mhurhangee/ep-ind-claims huggingface dataset:
Face mask arrangement (201;301) for alternately administering a gas I containing nitrous oxide and a gas II devoid of nitrous oxide to a patient via inhalation, comprising: a) a face mask having a breathing interface, b) two inlet flow lines (204,205) for gas I and a gas II, respectively, which flow lines end in the breathing interface, and c) an outlet flow line for evacuation of exhaled gas which start in the breathing interface, wherein d) the two inlet flow lines (204,204) are merging into a common inlet part ending in the breathing interface, and e) the downstream part of the common inlet part is coinciding with the downstream part of outlet flow line forming a common inlet/outlet part, f) each of the inlet flow lines (204,205) comprises an inlet valve (209a;209b;209c;209d;209e,210a;210b;201c; 201d;210e) each of which is capable of opening in response to inhalation and of closing in response to exhalation, characterized in that said face mask arrangement (201;301) comprises a switching means for switching between inhalation through inlet flow line and inlet flow line, said switching means being configured to be activated by the patient as a response to the patient's immediate need of gas I or gas II, and that said face mask arrangement further comprises an alarm function indicating when the level of nitrous oxide in exhalation air is below a predetermined value so that the face mask may be removed from the patient's face. a) a face mask having a breathing interface, b) two inlet flow lines (204,205) for gas I and a gas II, respectively, which flow lines end in the breathing interface, and c) an outlet flow line for evacuation of exhaled gas which start in the breathing interface, wherein d) the two inlet flow lines (204,204) are merging into a common inlet part ending in the breathing interface, and e) the downstream part of the common inlet part is coinciding with the downstream part of outlet flow line forming a common inlet/outlet part, f) each of the inlet flow lines (204,205) comprises an inlet valve (209a;209b;209c;209d;209e,210a;210b;201c; 201d;210e) each of which is capable of opening in response to inhalation and of closing in response to exhalation,
Electronic method for extracting the amplitude E s and the phase Φ s of an electrical signal I det, detected by a sensor, in a synchronous detector, said electrical signal I det containing a modulated part I mod of the form I mod ∝E s f(t)*cos(Φs - Φ R (t)), wherein Φ R (t) and f(t) are two known temporal modulation functions, comprising the following steps: - multiplying said electrical signal by two reference signals C(t) and S(t) constructed using the known temporal modulation functions Φ R (t) and f(t); - integrating the two signals resulting from the two multiplications defined in the previous step during a time t int; - determining the amplitude and the phase of said signal from the quantities X and Y resulting from the integrations defined in the previous step; wherein: - said electrical signal is multiplied by two orthogonal reference signals C(t) and S(t) that can decompose at the same set of frequencies as those present in I mod, namely: C oc cos (Φ R)*f(t) and S oc sin (Φ R)*f(t); in that - the temporal amplitude modulation function f(t) in question is either periodic, of the period 2π/Ω A during the integration time t int, wherein Ω A is the angular frequency, or constant during the integration time t int; in that - the temporal phase modulation function Φ R (t) in question is periodic during the integration time t int, of the period 2π/Ω, wherein Ω is the frequency; and in that - the quantities X and Y are connected to Es*cos(Φ s) and Es*sin(Φ s) by two proportionality coefficients determined analytically or numerically. - multiplying said electrical signal by two reference signals C(t) and S(t) constructed using the known temporal modulation functions Φ R (t) and f(t); - integrating the two signals resulting from the two multiplications defined in the previous step during a time t int; - determining the amplitude and the phase of said signal from the quantities X and Y resulting from the integrations defined in the previous step; - said electrical signal is multiplied by two orthogonal reference signals C(t) and S(t) that can decompose at the same set of frequencies as those present in I mod, namely: C oc cos (Φ R)*f(t) and S oc sin (Φ R)*f(t); in that - the temporal amplitude modulation function f(t) in question is either periodic, of the period 2π/Ω A during the integration time t int, wherein Ω A is the angular frequency, or constant during the integration time t int; in that - the temporal phase modulation function Φ R (t) in question is periodic during the integration time t int, of the period 2π/Ω, wherein Ω is the frequency; and in that - the quantities X and Y are connected to Es*cos(Φ s) and Es*sin(Φ s) by two proportionality coefficients determined analytically or numerically.
