mhurhangee/patent-ind-claim-en huggingface dataset:
A system for verifying a candidate pathologic episode of a patient, the system comprising: an accelerometer configured to be implanted in the patient, the accelerometer configured to obtain accelerometer data along at least one axis; memory configured to store program instructions; a monitoring device configured to be implanted in the patient and to be in communication with the accelerometer , the monitoring device is configured to obtain a biological signal; one or more processors that, when executing the program instructions, are configured to: obtain accelerometer data; obtain a biological signal and identify a candidate pathologic episode based on the biological signal; determine if accelerometer data is required to make a diagnosis based on the biological signal; analyze the accelerometer data to identify a physical action experienced by the patient by comparing the accelerometer data obtained before the detection of the pathologic episode to the accelerometer data obtained after the detection of the pathologic episode; verify the candidate pathologic episode based on the physical action; and store the candidate pathologic episode as an actual episode or a false episode based on the physical action analyzed. an accelerometer configured to be implanted in the patient, the accelerometer configured to obtain accelerometer data along at least one axis; memory configured to store program instructions; a monitoring device configured to be implanted in the patient and to be in communication with the accelerometer , the monitoring device is configured to obtain a biological signal; one or more processors that, when executing the program instructions, are configured to: obtain accelerometer data; obtain a biological signal and identify a candidate pathologic episode based on the biological signal; determine if accelerometer data is required to make a diagnosis based on the biological signal; analyze the accelerometer data to identify a physical action experienced by the patient by comparing the accelerometer data obtained before the detection of the pathologic episode to the accelerometer data obtained after the detection of the pathologic episode; verify the candidate pathologic episode based on the physical action; and store the candidate pathologic episode as an actual episode or a false episode based on the physical action analyzed. obtain accelerometer data; obtain a biological signal and identify a candidate pathologic episode based on the biological signal; determine if accelerometer data is required to make a diagnosis based on the biological signal; analyze the accelerometer data to identify a physical action experienced by the patient by comparing the accelerometer data obtained before the detection of the pathologic episode to the accelerometer data obtained after the detection of the pathologic episode; verify the candidate pathologic episode based on the physical action; and store the candidate pathologic episode as an actual episode or a false episode based on the physical action analyzed.
A device for the alignment of a first contact surface of a first substrate which can be mounted on a first platform with a second contact surface of a second substrate which can be mounted on a second platform with the following features: - first X-Y positions of first alignment keys (3.1 to 3.n) arranged along the first contact surface can be detected in a detection position by first detection means in a first X-Y plane in a first X-Y coordinate system independent of a movement of the first substrate , - second X-Y positions of second alignment keys (4.1 to 4.n) arranged along the second contact surface and corresponding to the first alignment means (3.1 to 3.n) can be detected in the detection position by second detection means in a second X-Y plane parallel to the first X-Y plane in a second X-Y coordinate system independent of a movement of the second substrate , - the positions of the substrates can be detected in the detection position by position detection means , - the first contact surface can be aligned on the basis of the first X-Y positions in a first alignment position and the second contact surface can be aligned on the basis of the second X-Y positions in a second alignment position, characterised in that the first and second X-Y plane are identical during the detection of the first and second X-Y positions, wherein a divergence of the planes from one another of at most 20 μm is included. - first X-Y positions of first alignment keys (3.1 to 3.n) arranged along the first contact surface can be detected in a detection position by first detection means in a first X-Y plane in a first X-Y coordinate system independent of a movement of the first substrate , - second X-Y positions of second alignment keys (4.1 to 4.n) arranged along the second contact surface and corresponding to the first alignment means (3.1 to 3.n) can be detected in the detection position by second detection means in a second X-Y plane parallel to the first X-Y plane in a second X-Y coordinate system independent of a movement of the second substrate , - the positions of the substrates can be detected in the detection position by position detection means , - the first contact surface can be aligned on the basis of the first X-Y positions in a first alignment position and the second contact surface can be aligned on the basis of the second X-Y positions in a second alignment position,
A photovoltaic panel module having at least one photovoltaic cell , the photovoltaic panel module comprising: a junction box configured to be mounted on the photovoltaic panel ; a connector hosted inside the junction box of the photovoltaic panel to output energy generated by the at least one photovoltaic cell of the photovoltaic panel ; a circuit configured to detect a load from an inverter; and a switch coupled between the at least one photovoltaic cell and the connector, wherein the switch is configured to connect the output when the circuit detects the load from the inverter, and disconnect the output in absence of the load detected by the circuit, and the switch is configured in the junction box; wherein the switch is configured to disconnect the at least one photovoltaic cell from the connector during installation of the photovoltaic panel, and to connect the at least one photovoltaic cell with the connector after installation of the photovoltaic panel. a junction box configured to be mounted on the photovoltaic panel ; a connector hosted inside the junction box of the photovoltaic panel to output energy generated by the at least one photovoltaic cell of the photovoltaic panel ; a circuit configured to detect a load from an inverter; and a switch coupled between the at least one photovoltaic cell and the connector, wherein the switch is configured to connect the output when the circuit detects the load from the inverter, and disconnect the output in absence of the load detected by the circuit, and the switch is configured in the junction box; wherein the switch is configured to disconnect the at least one photovoltaic cell from the connector during installation of the photovoltaic panel, and to connect the at least one photovoltaic cell with the connector after installation of the photovoltaic panel.
