mhurhangee/ep-ind-claims huggingface dataset:
Gymnastic machine (1, 1", 1 IV) of the type having a closed circuit sliding belt comprising a base structure (2, 2', 2"), a sliding belt (22, 22', 22"), sliding according to a sliding direction installed on said base structure (2, 2', 2") upon which a user performs a gymnastic exercise, a supporting structure (3, 3') coupled to said base structure (2, 2', 2"), a first (31, 31') and a second handle (32, 32') for supporting said user, coupled to said supporting structure (3, 3'), a resisting device wearable by the user, said gymnastic machine (1, 1", 1 IV) being characterized in that each of said first (31, 31') and a second handle (32, 32') comprises a respective coupling member (4, 4') for coupling with said resisting device, in that said coupling member is a lever which capable to be coupled to the respective second end (312-312', 322-322'), of each of said first (31, 31') and second handle (32, 32'), in that on said second ends (312-312', 322-322') of each of said first (31, 31') and second handle (32, 32'), a cavity is obtained, and in that said lever moves from a rest position, in which it is provided within said cavity, to a working position in which it is raised with respect to said second ends (312-312', 322-322') of each of said first (31, 31') and second handle (32, 32') and it is external to said cavity. a base structure (2, 2', 2"), a sliding belt (22, 22', 22"), sliding according to a sliding direction installed on said base structure (2, 2', 2") upon which a user performs a gymnastic exercise, a supporting structure (3, 3') coupled to said base structure (2, 2', 2"), a first (31, 31') and a second handle (32, 32') for supporting said user, coupled to said supporting structure (3, 3'), a resisting device wearable by the user, said gymnastic machine (1, 1", 1 IV) being characterized in that each of said first (31, 31') and a second handle (32, 32') comprises a respective coupling member (4, 4') for coupling with said resisting device, in that said coupling member is a lever which capable to be coupled to the respective second end (312-312', 322-322'), of each of said first (31, 31') and second handle (32, 32'), in that on said second ends (312-312', 322-322') of each of said first (31, 31') and second handle (32, 32'), a cavity is obtained, and in that said lever moves from a rest position, in which it is provided within said cavity, to a working position in which it is raised with respect to said second ends (312-312', 322-322') of each of said first (31, 31') and second handle (32, 32') and it is external to said cavity.
A package for preserving respiring produce contained in the package, in particular vegetables, fruit, herbs, spices and/or flowers, the package defining a package volume for containing a portion of the produce and a package atmosphere, and comprising a packaging material, in particular a polymer film, provided with at least one perforation enabling gas exchange with the atmosphere surrounding the package to form the package into a Controlled Atmosphere Package, wherein the packaging material has a Water Vapour Transmission Rate (WVTR), a carbon dioxide transmission rate (CO 2 TR) and an oxygen transmission rate (O 2 TR), wherein the CO 2 TR of the packaging material is larger than 1000 ml/(m 2.24 hrs), in particular being in a range of 1000 - 15000 ml/(m 2.24 hrs) while larger than 1000 ml/(m 2.24 hrs), and a ratio β = CO 2 TR / O 2 TR of the packaging material is larger than 4, in particular being in a range of 4 - 25 while larger than 4, characterised in that the WVTR of the packaging material is in a range of 100 - 1200 ml/(m2.24 hrs). the package defining a package volume for containing a portion of the produce and a package atmosphere, and comprising a packaging material, in particular a polymer film, provided with at least one perforation enabling gas exchange with the atmosphere surrounding the package to form the package into a Controlled Atmosphere Package, defining a package volume for containing a portion of the produce and a package atmosphere, and comprising a packaging material, in particular a polymer film, provided with at least one perforation enabling gas exchange with the atmosphere surrounding the package to form the package into a Controlled Atmosphere Package, wherein the packaging material has a Water Vapour Transmission Rate (WVTR), a carbon dioxide transmission rate (CO 2 TR) and an oxygen transmission rate (O 2 TR), wherein the CO 2 TR of the packaging material is larger than 1000 ml/(m 2.24 hrs), in particular being in a range of 1000 - 15000 ml/(m 2.24 hrs) while larger than 1000 ml/(m 2.24 hrs), and a ratio β = CO 2 TR / O 2 TR of the packaging material is larger than 4, in particular being in a range of 4 - 25 while larger than 4, characterised in that the WVTR of the packaging material is in a range of 100 - 1200 ml/(m2.24 hrs).
