mhurhangee/ep-ind-claims huggingface dataset:
An elastic terpolymer, which is a copolymer of 50 to 70 wt% of ethylene, 25 to 45 wt% of a C 3 -C 20 alpha-olefin, and 2 to 10 wt% of a diene of 5-ethylidene-2-norbornene as obtained in the presence of a group 4 transition metal catalyst, wherein the elastic terpolymer satisfies that: i) the weight average molecular weight measured by GPC is 100,000 to 500,000; and ii) the ethylene content x (wt%) and the crystallization enthalpy y (ΔHc; J/g) of the copolymer measured by DSC as illustrated in the specification satisfy the relational expression given by 1.55x - 80.00 ≤ y ≤ 1.55x - 75.00, and wherein Re * Rc is 0.60 to 0.99, wherein Re is the reactivity ratio constant representing the distribution of ethylene in the copolymer and Rc is the reactivity ratio constant representing the distribution of alpha-olefin in the copolymer, wherein Re = k11/k12 and Rc = k22/k21, wherein k11 is the growth rate constant when ethylene is bonded after ethylene in the chain of the copolymer; k12 is the growth rate constant when alpha-olefin is bonded after ethylene in the chain of the copolymer; k21 is the growth rate constant when ethylene is bonded after alpha-olefin in the chain of the copolymer; and k22 is the growth rate constant when alpha-olefin is bonded after alpha-olefin in the chain of the copolymer. i) the weight average molecular weight measured by GPC is 100,000 to 500,000; and ii) the ethylene content x (wt%) and the crystallization enthalpy y (ΔHc; J/g) of the copolymer measured by DSC as illustrated in the specification satisfy the relational expression given by 1.55x - 80.00 ≤ y ≤ 1.55x - 75.00, and
A method of determining whether an individual is infected with mycobacteria, the method comprising: (a) providing a system comprising a substrate which comprises at least two different mycolic-acid derived antigens at different positions on the substrate; (b) introducing a sample obtained from the individual into the system and into contact with each of the at least two different mycolic-acid derived antigens; and (c) detecting the presence or absence of the binding of a biomarker in the sample with each antigen at each position on the substrate; wherein step (c) involves contacting the substrate with a composition comprising a secondary antibody which interacts with the biomarker and observing or measuring a colour change on the substrate wherein the colour change is visually observable; and wherein the presence or absence of a colour change at two or more different positions on the substrate in combination is used to determine whether or not an individual is infected with a mycobacterial disease; wherein each antigen is at least 90% pure; and wherein a quantitative measurement at two or more different positions and a statistical analysis on the quantitative measurements is used to determine the likelihood that an individual is infected with one or more species of mycobacteria. (a) providing a system comprising a substrate which comprises at least two different mycolic-acid derived antigens at different positions on the substrate; (b) introducing a sample obtained from the individual into the system and into contact with each of the at least two different mycolic-acid derived antigens; and (c) detecting the presence or absence of the binding of a biomarker in the sample with each antigen at each position on the substrate;
A chimeric antigen receptor comprising a GD2-binding domain comprising a heavy-chain variable region containing a heavy-chain CDR1 containing the amino acid sequence represented by SEQ ID NO: 1, a heavy-chain CDR2 containing the amino acid sequence represented by SEQ ID NO: 2, and a heavy-chain CDR3 containing the amino acid sequence represented by SEQ ID NO: 3, and a light-chain variable region containing a light-chain CDR1 containing the amino acid sequence represented by SEQ ID NO: 9, a light-chain CDR2 containing the amino acid sequence represented by SEQ ID NO: 10, and a light-chain CDR3 containing the amino acid sequence represented by SEQ ID NO: 11. a heavy-chain variable region containing a heavy-chain CDR1 containing the amino acid sequence represented by SEQ ID NO: 1, a heavy-chain CDR2 containing the amino acid sequence represented by SEQ ID NO: 2, and a heavy-chain CDR3 containing the amino acid sequence represented by SEQ ID NO: 3, and a heavy-chain CDR1 containing the amino acid sequence represented by SEQ ID NO: 1, a heavy-chain CDR2 containing the amino acid sequence represented by SEQ ID NO: 2, and a heavy-chain CDR3 containing the amino acid sequence represented by SEQ ID NO: 3, and a light-chain variable region containing a light-chain CDR1 containing the amino acid sequence represented by SEQ ID NO: 9, a light-chain CDR2 containing the amino acid sequence represented by SEQ ID NO: 10, and a light-chain CDR1 containing the amino acid sequence represented by SEQ ID NO: 9, a light-chain CDR2 containing the amino acid sequence represented by SEQ ID NO: 10, and a light-chain CDR3 containing the amino acid sequence represented by SEQ ID NO: 11.
