled to a distal end of the shaft , the distal loop subassembly comprising a loop having a plurality of catheter electrodes disposed thereon, the plurality of catheter electrodes comprising: a plurality of first type catheter electrodes , all of the plurality of first type catheter electrodes electrically connected to a single wire of the plurality of wires ; and a plurality of second type catheter electrodes , each second type catheter electrode electrically connected to a different wire of the plurality of wires . a handle located at a proximal end of the electroporation catheter ; a shaft coupled to and extending from a distal end of the handle , the shaft defining an interior channel; a plurality of wires disposed within the interior channel; and a distal loop subassembly coupled to a distal end of the shaft , the distal loop subassembly comprising a loop having a plurality of catheter electrodes disposed thereon, the plurality of catheter electrodes comprising: a plurality of first type catheter electrodes , all of the plurality of first type catheter electrodes electrically connected to a single wire of the plurality of wires ; and a plurality of second type catheter electrodes , each second type catheter electrode electrically connected to a different wire of the plurality of wires .
Mobile measuring system for carrying out a gas analysis and/or for determining the calorific value and/or for determining the Wobbe index of a test gas, comprising a measuring apparatus, wherein the measuring apparatus comprises a gas chromatograph and a gas treatment unit , wherein the gas treatment unit has a pressure regulator and a throughflow regulator , wherein the mobile measuring system has a transportable housing , wherein the measuring apparatus is fitted in the housing , characterized in that the gas treatment unit has a filter unit and a bypass for the test gas, wherein the throughflow regulator is arranged downstream of the pressure regulator and upstream of the filter unit in the flow direction of the test gas, wherein the bypass is arranged between the pressure regulator and the throughflow regulator in such a way that surplus gas quantities are guided to the outside, wherein the housing is an electrically conductive housing , wherein the measuring system has a mounting plate , wherein at least the chromatograph and the gas treatment unit are mounted on the mounting plate .
A polarization delivery system comprising: a substrate; a parahydrogen production system comprising a microreactor that is configured to process hydrogen based on a request from a magnetic resonance imaging (MRI) or nuclear magnetic resonance (NMR) system and produce processed hydrogen including parahydrogen; and a hyperpolarization and conversion system comprising a spin transfer device that is configured to receive the processed hydrogen from the microreactor and transfer spin order from the processed hydrogen to the substrate. a substrate; a parahydrogen production system comprising a microreactor that is configured to process hydrogen based on a request from a magnetic resonance imaging (MRI) or nuclear magnetic resonance (NMR) system and produce processed hydrogen including parahydrogen; and a hyperpolarization and conversion system comprising a spin transfer device that is configured to receive the processed hydrogen from the microreactor and transfer spin order from the processed hydrogen to the substrate.
An air foil thrust bearing comprising: a bump foil plate in which a plurality of bump foils are integrally formed with a first plate so that one ends of the bump foils in a circumferential direction are connected to the first plate , the plurality of bump foils including an elastic bump having a concavo-convex shape are arranged to be spaced apart from each other in the circumferential direction, and an arrest ring : protrudes from the first plate in a thickness direction; and a top foil plate in which a plurality of top foils are integrally formed with a second plate so that one ends of the top foils are connected to the second plate in the circumferential direction, the plurality of top foils are arranged to be spaced apart from each other in the circumferential direction, and the second plate includes a through-hole penetrating through both surfaces in a thickness direction in a position corresponding to the arrest ring , wherein the bump foil plate and the top foil plate are stacked, the arrest ring is inserted into and penetrates through the through-hole , the arrest ring is bent toward the top foil plate so that the second plate is caught by the arrest ring , characterised in that the arrest ring is spaced apart from the second plate . a bump foil plate in which a plurality of bump foils are integrally formed with a first plate so that one ends of the bump foils in a circumferential direction are connected to the first plate , the plurality of bump foils including an elastic bump having a concavo-convex shape are arranged to be spaced apart from each other in the circumferential direction, and an arrest ring : protrudes from the first plate in a thickness direction; and a top foil plate in which a plurality of top foils are integrally formed with a second plate so that one ends of the top foils are connected to the second plate in the circumferential direction, the plurality of top foils are arranged to be spaced apart from each other in the circumferential direction, and the second plate includes a through-hole penetrating through both surfaces in a thickness direction in a position corresponding to the arrest ring , wherein the bump foil plate and the top foil plate are stacked, the arrest ring is inserted into and penetrates through the through-hole , the arrest ring is bent toward the top foil plate so that the second plate is caught by the arrest ring , characterised in that the arrest ring is spaced apart from the second plate .