A communications system comprising: a plurality of airborne communications relay platforms configured to travel along a path within a shared reference plane; and a user terminal configured to communicate wirelessly with one of said communications relay platforms by an antenna system, said antenna system comprising an array of radiating elements forming a diamond shape comprising a first axis extending through a pair of opposed corners of said diamond shape and a second axis extending through another pair of opposed corners of said diamond shape, characterized in that: said array comprises a circular planar array of energized radiating elements and de-energized radiating elements, and said energized radiating elements form said diamond shape, wherein the user terminal is configured to orient said diamond shape to align said first axis with said reference plane, and to reorient said diamond shape to maintain said first axis aligned with said reference plane in response to a change in position of said reference plane relative to said array. a plurality of airborne communications relay platforms configured to travel along a path within a shared reference plane; and a user terminal configured to communicate wirelessly with one of said communications relay platforms by an antenna system, said antenna system comprising an array of radiating elements forming a diamond shape comprising a first axis extending through a pair of opposed corners of said diamond shape and a second axis extending through another pair of opposed corners of said diamond shape, characterized in that: said array comprises a circular planar array of energized radiating elements and de-energized radiating elements, and said energized radiating elements form said diamond shape, wherein the user terminal is configured to orient said diamond shape to align said first axis with said reference plane, and to reorient said diamond shape to maintain said first axis aligned with said reference plane in response to a change in position of said reference plane relative to said array. said array comprises a circular planar array of energized radiating elements and de-energized radiating elements, and said energized radiating elements form said diamond shape, wherein the user terminal is configured to orient said diamond shape to align said first axis with said reference plane, and to reorient said diamond shape to maintain said first axis aligned with said reference plane in response to a change in position of said reference plane relative to said array.
A control apparatus for a vehicle provided with an engine and drive wheels to which a drive force of the engine is to be transmitted, wherein said control apparatus is configured, during an inertia running or stop of the vehicle, to execute a control for stopping the engine and/or disconnecting the engine from the drive wheels in an area, depending on whether a condition is satisfied or not, and wherein the condition is set based on an information (Ic) that is transferred from another vehicle in which said control is executable during an inertia running or stop of the other vehicle, the information (Ic) including (a) location information (Svp) indicative of said area and (b) an acceleration representative value (tap, Δtap) representing a required acceleration of the other vehicle required by an operator of the other vehicle in said area, the acceleration representative value (tap, Δtap) being associated with the location information (Svp) indicative of said area.
Method for stabilizing a vehicle combination, composed of a tractor vehicle and trailer, during rolling movements, in which - the presence of a rolling movement of the tractor vehicle is detected, - after a first threshold value has been exceeded by the amplitude of an oscillating rolling movement variable which characterizes the rolling movement a steering intervention which is independent of the driver into the steering actuator system of the tractor vehicle takes place and - after a second threshold value has been exceeded by the amplitude of the rolling movement variable, a braking intervention which is independent of the driver into the braking actuator system of the tractor vehicle takes place, - wherein the second threshold value is selected to be higher than the first threshold value, characterized in that the steering intervention is carried out only if the increase in the amplitude value of the rolling movement variable over time is so slow that the difference in amplitude between two successive rolling movements does not exceed a threshold value. - the presence of a rolling movement of the tractor vehicle is detected, - after a first threshold value has been exceeded by the amplitude of an oscillating rolling movement variable which characterizes the rolling movement a steering intervention which is independent of the driver into the steering actuator system of the tractor vehicle takes place and - after a second threshold value has been exceeded by the amplitude of the rolling movement variable, a braking intervention which is independent of the driver into the braking actuator system of the tractor vehicle takes place, - wherein the second threshold value is selected to be higher than the first threshold value,