A system for determining cardiopulmonary resuscitation, CPR, -induced chest compression depth achieved during the application of repeated chest compressions to the chest of a patient, said system comprising: a first motion sensor operable to generate motion signals corresponding to motion in a first coordinate frame defined by a first set of axes (10x, 10y, 10z); a second motion sensor operable to generate motion signals corresponding to motion in a second coordinate frame defined by a second set of axes (11x, 11y, 11z); a control system operable to receive the motion signals from the first motion sensor and the second motion sensor, rotate the motion signals from the first motion sensor into the second coordinate frame to obtain rotated motion signals corresponding to the motion signals from the first motion sensor, and combine said rotated motion signals with the motion signals from the second motion sensor to obtain net motion signals, in the second coordinate frame, corresponding to the motion of the first motion sensor relative to the motion of the second motion sensor, and determine the displacement of the first motion sensor, and further operable to generate an output indicative of said displacement. a first motion sensor operable to generate motion signals corresponding to motion in a first coordinate frame defined by a first set of axes (10x, 10y, 10z); a second motion sensor operable to generate motion signals corresponding to motion in a second coordinate frame defined by a second set of axes (11x, 11y, 11z); a control system operable to receive the motion signals from the first motion sensor and the second motion sensor, rotate the motion signals from the first motion sensor into the second coordinate frame to obtain rotated motion signals corresponding to the motion signals from the first motion sensor, and combine said rotated motion signals with the motion signals from the second motion sensor to obtain net motion signals, in the second coordinate frame, corresponding to the motion of the first motion sensor relative to the motion of the second motion sensor, and determine the displacement of the first motion sensor, and further operable to generate an output indicative of said displacement.
Method for monitoring the attention of an operator of an X-ray inspection apparatus for non-destructive inspection of inspection objects and for ensuring the presence and/or attention of an operator of the X-ray inspection apparatus, the method comprising the steps of: displaying, on a touch-sensitive screen, information defining a randomly determined set input; detecting an operator's as-is input on the touch-sensitive screen as a response to the displayed set input; and determining, with reference to the set input and the as-is input, a signal indicative of the operator's attention; wherein the information defines a randomly determined location on the touch-sensitive screen as the input unit, the information is displayed as the randomly determined location on the touch-sensitive screen as a set input marked by a symbol, and a location touched by the operator is detected on the input unit and compared as the as-is input with the randomly determined location as the set input; and wherein the information is displayed in a first time interval and is no longer displayed after the first time interval has elapsed, wherein after the first time interval has elapsed, a second time interval is started in which the as-is input of the operator is detected. displaying, on a touch-sensitive screen, information defining a randomly determined set input; detecting an operator's as-is input on the touch-sensitive screen as a response to the displayed set input; and determining, with reference to the set input and the as-is input, a signal indicative of the operator's attention; wherein the information defines a randomly determined location on the touch-sensitive screen as the input unit, the information is displayed as the randomly determined location on the touch-sensitive screen as a set input marked by a symbol, and a location touched by the operator is detected on the input unit and compared as the as-is input with the randomly determined location as the set input; and wherein the information is displayed in a first time interval and is no longer displayed after the first time interval has elapsed, wherein after the first time interval has elapsed, a second time interval is started in which the as-is input of the operator is detected.
