mhurhangee/ep-ind-claims huggingface dataset:
Removable autonomous signalling system for cabin-less vehicle users in which the users of bicycles, motorcycles and / or any type of vehicle without bodywork are signaled and displayed through a device that connects the user with the vehicle, characterized in that it comprises: a first block constituted by at least one sensor, an emitter, a microprocessor and a battery, wherein said block is in contact with the vehicle handlebar switch; a second block comprising at least one α rotation sensor in the handlebar, a microprocessor and an emitter, wherein said second block is located preferably on the front fork of the vehicle; a third block composed of a signal receiver sensor, a microprocessor, at least a signal emitter, a vertical tilt β sensor, a timer, a weight sensor and a primary circuit power emitter wirelessly, wherein said block is placed in the pilot's SEAT; a fourth block comprised by a signalling device incorporating a flexible sheet inserted between at least two guides parallel placed at a distance between them equal to the width of said flexible sheet and arranged in the back of the jacket or other garment of the user and that allow insertion and fastening of said sheet in the guides. a first block constituted by at least one sensor, an emitter, a microprocessor and a battery, wherein said block is in contact with the vehicle handlebar switch; a second block comprising at least one α rotation sensor in the handlebar, a microprocessor and an emitter, wherein said second block is located preferably on the front fork of the vehicle; a third block composed of a signal receiver sensor, a microprocessor, at least a signal emitter, a vertical tilt β sensor, a timer, a weight sensor and a primary circuit power emitter wirelessly, wherein said block is placed in the pilot's SEAT; a fourth block comprised by a signalling device incorporating a flexible sheet inserted between at least two guides parallel placed at a distance between them equal to the width of said flexible sheet and arranged in the back of the jacket or other garment of the user and that allow insertion and fastening of said sheet in the guides.
Use of a composition comprising a combination of enzyme preparations, said combination of enzyme preparations comprising a. cellulases, selected from at least cellobiohydrolases; b. xylanases; c. oxidoreductases, selected from at least catalases, laccases and peroxidases; d. esterases, selected from at least phytases; and e. antioxidants selected from the group consisting of ascorbates, tocopherols, polyphenols, natural vegetable extracts, citric acid or ascorbic acid, for the hydrothermal treatment of grain, pulse and cereal crop grains before processing. a. cellulases, selected from at least cellobiohydrolases; b. xylanases; c. oxidoreductases, selected from at least catalases, laccases and peroxidases; d. esterases, selected from at least phytases; and e. antioxidants selected from the group consisting of ascorbates, tocopherols, polyphenols, natural vegetable extracts, citric acid or ascorbic acid,
A method for operating a tyre pressure monitoring system for vehicles which have wheels equipped with a unit referred to as a wheel electronics unit, which has - a pressure sensor for measuring the tyre pressure - at least one further sensor for measuring at least one further measurand, - an electronic control unit, - a transmitter, and - an electrical power source and transmits measured values supplied by the sensors and/or variables derived therefrom and possibly data and an identifier individualising the particular wheel electronics unit in the form of digital data wirelessly transmitted to a receiver mounted in or on the vehicle, more specifically incorporated in telegrams which are transmitted from the transmitter at first time intervals to the receiver, characterised in that the data to be transmitted by the wheel electronics unit is divided into at least two telegrams, which follow one another at a predefined second time interval, which is stored in the receiver and is different from the first time intervals, and in that the time intervals between the relevant telegrams are detected in the receiver and telegrams which follow one another in the second time interval stored for a wheel electronics unit are assigned to this wheel electronics unit as belonging together. - a pressure sensor for measuring the tyre pressure - at least one further sensor for measuring at least one further measurand, - an electronic control unit, - a transmitter, and - an electrical power source
A dual mode light assembly for a position light of an aircraft, the dual mode light assembly comprising: abase; a visible light source mounted to the base and configured to emit visible light; a covert light source mounted to the base and configured to emit covert light; and at least one light shield mounted to the base and configured to restrict transmission of the visible light to a visible light pattern and to restrict transmission of the covert light to a covert light pattern,wherein, when installed on a wing tip of the aircraft, the position light is a forward position light and wherein the at least one light shield is a single light shield, and wherein the visible light source is outboard and laterally offset relative to the single light shield such that inboard transmission of the visible light is blocked by the single light shield. abase; a visible light source mounted to the base and configured to emit visible light; a covert light source mounted to the base and configured to emit covert light; and at least one light shield mounted to the base and configured to restrict transmission of the visible light to a visible light pattern and to restrict transmission of the covert light to a covert light pattern,wherein, when installed on a wing tip of the aircraft, the position light is a forward position light and wherein the at least one light shield is a single light shield, and wherein the visible light source is outboard and laterally offset relative to the single light shield such that inboard transmission of the visible light is blocked by the single light shield.
