mhurhangee/patent-ind-claim-en huggingface dataset:
A pre-planning method for controlling a surgical procedure, the method comprising: in a preplanning workstation , performing: a) constructing of a 3-D bone model and generating a cut file from the 3-D bone model, wherein the cut file comprises a cutting path; b) constructing a 3-D critical regions model and identifying one or more critical regions; wherein the cut file and the one or more critical regions are stored and/or processed in the preplanning workstation ; wherein the computer of the preplanning workstation determines a correlation between the cut region and one or more critical regions to generate an alert indicative of a movable end-effector being within a defined proximity of the one or more critical regions; triggering the alert and presenting it to a user, when the end-effector is or will be in proximity to any of said one or more critical regions; and requiring a user acknowledgement of the alert, wherein the user acknowledgment is generated using a user controller, and characterised in that the user acknowledgment is a command that includes a selection from a list comprising at least the values "continue", "skip cut region", "rearrange surgical procedure", "slow cut rate", "pause" and "stop". a) constructing of a 3-D bone model and generating a cut file from the 3-D bone model, wherein the cut file comprises a cutting path; b) constructing a 3-D critical regions model and identifying one or more critical regions; wherein the cut file and the one or more critical regions are stored and/or processed in the preplanning workstation ; wherein the computer of the preplanning workstation determines a correlation between the cut region and one or more critical regions to generate an alert indicative of a movable end-effector being within a defined proximity of the one or more critical regions; triggering the alert and presenting it to a user, when the end-effector is or will be in proximity to any of said one or more critical regions; and requiring a user acknowledgement of the alert, wherein the user acknowledgment is generated using a user controller, and characterised in that the user acknowledgment is a command that includes a selection from a list comprising at least the values "continue", "skip cut region", "rearrange surgical procedure", "slow cut rate", "pause" and "stop".
An oral care composition comprising an orally acceptable carrier comprising water from 15% by wt or more, from 0.05 to 10% by weight zinc phosphate, from 0.01% to 5% stannous fluoride, from 0.1% to 6% by wt arginine, and from 0.1 to 5.0% by weight of an organic acid buffer system, wherein the organic buffer system comprises citric acid and a sodium citrate salt.
A system for controlling flow, comprising: a completion system deployed in a wellbore drilled into a reservoir, the wellbore being exposed to a reservoir pressure, the completion system comprising a tubing, having a tubing pressure therein, and an autonomous flow control device to regulate fluid flow through a port , the autonomous flow control device comprising: a primary flow passage in communication with the port ; a control line passage ; a valve exposed to the control line passage and to tubing pressure, the valve controlling flow through the primary flow passage ; and a flow regulation element disposed in the control line passage , the flow regulation element being configured to establish a control pressure lower than both the reservoir pressure and the tubing pressure under certain flow conditions, the flow regulation element further establishing a differential pressure as a function of fluid properties of a fluid flowing through the control line passage , the differential pressure being used to actuate the valve to regulate the fluid flow through the port ; characterized in that the flow regulation element comprises at least one of a Venturi element, a diffuser or a chamfered inlet. a primary flow passage in communication with the port ; a control line passage ; a valve exposed to the control line passage and to tubing pressure, the valve controlling flow through the primary flow passage ; and a flow regulation element disposed in the control line passage , the flow regulation element being configured to establish a control pressure lower than both the reservoir pressure and the tubing pressure under certain flow conditions, the flow regulation element further establishing a differential pressure as a function of fluid properties of a fluid flowing through the control line passage , the differential pressure being used to actuate the valve to regulate the fluid flow through the port ; characterized in that the flow regulation element comprises at least one of a Venturi element, a diffuser or a chamfered inlet.
