mhurhangee/patent-ind-claim-en huggingface dataset:
A thermal head (X1, X2) comprising: a substrate ; a heat generating unit above the substrate ; an electrode above the substrate , the electrode being connected to the heat generating unit ; a covering layer , the covering layer covering at least a part of the electrode when viewed in plan, comprising an upper surface and a lateral surface that is positioned on a side of the heat generating unit ; and a covering member on the covering layer ; characterized in that an arithmetic-average surface roughness Ra of the lateral surface , measured in accordance with JIS B 0601 , is higher than an arithmetic-average surface roughness Ra of the upper surface , measured in accordance with JIS B 0601 , wherein the lateral surface and the covering member are respectively configured to contact a recording medium (P). a substrate ; a heat generating unit above the substrate ; an electrode above the substrate , the electrode being connected to the heat generating unit ; a covering layer , the covering layer covering at least a part of the electrode when viewed in plan, comprising an upper surface and a lateral surface that is positioned on a side of the heat generating unit ; and a covering member on the covering layer ; characterized in that
A flexographic printing plate comprising: a relief layer including a non-image area and an image area having an uneven structure formed on a surface thereof, characterized in that an average length RSm of roughness curve elements of the surface of the image area having the uneven structure is 15 to 120 μm, an oil-retntion volume A2 of the image area is 2 to 180, and a load length ratio Rmr 30% at a cutting level of 30% of the image area is 20% to 90%, whith RSm and Rmr as defined in "Geometrical Product Specifications (GPS)-Surface texture: Profile method-Terms, definitions and surface texture parameters" of JIS B 0601:2001 and with A2 as defined in "Geometrical Product Specifications (GPS)-Surface texture: Profile method; Surfaces having stratified functional properties-" of JIS B 0671-2:2002. a relief layer including a non-image area and an image area having an uneven structure formed on a surface thereof, characterized in that an average length RSm of roughness curve elements of the surface of the image area having the uneven structure is 15 to 120 μm, an oil-retntion volume A2 of the image area is 2 to 180, and a load length ratio Rmr 30% at a cutting level of 30% of the image area is 20% to 90%, whith RSm and Rmr as defined in "Geometrical Product Specifications (GPS)-Surface texture: Profile method-Terms, definitions and surface texture parameters" of JIS B 0601:2001 and with A2 as defined in "Geometrical Product Specifications (GPS)-Surface texture: Profile method; Surfaces having stratified functional properties-" of JIS B 0671-2:2002.
A rotor blade for a turbine of a combustion turbine engine, the rotor blade comprising an airfoil that includes a pressure sidewall and a suction sidewall defining an outer periphery and a tip portion defining an outer radial end, the tip portion including a rail that defines a tip cavity , wherein the airfoil includes an interior cooling passage configured to circulate coolant through the airfoil during operation, the rotor blade comprising: a slotted portion of the rail ; and at least one film cooling outlet disposed within at least one of the pressure sidewall and the suction sidewall of the airfoil , the film cooling outlet comprising a position that is adjacent to the tip portion and in proximity to the slotted portion of the rail; wherein the interior cooling passage extends from a connection with a coolant source at a root of the rotor blade and the film cooling outlet comprises a port disposed in flow communication with the interior cooling passage ; a tip cap forms a floor of the tip cavity and the rail extends radially from the tip cap ; the slotted portion comprises at least one slot formed through the rail ; and the film cooling outlet is positioned inboard of and near the slot ; characterized in the rotor blade further comprising a groove extending from the film cooling outlet to the slot . a slotted portion of the rail ; and at least one film cooling outlet disposed within at least one of the pressure sidewall and the suction sidewall of the airfoil , the film cooling outlet comprising a position that is adjacent to the tip portion and in proximity to the slotted portion of the rail; wherein the interior cooling passage extends from a connection with a coolant source at a root of the rotor blade and the film cooling outlet comprises a port disposed in flow communication with the interior cooling passage ; a tip cap forms a floor of the tip cavity and the rail extends radially from the tip cap ; the slotted portion comprises at least one slot formed through the rail ; and the film cooling outlet is positioned inboard of and near the slot ; characterized in the rotor blade further comprising a groove extending from the film cooling outlet to the slot .
