mhurhangee/ep-ind-claims huggingface dataset:
A load distributor for a sternum closure device, the load distributor comprising: a wire receiving section configured to be attached to a wire of the sternum closure device, the wire receiving section having a first cross-sectional dimension; and a load distributing section configured to extend between a sternum bone and the wire, the load distributing section having a bone-contacting region and being made from a flexible material to conform to an outer surface of the sternum bone upon tightening of the wire, wherein the bone-contacting region has a second extension substantially perpendicular to the wire receiving section that exceeds the first cross-sectional dimension, wherein the wire receiving section comprises at least one crimpable sleeve defining the first cross-sectional dimension, wherein the sleeve is configured to be crimped around the wire so as to attach the wire receiving section to the wire, characterized in that the wire receiving section and the load distributing section are separately formed and joined to each other. a wire receiving section configured to be attached to a wire of the sternum closure device, the wire receiving section having a first cross-sectional dimension; and a load distributing section configured to extend between a sternum bone and the wire, the load distributing section having a bone-contacting region and being made from a flexible material to conform to an outer surface of the sternum bone upon tightening of the wire, wherein the bone-contacting region has a second extension substantially perpendicular to the wire receiving section that exceeds the first cross-sectional dimension,
A toe cap (1, 20) for a shoe having a longitudinal direction, the toe cap (1, 20) covering a toe when embedded in a shoe toe to protect a toe from loads and impacts of heavy articles, comprising; a body of the toe cap (1, 20) formed as a cup-shaped shell body having a continuous gently curved surface formed by a front end wall (2, 21), a left side wall (3, 22), a right side wall (4, 23) and an upper face wall (5, 24), one of the left side wall (3, 22) and the right side wall (4, 23) forming a side wall at a little toe side; wherein the side wall at the little toe side is provided with an extension side wall (7, 26) extending rearward beyond a rear end edge (9, 27) of the upper face wall (5, 24) for protecting the little toe; wherein the toe cap is at a position, when embedded in a shoe toe, which does not disturb the bending of a foot; wherein the rear end edge (9, 27) of the upper face wall (5, 24) is arranged approximately perpendicular to the longitudinal direction; characterised in that the extension side wall (7, 26) is an approximately rectangle-shaped projection piece capable of covering the little toe sufficiently in both length and height from the side.
Solid electrolyte comprising a polymer and a salt selected from the group consisting of a lithium salt, a sodium salt and mixtures thereof, wherein the polymer comprises at least 50 mol% of recurring units of formula wherein R 1 is selected from the group consisting of C 2 -C 10 alkyl and C 2 -C 10 alkylenyl-C-(=O)R 2, R 2 is selected from the group consisting of -O-C 1 -C 6 alkyl, and m is 0 or 1. R 1 is selected from the group consisting of C 2 -C 10 alkyl and C 2 -C 10 alkylenyl-C-(=O)R 2, R 2 is selected from the group consisting of -O-C 1 -C 6 alkyl, and m is 0 or 1.
Aircraft wheel which is provided with rotational driving means (10; 110), the driving means comprising a driving ring (11; 111) which is associated with means (12; 112) for attaching the ring to a rim of the wheel, the wheel being characterised in that the attachment means are fixed to treads (19; 119) of the rim which further serve to retain removable brake blocks (21; 121) with which the rim is provided.