A method of manufacturing packing that includes a main plate for forming a liquid film constituting a gas-liquid contact surface, the method comprising: a main condition determination step of determining types of a gas and a liquid which are brought into gas-liquid contact and a condition of the main plate ; a numerical analysis step of calculating a relationship between the contact angle (θs) of the liquid film on a surface of the rib and the liquid film length ratio (Lw/Lt) indicating a ratio of a liquid film length (Lw) until the liquid film is ruptured to a flow direction length (Lt) of the main plate ; a rib arrangement determination step of determining an arrangement of the rib ; a rib condition determination step of determining a material and a surface shape of the rib on the basis of a correlation between the contact angle (θs) and the liquid film length ratio; a rib property determination step of determining a minimum value (Lrmin) of the flow direction length of the rib satisfying the contact angle (θs) and a strength requirement; a minimum value condition confirmation step of confirming whether or not a liquid film length (Lw (θs)) with respect to the contact angle is greater than the minimum value (Lrmin) of the flow direction length satisfying the strength requirement; and a rib length determination step of determining the flow direction length (Lr) of the rib within a range from the minimum value (Lrmin) of the flow direction length satisfying the strength requirement to the liquid film length (Lw (θs)) with respect to the contact angle (θs). a main condition determination step of determining types of a gas and a liquid which are brought into gas-liquid contact and a condition of the main plate ; a numerical analysis step of calculating a relationship between the contact angle (θs) of the liquid film on a surface of the rib and the liquid film length ratio (Lw/Lt) indicating a ratio of a liquid film length (Lw) until the liquid film is ruptured to a flow direction length (Lt) of the main plate ; a rib arrangement determination step of determining an arrangement of the rib ; a rib condition determination step of determining a material and a surface shape of the rib on the basis of a correlation between the contact angle (θs) and the liquid film length ratio; a rib property determination step of determining a minimum value (Lrmin) of the flow direction length of the rib satisfying the contact angle (θs) and a strength requirement; a minimum value condition confirmation step of confirming whether or not a liquid film length (Lw (θs)) with respect to the contact angle is greater than the minimum value (Lrmin) of the flow direction length satisfying the strength requirement; and a rib length determination step of determining the flow direction length (Lr) of the rib within a range from the minimum value (Lrmin) of the flow direction length satisfying the strength requirement to the liquid film length (Lw (θs)) with respect to the contact angle (θs).
A method for controlling an audio fragment rendering device to render an audio fragment for enhancing a user's recognition of a non-descriptively selected light scene, the method comprising: - receiving a first signal indicative of a selection of the light scene; the light scene defining one or more lighting instructions according to which one or more lighting devices are to be controlled; - determining whether the light scene has either been descriptively selected or has been non-descriptively selected; wherein a determination is made that the light scene has been descriptively selected when the light scene has been selected via a user interface device which provides a descriptive name of the light scene, and wherein otherwise the determination is made that the light scene has been non-descriptively selected; - controlling the one or more lighting devices to render the light scene; and - on condition that the determination has been made that the light scene has been non-descriptively selected: - determining a characteristic of the light scene; - providing an audio fragment based on the determined characteristic; - controlling an audio fragment rendering device to render the provided audio fragment. - receiving a first signal indicative of a selection of the light scene; the light scene defining one or more lighting instructions according to which one or more lighting devices are to be controlled; - determining whether the light scene has either been descriptively selected or has been non-descriptively selected; wherein a determination is made that the light scene has been descriptively selected when the light scene has been selected via a user interface device which provides a descriptive name of the light scene, and wherein otherwise the determination is made that the light scene has been non-descriptively selected; - controlling the one or more lighting devices to render the light scene; and - on condition that the determination has been made that the light scene has been non-descriptively selected: - determining a characteristic of the light scene; - providing an audio fragment based on the determined characteristic; - controlling an audio fragment rendering device to render the provided audio fragment. - determining a characteristic of the light scene; - providing an audio fragment based on the determined characteristic; - controlling an audio fragment rendering device to render the provided audio fragment.
