mhurhangee/ep-ind-claims huggingface dataset:
An optical physiological sensor for integrating into a watch configured to monitor health of a wearer, the optical physiological sensor configured to face tissue of the wearer when the watch is worn by the wearer, the optical physiological sensor configured to measure physiological parameters of the wearer including at least oxygen saturation using information from the optical physiological sensor, the optical physiological sensor comprising: one or more covers (202a, 202b) comprising a light transmitting material; a first emitter group comprising a first plurality of light emitting diodes (LEDs); a second emitter group comprising a second plurality of LEDs; an opaque divider barrier separating the first emitter group from the second emitter group; a ring of light detectors surrounding the first emitter grouping and the second emitter grouping; a first light barrier separating the ring of detectors from the first and second emitter groups (204a, 204b), the opaque divider barrier and the first light barrier forming a first emitter chamber and a second emitter chamber, the first emitter chamber enclosing the first emitter group and the second emitter chamber enclosing the second emitter group; a side wall enclosing the ring of detectors; and a plurality of detector divider barriers separating the ring of detectors from one another by forming detector chambers, each detector chamber containing one detector. one or more covers (202a, 202b) comprising a light transmitting material; a first emitter group comprising a first plurality of light emitting diodes (LEDs); a second emitter group comprising a second plurality of LEDs; an opaque divider barrier separating the first emitter group from the second emitter group; a ring of light detectors surrounding the first emitter grouping and the second emitter grouping; a first light barrier separating the ring of detectors from the first and second emitter groups (204a, 204b), the opaque divider barrier and the first light barrier forming a first emitter chamber and a second emitter chamber, the first emitter chamber enclosing the first emitter group and the second emitter chamber enclosing the second emitter group; a side wall enclosing the ring of detectors; and a plurality of detector divider barriers separating the ring of detectors from one another by forming detector chambers, each detector chamber containing one detector.
A swing-sliding door for a vehicle, in particular for a vehicle for public transport, having fastening means for fastening the swing-sliding door to the vehicle and having a door wing, which is displaceable between a closed position and an open position through intermediate positions, having a door wing displacement device for displacing the door wings, wherein the door wing displacement device comprises a controllable actuator and a guide element that is adjustable by means of the controllable actuator and by adjusting the adjustable guide element the open position and/or the intermediate positions of the door wing are variable, wherein the door wing displacement device includes a door wing guide, and the door wing guide includes a rotation guide, which guides a rotation movement of the door wing and which comprises a rotation guide track, wherein the adjustable guide element is part of the rotation guide, wherein through the actuator the course of the rotation guide track is variable. having a door wing displacement device for displacing the door wings, wherein the door wing displacement device comprises a controllable actuator and a guide element that is adjustable by means of the controllable actuator and by adjusting the adjustable guide element the open position and/or the intermediate positions of the door wing are variable, wherein the door wing displacement device includes a door wing guide, and the door wing guide includes a rotation guide, which guides a rotation movement of the door wing and which comprises a rotation guide track, wherein the adjustable guide element is part of the rotation guide, wherein through the actuator the course of the rotation guide track is variable.
Charging cable for an electric car, having the following features: - the charging cable comprises an insulating body with pins, a plug-type connector with contact pins and contact openings and a connecting line, and - the plug-type connector detachably connects the insulating body to the connecting line via the contact pins and contact openings in such a way that the pins are connected to the plug-type connector via the contact pins, characterized by the.following features: - the connecting line has an inflow and outflow for cooling fluid, - the plug-type connector has fluid couplings of the inflow and outflow to the insulating body, and - the insulating body is configured for cooling by means of the cooling fluid. - the charging cable comprises an insulating body with pins, a plug-type connector with contact pins and contact openings and a connecting line, and - the plug-type connector detachably connects the insulating body to the connecting line via the contact pins and contact openings in such a way that the pins are connected to the plug-type connector via the contact pins, - the connecting line has an inflow and outflow for cooling fluid, - the plug-type connector has fluid couplings of the inflow and outflow to the insulating body, and - the insulating body is configured for cooling by means of the cooling fluid.