A composition for use in building muscle comprising citrulline or a salt thereof and a branched-chain amino acid or a salt thereof as active ingredients, wherein the amount of citrulline or a salt thereof in terms of free citrulline is from 10 wt% to 40 wt% of the composition and the total amount of branched-chain amino acid(s) or salt(s) thereof in terms of free branched amino acid(s) is from 20 wt% to 80 wt% of the composition.
An exercise apparatus comprising: a frame; a treadmill deck movably coupled with the frame, the treadmill deck defining a running path; a first columnar member coupled with the frame; a second columnar member coupled with the frame; a first support arm coupled with the first columnar member; a second support arm coupled with the second columnar member; a pivoting mechanism associated with at least one of the first columnar member and the first support arm; and a desk coupled with the pivoting mechanism and including a working surface supported by the first columnar member and the second columnar member, the working surface being selectively positionable between a first position where the working surface is positioned above a portion of the running path such that the desk is supported by the first support arm and the second support arm and a second position wherein the working surface is displaced away from being above the portion of the running path such that the desk is no longer supported by the second support arm, wherein the working surface is pivotably displaceable from the first position to the second position and remains substantially within a common plane as it moves from the first position to the second position. a frame; a treadmill deck movably coupled with the frame, the treadmill deck defining a running path; a first columnar member coupled with the frame; a second columnar member coupled with the frame; a first support arm coupled with the first columnar member; a second support arm coupled with the second columnar member; a pivoting mechanism associated with at least one of the first columnar member and the first support arm; and a desk coupled with the pivoting mechanism and including a working surface supported by the first columnar member and the second columnar member, the working surface being selectively positionable between a first position where the working surface is positioned above a portion of the running path such that the desk is supported by the first support arm and the second support arm and a second position wherein the working surface is displaced away from being above the portion of the running path such that the desk is no longer supported by the second support arm, wherein the working surface is pivotably displaceable from the first position to the second position and remains substantially within a common plane as it moves from the first position to the second position.
An apparatus for guiding a medical instrument to a target in a lung of a patient, wherein one or more positions of a tracked navigation instrument within the lung are sampled and used to produce a display of the tracked navigation instrument in the lung, the apparatus comprising: a lumen for insertion into the lung; a tracked navigation instrument for insertion into the lung through the interior of the lumen, wherein a tip of the tracked navigation instrument is advanced to the target using the display of the tracked navigation instrument in the lung, and wherein the lumen is advanced over the tracked navigation instrument to the target; and a medical instrument for insertion through the lumen to the target; characterized by a dynamic referencing device comprising one or more position indicating elements and a lumen for providing adequate sampling of patient motion so as to preserve a registration of desired parts of the patient's anatomy. a lumen for insertion into the lung; a tracked navigation instrument for insertion into the lung through the interior of the lumen, wherein a tip of the tracked navigation instrument is advanced to the target using the display of the tracked navigation instrument in the lung, and wherein the lumen is advanced over the tracked navigation instrument to the target; and a medical instrument for insertion through the lumen to the target; characterized by a dynamic referencing device comprising one or more position indicating elements and a lumen for providing adequate sampling of patient motion so as to preserve a registration of desired parts of the patient's anatomy. a dynamic referencing device comprising one or more position indicating elements and a lumen for providing adequate sampling of patient motion so as to preserve a registration of desired parts of the patient's anatomy.
