mhurhangee/patent-ind-claim-en huggingface dataset:
A transdermal administration device housing comprising: a transdermal administration device ; and an outer package of a bag shape that houses the transdermal administration device , the transdermal administration device including: an administration section which includes a substrate having a first surface and a second surface which is opposite from the first surface , and a projection which protrudes from the first surface ; and a container that houses the administration section , the outer package including: a front component and a rear component , the front component facing the first surface of the substrate via the container , the rear component facing the second surface of the substrate via the container , and the front component including an opening section on the front component which is configured to be pulled open to thereby open the outer package , wherein the opening section overlaps a region where the projection is located on the first surface of the substrate when viewed in a direction perpendicular to the first surface of the substrate . a transdermal administration device ; and an outer package of a bag shape that houses the transdermal administration device , the transdermal administration device including: an administration section which includes a substrate having a first surface and a second surface which is opposite from the first surface , and a projection which protrudes from the first surface ; and a container that houses the administration section , an administration section which includes a substrate having a first surface and a second surface which is opposite from the first surface , and a projection which protrudes from the first surface ; and a container that houses the administration section , the outer package including: a front component and a rear component , the front component facing the first surface of the substrate via the container , the rear component facing the second surface of the substrate via the container , and the front component including an opening section on the front component which is configured to be pulled open to thereby open the outer package , a front component and a rear component , the front component facing the first surface of the substrate via the container , the rear component facing the second surface of the substrate via the container , and the front component including an opening section on the front component which is configured to be pulled open to thereby open the outer package , wherein the opening section overlaps a region where the projection is located on the first surface of the substrate when viewed in a direction perpendicular to the first surface of the substrate .
Sensor guide wire for intravascular measurements of physiological variables in a living body or of external signals, which sensor guide wire has a proximal i region , distal sensor region; and a tip region , the sensor guide wire comprises a core wire having a longitudinal axis parallel to the longitudinal axis of the sensor guide wire, and a sensor element arranged in the distal sensor region, the sensor element has a sensitive portion facing the distal or proximal direction of the sensor guide wire for measuring the physiological variable/external signal and to generate a sensor signal in response to said variable/external signal, and the sensor element is provided with a through-going opening in the perpendicular direction with regard to the main surface, wherein said sensor element is mounted in relation to the core wire such that said core wire extends through said through-going opening and such that the plane of the sensor element is essentially perpendicular to the longitudinal axis of the core wire; wherein said sensor element has an essentially planar main surface and has its maximal extension in the plane of the main surface, and a thickness perpendicular to the plane of the main surface, wherein the sensor element is arranged in an essentially perpendicular relation to said core wire with regard to the planar main surface of the sensor element.
Method of arranging a plurality of lighting fixtures (1a-1q) in a room or on an object , wherein the method comprises the steps of: a) producing a virtual model of the room or the object in or on which said lighting fixtures (1a-1q) are to be placed, b) virtually arranging virtual lighting fixtures (1a-1q) on said virtual model , each virtual lighting fixture having a real lighting fixture uniquely corresponding thereto, c) identifying one or more virtual guide lighting fixtures in said virtual model, based on one or more predetermined positions, each virtual guide lighting fixture having a real guide lighting fixture uniquely corresponding thereto, characterized in that the method further comprises the steps of: d) generating a sequence of actuation of said real lighting fixtures (1a-1q), said actuation sequence actuating at least the real guide lighting fixtures , e) arranging said real lighting fixtures (1a-1q) such that at least the position of said real guide lighting fixtures will coincide with the position of the virtual guide lighting fixtures according to steps b) and c). a) producing a virtual model of the room or the object in or on which said lighting fixtures (1a-1q) are to be placed, b) virtually arranging virtual lighting fixtures (1a-1q) on said virtual model , each virtual lighting fixture having a real lighting fixture uniquely corresponding thereto, c) identifying one or more virtual guide lighting fixtures in said virtual model, based on one or more predetermined positions, each virtual guide lighting fixture having a real guide lighting fixture uniquely corresponding thereto, d) generating a sequence of actuation of said real lighting fixtures (1a-1q), said actuation sequence actuating at least the real guide lighting fixtures , e) arranging said real lighting fixtures (1a-1q) such that at least the position of said real guide lighting fixtures will coincide with the position of the virtual guide lighting fixtures according to steps b) and c).
