mhurhangee/patent-ind-claim-en huggingface dataset:
A flexible air supply damper system comprising: a fluid supply unit supplying a fluid; a heating unit heating the fluid supplied through the fluid supply unit ; a drying unit configured for drying an electrode plate while receiving the fluid heated through the heating unit ; a damper unit splitting the fluid passing through the heating unit to control an amount of the fluid to be introduced into the drying unit ; and a discharge unit through which the fluid used in the drying unit and the fluid split out of the damper unit are discharged, wherein the damper unit is positioned between the heating unit and the drying unit , thereby keeping an amount of the fluid to be supplied to the heating unit constant, and wherein the discharge unit includes a discharge means discharging the fluid, a first discharge passage allowing the damper unit and the discharge means to communicate with each other by bypassing the drying unit , and a second discharge passage allowing the drying unit and the discharge means to communicate with each other, the fluid used in the drying unit is discharged through the second discharge passage and the fluid split from the damper unit is discharged through the first discharge passage . a fluid supply unit supplying a fluid; a heating unit heating the fluid supplied through the fluid supply unit ; a drying unit configured for drying an electrode plate while receiving the fluid heated through the heating unit ; a damper unit splitting the fluid passing through the heating unit to control an amount of the fluid to be introduced into the drying unit ; and a discharge unit through which the fluid used in the drying unit and the fluid split out of the damper unit are discharged, wherein the damper unit is positioned between the heating unit and the drying unit , thereby keeping an amount of the fluid to be supplied to the heating unit constant, and wherein the discharge unit includes a discharge means discharging the fluid, a first discharge passage allowing the damper unit and the discharge means to communicate with each other by bypassing the drying unit , and a second discharge passage allowing the drying unit and the discharge means to communicate with each other, the fluid used in the drying unit is discharged through the second discharge passage and the fluid split from the damper unit is discharged through the first discharge passage .
Internal combustion engine , comprising at least one cylinder (1, 1', 1") with at least one cylinder head (11, 11', 11") which is connected to a cylinder housing via a plurality of cylinder head bolts (19, 20, 21, 22, 19', 20', 21', 22'; 19", 20", 21", 22") per cylinder (1, 1', 1"), wherein two inlet valves and two outlet valves are arranged per cylinder (1, 1', 1"), which valves have a twisted valve pattern in relation to an engine longitudinal plane , wherein one outlet sub-passage is guided from each outlet valve and one inlet sub-passage is guided to each inlet valve , wherein the bolt axes of all cylinder head bolts (19, 20, 21, 22; 19', 20', 21', 22', 19", 20", 21", 22") associated with a cylinder (1, 1', 1") define cylinder head bolt planes which are arranged in a mutually parallel manner relative to the cylinder axis , wherein all cylinder head bolt planes associated with a cylinder (1, 1', 1") are inclined both to the engine longitudinal plane and to a transverse engine plane which is normal to the engine longitudinal plane , characterised in that the outlet sub-passages merge outside a cylinder bore diameter to form a common outlet passage and/or a common inlet passage splits up into the inlet sub-passages in the region of a cylinder bore diameter, wherein the area of a triangle consisting of a projection of the inlet valve axes and an inlet passage separation point and/or the outlet valve axes and an outlet passage connection point into the plane in or parallel to a cylinder head sealing plane is between 5 percent and 15 percent of the bore area.
A beamstop arrangement for an x-ray-optical system having a vacuum housing and at least one beamstop adjustable in an xy plane perpendicular to a z direction for optimum setting of the ratio of useful radiation reaching a surface to interfering radiation of an x-ray beam in the z direction, wherein the beamstop arrangement comprises a plurality of beamstops of differing size and/or geometry, which are arranged on an exchanging mount, which is installed on a carriage displaceable in the xy plane by means of a drive unit having at least two positioning motors, characterized in that the carriage having the exchanging mount is arranged in vacuum and the positioning motors of the drive unit are arranged in a region having room pressure, wherein the carriage and the movable exchanging mount are located within the vacuum housing whereas the positioning motors are arranged at room pressure outside on the housing, and in that the positioning motors transmit the drive movement of the carriage via positioning elements, in particular tappets, from the room pressure region into the vacuum, wherein seals are provided on the vacuum housing at the transition region between room pressure and vacuum, by means of which the positioning elements are sealed. that the carriage having the exchanging mount is arranged in vacuum and the positioning motors of the drive unit are arranged in a region having room pressure, wherein the carriage and the movable exchanging mount are located within the vacuum housing whereas the positioning motors are arranged at room pressure outside on the housing, and in that the positioning motors transmit the drive movement of the carriage via positioning elements, in particular tappets, from the room pressure region into the vacuum, wherein seals are provided on the vacuum housing at the transition region between room pressure and vacuum, by means of which the positioning elements are sealed.