A system for improving blood circulation, the system comprising a control unit comprising a processor and at least one article of footwear wherein one or more of the at least one articles of footwear together or alone comprise: one or more actuators , coupled to and controlled by the control unit ; one or more electrically-conductive paths ; and one or more sensors integrated into the at least one article of footwear and coupled to the processor , for providing measurement signals to the control unit; the system further comprising an electrical power supply for supplying electrical power to the one or more sensors by means of the one or more electrically- conductive paths ; wherein the one or more actuators , comprise one or more motors configured to provide a vibration massage function characterised in that the vibration massage function comprises a tailored massage localised to an area of the sole of a user comprising high stress points; and wherein the control unit is configured to identify the high stress points from the measurement signals received from the one or more sensors . one or more actuators , coupled to and controlled by the control unit ; one or more electrically-conductive paths ; and one or more sensors integrated into the at least one article of footwear and coupled to the processor , for providing measurement signals to the control unit; the system further comprising an electrical power supply for supplying electrical power to the one or more sensors by means of the one or more electrically- conductive paths ; wherein the one or more actuators , comprise one or more motors configured to provide a vibration massage function characterised in that the vibration massage function comprises a tailored massage localised to an area of the sole of a user comprising high stress points; and wherein the control unit is configured to identify the high stress points from the measurement signals received from the one or more sensors .
A container (2; 2'), comprising: - a hollow cylindrical body (11; 32); - a plunger (6; 38) inserted into the body (11; 32), the plunger (6; 38) being movable along a longitudinal axis (L) of the body (11; 32); - a plug (18; 43) fixedly positioned within the body (11; 32) at a longitudinal distance from the plunger (6; 38) such that the body (11; 32), the plug (18; 43) and the plunger (6; 38) form a cavity (19; 44); - a channel leading through the plug (18; 43); and - a needle fluidly connected with the channel , a free end of the needle being positioned outside the cavity (19; 44); said container (2; 2') being characterised in that : - the needle is fully housed within the hollow cylindrical body (11; 32). - a hollow cylindrical body (11; 32); - a plunger (6; 38) inserted into the body (11; 32), the plunger (6; 38) being movable along a longitudinal axis (L) of the body (11; 32); - a plug (18; 43) fixedly positioned within the body (11; 32) at a longitudinal distance from the plunger (6; 38) such that the body (11; 32), the plug (18; 43) and the plunger (6; 38) form a cavity (19; 44); - a channel leading through the plug (18; 43); and - a needle fluidly connected with the channel , a free end of the needle being positioned outside the cavity (19; 44); - the needle is fully housed within the hollow cylindrical body (11; 32).
A system comprising: a drill feed ; a drill head comprising a motor and coupled to the drill feed; a drill string having a proximal end, wherein the drill string comprises at least one drill rod operatively coupled to the drill head so that the drill head is configured to axially and rotationally drive the drill string; and a drill bit coupled to the bottom end of the drill string, characterized in that the drill head is configured to rotate the drill bit at at least 1000 rpm, and the system further comprises a gearbox that is disposed adjacent the output of the motor and is configured to step up a rotation rate between an output of the motor and the proximal end of the drill string. a drill feed ; a drill head comprising a motor and coupled to the drill feed; a drill string having a proximal end, wherein the drill string comprises at least one drill rod operatively coupled to the drill head so that the drill head is configured to axially and rotationally drive the drill string; and a drill bit coupled to the bottom end of the drill string, characterized in that the drill head is configured to rotate the drill bit at at least 1000 rpm, and the system further comprises a gearbox that is disposed adjacent the output of the motor and is configured to step up a rotation rate between an output of the motor and the proximal end of the drill string.
A center hole machining method for a shaft blank , the center hole machining method configured to machine a center hole for processing an outer periphery of the shaft blank formed by forging or casting, the center hole machining method comprising: a first step of obtaining outer peripheral shape data of a plurality of portions of the shaft blank in an axial direction; a second step of obtaining a center axis for determining the center hole by comparing measured data of the plurality of portions of the shaft blank with design data corresponding thereto; a third step of calculating minimum distance (Rmin) from the center axis to the outer periphery of each of the plurality of portions of the shaft blank ; characterized by a fourth step of determining the center axis as an appropriate center axis when the minimum distance (Rmin) in each of the portions is greater than a machining dimension (R0) ; and shifting the center axis in a direction of making the minimum distance (Rmin) greater than the machining dimension (R0) and repeatedly executing the third step based on the shifted center axis when the minimum distance (Rmin) is less than or equal to the machining dimension (R0); and a fifth step of boring a center hole in an end surface of the shaft blank at a position arranged on a line extended from the center axis determined as the appropriate center axis. a first step of obtaining outer peripheral shape data of a plurality of portions of the shaft blank in an axial direction; a second step of obtaining a center axis for determining the center hole by comparing measured data of the plurality of portions of the shaft blank with design data corresponding thereto; a third step of calculating minimum distance (Rmin) from the center axis to the outer periphery of each of the plurality of portions of the shaft blank ; characterized by a fourth step of determining the center axis as an appropriate center axis when the minimum distance (Rmin) in each of the portions is greater than a machining dimension (R0) ; and shifting the center axis in a direction of making the minimum distance (Rmin) greater than the machining dimension (R0) and repeatedly executing the third step based on the shifted center axis when the minimum distance (Rmin) is less than or equal to the machining dimension (R0); and a fifth step of boring a center hole in an end surface of the shaft blank at a position arranged on a line extended from the center axis determined as the appropriate center axis.