A laundry treating apparatus comprising: a cabinet ; a tub provided in the cabinet ; a drum rotatably provided in the tub for receiving laundry; a gasket provided between the cabinet and the tub ; and a plurality of spray nozzles provided at the gasket between the cabinet and the tub , configured to spray wash water upward to falling laundry into the drum , a pump for pumping wash water to the plurality of spray nozzles , wherein the pump pumps the wash water when laundry clings to and is separated from an inside of the drum in a repeated manner by accelerating and decelerating the drum and characterized in that the plurality of spray nozzles is provided at a lower part of the gasket, wherein a first spray nozzle and a second spray nozzle are provided at opposite sides of the lower part of the gasket below half the height of the gasket , and wherein each of the nozzles comprises a first surface for guiding wash water, the first surface being formed such that a width thereof is gradually increased towards an wash water outlet end, so that wash water is sprayed in a spread state in a fan shape into the drum . a cabinet ; a tub provided in the cabinet ; a drum rotatably provided in the tub for receiving laundry; a gasket provided between the cabinet and the tub ; and a plurality of spray nozzles provided at the gasket between the cabinet and the tub , configured to spray wash water upward to falling laundry into the drum , a pump for pumping wash water to the plurality of spray nozzles , wherein the pump pumps the wash water when laundry clings to and is separated from an inside of the drum in a repeated manner by accelerating and decelerating the drum and characterized in that the plurality of spray nozzles is provided at a lower part of the gasket, wherein a first spray nozzle and a second spray nozzle are provided at opposite sides of the lower part of the gasket below half the height of the gasket , and wherein each of the nozzles comprises a first surface for guiding wash water, the first surface being formed such that a width thereof is gradually increased towards an wash water outlet end, so that wash water is sprayed in a spread state in a fan shape into the drum .
A protective cell autophagy inhibitor, wherein its active ingredient is a rubiaceae-type cyclopeptide, wherein the active ingredient is a rubiaceae-type cyclopeptide RA-V or RA-XII represented by the following structural formula: , for use in the treatment and prevention of tumors with KRAS gene mutations, and wherein the inhibitor is a nano-micelle injection.
A method for building a coke oven in order to newly build an entire coke oven, the method comprising: producing blocks, each block being produced by laying a plurality of shaped refractories at a location other than a building site of the coke oven; transporting the blocks to the building site of the coke oven; applying mortar to a position for placing one of the blocks; and placing the block at the position where the mortar was applied; wherein a length in a longitudinal direction of the block is at least 1/4 and at most 2/3 of an oven length of the coke oven, and a height of the block is less than 2 m, and during the producing, the blocks are produced using a robot, wherein blocks are produced in a plurality of block production lines; and either or both of the regenerators and the combustion chambers of the coke oven are built using the blocks, and other portions such as a corbel with a complicated structure are built by manual laying of refractories. producing blocks, each block being produced by laying a plurality of shaped refractories at a location other than a building site of the coke oven; transporting the blocks to the building site of the coke oven; applying mortar to a position for placing one of the blocks; and placing the block at the position where the mortar was applied; wherein a length in a longitudinal direction of the block is at least 1/4 and at most 2/3 of an oven length of the coke oven, and a height of the block is less than 2 m, and during the producing, the blocks are produced using a robot, wherein blocks are produced in a plurality of block production lines; and either or both of the regenerators and the combustion chambers of the coke oven are built using the blocks, and other portions such as a corbel with a complicated structure are built by manual laying of refractories.
