mhurhangee/ep-ind-claims huggingface dataset:
An ion-exchange equipment comprising: a tank unit formed with a cooling liquid flow-in port and a cooling liquid flow-out port and provided therein with an ion-exchange chamber; and an ion-exchange resin in form of particles filling the ion-exchange chamber of the tank unit, wherein the ion-exchange chamber is provided so as to extend along an axial direction of the tank unit and the ion-exchange chamber has a circular cross section taken perpendicularly to the axial direction of the tank unit, and the cooling liquid flow-in port is formed so as to extend in a tangential direction of the ion-exchange chamber, wherein the cooling liquid flow-out port is formed to one end portion of the ion-exchange chamber and the tank unit is provided with a cylindrical member extending from the cooling liquid flow-out port toward a bottom surface of the ion-exchange chamber, wherein the cooling liquid flow-in port is disposed on an upper end side of the ion-exchange chamber, and wherein the ion-exchange resin fills an interior of the ion-exchange chamber at a filling rate of not more than 80% of an inner volume of the ion-exchange chamber. a tank unit formed with a cooling liquid flow-in port and a cooling liquid flow-out port and provided therein with an ion-exchange chamber; and an ion-exchange resin in form of particles filling the ion-exchange chamber of the tank unit, wherein the ion-exchange chamber is provided so as to extend along an axial direction of the tank unit and the ion-exchange chamber has a circular cross section taken perpendicularly to the axial direction of the tank unit, and the cooling liquid flow-in port is formed so as to extend in a tangential direction of the ion-exchange chamber, wherein the cooling liquid flow-out port is formed to one end portion of the ion-exchange chamber and the tank unit is provided with a cylindrical member extending from the cooling liquid flow-out port toward a bottom surface of the ion-exchange chamber, wherein the cooling liquid flow-in port is disposed on an upper end side of the ion-exchange chamber, and wherein the ion-exchange resin fills an interior of the ion-exchange chamber at a filling rate of not more than 80% of an inner volume of the ion-exchange chamber.
An aerial vehicle comprising: an envelope including a plurality of gores (210A-210D); and a seal arranged between a pair of the plurality of gores (210A-210D), the seal including six layers of envelope material heat-sealed together, wherein, a first layer of the envelope material is a first strip of envelope material, adjacent to the first layer of the envelope material is a second layer of the envelope material which is a second strip of envelope material, adjacent to the second layer of envelope material is a third layer of envelope material which is a first gore of the pair, adjacent to the third layer of envelope material is a fourth layer of the envelope which is a second gore of the pair, adjacent to the fourth layer of envelope material is a fifth layer of the envelope material, adjacent to the fifth layer of the envelope material is a sixth layer of the envelope material corresponding to a folded portion of the fifth layer of the envelope material, and a tendon arranged between the fifth layer of the envelope material and sixth layer of the material. an envelope including a plurality of gores (210A-210D); and a seal arranged between a pair of the plurality of gores (210A-210D), the seal including six layers of envelope material heat-sealed together, wherein, a first layer of the envelope material is a first strip of envelope material, adjacent to the first layer of the envelope material is a second layer of the envelope material which is a second strip of envelope material, adjacent to the second layer of envelope material is a third layer of envelope material which is a first gore of the pair, adjacent to the third layer of envelope material is a fourth layer of the envelope which is a second gore of the pair, adjacent to the fourth layer of envelope material is a fifth layer of the envelope material, adjacent to the fifth layer of the envelope material is a sixth layer of the envelope material corresponding to a folded portion of the fifth layer of the envelope material, and a tendon arranged between the fifth layer of the envelope material and sixth layer of the material.