Safety equipment for a train platform, equipped with a rope tension adjustment unit, comprising: a plurality of rope lifters each having a body that is installed at a predetermined position from an entrance to an exit of a platform by which a train passes and having a block vertically moved by a driving unit disposed at a side inside or outside the body ; a rope horizontally connecting the blocks ; and tension adjustment units disposed between the blocks and sub-blocks , which are disposed inside the blocks and connected by the rope that circulates, to adjust tension of the rope by moving outward the sub-blocks , wherein the tension adjustment unit includes: support shafts each coupled to a first side of the block and inserted in a first side of the sub-block ; elastic members each fitted on a second portion of the support shaft to move the sub-block outward; moving members thread-fastened to ends of the second portions of the support shafts to push the elastic members ; and guide shafts disposed between the block and the sub-block . a plurality of rope lifters each having a body that is installed at a predetermined position from an entrance to an exit of a platform by which a train passes and having a block vertically moved by a driving unit disposed at a side inside or outside the body ; a rope horizontally connecting the blocks ; and tension adjustment units disposed between the blocks and sub-blocks , which are disposed inside the blocks and connected by the rope that circulates, to adjust tension of the rope by moving outward the sub-blocks , wherein the tension adjustment unit includes: support shafts each coupled to a first side of the block and inserted in a first side of the sub-block ; elastic members each fitted on a second portion of the support shaft to move the sub-block outward; moving members thread-fastened to ends of the second portions of the support shafts to push the elastic members ; and guide shafts disposed between the block and the sub-block . support shafts each coupled to a first side of the block and inserted in a first side of the sub-block ; elastic members each fitted on a second portion of the support shaft to move the sub-block outward; moving members thread-fastened to ends of the second portions of the support shafts to push the elastic members ; and guide shafts disposed between the block and the sub-block .
A composition comprising micelles of aqueous d-α-tocopheryl polyethylene glycol 1000 succinate (TPGS), polyhexamethylene biguanide (PHMB) or buffered PHMB, and a bio-active therapeutic agent; wherein the micelles of the composition do not exceed 31nm.
A light source mounting profile for an illuminating device, wherein the light source mounting profile comprises at least two first mounting beams that are arranged opposite to each other, at least one second mounting beam and at least one pair of mounting joints , the mounting joint is provided to connect the first mounting beam and the second mounting beam , and is detachably locked in the first mounting beam , wherein the mounting joint includes a locking structure , and the first mounting beam has at least two assembly holes , the locking structure is detachably lockable in two adjacent assembly holes , wherein the locking structure includes a positioning hook and a locking hook , wherein the positioning hook is engaged in one of the assembly holes to assure the position of the mounting joint relative to the first mounting beam , and the locking hook is locked in another adjacent assembly hole , wherein the the second mounting beam is connected with the mounting joint by inserting into the mounting joint, characterized in that the mounting joint includes a plate-shaped body on the side facing the first mounting beam, wherein the positioning hook is configured as an L-shaped hook extending from a surface of the plate-shaped body , and the locking hook is configured as a tongue in an opening formed in the plate-shaped body , the tongue extends from one end of the opening in a direction to an opposite end, and a projection extending away from the plate-shaped body is formed on a free end of the tongue .
An imaging apparatus, comprising: an area imaging device having a plurality of pixel sensors; an optical filter disposed within an optical path of the area imaging device; an actuator configured to move the optical filter with respect to the area imaging device in a direction of spectral variability of the optical filter; a control module configured to: determine a spatial region of interest of a scene to be captured by the area imaging device; determine a spectrum of interest of the scene; determine, based at least in part upon the optical filter and the spectrum of interest, a sampling distance that the optical filter is to be moved with respect to the area imaging device between sequential exposures taken by the area imaging device, for successive image capture; and direct the area imaging device to take successive exposures, separated by the sampling distance, wherein the sampling distance is determined such that the spatial region of interest is captured in the successive exposures at the spectrum of interest; and an imaging module configured to form an image of the scene based at least on the successive exposures. an area imaging device having a plurality of pixel sensors; an optical filter disposed within an optical path of the area imaging device; an actuator configured to move the optical filter with respect to the area imaging device in a direction of spectral variability of the optical filter; a control module configured to: determine a spatial region of interest of a scene to be captured by the area imaging device; determine a spectrum of interest of the scene; determine, based at least in part upon the optical filter and the spectrum of interest, a sampling distance that the optical filter is to be moved with respect to the area imaging device between sequential exposures taken by the area imaging device, for successive image capture; and direct the area imaging device to take successive exposures, separated by the sampling distance, wherein the sampling distance is determined such that the spatial region of interest is captured in the successive exposures at the spectrum of interest; and determine a spatial region of interest of a scene to be captured by the area imaging device; determine a spectrum of interest of the scene; determine, based at least in part upon the optical filter and the spectrum of interest, a sampling distance that the optical filter is to be moved with respect to the area imaging device between sequential exposures taken by the area imaging device, for successive image capture; and direct the area imaging device to take successive exposures, separated by the sampling distance, wherein the sampling distance is determined such that the spatial region of interest is captured in the successive exposures at the spectrum of interest; and an imaging module configured to form an image of the scene based at least on the successive exposures.
