mhurhangee/ep-ind-claims huggingface dataset:
Electric parking brake, in particular for a commercial vehicle, comprising: - at least two compressed air outlets (72, 73), - an electrically controllable valve arrangement for controlling a compressed air distribution to the compressed air outlets (72, 73), the said arrangement comprising a bistable valve, - a compressed air inlet which can be connected to a compressed air supply in order to supply the valve arrangement and the compressed air outlets (72, 73) with compressed air from a compressor and/or a compressed air reservoir, wherein - on its input side the bistable valve is supplied with compressed air from the compressed air supply regardless of the switching condition of the valve arrangement, which supply is at a pressure delivered by the compressor and/or the compressed air reservoir, characterised in that - the valve arrangement comprises a pneumatically controllable valve for inverting a reservoir pressure for a trailer control module, and wherein - the pneumatically controllable valve is controlled by the bistable valve. - at least two compressed air outlets (72, 73), - an electrically controllable valve arrangement for controlling a compressed air distribution to the compressed air outlets (72, 73), the said arrangement comprising a bistable valve, - a compressed air inlet which can be connected to a compressed air supply in order to supply the valve arrangement and the compressed air outlets (72, 73) with compressed air from a compressor and/or a compressed air reservoir, wherein - on its input side the bistable valve is supplied with compressed air from the compressed air supply regardless of the switching condition of the valve arrangement, which supply is at a pressure delivered by the compressor and/or the compressed air reservoir, characterised in that - the valve arrangement comprises a pneumatically controllable valve for inverting a reservoir pressure for a trailer control module, and wherein - the pneumatically controllable valve is controlled by the bistable valve.
Timepiece oscillator including at least one resonator, with an inertial mass returned by elastic return means with respect to a fixed structure, said resonator oscillating about an axis of oscillation, said inertial mass carrying an entry pallet and an exit pallet, said oscillator comprising an escapement mechanism including an escape wheel arranged to rotate about an axis of rotation and including end teeth, each arranged to cooperate with said entry pallet or with said exit pallet to maintain the oscillation of said resonator, said escapement mechanism being magneto-mechanical and said escape wheel including at least one magnet at the end of each said tooth, said teeth being arranged to act alternately with said entry and exit pallets (PE; PS), said entry pallet including a first magnetic arrangement, said exit pallet including a second magnetic arrangement, characterized in that said first magnetic arrangement and said second magnetic arrangement each include an annular sector, centred on said axis of oscillation of said resonator, and defining a first magnetic barrier area, which extends above and/or below said mechanical pallet-stone of said entry pallet or of said exit pallet, with reference to the direction of said axis of oscillation, over the entire length of said mechanical pallet-stone able to act as support for said teeth during the supplementary arc, in order to form a magnetic cylinder escapement mechanism.
Dispenser for delivering liquid, in particular for delivering a pharmaceutical liquid, having the following features: a. the dispenser has a housing with a delivery opening for delivering liquid; and b. the dispenser has a liquid reservoir for storing the liquid prior to delivery; and c. the dispenser has a ventilation duct by means of which a surrounding atmosphere is connected to the liquid reservoir so as to permit air to flow into the liquid reservoir after liquid has been delivered; and d. the dispenser has a protective cap for covering the delivery opening, said protective cap being able to be placed onto the housing and removed from the housing, characterized by the following features: e. the dispenser has a switch valve in the ventilation duct, said switch valve being able to be opened by actuating a pushbutton provided on the external side of the housing; and f. the housing and the protective cap are mutually adapted in such a manner that the protective cap in the state placed onto the housing, or when placing the protective cap on the latter, acts on the pushbutton and in this way opens the switch valve. a. the dispenser has a housing with a delivery opening for delivering liquid; and b. the dispenser has a liquid reservoir for storing the liquid prior to delivery; and c. the dispenser has a ventilation duct by means of which a surrounding atmosphere is connected to the liquid reservoir so as to permit air to flow into the liquid reservoir after liquid has been delivered; and d. the dispenser has a protective cap for covering the delivery opening, said protective cap being able to be placed onto the housing and removed from the housing, e. the dispenser has a switch valve in the ventilation duct, said switch valve being able to be opened by actuating a pushbutton provided on the external side of the housing; and f. the housing and the protective cap are mutually adapted in such a manner that the protective cap in the state placed onto the housing, or when placing the protective cap on the latter, acts on the pushbutton and in this way opens the switch valve.
