mhurhangee/ep-ind-claims huggingface dataset:
Device for assisting with manual dispensing of medicaments, comprising: a) a holder (3.3) for a medicament dispensing container, which is selectively dividable into one or more compartments (4.1, 4.2, 4.3, 4.4), b) an electronically actuatable compartment indication means (3.1, 3.11) for visual indication of the compartment (4.1, 4.2, 4.3, 4.4) of the medicament dispensing container to be filled and c) a control module (2.51) for controlling the compartment indication means (3.1, 3.11) on the basis of predetermined prescription data, characterized in that d) the compartment indication means comprises a screen (3.1), which is attached adjacent to the holder (3.3) for the medicament dispensing container, for indicating by way of at least one screen area adjacent to the holder at least one compartment (4.1, 4.2, 4.3, 4.4) of the medicament dispensing container. a) a holder (3.3) for a medicament dispensing container, which is selectively dividable into one or more compartments (4.1, 4.2, 4.3, 4.4), b) an electronically actuatable compartment indication means (3.1, 3.11) for visual indication of the compartment (4.1, 4.2, 4.3, 4.4) of the medicament dispensing container to be filled and c) a control module (2.51) for controlling the compartment indication means (3.1, 3.11) on the basis of predetermined prescription data, characterized in that d) the compartment indication means comprises a screen (3.1), which is attached adjacent to the holder (3.3) for the medicament dispensing container, for indicating by way of at least one screen area adjacent to the holder at least one compartment (4.1, 4.2, 4.3, 4.4) of the medicament dispensing container.
Method for managing, by management equipment, at least a first and a second wireless network, the equipment managing wireless networks comprising a first access point of the first wireless network and a second access point of the second wireless network, the first wireless network having functionalities and/or performances superior to the second wireless network, each access point sending beacons enabling a station located in the coverage area of said beacons to associate itself with the wireless network of said access point, at least one station being located in the coverage area of the first and second wireless networks, the at least one station being able to process the beacons sent by the first and second access points or being able to process the beacons sent by the second access point and not being able to process the beacon sent by the first access point, characterised in that the method comprises the steps, performed by the second access point, of: - receiving, an association request coming from the at least one station, - associating the at least one station with the second access point, - checking whether the at least one station is able to process the beacons sent by the first access point, - exchanging messages with the at least one station in an association procedure, - deassociating the at least one station with the second access point if the at least one station is able to process the beacons sent by the first access point. - receiving, an association request coming from the at least one station, - associating the at least one station with the second access point, - checking whether the at least one station is able to process the beacons sent by the first access point, - exchanging messages with the at least one station in an association procedure, - deassociating the at least one station with the second access point if the at least one station is able to process the beacons sent by the first access point.
Apparatus for monitoring and checking waste delivery, particularly selective waste collection, provided with a vertical post attached to a support base, said apparatus being arranged in the vicinity of an area intended for waste delivery and provided with a plurality of waste containers, each of said waste delivery containers being provided with a lid, said apparatus comprising - sensor means for detecting the weight of the waste to be delivered which are provided with a plate for the positioning of said waste, - means for detecting the volume of the waste to be delivered, - lighting means, photovoltaic panels, video surveillance means (25, 27) capable of monitoring both user's operations and said waste delivery area, - user interface means for selecting the type of waste being delivered, - a processing/controlling unit provided with means for reading a user identification means, and means for combining the detected weight and the detected volume of the waste to be delivered to obtain the density thereof in order to check that the obtained density corresponds to the selected type of waste, - data transmission means, - acoustic and/or visual warning means, and - means capable of generating labels applicable to delivery bags in order to allow for the identification thereof at a collection/sorting facility, wherein the apparatus further comprises means for opening and closing said lid of each waste containers and wherein the processing/controlling unit is able to activate the opening means of the lid the appropriate waste container for the selected type of waste while maintaining closed the other waste containers. - sensor means for detecting the weight of the waste to be delivered which are provided with a plate for the positioning of said waste, - means for detecting the volume of the waste to be delivered, - lighting means, photovoltaic panels, video surveillance means (25, 27) capable of monitoring both user's operations and said waste delivery area, - user interface means for selecting the type of waste being delivered, - a processing/controlling unit provided with means for reading a user identification means, and means for combining the detected weight and the detected volume of the waste to be delivered to obtain the density thereof in order to check that the obtained density corresponds to the selected type of waste, - data transmission means, - acoustic and/or visual warning means, and - means capable of generating labels applicable to delivery bags in order to allow for the identification thereof at a collection/sorting facility,