A method for opening and/or closing a window , a door or the like, in particular a skylight, comprising a drive device, which has a drive for displacing a sash of the window , of the door or the like, wherein a precipitation status is determined by means of a precipitation sensor in an external environment of the sash and the window is closed when a precipitation status is determined, which corresponds to a moist external environment, characterized in that an external temperature is detected in the external environment of the sash by means of a temperature sensor, wherein - in a first operating mode - in response to an operation, which is directed towards an opening, the drive for displacing the sash is operated only until a partially open first position is reached when the external temperature falls below a set point temperature in the case of a precipitation state corresponding to a dry external temperature and wherein - in the first operating mode - when a second position is present, in which the sash is open wider than in the first position, the drive for displacing the sash into the first position is operated when the external temperature falls below the set point temperature in the case of the precipitation state corresponding to the dry external temperature.
A fertilizer composition for application to leaves of a plant, comprising 100 parts by mass of oxidized glutathione calculated as a free form, 10 to 150 parts by mass of nitrogen calculated as elemental nitrogen, 10 to 150 parts by mass of phosphorus calculated as P 2 O 5 , and 10 to 150 parts by mass of potassium calculated K 2 O.
An intervertebral implant comprising a top surface, a bottom surface, and a side wall extending between the top surface and the bottom surface, the intervertebral implant having a hollow space formed within the intervertebral implant and accessible through an elongate opening extending through a recessed portion of the side wall , wherein the hollow space has a spherical segment shape to receive an engagement portion of a drive shaft of a device for insertion of an implant, characterised in that the recessed portion of the side wall defines at least two guiding surfaces (16, 17; 116, 117) extending around an end of the intervertebral implant in an arc-shaped manner and facing one another, the at least two guiding surfaces (16, 17; 116, 117) being configured for sliding engagement by a portion of a sleeve of a device for insertion of an implant.
A mold insert stack for an injection mold, the mold stack insert comprising: a conformal cooling core insert and a conformal cooling cavity insert ; the core insert comprising a core insert body defining a core insert molding surface which, in a use, defines a portion of a molding cavity for molding a molded article, and the cavity insert comprising a cavity insert body defining a cavity insert molding surface which, in a use, defines another portion of the molding cavity for molding the molded article, characterized in that the core insert further comprises a core insert cooling circuit having a plurality of core insert cooling channels which plurality of core insert cooling channels comprises spiral channels coupled in parallel to a source of cooling fluid, and the cavity insert further comprises a cavity insert cooling circuit having a plurality of cavity insert cooling channels which plurality of cavity insert cooling channels coupled in parallel to a source of cooling fluid. a conformal cooling core insert and a conformal cooling cavity insert ; the core insert comprising a core insert body defining a core insert molding surface which, in a use, defines a portion of a molding cavity for molding a molded article, and the cavity insert comprising a cavity insert body defining a cavity insert molding surface which, in a use, defines another portion of the molding cavity for molding the molded article, characterized in that the core insert further comprises a core insert cooling circuit having a plurality of core insert cooling channels which plurality of core insert cooling channels comprises spiral channels coupled in parallel to a source of cooling fluid, and the cavity insert further comprises a cavity insert cooling circuit having a plurality of cavity insert cooling channels which plurality of cavity insert cooling channels coupled in parallel to a source of cooling fluid.