A laundry washing and drying machine comprising - a drum wherein the laundry is placed, - a tub wherein the drum moves, - a circulation duct wherein the processing air circulation, providing the drying of the laundry, is performed in the drying process after the washing process, - a fan that provides circulation of the processing air in the circulation duct, - an air-cooled condenser disposed onto the circulation duct, having at least one air channel wherein the processing air passing therethrough is condensed, - a condenser inlet through which the processing air enters the condenser, - a condenser outlet through which the processing air leaves the condenser, - a dispenser that is placed at the condenser inlet or the condenser outlet and that directs the water to the air channel during the fiber and lint cleansing process performed at the end of the drying process, - at least one spraying device that is connected to the dispenser, that is placed into the air channels and that carries the water coming from the dispenser into the air channel, characterized in that - the dispenser receives water from the water mains, and - more than one nozzle are situated on the spraying device and spray water into the air channel in the opposite directions and towards each other. - a drum wherein the laundry is placed, - a tub wherein the drum moves, - a circulation duct wherein the processing air circulation, providing the drying of the laundry, is performed in the drying process after the washing process, - a fan that provides circulation of the processing air in the circulation duct, - an air-cooled condenser disposed onto the circulation duct, having at least one air channel wherein the processing air passing therethrough is condensed, - a condenser inlet through which the processing air enters the condenser, - a condenser outlet through which the processing air leaves the condenser, - a dispenser that is placed at the condenser inlet or the condenser outlet and that directs the water to the air channel during the fiber and lint cleansing process performed at the end of the drying process, - at least one spraying device that is connected to the dispenser, that is placed into the air channels and that carries the water coming from the dispenser into the air channel, - the dispenser receives water from the water mains, and - more than one nozzle are situated on the spraying device and spray water into the air channel in the opposite directions and towards each other.
A ground moisture determiner comprising: at least one moisture sensor (308; 308a; 308n) coupled with at least one wheel (204a, 204n) coupled with a water conveyance system; a moisture information converter to receive the moisture sensing information and convert the moisture sensing information into a signal indicative of a moisture content of the ground; and a moisture content provider to provide the signal indicative of the moisture content of the ground in a user accessible format, characterized in that the at least one moisture sensor (308a,308n) is configured to pierce the ground during each rotation of the at least one wheel (204a,204n) and perform a moisture sensing; at least one moisture sensor (308; 308a; 308n) coupled with at least one wheel (204a, 204n) coupled with a water conveyance system; a moisture information converter to receive the moisture sensing information and convert the moisture sensing information into a signal indicative of a moisture content of the ground; and a moisture content provider to provide the signal indicative of the moisture content of the ground in a user accessible format, characterized in that the at least one moisture sensor (308a,308n) is configured to pierce the ground during each rotation of the at least one wheel (204a,204n) and perform a moisture sensing;
A feeding device for feed of log in the length direction of the log, comprising a support having a through opening and feed cylinders (2,3,4) adjoining the opening, which feed cylinders are angularly distributed and which are individually arranged in a free end of a respective supporting arm (5,6,7) and driven in rotation, and wherein the supporting arms in a supported end are journalled in the support on shafts (9,10,11) extending in parallel with each other and pivotable about the shafts between a home position and a pivoted work position, and wherein the supporting arms are mutually connected to each other via a system of articulated links (13,16,19) and by means of the links forced to pivot jointly about their respective shafts, characterized in that a movement damping element (20,20',200), which is separate from the support, is integrated in the system (13,16,19) of links and independently from the support configured to brake the return movement of the supporting arms to the home positions, wherein the movement damping element (20',200) is provided with a holding down element (27,215) operatively arranged between the links in the system (13,16,19) of links to apply a holding down force to the feed cylinders (2,3,4).