Bicycle gear unit comprising - an output shaft which is configured for driving a bicycle, - a first friction wheel which is arranged fixedly on the output shaft so as to rotate with it, - a second friction wheel which can be driven by the rider and/or motor and is mounted coaxially with respect to the output shaft, and - at least one rotatably mounted double cone which is arranged eccentrically with respect to the output shaft, - the first friction wheel and the second friction wheel rolling on the double cone in a frictionally locking manner in order to transmit torque, characterized in that the first friction wheel comprises a pressure shell which is arranged fixedly on the output shaft so as to rotate with it and a friction shell which is connected fixedly to the pressure shell so as to rotate with it, the friction shell being displaceable in the longitudinal direction of the output shaft with respect to the pressure shell, and the friction shell rolling on the double cone in a frictionally locking manner. - an output shaft which is configured for driving a bicycle, - a first friction wheel which is arranged fixedly on the output shaft so as to rotate with it, - a second friction wheel which can be driven by the rider and/or motor and is mounted coaxially with respect to the output shaft, and - at least one rotatably mounted double cone which is arranged eccentrically with respect to the output shaft, - the first friction wheel and the second friction wheel rolling on the double cone in a frictionally locking manner in order to transmit torque,
A panel for forming structures in an aircraft such as walls, ceilings, floors, closets, doors, the panel comprising: a dielectric core; a first sheet attached to a first side of the dielectric core by a first conductive adhesive; a second sheet attached to a second side of the dielectric core by a second conductive adhesive, wherein the first conductive adhesive, the second conductive adhesive ( and the dielectric core form a battery, wherein the first adhesive conductive adhesive is a first electrode of the battery, wherein the second conductive adhesive is a second electrode of the battery and, wherein the first sheet and the second sheet are selected from at least one of a decorative laminate or a composite layer. a dielectric core; a first sheet attached to a first side of the dielectric core by a first conductive adhesive; a second sheet attached to a second side of the dielectric core by a second conductive adhesive, wherein the first conductive adhesive, the second conductive adhesive ( and the dielectric core form a battery, wherein the first adhesive conductive adhesive is a first electrode of the battery, wherein the second conductive adhesive is a second electrode of the battery and, wherein the first sheet and the second sheet are selected from at least one of a decorative laminate or a composite layer.
Filling nozzle for delivering a fluid into a tank, said filling nozzle having: a. a first fluid connector which is connectable to a fluid infeed line; b. a second fluid connector which is connectable to a connector port of the tank; c. a duct for directing the fluid from the first fluid connector to the second fluid connector; d. a main valve which is disposed in the duct; e. a coupling installation for establishing a connection between the filling nozzle and the connector port; and f. an activation device for activating the coupling installation and the main valve, wherein the activation device has a hand lever which is movable between a closed position and an opened position, wherein the activation device is specified for converting a movement of the hand lever between the closed position and the opened position to a temporally offset activation of the coupling installation and the main valve, characterized in that the activation device has a coupling joint which is connected to the hand lever and which by way of a first operative connection is connected to the coupling installation and by way of a second operative connection is connected to the main valve, wherein the operative connections for the coupling joint (20, 20') form a guide such that the coupling joint (20, 20') when activating the hand lever in a first hand lever range is initiated to rotate about a first pivot axis and/or to displace in a first direction, and in that the coupling joint (20, 20') when activating the hand lever in a second hand lever range is initiated to rotate about a second pivot axis and/or to displace in a second direction. a. a first fluid connector which is connectable to a fluid infeed line; b. a second fluid connector which is connectable to a connector port of the tank; c. a duct for directing the fluid from the first fluid connector to the second fluid connector; d. a main valve which is disposed in the duct; e. a coupling installation for establishing a connection between the filling nozzle and the connector port; and f. an activation device for activating the coupling installation and the main valve, wherein the activation device has a hand lever which is movable between a closed position and an opened position, wherein
A catheter (10,200) comprising: an elongated tubular body including a first wall and second wall defining first and second lumens (104a,106a), respectively, each wall (104,106) extending to a distal end and defining a distal opening, the first and second lumens (104a,106a) being separated by a septum (112,212), the septum (112,212) including a septum extension (114,214) extending distally from the septum (112,212), characterized in that the septum extension (114,214) is cantilevered to the septum (112,212) to articulate relative to the septum (112,212) in response to fluid flow into and out of the distal openings of the first and second lumens (104a,106a), wherein the septum extension (114,214) is dimensioned to partially obstruct fluid flow into the catheter (10,200) through one of the distal openings upon the articulation of the septum extension (114,214). an elongated tubular body including a first wall and second wall defining first and second lumens (104a,106a), respectively, each wall (104,106) extending to a distal end and defining a distal opening, the first and second lumens (104a,106a) being separated by a septum (112,212), the septum (112,212) including a septum extension (114,214) extending distally from the septum (112,212), characterized in that the septum extension (114,214) is cantilevered to the septum (112,212) to articulate relative to the septum (112,212) in response to fluid flow into and out of the distal openings of the first and second lumens (104a,106a), wherein the septum extension (114,214) is dimensioned to partially obstruct fluid flow into the catheter (10,200) through one of the distal openings upon the articulation of the septum extension (114,214).
