mhurhangee/patent-ind-claim-en huggingface dataset:
Pressure pod for haemodialysis medical lines comprising a hollow body formed by an upper half-shell and a lower half-shell which delimit a gas chamber and a liquid chamber , respectively, hermetically separated from each other by an intermediate flexible membrane , the liquid chamber being provided with inlet and outlet tubular connectors for connection to the haemodialysis line, and wherein at least one of said tubular connectors is associated to a female luer-lock connector , characterised in that said female connector comprises an outer tubular body made of a relatively rigid thermoplastic material and an inner tubular body made of a relatively soft thermoplastic material coaxially fitted within the outer tubular body , said outer tubular body being rotatable relative to the inner tubular body and axially blocked thereon, and between proximal axial portions of the inner and outer tubular bodies an annular cavity being defined within which said at least one tubular fitting is engaged which is fixed on said inner tubular body of the female connector .
An output stage for adapting an alternating voltage signal of an ultrasound generator to a converter which can be connected to the output stage, wherein the output stage has two input terminals for receiving the alternating voltage produced by the ultrasound generator and two output terminals for outputting an adapted alternating voltage, as well as an output transformer with a primary coil (Nr) with a number n 1 of turns and a secondary coil (Ns) with a number n 2 of turns, wherein the output transformer has a main inductance L H as well as a leakage inductance L σ , wherein the two input terminals are connected to one another via the primary coil (N P ) and the two output terminals are connected to one another via the secondary coil (N S ), wherein a filter capacitor C P is provided which either connects the two output terminals to the secondary coil (Ns) in parallel or connects one output terminal to a tap of the secondary coil (Ns) or is connected to a filter coil with n 3 turns which is inductively coupled to the primary and the secondary coil (N P , N S ), characterized in that a device is provided for measuring the differential current I Δ of the current I E flowing via the input terminals and the current I C through the filter capacitor C P .
A system for providing a timeline representing a culture media protocol for a culture media, the system comprising: a computer system comprising: a user interface configured to display the timeline and a field for optional display of a culture media image; and a processor configured to: receive the culture media protocol for the culture media; generate the timeline on the user interface based on the culture media protocol; monitor time on the timeline; receive one or more culture media images related to the culture media protocol; associate each of the one or more culture media images with a position on the timeline that correlates to a time at which the culture media image was captured; and generate and display a selectable marker for each culture media image associated with the timeline, the selectable marker being aligned with the position on the timeline that correlates to the time at which the culture media image was captured. a user interface configured to display the timeline and a field for optional display of a culture media image; and a processor configured to: receive the culture media protocol for the culture media; generate the timeline on the user interface based on the culture media protocol; monitor time on the timeline; receive one or more culture media images related to the culture media protocol; associate each of the one or more culture media images with a position on the timeline that correlates to a time at which the culture media image was captured; and generate and display a selectable marker for each culture media image associated with the timeline, the selectable marker being aligned with the position on the timeline that correlates to the time at which the culture media image was captured. receive the culture media protocol for the culture media; generate the timeline on the user interface based on the culture media protocol; monitor time on the timeline; receive one or more culture media images related to the culture media protocol; associate each of the one or more culture media images with a position on the timeline that correlates to a time at which the culture media image was captured; and generate and display a selectable marker for each culture media image associated with the timeline, the selectable marker being aligned with the position on the timeline that correlates to the time at which the culture media image was captured.
Fitting arrangement , in particular for flush mounting, comprising: a first traverse element ; a second traverse element ; a fitting element ; and at least one installation pipe ; wherein the first traverse element is mountable at a variable vertical distance with respect to the second traverse element as seen along a vertical direction (V), so that at least a first vertical distance (ve1) and a second vertical distance (ve2), different from the first distance (ve1), between the first traverse element and the second traverse element is adjustable, wherein the fitting element is mounted on the first traverse element and is designed to be connected to at least one supply hose which can be connected to a fresh water connection , wherein the second traverse element comprises the fresh water connection , wherein the fresh water connection is connectable to the supply hose , wherein the installation pipe is connected to the first traverse element and the second traverse element , and wherein the installation pipe being designed in such a way that the supply hose can be guided through the installation pipe , characterised in that the installation pipe has a curvature with respect to an axis of curvature (A) running perpendicular to the vertical direction (V), which curvature runs bent substantially through 360° around the axis of curvature (A). a first traverse element ; a second traverse element ; a fitting element ; and at least one installation pipe ; wherein the first traverse element is mountable at a variable vertical distance with respect to the second traverse element as seen along a vertical direction (V), so that at least a first vertical distance (ve1) and a second vertical distance (ve2), different from the first distance (ve1), between the first traverse element and the second traverse element is adjustable, wherein the fitting element is mounted on the first traverse element and is designed to be connected to at least one supply hose which can be connected to a fresh water connection , wherein the second traverse element comprises the fresh water connection , wherein the fresh water connection is connectable to the supply hose , wherein the installation pipe is connected to the first traverse element and the second traverse element , and wherein the installation pipe being designed in such a way that the supply hose can be guided through the installation pipe , characterised in that the installation pipe has a curvature with respect to an axis of curvature (A) running perpendicular to the vertical direction (V), which curvature runs bent substantially through 360° around the axis of curvature (A).
