mhurhangee/ep-ind-claims huggingface dataset:
A system for determining proximity of a surgical device relative to an anatomical structure, comprising: at least one surgical device comprising a pair of opposing jaw members (110, 120) having a sensor assembly having one or more transmitting electrodes disposed on one of the jaw members and one or more receiving electrodes disposed on the opposing jaw member, wherein the sensor assembly is operably coupled to a processing unit and configured to transmit at least one electrical signal generated by the processing unit from the one or more transmitting electrodes through a target anatomical structure to the one or more receiving electrodes to elicit from the target anatomical structure a measurable response which is one of impedance, electrical conductivity, thermal conductivity, hydraulic conductivity, permittivity, and capacitance of the target anatomical structure, and which is based on the transmission of the electrical signal through at least one of tissue of the target anatomical structure and at least one fluid within the target anatomical structure; the processing unit being programmed to calculate a signature property value of the target anatomical structure based on the measurable response, whereby the processing unit, based on a comparison between the signature property value and at least one other known signature property value and/or to other target structures from which a measurable response has been elicited, determines the proximity of the at least one surgical device relative to the target anatomical structure. at least one surgical device comprising a pair of opposing jaw members (110, 120) having a sensor assembly having one or more transmitting electrodes disposed on one of the jaw members and one or more receiving electrodes disposed on the opposing jaw member, wherein the sensor assembly is operably coupled to a processing unit and configured to transmit at least one electrical signal generated by the processing unit from the one or more transmitting electrodes through a target anatomical structure to the one or more receiving electrodes to elicit from the target anatomical structure a measurable response which is one of impedance, electrical conductivity, thermal conductivity, hydraulic conductivity, permittivity, and capacitance of the target anatomical structure, and which is based on the transmission of the electrical signal through at least one of tissue of the target anatomical structure and at least one fluid within the target anatomical structure; the processing unit being programmed to calculate a signature property value of the target anatomical structure based on the measurable response, whereby the processing unit, based on a comparison between the signature property value and at least one other known signature property value and/or to other target structures from which a measurable response has been elicited, determines the proximity of the at least one surgical device relative to the target anatomical structure.
A device for administering a medication in fluid form, the device comprising: a basal flow path; and a bolus flow path in parallel to the basal flow path, wherein the bolus flow path comprises an inlet check valve, a first outlet check valve downstream of the inlet check valve, and a piston pump disposed between the inlet check valve and the first outlet check valve, wherein the piston pump is configured to prevent partial dosing of a bolus dose, wherein the piston pump comprises: a button comprising a resilient arm attached to a protrusion; a piston in mechanical communication with the protrusion, wherein the piston comprises a first channel having a dispensing lip and a second channel having a filling lip, wherein the protrusion is configured to move between the first channel and the second channel to engage the fill lip or the dispense lip; and a track configured to move the protrusion between the first channel and the second channel. a basal flow path; and a bolus flow path in parallel to the basal flow path, wherein the bolus flow path comprises an inlet check valve, a first outlet check valve downstream of the inlet check valve, and a piston pump disposed between the inlet check valve and the first outlet check valve, wherein the piston pump is configured to prevent partial dosing of a bolus dose, wherein the piston pump comprises: a button comprising a resilient arm attached to a protrusion; a piston in mechanical communication with the protrusion, wherein the piston comprises a first channel having a dispensing lip and a second channel having a filling lip, wherein the protrusion is configured to move between the first channel and the second channel to engage the fill lip or the dispense lip; and a track configured to move the protrusion between the first channel and the second channel. a button comprising a resilient arm attached to a protrusion; a piston in mechanical communication with the protrusion, wherein the piston comprises a first channel having a dispensing lip and a second channel having a filling lip, wherein the protrusion is configured to move between the first channel and the second channel to engage the fill lip or the dispense lip; and a track configured to move the protrusion between the first channel and the second channel.
A seal cap (10, 60, 61) for a container closure, comprising a cover disc having a fastening ring connected to an underside of the cover disc, the fastening ring having a latching element (29, 62, 63) for producing a detachable engagement connection with the container closure, the latching element being connected to a pull tab arranged at the circumference of the cover disc via a connecting element, the connecting element having a cover strip formed in the cover disc and being separated from adjacent areas of the cover disc by lateral cover-strip predetermined breaking lines (23, 24), which have predetermined breaking elements (53, 54), and having a pull web connected to the latching element of the fastening ring, characterized in that the cover strip extends from the pull tab at the circumference of the cover disc into a central inner portion of the cover disc within the fastening ring and the pull web is arranged in an intersecting area between the cover strip and the fastening ring.