A weighing device comprising: a weighing unit (WH) that weighs a weight value of an article put from an outside; a trough that extends toward the weighing unit and has an open upper portion; a screw that rotates in the trough to convey the article put in the trough toward the weighing unit; a drive portion that rotates the screw ; and a control unit that controls the rotation, characterized in that the control unit causes the screw to convey the article by switching between a first rotation in which the article is conveyed in a direction of approaching the weighing unit and a second rotation in which the article is conveyed in a direction away from the weighing unit, on the basis of a torque generated at the time of the rotation or a rotation speed of the rotation. a weighing unit (WH) that weighs a weight value of an article put from an outside; a trough that extends toward the weighing unit and has an open upper portion; a screw that rotates in the trough to convey the article put in the trough toward the weighing unit; a drive portion that rotates the screw ; and a control unit that controls the rotation, characterized in that the control unit causes the screw to convey the article by switching between a first rotation in which the article is conveyed in a direction of approaching the weighing unit and a second rotation in which the article is conveyed in a direction away from the weighing unit, on the basis of a torque generated at the time of the rotation or a rotation speed of the rotation.
Method for reducing emission of ammonia from a livestock housing, the method comprising applying a composition comprising a compound that restrains ammonia volatilization directly onto freshly excreted manure by an animal in the livestock housing, wherein the freshly excreted manure has not been collected in a collecting means, wherein application of the composition is performed at least within 8 hours of excretion of the manure by the animal, wherein the composition is a liquid composition, and wherein application is performed by continuously or intermittently applying the composition onto a floor surface area of the livestock housing, thereby being applied on any freshly excreted manure present on the floor surface area
An elongate medical device, comprising: a handle comprising a control mechanism and a selective movement limiter ; a catheter shaft having a catheter shaft proximal end and a catheter shaft distal end , wherein the catheter shaft proximal end is coupled to the handle; an expandable structure comprising elongated splines and a distal hub , wherein the expandable structure has an undeployed shape and a deployed shape, wherein the expandable structure is radially outward expandable from the undeployed shape to the deployed shape and inwardly collapsible from the deployed shape to the undeployed shape, wherein each of the elongated splines is coupled to and extends between the catheter shaft distal end and the distal hub; and a deflection control member having a distal end coupled to the distal hub (64A-64K), wherein the control mechanism is drivingly coupled with the distal hub (64A-64K) via the deflection control member and operable to move the deflection control member distally relative to the catheter shaft to inwardly collapse the expandable structure from the deployed shape to the undeployed shape and move the deflection control member proximally relative to the catheter shaft to radially outwardly expand the expandable structure from the undeployed shape to the deployed shape, and wherein the selective movement limiter is operable to limit movement of the deflection control member relative to the catheter shaft , wherein the selective movement limiter comprises a clamp engageable with the deflection control member. a handle comprising a control mechanism and a selective movement limiter ; a catheter shaft having a catheter shaft proximal end and a catheter shaft distal end , wherein the catheter shaft proximal end is coupled to the handle; an expandable structure comprising elongated splines and a distal hub , wherein the expandable structure has an undeployed shape and a deployed shape, wherein the expandable structure is radially outward expandable from the undeployed shape to the deployed shape and inwardly collapsible from the deployed shape to the undeployed shape, wherein each of the elongated splines is coupled to and extends between the catheter shaft distal end and the distal hub; and a deflection control member having a distal end coupled to the distal hub (64A-64K), wherein the control mechanism is drivingly coupled with the distal hub (64A-64K) via the deflection control member and operable to move the deflection control member distally relative to the catheter shaft to inwardly collapse the expandable structure from the deployed shape to the undeployed shape and move the deflection control member proximally relative to the catheter shaft to radially outwardly expand the expandable structure from the undeployed shape to the deployed shape, and wherein the selective movement limiter is operable to limit movement of the deflection control member relative to the catheter shaft , wherein the selective movement limiter comprises a clamp engageable with the deflection control member.