A computer implemented method for obtaining a blood glucose (BG) measurement of a patient, comprising, obtaining a readout (CGS(t)) from a glucose measurement, obtaining an insulin delivery information ( J ctrl ( t )) , providing, via a first intermediary computation, an output ( x̂ ( t - τ )) using said readout (CGS(t)) of a subject and said insulin delivery information ( J ctrl ( t )) , wherein said output of said first intermediary computation provides a metabolic state estimate, providing, via a second intermediary computation, an output (BG(t | t - τ )) using said output of said first intermediary computation ( x̂ (t - τ )), wherein said output ( BG ( t | t - τ )) of said second intermediary computation is a predicted blood glucose of the subject, wherein said second intermediary computation further comprises: an inference of said output ( BG ( t | t - τ )) of said second intermediary computation from said output ( x̂ ( t- τ )) of said first intermediary computation, and an extrapolation of said output of said first intermediary computation (( x̂ ( t - τ )) to some future time to determine an extrapolated state vector output. obtaining a readout (CGS(t)) from a glucose measurement, obtaining an insulin delivery information ( J ctrl ( t )) , providing, via a first intermediary computation, an output ( x̂ ( t - τ )) using said readout (CGS(t)) of a subject and said insulin delivery information ( J ctrl ( t )) , wherein said output of said first intermediary computation provides a metabolic state estimate, providing, via a second intermediary computation, an output (BG(t | t - τ )) using said output of said first intermediary computation ( x̂ (t - τ )), wherein said output ( BG ( t | t - τ )) of said second intermediary computation is a predicted blood glucose of the subject, wherein said second intermediary computation further comprises: an inference of said output ( BG ( t | t - τ )) of said second intermediary computation from said output ( x̂ ( t- τ )) of said first intermediary computation, and an extrapolation of said output of said first intermediary computation (( x̂ ( t - τ )) to some future time to determine an extrapolated state vector output. an inference of said output ( BG ( t | t - τ )) of said second intermediary computation from said output ( x̂ ( t- τ )) of said first intermediary computation, and an extrapolation of said output of said first intermediary computation (( x̂ ( t - τ )) to some future time to determine an extrapolated state vector output.
A processor-implemented method for assessing an electrocardiogram (ECG) signal quality, the method comprising: determining a mean of the ECG signal using a first low pass filter (LPF1); removing the mean from the ECG signal to obtain a corrected signal; approximating a Second moment of said corrected signal using a second low pass filter (LPF2); squaring the Second moment to output a denominator value; approximating a Fourth moment of said corrected signal using a third low pass filter (LPF3) to output a numerator value; determining a Kurtosis calculation of the ECG signal by dividing the numerator value by the denominator value; and determining whether the Kurtosis calculation satisfies a first threshold to continuously assess the ECG signal quality. determining a mean of the ECG signal using a first low pass filter (LPF1); removing the mean from the ECG signal to obtain a corrected signal; approximating a Second moment of said corrected signal using a second low pass filter (LPF2); squaring the Second moment to output a denominator value; approximating a Fourth moment of said corrected signal using a third low pass filter (LPF3) to output a numerator value; determining a Kurtosis calculation of the ECG signal by dividing the numerator value by the denominator value; and determining whether the Kurtosis calculation satisfies a first threshold to continuously assess the ECG signal quality.
A method of producing spider silk particles loaded with a compound comprising the steps of: i) providing spider silk particles that consist of an outer surface and an inner solid matrix, the matrix comprising one or more spider silk polypeptides comprising at least two identical repetitive units, and ii) incubating said spider silk particles with at least one compound, wherein the compound is water-soluble and has a molecular weight of between 50 Da and 20 kDa. i) providing spider silk particles that consist of an outer surface and an inner solid matrix, the matrix comprising one or more spider silk polypeptides comprising at least two identical repetitive units, and ii) incubating said spider silk particles with at least one compound, wherein the compound is water-soluble and has a molecular weight of between 50 Da and 20 kDa.
A method for the feedback control of a procedure for wrapping a round bale rotating in a bale chamber of a round baler with an elastic, web-shaped wrapping material which is withdrawn from at least one supply roll by means of a tensioning device controlled by a control unit and guided during the wrapping procedure through at least one guide roller , wherein the round bales are wrapped with the wrapping material which has been pre-tensioned by the tensioning device with an adjustable wrapping tension set by the control unit , characterized in that an actual value (F_Ist) for a force (F_W) resulting from the wrapping tension is determined by a sensor assembly comprising at least one sensor , in that the actual value (F_Ist) is compared with a target value (F_Soll) for the force (F_W) resulting from the wrapping tension which is derived from a tension-elongation diagram determined during the implementation of at least one preceding wrapping procedure and which is specific to the wrapping material , wherein the tensioning device is controlled as a function of a deviation determined from the comparison of the actual value (F_Ist) and the target value (F_Soll).
A trigger-type sprayer (A) in which a piston part is moved by pulling and rotating a trigger part to compress liquid in a cylinder part and cause the liquid to be injected from a nozzle part communicating with the cylinder part , the trigger-type sprayer (A) comprising: a lock function of preventing rotation of the nozzle part between the nozzle part and the trigger part , wherein the trigger part is provided with a receiving part , the nozzle part is provided with a lug part having a projection , and the projection can fit in the receiving part , and wherein the lug part can be pressed down via a hinge part by forming a slit (S) in a part of the nozzle part , characterized in that the nozzle part is a quadangular cylinder and has opposing surfaces each provided with the lug part . a lock function of preventing rotation of the nozzle part between the nozzle part and the trigger part , wherein the trigger part is provided with a receiving part , the nozzle part is provided with a lug part having a projection , and the projection can fit in the receiving part , and the lug part can be pressed down via a hinge part by forming a slit (S) in a part of the nozzle part , characterized in that the nozzle part is a quadangular cylinder and has opposing surfaces each provided with the lug part .