Closed loop system for active noise cancellation, comprising: - a loudspeaker for outputting sound; - an adding device to which the loudspeaker is connected, and which has a first and a second input; - a feedforward control with - a first microphone for receiving interfering noise; - a first control network with at least one filter for forming a first control variable, wherein the first control network is coupled to the first microphone on its input side and to the adding device on its output side in order to supply the first control variable; - a feedback control with - a second microphone for receiving sound that is output by the loudspeaker; - a second control network with at least one filter for forming a second control variable, wherein the second control network is coupled to the second microphone on its input side and to the adding device on its output side; characterized in that - the feedback control is adapted for a noise suppression based on a first acoustic ratio, the feedforward control is adapted for a noise suppression based on a second acoustic ratio; - the first acoustic ratio corresponds to a first distance between the loudspeaker and an eardrum of a user, and the second acoustic ratio corresponds to a second distance between the loudspeaker and the eardrum, wherein the second distance is greater than the first distance; and - the adaptation of the feedforward control and the feedback control is invariable at least during the operation of the closed loop system. - a loudspeaker for outputting sound; - an adding device to which the loudspeaker is connected, and which has a first and a second input; - a feedforward control with - a first microphone for receiving interfering noise; - a first control network with at least one filter for forming a first control variable, wherein the first control network is coupled to the first microphone on its input side and to the adding device on its output side in order to supply the first control variable; - a feedback control with - a second microphone for receiving sound that is output by the loudspeaker; - a second control network with at least one filter for forming a second control variable, wherein the second control network is coupled to the second microphone on its input side and to the adding device on its output side; characterized in that - the feedback control is adapted for a noise suppression based on a first acoustic ratio, the feedforward control is adapted for a noise suppression based on a second acoustic ratio; - the first acoustic ratio corresponds to a first distance between the loudspeaker and an eardrum of a user, and the second acoustic ratio corresponds to a second distance between the loudspeaker and the eardrum, wherein the second distance is greater than the first distance; and - the adaptation of the feedforward control and the feedback control is invariable at least during the operation of the closed loop system.
A quick disconnect connector for coupling a first fluid tube to a second fluid tube comprising: a coupler portion having a fluid passage connected to the first fluid tube the coupler portion having a cylindrical outer surface extending about the periphery of the coupler portion and a plurality of projections and rectangular latches extending obliquely outward from the outer surface; a valve mounted within the fluid passage movable between a closed position and an open position; an endform formed on an end of the second fluid tube, the endform having a fluid passage; and a receptacle portion including a mating end with an annular outer wall extending about the periphery of the mating end having a plurality of openings located about the outer wall of the receptacle portion with each opening extending through the outer wall from the exterior to the interior of the outer wall and a plurality of projection receivers spaced equidistant from the other about the periphery of the outer wall, wherein the coupler portion is mated to the receptacle portion by aligning a respective projection with an associated projection receiver and engaging a respective latch with an associated opening, latching the receptacle portion to coupler portion and a socket cavity, the socket cavity adapted to receive and retain the endform in the socket cavity causing the valve to move into the open position that allows fluid to flow through the coupler portion fluid passage from the first fluid tube to the endform fluid passage. a coupler portion having a fluid passage connected to the first fluid tube the coupler portion having a cylindrical outer surface extending about the periphery of the coupler portion and a plurality of projections and rectangular latches extending obliquely outward from the outer surface; a valve mounted within the fluid passage movable between a closed position and an open position; an endform formed on an end of the second fluid tube, the endform having a fluid passage; and a receptacle portion including a mating end with an annular outer wall extending about the periphery of the mating end having a plurality of openings located about the outer wall of the receptacle portion with each opening extending through the outer wall from the exterior to the interior of the outer wall and a plurality of projection receivers spaced equidistant from the other about the periphery of the outer wall, wherein the coupler portion is mated to the receptacle portion by aligning a respective projection with an associated projection receiver and engaging a respective latch with an associated opening, latching the receptacle portion to coupler portion and a socket cavity, the socket cavity adapted to receive and retain the endform in the socket cavity causing the valve to move into the open position that allows fluid to flow through the coupler portion fluid passage from the first fluid tube to the endform fluid passage.
