mhurhangee/ep-ind-claims huggingface dataset:
A bioindicator component for determining a level of CO 2 in a surrounding environment, comprising: a composite fabric that includes a substrate; a membrane that is coupled with the composite fabric to define an interior cavity, the membrane being semi-permeable; and an attachment mechanism coupled to a rear side of the composite fabric, characterized in that the bioindicator component includes a bioindicator disposed within the interior cavity and configured to change color, form, shape, or texture when exposed to CO 2; and in that a biodegradable material is applied to the substrate. a composite fabric that includes a substrate; a membrane that is coupled with the composite fabric to define an interior cavity, the membrane being semi-permeable; and an attachment mechanism coupled to a rear side of the composite fabric, characterized in that the bioindicator component includes a bioindicator disposed within the interior cavity and configured to change color, form, shape, or texture when exposed to CO 2; and in that a biodegradable material is applied to the substrate.
A synergistic fungicidal composition for use in the treatment or control of plant diseases caused by or associated with phytopathogenic fungi the composition including: at least one conazole fungicide, wherein the conazole fungicide is selected from imazalil, prochloraz, metal complexes thereof and mixtures of any two or more thereof; and at least one fungicidal compound which is a fungicidal volatile oil, wherein the fungicidal volatile oil is n-hexanal. at least one conazole fungicide, wherein the conazole fungicide is selected from imazalil, prochloraz, metal complexes thereof and mixtures of any two or more thereof; and at least one fungicidal compound which is a fungicidal volatile oil, wherein the fungicidal volatile oil is n-hexanal.
Cutting or embossing tool for frozen confectionery products comprising at least two elements (20a, 20b), each element comprising a void (22a, 22b) with an inner contour corresponding to the outer contour of the product to be cut or embossed, and at least one of the elements (20a, 20b) comprising at least one knife (24, 24', 24") or embosser with a blade or an embossing surface extending along the inner contour of the void (22a, 22b).
A non therapeutic method for collecting leukoreduced red blood cells employing a spinning membrane separator including a membrane configured to spin about a generally vertically-oriented axis within a housing, the housing including an upper end region and a lower end region in an operating position and the separator including a red blood cell outlet in the upper end region of the housing and a whole blood inlet in the lower end region of the housing, the method comprising: priming the separator by flowing preservative solution from a first container into the whole blood inlet of the housing of the separator; flowing whole blood into the whole blood inlet of the housing; separating red blood cells from the whole blood; flowing separated red blood cells out of the red blood cell outlet of the housing through a red blood cell flow path; combining the separated red blood cells with preservative solution from the first container in the red blood cell flow path; passing the separated red blood cells and preservative solution combination directly from the red blood cell flow path through a leukoreduction filter; and collecting the filtered red blood cells and preservative solution in a second container. priming the separator by flowing preservative solution from a first container into the whole blood inlet of the housing of the separator; flowing whole blood into the whole blood inlet of the housing; separating red blood cells from the whole blood; flowing separated red blood cells out of the red blood cell outlet of the housing through a red blood cell flow path; combining the separated red blood cells with preservative solution from the first container in the red blood cell flow path; passing the separated red blood cells and preservative solution combination directly from the red blood cell flow path through a leukoreduction filter; and collecting the filtered red blood cells and preservative solution in a second container.
A chamfering machine comprising: a chamfering machine body; a rotating chamfering cutter installed to the chamfering machine body, the rotating chamfering cutter including a cutting tip disposed at an outer circumferential surface of the rotating chamfering cutter; an upper guide coupled to a lower part of the chamfering machine body, characterized in that the upper guide has a surface perpendicular to a rotating axis of the rotating chamfering cutter, said upper guide comprising a cutting position groove concaved from said perpendicular surface of the upper guide, said cutting position groove extending perpendicular to the rotating axis of the rotating chamfering cutter, wherein the cutting position groove is configured to receive a circular material along a central portion of the cutting position groove in parallel with a central axis of the circular material, and wherein the rotating chamfering cutter is disposed at one side of the central portion of the cutting position groove and, when the rotating chamfering cutter rotates, the cutting tip of the rotating chamfering cutter is configured to be aligned with the central portion of the cutting position groove and simultaneously not to pass through the other side of the central portion of the cutting position groove. a chamfering machine body; a rotating chamfering cutter installed to the chamfering machine body, the rotating chamfering cutter including a cutting tip disposed at an outer circumferential surface of the rotating chamfering cutter; an upper guide coupled to a lower part of the chamfering machine body, the upper guide has a surface perpendicular to a rotating axis of the rotating chamfering cutter, said upper guide comprising a cutting position groove concaved from said perpendicular surface of the upper guide, said cutting position groove extending perpendicular to the rotating axis of the rotating chamfering cutter, wherein the cutting position groove is configured to receive a circular material along a central portion of the cutting position groove in parallel with a central axis of the circular material, and wherein the rotating chamfering cutter is disposed at one side of the central portion of the cutting position groove and, when the rotating chamfering cutter rotates, the cutting tip of the rotating chamfering cutter is configured to be aligned with the central portion of the cutting position groove and simultaneously not to pass through the other side of the central portion of the cutting position groove.