A wireless communication training method, comprising: transmitting by a first wireless device (AP40) a sequence of training frames, each through a different antenna sectorized beam (111-116), comparing by a second wireless device (STA50) received signal qualities of the training frames to determine a best sector according to a predetermined rule, characterized in that the training frames are Clear-To-Send, CTS, messages whose duration settings are used by the second wireless device (STA50) to derive sectors to which they are being transmitted by the first wireless device (AP40). transmitting by a first wireless device (AP40) a sequence of training frames, each through a different antenna sectorized beam (111-116), comparing by a second wireless device (STA50) received signal qualities of the training frames to determine a best sector according to a predetermined rule, characterized in that the training frames are Clear-To-Send, CTS, messages whose duration settings are used by the second wireless device (STA50) to derive sectors to which they are being transmitted by the first wireless device (AP40).
An electromagnetic sensitive fiber optic sensor , comprising: a first fiber optic wrapped cylinder, comprising a cylinder portion with a hole through the center, wherein a surface of the cylinder portion includes a magnetostrictive material that changes in length in response to a magnetic field; a pair of flux concentrators positioned at each end of the cylinder portion; and a pre-stressed bend-insensitive fiber optic cable threaded through the hole of the cylinder portion and wrapped around the cylinder portion a predetermined number of times, wherein the fiber optic cable is rigidly attached to the cylinder portion at each end of the magnetostrictive material , wherein the number of times is proportional to a sensitivity of the sensor. a first fiber optic wrapped cylinder, comprising a cylinder portion with a hole through the center, wherein a surface of the cylinder portion includes a magnetostrictive material that changes in length in response to a magnetic field; a pair of flux concentrators positioned at each end of the cylinder portion; and a pre-stressed bend-insensitive fiber optic cable threaded through the hole of the cylinder portion and wrapped around the cylinder portion a predetermined number of times, wherein the fiber optic cable is rigidly attached to the cylinder portion at each end of the magnetostrictive material , wherein the number of times is proportional to a sensitivity of the sensor.
A 10-pole/9-slot synchronous motor that includes nine teeth that are divided into three phases, each of which includes three adjacent teeth, a winding being concentratedly wound around the teeth, the synchronous motor comprising a stator in which a circumferential width of an inner-diameter-side tip portion of a first tooth , which is disposed in a center among three teeth forming each phase, is made smaller than a circumferential width of inner-diameter-side tip portions of two second teeth , which are disposed on both sides of the first tooth, characterized in that a radial thickness (t1) of the inner-diameter-side tip portion of the first tooth is made smaller than a radial thickness (t2, t3) of the inner-diameter-side tip portions of the second teeth .
A surgical instrument, comprising: a handpiece housing ; an acoustic assembly supported within said handpiece housing, wherein said acoustic assembly is configured to produce vibrations; a waveguide comprising a proximal end and a distal end, wherein said proximal end is mounted to said acoustic assembly such that vibrations produced by said acoustic assembly are transmitted to said waveguide; a clamp movable between an open position and a closed position relative to said waveguide, wherein said clamp comprises a tissue-contacting pad including a first electrode and a second electrode ; a first conductor in electrical communication with said first electrode; a second conductor in electrical communication with said second electrode, wherein said first conductor and said second conductor are configured to be placed in electrical communication with a power source such that current can flow from said first electrode to said second electrode through tissue positioned intermediate said first electrode and said second electrode. a handpiece housing ; an acoustic assembly supported within said handpiece housing, wherein said acoustic assembly is configured to produce vibrations; a waveguide comprising a proximal end and a distal end, wherein said proximal end is mounted to said acoustic assembly such that vibrations produced by said acoustic assembly are transmitted to said waveguide; a clamp movable between an open position and a closed position relative to said waveguide, wherein said clamp comprises a tissue-contacting pad including a first electrode and a second electrode ; a first conductor in electrical communication with said first electrode; a second conductor in electrical communication with said second electrode, wherein said first conductor and said second conductor are configured to be placed in electrical communication with a power source such that current can flow from said first electrode to said second electrode through tissue positioned intermediate said first electrode and said second electrode.