A closure device (10, 110, 210)for dispensing an additive product into a container having a main liquid compartment and an opening with a threaded container neck, the closure device comprising: a cap member (36, 136) having a threaded side wall (37, 144) adapted to be secured to the threaded container neck, a pressurised fluid chamber (60, 160) containing an additive product, the fluid chamber being fixed to the cap member and having a bottom aperture (66, 166) at its lower end, a plug member housing (54, 154) including a plug member (64, 164) and a flange member (58, 158) adapted to extend at least partially across the top of the container neck, the plug member being sealingly engageable in the bottom aperture of the fluid chamber, wherein the plug member is provided with a nozzle (74, 174), characterized in that the plug member housing is adapted to move relative to the cap member between a first closed position of the closure device, in which the plug member seals the bottom aperture closed and in which a first detent member (58, 58A, 162) provided on the plug member housing is engaged by a second detent member (80, 146) provided on the cap member to prevent movement of the plug member housing away from the cap member, and a second open or firing position, in which the plug member housing is urged towards the cap member by contact with the threaded container neck and the plug member is raised relative to the bottom aperture to provide a fluid path for the additive product from the fluid chamber through the nozzle to the main liquid compartment. a cap member (36, 136) having a threaded side wall (37, 144) adapted to be secured to the threaded container neck, a pressurised fluid chamber (60, 160) containing an additive product, the fluid chamber being fixed to the cap member and having a bottom aperture (66, 166) at its lower end, a plug member housing (54, 154) including a plug member (64, 164) and a flange member (58, 158) adapted to extend at least partially across the top of the container neck, the plug member being sealingly engageable in the bottom aperture of the fluid chamber, wherein the plug member is provided with a nozzle (74, 174), characterized in that the plug member housing is adapted to move relative to the cap member between a first closed position of the closure device, in which the plug member seals the bottom aperture closed and in which a first detent member (58, 58A, 162) provided on the plug member housing is engaged by a second detent member (80, 146) provided on the cap member to prevent movement of the plug member housing away from the cap member, and a second open or firing position, in which the plug member housing is urged towards the cap member by contact with the threaded container neck and the plug member is raised relative to the bottom aperture to provide a fluid path for the additive product from the fluid chamber through the nozzle to the main liquid compartment.
An inspection apparatus comprising: an image-capturing unit (13A; 13B) configured to capture an image of an article; an inspection unit configured to inspect the article; a generation-processing unit configured to generate a data group related to an inspection result obtained by the inspection unit, the data group including: article information for distinguishing the article, the inspection result obtained by the inspection unit, captured-image information for distinguishing a captured image captured by the image-capturing unit from another captured image, wherein the captured-image information is a file path of the captured image in a second storage unit configured to store the captured image, and a hash value of the captured image that are associated with each other; and a storage-processing unit (15B, 15D) configured to store the data group and the captured image in respective different storage units (50, 60), wherein the storage-processing unit (15B, 15D) is configured to store the data group in a first storage unit configured to store the data group as a blockchain, wherein the storage-processing unit (15B, 15D) is configured to store the captured image in the second storage unit, and wherein the data group to be stored in the first storage unit does not include the captured image. an image-capturing unit (13A; 13B) configured to capture an image of an article; an inspection unit configured to inspect the article; a generation-processing unit configured to generate a data group related to an inspection result obtained by the inspection unit, the data group including: article information for distinguishing the article, the inspection result obtained by the inspection unit, captured-image information for distinguishing a captured image captured by the image-capturing unit from another captured image, wherein the captured-image information is a file path of the captured image in a second storage unit configured to store the captured image, and a hash value of the captured image that are associated with each other; and article information for distinguishing the article, the inspection result obtained by the inspection unit, captured-image information for distinguishing a captured image captured by the image-capturing unit from another captured image, wherein the captured-image information is a file path of the captured image in a second storage unit configured to store the captured image, and a hash value of the captured image that are associated with each other; and a storage-processing unit (15B, 15D) configured to store the data group and the captured image in respective different storage units (50, 60), wherein the storage-processing unit (15B, 15D) is configured to store the data group in a first storage unit configured to store the data group as a blockchain, wherein the storage-processing unit (15B, 15D) is configured to store the captured image in the second storage unit, and wherein the data group to be stored in the first storage unit does not include the captured image.
An inhaler for inhaling medicament and having a body, the body comprises a main part thereof for retaining a medicament store; and a dose counter, the dose counter being located in a dose counter chamber of the body which is separated from the main part of the body, the dose counter chamber of the body having a dosage display wherein the display comprises a mechanical counter display inside the dose counter chamber and a window for viewing the counter display and characterised in that the dose counter chamber is perforated so as to permit the evaporation of water or aqueous matter in the dose counter chamber into the atmosphere.
