mhurhangee/patent-ind-claim-en huggingface dataset:
A system for imaging a sample comprising a matrix of photosensors , a first lamina disposed opposite the matrix of photosensors defining a face for supporting the sample, and a set of optical elements disposed between the matrix of photosensors and the first lamina , the set of optical elements comprising a matrix of microlenses , a microlens being situated above each photosensor of the matrix of photosensors and characterized in that: - the set of optical elements comprises an optical medium disposed between the matrix of microlenses and the first lamina , the medium being air, gel or liquid, the refractive index of the optical medium being substantially between 1 and the refractive index of the microlenses , - the distance measured along the optical axis (Z) of the photosensors between the face supporting the sample and the apex of the microlenses is substantially between 100 μm and 1500 μm, - the system for imaging comprises the sample comprising cells , - the photosensors associated with the microlenses are arranged so that an imgage cell is covered by at least two adjacent photosensors in a first direction and two other adjacent photosensors in a second direction perpendicular to the first direction, - the focal of each microlens is inferior to 25 μm, and - the optical axis of each microlens is substantially coaxial with the optical axis of a photosensor . - the set of optical elements comprises an optical medium disposed between the matrix of microlenses and the first lamina , the medium being air, gel or liquid, the refractive index of the optical medium being substantially between 1 and the refractive index of the microlenses , - the distance measured along the optical axis (Z) of the photosensors between the face supporting the sample and the apex of the microlenses is substantially between 100 μm and 1500 μm, - the system for imaging comprises the sample comprising cells , - the photosensors associated with the microlenses are arranged so that an imgage cell is covered by at least two adjacent photosensors in a first direction and two other adjacent photosensors in a second direction perpendicular to the first direction, - the focal of each microlens is inferior to 25 μm, and - the optical axis of each microlens is substantially coaxial with the optical axis of a photosensor .
A salt-water chlorinator comprising: a. a housing defining a water inlet and a water outlet ; b. an electrolysis cell , at least a portion of which is positioned for use within the housing , said electrolysis cell including an electrode assembly; c. a first gas trap comprising a first water flow sensor positioned within the housing ; and d. a second gas trap (i) spaced from the first gas trap and (ii) comprising a second water flow sensor positioned within the housing , wherein the salt-water chlorinator comprises a barrier physically separating the first gas trap from the electrode assembly and positioned between the water inlet and the electrode assembly. a. a housing defining a water inlet and a water outlet ; b. an electrolysis cell , at least a portion of which is positioned for use within the housing , said electrolysis cell including an electrode assembly; c. a first gas trap comprising a first water flow sensor positioned within the housing ; and d. a second gas trap (i) spaced from the first gas trap and (ii) comprising a second water flow sensor positioned within the housing ,
A filter device comprising: a housing ; a plurality of resonators (R) inside the housing; a wall inside the housing between a first of the resonators and a second of the resonators, wherein an average thickness of the wall is 3.0 mm or thinner; an outer cover on the housing; adhesive tape that attaches the outer cover to the housing; a tuning cover between the resonators and the outer cover; and a plurality of cleaning holes in the tuning cover. a housing ; a plurality of resonators (R) inside the housing; a wall inside the housing between a first of the resonators and a second of the resonators, wherein an average thickness of the wall is 3.0 mm or thinner; an outer cover on the housing; adhesive tape that attaches the outer cover to the housing; a tuning cover between the resonators and the outer cover; and a plurality of cleaning holes in the tuning cover.
A method of assembling a rubber part and a thermoplastic part into a composite structure, the method comprising: providing a rubber part having a surface; providing a thermoplastic part having a surface comprising a plasma polymerized coating comprising a carbon-carbon double bond; applying a rubber adhesive on the coating; bringing the rubber part surface and the thermoplastic part surface with the rubber adhesive into contact so as to form a composite structure; and heat-treating the composite structure to bond the rubber part to the thermoplastic part. providing a rubber part having a surface; providing a thermoplastic part having a surface comprising a plasma polymerized coating comprising a carbon-carbon double bond; applying a rubber adhesive on the coating; bringing the rubber part surface and the thermoplastic part surface with the rubber adhesive into contact so as to form a composite structure; and heat-treating the composite structure to bond the rubber part to the thermoplastic part.
