mhurhangee/ep-ind-claims huggingface dataset:
A deposition apparatus comprising: an outer reactor including an openable and closable door; and an inner reactor configured to be detachably fitted into the outer reactor through the door, wherein a volume of the outer reactor and a volume of the inner reactor are spatially divided by the inner reactor, wherein connectors (3, 4) are provided on the opposite ends of the inner reactor to be connected to feed lines (7, 8), along which a precursor serving as a reactant or a purge gas is loaded from outside the outer reactor into the inner reactor in a time division manner, wherein the connectors (3, 4) of the inner reactor have a greater cross-sectional area than the feed lines (7, 8), wherein the apparatus comprises a heater able to heat an entirety or a portion of the inner reactor or the outer reactor to enable the atomic layer deposition or digital chemical vapor deposition reaction, a non-reacted portion of a reactant or the purge gas residing in the inner reactor is configured to be discharged from the deposition apparatus through the feed lines (7, 8) or an outlet of the outer reactor due to a space present due to a difference in the cross-sectional area between the connectors (3, 4) and the feed lines (7, 8), and the inner reactor being of a spiral structure. an outer reactor including an openable and closable door; and an inner reactor configured to be detachably fitted into the outer reactor through the door, wherein a volume of the outer reactor and a volume of the inner reactor are spatially divided by the inner reactor, wherein connectors (3, 4) are provided on the opposite ends of the inner reactor to be connected to feed lines (7, 8), along which a precursor serving as a reactant or a purge gas is loaded from outside the outer reactor into the inner reactor in a time division manner, wherein the connectors (3, 4) of the inner reactor have a greater cross-sectional area than the feed lines (7, 8), wherein the apparatus comprises a heater able to heat an entirety or a portion of the inner reactor or the outer reactor to enable the atomic layer deposition or digital chemical vapor deposition reaction, a non-reacted portion of a reactant or the purge gas residing in the inner reactor is configured to be discharged from the deposition apparatus through the feed lines (7, 8) or an outlet of the outer reactor due to a space present due to a difference in the cross-sectional area between the connectors (3, 4) and the feed lines (7, 8), and the inner reactor being of a spiral structure.
A heterodimeric Fc-fused protein comprising first and second constant (Fc) regions of an immunoglobulin heavy chain Fc pair and in which IL-21 is bound to only one of the N-terminus or the C-terminus of the first Fc region or the second Fc region, wherein the CH3 domains of the first Fc region and the second Fc region comprise one or more groups of mutations such that the formation of heterodimeric Fc is promoted, wherein said one or more groups of mutations are selected from the following: amino acid residue substitution at position K360 of the CH3 domain of the first Fc region; and amino acid residue substitution at position Q347 of the CH3 domain of the second Fc region; and amino acid residue substitution at position K409 of the CH3 domain of the first Fc region; and amino acid residue substitution at position F405 and D399 of the CH3 domain of the second Fc region, wherein amino acid residue numbers are in accordance with the Eu index. wherein the CH3 domains of the first Fc region and the second Fc region comprise one or more groups of mutations such that the formation of heterodimeric Fc is promoted, wherein said one or more groups of mutations are selected from the following: amino acid residue substitution at position K360 of the CH3 domain of the first Fc region; and amino acid residue substitution at position Q347 of the CH3 domain of the second Fc region; and amino acid residue substitution at position K409 of the CH3 domain of the first Fc region; and amino acid residue substitution at position F405 and D399 of the CH3 domain of the second Fc region, amino acid residue substitution at position K360 of the CH3 domain of the first Fc region; and amino acid residue substitution at position Q347 of the CH3 domain of the second Fc region; and amino acid residue substitution at position K409 of the CH3 domain of the first Fc region; and amino acid residue substitution at position F405 and D399 of the CH3 domain of the second Fc region, wherein amino acid residue numbers are in accordance with the Eu index.