A watch glass, comprising: • a support glass with at least one recess , • a cover glass , • at least one gemstone , which is at least partially arranged in the recess , and • a connecting intermediate layer , by way of which the cover glass and the support glass are connected to one another, • characterized in that a region of a crown of the gemstone is in direct contact with the intermediate layer , wherein the crown is located above a girdle of the gemstone , and wherein the region of the crown of the gemstone comprises a table of the gemstone . • a support glass with at least one recess , • a cover glass , • at least one gemstone , which is at least partially arranged in the recess , and • a connecting intermediate layer , by way of which the cover glass and the support glass are connected to one another, • characterized in that a region of a crown of the gemstone is in direct contact with the intermediate layer , wherein the crown is located above a girdle of the gemstone , and wherein the region of the crown of the gemstone comprises a table of the gemstone .
A method of butt welding steel plates, the method comprising: butting two steel plates together, to form a Y groove having an opening portion in an upper part and a root face portion in a lower part; and joining the two steel plates at the opening portion of the Y groove by submerged arc welding, to form submerged arc weld metal whose Ti content is 0.030 mass% to 0.100 mass%, B content is 0.0030 mass% to 0.0080 mass%, and [%A1]/[%O] is in a range of 0.5 to 1.2 where [%A1] is Al content in mass% and [%O] is O content in mass%; and characterized by further comprising joining the two steel plates at the root face portion of the Y groove by laser welding, to form laser weld metal so that the laser weld metal enters into the submerged arc weld metal . butting two steel plates together, to form a Y groove having an opening portion in an upper part and a root face portion in a lower part; and joining the two steel plates at the opening portion of the Y groove by submerged arc welding, to form submerged arc weld metal whose Ti content is 0.030 mass% to 0.100 mass%, B content is 0.0030 mass% to 0.0080 mass%, and [%A1]/[%O] is in a range of 0.5 to 1.2 where [%A1] is Al content in mass% and [%O] is O content in mass%; and characterized by further comprising joining the two steel plates at the root face portion of the Y groove by laser welding, to form laser weld metal so that the laser weld metal enters into the submerged arc weld metal .
A computer-implemented method of training a reconstruction neural network algorithm used to reconstruct a Magnetic Resonance Imaging, MRI, image based on MRI raw data , the method comprising: - obtaining training MRI raw data acquired using a k-space trajectory that is undersampling the k-space , - obtaining a ground truth of a training MRI image associated with the MRI raw data , - obtaining a ground truth of an object presence or absence of an object in the training MRI image , - based on the training MRI raw data and using the reconstruction neural network algorithm , determining a prediction of the training MRI image , - based on the prediction of the training MRI image and using an object-detection algorithm , determining a prediction of a presence or absence of the object in the training MRI image , - determining a loss value based on a first difference between the ground truth of the training MRI image and the prediction of the training MRI image , and further based on a second difference between the ground truth of the presence or absence of the object and the prediction of the presence or absence of the object , and - based on the loss value and using a training process, adjusting weights of the reconstruction neural network algorithm . - obtaining training MRI raw data acquired using a k-space trajectory that is undersampling the k-space , - obtaining a ground truth of a training MRI image associated with the MRI raw data , - obtaining a ground truth of an object presence or absence of an object in the training MRI image , - based on the training MRI raw data and using the reconstruction neural network algorithm , determining a prediction of the training MRI image , - based on the prediction of the training MRI image and using an object-detection algorithm , determining a prediction of a presence or absence of the object in the training MRI image , - determining a loss value based on a first difference between the ground truth of the training MRI image and the prediction of the training MRI image , and further based on a second difference between the ground truth of the presence or absence of the object and the prediction of the presence or absence of the object , and - based on the loss value and using a training process, adjusting weights of the reconstruction neural network algorithm .
Cosmetic composition for making up and/or caring for the lips, which is in the form of a liquid emulsion, having a viscosity at 25°C of between 0.01 and 10 Pa.s, comprising: a) at least 8% by weight, relative to the total weight of the composition, of one or more non-volatile oils; b) 3 to 20 % by weight of active substance, relative to the total weight of the composition, of at least one film-forming agent chosen from vinyl polymers comprising at least one carbosiloxane dendrimer-based unit; c) from 20% to 60% by weight of water, relative to the total weight of the composition; d) at least one coloring material. a) at least 8% by weight, relative to the total weight of the composition, of one or more non-volatile oils; b) 3 to 20 % by weight of active substance, relative to the total weight of the composition, of at least one film-forming agent chosen from vinyl polymers comprising at least one carbosiloxane dendrimer-based unit; c) from 20% to 60% by weight of water, relative to the total weight of the composition; d) at least one coloring material.