A refrigerator comprising: a cabinet having a storage space; a door assembly rotatably coupled to the cabinet and configured to open and close the storage space; an operation module (170, 175) arranged at an upper portion of the door assembly, the operation module (170, 175) comprises a detection device configured to detect an approaching of a user and an input device configured to emit light so as to allow the user to recognize an input position when the approaching of the user is detected by the detection device; and a door opening device, the door opening device is configured to push the door assembly in a direction away from the cabinet while partially protruding toward a rear surface of the door assembly in response to a signal input through the input device; characterized in that the door opening device is arranged at a lower portion of the cabinet, wherein the door assembly includes a panel unit having a bezel portion and a door frame, wherein the operation module (170, 175) is arranged in a component receiving groove positioned between a surface of the door frame and a rear surface of the bezel portion; and wherein the detection device and the input device are installed at the same height inside the component receiving groove. a cabinet having a storage space; a door assembly rotatably coupled to the cabinet and configured to open and close the storage space; an operation module (170, 175) arranged at an upper portion of the door assembly, the operation module (170, 175) comprises a detection device configured to detect an approaching of a user and an input device configured to emit light so as to allow the user to recognize an input position when the approaching of the user is detected by the detection device; and a door opening device, the door opening device is configured to push the door assembly in a direction away from the cabinet while partially protruding toward a rear surface of the door assembly in response to a signal input through the input device; characterized in that the door opening device is arranged at a lower portion of the cabinet, wherein the door assembly includes a panel unit having a bezel portion and a door frame, wherein the operation module (170, 175) is arranged in a component receiving groove positioned between a surface of the door frame and a rear surface of the bezel portion; and wherein the detection device and the input device are installed at the same height inside the component receiving groove.
A method of stabilizing copper hydroxide, the method comprising the sequential steps of: (a) combining copper hydroxide, a water-soluble orthophosphate and water to form a mixture; and (b) drying the mixture by evaporating water from the mixture using a spray dryer; wherein the copper hydroxide is prepared by oxidizing copper metal with oxygen in the presence of ammonia. (a) combining copper hydroxide, a water-soluble orthophosphate and water to form a mixture; and (b) drying the mixture by evaporating water from the mixture using a spray dryer; wherein the copper hydroxide is prepared by oxidizing copper metal with oxygen in the presence of ammonia.
A method of imaging a patient, in an apparatus comprising: a patient support on which the patient may be positioned, and a rotatable gantry supporting: a source of imaging radiation for generating a radiation beam towards the patient, and a detector for detecting the radiation beam after interaction with the patient, the detector operating in a cyclical pattern of an exposure phase followed by a readout phase, wherein the cyclical pattern is regular. the method comprising: for a first detector cycle, in which the gantry has a first angle of rotation, controlling the source of radiation to emit a first radiation beam pulse during the exposure phase, and reading out respective first imaging data during the readout phase; for a second, subsequent detector cycle, determining if the gantry has rotated through at least a threshold angular displacement relative to said first angle of rotation, if so, controlling the source of radiation to emit a second radiation beam pulse during the exposure phase, and reading out respective second imaging data during the readout phase. a patient support on which the patient may be positioned, and a rotatable gantry supporting: a source of imaging radiation for generating a radiation beam towards the patient, and a detector for detecting the radiation beam after interaction with the patient, the detector operating in a cyclical pattern of an exposure phase followed by a readout phase, wherein the cyclical pattern is regular. a source of imaging radiation for generating a radiation beam towards the patient, and a detector for detecting the radiation beam after interaction with the patient, the detector operating in a cyclical pattern of an exposure phase followed by a readout phase, wherein the cyclical pattern is regular. the method comprising: for a first detector cycle, in which the gantry has a first angle of rotation, controlling the source of radiation to emit a first radiation beam pulse during the exposure phase, and reading out respective first imaging data during the readout phase; for a second, subsequent detector cycle, determining if the gantry has rotated through at least a threshold angular displacement relative to said first angle of rotation, for a first detector cycle, in which the gantry has a first angle of rotation, controlling the source of radiation to emit a first radiation beam pulse during the exposure phase, and reading out respective first imaging data during the readout phase; controlling the source of radiation to emit a first radiation beam pulse during the exposure phase, and reading out respective first imaging data during the readout phase; for a second, subsequent detector cycle, determining if the gantry has rotated through at least a threshold angular displacement relative to said first angle of rotation,