A display device, comprising: a display panel configured to display an image; and a winder configured to fix a first end portion of the display panel thereinto, wherein the winder includes: a first fixing portion including a first surface which is curved, and a second fixing portion including a second surface which is curved and that faces the first surface , wherein the winder has a cylindrical shape, and the display panel is configured to be wound on the winder , characterized in that : the first end portion of the display panel is interposed between the first surface and the second surface so as to fixed by and between them, and in that the first surface includes a first curved surface and a second curved surface adjacent to each other, wherein the first curved surface is convexly curved and the second curved surface is concavely curved. a display panel configured to display an image; and a winder configured to fix a first end portion of the display panel thereinto, wherein the winder includes: a first fixing portion including a first surface which is curved, and a second fixing portion including a second surface which is curved and that faces the first surface , wherein the winder has a cylindrical shape, and the display panel is configured to be wound on the winder , characterized in that : the first end portion of the display panel is interposed between the first surface and the second surface so as to fixed by and between them, and in that the first surface includes a first curved surface and a second curved surface adjacent to each other, wherein the first curved surface is convexly curved and the second curved surface is concavely curved. a first fixing portion including a first surface which is curved, and a second fixing portion including a second surface which is curved and that faces the first surface , wherein the winder has a cylindrical shape, and the display panel is configured to be wound on the winder , characterized in that : the first end portion of the display panel is interposed between the first surface and the second surface so as to fixed by and between them, and in that the first surface includes a first curved surface and a second curved surface adjacent to each other, wherein the first curved surface is convexly curved and the second curved surface is concavely curved. the first end portion of the display panel is interposed between the first surface and the second surface so as to fixed by and between them, and in that the first surface includes a first curved surface and a second curved surface adjacent to each other, wherein the first curved surface is convexly curved and the second curved surface is concavely curved.
An exterior fixing mechanism for an analysis device which fixes an exterior configured to accommodate parts used for analysis therein, the exterior fixing mechanism for the analysis device comprising: a first exterior member including an elastic body with a groove formed in an outer circumferential surface, wherein the elastic body is cylindrical and the groove is ring-shaped; and a second exterior member including a plate-like member having a concave part into which the elastic body is fitted, wherein the elastic body is inserted into the concave part in a direction in which the plate-like member extends and a circumferential edge of the concave part is fitted into the groove so that the first exterior member and the second exterior member are fixed, the exterior fixing mechanism being characterized in that : the first exterior member includes a rod-like member fitted inside the elastic body in an axial direction thereof, an outer circumferential surface of the rod-like member is formed in a polygonal shape, and the elastic body has a through hole formed in a circular shape when viewed in the axial direction thereof. a first exterior member including an elastic body with a groove formed in an outer circumferential surface, wherein the elastic body is cylindrical and the groove is ring-shaped; and a second exterior member including a plate-like member having a concave part into which the elastic body is fitted, wherein the elastic body is inserted into the concave part in a direction in which the plate-like member extends and a circumferential edge of the concave part is fitted into the groove so that the first exterior member and the second exterior member are fixed, the exterior fixing mechanism being characterized in that : the first exterior member includes a rod-like member fitted inside the elastic body in an axial direction thereof, an outer circumferential surface of the rod-like member is formed in a polygonal shape, and the elastic body has a through hole formed in a circular shape when viewed in the axial direction thereof. the first exterior member includes a rod-like member fitted inside the elastic body in an axial direction thereof, an outer circumferential surface of the rod-like member is formed in a polygonal shape, and the elastic body has a through hole formed in a circular shape when viewed in the axial direction thereof.