Amino acid sequence that is an immunoglobulin single variable domain capable of binding to human serum albumin that has: - a CDR1 according to Abm that is the amino acid sequence GSNISSYVMG (SEQ ID NO:11) or GSTISSYVMG (SEQ ID NO:12); and - a CDR2 according to Abm that is the amino acid sequence AISRSGGYTY (SEQ ID NO: 13); and - a CDR3 according to Abm that is the amino acid sequence GRYSAWYSQSYEYDY (SEQ ID NO: 14), wherein the amino acid sequence is a VHH or a humanized VHH. - a CDR1 according to Abm that is the amino acid sequence GSNISSYVMG (SEQ ID NO:11) or GSTISSYVMG (SEQ ID NO:12); and - a CDR2 according to Abm that is the amino acid sequence AISRSGGYTY (SEQ ID NO: 13); and - a CDR3 according to Abm that is the amino acid sequence GRYSAWYSQSYEYDY (SEQ ID NO: 14),
A nuclear island comprising: a nuclear reactor including a nuclear reactor core comprising fissile material disposed in a reactor pressure vessel that has a plurality of vessel penetrations that in use exclusively carry flow into the nuclear reactor and at least one vessel penetration that in use carries flow out of the nuclear reactor ; and an integral isolation valve, IIV, system including: a plurality of passive IIVs each comprising a check valve built into a forged flange and not including an actuator, and one or more active IIVs each comprising an active valve built into a forged flange and including an actuator , wherein: each vessel penetration that in use exclusively carries flow into the nuclear reactor is protected by a passive IIV whose forged flange is directly connected to the vessel penetration, and each vessel penetration that in use carries flow out of the nuclear reactor is protected by an active IIV whose forged flange is directly connected to the vessel penetration, characterized in that the active valve of the one or more active IIVs is configured to be closed by reactor coolant pressure upon loss of actuator power. a nuclear reactor including a nuclear reactor core comprising fissile material disposed in a reactor pressure vessel that has a plurality of vessel penetrations that in use exclusively carry flow into the nuclear reactor and at least one vessel penetration that in use carries flow out of the nuclear reactor ; and an integral isolation valve, IIV, system including: a plurality of passive IIVs each comprising a check valve built into a forged flange and not including an actuator, and one or more active IIVs each comprising an active valve built into a forged flange and including an actuator , a plurality of passive IIVs each comprising a check valve built into a forged flange and not including an actuator, and one or more active IIVs each comprising an active valve built into a forged flange and including an actuator , wherein: each vessel penetration that in use exclusively carries flow into the nuclear reactor is protected by a passive IIV whose forged flange is directly connected to the vessel penetration, and each vessel penetration that in use carries flow out of the nuclear reactor is protected by an active IIV whose forged flange is directly connected to the vessel penetration, characterized in that the active valve of the one or more active IIVs is configured to be closed by reactor coolant pressure upon loss of actuator power. each vessel penetration that in use exclusively carries flow into the nuclear reactor is protected by a passive IIV whose forged flange is directly connected to the vessel penetration, and each vessel penetration that in use carries flow out of the nuclear reactor is protected by an active IIV whose forged flange is directly connected to the vessel penetration, characterized in that the active valve of the one or more active IIVs is configured to be closed by reactor coolant pressure upon loss of actuator power.
Axial piston machine, comprising: - a rotating shaft , a rotating cylinder block connected mechanically to said shaft , and at least one piston slidable with reciprocal movement in said cylinder block ; the reciprocal movement of said at least one piston being generated by, or generating the rotation of said shaft ; - a tilted body coupled with said cylinder block or with said at least one piston , wherein the displacement of said at least one piston depends on the tilt of said tilted body ; said tilted body being coupled with a fixed part of said machine such as to vary the tilt thereof and thus to vary the displacement of said at least one piston ; - a position sensor for detecting the position of said tilted body , said sensor having a first part and a second part , wherein said first part is mounted on said tilted body and said second part is mounted on said fixed machine part , said second part being contactlessly connected to said first part such as to detect the position of said first part ; said tilted body having a first face coupled with said cylinder block or with said at least one piston , said tilted body having a side that extends from a side edge of said first face, said first part being arranged at said side; said tilted body having a second face coupled with said fixed part , said second face being opposite to said first face, said side joining together said first face and said second face; characterized in that said tilted body comprises a distributor of an operating fluid operationally associated with said at least one piston and in that said first face has at least a first inlet port and a second outlet port for said operating fluid, said cylinder block rotating on said distributor and through the effect of the rotation of said cylinder block said at least one piston being placed in communication with said first inlet port and with said second outlet port alternately. - a rotating shaft , a rotating cylinder block connected mechanically to said shaft , and at least one piston slidable with reciprocal movement in said cylinder block ; the reciprocal movement of said at least one piston being generated by, or generating the rotation of said shaft ; - a tilted body coupled with said cylinder block or with said at least one piston , wherein the displacement of said at least one piston depends on the tilt of said tilted body ; said tilted body being coupled with a fixed part of said machine such as to vary the tilt thereof and thus to vary the displacement of said at least one piston ; - a position sensor for detecting the position of said tilted body , said sensor having a first part and a second part , wherein said first part is mounted on said tilted body and said second part is mounted on said fixed machine part , said second part being contactlessly connected to said first part such as to detect the position of said first part ;