Method for generating a temporarily stored output signal (S AUS (t)) which is reduced both in the time range and in the frequency range compared with an input signal (S EIN ( t)), with the following steps: - determination of a spectrogram of the input signal (S EIN ( t)) in a specific time-frequency range, - selection of the spectrogram of the input signal (S EIN (t)) in at least one sub-frequency range and/or sub-time range of the time-frequency range and disregarding of the remaining sub-frequency ranges and /or sub-time ranges of the time-frequency range, - determination of the output signal (S AUS (t)) solely from the selected spectrogram, wherein for the selection of the sub-frequency ranges and/or the sub-time ranges events are detected in the spectrum of the input signal (S EIN (t)) and/or in the time range of the input signal (S EIN (t)) and/or of the output signal (S AUS (t)), characterised in that the selection of the sub-frequency ranges and/or the sub-time ranges is modified by means of selection signals to be generated depending on the detected events so that the reciprocity theorem of communications engineering and the Nyquist criterion are additionally satisfied for the determined output signals (S AUS (t)). - determination of a spectrogram of the input signal (S EIN ( t)) in a specific time-frequency range, - selection of the spectrogram of the input signal (S EIN (t)) in at least one sub-frequency range and/or sub-time range of the time-frequency range and disregarding of the remaining sub-frequency ranges and /or sub-time ranges of the time-frequency range, - determination of the output signal (S AUS (t)) solely from the selected spectrogram, wherein for the selection of the sub-frequency ranges and/or the sub-time ranges events are detected in the spectrum of the input signal (S EIN (t)) and/or in the time range of the input signal (S EIN (t)) and/or of the output signal (S AUS (t)),
An agricultural or horticultural fungicide comprising an azole derivative represented by general formula as an active ingredient, and further comprising another active ingredient, wherein the content of the another active ingredient in a formulated agricultural composition is from 0.1 to 95% by weight and the another active ingredient comprises at least one selected from azoxystrobin, pydiflumetofen, carbendazim, penthiopyrad, trifloxystrobin, fluoxastrobin, fluopyram, bixafen, spiroxamine, prothioconazole, mefentrifluconazole, metyltetraprole, metconazole, isoflucypram, fenpicoxamid, and fluxapyroxad: wherein A is N; D is hydrogen, R 1 is hydrogen; R 2 is -OMe; R 4 is a halogen group; R 3 is a halogen group; E is a phenyl group; n R 3 s are bonded at any substitution positions; n is 0, 1, 2, 3, or 4; Y is an oxygen atom bonded to any position of E; Z is a phenyl group; m R 4 s are bonded at any substitution positions; and m is 1 2, 3, 4 or 5. A is N; D is hydrogen, R 1 is hydrogen; R 2 is -OMe; R 4 is a halogen group; R 3 is a halogen group; E is a phenyl group; n R 3 s are bonded at any substitution positions; n is 0, 1, 2, 3, or 4; Y is an oxygen atom bonded to any position of E; Z is a phenyl group; m R 4 s are bonded at any substitution positions; and m is 1 2, 3, 4 or 5.
A blood pressure measuring apparatus using a light source selection process, the apparatus comprising: a light source array comprising a plurality of light sources; a light receiver configured to receive the lights that have penetrated through the user, and acquire photo-plethysmography signals from the received lights; and a processor configured to selectively turn on one or more light sources from among the plurality of light sources to emit one or more lights toward a user, and measure a phase difference between the acquired PPG signals, and measure a blood pressure based on the measured phase difference, a fingerprint recognition sensor configured to recognize fingerprints, wherein the processor is further configured to selectively turn on the one or more light sources based on at least one of a contact shape, a contact area, and a fingerprint pattern identified by the recognized fingerprints. a light source array comprising a plurality of light sources; a light receiver configured to receive the lights that have penetrated through the user, and acquire photo-plethysmography signals from the received lights; and a processor configured to selectively turn on one or more light sources from among the plurality of light sources to emit one or more lights toward a user, and measure a phase difference between the acquired PPG signals, and measure a blood pressure based on the measured phase difference, a fingerprint recognition sensor configured to recognize fingerprints, wherein the processor is further configured to selectively turn on the one or more light sources based on at least one of a contact shape, a contact area, and a fingerprint pattern identified by the recognized fingerprints.
A method for monitoring a state of a shut-off valve of a gas meter, the gas meter comprising a hollow body which delimits a measuring compartment, an inlet conduit and an output conduit in fluid communication with the measuring compartment, and an actuator coupled to the shut-off valve to switch it between an open state in which the shut-off valve allows the inflow of gas in the measuring compartment and a closed state in which the shut-off valve blocks the flow of gas into the measuring compartment, the method comprising the steps of: - monitoring an electric absorption of the actuator, and - determining the switching of the shut-off valve from one state to the other on the basis of the detection of a change in the electric absorption of the actuator above a threshold, characterized by further comprising the steps of: - measuring a temperature (T L) of the shut-off valve, and - determining a minimum switching time (t min) and a maximum switching time (t MAX) based on the measured temperature (T L), - counting an elapsed time (ts) from a start of the switching of the shut-off valve from one state to the other, and - checking (515, 530) if the elapsed time (ts) is comprised between the minimum switching time (t min) and the maximum switching time (tMAx). - monitoring an electric absorption of the actuator, and - determining the switching of the shut-off valve from one state to the other on the basis of the detection of a change in the electric absorption of the actuator above a threshold, - measuring a temperature (T L) of the shut-off valve, and - determining a minimum switching time (t min) and a maximum switching time (t MAX) based on the measured temperature (T L), - counting an elapsed time (ts) from a start of the switching of the shut-off valve from one state to the other, and - checking (515, 530) if the elapsed time (ts) is comprised between the minimum switching time (t min) and the maximum switching time (tMAx).