A tip dressing cutter comprising: a rotator having a fitting surface capable of fitting a distal end of an electrode tip for spot welding with a center axis of the electrode tip coinciding with a rotation axis of the rotator; a cutting member attached to the rotator and having a cutting blade that extends in a direction crossing the rotation axis of the rotator, conforming to a shape of the distal end of the electrode tip when fitted on the fitting surface, the cutting blade configured to cut the distal end of the electrode tip when the rotator is turned with the distal end of the electrode tip being fitted on the fitting surface; characterized in that the fitting surface has a plurality of arcuate grooves formed thereon, the plurality of arcuate grooves extending around the rotation axis of the rotator as a center thereof and being consecutively formed adjacent to each other toward the rotation axis. a rotator having a fitting surface capable of fitting a distal end of an electrode tip for spot welding with a center axis of the electrode tip coinciding with a rotation axis of the rotator; a cutting member attached to the rotator and having a cutting blade that extends in a direction crossing the rotation axis of the rotator, conforming to a shape of the distal end of the electrode tip when fitted on the fitting surface, the cutting blade configured to cut the distal end of the electrode tip when the rotator is turned with the distal end of the electrode tip being fitted on the fitting surface; characterized in that the fitting surface has a plurality of arcuate grooves formed thereon, the plurality of arcuate grooves extending around the rotation axis of the rotator as a center thereof and being consecutively formed adjacent to each other toward the rotation axis.
A method of producing a fuel additive, comprising: passing a first feed stream comprising C4 hydrocarbons through an olefin production unit; withdrawing a second feed stream comprising C4 hydrocarbons from the olefin production unit; passing the second feed stream comprising C4 hydrocarbons through a methyl tertiary butyl ether unit producing a first process stream; passing the first process stream through a selective hydrogenation unit producing a second process stream; passing the second process stream through an isomerization unit producing a third process stream; passing the third process stream through a hydration unit producing the fuel additive and a recycle stream, wherein the fuel additive comprises 2-butanol, tert-butyl alcohol, di isobutene, dimers of 1-butene, dimers of 2-butene, dimers of isobutene, or a combination comprising at least one of the foregoing; and recycling withdrawing the recycle stream from the hydration unit and recycling it to the first feed stream and/or the olefin production unit. passing a first feed stream comprising C4 hydrocarbons through an olefin production unit; withdrawing a second feed stream comprising C4 hydrocarbons from the olefin production unit; passing the second feed stream comprising C4 hydrocarbons through a methyl tertiary butyl ether unit producing a first process stream; passing the first process stream through a selective hydrogenation unit producing a second process stream; passing the second process stream through an isomerization unit producing a third process stream; passing the third process stream through a hydration unit producing the fuel additive and a recycle stream, wherein the fuel additive comprises 2-butanol, tert-butyl alcohol, di isobutene, dimers of 1-butene, dimers of 2-butene, dimers of isobutene, or a combination comprising at least one of the foregoing; and recycling withdrawing the recycle stream from the hydration unit and recycling it to the first feed stream and/or the olefin production unit.
A process for preparing elagolix of formula I: or a pharmaceutically acceptable salt thereof, the process comprising: 1) contacting a compound of formula V: with a compound of formula IV: in a first solvent to form a mixture comprising a compound of formula VI: wherein step 1), when R 1 is hydrogen, is conducted under a Mitsunobu condition comprising one or more coupling agents; or step 1), when R 1 is methanesulfonate, or p-toluenesulfonate, is conducted under a nucleophilic condition comprising a first base; 2a) treating the mixture with an acid in a second solvent; and 2b) neutralizing with a second base in a third solvent comprising water to provide a compound of formula VII: 3) contacting the compound of formula VII with ethyl 4-halobutyrate and a third base in a fourth solvent to form a compound of formula VIII: and 4) treating the compound of formula VIII with a fourth base in a fifth solvent to provide elagolix of formula I or the pharmaceutically acceptable salt thereof, wherein R 1 is hydrogen, methanesulfonate, or p-toluenesulfonate; and R 2 and R 3 are independently hydrogen, substituted or unsubstituted C 1-8 alkyl, or substituted or unsubstituted C 6 - 12 aryl. 1) contacting a compound of formula V: with a compound of formula IV: in a first solvent to form a mixture comprising a compound of formula VI: wherein step 1), when R 1 is hydrogen, is conducted under a Mitsunobu condition comprising one or more coupling agents; or step 1), when R 1 is methanesulfonate, or p-toluenesulfonate, is conducted under a nucleophilic condition comprising a first base; 2a) treating the mixture with an acid in a second solvent; and 2b) neutralizing with a second base in a third solvent comprising water to provide a compound of formula VII: 3) contacting the compound of formula VII with ethyl 4-halobutyrate and a third base in a fourth solvent to form a compound of formula VIII: and 4) treating the compound of formula VIII with a fourth base in a fifth solvent to provide elagolix of formula I or the pharmaceutically acceptable salt thereof,
An interface unit for connecting a first electronic product and a second electronic product to each other, the interface unit comprising: a first interface device coupled to the first electronic product; a second interface device coupled to the second electronic product; a VCC line provided between the first interface device and the second interface device, and arranged to connect a first power supply of the first electronic product to a second power supply of the second electronic product; a ground line provided between the first interface device and the second interface device, and arranged to connect a first ground of the first electronic product to a second ground of the second electronic product; and a ground overcurrent interrupter installed on the ground line, the ground overcurrent interrupter being arranged to interrupt overcurrent generated from a difference between a potential of the first ground and a potential of the second ground. a first interface device coupled to the first electronic product; a second interface device coupled to the second electronic product; a VCC line provided between the first interface device and the second interface device, and arranged to connect a first power supply of the first electronic product to a second power supply of the second electronic product; a ground line provided between the first interface device and the second interface device, and arranged to connect a first ground of the first electronic product to a second ground of the second electronic product; and a ground overcurrent interrupter installed on the ground line, the ground overcurrent interrupter being arranged to interrupt overcurrent generated from a difference between a potential of the first ground and a potential of the second ground.