A plumbing fixture having a fixture housing , which delimits an interior space which transitions, at a passage formed in a housing wall , into a housing arm leading to a water spout , which fixture housing has a mounting hole through which an inner body can be inserted in a mounting direction (M) along a housing axis (A), the cold, hot and mixing water channels of which body fluidically connect the supply-side cold and hot water pipes and a mixing water pipe leading to the water spout to a mixing cartridge , wherein the fixture housing has a detachably supported housing part , the removal of which exposes an aperture with which the mounting access provided by the mounting hole of the fixture housing can be widened, characterized in that the interior space delimited by the housing arm is delimited by a surrounding side wall and a top wall and that a passage is formed in the top wall of the housing arm , via which the mixing water pipe in the water spout can be brought into fluid-tight plug-in connection with the mixing water channel in the inner body , wherein the mating plug parts of the plug-in connection are interconnected in such a way that they cannot be pulled apart and are capable of pivoting, wherein the housing part detachably supported on the fixture housing is an angle profile part having a first profile leg , which covers the first section of the aperture , and a second profile leg , which covers the open underside of the housing arm , and wherein the inner body capable of being inserted in the fixture housing has a lateral extension , which can be positioned in the housing arm of the fixture housing .
An adhesive comprising: a metal plate having a first surface and a second surface opposing each other, regularly having a plurality of hollows , and having an elastic modulus of 10 GPa to 100 GPa; and an adhesive layer provided on at least one of the first surface and the second surface, wherein the adhesive layer comprises, on a plane, a first adhesive layer which corresponds to the first surface and the hollows of the metal plate , wherein the hollows are provided selectively corresponding to a folding part (FR); and wherein the adhesive layer further comprises a second adhesive layer which corresponds to the second surface excluding hollows of the metal plate , or wherein the adhesive layer further comprises a second adhesive layer filling the hollows of the metal plate . a metal plate having a first surface and a second surface opposing each other, regularly having a plurality of hollows , and having an elastic modulus of 10 GPa to 100 GPa; and an adhesive layer provided on at least one of the first surface and the second surface, wherein the adhesive layer comprises, on a plane, a first adhesive layer which corresponds to the first surface and the hollows of the metal plate , wherein the hollows are provided selectively corresponding to a folding part (FR); and wherein the adhesive layer further comprises a second adhesive layer which corresponds to the second surface excluding hollows of the metal plate , or wherein the adhesive layer further comprises a second adhesive layer filling the hollows of the metal plate .
An electrode specially adapted for providing suitable electrical contact and fixation to the patient's skin in regions with irregular tissue structures, the electrode unit comprising: - a flexible nonconductive shell-member forming a body structure, - a flexible matrix-member, - a conductive member, - a connective member including means for connection to an external pulse generator, - a rubbery gel-member, where the shell-member comprises natural- or artificial- rubber of a durometer less than or equal to A shore 50 and where the flexible matrix-member is arranged in the shell-member and fixates the conductive member and supports the rubbery gel-member, the conductive member forming a means for evenly distributing electrical current from the connective member to the gel-member and where the rubbery gel-member is further providing mechanical fixation of the electrode unit to the patient's skin. - a flexible nonconductive shell-member forming a body structure, - a flexible matrix-member, - a conductive member, - a connective member including means for connection to an external pulse generator, - a rubbery gel-member, where the shell-member comprises natural- or artificial- rubber of a durometer less than or equal to A shore 50 and where the flexible matrix-member is arranged in the shell-member and fixates the conductive member and supports the rubbery gel-member, the conductive member forming a means for evenly distributing electrical current from the connective member to the gel-member and where the rubbery gel-member is further providing mechanical fixation of the electrode unit to the patient's skin.
A cartridge for use in an aerosol-generating system, the cartridge comprising: a first compartment having a first air inlet and a first air outlet , the first compartment containing a nicotine source comprising a first carrier material impregnated with between 1 milligram and 40 milligrams of nicotine; and a second compartment having a second air inlet and a second air outlet , the second compartment containing a lactic acid source comprising a second carrier material impregnated with between 2 milligrams and 60 milligrams of lactic acid. a first compartment having a first air inlet and a first air outlet , the first compartment containing a nicotine source comprising a first carrier material impregnated with between 1 milligram and 40 milligrams of nicotine; and a second compartment having a second air inlet and a second air outlet , the second compartment containing a lactic acid source comprising a second carrier material impregnated with between 2 milligrams and 60 milligrams of lactic acid.