mhurhangee/ep-ind-claims huggingface dataset:
A pleasant sound making device (A, B, C) for a facility apparatus sound which makes a sound generated by a facility apparatus which operates a driving part, into a pleasant sound, characterised in that the pleasant sound making device (A, B, C) comprises: signal processing means configured to select, in advance based on a subjective view and physiological response of humans with respect to a sound existing in nature, a signal obtained upon suppression of a portion of a frequency component of a temporal variation characteristic of the sound existing in nature, which coincides with or is approximate to an eigenfrequency of a housing of the facility apparatus provided with the driving part, and generating an operation signal for the driving part based on the selected signal.
A feed station for feeding flying insects, comprising: - a central fluid feed region for receiving fluid feed, said region having multiple elevations which protrude 1 - 5 mm from a base surface of the fluid feed region; - a dry feed region having a rest surface for placing dry feed, the dry feed region surrounding the fluid feed region, the base surface of the fluid feed region running in a lower plane than the rest surface of the dry feed region; - a water channel for receiving water, said channel surrounding the dry feed region, an inner wall of the water channel being adjacent to the dry feed region, and an outer wall of the water channel forming the outer boundary of the feed station, the base line of the water channel running in a lower plane than the rest surface of the dry feed region; wherein the fluid feed region, the dry feed region and the water channel are formed integrally from a ceramic material. - a central fluid feed region for receiving fluid feed, said region having multiple elevations which protrude 1 - 5 mm from a base surface of the fluid feed region; - a dry feed region having a rest surface for placing dry feed, the dry feed region surrounding the fluid feed region, the base surface of the fluid feed region running in a lower plane than the rest surface of the dry feed region; - a water channel for receiving water, said channel surrounding the dry feed region, an inner wall of the water channel being adjacent to the dry feed region, and an outer wall of the water channel forming the outer boundary of the feed station, the base line of the water channel running in a lower plane than the rest surface of the dry feed region;
A computer-implemented method to evaluate aircraft cabin noise, comprising: receiving a first request for an aircraft cabin noise analysis, wherein the request comprises a plurality of flight parameters associated with a first flight mission; retrieving, from a computer readable memory, a plurality of noise parameters associated with the plurality of flight parameters for the first flight mission; determining a total noise exposure parameter associated with the first flight mission in accordance with the plurality of noise parameters; generating an output comprising the total noise exposure on a user interface; generating a warning on a user interface when the total noise exposure exceeds a threshold; associating the flight mission parameters and total noise exposure parameter with a unique personnel identifier; and storing the flight mission parameters, the total noise exposure parameter and the unique personnel identifier in a computer readable memory. receiving a first request for an aircraft cabin noise analysis, wherein the request comprises a plurality of flight parameters associated with a first flight mission; retrieving, from a computer readable memory, a plurality of noise parameters associated with the plurality of flight parameters for the first flight mission; determining a total noise exposure parameter associated with the first flight mission in accordance with the plurality of noise parameters; generating an output comprising the total noise exposure on a user interface; generating a warning on a user interface when the total noise exposure exceeds a threshold; associating the flight mission parameters and total noise exposure parameter with a unique personnel identifier; and storing the flight mission parameters, the total noise exposure parameter and the unique personnel identifier in a computer readable memory.
A method of calibrating an implantable medical pump, comprising: attaching a blood pump to a calibration cannula that approximates an inflow cannula for the blood pump, the blood pump comprising a pump housing defining a passage therethrough and a rotor within the passage, the pump housing at least partially containing one or more elements adapted to actuate the rotor to drive fluid through the passage; and operating the blood pump in a calibration fluid while the motor is attached to the calibration cannula; recording calibration variables based on a flow of the calibration fluid pumped by the blood pump, a pressure of the calibration fluid pumped by the blood pump, a speed of the calibration fluid pumped by the blood pump, or an operational power of the blood pump, or a combination thereof; and detaching the blood pump from the calibration cannula after operating the blood pump in the calibration fluid. attaching a blood pump to a calibration cannula that approximates an inflow cannula for the blood pump, the blood pump comprising a pump housing defining a passage therethrough and a rotor within the passage, the pump housing at least partially containing one or more elements adapted to actuate the rotor to drive fluid through the passage; and operating the blood pump in a calibration fluid while the motor is attached to the calibration cannula; recording calibration variables based on a flow of the calibration fluid pumped by the blood pump, a pressure of the calibration fluid pumped by the blood pump, a speed of the calibration fluid pumped by the blood pump, or an operational power of the blood pump, or a combination thereof; and detaching the blood pump from the calibration cannula after operating the blood pump in the calibration fluid.