A liquid ejection device comprising: a transport unit (17a, 17b) configured and arranged to transport an ejection medium; a medium support unit arranged on a downstream side of the transport unit (17a, 17b) with respect to a transport direction of the ejection medium, and having a medium support surface on which the ejection medium is supported by suction using negative pressure when the transport unit (17a, 17b) transports the ejection medium; and a liquid ejection head configured and arranged to eject liquid on the ejection medium supported on the medium support unit, the medium support unit including a plurality of first recesses (Hm) and a plurality of second recesses (Fn) arranged on the medium support surface along a width direction orthogonal to the transport direction, the first recesses (Hm) and the second recesses (Fn) being configured and arranged to be imparted with the negative pressure, the second recesses (Fn) being configured and arranged to accept the liquid ejected toward the ejection medium from the liquid ejection head, and wherein, in each of the first recesses (Hm), a width dimension (A, Aa, Ab) of an opening of the first recess (Hm) in the width direction is larger at a downstream end than at an upstream end of the first recess (Hm) with respect to the transport direction, characterized in that a width dimension of an opening of each of the second recesses (Fn) in the width direction is smaller than the width dimension of the opening of each of the first recesses (Hm) in the width direction at the downstream end with respect to the transport direction. a transport unit (17a, 17b) configured and arranged to transport an ejection medium; a medium support unit arranged on a downstream side of the transport unit (17a, 17b) with respect to a transport direction of the ejection medium, and having a medium support surface on which the ejection medium is supported by suction using negative pressure when the transport unit (17a, 17b) transports the ejection medium; and a liquid ejection head configured and arranged to eject liquid on the ejection medium supported on the medium support unit, the medium support unit including a plurality of first recesses (Hm) and a plurality of second recesses (Fn) arranged on the medium support surface along a width direction orthogonal to the transport direction, the first recesses (Hm) and the second recesses (Fn) being configured and arranged to be imparted with the negative pressure, the second recesses (Fn) being configured and arranged to accept the liquid ejected toward the ejection medium from the liquid ejection head, and wherein, in each of the first recesses (Hm), a width dimension (A, Aa, Ab) of an opening of the first recess (Hm) in the width direction is larger at a downstream end than at an upstream end of the first recess (Hm) with respect to the transport direction, characterized in that a width dimension of an opening of each of the second recesses (Fn) in the width direction is smaller than the width dimension of the opening of each of the first recesses (Hm) in the width direction at the downstream end with respect to the transport direction.
A light emitting device, comprising: a reflective layer having a prescribed pattern of at least one shape having prescribed thickness, width and periodicity; and a light emitting layer formed on the reflective layer, wherein the prescribed periodicity is 0.75λ/n to 5λ/n, where λ is the wavelength of the light emitted from the light emitting layer, and n is the refractive index of the light emitting layer, wherein the light emitting layer includes a first conductive type semiconductor layer on the prescribed pattern, an active layer on the first conductive type semiconductor layer, and a second conductive type semiconductor layer on the active layer; and wherein the distance between the active layer and the reflective layer is shorter than the wavelength of the light emitted from the light emitting layer; and wherein the at least one shape has a width in a first direction which is different from a length, of the shape in a second direction and the at least one shape is repeated in the first direction and the second direction, the first direction being perpendicular to the second direction to form patterned layers that are spaced apart at a predetermined interval in the first direction, called first distance, and spaced apart at a predetermined interval in the second direction, called second distance, wherein the first and second distances are different from each other. a reflective layer having a prescribed pattern of at least one shape having prescribed thickness, width and periodicity; and a light emitting layer formed on the reflective layer, wherein the prescribed periodicity is 0.75λ/n to 5λ/n, where λ is the wavelength of the light emitted from the light emitting layer, and n is the refractive index of the light emitting layer, wherein the light emitting layer includes a first conductive type semiconductor layer on the prescribed pattern, an active layer on the first conductive type semiconductor layer, and a second conductive type semiconductor layer on the active layer; and wherein the distance between the active layer and the reflective layer is shorter than the wavelength of the light emitted from the light emitting layer; and wherein the at least one shape has a width in a first direction which is different from a length, of the shape in a second direction and the at least one shape is repeated in the first direction and the second direction, the first direction being perpendicular to the second direction to form patterned layers that are spaced apart at a predetermined interval in the first direction, called first distance, and spaced apart at a predetermined interval in the second direction, called second distance, wherein the first and second distances are different from each other.
