mhurhangee/patent-ind-claim-en huggingface dataset:
A method for preparing a filtered dialysate with a medical fluid generating machine , the method comprising: receiving, at the medical fluid generating machine, a container to be filled with the filtered dialysate; receiving, at a processor of the medical fluid generating machine, instructions from the user of the machine to prepare the filtered dialysate; preparing, by the medical fluid generating machine, the filtered dialysate in response to the instructions by a) combining water with an acid concentration and a bicarbonate concentration to form a solution and b) filtering the solution through one or more filters to achieve a purity of no more than 10 -6 CFU/ml and no more than 0.5 EU/ml; testing, by the medical fluid generating machine, the prepared filtered dialysate to ensure that one or more characteristics of the prepared filtered dialysate is within an acceptable range; filling, by the medical fluid generating machine, the container with the tested filtered dialysate; sealing, by the medical fluid generating machine, a side of the filled container to maintain sterility of the filtered dialysate within the filled container; and labelling, by the medical fluid generating machine, the container with information that identifies the filtered dialysate and provides an expiration date of the filtered dialysate. receiving, at the medical fluid generating machine, a container to be filled with the filtered dialysate; receiving, at a processor of the medical fluid generating machine, instructions from the user of the machine to prepare the filtered dialysate; preparing, by the medical fluid generating machine, the filtered dialysate in response to the instructions by a) combining water with an acid concentration and a bicarbonate concentration to form a solution and b) filtering the solution through one or more filters to achieve a purity of no more than 10 -6 CFU/ml and no more than 0.5 EU/ml; testing, by the medical fluid generating machine, the prepared filtered dialysate to ensure that one or more characteristics of the prepared filtered dialysate is within an acceptable range; filling, by the medical fluid generating machine, the container with the tested filtered dialysate; sealing, by the medical fluid generating machine, a side of the filled container to maintain sterility of the filtered dialysate within the filled container; and labelling, by the medical fluid generating machine, the container with information that identifies the filtered dialysate and provides an expiration date of the filtered dialysate.
A water dispersion of gel particles, wherein the gel particles having a three-dimensional crosslinked structure including at least one of a polymer structure represented by Formula or a polymer structure represented by Formula , having a hydrophilic group and a polymerizable group, and including photopolymerization initiators are dispersed in water, in Formula , P 1 represents a polymer chain consisting of polyester, polycarbonate, polycaprolactone, polybutadiene, polyisoprene, or polyolefin and having a number-average molecular weight of 1,000 to 40,000, in Formula , Z 11 represents a (n 1 +1)-valent organic group, Z 12 represents a (m 1 +1)-valent organic group, and n 1 and m 1 each independently represent an integer of 1 or greater, in Formula , P 2 represents a polymer chain consisting of polyurethane, polyester, polycarbonate, polycaprolactone, polybutadiene, polyisoprene, or polyolefin and having a number-average molecular weight of 1,000 to 40,000, in Formula , X 1 represents a single bond, a -CH 2 - group, or a -NH- group, R 1 represents a hydrocarbon group that may include a hetero atom, Z 21 represents a (n 2 +1)-valent organic group, and n 2 represents an integer of 1 or greater, and in Formulae and , * represents a bonding position.
An abrasive flow machine for moving abrasive media over a surface of a workpiece and/or through the opening of a workpiece , comprising a media drive device which is adapted to move the abrasive medium over a surface of a workpiece and/or through the opening of the workpiece in a flow direction; a workpiece holder for mounting the workpiece , having two parts adapted to be positioned on opposite sides of the workpiece ; a structure-borne sound sensor for measuring structure-borne sound generated in a workpiece when the latter is machined with an abrasive medium , characterized by an evaluation unit which is adapted to infer a cutting power of the abrasive medium and/or a rate of material removal on the workpiece based on an integrated measurand of the root mean square of the structure-borne sound measured by the structure-borne sound sensor over time, wherein the evaluation unit has a look-up table stored therein, from which a material removal on the workpiece and/or a cutting power of the abrasive medium can be read based on the integrated measurand of the root mean square of the measured structure-borne sound signal over time. a media drive device which is adapted to move the abrasive medium over a surface of a workpiece and/or through the opening of the workpiece in a flow direction; a workpiece holder for mounting the workpiece , having two parts adapted to be positioned on opposite sides of the workpiece ; a structure-borne sound sensor for measuring structure-borne sound generated in a workpiece when the latter is machined with an abrasive medium , characterized by an evaluation unit which is adapted to infer a cutting power of the abrasive medium and/or a rate of material removal on the workpiece based on an integrated measurand of the root mean square of the structure-borne sound measured by the structure-borne sound sensor over time, wherein the evaluation unit has a look-up table stored therein, from which a material removal on the workpiece and/or a cutting power of the abrasive medium can be read based on the integrated measurand of the root mean square of the measured structure-borne sound signal over time.