Remote control for technical equipment comprising a passive or active RFID transponder configured such that, upon physical contact by a user, a switching contact is triggered to transmit information to control the technical equipment, wherein the remote control is configured such that the information is not transmitted until a special function signal, a password, is received from the transponder beforehand when a button is actuated, with a device for a challenge-response method with a receiver, wherein a setup and configuration is given to perform the following steps: - Receiving from radio network/receiver the password and secret 1 - Recognizing the password and calculate based on the secret 1 of a secret 2; - Sending of the secret 2 together with a code of the transponder to the network/receiver, wherein the secret 2 can also be computed with the code, preferably via XOR linkage. - Receiving from radio network/receiver the password and secret 1 - Recognizing the password and calculate based on the secret 1 of a secret 2; - Sending of the secret 2 together with a code of the transponder to the network/receiver, wherein the secret 2 can also be computed with the code, preferably via XOR linkage.
Automated system for handling containers and/or component parts, which automated system comprises first transport means suitable to receive said containers and/or said component parts and second transport means arranged in succession to the first transport means so as to define a transport direction of said containers and/or component parts from the first transport means to the second transport means, wherein said first transport means and second transport means define a first transport surface and a second transport surface, respectively, of said containers and/or component parts, wherein said first transport means are switchable between a first position and a second position, wherein with said containers in said predefined position the switching of said first transport means from said first position to said second position results in the fall of said containers on the second transport surface of said second transport means in an overturned position with respect to the position on the first transport surface of said first transport means, wherein said first transport means and second transport means comprise a first conveyor belt and a second conveyor belt, respectively, wherein said first conveyor belt is switchable between said first position and second position by rotation or rototranslation around an axis of rotation respectively fixed or mobile, which is substantially transversal to said transport direction, characterized in that said first transport means are equipped with first stop means suitable for stopping said containers in a predefined position, and in that said second transport surface is arranged below said first transport surface.
The use of a filter material for treating surface water, wherein the filter material has a grading curve which is symmetric in a simple logarithmically divided diagram, namely crusher dust with fractions of different grain sizes which is divided into several grain fractions and mixed together again in such a way that the crusher dust comprises a medium sand fraction of a grain size > 0.2 - 0.63 mm of 45 to 60% by weight and a fine sand fraction of a grain size > 0.063 - 0.2 mm and a coarse sand fraction of a grain size > 0.63 - 2.00 mm of 15 to 30% by weight respectively, wherein a clay fraction of a grain size < 0.002 mm and a silt fraction of a grain size > 0.002 - 0.063 mm of together 0 to 5% by weight and a fine gravel fraction of a grain size > 2.0 - 6.3 mm of 0 to 5% by weight are contained, wherein the use occurs in a filter with a thickness of less than 30 cm.
An automatic apparel machine used in the manufacture of air suspension springs, characterized by comprising; - two movable tables that move independently from each other on a rail system and where the raw material is placed; - a movable winding mandrel moving up-down and forward-backward on a movable table by means of servo motor; - automatic cutting bench grippers that are positioned on an automatic rubber cutting bench perpendicular to the axis of the movable tables in the section where the moving winding mandrel is located so as to adjust the lengths of the cut raw material; - the automatic rubber cutting bench that cuts the raw material in the direction of the length and angles required for the finished product saved in the system. - two movable tables that move independently from each other on a rail system and where the raw material is placed; - a movable winding mandrel moving up-down and forward-backward on a movable table by means of servo motor; - automatic cutting bench grippers that are positioned on an automatic rubber cutting bench perpendicular to the axis of the movable tables in the section where the moving winding mandrel is located so as to adjust the lengths of the cut raw material; - the automatic rubber cutting bench that cuts the raw material in the direction of the length and angles required for the finished product saved in the system.
