mhurhangee/patent-ind-claim-en huggingface dataset:
A guidance and maintenance machine for positioning of filaments at a predetermined pitch during a calendering cycle that effects manufacture of plies using the filaments, the guidance and maintenance machine comprising a cylinder group that includes a guide roller having a predetermined diameter and a longitudinal axis about which the guide roller rotates, the guide roller having a plurality of circumferential grooves defined on a circumferential surface of the guide roller in correspondence with the number of filaments to be aligned during a guidance and maintenance process, the cylinder group also comprising an application roller having a predetermined diameter and a longitudinal axis about which the application roller rotates, the application roller having a plurality of circumferential grooves defined on a circumferential surface of the application roller in correspondence with the number of grooves of the guide roller , characterized in that : the guidance and maintenance machine comprises at least one preparation comb that includes a support having a predetermined length between two opposite ends and a predetermined width between a front surface and a top surface from which a plurality of teeth extend, the teeth having a predetermined uniform height and being aligned and parallel along the length of the support , the teeth being positioned at a pitch in correspondence with the grooves of the guide roller ; such that the preparation comb feeds the filaments from a supply creel to the guide roller , the filaments being positioned at a predetermined pitch outside of the guide roller ; and in that the guide roller is movable relative to the application roller between an open position, in which the filaments are fed to the guide roller, and a closed position, in which the guide roller approaches the application roller to capture the filaments between the respective grooves of the guide roller and the application roller . the guidance and maintenance machine comprises at least one preparation comb that includes a support having a predetermined length between two opposite ends and a predetermined width between a front surface and a top surface from which a plurality of teeth extend, the teeth having a predetermined uniform height and being aligned and parallel along the length of the support , the teeth being positioned at a pitch in correspondence with the grooves of the guide roller ; such that the preparation comb feeds the filaments from a supply creel to the guide roller , the filaments being positioned at a predetermined pitch outside of the guide roller ; and in that the guide roller is movable relative to the application roller between an open position, in which the filaments are fed to the guide roller, and a closed position, in which the guide roller approaches the application roller to capture the filaments between the respective grooves of the guide roller and the application roller .
A medical data system comprising: a data unit for storing modules representing medical records of subjects, the medical data system being characterized in that : each module is represented as a vector including a plurality of vector elements each representing a dimension of said vector and a medically-relevant parameter of a subject, wherein each vector element is assigned a specific identifier in said vector and a numerical value corresponding to said medically-relevant parameter; and in that : further comprises an inference engine for comparing, based on identifiers of vector elements, values of at least a portion of said elements of a module of said subject to at least one model constructed from statistical characteristics of historical data of diagnosed subjects to thereby identify a drug prescription-related parameter not present in a medical file of said subject. each module is represented as a vector including a plurality of vector elements each representing a dimension of said vector and a medically-relevant parameter of a subject, wherein each vector element is assigned a specific identifier in said vector and a numerical value corresponding to said medically-relevant parameter; and in that : further comprises an inference engine for comparing, based on identifiers of vector elements, values of at least a portion of said elements of a module of said subject to at least one model constructed from statistical characteristics of historical data of diagnosed subjects to thereby identify a drug prescription-related parameter not present in a medical file of said subject.
Process for preparing polycarbonate by the phase interface process in the presence of at least one catalyst, characterized in that , immediately after the optionally first addition of the at least one catalyst, from 0.01 to 20 J/kg of mixing energy is introduced into the system containing at least one catalyst within a time of from 2 to 1200 s.