Process for preparing polymer compositions containing at least one graft rubber polymer obtained by emulsion polymerisation of styrene and acrylonitrile in a weight ratio of 95:5 to 50:50 in the presence of a butadiene polymer latex with a mean particle diameter d 50 of 80 to 220 nm, II) at least one graft rubber polymer obtained by emulsion polymerisation of styrene and acrylonitrile in a weight ratio of 95:5 to 50:50 in the presence of a butadiene polymer latex with a mean particle diameter d 50 of 340 to 480 nm and a gel content of 50 to 95 wt-%, III) at least one rubber-free copolymer of styrene and acrylonitrile in a weight ratio of 95:5 to 50:50, which comprises: a) preparation of the butadiene polymer latex by seed polymerisation using a seed latex with a mean particle diameter of 10 to 100 nm, b) preparation of graft rubber polymer by emulsion polymerisation of styrene and acrylonitrile in a weight ratio of 95:5 to 50:50 in the presence of butadiene polymer latex c) preparation of the butadiene polymer latex by seed polymerisation using butadiene polymer latex as a seed latex, d) preparation of the graft rubber polymer by emulsion polymerisation of styrene and acrylonitrile in a weight ratio of 95:5 to 50:50 in the presence of butadiene polymer latex, e) preparation of the rubber-free copolymer by polymerisation of styrene and acrylonitrile in a weight ratio of 95:5 to 50:50, and f) mixing the components, and and optionally further polymers and common additives in common mixing aggregates. at least one graft rubber polymer obtained by emulsion polymerisation of styrene and acrylonitrile in a weight ratio of 95:5 to 50:50 in the presence of a butadiene polymer latex with a mean particle diameter d 50 of 80 to 220 nm, II) at least one graft rubber polymer obtained by emulsion polymerisation of styrene and acrylonitrile in a weight ratio of 95:5 to 50:50 in the presence of a butadiene polymer latex with a mean particle diameter d 50 of 340 to 480 nm and a gel content of 50 to 95 wt-%, III) at least one rubber-free copolymer of styrene and acrylonitrile in a weight ratio of 95:5 to 50:50, a) preparation of the butadiene polymer latex by seed polymerisation using a seed latex with a mean particle diameter of 10 to 100 nm, b) preparation of graft rubber polymer by emulsion polymerisation of styrene and acrylonitrile in a weight ratio of 95:5 to 50:50 in the presence of butadiene polymer latex c) preparation of the butadiene polymer latex by seed polymerisation using butadiene polymer latex as a seed latex, d) preparation of the graft rubber polymer by emulsion polymerisation of styrene and acrylonitrile in a weight ratio of 95:5 to 50:50 in the presence of butadiene polymer latex, e) preparation of the rubber-free copolymer by polymerisation of styrene and acrylonitrile in a weight ratio of 95:5 to 50:50, and f) mixing the components, and and optionally further polymers and common additives in common mixing aggregates.
Device for assisting a process of parking a vehicle, in particular a motor vehicle, in a parking space, having a first sensor which senses a region to the side of the vehicle and has a transmitter and a receiver which receives a signal emitted by the transmitter and reflected at an object arranged in the region of the parking space, a second sensor which receives the signal emitted by the transmitter of the first sensor and reflected at the object by means of a receiver being provided, characterized in that the first sensor and the second sensor have a different detection sensitivity, and the second sensor is only in a listening mode.
Weaving loom comprising a system for quickly coupling heald frames to respective actuating tie rods wherein said tie rods are arranged in groups of adjacent tie rods which operate, by lateral coupling, on a same connection area of the heald frames and in which each one of said tie rods is provided with a semi-automatic push-coupling device to a respective heald frame connection, characterized in that said system comprises one multiple lever support which houses in a pre-coupling position all the active tie rods of each one of said groups of tie rods, in which pre-coupling position the coupling device of each active tie rod is laterally aligned to the respective heald frame connection and is adjacent to the vertical insertion path of said heald frame with a predetermined clearance, in that said multiple lever support drives the shift of said active tie rods between: a. said pre-coupling position, and b. a coupling position, wherein the coupling devices of all the active actuating tie rods are engaged with the respective heald frame connections, and in that, each heald frame in said pre-coupling position directly leans, through the heald frame connections, on a support surface of the respective coupling devices, when inserted into its working position. characterized in that said system comprises one multiple lever support which houses in a pre-coupling position all the active tie rods of each one of said groups of tie rods, in which pre-coupling position the coupling device of each active tie rod is laterally aligned to the respective heald frame connection and is adjacent to the vertical insertion path of said heald frame with a predetermined clearance, in that said multiple lever support drives the shift of said active tie rods between: a. said pre-coupling position, and b. a coupling position, wherein the coupling devices of all the active actuating tie rods are engaged with the respective heald frame connections, a. said pre-coupling position, and b. a coupling position, wherein the coupling devices of all the active actuating tie rods are engaged with the respective heald frame connections, and in that, each heald frame in said pre-coupling position directly leans, through the heald frame connections, on a support surface of the respective coupling devices, when inserted into its working position.
