mhurhangee/ep-ind-claims huggingface dataset:
A control system for controlling perfusion to at least one organ with a medical fluid to maintain viability of the at least one organ, comprising: an input for inputting organ data specific to an organ being perfused; a perfusion selector for selecting among at least two of a hypothermic perfusion mode, a normothermic perfusion mode, and a sequential normothermic and hypothermic perfusion mode; a flow control selector for selecting a flow control based on the perfusion mode selected by the perfusion selector and at least one of perfusate flow rate, perfusate pH, organ inlet pressure, and timed sequences; a controller for controlling flow of the medical fluid based on the selected perfusion mode and the selected flow control; at least one detector for detecting operating conditions experienced by the medical fluid and the organ during perfusion; a comparator for comparing the detected operating conditions with prestored operating conditions and generating a signal indicative of organ viability based on the comparison; and an indicator for generating a message relating to the organ viability based on the signal generated by the comparator. an input for inputting organ data specific to an organ being perfused; a perfusion selector for selecting among at least two of a hypothermic perfusion mode, a normothermic perfusion mode, and a sequential normothermic and hypothermic perfusion mode; a flow control selector for selecting a flow control based on the perfusion mode selected by the perfusion selector and at least one of perfusate flow rate, perfusate pH, organ inlet pressure, and timed sequences; a controller for controlling flow of the medical fluid based on the selected perfusion mode and the selected flow control; at least one detector for detecting operating conditions experienced by the medical fluid and the organ during perfusion; a comparator for comparing the detected operating conditions with prestored operating conditions and generating a signal indicative of organ viability based on the comparison; and an indicator for generating a message relating to the organ viability based on the signal generated by the comparator.
A plastering strip for placement at a transition between a component of a building, in particular a window or door frame, window sill, beam, metal connection or pilaster, and a thermal insulation and/or a layer of plaster, comprising: a base body having a portion (14, 16) intended to be embedded in a layer of plaster; and a strip-shaped protective flap adapted to optionally have a protective film for the building component attached thereto; the strip-shaped protective flap being connected to the base body via a connecting bridge, characterised in that the connecting bridge comprises a, with respect to the material of the base body, softer plastics material so that, after plastering, the strip-shaped protective flap is separable from the base body of the plastering strip by separating the connecting bridge along the length of the same. a base body having a portion (14, 16) intended to be embedded in a layer of plaster; and a strip-shaped protective flap adapted to optionally have a protective film for the building component attached thereto; the strip-shaped protective flap being connected to the base body via a connecting bridge, characterised in that the connecting bridge comprises a, with respect to the material of the base body, softer plastics material so that, after plastering, the strip-shaped protective flap is separable from the base body of the plastering strip by separating the connecting bridge along the length of the same.
A method for generating pressure fluctuations (Δp) in a fluid in a line system of a test layout for a medical stent, having a test section which can be expanded by increasing the pressure (p) of the fluid, in which section the stent can be or is positioned, the method comprising the step: - the fluid flows through the line from an inlet to an outlet, characterised by the additional, following steps: - at the inlet the fluid is delivered at a constant rate into the inlet of the line, - at the outlet, the volumetric flow of the fluid flowing out of the outlet is throttled by varying degrees, dynamically over time, in particular periodically, by changing the throttling upstream in the line, temporally dynamic pressure fluctuations (Δp) being generated in the fluid. - the fluid flows through the line from an inlet to an outlet, - at the inlet the fluid is delivered at a constant rate into the inlet of the line, - at the outlet, the volumetric flow of the fluid flowing out of the outlet is throttled by varying degrees, dynamically over time, in particular periodically, by changing the throttling upstream in the line, temporally dynamic pressure fluctuations (Δp) being generated in the fluid.
A device for automatically winding coils into grooves of a stator of an electrical machine and fixing coil ends at front-end terminals, having a winding rod that can be displaced in a first axial direction (z) and a second axial direction (x) at right angles to the first axial direction (z), a winding needle projecting from a free end of the winding rod in a plane defined by the first and the second axial direction (z, x) and a switching apparatus which can be connected to a stator to be wound in order to perform a rotary movement about a rotational axis located in the first axial direction (z), the winding needle being fixed on the winding rod so as to be swiveling, in a program-controlled continuous manner at any arbitrary angular position within a predetermined maximum pivoting range, about a third axial direction (y) at right angles to the first and second axial direction (z, x) characterized in that the winding needle is connected, for performing the swiveling movement, to a control rod that is displaceable on the winding rod in its longitudinal direction (z) via a program-controlled, continuously adjustable spindle drive.