Inkjet printer operable to print a print substrate made of textile, paper or plastic material, or the like; the inkjet printer comprises a sliding transfer surface to feed the print substrate in a feed direction ; a printing device arranged above the transfer surface to define, on the transfer surface , a printing station ; suction means arranged below the transfer surface to maintain the print substrate adhering to and stationary with respect to the transfer surface during sliding; further comprising masking plates suitable for optimising suction efficiency of the suction means , the inkjet printer being characterised in that it comprises an adjustment assembly to adjust planarity of the transfer surface , wherein the masking plates are arranged on the transfer surface in the lateral parts of the transfer surface which are not covered, during use, by the print substrate .
Pull-out extension ladder for fire fighting purposes made of composite materials with at least a first and second ladder part , comprising first and second stiles to which a plurality of rungs are attached along a longitudinal axis (L) extending transversely to the stiles , wherein stiles and rungs comprise laminates consisting of a plurality of laminate layers, which completely surround the components and are non-detachably attached by means of a resin, wherein a tongue and groove system is formed extending completely along the stiles in direction of the longitudinal axis (L), formed by integrally formed cranked end portions along the first stiles and integrally formed cranked end portions along the second stiles , so that a secured and guided linear relative movement of the first ladder part to the second ladder part in direction of the longitudinal axis (L) is achievable when using a pull-rope mechanism, characterized in that within the stiles at least one core is arranged, which is shaped board-like with constant cross-sectional area, completely enveloped in a composite laminate.
A blood component separation device for separating a plurality of blood components from blood sampled from a blood donor, and collecting platelets, comprising: a donor calculation unit that is configured to calculate a predicted platelet recovery rate from a hematocrit value of the blood and a platelet concentration of the blood, and is configured to calculate a recommended processing amount of the blood recommended for collecting a target number of units of platelets on the basis of the calculated predicted platelet recovery rate, wherein an operating unit is configured to set the predicted platelet recovery rate calculated from the hematocrit value and the platelet concentration to be smaller by a predetermined value α, when the blood donor is female than that when the blood donor is male. a donor calculation unit that is configured to calculate a predicted platelet recovery rate from a hematocrit value of the blood and a platelet concentration of the blood, and is configured to calculate a recommended processing amount of the blood recommended for collecting a target number of units of platelets on the basis of the calculated predicted platelet recovery rate, wherein an operating unit is configured to set the predicted platelet recovery rate calculated from the hematocrit value and the platelet concentration to be smaller by a predetermined value α, when the blood donor is female than that when the blood donor is male.
Trolley for a washing and disinfecting apparatus, said trolley comprising at least one manifold provided with at least a first series of radial outlets arranged along said at least one manifold , at least one washing channel that feeds the at least one manifold , a central connector that feeds said at least one washing channel receiving wash/rinse fluid through at least one inlet , and at least one microfilter that filters said wash/rinse fluid before it reaches said at least first series of radial outlets, the washing channel being connected at a first end thereof to the manifold at a connection zone (CZ) in an end portion of the manifold or the manifold being connected at a first end thereof to the washing channel at a connection zone (CZ') in an end portion of the washing channel , wherein said microfilter is inserted axially into said end portion of the manifold or of the washing channel and is accessible through the end (1a; 4a) of the manifold or of the washing channel extending outwards beyond said connection zone (CZ; CZ'), said end (1a; 4a) being closed by a removable hermetic cap , sealing means that provide a separation between the unfiltered wash/rinse fluid and the microfiltered one being located downstream of the connection zone (CZ) when the microfilter is inserted in the manifold or upstream of the connection zone (CZ') when the microfilter is inserted in the washing channel , the position of said sealing means being defined by positioning means.