A single use pH sensor housing for a single use container, comprising: a compartment configured to house a single use pH sensor in a sensor portion and comprising additionally a buffer solution trapping portion ; an actuator configured, when actuated, to transition the single use pH sensor from a storage position to a deployed position; wherein in a storage position, the pH sensor is in fluidic contact with a buffer solution and wherein, in a deployed position, the single use pH sensor is in fluidic contact with an interior of the single use container ; and wherein, the sensor portion and the buffer solution trapping portion are configured such that during the axial and/or rotational transition of the sensor portion comprising the pH sensor from the storage position to the deployed position, the buffer solution moves from the sensor portion of the compartment to the buffer solution trapping portion of the compartment , whereby the buffer solution is prevented from contacting the interior of the single use container. a compartment configured to house a single use pH sensor in a sensor portion and comprising additionally a buffer solution trapping portion ; an actuator configured, when actuated, to transition the single use pH sensor from a storage position to a deployed position; wherein in a storage position, the pH sensor is in fluidic contact with a buffer solution and wherein, in a deployed position, the single use pH sensor is in fluidic contact with an interior of the single use container ; and wherein, the sensor portion and the buffer solution trapping portion are configured such that during the axial and/or rotational transition of the sensor portion comprising the pH sensor from the storage position to the deployed position, the buffer solution moves from the sensor portion of the compartment to the buffer solution trapping portion of the compartment , whereby the buffer solution is prevented from contacting the interior of the single use container.
A peptide that binds to and inhibits Protein S activity comprising an amino acid sequence at least 60% identical to the amino acid sequence EYYVSAGWYDYNTDTYYEFE (SEQ ID NO: 2924).
A carbon fiber composite material comprising: a plurality of carbon fiber prepregs made of a carbon fiber fabric impregnated with a thermosetting resin; and at least one porous prepreg made of a porous material, wherein the porous material is a melamine resin foam or a polyamide resin foam, impregnated with a thermosetting resin, wherein - the carbon fiber prepregs and the porous prepreg are laminated and integrated by heating and pressing, - the porous prepreg is arranged between the carbon fiber prepregs so that surfaces of the carbon fiber composite material is constructed by the carbon fiber prepregs, - at least one of a concave portion and a convex portion is formed on at least one surface of the carbon composite material, - as compared to a normal portion without the concave portion and the convex portion, a thickness of the porous prepreg at the concave portion is reduced and a thickness of the porous prepreg at the convex portion is increased, and - the thermosetting resin to be impregnated into the porous prepreg and the thermosetting resin to be impregnated into the carbon fiber prepregs are the same. a plurality of carbon fiber prepregs made of a carbon fiber fabric impregnated with a thermosetting resin; and at least one porous prepreg made of a porous material, wherein the porous material is a melamine resin foam or a polyamide resin foam, impregnated with a thermosetting resin, wherein - the carbon fiber prepregs and the porous prepreg are laminated and integrated by heating and pressing, - the porous prepreg is arranged between the carbon fiber prepregs so that surfaces of the carbon fiber composite material is constructed by the carbon fiber prepregs, - at least one of a concave portion and a convex portion is formed on at least one surface of the carbon composite material, - as compared to a normal portion without the concave portion and the convex portion, a thickness of the porous prepreg at the concave portion is reduced and a thickness of the porous prepreg at the convex portion is increased, and - the thermosetting resin to be impregnated into the porous prepreg and the thermosetting resin to be impregnated into the carbon fiber prepregs are the same. - the carbon fiber prepregs and the porous prepreg are laminated and integrated by heating and pressing, - the porous prepreg is arranged between the carbon fiber prepregs so that surfaces of the carbon fiber composite material is constructed by the carbon fiber prepregs, - at least one of a concave portion and a convex portion is formed on at least one surface of the carbon composite material, - as compared to a normal portion without the concave portion and the convex portion, a thickness of the porous prepreg at the concave portion is reduced and a thickness of the porous prepreg at the convex portion is increased, and - the thermosetting resin to be impregnated into the porous prepreg and the thermosetting resin to be impregnated into the carbon fiber prepregs are the same.