An aircraft propulsion system comprising: a plurality of engines configured to be attached to an aircraft body of an aircraft; a plurality of generators each configured to be connected to an engine shaft of the respective engine; a battery configured to store power generated by the generators, a plurality of motors driven by the power supplied from the generators or the battery; a plurality of rotors configured to be attached to the aircraft body of the aircraft and driven by driving forces output from the motors; a detector configured to detect a temperature related to each of the plurality of engines; and a controller configured to control operating states of the plurality of engines, characterised in that the controller is configured to cause at least a first engine among the plurality of engines to be stopped and to cause a second engine among the plurality of engines, which has not been stopped, to be operated when the aircraft is flying in a prescribed flight mode and to cause the first engine to be operated and to cause the second engine to be stopped when the detector detects that the temperature related to the first engine is less than or equal to a first prescribed temperature. a plurality of engines configured to be attached to an aircraft body of an aircraft; a plurality of generators each configured to be connected to an engine shaft of the respective engine; a battery configured to store power generated by the generators, a plurality of motors driven by the power supplied from the generators or the battery; a plurality of rotors configured to be attached to the aircraft body of the aircraft and driven by driving forces output from the motors; a detector configured to detect a temperature related to each of the plurality of engines; and a controller configured to control operating states of the plurality of engines, characterised in that the controller is configured to cause at least a first engine among the plurality of engines to be stopped and to cause a second engine among the plurality of engines, which has not been stopped, to be operated when the aircraft is flying in a prescribed flight mode and to cause the first engine to be operated and to cause the second engine to be stopped when the detector detects that the temperature related to the first engine is less than or equal to a first prescribed temperature.
Fastener gun provided with a tubular body configured to accept a power driver in a driver-holder tube in which a fastener and a driver cartridge are positioned, said driver-holder being slidably mounted in said tubular body, the tubular body of the gun accepting at its front end a spall guard and accepting at its rear end a firing pin which is actuated by a trigger, characterized in that it comprises on the one hand first safety means (13; 113) capable of blocking the movement of the driver-holder toward the firing pin as long as said first safety means are engaged, and in that it comprises on the other hand second safety means capable of maintaining a safety distance between the firing pin and the cartridge, even when said first safety means are disengaged.
An automated method for monitoring total hardness concentration in industrial water containing soluble calcium and soluble magnesium, the method comprising: combining an aliquot of water with a magnesium-containing reagent whereby the soluble calcium within the aliquot of water is displaced by soluble magnesium, thereby creating a modified water sample having an increased soluble magnesium content; combining the modified water sample with a quantity of a pH-buffered liquid and a magnesium coordinating fluorescing reagent to produce a buffered water sample containing soluble magnesium; whereby the magnesium coordinating fluorescing reagent coordinates with the soluble magnesium present in the buffered water sample to produce a coordinated magnesium compound; quantifying the increased soluble magnesium content in the buffered water sample via fluorescence measurement of the coordinated magnesium compound thereby determining the total hardness concentration of the water; wherein the pH-buffered liquid comprises a water soluble, non-coordinating base capable of buffering the pH-buffered liquid and the buffered water sample to a pH from 8 to 12; and wherein the magnesium coordinating fluorescing reagent is selected from the group consisting of a water soluble, aromatic, ortho hydroxyl substituted azo dye; a water soluble, fused-ring heterocycle; and combinations thereof. combining an aliquot of water with a magnesium-containing reagent whereby the soluble calcium within the aliquot of water is displaced by soluble magnesium, thereby creating a modified water sample having an increased soluble magnesium content; combining the modified water sample with a quantity of a pH-buffered liquid and a magnesium coordinating fluorescing reagent to produce a buffered water sample containing soluble magnesium; whereby the magnesium coordinating fluorescing reagent coordinates with the soluble magnesium present in the buffered water sample to produce a coordinated magnesium compound; quantifying the increased soluble magnesium content in the buffered water sample via fluorescence measurement of the coordinated magnesium compound thereby determining the total hardness concentration of the water; wherein the pH-buffered liquid comprises a water soluble, non-coordinating base capable of buffering the pH-buffered liquid and the buffered water sample to a pH from 8 to 12; and wherein the magnesium coordinating fluorescing reagent is selected from the group consisting of a water soluble, aromatic, ortho hydroxyl substituted azo dye; a water soluble, fused-ring heterocycle; and combinations thereof.