A composition obtainable by microencapsulation of a lipid component simultaneously with microparticulation of a protein component, wherein a) the protein component consists of whey protein concentrate in liquid and/or powdered form and/or concentrate of whey and/or non-concentrated whey and/or a mixture thereof, and other proteins, and wherein the source of the protein component comprises non-denaturated whey protein in a concentration of no less than 40% of the total concentration of protein, and wherein the concentration of any of the said other proteins is below 40% of the total concentration of protein, and b) the lipid component does not originate from the said protein component; and wherein a denaturation rate of the individual whey proteins in the composition of from 50% to 99% is provided; and wherein the composition does not comprise additives such as carbohydrates, emulsifiers, bulking agents, and antioxidants. a) the protein component consists of whey protein concentrate in liquid and/or powdered form and/or concentrate of whey and/or non-concentrated whey and/or a mixture thereof, and other proteins, and wherein the source of the protein component comprises non-denaturated whey protein in a concentration of no less than 40% of the total concentration of protein, and wherein the concentration of any of the said other proteins is below 40% of the total concentration of protein, and b) the lipid component does not originate from the said protein component;
Device for selective biological synthesis of a bone tissue comprising a screw for the stabilisation of a fracture or of an osteoporotic bone tissue, wherein said screw is arranged along an axis, substantially longitudinal with respect to said screw itself, and it is constituted by an extended body, from a first end or tip and from a second end or head, wherein at least said extended body and said second end or head comprise a longitudinal channel, wherein said extended body has at least one hole or slot (9, 9', 9''), said device further comprising a pin, insertable into said longitudinal channel and provided with releasable connection means with said screw, for reinforcing the device and for the releasable closure of said screw, characterised in that said device comprises an injector of the cannulated type, comprising a lower end, suitable to be coupled with an injection system by means of an adapter, and an upper end, suitable to be completely inserted into said longitudinal channel of said screw so as to obtain a selective injection through said holes or slots (9, 9', 9'') and/or said first end or tip and wherein said upper end of said injector is inserted into said longitudinal channel of said screw at a position selectable depending on the position of the screw intended to be reached or of said holes or slots (9, 9', 9'') to be subjected to perfusion.
A friction stirring tool comprising: a first rotating tool that is arranged for a welding-target portion of a metal material, on one side across the welding-target portion; and a second rotating tool that is arranged on the other side across the welding-target portion, and that is disposed so as to face the first rotating tool, wherein the first rotating tool has a first tool main body having a first shoulder portion which comes into contact with one side surface of the welding-target portion, a first probe protruding toward the second rotating tool from the first tool main body, and a protrusion protruding toward the second rotating tool from the first probe, and wherein the second rotating tool has a second tool main body having a second shoulder portion which comes into contact with the other side surface of the welding-target portion, a second probe protruding toward the first rotating tool from the second tool main body, and a protrusion accommodating portion disposed in the second probe and capable of accommodating the protrusion of the first rotating tool, characterized in that the protrusion is detachably fixed to the first probe, the first probe further has a fixing hole for fixing the protrusion, and the protrusion has a flange portion which protrudes outward from the fixing hole and which comes into contact with the first probe. a first rotating tool that is arranged for a welding-target portion of a metal material, on one side across the welding-target portion; and a second rotating tool that is arranged on the other side across the welding-target portion, and that is disposed so as to face the first rotating tool, wherein the first rotating tool has a first tool main body having a first shoulder portion which comes into contact with one side surface of the welding-target portion, a first probe protruding toward the second rotating tool from the first tool main body, and a protrusion protruding toward the second rotating tool from the first probe, and wherein the second rotating tool has a second tool main body having a second shoulder portion which comes into contact with the other side surface of the welding-target portion, a second probe protruding toward the first rotating tool from the second tool main body, and a protrusion accommodating portion disposed in the second probe and capable of accommodating the protrusion of the first rotating tool, characterized in that the protrusion is detachably fixed to the first probe, the first probe further has a fixing hole for fixing the protrusion, and the protrusion has a flange portion which protrudes outward from the fixing hole and which comes into contact with the first probe.