A method for ice detection for a wind turbine, comprising: providing an ice condition threshold parameter adapted for distinguishing a condition during which icing may occur and a condition during which icing may not occur; measuring a wind velocity with a first anemometer (110; 500; 600), the first anemometer being of a first type; measuring a wind velocity with a second anemometer (120; 500; 600), the second anemometer being of a second type, and wherein the second type is different from the first type; evaluating, for the condition during which icing may occur, a deviation of the wind velocity measured with the first anemometer and the wind velocity measured with the second anemometer; and determining whether the deviation exceeds a limit value based on a calibration conducted under a condition during which icing may not occur, the method being characterized in that the calibration comprises: measuring a data set of the first anemometer for a period and under a condition during which icing may not occur; measuring a data set of the second anemometer corresponding to the period in which icing may not occur; and defining a functional interrelation between the first data set and the second data set; defining the limit value determining a deviation threshold to indicate an icing condition flag. providing an ice condition threshold parameter adapted for distinguishing a condition during which icing may occur and a condition during which icing may not occur; measuring a wind velocity with a first anemometer (110; 500; 600), the first anemometer being of a first type; measuring a wind velocity with a second anemometer (120; 500; 600), the second anemometer being of a second type, and wherein the second type is different from the first type; evaluating, for the condition during which icing may occur, a deviation of the wind velocity measured with the first anemometer and the wind velocity measured with the second anemometer; and determining whether the deviation exceeds a limit value based on a calibration conducted under a condition during which icing may not occur, the method being characterized in that the calibration comprises: measuring a data set of the first anemometer for a period and under a condition during which icing may not occur; measuring a data set of the second anemometer corresponding to the period in which icing may not occur; and defining a functional interrelation between the first data set and the second data set; defining the limit value determining a deviation threshold to indicate an icing condition flag. measuring a data set of the first anemometer for a period and under a condition during which icing may not occur; measuring a data set of the second anemometer corresponding to the period in which icing may not occur; and defining a functional interrelation between the first data set and the second data set; defining the limit value determining a deviation threshold to indicate an icing condition flag.
A jet engine combustion chamber comprising a generally annular outer wall, a generally annular inner wall, a chamber end wall extending between said outer and inner walls and having injector means mounted thereon, and a fairing co-operating with said chamber end wall to define an annular cavity that houses said injector means, said fairing comprising an annular part referred to as an "outer cap" and an annular part referred to as a "inner cap", wherein said caps include inner fastener parts (24, 25) projecting into said annular cavity, wherein said chamber end wall includes corresponding inner fastener parts (34, 35) projecting into said annular cavity, and wherein the fastener parts of said caps are assembled directly to the fastener parts of said chamber end wall, characterized in that said inner fastener parts are tongues that are distributed circumferentially.
Preparation for injection in humans comprising: a solution of human insulin or a monomeric insulin analog, insulin-bound zinc in concentration of less than about 1.8 ions per hexamer of insulin, nicotinamide, and wherein the conductivity is less than about 0.2 mSi/cm at 22°C.
A fluorescent powder, including an inorganic compound, characterized in that the inorganic compound contains components including an element M, an element A, an element D, an element E, and an element R, wherein the element M is one or two elements selected from Eu, Ce, Mn, Tb, Dy, and Tm, and the element M must include Eu; the element A is one or two elements selected from Mg, Ca, Sr, and Ba, and the element A must include Sr; the element D is one or two elements selected from B, Al, Ga, In, La, Gd, Sc, Lu, and Y, and the element D must include Al; the element E is one or two elements selected from Si, Ge, Zr, and Hf, and the element E must include Si; and the element R is N and O, and in a powder X-Ray Diffraction spectrum with CoKa radiation, the inorganic compound at least has diffraction peaks within ranges of an Bragg angle 2θ from 27.3° to 28.3°, 29.7° to 30.7°, 41.9° to 42.9°, and 43.5° to 44.5°, and phases having the diffraction peaks are main generation phases of the inorganic compound, the composition formula of the inorganic compound is M a A b D c E d R e, wherein the parameters a, b, c, d and e satisfy the following conditions: 0.03≤a≤0.1, 0.9≤b≤1.1, 0.9≤c≤1.1, 4.7≤d≤4.9 and 8≤e≤10.