A flight control apparatus for a fixed-wing aircraft, comprising: a first port wing and a first starboard wing ; a first port swash plate coupled between a first port rotor and a first port motor , the first port motor coupled to the first port wing ; and a first starboard swash plate coupled between a first starboard rotor and a first starboard motor , the first starboard motor coupled to the first starboard wing ; wherein the first port rotor comprises first port rotor blades , and the first starboard rotor comprises first starboard rotor blades ; wherein the first port swash plate provides collective control of the first port rotor blades , and the first starboard swash plate provides collective control of the first starboard rotor blades ; and characterized in that : the first port motor and the first starboard motor are each electric; and the first port swash plate and the first starboard swash plate provide single-axis cyclic pitch control of the first port rotor blades and the first starboard rotor blades . a first port wing and a first starboard wing ; a first port swash plate coupled between a first port rotor and a first port motor , the first port motor coupled to the first port wing ; and a first starboard swash plate coupled between a first starboard rotor and a first starboard motor , the first starboard motor coupled to the first starboard wing ; wherein the first port rotor comprises first port rotor blades , and the first starboard rotor comprises first starboard rotor blades ; wherein the first port swash plate provides collective control of the first port rotor blades , and the first starboard swash plate provides collective control of the first starboard rotor blades ; and characterized in that : the first port motor and the first starboard motor are each electric; and the first port swash plate and the first starboard swash plate provide single-axis cyclic pitch control of the first port rotor blades and the first starboard rotor blades . the first port motor and the first starboard motor are each electric; and the first port swash plate and the first starboard swash plate provide single-axis cyclic pitch control of the first port rotor blades and the first starboard rotor blades .
A method of controlling a component for a network system , which is communicable with another component , the method comprising: recognizing energy information or additional information except for the energy information; displaying (S82) a current time selection part , a first recommendation selection part and a second recommendation selection part on an operation time set screen, displaying (S82) a first recommended information related to an operation of the component within a first recommended time range on the basis of the recognized energy information or the additional information when the first recommendation selection part is selected; displaying (S82) a second recommended information related to an operation of the component within a second recommended time range on the basis of the recognized energy information or the additional information when the second recommendation selection part is selected; wherein the first recommended range is automatically or manually settable or changeable, operating the component on the basis of the first or the second recommended information, wherein the first recommended time range is a range from current time to a first reference time, and the second recommended time range is a range from the current time to a second reference time, wherein the first and the second reference times are different from each other. recognizing energy information or additional information except for the energy information; displaying (S82) a current time selection part , a first recommendation selection part and a second recommendation selection part on an operation time set screen, displaying (S82) a first recommended information related to an operation of the component within a first recommended time range on the basis of the recognized energy information or the additional information when the first recommendation selection part is selected; displaying (S82) a second recommended information related to an operation of the component within a second recommended time range on the basis of the recognized energy information or the additional information when the second recommendation selection part is selected; wherein the first recommended range is automatically or manually settable or changeable, operating the component on the basis of the first or the second recommended information, wherein the first recommended time range is a range from current time to a first reference time, and the second recommended time range is a range from the current time to a second reference time, wherein the first and the second reference times are different from each other.
System for determining a temperature of an elastomer product , wherein the system comprises: an elastomer product with a first elastomer material and an elastomer resonator embedded in the first elastomer material , a transceiver , and an evaluation unit , which is coupled to the transceiver , wherein the transceiver is designed for generating an electromagnetic alternating field , wherein the elastomer resonator is designed to be coupled into the alternating field , so that the elastomer resonator interacts with the alternating field , wherein the elastomer resonator is designed to bring about a change in the alternating field in dependence on a temperature T of the elastomer resonator , wherein the transceiver is designed for sensing the alternating field and for generating a measuring signal that represents the alternating field and/or the change in the alternating field , and wherein the evaluation unit is designed for determining the temperature of the elastomer product on the basis of the measuring signal, characterized in that the elastomer resonator is formed by a strip of a second, electrically conductive elastomer material. an elastomer product with a first elastomer material and an elastomer resonator embedded in the first elastomer material , a transceiver , and an evaluation unit , which is coupled to the transceiver , wherein the transceiver is designed for generating an electromagnetic alternating field , wherein the elastomer resonator is designed to be coupled into the alternating field , so that the elastomer resonator interacts with the alternating field , wherein the elastomer resonator is designed to bring about a change in the alternating field in dependence on a temperature T of the elastomer resonator , wherein the transceiver is designed for sensing the alternating field and for generating a measuring signal that represents the alternating field and/or the change in the alternating field , and wherein the evaluation unit is designed for determining the temperature of the elastomer product on the basis of the measuring signal, characterized in that the elastomer resonator is formed by a strip of a second, electrically conductive elastomer material.
