mhurhangee/patent-ind-claim-en huggingface dataset:
Device for regulating a steam mass flow rate (ṁ) in a steam turbine , in particular in a low-pressure stage of a steam turbine , wherein the device comprises at least one rotary slide and a further regulating valve characterized in that the rotary slide and the regulating valve are arranged parallel to one another in the flow path, and wherein the device comprises at least one regulating device which determines a pressure difference Δp from the pressure upstream and downstream of the device and which actuates the rotary slide and/or the regulating valve in dependence on the pressure difference Δp.
A device for estimating the central blood pressure of a subject, the device comprising: a sensor patch comprising an array of sensors configured to: measure, in a first mode, a force at the skin of the subject, wherein the force provides an indication of blood pressure of a peripheral blood vessel ; and perform, in a second mode, ultrasound imaging on the peripheral blood vessel , wherein the same sensors are used for blood pressure measurement in the first mode and ultrasound imaging in the second mode; and a processor configured to: obtain a peripheral pressure signal comprising a pressure waveform from the indication of the blood pressure from the sensor patch ; derive an image of the peripheral blood vessel from the ultrasound imaging from the sensor patch ; determine a vessel diameter from the image of the peripheral blood vessel over time as a vessel diameter waveform ; derive an estimate of the central blood pressure waveform of the subject from the pressure waveform and the vessel diameter waveform . a sensor patch comprising an array of sensors configured to: measure, in a first mode, a force at the skin of the subject, wherein the force provides an indication of blood pressure of a peripheral blood vessel ; and perform, in a second mode, ultrasound imaging on the peripheral blood vessel , wherein the same sensors are used for blood pressure measurement in the first mode and ultrasound imaging in the second mode; and measure, in a first mode, a force at the skin of the subject, wherein the force provides an indication of blood pressure of a peripheral blood vessel ; and perform, in a second mode, ultrasound imaging on the peripheral blood vessel , wherein the same sensors are used for blood pressure measurement in the first mode and ultrasound imaging in the second mode; and a processor configured to: obtain a peripheral pressure signal comprising a pressure waveform from the indication of the blood pressure from the sensor patch ; derive an image of the peripheral blood vessel from the ultrasound imaging from the sensor patch ; determine a vessel diameter from the image of the peripheral blood vessel over time as a vessel diameter waveform ; derive an estimate of the central blood pressure waveform of the subject from the pressure waveform and the vessel diameter waveform . obtain a peripheral pressure signal comprising a pressure waveform from the indication of the blood pressure from the sensor patch ; derive an image of the peripheral blood vessel from the ultrasound imaging from the sensor patch ; determine a vessel diameter from the image of the peripheral blood vessel over time as a vessel diameter waveform ; derive an estimate of the central blood pressure waveform of the subject from the pressure waveform and the vessel diameter waveform .
A receptacle for collecting urine comprising: a first flexible wall having a perimeter; a second flexible wall having a perimeter; a perimeter seal joining at least a portion of the perimeter of the first flexible wall to at least a portion of the perimeter of the second flexible wall; a port associated with the perimeter seal ; a handle seal joining the first flexible wall to the second flexible wall; and defining a handle opening ; a tear-starting formation defined in the perimeter seal ; and a tear-stopping formation , wherein the tear-stopping formation is positioned adjacent to the handle seal , between the tear-starting formation and at least a portion of the handle seal , and the tear-stopping formation is configured to terminate a tear extending from the tear-starting formation toward the handle seal . a first flexible wall having a perimeter; a second flexible wall having a perimeter; a perimeter seal joining at least a portion of the perimeter of the first flexible wall to at least a portion of the perimeter of the second flexible wall; a port associated with the perimeter seal ; a handle seal joining the first flexible wall to the second flexible wall; and defining a handle opening ; a tear-starting formation defined in the perimeter seal ; and a tear-stopping formation , wherein the tear-stopping formation is positioned adjacent to the handle seal , between the tear-starting formation and at least a portion of the handle seal , and the tear-stopping formation is configured to terminate a tear extending from the tear-starting formation toward the handle seal . the tear-stopping formation is positioned adjacent to the handle seal , between the tear-starting formation and at least a portion of the handle seal , and the tear-stopping formation is configured to terminate a tear extending from the tear-starting formation toward the handle seal .