A motor control apparatus configured to control driving of an electric motor for steering angle control, the motor control apparatus comprising a steering angle calculation apparatus comprising an electronic control unit configured to calculate a steering angle (θ mdac) based on a torque (T tb) caused by a driver and at least one of vehicle information (V, yr, la), surrounding environment information (e), and driver information (d), wherein the electronic control unit is further configured to: generate a manual steering command value (θ mdac), calculate an integrated angle command value (θ acmd) by adding the manual steering command value to an automatic steering angle command value (θ adac), and perform angle control for the electric motor based on the integrated angle command value, and the electronic control unit is configured to generate the steering angle as the manual steering command value. the electronic control unit is further configured to: generate a manual steering command value (θ mdac), calculate an integrated angle command value (θ acmd) by adding the manual steering command value to an automatic steering angle command value (θ adac), and perform angle control for the electric motor based on the integrated angle command value, and generate a manual steering command value (θ mdac), calculate an integrated angle command value (θ acmd) by adding the manual steering command value to an automatic steering angle command value (θ adac), and perform angle control for the electric motor based on the integrated angle command value, and the electronic control unit is configured to generate the steering angle as the manual steering command value.
A tension leg platform comprising: a plurality of buoyant columns (10,110) having a polygonal transverse cross section; at least two tendon porches (30,130) on each column, adjacent tendon porches (30a,30b) being configured such that a first line normal to the surface of the column on which a first tendon porch is mounted and passing through the center of the tendon seat of the first tendon porch lies at an angle that is greater than zero degrees and less than or equal to 90 degrees to a second line normal to the surface of the column on which an adjacent second tendon porch is mounted and passing through the center of the tendon seat of the second tendon porch; and, a plurality of buoyant pontoons (12,112) connected between adjacent columns. a plurality of buoyant columns (10,110) having a polygonal transverse cross section; at least two tendon porches (30,130) on each column, adjacent tendon porches (30a,30b) being configured such that a first line normal to the surface of the column on which a first tendon porch is mounted and passing through the center of the tendon seat of the first tendon porch lies at an angle that is greater than zero degrees and less than or equal to 90 degrees to a second line normal to the surface of the column on which an adjacent second tendon porch is mounted and passing through the center of the tendon seat of the second tendon porch; and, a plurality of buoyant pontoons (12,112) connected between adjacent columns.
A system for adapting a radiotherapy treatment plan for treating a target structure within a target region of a patient body, the treatment plan comprising irradiation parameters for controlling a delivery of radiation to the target region, the system comprising: a planning unit configured to adapt the treatment plan on the basis of a set of influence parameters quantifying an influence of the radiation on the target region per unit intensity emission in accordance with an anatomical configuration of the target region, a storage for storing a plurality of sets of influence parameters, each set being associated with an image of the target region representing a particular anatomical configuration of the target region, and an imaging unit configured to acquire an image of the target region, wherein the planning unit is configured to select the set of influence parameters from the stored sets on the basis of a comparison between the acquired image and at least one of the images associated with the sets of influence parameters. a planning unit configured to adapt the treatment plan on the basis of a set of influence parameters quantifying an influence of the radiation on the target region per unit intensity emission in accordance with an anatomical configuration of the target region, a storage for storing a plurality of sets of influence parameters, each set being associated with an image of the target region representing a particular anatomical configuration of the target region, and an imaging unit configured to acquire an image of the target region, wherein the planning unit is configured to select the set of influence parameters from the stored sets on the basis of a comparison between the acquired image and at least one of the images associated with the sets of influence parameters.