A method performed by a session management function, SMF, in a service based architecture, SBA, network for handling packet filters related to a session of User Equipment, UE, in said SBA network, the method comprising the steps of: - transmitting, by said SMF, to a Policy Control Function, PCF, in said SBA network, a policy control request in relation to said session of said UE with said SBA network; - receiving, by said SMF, from said PCF, a policy control response, wherein said policy control response comprises applicable packet filters for said session of said UE with said SBA network, - determining, by said SMF, that a number of the applicable packet filters received from said PCF exceeds a number of packet filters supported by said UE; - transmitting, by said SMF, to said PCF, an update message with rule report comprising a failure code indicating that at least one of said applicable packet filters cannot be installed or updated due to that a maximum number of packet filters has been reached. - transmitting, by said SMF, to a Policy Control Function, PCF, in said SBA network, a policy control request in relation to said session of said UE with said SBA network; - receiving, by said SMF, from said PCF, a policy control response, wherein said policy control response comprises applicable packet filters for said session of said UE with said SBA network, - determining, by said SMF, that a number of the applicable packet filters received from said PCF exceeds a number of packet filters supported by said UE; - transmitting, by said SMF, to said PCF, an update message with rule report comprising a failure code indicating that at least one of said applicable packet filters cannot be installed or updated due to that a maximum number of packet filters has been reached.
A method for determining an operational state of a power consuming device consuming electrical energy, the method comprising: selecting, by the monitoring device, at least one classification model to be applied to a first plurality of readings from a sensor of the power consuming device, wherein the classification model is selected according to a type of the power consuming device; performing, by the monitoring device, a training process using the at least one classification model and the first plurality of readings to determine a plurality of state parameters associated with a plurality of operational states of the power consuming device; receiving, by the monitoring device, at least one second reading from the sensor; classifying, by the monitoring device, the power consuming device, wherein classifying includes determining a current operational state of the power consuming device based on the at least one second reading and the plurality of state parameters, wherein the current operational state of the power consuming device is one of the plurality of operational states of the power consuming device; and transmitting, by the monitoring device, a signal to a user device to display a notification, wherein the notification includes the current operational state of the power consuming device. selecting, by the monitoring device, at least one classification model to be applied to a first plurality of readings from a sensor of the power consuming device, wherein the classification model is selected according to a type of the power consuming device; performing, by the monitoring device, a training process using the at least one classification model and the first plurality of readings to determine a plurality of state parameters associated with a plurality of operational states of the power consuming device; receiving, by the monitoring device, at least one second reading from the sensor; classifying, by the monitoring device, the power consuming device, wherein classifying includes determining a current operational state of the power consuming device based on the at least one second reading and the plurality of state parameters, wherein the current operational state of the power consuming device is one of the plurality of operational states of the power consuming device; and transmitting, by the monitoring device, a signal to a user device to display a notification, wherein the notification includes the current operational state of the power consuming device.
A method for generating a media file according to ISO Base Media File Format, based on media data including one or more video frames each of which comprises a plurality of rectangular regions, the method comprises generating a plurality of tracks (1501, 1502, 1503, 1504) each track comprising a plurality of samples, each sample comprising media data corresponding to a complete set of slices for one or more rectangular regions of the plurality of rectangular regions; generating a dedicated track comprising common metadata for the plurality of tracks; generating a media file including all of (i) the plurality of tracks (1501, 1502, 1503, 1504) each track of the plurality further comprising a first box for describing metadata of the track, and (ii) the dedicated track further comprising a second box for describing metadata of the dedicated track, wherein the first box of each track of the plurality of tracks (1501, 1502, 1503, 1504) contains a first 4-letter code which is representing a track in the plurality of tracks as a sample entry type for the track, and the second box contains a second 4-letter code, different from the first 4-letter code, which is representing a sample entry type for the dedicated track. generating a plurality of tracks (1501, 1502, 1503, 1504) each track comprising a plurality of samples, each sample comprising media data corresponding to a complete set of slices for one or more rectangular regions of the plurality of rectangular regions; generating a dedicated track comprising common metadata for the plurality of tracks; generating a media file including all of (i) the plurality of tracks (1501, 1502, 1503, 1504) each track of the plurality further comprising a first box for describing metadata of the track, and (ii) the dedicated track further comprising a second box for describing metadata of the dedicated track, (i) the plurality of tracks (1501, 1502, 1503, 1504) each track of the plurality further comprising a first box for describing metadata of the track, and (ii) the dedicated track further comprising a second box for describing metadata of the dedicated track, wherein the first box of each track of the plurality of tracks (1501, 1502, 1503, 1504) contains a first 4-letter code which is representing a track in the plurality of tracks as a sample entry type for the track, and the second box contains a second 4-letter code, different from the first 4-letter code, which is representing a sample entry type for the dedicated track.