A ray-tracing system comprising: an intersection testing resource for performing intersection testing of rays, comprising: means to access a memory storing definition data for a plurality of rays to be intersection tested in a scene; a plurality of test cells comprising a working memory and test logic configured to perform intersection testing for the plurality of rays with primitives composing the scene and/or elements of an acceleration structure; and characterised by : an output buffer configured to receive indications of detected intersections of rays and respective primitives and/or acceleration structure elements, the output buffer being configured to collect those rays, based on common attributes, into collections for processing; and an intersection processing resource configured to: receive collections of rays which have been collected in the output buffer; and execute shader code for processing the received collections of rays. an intersection testing resource for performing intersection testing of rays, comprising: means to access a memory storing definition data for a plurality of rays to be intersection tested in a scene; a plurality of test cells comprising a working memory and test logic configured to perform intersection testing for the plurality of rays with primitives composing the scene and/or elements of an acceleration structure; and characterised by : an output buffer configured to receive indications of detected intersections of rays and respective primitives and/or acceleration structure elements, the output buffer being configured to collect those rays, based on common attributes, into collections for processing; and means to access a memory storing definition data for a plurality of rays to be intersection tested in a scene; a plurality of test cells comprising a working memory and test logic configured to perform intersection testing for the plurality of rays with primitives composing the scene and/or elements of an acceleration structure; and characterised by : an output buffer configured to receive indications of detected intersections of rays and respective primitives and/or acceleration structure elements, the output buffer being configured to collect those rays, based on common attributes, into collections for processing; and an intersection processing resource configured to: receive collections of rays which have been collected in the output buffer; and execute shader code for processing the received collections of rays. receive collections of rays which have been collected in the output buffer; and execute shader code for processing the received collections of rays.
A blood purification device , comprising: a blood purifier , a washing liquid reservoir configured to have a washing liquid stored therein, a washing flow path configured to connect the blood purifier and the washing liquid reservoir to each other, a detector provided on the washing flow path configured to detect an air bubble, a discharge flow path configured to communicate with the blood purifier for discharging the washing liquid, a transfusion reservoir configured to store a transfusion therein, a pump provided on a flow path between the detector and the transfusion reservoir characterized in that the blood detection device comprises a control unit configured to activate the pump to supply the transfusion from the transfusion reservoir to the washing liquid reservoir via the detector when the detector is configured to detect an air bubble. a blood purifier , a washing liquid reservoir configured to have a washing liquid stored therein, a washing flow path configured to connect the blood purifier and the washing liquid reservoir to each other, a detector provided on the washing flow path configured to detect an air bubble, a discharge flow path configured to communicate with the blood purifier for discharging the washing liquid, a transfusion reservoir configured to store a transfusion therein, a pump provided on a flow path between the detector and the transfusion reservoir characterized in that the blood detection device comprises a control unit configured to activate the pump to supply the transfusion from the transfusion reservoir to the washing liquid reservoir via the detector when the detector is configured to detect an air bubble.
Method for connecting an electrical device , which comprises a tubular metal casing and contact segments of electrical conductors of the electrical device extending from its front end, to contact segments of electrical conductors of a connection cable , having the steps: - Providing an insulation element , composed of an electrically insulating material, which has inlets for the insertion of at least one contact segment of an electrical conductor of the electrical device and of at least one contact segment of an electrical conductor of the connection cable , wherein the inlets (41, 42 43, 44, 141, 142, 143, 144) transition into each other in a contact region and which has at least one opening that provides further access to the contact region , - inserting at least one contact segment of an electrical conductor of the electrical device and at least one contact segment of an electrical conductor of the connection cable into the inlets of the insulation element such that the respective contact segments extend into the contact region , or overlap each other there, or adjoin each other there, and - establishing an electrical connection between the respective contact segments , wherein this electrical connection is established through the opening that provides the further access to the contact region , characterized in that a sleeve is pushed onto the connection cable and, after the electrical connection is established, is positioned to entirely or partially enclose the insulation element . - Providing an insulation element , composed of an electrically insulating material, which has inlets for the insertion of at least one contact segment of an electrical conductor of the electrical device and of at least one contact segment of an electrical conductor of the connection cable , wherein the inlets (41, 42 43, 44, 141, 142, 143, 144) transition into each other in a contact region and which has at least one opening that provides further access to the contact region , - inserting at least one contact segment of an electrical conductor of the electrical device and at least one contact segment of an electrical conductor of the connection cable into the inlets of the insulation element such that the respective contact segments extend into the contact region , or overlap each other there, or adjoin each other there, and - establishing an electrical connection between the respective contact segments , wherein this electrical connection is established through the opening that provides the further access to the contact region , characterized in that a sleeve is pushed onto the connection cable and, after the electrical connection is established, is positioned to entirely or partially enclose the insulation element .