An active energy ray-curable resin composition for a three-dimensional molding support material which is dissolvable, dispersible or swellable in water, containing 1.0% to 30.0% by mass of an ionic monomer (A) selected from a cationic monomer (a1) and an anionic monomer (a2), 2.0 to 60.0% by mass of a non-ionic water-soluble monomer (B), 25.0 to 80.0% by mass of a non-polymerizable compound (C), and 0.1 to 5.0% by mass of a photopolymerization initiator (D), wherein the percentages by mass are with respect to the entire energy ray-curable composition.
A particle motion sensing apparatus, comprising: a mounting plate that includes a first pair of mounting slots oriented in a first direction and a second pair of mounting slots oriented in a second, different direction; a first pair of piezoelectric bender elements mounted through the first pair of mounting slots such that the first pair of bender elements is oriented in the first direction; a second pair of piezoelectric bender elements mounted through the second pair of mounting slots such that the second pair of bender elements is oriented in the second, different direction; wherein the mounting plate transects each of the bender elements into two cantilever portions; wherein each mounting slot of the first pair of mounting slots is positioned parallel to, and offset from, a first axis through a center of the mounting plate in the first direction; and wherein each mounting slot of the second pair of mounting slots is positioned parallel to, and offset from, a second axis through the center of the mounting plate in the second, different direction. a mounting plate that includes a first pair of mounting slots oriented in a first direction and a second pair of mounting slots oriented in a second, different direction; a first pair of piezoelectric bender elements mounted through the first pair of mounting slots such that the first pair of bender elements is oriented in the first direction; a second pair of piezoelectric bender elements mounted through the second pair of mounting slots such that the second pair of bender elements is oriented in the second, different direction; wherein the mounting plate transects each of the bender elements into two cantilever portions; wherein each mounting slot of the first pair of mounting slots is positioned parallel to, and offset from, a first axis through a center of the mounting plate in the first direction; and wherein each mounting slot of the second pair of mounting slots is positioned parallel to, and offset from, a second axis through the center of the mounting plate in the second, different direction.
A method of manufacturing or repairing a coating forming a thermal barrier on a metallic substrate formed from a superalloy, characterized in that production of said coating comprises forming a pre-layer on the substrate, or on a binding sub-layer of the coating placed on the substrate, by applying one or more layers of a paint containing at least one metal selected from the group constituted by platinum class metals (platinoids) and chromium, said binding sub-layer being an alloy of the MCrAlY type, M being a metal selected from nickel, cobalt, iron and a mixture of said metals, said sub-layer being modified by forming said pre-layer on its surface by applying one or more layers of a paint containing at least one metal selected from the group constituted by platinum class metals (platinoids) and chromium, then by diffusion heat treatment.
A locking structure of a compressor impeller, comprising: a rotary shaft ; a lock nut , arranged on an end of the rotary shaft by means of a threaded connection and provided with waist-shaped holes extending along a circumferential direction thereof; an impeller , sleeved on the end of the rotary shaft and located on an inner side of the lock nut , wherein the impeller is provided with threaded holes in communication with the waist-shaped holes of the lock nut ; a nose piece , located on an outer side of the lock nut and provided with through holes in communication with the waist-shaped holes of the lock nut ; and bolts , passing through the through holes and the waist-shaped holes in turn into the threaded holes , thereby fixing the nose piece , the lock nut and the impeller together. a rotary shaft ; a lock nut , arranged on an end of the rotary shaft by means of a threaded connection and provided with waist-shaped holes extending along a circumferential direction thereof; an impeller , sleeved on the end of the rotary shaft and located on an inner side of the lock nut , wherein the impeller is provided with threaded holes in communication with the waist-shaped holes of the lock nut ; a nose piece , located on an outer side of the lock nut and provided with through holes in communication with the waist-shaped holes of the lock nut ; and bolts , passing through the through holes and the waist-shaped holes in turn into the threaded holes , thereby fixing the nose piece , the lock nut and the impeller together.