A portable electronic device configured to be positioned on a wrist of a user, the portable device for performing an electrocardiogram, ECG, said device comprising: - a watchcase, - a case back, configured to be at least partially in contact with the skin of the wrist, - a glass, - a bezel, mounted on the watchcase and surrounding the glass, movable in rotation with respect to the watchcase - a first ECG electrode, made of conductive material, on the case back and configured to be in contact with the skin of the wrist - a second ECG electrode, made of conductive material, on the bezel - an ECG electronics module, electrically connected to the first ECG electrode and the second ECG electrode, and configured to receive and process electrical signals from a user and retrieved by the ECG electrodes, to perform an electrocardiogram the device comprising an electrical connector in the housing configured to electrically connect the bezel and the ECG module, the electrical connector providing the connection between the ECG module and the second electrode, wherein the electrical connector comprises a plurality of compression springs configured to provide electrical contact with the bezel, the compression springs being angularly spaced. - a watchcase, - a case back, configured to be at least partially in contact with the skin of the wrist, - a glass, - a bezel, mounted on the watchcase and surrounding the glass, movable in rotation with respect to the watchcase - a first ECG electrode, made of conductive material, on the case back and configured to be in contact with the skin of the wrist - a second ECG electrode, made of conductive material, on the bezel - an ECG electronics module, electrically connected to the first ECG electrode and the second ECG electrode, and configured to receive and process electrical signals from a user and retrieved by the ECG electrodes, to perform an electrocardiogram
A combination weighing device comprising a plurality of conveying devices arranged radially about a distribution part disposed in an upper part in a center of the apparatus, each conveying device including a respective trough and being adapted to convey articles in the trough in a conveyance direction, each conveying device being characterized by a restricting plate to restrict a flow of the articles in the trough in the conveyance direction, wherein an angle at which the restricting plate faces the articles is variable, and wherein a device frame is disposed above the plurality of conveying devices so as to surround the distribution part, and the restricting plates of the conveying devices are attached to the device frame.
A method of anchoring a packet switched session of a subscriber of a visited network, wherein the method comprises - receiving, from the subscriber, a packet switched request for a setup of the packet switched session, and - anchoring the packet switched session in a control node of the visited network of the subscriber, wherein anchoring comprises sending information to the control node of the visited network for anchoring the packet-switched session in the control node of the visited network and media in a transmission node of the visited network, wherein sending information comprises sending at least one of a Correlation Mobile Station International Number (C-MSISDN), an International Mobile Subscriber Identity (IMSI), and a media description. - receiving, from the subscriber, a packet switched request for a setup of the packet switched session, and - anchoring the packet switched session in a control node of the visited network of the subscriber,
Method for degradation of plastics comprising the steps: (i) provision of at least one plastic in at least one solvent in a reactor; (ii) addition of at least one catalyst, selected from alcoholate; (iii) treatment of the mixture obtained in step (ii) at elevated temperatures of 30-250 °C and/or at elevated pressures from > 1 to 100 bar; and (iv) optionally separation of the mixture obtained in step (iii), wherein the at least one plastic is polyurethane, and wherein the solvent is methanol or ethanol. (i) provision of at least one plastic in at least one solvent in a reactor; (ii) addition of at least one catalyst, selected from alcoholate; (iii) treatment of the mixture obtained in step (ii) at elevated temperatures of 30-250 °C and/or at elevated pressures from > 1 to 100 bar; and (iv) optionally separation of the mixture obtained in step (iii), wherein the at least one plastic is polyurethane, and wherein the solvent is methanol or ethanol.
A press for shaping an absorbent tampon blank into a shaped tampon pledget, said press comprising: a central cavity arranged and configured to accommodate an absorbent tampon blank having a front portion and a back portion; the main longitudinal axis of the press passing in the middle of the central cavity; a plurality of penetrating dies, each penetrating die having a pressing face on at least a fragment of its side facing the central cavity and the plurality of penetrating dies being arranged radially around the said main longitudinal axis; and at least one cam to actuate the plurality of penetrating dies, wherein a plurality of the said penetrating dies are divided longitudinally, creating a group of composite penetrating dies, said composite penetrating dies having two parts, a front part and a back part, and all the front parts of the composite penetrating dies constitute the front group and all the back parts of the composite penetrating dies constitute the back group, wherein the front group and the back group are actuated independently, wherein: - at least one penetrating die having a pressing face with a first shaped longitudinal profile, and - at least one penetrating die having a pressing face with a second shaped longitudinal profile. - at least one penetrating die having a pressing face with a first shaped longitudinal profile, and - at least one penetrating die having a pressing face with a second shaped longitudinal profile.