An apparatus for determining whether a ventricular pacing stimulus is capturing a paced ventricle, comprising: means for delivering a ventricular pacing stimulus; sensing means for sensing a signal in response to the ventricular pacing stimulus; processing means for determining whether a positive deflection of the signal precedes a negative deflection of the signal; and processing means for determining whether the ventricular pacing stimulus is capturing the paced ventricle in response to determining whether the positive deflection precedes the negative deflection; processing means for determining from the signal a maximum amplitude, a maximum time associated with the maximum amplitude, a minimum amplitude, and a minimum time associated with the minimum amplitude; and characterised by processing means for determining a numerator that is equal to an absolute value of the maximum amplitude minus a baseline, a denominator that is equal to an absolute value of the baseline minus the minimum amplitude, and a ratio that is the numerator divided by the denominator; processing means for determining whether the ratio is greater than a lower limit and whether the ratio is less than an upper limit; and processing means for determining whether the ventricular pacing stimulus is effectively capturing the paced ventricle in response to determining whether the ratio is greater than the lower limit and whether the ratio is less than the upper limit. means for delivering a ventricular pacing stimulus; sensing means for sensing a signal in response to the ventricular pacing stimulus; processing means for determining whether a positive deflection of the signal precedes a negative deflection of the signal; and processing means for determining whether the ventricular pacing stimulus is capturing the paced ventricle in response to determining whether the positive deflection precedes the negative deflection; processing means for determining from the signal a maximum amplitude, a maximum time associated with the maximum amplitude, a minimum amplitude, and a minimum time associated with the minimum amplitude; and characterised by processing means for determining a numerator that is equal to an absolute value of the maximum amplitude minus a baseline, a denominator that is equal to an absolute value of the baseline minus the minimum amplitude, and a ratio that is the numerator divided by the denominator; processing means for determining whether the ratio is greater than a lower limit and whether the ratio is less than an upper limit; and processing means for determining whether the ventricular pacing stimulus is effectively capturing the paced ventricle in response to determining whether the ratio is greater than the lower limit and whether the ratio is less than the upper limit.
A block calibrator for calibrating a temperature sensor with a heating block , on which or in which at least one heating appliance is disposed, wherein the heating block features a receiving bore , inside which a calibration sleeve is received, and wherein at least one test object formed by a temperature sensor can be inserted in the calibration sleeve , characterized in that an air gap (L) with a gap dimension, which has a value of 0.5 mm to 2.5 mm, is formed at least in certain areas between an internal wall of the receiving bore and an external wall of the calibration sleeve .
A method for making a porous, chemically bonded ceramic shaped article, comprising: i) providing a precursor powder mixture comprising polymer particles comprising water-soluble polyethylene glycol and a ceramic self-setting cementitious powder, wherein the polyethylene glycol has a weight average molecular weight, Mw, in a range of from 5000 g/mol to 30,000 g/mol and the polymer particles have an average particle size of from 100 μm to 800 μm; ii) preparing a shaped article from a paste comprising the precursor powder mixture and an aqueous liquid; iii) immersing the shaped article in an immersing liquid in which the polymer particles are soluble, for a period of time of from 10 minutes to two weeks to dissolve the polymer particles in the immersing liquid, thereby creating pores in the shaped article. i) providing a precursor powder mixture comprising polymer particles comprising water-soluble polyethylene glycol and a ceramic self-setting cementitious powder, wherein the polyethylene glycol has a weight average molecular weight, Mw, in a range of from 5000 g/mol to 30,000 g/mol and the polymer particles have an average particle size of from 100 μm to 800 μm; ii) preparing a shaped article from a paste comprising the precursor powder mixture and an aqueous liquid; iii) immersing the shaped article in an immersing liquid in which the polymer particles are soluble, for a period of time of from 10 minutes to two weeks to dissolve the polymer particles in the immersing liquid, thereby creating pores in the shaped article.