A confectionery material comprising a carbohydrate mixture derived from a milk product, wherein the carbohydrate mixture is present in an amount greater than 0wt% and less than or equal to 35wt% of the confectionery material and the carbohydrate mixture comprises galactooligosaccharides in an amount of 10-100wt%, of the carbohydrate mixture, wherein the confectionery material comprises at least 1.0% and less than 32.5% by weight of the material of non-carbohydrate milk solids and at most 40wt% of the carbohydrate mixture is lactose.
A metal-oxide-metal capacitor (C1, C1', C2, C3, C4, C5, C6, C7) comprising a capacitor element , characterized in that the capacitor element comprises: a first electrode and a second electrode , wherein the first and the second electrodes are not electrically connected to each other; the first electrode includes a first set of conductive strips , wherein the conductive strips in the first set are connected to each other; the second electrode includes a second set of conductive strips , wherein the conductive strips in the second set are connected to each other; wherein at least one conductive strip of the first set and at least one conductive strip of the second set are extended in a first direction (D1) to form a first conductive layer; and the remaining conductive strips of the first and second sets are extended in a second direction (D2) to form a second conductive layer; and a projection of the first electrode comprises a closed pattern in a projection direction (V) substantially perpendicular to said first and second directions (D1, D2), wherein the closed pattern of the projection of the first electrode is arranged such that a projection of the second electrode is surrounded by the closed pattern in the projection direction (V). a first electrode and a second electrode , wherein the first and the second electrodes are not electrically connected to each other; the first electrode includes a first set of conductive strips , wherein the conductive strips in the first set are connected to each other; the second electrode includes a second set of conductive strips , wherein the conductive strips in the second set are connected to each other; wherein at least one conductive strip of the first set and at least one conductive strip of the second set are extended in a first direction (D1) to form a first conductive layer; and the remaining conductive strips of the first and second sets are extended in a second direction (D2) to form a second conductive layer; and a projection of the first electrode comprises a closed pattern in a projection direction (V) substantially perpendicular to said first and second directions (D1, D2), wherein the closed pattern of the projection of the first electrode is arranged such that a projection of the second electrode is surrounded by the closed pattern in the projection direction (V).
A continuous method for formation of a polymer film in-situ, the method comprising steps of: continuously providing a polymerizable composition in one or multiple parts; continuously initiating polymerization of the continuously provided polymerizable composition to form a polymerizing composition, wherein polymerization is initiated without use of external energy sources; prior to completion of polymerization of the polymerizing composition, forming a film therefrom on a release-coated web; fully polymerizing the polymerizing composition using step-growth polymerization to form the polymer film on the release-coated web; continuously rolling the formed polymer film and the release-coated web onto itself; wherein the polymer film is a continuous, single layer of material; and wherein the polymer film can be physically separated from the release-coated web on which the polymer film is formed. continuously providing a polymerizable composition in one or multiple parts; continuously initiating polymerization of the continuously provided polymerizable composition to form a polymerizing composition, wherein polymerization is initiated without use of external energy sources; prior to completion of polymerization of the polymerizing composition, forming a film therefrom on a release-coated web; fully polymerizing the polymerizing composition using step-growth polymerization to form the polymer film on the release-coated web; continuously rolling the formed polymer film and the release-coated web onto itself; wherein the polymer film is a continuous, single layer of material; and wherein the polymer film can be physically separated from the release-coated web on which the polymer film is formed.
A stent for implantation into a body vessel, the stent comprising at least one controlled fracture location and having a hollow generally tubular shape extending along a longitudinal axis between a first end and a second end of the stent, the stent comprising pluralities of two distinct patterns of alternating, circumferentially disposed segments wherein; a first segment comprises a plurality of struts which are disposed along a first portion of the longitudinal axis of the stent and which form a plurality of circumferentially disposed closed cells defined by the struts; and a second segment comprises a sinusoidal segment being disposed in a partially circumferential manner; wherein further the sinusoidal segments are each joined to at least one circumferentially disposed cell of the first circumferential closed cell segments .