A method comprising: for an optical fiber span coupled between a first node and a second node, obtaining a first receive power measurement at the second node with a controlled optical source at the first node turned on and with a plurality of Raman pump lasers at different wavelengths at the second node turned off; obtaining a second receive power measurement at the second node with the controlled optical source at the first node turned on and the plurality of Raman pump lasers turned on to respective power levels to inject optical Raman pump power into the optical fiber span; obtaining a noise measurement at the second node with the controlled optical source at the first node turned off and the plurality of Raman pump lasers turned on to the respective power levels; computing a measured Raman gain based on the first receive power measurement, the noise measurement, and the second receive power measurement; and setting the respective power levels of the plurality of Raman pump lasers to bring the measured Raman gain closer to a target Raman gain. for an optical fiber span coupled between a first node and a second node, obtaining a first receive power measurement at the second node with a controlled optical source at the first node turned on and with a plurality of Raman pump lasers at different wavelengths at the second node turned off; obtaining a second receive power measurement at the second node with the controlled optical source at the first node turned on and the plurality of Raman pump lasers turned on to respective power levels to inject optical Raman pump power into the optical fiber span; obtaining a noise measurement at the second node with the controlled optical source at the first node turned off and the plurality of Raman pump lasers turned on to the respective power levels; computing a measured Raman gain based on the first receive power measurement, the noise measurement, and the second receive power measurement; and setting the respective power levels of the plurality of Raman pump lasers to bring the measured Raman gain closer to a target Raman gain.
A method for the purification of exhaust gases which are generated by a diesel engine with a charging turbine and which, in addition to carbon monoxide, hydrocarbons and particles, contain nitrogen oxides with an NO 2 /NO x ratio of between 0.3 and 0.7, with the exhaust gas being conducted, in the flow direction of the exhaust gas, via an SCR catalytic converter for the reduction of the nitrogen oxides to form nitrogen, via an oxidation catalytic converter 4 for the oxidation of carbon monoxide and hydrocarbons to form CO 2, and through a diesel particle filter for the removal of particles, wherein urea solution, or the solution of some other water-soluble compound which releases ammonia, is used as a reducing agent for the SCR reaction, which reducing agent is dosed into the exhaust section upstream of the charging turbine.
A method for a teacher signaling device to conduct proxy teaching for learning devices within a decentralized system, comprising: obtaining, by the teacher signaling device, objectives data related to activities of one or more of the learning devices, by: generating, by the teacher signaling device, teaching routines based on an evaluation of the obtained objectives data that indicates desired behaviors of the learning devices, characterized in that the teaching routines instruct the teaching signaling device how and when to transmit event information, and broadcasting, by the teacher signaling device, teaching signals configured to teach one or more of the learning devices based on the generated teaching routines by providing the event information, which is configured to cause the one or more of the learning devices to adjust one or more trigger weights associated with stored reflexes, wherein said reflexes indicate a relationship between a trigger and an action the one or more learning devices is configured to perform. generating, by the teacher signaling device, teaching routines based on an evaluation of the obtained objectives data that indicates desired behaviors of the learning devices, characterized in that the teaching routines instruct the teaching signaling device how and when to transmit event information, and broadcasting, by the teacher signaling device, teaching signals configured to teach one or more of the learning devices based on the generated teaching routines by providing the event information, which is configured to cause the one or more of the learning devices to adjust one or more trigger weights associated with stored reflexes, wherein said reflexes indicate a relationship between a trigger and an action the one or more learning devices is configured to perform.
A current sensing noise thermometer comprising: a sensor resistor (R 0) thermally couplable to a target to be measured; a superconducting coil (L 0); superconducting thermal breaks (SC 0, SC 1) between respective ends of the sensor resistor and respective ends of the superconducting coil; and a superconducting flux sensor; wherein the sensor resistor, superconducting coil and superconducting thermal breaks form a loop inductively coupled to the superconducting flux sensor, characterized by the superconducting thermal breaks (SC 0, SC 1) having a thermal conductance less than or equal to 10 nW/K. a sensor resistor (R 0) thermally couplable to a target to be measured; a superconducting coil (L 0); superconducting thermal breaks (SC 0, SC 1) between respective ends of the sensor resistor and respective ends of the superconducting coil; and a superconducting flux sensor; wherein the sensor resistor, superconducting coil and superconducting thermal breaks form a loop inductively coupled to the superconducting flux sensor, characterized by the superconducting thermal breaks (SC 0, SC 1) having a thermal conductance less than or equal to 10 nW/K.