An attachment assembly for electric boards, comprising a grating and an attachment accessory cooperating to retain a device in position on the grating, the grating including perforations and the attachment accessory having engagement means that can be snap-fitted into the perforations to attach the attachment accessory to the grating, the attachment accessory comprising a base extending orthogonally to the plane of the grating and an attachment arm adapted to slide along the base, the attachment arm including a head designed to be positioned in contact with the device disposed on the grating in such a manner as to exert a pressure on the device against the grating, characterized in that the attachment accessory comprises means for supporting the attachment arm in a stop position that is fixed relative to the base, and in that the attachment arm comprises elastic clamping means (S, S'), the supporting means and the elastic clamping means (S, S') being such that the head of the attachment arm is at an appropriate distance from the grating to exert an elastic pressure on the device so as to retain the device in a required position on the grating.
A method for manufacturing a thin-film transistor, comprising the step of forming a gate electrode, a gate insulating layer, an active area, a source electrode and a drain electrode on a base substrate, wherein the active area is made from a ZnON material; and the gate insulating layer includes a first gate insulating layer and a second gate insulating layer, and the second gate insulating layer is formed between the first gate insulating layer and the active area; characterized in that: in the process that the gate insulating layer is formed, a material for forming the gate insulating layer is subjected to control treatment, so that a sub-threshold amplitude of the TFT is less than or equal to 0.5mV/dec; the step of performing control treatment on the material for forming the gate insulating layer when the gate insulating layer is formed includes: introducing gases SiN x, N 2 and NH 3 according to gas volume flow rate of 140-180 sccm for SiN x, 1,750-2,250 sccm for N 2 and 700-900 sccm for NH 3 for deposition to form the first gate insulating layer; and introducing gases SiNx, N 2 and NH 3 according to the gas volume flow rate of 140-180 sccm for SiN x, ≥3,500 sccm for N 2 and ≥1,400 sccm for NH 3 for deposition to form the second gate insulating layer, in which X is ranged from 1 to 4/3. introducing gases SiN x, N 2 and NH 3 according to gas volume flow rate of 140-180 sccm for SiN x, 1,750-2,250 sccm for N 2 and 700-900 sccm for NH 3 for deposition to form the first gate insulating layer; and introducing gases SiNx, N 2 and NH 3 according to the gas volume flow rate of 140-180 sccm for SiN x, ≥3,500 sccm for N 2 and ≥1,400 sccm for NH 3 for deposition to form the second gate insulating layer, in which X is ranged from 1 to 4/3.
Processor-based method for block encryption cryptographic processing, that includes the following steps: - decomposing each of two data units into data unit parts, each data unit part including a plurality of elementary data units, - permutating (104, 205, 320), within each data unit part, elementary data units of that data unit part, and - performing at least one block encryption cryptographic operation (220, 350) on the permutated data units by combining corresponding permutated data unit parts of the two permutated data units, characterized in that, prior to performing said block encryption cryptographic operation, the permutation step includes effecting different permutations to corresponding data unit parts of the two data units to obtain said corresponding permutated data unit parts of the two permutated data units, thereby applying a different permutation (P, P*) to each of the said data units. - decomposing each of two data units into data unit parts, each data unit part including a plurality of elementary data units, - permutating (104, 205, 320), within each data unit part, elementary data units of that data unit part, and - performing at least one block encryption cryptographic operation (220, 350) on the permutated data units by combining corresponding permutated data unit parts of the two permutated data units,