Rack and pinion steering system for a motor vehicle, with a housing , in which a rack is displaceably mounted, wherein in the housing a borehole is provided, which runs transverse to the rack and a pressure piece arranged in the borehole which is pushed against the rack by means of an adjustment screw , wherein in the borehole between the pressure piece and the adjustment screw a ring-shaped thermal compensation element is arranged to compensate an axial clearance of the pressure piece , characterised in that the compensation element is formed as a ring disc and is dimensioned such that the set axial clearance of the pressure piece is constant over a predetermined temperature range.
A process for producing one or more fermentation products, the process comprising; a. providing a CO-rich C1-containing gaseous substrate to an inoculation reactor comprising a liquid nutrient medium containing a culture of one or more C1-fixing microorganism; b. fermenting the CO-rich C1-containing gaseous substrate to produce an inoculum; c. passing at least a portion of the inoculum to a bioreactor system, the bioreactor system comprising at least one bioreactor containing a culture of one or more C1-fixing microorganism in a liquid nutrient medium; d. passing an H 2 rich C1-containing gaseous substrate to the bioreactor system; and e. fermenting the H 2 rich C1-containing gaseous substrate to produce at least one fermentation product; wherein the CO-rich C1-containing gaseous substrate comprises H 2 at an H 2 :CO molar ratio of less than 1:1, and the H 2 -rich C1-containing gaseous substrate comprises H 2 at an H 2 :CO molar ratio of at least 1.1:1. a. providing a CO-rich C1-containing gaseous substrate to an inoculation reactor comprising a liquid nutrient medium containing a culture of one or more C1-fixing microorganism; b. fermenting the CO-rich C1-containing gaseous substrate to produce an inoculum; c. passing at least a portion of the inoculum to a bioreactor system, the bioreactor system comprising at least one bioreactor containing a culture of one or more C1-fixing microorganism in a liquid nutrient medium; d. passing an H 2 rich C1-containing gaseous substrate to the bioreactor system; and e. fermenting the H 2 rich C1-containing gaseous substrate to produce at least one fermentation product; wherein the CO-rich C1-containing gaseous substrate comprises H 2 at an H 2 :CO molar ratio of less than 1:1, and the H 2 -rich C1-containing gaseous substrate comprises H 2 at an H 2 :CO molar ratio of at least 1.1:1.
A method of repairing a turbomachine diaphragm consisting of cast nickel-iron, in particular a Ni-resist alloy, the method comprising: removing a worn coupon from a diaphragm rail member . forming at least one machined surface ; and welding a cladding on the at least one machined surface using a weld robot or a welding machine, wherein welding a cladding on the at least one machined surface includes covering the at least one machined surface with at least one welding layer such that surface of the cladding overtops the nominal dimensions of a new diaphragm ; characterised in that the cladding consists of a stainless austenitic steel, and in that covering the at least one machined surface with at least one welding layer includes welding several passes (1, 2, ..., 51) in close proximity to each other; wherein the machined surfaces have a symmetric cross-sectional area and wherein the passes (1, 2, .., 22) are welded alternating on each side of an axis of symmetry. removing a worn coupon from a diaphragm rail member . forming at least one machined surface ; and welding a cladding on the at least one machined surface using a weld robot or a welding machine, wherein welding a cladding on the at least one machined surface includes covering the at least one machined surface with at least one welding layer such that surface of the cladding overtops the nominal dimensions of a new diaphragm ; characterised in that the cladding consists of a stainless austenitic steel, and in that covering the at least one machined surface with at least one welding layer includes welding several passes (1, 2, ..., 51) in close proximity to each other; wherein the machined surfaces have a symmetric cross-sectional area and wherein the passes (1, 2, .., 22) are welded alternating on each side of an axis of symmetry.
A patient-matched instrument comprising: one or more patient specific surfaces or point contacts adapted to at least partially conform to or reference a patient specific anatomy; and a plurality of guide slots configured for guiding the movement of cutting tools relative to the patient specific anatomy to form plateau and eminence resections (310 to 370) of the patient specific anatomy, wherein the instrument further comprises one or more provisional fixation pins and one or more apertures configured to guide the placement of the provisional fixation pins , and wherein the apertures contain position control elements configured to control the depth of the provisional fixation pins and further wherein the plurality of guide slots include guide surfaces that facilitate horizontal medial and lateral plateau resections and vertical medial and lateral eminence resections of a proximal tibia . one or more patient specific surfaces or point contacts adapted to at least partially conform to or reference a patient specific anatomy; and a plurality of guide slots configured for guiding the movement of cutting tools relative to the patient specific anatomy to form plateau and eminence resections (310 to 370) of the patient specific anatomy, wherein the instrument further comprises one or more provisional fixation pins and one or more apertures configured to guide the placement of the provisional fixation pins , and wherein the apertures contain position control elements configured to control the depth of the provisional fixation pins and further wherein the plurality of guide slots include guide surfaces that facilitate horizontal medial and lateral plateau resections and vertical medial and lateral eminence resections of a proximal tibia .