A support table for a lithographic apparatus, the support table configured to support a lower surface of a substrate, wherein the support table comprises: a base surface configured to be substantially parallel to the lower surface of the substrate supported on the support table, a plurality of burls protruding above the base surface, each of the plurality of burls having a respective distal end and a first height above the base surface, the plurality of burls arranged such that, when the substrate is supported by the support table, the substrate is supported by the respective distal end of each of the plurality of the burls, and a plurality of elongate raised protrusions protruding above the base surface, each of the elongate raised protrusions having a second height above the base surface, wherein the second height is less than the first height, and each of the elongate raised protrusions being arranged to have a zig-zag shape or to have a meandering shape so as to be positioned between the burls; wherein the base surface comprises a plurality of regions within each of which some of the elongate raised protrusions are located, wherein all of the elongate raised protrusions located within each region have substantially the same direction of elongation such that they are substantially parallel to each other so as to form between the elongate raised protrusions at least one gas flow path substantially parallel to the elongate raised protrusions. a base surface configured to be substantially parallel to the lower surface of the substrate supported on the support table, a plurality of burls protruding above the base surface, each of the plurality of burls having a respective distal end and a first height above the base surface, the plurality of burls arranged such that, when the substrate is supported by the support table, the substrate is supported by the respective distal end of each of the plurality of the burls, and a plurality of elongate raised protrusions protruding above the base surface, each of the elongate raised protrusions having a second height above the base surface, wherein the second height is less than the first height, and each of the elongate raised protrusions being arranged to have a zig-zag shape or to have a meandering shape so as to be positioned between the burls; wherein the base surface comprises a plurality of regions within each of which some of the elongate raised protrusions are located, wherein all of the elongate raised protrusions located within each region have substantially the same direction of elongation such that they are substantially parallel to each other so as to form between the elongate raised protrusions at least one gas flow path substantially parallel to the elongate raised protrusions.
A method for producing an at least partially fused connector termination, the method comprising: setting a specification requirement to be met by the at least partially fused connector termination; applying an amount of heat to a proximal region of an unfused connector termination, wherein the proximal region of the unfused connector termination comprises an inner optical fiber coaxially positioned within an outer ferrule, and wherein applying the amount of heat at least partially fuses the optical fiber to the outer ferrule to form an at least partially fused connector termination; imaging the proximal region of the at least partially fused connector termination; and determining, based on the imaging, whether the proximal region of the at least partially fused connector termination meets the specification, characterized in that the amount of heat is a first amount of heat; wherein, if the proximal region of the at least partially fused connector termination is determined to not meet the specification, the method further comprises applying a second amount of heat to the proximal region of the at least partially fused connector termination; and wherein the imaging step and the determining step are repeated after applying the second amount of heat. setting a specification requirement to be met by the at least partially fused connector termination; applying an amount of heat to a proximal region of an unfused connector termination, wherein the proximal region of the unfused connector termination comprises an inner optical fiber coaxially positioned within an outer ferrule, and wherein applying the amount of heat at least partially fuses the optical fiber to the outer ferrule to form an at least partially fused connector termination; imaging the proximal region of the at least partially fused connector termination; and determining, based on the imaging, whether the proximal region of the at least partially fused connector termination meets the specification, characterized in that the amount of heat is a first amount of heat; wherein, if the proximal region of the at least partially fused connector termination is determined to not meet the specification, the method further comprises applying a second amount of heat to the proximal region of the at least partially fused connector termination; and wherein the imaging step and the determining step are repeated after applying the second amount of heat.
A transparent or translucent, self-standing, automatic dishwashing gel, comprising a water-soluble C 14 -C 22 fatty acid salt, at least 68 wt % liquid non-ionic surfactant, less than 15 wt % water, and a polar organic solvent.
Method for the dielectric barrier electrospray ionization of liquid samples and for the subsequent mass spectrometric analysis of the generated sample ions, in which the respective liquid sample is conducted in a capillary-shaped feed channel, the surrounding wall of which, consisting of a dielectric material, has an electrode on the outer side, spaced apart from the free end, wherein at a distance from the free end of the feed channel an inlet of a mass spectrometer forming a counter electrode is arranged, creating an ion formation clearance, through which the formed ions enter into an openable and closable trap of the mass spectrometer, wherein a square-wave voltage is applied between the electrode and the inlet for generating the sample ions and the trap of the mass spectrometer is alternately opened and closed, and wherein the sample ions passing through the trap of the mass spectrometer are analysed in the mass spectrometer, wherein an asymmetrical square-wave voltage is applied between the electrode and the inlet, in which the frequency radio of the positive and negative polarities is different, in such a manner that only positive or only negative sample ions enter into the mass spectrometer, characterised in that the frequency ratio is selected, so that only positive or only negative sample ions are formed.