Baling press for agricultural crops, comprising a pressing channel and comprising at least one binding device for a tape-like binding material, preferably consisting of a weldable or gluable plastics material, for wrapping the bale to be pressed, wherein the binding device comprises a binding table with a material bond producer which materially bonds the binding material, wherein the baling press comprises a pressing plunger which is movable in the pressing channel along a longitudinal central axis of the pressing channel, characterized in that the binding device comprises a front clamping device, which is arranged between the material bond producer and the pressing plunger and has a counter-support, wherein the counter-support is arranged such as to be able to pivot relative to the binding table about a counter-support pivot axis which is positioned in or parallel to a vertical plane, wherein the vertical plane is substantially perpendicular to a bottom plane of the pressing channel and includes the longitudinal central axis of the pressing channel, wherein a spring element returns the counter-support to the counter-supporting position when no force is being applied by the tape-like binding material.
Separator for separating a film web region by region, having an anvil plate which has a working surface for laying out an end region of a film web, having a conveyor which is mounted such that it can be moved linearly with respect to the anvil plate along a conveying axis and which is designed to carry out a laying-out movement for the end region of the film web, which laying-out movement is aligned parallel to the working surface, having a cutting unit which has at least one cutting edge (52, 53) for carrying out a separating operation for an end region of the film web received between the cutting edge (52, 53) and the working surface, the conveyor and the cutting unit being designed for alternately carrying out the lay out movement and the separating operation for the end region of the film web.
A method for preparing a biological sample for use in an immunolabeling process, the method comprising: - labeling the biological sample with a labeling component, the labeling component comprising a primary antibody conjugated with a first enhancer antigen, wherein the primary antibody is selected to bind directly to a target antigen comprised with the biological sample, and - providing a first enhancer antibody, the first enhancer antibody selected to solely bind to the first enhancer antigen, wherein: - the first enhancer antigen is not present in the biological sample and not present in other reagents used in the immunolabeling process, and the first enhancer antigen is a non-biological peptide, - the first enhancer antibody is generated based on the first enhancer antigen, and - the first enhancer antigen is a non-biological peptide formed from one or more artificially formulated peptide sequences that are not present in any proteins in nature. - labeling the biological sample with a labeling component, the labeling component comprising a primary antibody conjugated with a first enhancer antigen, wherein the primary antibody is selected to bind directly to a target antigen comprised with the biological sample, and - providing a first enhancer antibody, the first enhancer antibody selected to solely bind to the first enhancer antigen, - the first enhancer antigen is not present in the biological sample and not present in other reagents used in the immunolabeling process, and the first enhancer antigen is a non-biological peptide, - the first enhancer antibody is generated based on the first enhancer antigen, and - the first enhancer antigen is a non-biological peptide formed from one or more artificially formulated peptide sequences that are not present in any proteins in nature.
An X-ray image acquisition method, comprising: acquiring a captured target image of a target region; when it is determined that there is at least one to-be-optimized region in the target image, calculating, for each to-be-optimized region, a pixel average of the to-be-optimized region in the target image; determining a to-be-optimized region received dose corresponding to the pixel average of the to-be-optimized region according to a relationship between a predetermined pixel average and an X-ray received dose of an X-ray receiver; adjusting an X-ray emission dose of an X-ray source according to a principle of making the to-be-optimized region received dose reach a predetermined X-ray reference received dose, and acquiring an optimized image of the target region captured based on the X-ray emission dose adjusted to meet a requirement (S22~S24), wherein the at least one to-be-optimized region comprises an overexposed bright region and/or an underexposed dark region; and adding and synthesizing at least one optimized image corresponding to the at least one to-be-optimized region, or adding and synthesizing at least one optimized image corresponding to the at least one to-be-optimized region and the target image, to obtain an X-ray image of the target region. acquiring a captured target image of a target region; when it is determined that there is at least one to-be-optimized region in the target image, calculating, for each to-be-optimized region, a pixel average of the to-be-optimized region in the target image; determining a to-be-optimized region received dose corresponding to the pixel average of the to-be-optimized region according to a relationship between a predetermined pixel average and an X-ray received dose of an X-ray receiver; adjusting an X-ray emission dose of an X-ray source according to a principle of making the to-be-optimized region received dose reach a predetermined X-ray reference received dose, and acquiring an optimized image of the target region captured based on the X-ray emission dose adjusted to meet a requirement (S22~S24), wherein the at least one to-be-optimized region comprises an overexposed bright region and/or an underexposed dark region; and adding and synthesizing at least one optimized image corresponding to the at least one to-be-optimized region, or adding and synthesizing at least one optimized image corresponding to the at least one to-be-optimized region and the target image, to obtain an X-ray image of the target region.