A method for operating a rolling mill device including a pair of mill rolls disposed on opposite sides of a metal plate, the method comprising: a detection step of detecting a plate end position in a plate width direction of the metal plate at a position on an exit side of the pair of mill rolls while rolling the metal plate by the pair of mill rolls in a state where an exit-side tension applied to the metal plate is zero; detecting in the detection step that the plate end position is deviated from a reference position to one side in the plate width direction and performing a first tilting step of a roll tilting control of the pair of mill rolls so that an outgoing direction of the metal plate from the mill rolls is along a conveying direction of the metal plate in the rolling mill device; and a second tilting step of performing a roll tilting control of the pair of mill rolls after the first tilting step so that the outgoing direction of the metal plate from the mill rolls is displaced to the other side in the plate width direction with respect to the conveying direction, and then the outgoing direction of the metal plate returns to the conveying direction. a detection step of detecting a plate end position in a plate width direction of the metal plate at a position on an exit side of the pair of mill rolls while rolling the metal plate by the pair of mill rolls in a state where an exit-side tension applied to the metal plate is zero; detecting in the detection step that the plate end position is deviated from a reference position to one side in the plate width direction and performing a first tilting step of a roll tilting control of the pair of mill rolls so that an outgoing direction of the metal plate from the mill rolls is along a conveying direction of the metal plate in the rolling mill device; and a second tilting step of performing a roll tilting control of the pair of mill rolls after the first tilting step so that the outgoing direction of the metal plate from the mill rolls is displaced to the other side in the plate width direction with respect to the conveying direction, and then the outgoing direction of the metal plate returns to the conveying direction.
A composition comprising: (a) tetrakis(hydroxymethyl)phosphonium sulfate (THPS); (b) water; and (c) methanol; wherein the weight percentages of (a), (b) and (c) are within an area on a ternary phase diagram bounded by four points: (A) 5% THPS/58% water/37% methanol; (B) 5% THPS/36% water/59% methanol; (C) 65% THPS/27% water/8% methanol; and (D) 65% THPS/29% water/6% methanol, or comprising (a), (b), (c) and no more than 5 wt% of ingredients other than (a), (b) or (c), wherein for any such composition comprising ingredients other than (a), (b) and (c), when the weight percentages of THPS, water and methanol are normalized to 100%, the normalized weight percentages of (a), (b) and (c) are within the area on a ternary phase diagram bounded by the four points as hereinbefore defined. (a) tetrakis(hydroxymethyl)phosphonium sulfate (THPS); (b) water; and (c) methanol; wherein the weight percentages of (a), (b) and (c) are within an area on a ternary phase diagram bounded by four points: (A) 5% THPS/58% water/37% methanol; (B) 5% THPS/36% water/59% methanol; (C) 65% THPS/27% water/8% methanol; and (D) 65% THPS/29% water/6% methanol,
Coffee machine, i.e. filter coffee machine, for preparing a caffeinated hot beverage, having a boiler for producing hot, in particular boiling, water and having a brewing unit installed downstream of the boiler , which is a coffee filter unit , and having at least one collection vessel installed downstream of the brewing unit , from which a prepared caffeinated hot beverage can be conducted in particular through an outlet conduit to at least one dispensing device in order to dispense it when the dispensing device is opened, and with at least one or more liquid pump(s) for conveying liquid, in particular the caffeinated hot beverage, from the at least one collection vessel in the direction of the at least one dispensing device and/or for conveying liquid in the opposite direction, characterized in that the at least one or more liquid pump(s) is/are controllable by a control device and that the at least one dispensing device is arranged higher than the point at which the one or more outlet conduit(s) is/are led out of the collection vessel(s) .