A method for producing a needle cannula comprising: (i.) providing a needle cannula tube , wherein the needle cannula tube comprises an end portion comprising: - an outer surface, - and a steel alloy, (ii.) providing an electrolyte, and (iii.) bringing the end portion into contact with the electrolyte, (iv.) applying a potential between the needle cannula tube and a cathode, and thereby establishing an electrochemical reaction to remove material from the outer surface of the end portion , and thereby providing a needle cannula with a tapered end portion , characterized in that the steel alloy comprises carbon (C) in 0.07 to 0.15 % by mass, silicon (Si) in 0.50 to 1.00 % by mass, manganese (Mn) in 5.0 to 7.5 % by mass, phosphorus (P) in 0 to 0.030 % by mass, sulfur (S) in less than or equal to 0.015 % by mass, chromium (Cr) in 17.5 to 19.5 % by mass, nickel (Ni) in 6.5 to 8.5 % by mass, and nitrogen (N) in 0.20 to 0.30 % by mass. (i.) providing a needle cannula tube , wherein the needle cannula tube comprises an end portion comprising: - an outer surface, - and a steel alloy, - an outer surface, - and a steel alloy, (ii.) providing an electrolyte, and (iii.) bringing the end portion into contact with the electrolyte, (iv.) applying a potential between the needle cannula tube and a cathode, and thereby establishing an electrochemical reaction to remove material from the outer surface of the end portion , and thereby providing a needle cannula with a tapered end portion , characterized in that the steel alloy comprises carbon (C) in 0.07 to 0.15 % by mass, silicon (Si) in 0.50 to 1.00 % by mass, manganese (Mn) in 5.0 to 7.5 % by mass, phosphorus (P) in 0 to 0.030 % by mass, sulfur (S) in less than or equal to 0.015 % by mass, chromium (Cr) in 17.5 to 19.5 % by mass, nickel (Ni) in 6.5 to 8.5 % by mass, and nitrogen (N) in 0.20 to 0.30 % by mass.
A hermetic pressure sensor for measuring a fluid pressure, the pressure sensor comprises: - a first housing structure comprising a metal membrane section to be exposed to the fluid pressure; - a second housing structure comprising a housing part with at least two openings and electrical connection pins passing through the at least two openings; - at least one strain sensing element ; - a PCB electrically coupled to the electrical connection pins , characterized in that , the at least one strain sensing element is attached to the membrane section and electrically coupled to the PCB by bonding wires to mechanically decouple the membrane section for force acting on the PCB, the housing part of the second housing structure is a metal housing part configured to form a cover over the first housing part, the electrical connection pins are affixed in the at least two openings by a non-conductive and hermetic sealing material , springy electrical connection elements or a flex foil couple electrically the connection pins to the PCB, the first housing structure and the second housing structure are hermetically connected to each other to form a hermetically closed cavity in which the PCB and the at least one strain sensing element are located, and the first housing structure comprises a fluid facing outer surface to be exposed to the fluid pressure wherein the fluid facing outer surface is a full metal outer surface. - a first housing structure comprising a metal membrane section to be exposed to the fluid pressure; - a second housing structure comprising a housing part with at least two openings and electrical connection pins passing through the at least two openings; - at least one strain sensing element ; - a PCB electrically coupled to the electrical connection pins , characterized in that , the at least one strain sensing element is attached to the membrane section and electrically coupled to the PCB by bonding wires to mechanically decouple the membrane section for force acting on the PCB, the housing part of the second housing structure is a metal housing part configured to form a cover over the first housing part, the electrical connection pins are affixed in the at least two openings by a non-conductive and hermetic sealing material , springy electrical connection elements or a flex foil couple electrically the connection pins to the PCB, the first housing structure and the second housing structure are hermetically connected to each other to form a hermetically closed cavity in which the PCB and the at least one strain sensing element are located, and the first housing structure comprises a fluid facing outer surface to be exposed to the fluid pressure wherein the fluid facing outer surface is a full metal outer surface.