A nonaqueous electrolyte secondary battery comprising: a cathode having a cathode active material layer; an anode; and a nonaqueous electrolyte, wherein: the cathode active material layer includes secondary particles composed of aggregates of primary particles of a lithium phosphate compound having olivine structure and a binder, wherein the primary particles are carbon material coated; an average particle diameter A of primary particles constituting the secondary particles is 50 nm or more and 500 nm or less; and a ratio B/A of a pore diameter B of the secondary particles to the average particle diameter A of the primary particles is 0.10 or more and 0.75 or less. a cathode having a cathode active material layer; an anode; and a nonaqueous electrolyte, wherein: the cathode active material layer includes secondary particles composed of aggregates of primary particles of a lithium phosphate compound having olivine structure and a binder, wherein the primary particles are carbon material coated; an average particle diameter A of primary particles constituting the secondary particles is 50 nm or more and 500 nm or less; and a ratio B/A of a pore diameter B of the secondary particles to the average particle diameter A of the primary particles is 0.10 or more and 0.75 or less. the cathode active material layer includes secondary particles composed of aggregates of primary particles of a lithium phosphate compound having olivine structure and a binder, wherein the primary particles are carbon material coated; an average particle diameter A of primary particles constituting the secondary particles is 50 nm or more and 500 nm or less; and
A seat for a stair lift, which seat is provided with a fall protection device comprising at least one elongate safety bar which is movable between an open position and a closed position, in which open position a person can freely move into and out of the seat, wherein the safety bar is movably connected to an elongate support that is stationarily connected to the seat, which support extends on a side of the seat, wherein the fall protection device is designed so that in the open position the safety bar takes up a rearward position, in which it extends substantially parallel to and beside the support, and that in the closed position the safety bar takes up a forwardly moved (along the support), inwardly pivoted or rotated position, in which it extends from the front end of the support, in which position it can be locked, such that a person cannot fall out of the seat
A method of dividing a coverage area of a robot, characterised in that the method comprises: producing an occupancy grid map comprising grid points that are probabilistically distributed by sensing a distance from an obstacle; producing a configuration space map by increasing a thickness of an obstacle and a wall in the occupancy grid map based on a radius and a size of the robot; and dividing said coverage area by sweeping the area with a band-typed slice in one direction in the configuration space map. producing an occupancy grid map comprising grid points that are probabilistically distributed by sensing a distance from an obstacle; producing a configuration space map by increasing a thickness of an obstacle and a wall in the occupancy grid map based on a radius and a size of the robot; and dividing said coverage area by sweeping the area with a band-typed slice in one direction in the configuration space map.
Wind turbine consisting of a pipe having at least one lower air inlet, at least one upper air outlet and at least one rotor with rotor blades arranged in the pipe and connected to a generator, whereby a suction device rotatably mounted relative to the pipe is arranged on the air outlet of the pipe, whereby the cross section of the suction device is a turbine-shaped flow accelerator, the upper edge of the body of which has a length which is greater in the direction of flow than a lower body edge and which has an outlet opening above the air outlet, characterised in that the outlet opening extends in an axial extension of the pipe from the lower body edge to the upper body edge.
A nacelle for an aircraft turbojet engine of the kind including a substantially cylindrical internal envelope (19, 11), a substantially cylindrical external envelope, a downstream partition wall and an upstream partition wall and a front lip disposed ahead of the upstream partition wall, the internal envelope being of the kind including an upstream portion including an acoustic shroud connected by an attachment flange to a downstream portion including a fan casing, characterized in that the front lip is extended and disposed over the upstream partition wall by having a downstream edge between the upstream and downstream partition walls to be secured with a homologous edge of the external envelope so as to form a maintenance access to said attachment flange, characterized in that the downstream partition wall and the upstream partition wall are secured to said internal envelope (19, 11).