Utilisation of a single-phase alloy with a face-centred cubic structure comprising at least copper and nickel, and including a total mass percentage of copper and nickel greater than or equal to 50%, for making an inner component for timepiece parts, with a mass proportion of nickel greater than or equal to 15.0% of the total mass, characterized in that said alloy is either a cupronickel including between 20.0 and 30.0 mass percent of nickel, and including from 0.0 to 2.0 mass percent of manganese and/or of iron and/or of chromium and/or of zirconium and/or of silicon, or a nickel silver alloy containing at least 8.0 mass percent of zinc.
Contact arm for a single-support disconnector, said contact arm having at least one profiled body and at least one contact element, wherein the at least one profiled body is configured in a rod-shaped manner and wherein the at least one contact element is configured in a bar-shaped manner, and the contact element has a T-profile, characterized in that the at least one profiled body is configured essentially as a rectangle and is hollow, and comprises on one side a through-going groove, and the contact element is embedded in said through-going groove.
A double-stranded, fully chemically-modified siRNA, comprising an antisense strand having a 5' end, a 3' end and complementarity to a target, and a sense strand having a 5' end, a 3' end and complementarity to the antisense strand, wherein the antisense strand comprises: alternating 2'-methoxy-ribonucleotides and 2'-fluoro-ribonucleotides; nucleotides at positions 2 and 14 from the 5' end that are not 2'-methoxy-ribonucleotides; a double-stranded region of 11-16 base pair duplexes comprising nucleotides that are connected via phosphodiester or phosphorothioate linkages; and a single-stranded region comprising nucleotides at positions 1-5, 1-6, 1-7 or 1-8 from the 3' end, wherein each nucleotide of the single-stranded region is connected to adjacent nucleotides via a phosphorothioate linkage, wherein the sense strand comprises: alternating 2'-methoxy-ribonucleotides and 2'-fluoro-ribonucleotides; nucleotides at positions 2 and 14 from the 3' end of the sense strand that are 2'-methoxy-ribonucleotides; and nucleotides connected via phosphodiester or phosphorothioate linkages, and wherein the 2'-OH residue of each nucleotide is chemically modified; wherein the sense strand is linked to a hydrophobic molecule at the 3' end. alternating 2'-methoxy-ribonucleotides and 2'-fluoro-ribonucleotides; nucleotides at positions 2 and 14 from the 5' end that are not 2'-methoxy-ribonucleotides; a double-stranded region of 11-16 base pair duplexes comprising nucleotides that are connected via phosphodiester or phosphorothioate linkages; and a single-stranded region comprising nucleotides at positions 1-5, 1-6, 1-7 or 1-8 from the 3' end, wherein each nucleotide of the single-stranded region is connected to adjacent nucleotides via a phosphorothioate linkage, alternating 2'-methoxy-ribonucleotides and 2'-fluoro-ribonucleotides; nucleotides at positions 2 and 14 from the 3' end of the sense strand that are 2'-methoxy-ribonucleotides; and nucleotides connected via phosphodiester or phosphorothioate linkages, and
A modularly mountable vehicle arrangement comprising a vehicle frame, wherein the vehicle frame has a plurality of profiles and a plurality of connecting elements, wherein each profile is formed with a profile cross-section and a profile longitudinal axis, and wherein the profiles are releasably connected to one another with the connecting elements characterized in that the profiles comprise elongate holes (21, 28) in their interior along the longitudinal axis of the profile for fastening connecting elements, and the connecting elements are fastened to the profiles by means of the elongate holes (21, 28).
A laundry appliance comprising a steam generator, wherein - the steam generator comprises a water tank wherein the water tank is fluidically connected to a filling means and a de-aeration means, and wherein - a highest point of the de-aeration means is located higher than the filling means; characterized in that - the laundry appliance is a refresher dryer; - the filling means comprises a filling hose and the de-aeration means comprises a de-aeration hose; - the filling hose comprises a lower end that is connected to the water tank of the steam generator and an upper end that is intended to be filled with water; - the de-aeration hose comprises a lower end that is connected to the water tank of the steam generator and an upper end that is fluidically connected to air, wherein - the highest point of the de-aeration hose is located higher than the upper end of the filling hose; and - the de-aeration hose comprises at least an upside-down U-shaped section. - the steam generator comprises a water tank wherein the water tank is fluidically connected to a filling means and a de-aeration means, and wherein - a highest point of the de-aeration means is located higher than the filling means; characterized in that - the laundry appliance is a refresher dryer; - the filling means comprises a filling hose and the de-aeration means comprises a de-aeration hose; - the filling hose comprises a lower end that is connected to the water tank of the steam generator and an upper end that is intended to be filled with water; - the de-aeration hose comprises a lower end that is connected to the water tank of the steam generator and an upper end that is fluidically connected to air, wherein - the highest point of the de-aeration hose is located higher than the upper end of the filling hose; and - the de-aeration hose comprises at least an upside-down U-shaped section.