A method performed by a system of a host vehicle , the method comprising: determining whether a quality of a vehicle-to-vehicle, V2V, connection between the host vehicle and a target satisfies a threshold that corresponds to a reliable connection between the host vehicle and the target ; and responsive to determining that the quality of the V2V connection does not satisfy the threshold: determining a following position of the host vehicle relative to the target ; characterised by comprising: determining whether the following position is within a predicted null position of the V2V connection, the predicted null position corresponding to one or more following positions where the quality of the V2V connection does not satisfy the threshold; determining whether the following position is closer to the target than a selected position corresponding to a vehicle component that controls the following position ; and controlling the following position based on whether the following position is within the predicted null position and whether the following position is closer to the target than the selected position . determining whether a quality of a vehicle-to-vehicle, V2V, connection between the host vehicle and a target satisfies a threshold that corresponds to a reliable connection between the host vehicle and the target ; and responsive to determining that the quality of the V2V connection does not satisfy the threshold: determining a following position of the host vehicle relative to the target ; characterised by comprising: determining whether the following position is within a predicted null position of the V2V connection, the predicted null position corresponding to one or more following positions where the quality of the V2V connection does not satisfy the threshold; determining whether the following position is closer to the target than a selected position corresponding to a vehicle component that controls the following position ; and controlling the following position based on whether the following position is within the predicted null position and whether the following position is closer to the target than the selected position . determining whether the following position is within a predicted null position of the V2V connection, the predicted null position corresponding to one or more following positions where the quality of the V2V connection does not satisfy the threshold; determining whether the following position is closer to the target than a selected position corresponding to a vehicle component that controls the following position ; and controlling the following position based on whether the following position is within the predicted null position and whether the following position is closer to the target than the selected position .
A straddled vehicle, comprising: an electronically controlled continuously variable transmission ; a target output calculation unit being configured to calculate a target output based on information relating to an accelerator operation amount and information relating to a vehicle speed; a basic engine revolution speed calculation unit being configured to calculate a basic engine revolution speed based on the information relating to the vehicle speed; a target engine revolution speed calculation unit being configured to calculate a target engine revolution speed by adding a correction revolution speed to the basic engine revolution speed, holding the correction revolution speed, and performing lag processing on a change in the correction revolution speed; and a target gear ratio calculation unit being configured to calculate a target gear ratio of the electronically controlled continuously variable transmission based on the target engine revolution speed. an electronically controlled continuously variable transmission ; a target output calculation unit being configured to calculate a target output based on information relating to an accelerator operation amount and information relating to a vehicle speed; a basic engine revolution speed calculation unit being configured to calculate a basic engine revolution speed based on the information relating to the vehicle speed; a target engine revolution speed calculation unit being configured to calculate a target engine revolution speed by adding a correction revolution speed to the basic engine revolution speed, holding the correction revolution speed, and performing lag processing on a change in the correction revolution speed; and a target gear ratio calculation unit being configured to calculate a target gear ratio of the electronically controlled continuously variable transmission based on the target engine revolution speed.
A component (XS) for an X-ray detector device (XD), comprising a layer (SL) tessellated in a plurality of different regions (Rj), the regions having respective periodic structures at a respective phase, characterized in that two neighboring regions have periodic structures at different phases.