A length adjustable intramedullary nail system, comprising: an intramedullary nail, comprising: a proximal outer body; a distal body having a portion received by the proximal outer body; a threaded rod coupled to the distal body to rotate relative thereto without relative axial movement; an inner magnet received by the proximal outer body and coupled to the threaded rod for rotation therewith; and characterised in that the system further comprises a threaded block coupled to the proximal outer body and having internal threads, the threaded rod passing through the threaded block and threadedly engaging with the internal threads such that rotation of the inner magnet and the threaded rod relative to the threaded block causes relative axial movement between a) the inner magnet, the threaded rod and the distal body and b) the proximal outer body. a proximal outer body; a distal body having a portion received by the proximal outer body; a threaded rod coupled to the distal body to rotate relative thereto without relative axial movement; an inner magnet received by the proximal outer body and coupled to the threaded rod for rotation therewith; and characterised in that the system further comprises a threaded block coupled to the proximal outer body and having internal threads, the threaded rod passing through the threaded block and threadedly engaging with the internal threads such that rotation of the inner magnet and the threaded rod relative to the threaded block causes relative axial movement between a) the inner magnet, the threaded rod and the distal body and b) the proximal outer body.
Method for treating water, in particular for producing ultrapure water, in which a water stream is passed through a plurality of treatment stages in which inorganic and/or organic species which are present in the water are separated off, characterized in that an aqueous hypobromite solution is added to the water stream in at least one of the stages, wherein before the addition of the hypobromite solution, the water stream is passed through at least one filtration stage and/or at least one ion-exchange stage and/or at least one reverse osmosis stage, and after the addition of the hypobromite solution, the water stream is passed through at least one reverse osmosis stage, and the stoichiometric ratio of free bromine to organic nitrogen compounds in the water stream is set to a value greater than 2:1 and less than 50:1.
A photovoltaic-clad masonry unit comprising: a photovoltaic unit including: a backer board as a rigid support structure; one or more photovoltaic cells supported by the rigid support structure; and a cover disposed above the one or more photovoltaic cells and configured to be secured to the rigid support structure to provide a water resistant enclosure that encloses the one or more photovoltaic cells; a positive terminal extending from the photovoltaic unit and electrically connected to the one or more photovoltaic cells; and a negative terminal extending from the photovoltaic unit and electrically connected to the one or more photovoltaic cells; a pass through wire adhered to a surface of the backer board opposite the PV cell (104, 406); and a masonry block (100, 200) including a depression (102, 202) on the outward facing side of the block, the photovoltaic unit (106, 208, 400) being secured within the depression (102, 202); wherein the pass through wire is configured to pass energy through the block, but is not connected to the one or more PV cells. a photovoltaic unit including: a backer board as a rigid support structure; one or more photovoltaic cells supported by the rigid support structure; and a cover disposed above the one or more photovoltaic cells and configured to be secured to the rigid support structure to provide a water resistant enclosure that encloses the one or more photovoltaic cells; a positive terminal extending from the photovoltaic unit and electrically connected to the one or more photovoltaic cells; and a negative terminal extending from the photovoltaic unit and electrically connected to the one or more photovoltaic cells; a pass through wire adhered to a surface of the backer board opposite the PV cell (104, 406); and a backer board as a rigid support structure; one or more photovoltaic cells supported by the rigid support structure; and a cover disposed above the one or more photovoltaic cells and configured to be secured to the rigid support structure to provide a water resistant enclosure that encloses the one or more photovoltaic cells; a positive terminal extending from the photovoltaic unit and electrically connected to the one or more photovoltaic cells; and a negative terminal extending from the photovoltaic unit and electrically connected to the one or more photovoltaic cells; a pass through wire adhered to a surface of the backer board opposite the PV cell (104, 406); and a masonry block (100, 200) including a depression (102, 202) on the outward facing side of the block, the photovoltaic unit (106, 208, 400) being secured within the depression (102, 202); wherein the pass through wire is configured to pass energy through the block, but is not connected to the one or more PV cells.