A catalytic wall-flow filter for exhaust gas from a gasoline engine, the catalytic wall-flow filter comprising: a wall-flow filter substrate having porous walls and having a first face and a second face defining a longitudinal direction therebetween and first and second pluralities of channels extending in the longitudinal direction, wherein the first plurality of channels is open at the first face and closed at the second face, and wherein the second plurality of channels is open at the second face and closed at the first face; a first TWC coating in the first plurality of channels, the first TWC coating comprising a first PGM composition, a first oxygen storage capacity (OSC) material, and a first inorganic support; a second TWC coating in the second plurality of channels, the second TWC coating comprising a second PGM composition, a second OSC material, and a second inorganic support; wherein the first PGM composition comprises rhodium in an amount of 50 to 95 wt% relative to the total weight of the first PGM composition; wherein the second PGM composition comprises palladium in an amount of 90 to 99 wt% relative to the total weight of the second PGM composition; wherein the first TWC coating is coated from the first face; wherein the second TWC coating is coated from the second face; wherein the first face is an inlet face and the second face is an outlet face of the catalytic wall-flow filter. a wall-flow filter substrate having porous walls and having a first face and a second face defining a longitudinal direction therebetween and first and second pluralities of channels extending in the longitudinal direction, wherein the first plurality of channels is open at the first face and closed at the second face, and wherein the second plurality of channels is open at the second face and closed at the first face; a first TWC coating in the first plurality of channels, the first TWC coating comprising a first PGM composition, a first oxygen storage capacity (OSC) material, and a first inorganic support; a second TWC coating in the second plurality of channels, the second TWC coating comprising a second PGM composition, a second OSC material, and a second inorganic support; wherein the first PGM composition comprises rhodium in an amount of 50 to 95 wt% relative to the total weight of the first PGM composition; wherein the second PGM composition comprises palladium in an amount of 90 to 99 wt% relative to the total weight of the second PGM composition; wherein the first TWC coating is coated from the first face; wherein the second TWC coating is coated from the second face; wherein the first face is an inlet face and the second face is an outlet face of the catalytic wall-flow filter.
A porting manifold configured to be at least partially disposed within a shaft channel of a transmission shaft, comprising a control pressure path configured to be in fluid communication with one or more hydraulic ports of the shaft ; a lubrication flow path configured to be in fluid communication with one or more lubrication holes of the shaft , wherein the control pressure path and the lubrication flow path are fluidly isolated in the porting manifold ; characterized in that the one or more hydraulic ports of the shaft are in fluid communication with a hydraulic cavity defined between a backstop and a piston disposed on the shaft ; and wherein the lubrication flow path : is in fluid communication,via at least one lubrication hole of the one or more lubrication holes defined through the shaft and through the backstop , with a lubrication cavity between a back side of the backstop and a balance dam fixed to the piston and disposed around a portion of the backstop . a control pressure path configured to be in fluid communication with one or more hydraulic ports of the shaft ; a lubrication flow path configured to be in fluid communication with one or more lubrication holes of the shaft , wherein the control pressure path and the lubrication flow path are fluidly isolated in the porting manifold ; characterized in that the one or more hydraulic ports of the shaft are in fluid communication with a hydraulic cavity defined between a backstop and a piston disposed on the shaft ; and wherein the lubrication flow path : is in fluid communication,via at least one lubrication hole of the one or more lubrication holes defined through the shaft and through the backstop , with a lubrication cavity between a back side of the backstop and a balance dam fixed to the piston and disposed around a portion of the backstop .
Electronic solar compass comprising a support , capable of rotating around a vertical axis (A), a detection unit of the position of the sun, arranged on said support , said detection unit being capable of rotating around said vertical axis (A) of a rotation angle (φ) with respect to said support , said detection unit comprising an electronic goniometer , adapted to measure said rotation angle (φ), pointing means integral with said support , and a visualization display , said solar electronic compass being characterized in that said detection unit comprises a matrix photosensor (F), a logic control unit, operatively connected with said photosensor (F), with said electronic goniometer and said display , and a container , in which said photosensor (F) is placed, said container having a rectilinear slit for the passage of sunlight toward said photosensor (F), said slit having a width and a slit length and being integral with said photosensor (F), in that said slit and said photosensor (F) are inclined by an angle (β) with respect to the horizontal plane, preferably equal to 45°, and are separated by a distance (d), and in that said width of said slit is approximately equal to λ ⋅ d , where λ is the average wavelength of the sunlight, equivalent to about 0.5 μm, and d is said distance of said slit from said photosensor (F), said logic control unit being programmed to calculate the ephemeris of the sun on the basis of the time and the geographical coordinates of the location of the compass and to process the data received by said photosensor (F) and from said electronic goniometer , so as to measure the pointing direction of said pointing means with respect to the geographical North and/or with respect to the geographical South, showing the result on said visualization display .