Motor vehicle comprising a water injection device , wherein the water injection device, for an internal combustion engine , comprises at least one water tank for storing water, at least one water injector for injecting the water into the internal combustion engine , and at least one conveying element for conveying water out of the water tank into the water injector , wherein the water tank is connected to the conveying element by means of at least one first line , and the conveying element is connected to the water injector by means of at least one second line , wherein the water injection device comprises at least one heat exchanger for heating the water, wherein the water injection device comprises at least one preheating device for preheating frozen water, wherein the preheating device is arranged at the conveying element and/or at the water tank , characterized in that the heat exchanger is arranged in a front region of the motor vehicle and the water tank is arranged in a rear region of the motor vehicle . wherein the water injection device, for an internal combustion engine , comprises at least one water tank for storing water, at least one water injector for injecting the water into the internal combustion engine , and at least one conveying element for conveying water out of the water tank into the water injector , wherein the water tank is connected to the conveying element by means of at least one first line , and the conveying element is connected to the water injector by means of at least one second line , wherein the water injection device comprises at least one heat exchanger for heating the water, wherein the water injection device comprises at least one preheating device for preheating frozen water, wherein the preheating device is arranged at the conveying element and/or at the water tank , characterized in that the heat exchanger is arranged in a front region of the motor vehicle and the water tank is arranged in a rear region of the motor vehicle .
A sealing device for a slidable casement as a sliding casement or slidable lifting and sliding casement of a window or a door , consisting of sealing strips arranged in an abutment area between the sliding casement and a fixed field as well as between the sliding casement and a window frame for sealing and securing a gap forming an interspace of a closed sliding casement of the window or a door , of which, in the abutment area , a first sealing strip is fastened to a contact surface of an upper horizontal casement frame portion (5") and a further first sealing strip is fastened to a contact surface of a vertical casement frame portion of the sliding casement , wherein, opposite the first sealing strips of the sliding casement , a second sealing strip is allocated and fastened to a contact surface of an upper horizontal window frame portion of the window frame and a further second sealing strip is allocated and fastened to a contact surface of a vertical fixed-field frame portion of a fixed-field frame of the further fixed field , wherein the first and second sealing strips , which consist of a profile body , have profile portions , which, with the sliding casement closed, engage over or behind, resp., one another and form an operatively connected abutment with oppositely arranged first and second seals , respectively facing the strips, wherein the first sealing strips have a first molded part at their free ends, which connects the vertical and horizontal first sealing strips into a structural unit, and the second sealing strips have a second molded part at their free ends, which connects the vertical and horizontal second sealing strips into a structural unit, wherein the first and second sealing strips and the first and second molded parts together with the respective first and second seals are guided around at least one corner of the sliding casement at an angle of about 90 ° in an uninterrupted and circumferential manner and seal the abutment area in a gap-free securing manner, wherein the first seal in a receiving groove of the first sealing strip and in a guiding groove of the first molded part , on the side facing the sliding casement , rests against the second sealing strip and the second molded part in a circumferential manner, and the second seal in a receiving groove of the second sealing strip and in a guiding groove of the second molded part , on the side facing the window frame and the fixed-field frame , rests against the second sealing strip and the first molded part in a circumferential manner, and the first seal is held in the receiving groove of the first sealing strip and in the guiding groove of the first molded part in a form-fittingly guided manner, and the second seal is held in the receiving groove of the second sealing strip and in the guiding groove of the second molded part in a form-fittingly guided manner.
An apparatus for tracking fiducials mounted to a canopy, cockpit, or cabin of an aircraft using dual mode imaging under different lighting conditions, the apparatus comprising: a helmet; a sensor mounted to the helmet and comprising a lens and configured to image a fiducial ; a dual-mode illumination source mounted to the helmet and configured to illuminate the fiducial while the sensor images the fiducial, wherein the dual-mode illumination source is configured to illuminate the fiducial using a first wavelength of light outside the visible band under a first lighting condition and to illuminate the fiducial using a second wavelength of light longer than 940nm under a second lighting condition, wherein the dual-mode illumination source emits the first wavelength of light when ambient light meets a threshold and emits the second wavelength of light when ambient light does not meet the threshold. a helmet; a sensor mounted to the helmet and comprising a lens and configured to image a fiducial ; a dual-mode illumination source mounted to the helmet and configured to illuminate the fiducial while the sensor images the fiducial, wherein the dual-mode illumination source is configured to illuminate the fiducial using a first wavelength of light outside the visible band under a first lighting condition and to illuminate the fiducial using a second wavelength of light longer than 940nm under a second lighting condition, wherein the dual-mode illumination source emits the first wavelength of light when ambient light meets a threshold and emits the second wavelength of light when ambient light does not meet the threshold.
Device for a rack for a cleaning appliance , the device being placed or placeable onto an upper edge of the rack as an attachment and having a front portion for covering a front upper edge of the rack , characterised in that an image capture means for capturing an image is arranged on the front portion .