Method for sorting objects with the aid of a sorting device, wherein each object is provided with a coding of a delivery point, the delivery points are arranged in a delivery sequence, the sorting device has a number of output devices, of which some or all are identified as sorting end locations, each object runs through the sorting device at least twice and, in each run, - the delivery address attached to the object is determined and - depending on the delivery point determined, the object is transferred into one of the output devices, wherein, after each run apart from the last, the output devices are emptied one after the other and the objects are returned to the sorting device and in the last run, each object is transferred into one of the sorting end locations, each sorting end location is assigned at least one group of delivery points, comprising one or more delivery points following directly one after the other in the delivery sequence, in each run, the objects are transferred into output devices on the basis of groups of delivery points, so that all the objects that are coded with a delivery point of the same group of delivery points are transferred into the same output device, characterized in that, in the last run, the objects, sorted on the basis of groups of delivery points, are transferred into sorting end locations in such a way that each object is transferred into that sorting end location that is assigned its delivery point and, in each sorting end location, the objects are sorted on the basis of delivery points according to the delivery sequence. - the delivery address attached to the object is determined and - depending on the delivery point determined, the object is transferred into one of the output devices,
A method for changing the depth at which a recorded image is focused in a portable imaging device, which device comprises; an image recording arrangement comprising a lens system and an image sensor for recording images, and a display arrangement for presentation of the recorded images, which method being characterized by the step of: moving a movable focusing frame covering a part of a recorded image presented on the display so as to identify an area of interest in the presented image; analyzing the image within the frame to obtain a setting required to focus the image within the frame; applying the obtained setting to the full presented image so as to focus the presented image at the depth defined by the current position of the movable focusing frame. an image recording arrangement comprising a lens system and an image sensor for recording images, and a display arrangement for presentation of the recorded images, which method being characterized by the step of: moving a movable focusing frame covering a part of a recorded image presented on the display so as to identify an area of interest in the presented image; analyzing the image within the frame to obtain a setting required to focus the image within the frame; applying the obtained setting to the full presented image so as to focus the presented image at the depth defined by the current position of the movable focusing frame.
A method for a user equipment, UE, for reporting a master node, MN, failure, the method comprising: detecting a failure in a radio link to the MN; determining whether the UE is configured with a split signaling radio bearer, SRB; transmitting an MN failure report to the MN using a secondary node, SN, path of the split SRB after determining that the UE is configured with the split SRB; determining whether the UE is configured with an SRB type 3, SRB3, after determining that the UE is not configured with the split SRB; transmitting the MN failure report to the MN using the SRB3 after determining that the UE is configured with the SRB3; maintaining current measurement configurations received from the MN and the SN after determining that the radio link to the MN has failed; and continuing to perform measurements based on the current measurement configurations received from the MN and the SN. detecting a failure in a radio link to the MN; determining whether the UE is configured with a split signaling radio bearer, SRB; transmitting an MN failure report to the MN using a secondary node, SN, path of the split SRB after determining that the UE is configured with the split SRB; determining whether the UE is configured with an SRB type 3, SRB3, after determining that the UE is not configured with the split SRB; transmitting the MN failure report to the MN using the SRB3 after determining that the UE is configured with the SRB3; maintaining current measurement configurations received from the MN and the SN after determining that the radio link to the MN has failed; and continuing to perform measurements based on the current measurement configurations received from the MN and the SN.
Method for optically measuring inner and/or outer diameters of objects using a measuring machine having a probe arm having an optical measuring probe, wherein an optical beam is focused by the optical measuring probe onto a surface of the object, - wherein the optical beam is split in the optical measuring probe into a first measuring beam having a first probe point and into a second measuring beam having a second probe point, located diametrically opposite to the first probe point, - wherein, in a first step, the optical measuring probe is positioned at a first measurement position such that the first probe point is situated on a first surface of the object, - wherein, in a second step, the probe arm is positioned at a second measurement position such that the second probe point is situated on a second surface of the object, and - wherein the distance between the surfaces is determined from the distance between the first measurement position and the second measurement position and a calibration distance between the first probe point and the second probe point. - wherein the optical beam is split in the optical measuring probe into a first measuring beam having a first probe point and into a second measuring beam having a second probe point, located diametrically opposite to the first probe point, - wherein, in a first step, the optical measuring probe is positioned at a first measurement position such that the first probe point is situated on a first surface of the object, - wherein, in a second step, the probe arm is positioned at a second measurement position such that the second probe point is situated on a second surface of the object, and - wherein the distance between the surfaces is determined from the distance between the first measurement position and the second measurement position and a calibration distance between the first probe point and the second probe point.
Refrigerator, in particular domestic refrigerator, having an interior space and having interior lighting that comprises at least one illuminating means, characterised in that a fibre optic for conveying light from the illuminating means into the interior space comprises a transparent flat body extending along a wall of the interior space and a plurality of coupling-out structures distributed on the body, wherein the coupling-out structures are localized projections of the fibre optic on a substantially flat principal surface of the fibre optic, wherein the density of the coupling-out structures increases with increasing distance from the illuminating means, on the one hand by the distance decreasing between the coupling-out structures arranged in horizontal rows, on the other hand by the number of coupling-out structures gradually rising in each row.