An underwater fiber optic cable comprising: at least one optical fiber; and a jacket surrounding said at least one optical fiber and comprising a polymer having a first density, and a plurality of particles distributed throughout the polymer having a second density greater than the first density, and having a predetermined volume fraction to thereby provide the underwater cable with a predetermined buoyancy when underwater; characterized in that the predetermined volume fraction varies along a length of said jacket so that the predetermined buoyancy varies along the length of said jacket, and said jacket has a constant outer diameter along the length of the jacket as the predetermined buoyancy varies. at least one optical fiber; and a jacket surrounding said at least one optical fiber and comprising a polymer having a first density, and a plurality of particles distributed throughout the polymer having a second density greater than the first density, and having a predetermined volume fraction to thereby provide the underwater cable with a predetermined buoyancy when underwater; characterized in that the predetermined volume fraction varies along a length of said jacket so that the predetermined buoyancy varies along the length of a polymer having a first density, and a plurality of particles distributed throughout the polymer having a second density greater than the first density, and having a predetermined volume fraction to thereby provide the underwater cable with a predetermined buoyancy when underwater; characterized in that the predetermined volume fraction varies along a length of said jacket so that the predetermined buoyancy varies along the length of said jacket, and said jacket has a constant outer diameter along the length of the jacket as the predetermined buoyancy varies.
A surgical instrument for removing cartilage tissue and/or bone material, comprising: - a hollow cylindrical shaft with a hollow portion and with a connection for a drive at a proximal end, - a cutting tip at a distal end of the shaft, - wherein the cutting tip comprises a dome-shaped, non-cutting, distal end, and - wherein the cutting tip comprises a plurality of openings, which are separated from each other by a plurality of webs, - wherein a cutting edge is formed at each opening at at least one edge formed by the webs, characterised in that - the openings widen in direction towards a central axis (X-X) of the surgical instrument. - a hollow cylindrical shaft with a hollow portion and with a connection for a drive at a proximal end, - a cutting tip at a distal end of the shaft, - wherein the cutting tip comprises a dome-shaped, non-cutting, distal end, and - wherein the cutting tip comprises a plurality of openings, which are separated from each other by a plurality of webs, - wherein a cutting edge is formed at each opening at at least one edge formed by the webs, characterised in that - the openings widen in direction towards a central axis (X-X) of the surgical instrument.
Method for operating a washing machine having an outer tub, a drum for receiving items to be washed, a drive motor for the drum, a pressure sensor for determining a hydrostatic pressure p as a measure of a level of an aqueous liquid located in the outer tub, a control facility and at least one position sensor for determining a position and a behaviour of an oscillating system (2, 3, 5) of the washing machine, which comprises the outer tub, the drum and the drive motor, during the operation of the washing machine, in which the following steps are carried out: (a) measuring the hydrostatic pressure of the aqueous liquid in the outer tub using the pressure sensor; (b) measuring the position and behaviour of the oscillating system (2, 3, 5) with the at least one position sensor; (c) forwarding the position sensor signals measured in step (b) to the control facility; and (d) analysing the position sensor signals by means of the control facility characterised in that in step (d) a correction of the pressure values measured in step (a) is carried out such that the corrected pressure values relate to a predetermined normal position of the oscillating system (2, 3, 5). (a) measuring the hydrostatic pressure of the aqueous liquid in the outer tub using the pressure sensor; (b) measuring the position and behaviour of the oscillating system (2, 3, 5) with the at least one position sensor; (c) forwarding the position sensor signals measured in step (b) to the control facility; and (d) analysing the position sensor signals by means of the control facility
A cask for conditioning, storage and disposal of radioactive waste, in particular solid radioactive waste of medium activity, comprising: a main hollow body extending along and about a longitudinal axis and provided with an access opening; a lid closing the opening and fixed to the body by closing screws which tighten respective flanges (11, 22) of the body and the lid against each other and are inserted in respective through holes formed in the lid and in respective threaded blind holes formed in the body; and a primary sealing system arranged between the body and the lid and comprising two gaskets in series; wherein the body and the lid are provided with respective conical coupling surfaces (15, 25) adjacent to said respective flanges (11, 22) and in contact with each other and coupled to each other with a play less than the play existing between each closing screw and the respective hole formed in the lid; and in that said gaskets in series of the primary sealing system are axial gaskets acting parallel to the axis between respective sealing surfaces (12, 23), parallel to one another and perpendicular to the axis, of said flanges (11, 22) of the body and the lid; said flanges (11, 22) being in contact with each other by means of said respective sealing surfaces (12, 23), and comprising respective radially outer portions (13, 24) axially spaced apart from each other by a gap, said portions (13, 24) being provided with said through holes of the lid and said threaded blind holes of the body which receive the closing screws.