A catheter grip for a catheter shaft , said catheter grip comprising: a body portion adapted to extend circumferentially around said catheter shaft to facilitate gripping of said catheter shaft by a user; a head portion through which said catheter shaft can be fed; and a biasing mechanism , said catheter grip being characterised in that said biasing mechanism biases said body portion and said head portion away from one another, and that said biasing mechanism is disposed between said body portion and said head portion and comprises at least two laterally spaced walls extending between said body portion and said head portion, said laterally spaced walls being resiliently deformable to provide said biasing. a body portion adapted to extend circumferentially around said catheter shaft to facilitate gripping of said catheter shaft by a user; a head portion through which said catheter shaft can be fed; and a biasing mechanism , said catheter grip being characterised in that said biasing mechanism biases said body portion and said head portion away from one another, and that said biasing mechanism is disposed between said body portion and said head portion and comprises at least two laterally spaced walls extending between said body portion and said head portion, said laterally spaced walls being resiliently deformable to provide said biasing.
A production method for artificial marble comprising: (a) putting and casting a first resin mixture including a base resin and an inorganic filler into a mold; (b) injecting or stacking a second resin mixture including a base resin, an inorganic filler, and a thixotropic agent into the mold into which the first resin mixture is cast; and (c) agitating the first and second resin mixtures with an agitator to form a pattern, followed by curing and sanding; wherein the same kind of resin is used as the first and second resin mixtures and the viscosity of the second resin mixture to which the thixotropic agent is added is higher than the viscosity of the first resin mixture, and there is diffusing and mixing resistance between the first and second resin mixture due to the viscosity difference between the first and second resin mixture, and wherein the first and second resin mixtures include 100 to 300 parts by weight of the inorganic filler based on 100 parts by weight of the base resin, respectively, and wherein the inorganic filler has an average particle size of 1 to 100 μm and includes at least one of calcium carbonate, aluminum hydroxide, silica, alumina, magnesium hydroxide, and calcium aluminate, and wherein the thixotropic agent has an amount of 0.5 to 3.0 parts by weight based on 100 parts by weight of the second resin mixture, and wherein the first and second resin mixtures were mixed at a weight ratio of 1 : 1 to 10 : 1. (a) putting and casting a first resin mixture including a base resin and an inorganic filler into a mold; (b) injecting or stacking a second resin mixture including a base resin, an inorganic filler, and a thixotropic agent into the mold into which the first resin mixture is cast; and (c) agitating the first and second resin mixtures with an agitator to form a pattern, followed by curing and sanding;
A method for measuring a thrust margin of a turbomachine (TUR), in which data are acquired comprising the thrust margin (y, y i ) which is determined as a function of a specified thrust (PSP) and a measured thrust (PST), the measured thrust (PST) being determined on a measuring bench (BM), which comprises at least one bench equipment (k) and on which the turbomachine (TUR) is, characterized in that by an automatic calculation unit (UC) a time evolution of the thrust margin (y, y i ) is modelled by at least one linear or affine function (Φ, φ j (t i )), which is calculated for at least one determined time interval (INT l ) of the thrust margin (y, y i ), the at least one time interval (INT l ) covering a duration of several days and corresponding to one or more time intervals (INTl), where the test conditions are constant, or to at least one time interval (ITC), during which the at least one bench equipment (k) is present on the measuring bench (BM), or to at least one time interval (ITC) of use of the component (k) on the measuring bench (BM), at least one bias (b k ) of the bench equipment (k) is calculated relative to the at least one linear or affine function (Φ, φ j (t i )) having been calculated, the thrust margin (y, y i ) is corrected by subtracting from it the at least one bias (b k ) of the bench equipment (k) in the at least one determined time interval (INT l ). data are acquired comprising the thrust margin (y, y i ) which is determined as a function of a specified thrust (PSP) and a measured thrust (PST), the measured thrust (PST) being determined on a measuring bench (BM), which comprises at least one bench equipment (k) and on which the turbomachine (TUR) is, characterized in that by an automatic calculation unit (UC) a time evolution of the thrust margin (y, y i ) is modelled by at least one linear or affine function (Φ, φ j (t i )), which is calculated for at least one determined time interval (INT l ) of the thrust margin (y, y i ), the at least one time interval (INT l ) covering a duration of several days and corresponding to one or more time intervals (INTl), where the test conditions are constant, or to at least one time interval (ITC), during which the at least one bench equipment (k) is present on the measuring bench (BM), or to at least one time interval (ITC) of use of the component (k) on the measuring bench (BM), at least one bias (b k ) of the bench equipment (k) is calculated relative to the at least one linear or affine function (Φ, φ j (t i )) having been calculated, the thrust margin (y, y i ) is corrected by subtracting from it the at least one bias (b k ) of the bench equipment (k) in the at least one determined time interval (INT l ).