Mechanical oscillator for a horological movement, the oscillator comprising: a central fixed part being configured to be fixed to a frame of the horological movement; an inertial rim coaxial with a pivoting axis of the mechanical oscillator; at least two rigid links extending radially between the central fixed part and the inertial rim and supporting the inertial rim; and at least two flexible links extending radially from the central fixed part; each flexible link comprising a first flexible element and a second flexible element substantially coplanar to the first element, the first flexible element and the second flexible element being rigidly connected at their distal extremity; the proximal extremity of the first flexible element being fixed to the fixed part and the proximal extremity of the second flexible element being fixed to one of said at least two rigid links, such that the inertial rim can oscillate around the pivoting axis; characterized in that the first flexible element comprises two first blades (5a, 5b) and the second flexible element comprises one second blade coplanar with said first blades (5a, 5b); and in that said two first blades (5a, 5b) are arranged on each side of one second blade. a central fixed part being configured to be fixed to a frame of the horological movement; an inertial rim coaxial with a pivoting axis of the mechanical oscillator; at least two rigid links extending radially between the central fixed part and the inertial rim and supporting the inertial rim; and at least two flexible links extending radially from the central fixed part; each flexible link comprising a first flexible element and a second flexible element substantially coplanar to the first element, the first flexible element and the second flexible element being rigidly connected at their distal extremity; the proximal extremity of the first flexible element being fixed to the fixed part and the proximal extremity of the second flexible element being fixed to one of said at least two rigid links, such that the inertial rim can oscillate around the pivoting axis; characterized in that the first flexible element comprises two first blades (5a, 5b) and the second flexible element comprises one second blade coplanar with said first blades (5a, 5b); and in that said two first blades (5a, 5b) are arranged on each side of one second blade.
A vehicle information processing apparatus configured to learn operation information obtained in response to respective vehicle operations performed by a driver in association with locations in which the vehicle operations have been respectively performed, wherein the vehicle information processing apparatus is configured to learn whether or not there is a reproducibility of an identical type of operation information in an identical location based on a number of times the identical type of operation information is obtained consecutively in the identical location, characterized in that when a number of passages through an identical location exceeds a predetermined number, the vehicle information processing apparatus learns the reproducibility of the operation information on the basis of a proportion of the number of times operation information of an identical type has been obtained in the predetermined number of newest passages.
A method in a receiving unit of a wireless network, for facilitating noise and interference measurements on an air interface, said method comprising steps of: obtaining information relating to a time-varying layout of a silent resource element, RE, grid; taking a presence of a silent RE grid into account in the reception of a control or a data channel; collecting statistics relating to inter-cell interference based on measurements on said silent RE grid in an electronic memory having code; and using said statistics with the code to estimate any or all of: a channel quality indicator, an inter-cell power that hits a channel, a co-variance matrix of an inter - cell interference that hits the channel and a full probability distribution of the inter-cell interference, wherein said step of obtaining information comprises the steps of: using a pseudo-random sequence to generate said layout of said silent RE grid; and synchronizing said pseudo - random sequence by deriving a seed for said pseudo - random sequence from parameters, wherein said pseudo - random sequence is synchronized in each frame based on said parameters that include a cell ID and a frame index. obtaining information relating to a time-varying layout of a silent resource element, RE, grid; taking a presence of a silent RE grid into account in the reception of a control or a data channel; collecting statistics relating to inter-cell interference based on measurements on said silent RE grid in an electronic memory having code; and using said statistics with the code to estimate any or all of: a channel quality indicator, an inter-cell power that hits a channel, a co-variance matrix of an inter - cell interference that hits the channel and a full probability distribution of the inter-cell interference, wherein said step of obtaining information comprises the steps of: using a pseudo-random sequence to generate said layout of said silent RE grid; and synchronizing said pseudo - random sequence by deriving a seed for said pseudo - random sequence from parameters, using a pseudo-random sequence to generate said layout of said silent RE grid; and synchronizing said pseudo - random sequence by deriving a seed for said pseudo - random sequence from parameters, wherein said pseudo - random sequence is synchronized in each frame based on said parameters that include a cell ID and a frame index.