Radio key for an access system of a motor vehicle, having a receiving circuit with at least three LF receiving coils for low-frequency signal reception, the LF receiving coils being oriented in different spatial directions, a central control circuit coupled to the receiving circuit and having a microcontroller, wherein the control circuit with the microcontroller can enter into different operating states, of which at least one operating state is an energy-reduced idle stade and one operating state is an active operating state, wherein the receiving circuit is designed to wake the control circuit from the energy-reduced quiescent state when a signal is received via the LF receiving coils, characterised in that the central control circuit with the microcontroller is configured to separately drive each of the LF receiver coils after waking from the idle state and to query a received signal strength, wherein the control circuit selects, in dependence on the signal strengths, that very one of the LF receiver coils with the highest signal strength for a subsequent signal reception. a central control circuit coupled to the receiving circuit and having a microcontroller, wherein the control circuit with the microcontroller can enter into different operating states, of which at least one operating state is an energy-reduced idle stade and one operating state is an active operating state, wherein the receiving circuit is designed to wake the control circuit from the energy-reduced quiescent state when a signal is received via the LF receiving coils, characterised in that the central control circuit with the microcontroller is configured to separately drive each of the LF receiver coils after waking from the idle state and to query a received signal strength, wherein the control circuit selects, in dependence on the signal strengths, that very one of the LF receiver coils with the highest signal strength for a subsequent signal reception.
An electrical filtering system comprising capacitors and an electrical distribution device comprising a stack of two electrically conducting layers facing one another and separated by an electrically insulating layer , the stack being mounted on a rigid electrically insulating plate , and said capacitors being mounted on said electrical distribution device , the rigid plate extending in a plane orthogonal to the direction in which the conducting and insulating layers are stacked, characterized in that the electrical distribution device comprises a plurality of electrical connections distributed angularly over the outer perimeter of the electrical distribution device and protruding in a plane parallel to the plane in which the rigid plate extends, and extending from the outer perimeter of the electrical distribution device , each of the connections being, on the one hand, connected to at least one capacitor of the filtering system and, on the other hand, intended to be connected to an arm of an electrical inverter mounted on a tubular electrical converter of an electronic control unit , each of the electrical connections comprising a first end integral with the stack, a second free end opposite to the first end , and a flexible portion between the two ends .
A selective laser sintering method of manufacturing a tread molding element , said tread molding element comprising at least a fine lamella adapted to mold a shallow sipe in a tire tread, the fine lamella having a length (L2), the fine lamella being sintered in a plurality of portions (p2) at different layers (N), characterized in that in each layer a laser beam (B) sinters the portion (p2) of the fine lamella in only one passage in the length (L2) of the fine lamella without round-trip passage of the laser beam (B), the direction (D1) of this passage being the same at the different layers (N) for building the different portions (p2) of the fine lamella and in that the thickness (w) of the fine lamella is smaller than 0.2 mm, and the height (h) of the fine lamella is smaller than or equal to 2 mm.
A screw-tightening power tool (1B-1E), comprising a motor housing , a brushless motor comprising a stator fixed to the motor housing and a rotor rotatable with respect to the stator , a tip-tool retaining part adapted to hold a bit, a clutch disposed between the rotor and the tip-tool retaining part , a grip housing extending from the motor housing and configured to have a battery pack detachably mounted thereon, a switch assembly provided in the grip housing , and a trigger held by the switch assembly , wherein, a sensor-circuit board is fixed to the stator , and the sensor-circuit board and the switch assembly are connected by a cord , characterized in that the stator and the switch assembly are connected by a cord , a control circuit board is provided integrally with a lower part of the trigger to form the switch assembly , and the control circuit board is equipped with an Intelligent Power Module , a microcontroller and capacitors . a motor housing , a brushless motor comprising a stator fixed to the motor housing and a rotor rotatable with respect to the stator , a tip-tool retaining part adapted to hold a bit, a clutch disposed between the rotor and the tip-tool retaining part , a grip housing extending from the motor housing and configured to have a battery pack detachably mounted thereon, a switch assembly provided in the grip housing , and a trigger held by the switch assembly , a sensor-circuit board is fixed to the stator , and the sensor-circuit board and the switch assembly are connected by a cord , the stator and the switch assembly are connected by a cord , a control circuit board is provided integrally with a lower part of the trigger to form the switch assembly , and the control circuit board is equipped with an Intelligent Power Module , a microcontroller and capacitors .