A treatment device of sheet material, said treatment device comprising: - at least one conveyor configured to move the sheet material at least along an operative section according to an advancement direction, - at least one applicator configured to dispense a treatment composition destined to treat at least one side of the sheet material, - at least one containment device disposed, in condition of use of the treatment device, above the conveyor and at the applicator, characterized by the fact that the containment device comprises at least one barrier configured to confine the treatment composition inside a deposit region preventing said treatment composition from passing through the barrier according to a direction transversal to the advancement direction. - at least one conveyor configured to move the sheet material at least along an operative section according to an advancement direction, - at least one applicator configured to dispense a treatment composition destined to treat at least one side of the sheet material, - at least one containment device disposed, in condition of use of the treatment device, above the conveyor and at the applicator,
An information communication method of obtaining a subject ID from a subject (8143, 8153), the information communication method comprising: transmitting, by an information communication device (450, 8142, 8152), position information indicating a position of an image sensor used to capture the subject; the information communication device including the image sensor, receiving by the information communication device an ID list that is associated with the position indicated by the position information; setting an exposure time of the image sensor so that, in an image obtained by capturing the subject by the image sensor, a bright line corresponding to an exposure line included in the image sensor appears according to a change in luminance of the subject; obtaining a bright line image including the bright line, by capturing the subject that changes in luminance by the image sensor with the set exposure time; obtaining at least part of the subject ID by demodulating data specified by a pattern of the bright line included in the obtained bright line image; and searching within the received ID list for an ID comprising the obtained at least part of the subject ID. transmitting, by an information communication device (450, 8142, 8152), position information indicating a position of an image sensor used to capture the subject; the information communication device including the image sensor, receiving by the information communication device an ID list that is associated with the position indicated by the position information; setting an exposure time of the image sensor so that, in an image obtained by capturing the subject by the image sensor, a bright line corresponding to an exposure line included in the image sensor appears according to a change in luminance of the subject; obtaining a bright line image including the bright line, by capturing the subject that changes in luminance by the image sensor with the set exposure time; obtaining at least part of the subject ID by demodulating data specified by a pattern of the bright line included in the obtained bright line image; and searching within the received ID list for an ID comprising the obtained at least part of the subject ID.
A method for manufacturing packages comprising a tubular body made from a cardboard material and a sealing structure, comprising - supplying a sealing unit with preformed tubular bodies and sealing structures in the form of flat portions comprising a central part with a shape conjugated to the shape of the opening of the tubular bodies, surrounded by a peripheral portion that can be folded down that is sufficient to assemble a sealing structure sealably with the inner side wall of the tubular body, said sealing unit comprising a sealing plate rotating following a rhythm via an indexer with N stops, - inserting each sealing structure into a forming tool, and forming it in a bowl, - inserting, placing and sealing said bowl in a tubular body using said forming tool; - if the sealing structure is a lid, precutting the side wall of said tubular body and partially precutting said lid along a peripheral line, - if the sealing structure is a lid, at least one finishing operation for the end of the package bearing said sealing structure, wherein said tubular bodies are brought to said sealing unit two by two, the sealing structures are brought two by two to pairs of forming tools of said sealing unit to be formed into bowls therein, then inserting two by two, placed and sealed in pairs of tubular bodies by said pairs of forming tools, and the tubular bodies bearing said sealing structures are subjected two by two to subsequent precutting and finishing operations, characterized in that the inserting of sealing structures into the forming tool is carried out by an insertion device having means for adjusting the precutting pitch (Pd) of the unit for producing sealing structures to the pitch of the forming tools (Po), said precutting pitch defining the distance between two sealing structures simultaneously gripped and transferred, said insertion device comprising a longitudinal linear actuator performing a rectilinear movement and two lateral slides having a transverse movement, producing a transfer angle. - supplying a sealing unit with preformed tubular bodies and sealing structures in the form of flat portions comprising a central part with a shape conjugated to the shape of the opening of the tubular bodies, surrounded by a peripheral portion that can be folded down that is sufficient to assemble a sealing structure sealably with the inner side wall of the tubular body, said sealing unit comprising a sealing plate rotating following a rhythm via an indexer with N stops, - inserting each sealing structure into a forming tool, and forming it in a bowl, - inserting, placing and sealing said bowl in a tubular body using said forming tool; - if the sealing structure is a lid, precutting the side wall of said tubular body and partially precutting said lid along a peripheral line, - if the sealing structure is a lid, at least one finishing operation for the end of the package bearing said sealing structure,