Method for correcting a position probability distribution, wherein - at least two mobile systems (2, 4) determine a respective position probability distribution by way of a respective GNSS receiver, - at least one mobile system determines a distance to at least one second mobile system, - the at least two mobile systems (2, 4) exchange the determined position probability distributions with one another through a communication connection, characterized in that an improvement is made to the position probability distributions of the at least two mobile systems (2, 4) using the at least two determined position probability distributions and the distance between the at least two mobile systems (2, 4). - at least two mobile systems (2, 4) determine a respective position probability distribution by way of a respective GNSS receiver, - at least one mobile system determines a distance to at least one second mobile system, - the at least two mobile systems (2, 4) exchange the determined position probability distributions with one another through a communication connection, characterized in that an improvement is made to the position probability distributions of the at least two mobile systems (2, 4) using the at least two determined position probability distributions and the distance between the at least two mobile systems (2, 4).
A heat-sensitive color-developing composition comprising a hydroxyquinoline compound having a methyl group and an acid anhydride compound represented by general formula: wherein ring A represents a substituted or unsubstituted aromatic hydrocarbon ring, and n represents an integer of 1 to 3.
A gas detector comprising: a planar mirror; a concave spherical mirror having a and an optical axis a radiation emitter and a radiation receiver, wherein: the spherical mirror is facing the planar mirror; the optical axis of the spherical mirror is orthogonal to the planar mirror; the emitter or the receiver is arranged at the point of intersection of the spherical mirror and of the optical axis; the receiver or the emitter is arranged at the point of intersection of the planar mirror and of the optical axis; and when a beam is emitted by emitter, it is reflected by the planar mirror and then by the spherical mirror before reaching the receiver, characterized in that the emitter and the receiver are respectively connected to the planar and spherical mirrors at the intersections of said mirrors with the optical axis so as to form a single assembly; and in that the distance between the planar and spherical mirrors being equal to 0.75 times the radius of curvature of the spherical mirror, to within 10%. a planar mirror; a concave spherical mirror having a and an optical axis a radiation emitter and a radiation receiver, wherein: the spherical mirror is facing the planar mirror; the optical axis of the spherical mirror is orthogonal to the planar mirror; the emitter or the receiver is arranged at the point of intersection of the spherical mirror and of the optical axis; the receiver or the emitter is arranged at the point of intersection of the planar mirror and of the optical axis; and when a beam is emitted by emitter, it is reflected by the planar mirror and then by the spherical mirror before reaching the receiver, characterized in that the emitter and the receiver are respectively connected to the planar and spherical mirrors at the intersections of said mirrors with the optical axis so as to form a single assembly; and in that the distance between the planar and spherical mirrors being equal to 0.75 times the radius of curvature of the spherical mirror, to within 10%. the spherical mirror is facing the planar mirror; the optical axis of the spherical mirror is orthogonal to the planar mirror; the emitter or the receiver is arranged at the point of intersection of the spherical mirror and of the optical axis; the receiver or the emitter is arranged at the point of intersection of the planar mirror and of the optical axis; and when a beam is emitted by emitter, it is reflected by the planar mirror and then by the spherical mirror before reaching the receiver, characterized in that the emitter and the receiver are respectively connected to the planar and spherical mirrors at the intersections of said mirrors with the optical axis so as to form a single assembly; and in that the distance between the planar and spherical mirrors being equal to 0.75 times the radius of curvature of the spherical mirror, to within 10%.