A medical device assembly comprising a medical device, preferably having a hydrophilic surface coating, and a package forming a closed compartment accommodating said medical device, wherein the package is formed of at least one sheet of tearable material and comprising a first weld extending along a first side in a first direction of the package and a second weld extending along a second side in a second direction of the package, said first and second directions being different and preferably orthogonal to each other, wherein a tear line is provided in said second weld, the tear line being arranged to direct a subsequent tear towards the first weld, characterized in that the first weld is provided with an inward protrusion, protruding inwardly towards said closed compartment, at a distance from said second weld, wherein the inward protrusion forms a stop preventing further tearing when the tear reaches the inward protrusion.
A control apparatus comprising: a frame rate control unit configured to control a frame rate of imaging; a transmittance control unit configured to control transmittance of a filter which transmits light incident on an imaging element according to a change of the frame rate so that brightness of an imaged subject is maintained; and a frame rate range calculating unit configured to calculate a range in which it is possible to make the frame rate transition according to an operation speed of the filter under a condition where the brightness of a subject image is maintained, wherein in response to an instruction to change a current frame rate to a target frame rate, the transmittance control unit controls the transmittance according to the range in which it is possible to make the frame rate transition. a frame rate control unit configured to control a frame rate of imaging; a transmittance control unit configured to control transmittance of a filter which transmits light incident on an imaging element according to a change of the frame rate so that brightness of an imaged subject is maintained; and a frame rate range calculating unit configured to calculate a range in which it is possible to make the frame rate transition according to an operation speed of the filter under a condition where the brightness of a subject image is maintained, wherein in response to an instruction to change a current frame rate to a target frame rate, the transmittance control unit controls the transmittance according to the range in which it is possible to make the frame rate transition.
A surgical instrument, comprising: an end effector (1300, 1940, 4050) configurable between an open state and a clamped state, wherein the end effector comprises: a first jaw; a second jaw moveable relative to the first jaw; and a staple cartridge comprising staples removably stored therein; a firing member (1900, 156) movable from an unfired position toward a fired position during a firing stroke, wherein the staples are deployable from the staple cartridge based on the firing member moving toward the fired position; a closure system configured to transition the end effector between the open state and the clamped state; a motor-powered firing system comprising a motor, wherein the motor-powered firing system is configured to drive the firing member through the firing stroke; and a control system, configured to: detect, at a first time point, the end effector reaching the clamped state; detect, at a second time point, the actuation of the motor-powered firing system; characterized in that a firing motion parameter of the motor-powered firing system is set based on an elapsed time from the first time point to the second time point; and the firing member is driven through the firing stroke with the motor-powered firing system using the firing motion parameter. an end effector (1300, 1940, 4050) configurable between an open state and a clamped state, wherein the end effector comprises: a first jaw; a second jaw moveable relative to the first jaw; and a staple cartridge comprising staples removably stored therein; a first jaw; a second jaw moveable relative to the first jaw; and a staple cartridge comprising staples removably stored therein; a firing member (1900, 156) movable from an unfired position toward a fired position during a firing stroke, wherein the staples are deployable from the staple cartridge based on the firing member moving toward the fired position; a closure system configured to transition the end effector between the open state and the clamped state; a motor-powered firing system comprising a motor, wherein the motor-powered firing system is configured to drive the firing member through the firing stroke; and a control system, configured to: detect, at a first time point, the end effector reaching the clamped state; detect, at a second time point, the actuation of the motor-powered firing system; characterized in that a firing motion parameter of the motor-powered firing system is set based on an elapsed time from the first time point to the second time point; and the firing member is driven through the firing stroke with the motor-powered firing system using the firing motion parameter. detect, at a first time point, the end effector reaching the clamped state; detect, at a second time point, the actuation of the motor-powered firing system; characterized in that a firing motion parameter of the motor-powered firing system is set based on an elapsed time from the first time point to the second time point; and the firing member is driven through the firing stroke with the motor-powered firing system using the firing motion parameter.