A flexible light emitting element, comprising: a plate-like portion having: a one surface side being a concave surface side , an other surface side being a convex surface side , a glass substrate , the glass substrate comprising a first surface and a second surface, the second surface being the surface positioned towards the convex surface side among the both surfaces of the glass substrate, an organic functional layer which includes a light emitting layer , and is on one surface side of the glass substrate , a sealing layer on the organic functional layer , the sealing layer comprising an inorganic solid, and a resin layer positioned on the second surface side of the glass substrate , the resin layer is thicker than the glass substrate , and a fixation member able to be subjected to plastic deformation and fixed to the convex surface side of the plate-like portion , wherein, in a thickness direction of the glass substrate , the entire glass substrate is shifted towards the concave surface side of the plate-like portion from a center (C3) of the thickness direction of the plate-like portion. a one surface side being a concave surface side , an other surface side being a convex surface side , a glass substrate , the glass substrate comprising a first surface and a second surface, the second surface being the surface positioned towards the convex surface side among the both surfaces of the glass substrate, an organic functional layer which includes a light emitting layer , and is on one surface side of the glass substrate , an other surface side being a convex surface side , a glass substrate , the glass substrate comprising a first surface and a second surface, the second surface being the surface positioned towards the convex surface side among the both surfaces of the glass substrate, an organic functional layer which includes a light emitting layer , and is on one surface side of the glass substrate , a sealing layer on the organic functional layer , the sealing layer comprising an inorganic solid, and a resin layer positioned on the second surface side of the glass substrate , the resin layer is thicker than the glass substrate , and a fixation member able to be subjected to plastic deformation and fixed to the convex surface side of the plate-like portion , wherein, in a thickness direction of the glass substrate , the entire glass substrate is shifted towards the concave surface side of the plate-like portion from a center (C3) of the thickness direction of the plate-like portion.
Method for producing a plastics profile , comprising at least one rib-like projection , in particular of a window or door hollow section , by means of an extrusion method, - wherein in the context of the extrusion method, for profile shaping plastics melt is guided through an extrusion die , - wherein, during the extrusion method, in at least one temperature-control section of the extrusion die the wall thickness of the plastics extrusion profile is influenced locally, in a targeted manner, by means of temperature control, - wherein the temperature-control section is associated with a single rig-like projection of the plastics extrusion profile , - wherein, for locally influencing the wall thickness at least one temperature-control device is provided, in the extrusion die , per temperature-control section , by means of which temperature-control device the inner wall of the extrusion die can be purposely heated and/or cooled, in the temperature-control section , and - wherein the temperature-control device is designed as a channel through which a heating or cooling medium can flow, which channel, when viewed in profile cross section, has a curvature, and is thereby adjusted to the end contour of the rib-like projection , characterised in that the channel is integrated into an insert of the temperature-control section which can be pushed into the extrusion tool , which transports the heat of the heating medium or the cold of the cooling medium towards the inner wall of the extrusion die . - wherein in the context of the extrusion method, for profile shaping plastics melt is guided through an extrusion die , - wherein, during the extrusion method, in at least one temperature-control section of the extrusion die the wall thickness of the plastics extrusion profile is influenced locally, in a targeted manner, by means of temperature control, - wherein the temperature-control section is associated with a single rig-like projection of the plastics extrusion profile , - wherein, for locally influencing the wall thickness at least one temperature-control device is provided, in the extrusion die , per temperature-control section , by means of which temperature-control device the inner wall of the extrusion die can be purposely heated and/or cooled, in the temperature-control section , and - wherein the temperature-control device is designed as a channel through which a heating or cooling medium can flow, which channel, when viewed in profile cross section, has a curvature, and is thereby adjusted to the end contour of the rib-like projection ,
A fixing clamp (1; 101) for an aligning device for fixingly clamping a body extremity, comprising a first clamp arm (12; 112) and a second clamp arm (14; 114) and comprising a support fork or support trough for the body extremity having a first support leg and a second support leg , which has a central mounting or connecting portion for mounting or connection to an adjusting rod as well as a first rotation joint and a second rotation joint on the support fork , on each of which the corresponding first clamp arm (12; 112) is rotatably articulated about a first rotational axis (D1) and the second clamp arm (14; 114) is rotatably articulated about a second rotational axis (D2), characterized in that the first rotation joint is displaceably mounted on the first support leg and/or the second rotation joint is displaceably mounted on the second support leg of the support fork .
A metalloprotease polypeptide having metalloprotease activity and comprising a calcium binding region, wherein the polypeptide has at least 90% amino acid sequence identity to SEQ ID NO: 6, and wherein the polypeptide comprises a deletion at amino acid residue positions 179-183 in the calcium binding region Cal-2 of the polypeptide, wherein the amino acid positions of the polypeptide are numbered by correspondence with the amino acid sequence of Bacillus thermoproteolyticus metalloprotease set forth in SEQ ID NO: 13, and wherein the calcium binding region Cal-2 binds fewer than two calcium ions.