A portable system for logging sensor data and creating energy consumption patterns in an area comprising: a low-accuracy clock; and a processor in communication with a memory, the processor; receiving data items from each of a plurality of sensors (120, 130, 140); associating a time stamp generated by the low-accuracy clock with each data item received from each of the plurality of sensors; storing the received data items for a predetermined period of time; and processing the stored data items to determine whether a high accuracy clock signal is required for each of the stored data items and upon determining that a high accuracy clock signal is required, carrying out the following steps: approximating a correction of the time-stamp associated with the low-accuracy clock based on a known time pattern; refining the correction based on a known occupancy pattern associated with a second known time pattern; and applying the correction to the time-stamp associated with the low-accuracy of the stored data. a low-accuracy clock; and a processor in communication with a memory, the processor; receiving data items from each of a plurality of sensors (120, 130, 140); associating a time stamp generated by the low-accuracy clock with each data item received from each of the plurality of sensors; storing the received data items for a predetermined period of time; and processing the stored data items to determine whether a high accuracy clock signal is required for each of the stored data items and upon determining that a high accuracy clock signal is required, carrying out the following steps: approximating a correction of the time-stamp associated with the low-accuracy clock based on a known time pattern; refining the correction based on a known occupancy pattern associated with a second known time pattern; and applying the correction to the time-stamp associated with the low-accuracy of the stored data. receiving data items from each of a plurality of sensors (120, 130, 140); associating a time stamp generated by the low-accuracy clock with each data item received from each of the plurality of sensors; storing the received data items for a predetermined period of time; and processing the stored data items to determine whether a high accuracy clock signal is required for each of the stored data items and upon determining that a high accuracy clock signal is required, carrying out the following steps: approximating a correction of the time-stamp associated with the low-accuracy clock based on a known time pattern; refining the correction based on a known occupancy pattern associated with a second known time pattern; and applying the correction to the time-stamp associated with the low-accuracy of the stored data. approximating a correction of the time-stamp associated with the low-accuracy clock based on a known time pattern; refining the correction based on a known occupancy pattern associated with a second known time pattern; and applying the correction to the time-stamp associated with the low-accuracy of the stored data.
A method of estimation, by means of an electronic processing device, of the quality of a heart rate signal delivered by a heart rate sensor during an acquisition phase (T acq) of duration W, said signal being delivered rid of possible outliers and comprising a sequence of N samples IBI i each having a value representative of a duration between two successive heartbeats detected by the sensor, N being an integer greater than or equal to 2 and i being an integer in the range from 1 to N, the method comprising a step of calculation, by means of the electronic processing device, of a ratio or a difference between duration W of the acquisition phase (T acq) and the sum of the values of the samples IBI i of the signal, and a step of delivery of a default indicator L which is a function of this ratio or of this difference.
A hearing aid, comprising: a microphone to convert an audio input into an input signal; processing circuitry to process the input signal to produce an output signal in a manner that compensates for a user's hearing deficit; a speaker to convert the output signal into an audio output; a wireless receiver interfaced to the processing circuitry; wherein the processing circuitry is configured to implement a classifier to select from two or more processing algorithms that differ in delay time to produce the output signal; and wherein the classifier is configured to use environment descriptors obtained from information that includes an estimated speech-to-noise ratio of the audio signal received by the microphone and, in order to identify car usage, an estimated speed of the user as determined from global positioning system signals received by the wireless receiver. a microphone to convert an audio input into an input signal; processing circuitry to process the input signal to produce an output signal in a manner that compensates for a user's hearing deficit; a speaker to convert the output signal into an audio output; a wireless receiver interfaced to the processing circuitry; wherein the processing circuitry is configured to implement a classifier to select from two or more processing algorithms that differ in delay time to produce the output signal; and wherein the classifier is configured to use environment descriptors obtained from information that includes an estimated speech-to-noise ratio of the audio signal received by the microphone and, in order to identify car usage, an estimated speed of the user as determined from global positioning system signals received by the wireless receiver.