A contact engine for testing a device under test, the contact engine comprising: a flexible dielectric membrane having a first surface and an opposed second surface; a plurality of probes supported by the flexible dielectric membrane and oriented, relative to one another, to contact a plurality of contact locations on the device under test, wherein each probe in the plurality of probes includes a corresponding probe tip that projects from the second surface of the flexible dielectric membrane and is configured to electrically and physically contact a corresponding contact location of the plurality of contact locations; and at least one membrane antenna supported by the flexible dielectric membrane; the contact engine being characterised in that at least one probe of the plurality of probes is a membrane antenna-connected probe configured to electrically interconnect the membrane antenna and the device under test to permit excitation of the membrane antenna by the device under test. a flexible dielectric membrane having a first surface and an opposed second surface; a plurality of probes supported by the flexible dielectric membrane and oriented, relative to one another, to contact a plurality of contact locations on the device under test, wherein each probe in the plurality of probes includes a corresponding probe tip that projects from the second surface of the flexible dielectric membrane and is configured to electrically and physically contact a corresponding contact location of the plurality of contact locations; and
A system comprising: a heat exchanger comprising: a first core defining a first flow path through the heat exchanger; a second core defining a second flow path through the heat exchanger that is parallel to the first flow path, wherein the first and second cores (22, 24) define a third flow path extending through the heat exchanger that is configured to be in a heat exchange relationship with the first and second flow paths; and a thermal barrier disposed between the first and second cores (22, 24) such that the first and second flow paths are thermally insulated from each other; a first heat source disposed along a first circuit that includes the first flow path of the heat exchanger; and a second heat source disposed along a second circuit that includes the second flow path of the heat exchanger, wherein a heat load generated by the second heat source is greater than a heat load generated by the first heat source; characterised in that: the second heat source is a generator for an aircraft and the first heat source includes electronic components disposed adjacent to the generator and configured to control an electrical output of the generator; and an unpressurized cavity of an aircraft encloses the generator and the controller. a heat exchanger comprising: a first core defining a first flow path through the heat exchanger; a second core defining a second flow path through the heat exchanger that is parallel to the first flow path, wherein the first and second cores (22, 24) define a third flow path extending through the heat exchanger that is configured to be in a heat exchange relationship with the first and second flow paths; and a thermal barrier disposed between the first and second cores (22, 24) such that the first and second flow paths are thermally insulated from each other; a first core defining a first flow path through the heat exchanger; a second core defining a second flow path through the heat exchanger that is parallel to the first flow path, wherein the first and second cores (22, 24) define a third flow path extending through the heat exchanger that is configured to be in a heat exchange relationship with the first and second flow paths; and a thermal barrier disposed between the first and second cores (22, 24) such that the first and second flow paths are thermally insulated from each other; a first heat source disposed along a first circuit that includes the first flow path of the heat exchanger; and a second heat source disposed along a second circuit that includes the second flow path of the heat exchanger, wherein a heat load generated by the second heat source is greater than a heat load generated by the first heat source; characterised in that: the second heat source is a generator for an aircraft and the first heat source includes electronic components disposed adjacent to the generator and configured to control an electrical output of the generator; and an unpressurized cavity of an aircraft encloses the generator and the controller.
A method for the modification of the colour proportion values of a number of individual colours defining a colour spectrum, which individual colours will be used in a data set for generating a printed matter on a target printing machine, wherein: a) a portion of the data set will be selected, which corresponds to a fixed image zone of the printed matter, b) the colour values that can be determined in a colorimetric manner will be determined for the selected portion, c) a tolerance range will be fixed around the determined colour values, d) one or more individual colours that shall not be used will be determined, whereby the colour proportion values thereof will be set to zero, e) colour proportion value combinations will be determined from the other individual colours, the colour values of which are comprised within the tolerance range and thus reproduce the original colour spectrum as best as possible, f) the determined colour proportion combinations will be selected, g) the colour proportion values in the selected range will be replaced with the selected colour proportion combinations. a) a portion of the data set will be selected, which corresponds to a fixed image zone of the printed matter, b) the colour values that can be determined in a colorimetric manner will be determined for the selected portion, c) a tolerance range will be fixed around the determined colour values, d) one or more individual colours that shall not be used will be determined, whereby the colour proportion values thereof will be set to zero, e) colour proportion value combinations will be determined from the other individual colours, the colour values of which are comprised within the tolerance range and thus reproduce the original colour spectrum as best as possible, f) the determined colour proportion combinations will be selected, g) the colour proportion values in the selected range will be replaced with the selected colour proportion combinations.