A gas turbine engine comprising: a compressor including a disk and a blade ; a turbine rotor having a disk and a blade ; and turbine conditioning air supplied to said turbine rotor , wherein a tie shaft connects said compressor disk and said turbine rotor , and said turbine conditioning air passing along an axial length of said tie shaft , characterised in that : the gas turbine engine is configured such that an inner cooling air is supplied between an outer peripheral surface of a drive shaft which is radially inwardly of said tie shaft , and an inner peripheral surface of said tie shaft , such that said turbine conditioning air is cooled by said inner cooling air as said turbine conditioning air passes along the axial length of said tie shaft , and such that said turbine conditioning air passes across said disk of said compressor to condition said disk , by minimising thermal gradients between a disk bore and an outer disk rim region. a compressor including a disk and a blade ; a turbine rotor having a disk and a blade ; and turbine conditioning air supplied to said turbine rotor , wherein a tie shaft connects said compressor disk and said turbine rotor , and said turbine conditioning air passing along an axial length of said tie shaft , characterised in that : the gas turbine engine is configured such that an inner cooling air is supplied between an outer peripheral surface of a drive shaft which is radially inwardly of said tie shaft , and an inner peripheral surface of said tie shaft , such that said turbine conditioning air is cooled by said inner cooling air as said turbine conditioning air passes along the axial length of said tie shaft , and such that said turbine conditioning air passes across said disk of said compressor to condition said disk , by minimising thermal gradients between a disk bore and an outer disk rim region.
An industrial robot comprising a robot arm having a plurality of links connected by joints, one of said links being formed as a swing and another of said links being formed as an arm cantilever pivotally supported on one side of said swing by means of one of said joints about an axis of rotation (A3) and carrying at least two more of said links forming hand links of said robot arm , further comprising an arm cantilever drive with a motor shaft arranged on the arm cantilever and adapted to pivot the arm cantilever with respect to the swing , a first hand link drive with a motor shaft arranged on the arm cantilever and adapted to move one of the hand links with respect to the arm cantilever , preferably a second hand link drive arranged on the arm cantilever with a motor shaft and adapted to move another one of the hand links with respect to the arm cantilever and/or with respect to the one hand link , wherein the motor shaft of the arm cantilever drive is arranged on the arm cantilever aligned at a distance offset parallel to the axis of rotation (A3), and wherein the motor shaft of the first hand link drive is arranged on the arm cantilever aligned perpendicular to the axis of rotation (A3) at a distance from the axis of rotation (A3), characterized in that the first hand link drive and preferably the second hand link drive with their respective motor shafts are arranged on the arm cantilever at a distance from the axis of rotation (A3), which is oriented opposite to the direction with which the motor shaft of the arm cantilever drive is arranged on the arm cantilever aligned at a distance offset parallel to the axis of rotation (A3). further comprising an arm cantilever drive with a motor shaft arranged on the arm cantilever and adapted to pivot the arm cantilever with respect to the swing , a first hand link drive with a motor shaft arranged on the arm cantilever and adapted to move one of the hand links with respect to the arm cantilever , preferably a second hand link drive arranged on the arm cantilever with a motor shaft and adapted to move another one of the hand links with respect to the arm cantilever and/or with respect to the one hand link , wherein the motor shaft of the arm cantilever drive is arranged on the arm cantilever aligned at a distance offset parallel to the axis of rotation (A3), and wherein the motor shaft of the first hand link drive is arranged on the arm cantilever aligned perpendicular to the axis of rotation (A3) at a distance from the axis of rotation (A3), characterized in that the first hand link drive and preferably the second hand link drive with their respective motor shafts are arranged on the arm cantilever at a distance from the axis of rotation (A3), which is oriented opposite to the direction with which the motor shaft of the arm cantilever drive is arranged on the arm cantilever aligned at a distance offset parallel to the axis of rotation (A3).
An analysis method for dianhydride, comprising the steps of: adding an amine compound in excess of reaction equivalent to a dianhydride to obtain a reactant; adding an anhydrous compound as a solvent to cause an anhydrous reaction; and quantifying an unreacted amine compound contained in the reactant after the anhydrous reaction. adding an amine compound in excess of reaction equivalent to a dianhydride to obtain a reactant; adding an anhydrous compound as a solvent to cause an anhydrous reaction; and quantifying an unreacted amine compound contained in the reactant after the anhydrous reaction.