A system for aerating a liquid food product, wherein the system comprises a bubble generator for generating bubbles in a liquid food product flow, wherein the bubble generator comprises a wall having gas transmissive pores, which wall separates an air supply space from the liquid food product flow, wherein an air supply is provided for supplying air to the air supply space , wherein said air supply comprises - an air drying device for drying air, preferably dehumidifying air, to be supplied to the air supply space and/or - a container containing pre-dried air , said container being arranged for supplying dried air to the air supply space and wherein said air has a relative humidity below 70%. - an air drying device for drying air, preferably dehumidifying air, to be supplied to the air supply space and/or - a container containing pre-dried air , said container being arranged for supplying dried air to the air supply space and wherein said air has a relative humidity below 70%.
Construction unit of an ammonia plant, comprising a. a front end for an ammonia plant, comprising as components a primary reformer , a secondary reformer , an HTS converter and an LTS converter and optionally a methanizer , which are in operative connection with one another and b. at least one natural gas compressor , designed and set up for compressing natural gas and for compressing nitrogen, the natural gas compressor being arranged upstream of the primary reformer and it being possible for the constructional unit to be connected downstream of the LTS converter and, if appropriate, downstream of the methanizer via at least one line to an ammonia converter of an ammonia plant, characterised in that the constructional unit has at least one line which is connected to the ammonia converter of an ammonia plant, in that the constructional unit comprises at least one circuit line for nitrogen branching off downstream of the LTS converter or downstream of the methanizer and leading back into the region upstream of the natural gas compressor , it being possible to shut off the line leading from the constructional unit to the ammonia converter downstream of the LTS converter or downstream of the methanizer . a. a front end for an ammonia plant, comprising as components a primary reformer , a secondary reformer , an HTS converter and an LTS converter and optionally a methanizer , which are in operative connection with one another and b. at least one natural gas compressor , designed and set up for compressing natural gas and for compressing nitrogen,
An end member having a longitudinal axis (AX) supportable along an associated damper housing and dimensioned for securement to an associated flexible spring member , said end member comprising: a wall extending peripherally about said longitudinal axis (AX) and longitudinally between a first end and a second end opposite said first end , said wall including: a side wall portion including an inner side surface portion facing radially inward; a plurality of first projections disposed in peripherally-spaced relation to one another about said longitudinal axis (AX), said plurality of first projections extending inward beyond said inner side surface portion from along said side wall portion toward a first inner edge with a first shoulder surface portion oriented transverse to said longitudinal axis (AX) and facing said second end of said wall ; and, a plurality of second projections disposed in peripherally-spaced relation to one another about said longitudinal axis (AX), said plurality of second projections spaced axially from said plurality of first projections in direction toward said second end of said wall , said plurality of second projections extending inward beyond said inner side surface portion from along said side wall portion toward a second inner edge with a second shoulder surface portion oriented transverse to said longitudinal axis (AX) and facing said first end such that a groove is formed inward of said inner side surface portion between said first shoulder surface portion of said plurality of first projections and said second shoulder surface portion of said plurality of second projections . a side wall portion including an inner side surface portion facing radially inward; a plurality of first projections disposed in peripherally-spaced relation to one another about said longitudinal axis (AX), said plurality of first projections extending inward beyond said inner side surface portion from along said side wall portion toward a first inner edge with a first shoulder surface portion oriented transverse to said longitudinal axis (AX) and facing said second end of said wall ; and, a plurality of second projections disposed in peripherally-spaced relation to one another about said longitudinal axis (AX), said plurality of second projections spaced axially from said plurality of first projections in direction toward said second end of said wall , said plurality of second projections extending inward beyond said inner side surface portion from along said side wall portion toward a second inner edge with a second shoulder surface portion oriented transverse to said longitudinal axis (AX) and facing said first end such that a groove is formed inward of said inner side surface portion between said first shoulder surface portion of said plurality of first projections and said second shoulder surface portion of said plurality of second projections .