A method of wiring a computing rack to allow for centralized management of a plurality of field replaceable units (FRUs) subsequently received within a plurality of receiving bays of the computing rack, comprising: electrically interconnecting a first end of each of a plurality of I 2 C cables to a central computing device; characterized by the steps of: electrically interconnecting a second end of each of the plurality of I 2 C cables to a respective one of a plurality of circuit boards; and securing each of the plurality of circuit boards adjacent a respective one of the plurality of receiving bays of the computing rack, wherein the central computing device obtains data indicating a physical location of a respective one of the receiving bays within the computing rack via the one of the plurality of I 2 C cables and one of the plurality of circuit boards secured adjacent the receiving bay for use in performing one or more management routines in relation to a FRU secured within the respective one of the receiving bays. electrically interconnecting a first end of each of a plurality of I 2 C cables to a central computing device; characterized by the steps of: electrically interconnecting a second end of each of the plurality of I 2 C cables to a respective one of a plurality of circuit boards; and securing each of the plurality of circuit boards adjacent a respective one of the plurality of receiving bays of the computing rack, wherein the central computing device obtains data indicating a physical location of a respective one of the receiving bays within the computing rack via the one of the plurality of I 2 C cables and one of the plurality of circuit boards secured adjacent the receiving bay for use in performing one or more management routines in relation to a FRU secured within the respective one of the receiving bays. electrically interconnecting a second end of each of the plurality of I 2 C cables to a respective one of a plurality of circuit boards; and securing each of the plurality of circuit boards adjacent a respective one of the plurality of receiving bays of the computing rack, wherein the central computing device obtains data indicating a physical location of a respective one of the receiving bays within the computing rack via the one of the plurality of I 2 C cables and one of the plurality of circuit boards secured adjacent the receiving bay for use in performing one or more management routines in relation to a FRU secured within the respective one of the receiving bays.
A coacervated capsule comprising: (a) from 10 to 99% by weight of the capsule of a core comprising a mixture of a fatty component comprising (i) hydrogenated oil or (ii) hydrogenated fat or (iii) cocoa butter or (iv) a mixture thereof, and a material to be encapsulated comprising a flavor and/or fragrance material, the mixture having a Tm of between 30°C and 40°C such that it is a solid at 20°C, wherein the weight ratio of fatty component to material to be encapsulated is 50:50 and (b) from 90 to 1% by weight of the capsule of a coating layer comprising essentially a protein, and optionally a non-protein polymer. (a) from 10 to 99% by weight of the capsule of a core comprising a mixture of a fatty component comprising (i) hydrogenated oil or (ii) hydrogenated fat or (iii) cocoa butter or (iv) a mixture thereof, and a material to be encapsulated comprising a flavor and/or fragrance material, the mixture having a Tm of between 30°C and 40°C such that it is a solid at 20°C, wherein the weight ratio of fatty component to material to be encapsulated is 50:50 and (b) from 90 to 1% by weight of the capsule of a coating layer comprising essentially a protein, and optionally a non-protein polymer.
A method for controlling an actuator that is physically attached to a first component and a second component, wherein the actuator includes an electric machine and a hydraulic machine, the method comprising: utilizing at least one motion sensor to sense relative motion between the first component and the second component, wherein said relative motion causes the actuator to exert a force onto the first component; estimating, based at least in part on the sensed motion, a value of the force exerted onto the first component; receiving a command force to be applied to at least one of the first component and the second component; determining a desired value of an operating parameter of the actuator based at least in part on the estimated value of the force exerted onto the first component and the received command force, wherein the operating parameter is one of a desired motor force, a desired motor torque, and a desired motor current; and operating the actuator based at least in part on the desired value of the operating parameter to apply an output force to at least one of the first component and the second component. utilizing at least one motion sensor to sense relative motion between the first component and the second component, wherein said relative motion causes the actuator to exert a force onto the first component; estimating, based at least in part on the sensed motion, a value of the force exerted onto the first component; receiving a command force to be applied to at least one of the first component and the second component; determining a desired value of an operating parameter of the actuator based at least in part on the estimated value of the force exerted onto the first component and the received command force, wherein the operating parameter is one of a desired motor force, a desired motor torque, and a desired motor current; and operating the actuator based at least in part on the desired value of the operating parameter to apply an output force to at least one of the first component and the second component.