A refrigeration cabinet including: a product chamber closed by a lid at a top of the product chamber ; means for generating a climate control cold air stream; air delivery means for delivering said climate control cold air stream through the product chamber , the air delivery means having an air inlet communicating with a lower portion of the product chamber and an air outlet communicating with the product chamber above the air inlet ; the air delivery means including an air inlet duct formed in a side wall of the product chamber at the lower portion of the product chamber and an air outlet duct , the air inlet duct having an air inlet opening communicating with the product chamber for through passage of air into the product chamber, and the air outlet duct having an air outlet opening communicating with the product chamber for delivery of air out of the product chamber, each air duct being connected to the means for generating a climate control cold airstream for circulating said climate control cold airstream through the product chamber ; characterised in that the air outlet duct is formed in the side wall of the product chamber at an upper portion of the product chamber , the lid at the top of the product chamber is a clear lid and the air delivery means is operable to circulate the climate control cold airstream through the product chamber in a manner to avoid air turbulence at the clear lid . a product chamber closed by a lid at a top of the product chamber ; means for generating a climate control cold air stream; air delivery means for delivering said climate control cold air stream through the product chamber , the air delivery means having an air inlet communicating with a lower portion of the product chamber and an air outlet communicating with the product chamber above the air inlet ; the air delivery means including an air inlet duct formed in a side wall of the product chamber at the lower portion of the product chamber and an air outlet duct , the air inlet duct having an air inlet opening communicating with the product chamber for through passage of air into the product chamber, and the air outlet duct having an air outlet opening communicating with the product chamber for delivery of air out of the product chamber, each air duct being connected to the means for generating a climate control cold airstream for circulating said climate control cold airstream through the product chamber ; characterised in that the air outlet duct is formed in the side wall of the product chamber at an upper portion of the product chamber , the lid at the top of the product chamber is a clear lid and the air delivery means is operable to circulate the climate control cold airstream through the product chamber in a manner to avoid air turbulence at the clear lid .
A vented ring comprising: a flexible outer ring portion ; a flexible inner ring portion ; wherein the inner ring portion includes lateral grooves connected to inner longitudinal grooves , the connected lateral grooves and inner longitudinal grooves forming at least one fluid conduit from a first side of the vented ring to a second side of the vented ring , characterized by an anti-stretch element positioned between the outer ring portion and the inner ring portion , the anti-stretch element having increased rigidity relative to the inner and outer ring portions . a flexible outer ring portion ; a flexible inner ring portion ; wherein the inner ring portion includes lateral grooves connected to inner longitudinal grooves , the connected lateral grooves and inner longitudinal grooves forming at least one fluid conduit from a first side of the vented ring to a second side of the vented ring , characterized by an anti-stretch element positioned between the outer ring portion and the inner ring portion , the anti-stretch element having increased rigidity relative to the inner and outer ring portions .
A confocal scanner comprising: a first pinhole array disk in which a plurality of first pinholes is arranged in an array; a second pinhole array disk in which a plurality of second pinholes is arranged in an array; a condensing element array disk , on which a plurality of condensing elements is arranged in an array, located between the first pinhole array disk and the second pinhole array disk; a connecting shaft connecting the first pinhole array disk, the second pinhole array disk, and the condensing element array disk; and a motor configured, together with the connecting shaft, to rotate the first pinhole array disk, the second pinhole array disk, and the condensing element array disk, wherein the first pinhole array disk is attached to the connecting shaft so that one first pinhole is positioned at a first focal plane of one condensing element in the condensing element array disk, and the second pinhole array disk is attached to the connecting shaft so that one second pinhole is positioned at a second focal plane of one condensing element in the condensing element array disk. a first pinhole array disk in which a plurality of first pinholes is arranged in an array; a second pinhole array disk in which a plurality of second pinholes is arranged in an array; a condensing element array disk , on which a plurality of condensing elements is arranged in an array, located between the first pinhole array disk and the second pinhole array disk; a connecting shaft connecting the first pinhole array disk, the second pinhole array disk, and the condensing element array disk; and a motor configured, together with the connecting shaft, to rotate the first pinhole array disk, the second pinhole array disk, and the condensing element array disk, wherein the first pinhole array disk is attached to the connecting shaft so that one first pinhole is positioned at a first focal plane of one condensing element in the condensing element array disk, and the second pinhole array disk is attached to the connecting shaft so that one second pinhole is positioned at a second focal plane of one condensing element in the condensing element array disk.