A diode comprising: a light emitting or absorbing region having a diameter between about 20 and 30 microns and a height between 2.5 to 7 microns; a plurality of first terminals spaced apart and coupled to the light emitting region peripherally on a first side, each first terminal of the plurality of first terminals having a height between about 0.5 to 2 microns; and one second terminal coupled centrally to a mesa region of the light emitting region on the first side, the second terminal having a height between 1 to 8 microns. a light emitting or absorbing region having a diameter between about 20 and 30 microns and a height between 2.5 to 7 microns; a plurality of first terminals spaced apart and coupled to the light emitting region peripherally on a first side, each first terminal of the plurality of first terminals having a height between about 0.5 to 2 microns; and one second terminal coupled centrally to a mesa region of the light emitting region on the first side, the second terminal having a height between 1 to 8 microns.
A device for supplying flow across a combustor, comprising: a. an axial fluid injector configured to circumferentially surround at least a portion of the combustor; b. an inner annular passage extending through the axial fluid injector, wherein the inner annular passage provides fluid communication through the axial fluid injector and into a first annular passage that surrounds the combustor; and c. an outer annular passage extending through the axial fluid injector radially outward from the inner annular passage, wherein the outer annular passage provides axial flow into the first annular passage, wherein the axial fluid injector further comprises a plurality of vanes that extend radially across at least one of the inner or outer annular passages, characterized in that a fluid passage extends radially inside one or more of the vanes. a. an axial fluid injector configured to circumferentially surround at least a portion of the combustor; b. an inner annular passage extending through the axial fluid injector, wherein the inner annular passage provides fluid communication through the axial fluid injector and into a first annular passage that surrounds the combustor; and c. an outer annular passage extending through the axial fluid injector radially outward from the inner annular passage, wherein the outer annular passage provides axial flow into the first annular passage,
Seat device, in particular aircraft seat device, with a base body (18a; 18b) comprising different depth extensions (22a, 24a; 22b, 24b) in at least two functional positions, the base body (18a; 18b) being implemented of at least one first panel (26a; 26b) and a second panel (28a; 28b), which are connected to one another pivotably at least on a first end, characterised by at least one articulate element (42a, 44a; 42b, 44b), by means of which the base body (18a; 18b) is pivotable and which comprises at least one guidance, via which the first panel (26a; 26b) and the second panel (28a; 28b) are displaceable relative to one another on a second end.
A method for manufacturing a composite brake disc comprising a brake ring with at least one braking surface (3f, 3f) and a brake disc chamber comprising a tubular section and a base part, the base part being connected to the tubular section and defining a reference plane, wherein the previously separate parts brake disc chamber and brake ring are joined together, characterized in that subsequently to the joining together, a wobble angle (α) between the at least one braking surface (3f, 3f') and the reference plane is reduced by reshaping the brake disc chamber.
Rotor for an electric machine, wherein the rotor has a rotor body located around the axis of rotation of the rotor, wherein permanent magnets (5a,5b) are arranged on the rotor body, wherein the rotor body has recesses (7,7') running in the direction of the axis of rotation of the rotor, wherein the recesses (7,7') are constructed in such a way that they form guides (7a,7b) on the rotor body which run in the direction of the axis of rotation of the rotor, wherein the guides (7a,7b) hold the permanent magnets (5a,5b) on the rotor body in the radial direction and in the direction of rotation of the rotor wherein, for the purpose of fixing the permanent magnets (5a,5b) in the direction of the axis of rotation of the rotor, the rotor has a locking fixture at an axial end region of each guide (7a,7b), wherein the guides hold the locking fixture on the rotor body in the radial direction and in the direction of rotation of the rotor, wherein the locking fixture has a movable moving element, wherein the locking fixture is constructed in such a way that if there is a movement of the moving element, the locking fixture produces a positive or interference fit joint between the locking fixture and the rotor body, characterised in that the rotor body has, in the axial end region of each guide (7a,7b) concerned, an opening which runs in the radial direction of the rotor 2, wherein the locking fixture has an interlocking element, wherein the locking fixture is constructed in such a way that if there is a movement of the moving element the interlocking element is moved into the opening and in such a way the positive joint is produced.