Pressing tool for pressing fittings for the production of pipe connections - with two opposing pressing jaws (6, 8) which each have a pressing section (10, 12) and a lever section (14, 16), and - with a retaining element for swivel connecting the pressing jaws (6, 8), - wherein the pressing sections (10, 12) form a receiving section, - wherein pressing apart the lever sections (14, 16) causes the receiving section to close, - wherein an actuator spindle, a spindle nut and at least two actuator levers (30, 32) are provided, - wherein each actuator lever (30, 32) is swivel connected at one end to the lever section (14, 16) of a pressing jaw (6, 8), and - wherein each actuator lever (30, 32) is swivel connected at another end to the spindle nut, characterized in that, - in a first end position of the spindle nut the receiving section is open, - in a press position of the spindle nut the receiving section is closed, and - in a second end position of the spindle nut the receiving section is open. - with two opposing pressing jaws (6, 8) which each have a pressing section (10, 12) and a lever section (14, 16), and - with a retaining element for swivel connecting the pressing jaws (6, 8), - wherein the pressing sections (10, 12) form a receiving section, - wherein pressing apart the lever sections (14, 16) causes the receiving section to close, - wherein an actuator spindle, a spindle nut and at least two actuator levers (30, 32) are provided, - wherein each actuator lever (30, 32) is swivel connected at one end to the lever section (14, 16) of a pressing jaw (6, 8), and - wherein each actuator lever (30, 32) is swivel connected at another end to the spindle nut, characterized in that, - in a first end position of the spindle nut the receiving section is open, - in a press position of the spindle nut the receiving section is closed, and - in a second end position of the spindle nut the receiving section is open.
An ice making assembly for a refrigerator, the ice making assembly comprising: - a tray configured to receive water, the tray including a plurality of ice recesses; and - a water level sensor positioned in the tray, the water level sensor includes a first electrode and a second electrode, the first electrode positioned lower in the tray relative to the second electrode, wherein an electrical connection between the first electrode and the second electrode occurs upon the water level reaching the second electrode; characterized in that the ice making assembly further comprises a plurality of rods of which at least a portion of each respectively positioned within the plurality of ice recesses; and a plurality of fins positioned above the tray, wherein the plurality of fins are stacked at predetermined intervals, and each of the plurality of rods extends through the stack of fins. - a tray configured to receive water, the tray including a plurality of ice recesses; and - a water level sensor positioned in the tray, the water level sensor includes a first electrode and a second electrode, the first electrode positioned lower in the tray relative to the second electrode, wherein an electrical connection between the first electrode and the second electrode occurs upon the water level reaching the second electrode;
A nanoflat resistor comprises: a first aluminum electrode; a second aluminum electrode; nanoporous alumina separating the first and second aluminum electrodes (360, 370); and a substantially planar resistor layer overlying the first and second aluminum electrodes (360, 370) and nanoporous alumina; in which an electrical current passes from the first aluminum electrode, through a portion of the planar resistor layer overlying the nanoporous alumina, and into the second aluminum electrode, an adhesion layer and a substrate, the adhesion layer being interposed between the substrate and the first and second aluminum electrodes (360, 370), characterized in that, the adhesion layer is a titanium layer, a portion of the titanium layer underlying the nanoporous alumina being converted to titanium dioxide. a first aluminum electrode; a second aluminum electrode; nanoporous alumina separating the first and second aluminum electrodes (360, 370); and a substantially planar resistor layer overlying the first and second aluminum electrodes (360, 370) and nanoporous alumina; in which an electrical current passes from the first aluminum electrode, through a portion of the planar resistor layer overlying the nanoporous alumina, and into the second aluminum electrode, an adhesion layer and a substrate, the adhesion layer being interposed between the substrate and the first and second aluminum electrodes (360, 370), characterized in that, the adhesion layer is a titanium layer, a portion of the titanium layer underlying the nanoporous alumina being converted to titanium dioxide.