A surgical device comprising: a handle assembly; an elongated portion configured to extend distally from the handle assembly and including an outer wall; an end effector configured to operatively engage a distal portion of the elongated portion; and a plurality of ventilation holes extending through the outer wall of the elongated portion and configured to allow fluid to travel therethrough from an interior portion of the elongated portion to ambient air, and characterized in that the plurality of ventilation holes is configured to minimize the amount of fluid entering into the elongated portion therethrough, wherein each of the plurality of ventilation holes is sized small enough such that fluid does not easily enter the surgical device while simultaneously being large enough such that moisture can exit the surgical device. a handle assembly; an elongated portion configured to extend distally from the handle assembly and including an outer wall; an end effector configured to operatively engage a distal portion of the elongated portion; and a plurality of ventilation holes extending through the outer wall of the elongated portion and configured to allow fluid to travel therethrough from an interior portion of the elongated portion to ambient air, and characterized in that the plurality of ventilation holes is configured to minimize the amount of fluid entering into the elongated portion therethrough, wherein each of the plurality of ventilation holes is sized small enough such that fluid does not easily enter the surgical device while simultaneously being large enough such that moisture can exit the surgical device.
Pharmaceutical composition for the administration of the angiotensin II receptor antagonist telmisartan or one of the salts thereof in the treatment of type 2 diabetes or for preventing diabetes in subjects with high blood pressure, characterised in that telmisartan is combined with the calcium antagonist nifedipine.
A stapler configured to bind a workpiece using a non-metal staple, the staple having a crown portion and a pair of leg portions extending from respective ends of the crown portion, the stapler comprising: an operating member supported rotatably; a penetrating part including a pair of cutting blades spaced apart from each other, wherein the penetrating part is configured to form holes in the workpiece and to cause the leg portions of the staple to penetrate the workpiece by rotation of the operating member and inserting and withdrawing the cutting blades with respect to the workpiece; wherein the operating member is operable to cause the leg portions of the staple to penetrate the workpiece by the penetrating part; and a bending part configured to bend the leg portions of the staple, which has penetrated the workpiece by the penetrating part, along the workpiece to bond the leg portions to each other, wherein the operating member is configured such that a distance between a force receiving portion and a fulcrum axis of rotation and a distance between a force acting portion and the fulcrum axis changes by shifting the fulcrum axis in accordance with the operation of the operating member, so as to change a reduction rate of a load applied to the operating member, wherein the operating member includes a cam groove which is configured to allow movement of the fulcrum axis, wherein the cam groove is guided along a shaft installed to a body section, wherein the distance between the force receiving portion and the fulcrum axis of rotation and the distance between the force acting point and the fulcrum axis are displaced by a shape of the cam groove. an operating member supported rotatably; a penetrating part including a pair of cutting blades spaced apart from each other, wherein the penetrating part is configured to form holes in the workpiece and to cause the leg portions of the staple to penetrate the workpiece by rotation of the operating member and inserting and withdrawing the cutting blades with respect to the workpiece; wherein the operating member is operable to cause the leg portions of the staple to penetrate the workpiece by the penetrating part; and a bending part configured to bend the leg portions of the staple, which has penetrated the workpiece by the penetrating part, along the workpiece to bond the leg portions to each other, wherein the operating member is configured such that a distance between a force receiving portion and a fulcrum axis of rotation and a distance between a force acting portion and the fulcrum axis changes by shifting the fulcrum axis in accordance with the operation of the operating member, so as to change a reduction rate of a load applied to the operating member, wherein the operating member includes a cam groove which is configured to allow movement of the fulcrum axis, wherein the cam groove is guided along a shaft installed to a body section, wherein the distance between the force receiving portion and the fulcrum axis of rotation and the distance between the force acting point and the fulcrum axis are displaced by a shape of the cam groove.