Casing, in particular exterior casing and/or shaft for multifunctional fittings, underfloor fittings, such as for example underfloor hydrants, wherein the casing can be adapted during installation continuously to the level of the installation spot or the installation terrain, consisting of at least two preferably telescopic and tube-like perimeter casing elements (4, 5) that can be inserted into each other, at least one connecting plate facing downwards in installation direction, and at least one in installation direction upwards pointing shaft cover and/or flange holding the shaft cover, characterized in that at the connection plate at least one interface is provided for coupling or linking at least one element of an underfloor fitting, the interface for linking or holding different underfloor fittings is designed universally, and the interface is arranged on the side facing downwards to the media conduct and/or on the side facing upwards in the casing.
A membrane humidifier for a fuel cell, the membrane humidifier comprising: a middle case in which a plurality of hollow fiber membranes are accommodated; a cap case coupled to the middle case; and a fixing unit in which ends of the plurality of hollow fiber membranes are potted, characterized in that each of the hollow fiber membranes has a plurality of channels (211, 212, 213, 214) formed therein, and a difference between maximum and minimum diameters (D1, D4) among diameters (D1, D2, D3, D4) of the plurality of channels (211, 212, 213, 214) is 30 to 600 um. a middle case in which a plurality of hollow fiber membranes are accommodated; a cap case coupled to the middle case; and a fixing unit in which ends of the plurality of hollow fiber membranes are potted, characterized in that each of the hollow fiber membranes has a plurality of channels (211, 212, 213, 214) formed therein, and a difference between maximum and minimum diameters (D1, D4) among diameters (D1, D2, D3, D4) of the plurality of channels (211, 212, 213, 214) is 30 to 600 um.
Ventilation device with a radial air flow, comprising an air duct and an axial fan accommodated inside the air duct, wherein the air duct includes a first cylindrical section (1.1) with an inner diameter D1, a second cylindrical section (1.2) with an inner diameter D2, inside which second cylindrical section (1.2) is arranged a blade (2.1) of the axial fan, and a third section (1.3) with a funnel shape, whose diameter gradually increases outwards towards its opening, wherein a coniform baffle is arranged immediately after the hub (2.2) of the blade (2.1) in front of the third section opening and coaxially with the fan, said coniform baffle constituting a rotation-symmetric body with a continuous conical circumferential surface obtained on the basis of a curvilinear concave generatrix, in whole or in parts smooth, where said coniform baffle is turned with its small base to the hub (2.2), said small base has a diameter corresponding to the diameter of the hub (2.2) of the blade (2.1), wherein between the outer circumferential surface of the coniform baffle and the inner circumferential surface of the third section (1.3) of the air duct a radial air passage is formed, characterized in that the diameter of the third section (1.3) gradually increases outwards towards the exit of the air duct, so that - the inner circumferential surface of the third section (1.3) transfers from parallel to the axis line of the axial fan into a plane that is perpendicular to said axis line of the axial fan, and - the width of the radial air passage gradually increases from the area of the hub (2.2) towards the exit of the air duct. - the inner circumferential surface of the third section (1.3) transfers from parallel to the axis line of the axial fan into a plane that is perpendicular to said axis line of the axial fan, and - the width of the radial air passage gradually increases from the area of the hub (2.2) towards the exit of the air duct.
A bacteriotherapy product comprising an oral tablet or ingestible capsule and a processed donor faecal sample, the processed donor faecal sample comprising: a donor faecal sample; a cryoprotectant added to the donor faecal sample; and wherein the donor faecal sample is homogenized and filtered to form the processed donor faecal sample and wherein the processed donor faecal sample is disposed within the oral tablet or the ingestible capsule. a donor faecal sample; a cryoprotectant added to the donor faecal sample; and wherein the donor faecal sample is homogenized and filtered to form the processed donor faecal sample and wherein the processed donor faecal sample is disposed within the oral tablet or the ingestible capsule.