A processor comprising: a first physical cache coupled to a first core; a second physical cache coupled to a second core; and a control unit; wherein the control unit is configured to: partition the first physical cache into a first logical cache and a first portion of a second logical cache; partition the second physical cache into a third logical cache and a second portion of the second logical cache, wherein the first and the third logical caches represent a first level of a cache hierarchy, and wherein the second logical cache represents a second level of the cache hierarchy; reallocate a first portion of the second logical cache to the first logical cache; identify a first cacheline stored in the first portion of the second logical cache; and invalidate the first cacheline responsive to reallocating the first portion from the second logical cache to the first logical cache. a first physical cache coupled to a first core; a second physical cache coupled to a second core; and a control unit; wherein the control unit is configured to: partition the first physical cache into a first logical cache and a first portion of a second logical cache; partition the second physical cache into a third logical cache and a second portion of the second logical cache, wherein the first and the third logical caches represent a first level of a cache hierarchy, and wherein the second logical cache represents a second level of the cache hierarchy; reallocate a first portion of the second logical cache to the first logical cache; identify a first cacheline stored in the first portion of the second logical cache; and invalidate the first cacheline responsive to reallocating the first portion from the second logical cache to the first logical cache. partition the first physical cache into a first logical cache and a first portion of a second logical cache; partition the second physical cache into a third logical cache and a second portion of the second logical cache, wherein the first and the third logical caches represent a first level of a cache hierarchy, and wherein the second logical cache represents a second level of the cache hierarchy; reallocate a first portion of the second logical cache to the first logical cache; identify a first cacheline stored in the first portion of the second logical cache; and invalidate the first cacheline responsive to reallocating the first portion from the second logical cache to the first logical cache.
Pant-type underwear article, comprising front, back, crotch and waist regions, said article having a longitudinal (y) and a transverse direction (x), at least part of the article comprising an elastic laminate composed of first and second layers of fibrous material and an elastic film layer located between said first and second fibrous layers (22; 24), characterized in that said elastic laminate comprises first and second fibrous layers (22, 24) of spunbond material, each having a basis weight of between 10 and 35 g/m2 and a breathable elastic film layer having a basis weight between 20 and 100 g/m2, said elastic laminate having a Water Vapour Transmission Rate according to ASTM E96-00 Procedure D of at least 1500 g/m2 24h, in that said elastic laminate has a puncture resistance of at least 15 N as measured according to ASTM Designation D3763-02, and in that at least one of the layers (22, 24) of fibrous material has an elongation at maximum force greater than the elasticity of the elastic laminate as measured using the tensile strength method and the elasticity test disclosed herein, and in that said pant-type underwear article is washable and reusable, and in that at least the front region of the article comprises the elastic laminate.
A system for producing a releasable connection between opened door or window wing elements, in particular sliding, folding or swinging wing elements, wherein the system comprises a retention device and a guide region, wherein the retention device comprises the following: - a horizontal guide element having a journal and configured as a guide roller; - an arm which is arranged axially secured by a first end to the journal of the guide roller; - a locking element, the end of which is disposed on a first end of the arm faced away from the horizontal guide element; and - a circularly projecting locking counterpiece axially secured to the journal of the horizontal guide element; wherein the locking element is configured as a locking jaw and engageable in an adjacent locking counterpiece, and wherein the retention device and/or the locking counterpiece is/are arranged covered in the guide region on at least three sides (171, 172, 173). - a horizontal guide element having a journal and configured as a guide roller; - an arm which is arranged axially secured by a first end to the journal of the guide roller; - a locking element, the end of which is disposed on a first end of the arm faced away from the horizontal guide element; and - a circularly projecting locking counterpiece axially secured to the journal of the horizontal guide element;
A frame for a cartridge that can be replaced as a unit, the cartridge configured for installation into a plasma arc torch, the frame comprising: a hollow body adapted to receive a translatable contact start electrode, the body having an internal surface and an external 2. surface, the body including: a substantially cylindrical metallic core; an electrically insulative overmolded plastic casing at least substantially surrounding a circumference of a distal end of the substantially cylindrical metallic core, and a set of flow passages fluidly connecting the external surface of the hollow body and the internal surface of the hollow body, wherein each flow passage in the set of flow passages is radially offset from the other flow passages to impart a swirling fluid flow pattern to a plasma gas passing therethrough. a substantially cylindrical metallic core; an electrically insulative overmolded plastic casing at least substantially surrounding a circumference of a distal end of the substantially cylindrical metallic core, and a set of flow passages fluidly connecting the external surface of the hollow body and the internal surface of the hollow body, wherein each flow passage in the set of flow passages is radially offset from the other flow passages to impart a swirling fluid flow pattern to a plasma gas passing therethrough.