A floating downwind turbine power plant comprising: - a floating foundation, - a tower, which is non-rotatably arranged on the floating foundation, - an energy conversion unit, which is arranged on the tower, comprises a rotor and is non-rotatably connected to the tower, and - at least one tensioning element, extending in the upwind direction, which connects the tower or the energy conversion unit to the foundation, characterized in that - the foundation has three legs (20a, 20b, 20c), one leg of which is longer than the other two legs (20b, 20c), - the legs (20a, 20b, 20c) are connected to each other in a Y-shape and the tower is arranged on the foundation in the connection region of the legs (20a, 20b, 20c), and - the longest leg, extending in the upwind direction, is connected to the tower or the energy conversion unit by means of the tensioning element. - a floating foundation, - a tower, which is non-rotatably arranged on the floating foundation, - an energy conversion unit, which is arranged on the tower, comprises a rotor and is non-rotatably connected to the tower, and - at least one tensioning element, extending in the upwind direction, which connects the tower or the energy conversion unit to the foundation, - the foundation has three legs (20a, 20b, 20c), one leg of which is longer than the other two legs (20b, 20c), - the legs (20a, 20b, 20c) are connected to each other in a Y-shape and the tower is arranged on the foundation in the connection region of the legs (20a, 20b, 20c), and - the longest leg, extending in the upwind direction, is connected to the tower or the energy conversion unit by means of the tensioning element.
A garment (20, 320, 420) comprising: - a waist portion having a closable circumference to receive a waist of a wearer of the garment; and - a circumference closing system (30, 330, 430) comprising a line (40, 340A, 340B, 440A, 440B), the line comprising: • a first portion (42, 342, 442A, 442B) of the line secured to the garment; • a second portion (44, 344, 444A, 444B) of the line extending from the first portion along at least a portion of the closable circumference; characterized in that the line comprises • a third portion (46, 346, 446A, 446B) extending from the second portion through a constrict-able tubular length (50, 350) of the second portion (44, 344) or a constrict-able tubular length (450B, 450A) of a second portion (444B, 444A) of another line (440B, 440A); and • a fourth portion (48, 348, 448A, 448B) of the line exiting the constrict-able tubular length (50, 350, 450A, 450B). - a waist portion having a closable circumference to receive a waist of a wearer of the garment; and - a circumference closing system (30, 330, 430) comprising a line (40, 340A, 340B, 440A, 440B), the line comprising: • a first portion (42, 342, 442A, 442B) of the line secured to the garment; • a second portion (44, 344, 444A, 444B) of the line extending from the first portion along at least a portion of the closable circumference; characterized in that the line comprises • a third portion (46, 346, 446A, 446B) extending from the second portion through a constrict-able tubular length (50, 350) of the second portion (44, 344) or a constrict-able tubular length (450B, 450A) of a second portion (444B, 444A) of another line (440B, 440A); and • a fourth portion (48, 348, 448A, 448B) of the line exiting the constrict-able tubular length (50, 350, 450A, 450B). • a first portion (42, 342, 442A, 442B) of the line secured to the garment; • a second portion (44, 344, 444A, 444B) of the line extending from the first portion along at least a portion of the closable circumference; • a third portion (46, 346, 446A, 446B) extending from the second portion through a constrict-able tubular length (50, 350) of the second portion (44, 344) or a constrict-able tubular length (450B, 450A) of a second portion (444B, 444A) of another line (440B, 440A); and • a fourth portion (48, 348, 448A, 448B) of the line exiting the constrict-able tubular length (50, 350, 450A, 450B).
A method for connecting to a virtual desktop, comprising: obtaining, using a broker machine, a request to connect to a virtual delivery agent, VDA, from a client device, wherein the request comprises a user ID; automatically generating a user account on the VDA, wherein the generated user account comprises the user ID; generating a signed token for the user ID using the broker machine; providing, by the broker machine, the signed token to the VDA; authenticating, by the broker machine, the signed token using a logon notification provided by the VDA; and reconnecting, by the broker machine, the client device to an existing session hosted by the VDA when the signed token is authenticated by the broker. obtaining, using a broker machine, a request to connect to a virtual delivery agent, VDA, from a client device, wherein the request comprises a user ID; automatically generating a user account on the VDA, wherein the generated user account comprises the user ID; generating a signed token for the user ID using the broker machine; providing, by the broker machine, the signed token to the VDA; authenticating, by the broker machine, the signed token using a logon notification provided by the VDA; and reconnecting, by the broker machine, the client device to an existing session hosted by the VDA when the signed token is authenticated by the broker.