A surgical instrument comprising: (a) a body ; (b) a shaft assembly extending distally from the body ; (c) an acoustic assembly, wherein the acoustic assembly comprises: (i) an ultrasonic blade , and (ii) a waveguide acoustically coupled with the ultrasonic blade , wherein at least a portion of the waveguide is positioned in the shaft assembly, wherein a cavity is defined between a portion of the shaft assembly and corresponding exterior surfaces of the waveguide and the ultrasonic blade ; and (d) a removable radial seal , the radial seal configured to prevent surgical debris from entering the cavity, wherein the radial seal is configured to bear against an exterior surface of one or both of the waveguide or the ultrasonic blade and comprises a soft material configured so as to not dampen the ultrasonic vibrations along waveguide and the ultrasonic blade , and wherein the radial seal is configured, when removed, to: remove the surgical debris and/or body fluid from the cavity, and clean the exterior surface of the waveguide , the ultrasonic blade , and/or an interior surface of the shaft assembly . (a) a body ; (b) a shaft assembly extending distally from the body ; (c) an acoustic assembly, wherein the acoustic assembly comprises: (i) an ultrasonic blade , and (ii) a waveguide acoustically coupled with the ultrasonic blade , wherein at least a portion of the waveguide is positioned in the shaft assembly, wherein a cavity is defined between a portion of the shaft assembly and corresponding exterior surfaces of the waveguide and the ultrasonic blade ; and (i) an ultrasonic blade , and (ii) a waveguide acoustically coupled with the ultrasonic blade , wherein at least a portion of the waveguide is positioned in the shaft assembly, (d) a removable radial seal , the radial seal configured to prevent surgical debris from entering the cavity, wherein the radial seal is configured to bear against an exterior surface of one or both of the waveguide or the ultrasonic blade and comprises a soft material configured so as to not dampen the ultrasonic vibrations along waveguide and the ultrasonic blade , and wherein the radial seal is configured, when removed, to: remove the surgical debris and/or body fluid from the cavity, and clean the exterior surface of the waveguide , the ultrasonic blade , and/or an interior surface of the shaft assembly . remove the surgical debris and/or body fluid from the cavity, and clean the exterior surface of the waveguide , the ultrasonic blade , and/or an interior surface of the shaft assembly .
A covering element support arrangement for attaching covering elements to a building or building component, the covering element support arrangement comprising a carrier means for receiving covering elements thereon, the covering element support arrangement comprising attachment means for attaching covering elements to the carrier means , the attachment means comprising mechanical fastening means that can be fastened to the carrier means and that are engageable with covering elements to fix the covering elements to the carrier means , wherein the mechanical fastening means comprises a bracket for fixing two adjacent covering elements to the carrier means characterised in that the carrier means is formed at least partially from a perforated sheet, the mechanical fastening means being engageable with the perforations, and wherein the frequency of the perforations is such that a covering element can be attached to the carrier means without requiring the covering element to be initially aligned relative to any single perforation , and wherein the covering element support arrangement comprises a backing means located at the back of the carrier means , and wherein the backing means is formed at least partially from cementitious and/or composite material.
Processing machine having a drying device , wherein the drying device comprises a radiation source accommodated in a housing , wherein shutters are provided adjacent to the radiation source in the housing , wherein the housing has at least one air inlet opening for ambient air so that, once the ambient air has entered the housing , it flows around the radiation source , wherein the housing has an air outlet opening for exhaust air , wherein associated with the drying device is a blower air system , by means of which the ambient air flowing into the air inlet opening is and/or can be actively influenced at a distance from the radiation source , and wherein the radiation source is configured as an elongated UV emitter having two electrodes lying spaced apart from one another, each in one plane (E1, E2), wherein the elongated UV emitter is arranged as a normal to the planes (E1, E2), characterized in that the blower air system generates air flows exclusively in a region (B) that lies between the planes (E1, E2) or is bounded by the planes (E1, E2). wherein the drying device comprises a radiation source accommodated in a housing , wherein shutters are provided adjacent to the radiation source in the housing , wherein the housing has at least one air inlet opening for ambient air so that, once the ambient air has entered the housing , it flows around the radiation source , wherein the housing has an air outlet opening for exhaust air , wherein associated with the drying device is a blower air system , by means of which the ambient air flowing into the air inlet opening is and/or can be actively influenced at a distance from the radiation source , and wherein the radiation source is configured as an elongated UV emitter having two electrodes lying spaced apart from one another, each in one plane (E1, E2), wherein the elongated UV emitter is arranged as a normal to the planes (E1, E2), characterized in that the blower air system generates air flows exclusively in a region (B) that lies between the planes (E1, E2) or is bounded by the planes (E1, E2).