An amine salt of pitavastatin or rosuvastatin, characterized in that said amine is 2-furfuryl amine.
A method for receiving a presentation streamed via HTTP, the method comprising: sending a first content request associated with the presentation; receiving a first presentation description based on the first content request , wherein the first presentation description comprises a fetch interval that indicates when an updated second presentation description should be fetched or otherwise received; and receiving the updated second presentation description before a duration associated with both the fetch interval and a guard interval is exceeded, the guard interval being for avoiding interruption of HTTP streaming due to network latency. sending a first content request associated with the presentation; receiving a first presentation description based on the first content request , wherein the first presentation description comprises a fetch interval that indicates when an updated second presentation description should be fetched or otherwise received; and receiving the updated second presentation description before a duration associated with both the fetch interval and a guard interval is exceeded, the guard interval being for avoiding interruption of HTTP streaming due to network latency.
Multiple parallel conductor comprising a plurality of twisted, insulated individual conductors , the individual conductors being arranged above one another in a plurality of sub-conductor bundles arranged next to one another, characterized in that a strip is applied to a side surface of the multiple parallel conductor in the longitudinal direction (x) of the multiple parallel conductor , wherein spacer plates are arranged on the strip so as to be distributed in the longitudinal direction (x), and the multiple parallel conductor with the strip and the spacer plates are wrapped with a wrapping , in that - the strip rests directly on the side surface of the multiple parallel conductor and the spacer plates are arranged on the outside, wherein the height (H D ) of the spacer plates is greater than the width (B) of the strip , or - the spacer plates rest directly on the side surface of the multiple parallel conductor and the strip is arranged on the outside, wherein the height (H D ) of the spacer plates is greater than the width (B) of the strip , or - the strip is composed of at least two partial strips (7', 7") and the spacer plates are arranged between the partial strips (7', 7"), wherein the height (H D ) of the spacer plates is in each case greater than the width (B) of the partial strips (7', 7"). - the strip rests directly on the side surface of the multiple parallel conductor and the spacer plates are arranged on the outside, wherein the height (H D ) of the spacer plates is greater than the width (B) of the strip , or - the spacer plates rest directly on the side surface of the multiple parallel conductor and the strip is arranged on the outside, wherein the height (H D ) of the spacer plates is greater than the width (B) of the strip , or - the strip is composed of at least two partial strips (7', 7") and the spacer plates are arranged between the partial strips (7', 7"), wherein the height (H D ) of the spacer plates is in each case greater than the width (B) of the partial strips (7', 7").
A variable voltage power supply, comprising a controller , a variable voltage source group , and a switch group ; wherein: the variable voltage source group comprises at least two variable voltage sources , wherein the variable voltage source group is configured to supply a voltage; the switch group comprises at least two switches , wherein each switch connects to one variable voltage source , and the switch group is configured to control whether the variable voltage sources output a voltage; and the controller connects to each of the variable voltage sources and the switch group , and is configured to receive a reference signal in a first cycle; characterized in that the controller is further configured to determine, according to a strength of the reference signal in a second cycle, an output voltage required for the variable voltage source group in the second cycle, set a variable voltage source which outputs the required output voltage for the variable voltage source group, and control, in the second cycle, a switch of the switch group corresponding to the set variable voltage source which outputs the required output voltage to be closed, so as to control the variable voltage source which is set to output the required output voltage to output a voltage; wherein the second cycle is any one cycle after the first cycle. the variable voltage source group comprises at least two variable voltage sources , wherein the variable voltage source group is configured to supply a voltage; the switch group comprises at least two switches , wherein each switch connects to one variable voltage source , and the switch group is configured to control whether the variable voltage sources output a voltage; and the controller connects to each of the variable voltage sources and the switch group , and is configured to receive a reference signal in a first cycle; characterized in that the controller is further configured to determine, according to a strength of the reference signal in a second cycle, an output voltage required for the variable voltage source group in the second cycle, set a variable voltage source which outputs the required output voltage for the variable voltage source group, and control, in the second cycle, a switch of the switch group corresponding to the set variable voltage source which outputs the required output voltage to be closed, so as to control the variable voltage source which is set to output the required output voltage to output a voltage; wherein the second cycle is any one cycle after the first cycle.