A device comprising: one or more processors configured to: extract a plurality of threat events on a network based on metadata for one or more targeted digital devices on said network; detect one or more incidents based on a correlation between at least a first threat event of said plurality of threat events and a second threat event of said plurality of threat events; and generate a risk score for each of said one or more incidents, wherein said risk score is based on a threat severity value for said one or more targeted digital devices, wherein the threat severity value is based on the progression of the incident through a kill chain and the type of the incident. extract a plurality of threat events on a network based on metadata for one or more targeted digital devices on said network; detect one or more incidents based on a correlation between at least a first threat event of said plurality of threat events and a second threat event of said plurality of threat events; and generate a risk score for each of said one or more incidents, wherein said risk score is based on a threat severity value for said one or more targeted digital devices, wherein the threat severity value is based on the progression of the incident through a kill chain and the type of the incident.
A process for the production of hexamethylenediamine by hydrogenation of adiponitrile, comprising: feeding hydrogen and adiponitrile into a reactor comprising a Raney catalyst, water and inorganic base to form a reaction medium; mixing the reaction medium to provide a uniform concentration of adiponitrile in the reactor; and hydrogenating adiponitrile to form hexamethylenediamine; said process characterized in that: - a flow of reaction medium comprising the catalyst is continuously extracted from the reactor and sent to a washing apparatus, said flow crossing said apparatus in a given direction; - water is continuously fed to the washing apparatus, and caused to cross it in countorflow with respect to said flow of reaction medium; - a water-rich solution containing hexamethylenediamine and the inorganic base, resulting from the washing of the catalyst, is continuously sent to a first tank; - raw hexamethylenediamine extracted from the hydrogenation reactor is continuously fed to said first tank and mixed with said water-rich solution, so as to obtain an overall mixture composition such that phase separation takes place, in a second tank, between a first phase consisting in a water based solution containing essentially all of the inorganic base and a second phase being consisting in a water-hexamethylenediamine solution; - a suspension in water of the washed catalyst is continuously extracted from the washing apparatus, sent to a sedimentation tank, and after separation of water, a part of the regenerated catalyst is fed back to the hydrogenation reactor, the part not fed back to the reactor being compensated by the addition of fresh catalyst. - a flow of reaction medium comprising the catalyst is continuously extracted from the reactor and sent to a washing apparatus, said flow crossing said apparatus in a given direction; - water is continuously fed to the washing apparatus, and caused to cross it in countorflow with respect to said flow of reaction medium; - a water-rich solution containing hexamethylenediamine and the inorganic base, resulting from the washing of the catalyst, is continuously sent to a first tank; - raw hexamethylenediamine extracted from the hydrogenation reactor is continuously fed to said first tank and mixed with said water-rich solution, so as to obtain an overall mixture composition such that phase separation takes place, in a second tank, between a first phase consisting in a water based solution containing essentially all of the inorganic base and a second phase being consisting in a water-hexamethylenediamine solution; - a suspension in water of the washed catalyst is continuously extracted from the washing apparatus, sent to a sedimentation tank, and after separation of water, a part of the regenerated catalyst is fed back to the hydrogenation reactor, the part not fed back to the reactor being compensated by the addition of fresh catalyst.
An end stop for a terminal board formed of a set of electrical apparatuses mounted on a support rail comprising an insulating body and an attachment foot which are separate from one another, and means for securing the attachment foot and the insulating body, the means for securing the insulating body on the attachment foot comprising clamping means received in a housing of the insulating body, the end stop including means for fastening a cowl arranged to cover all or part of the terminal board formed of the set of the electrical apparatuses, the end stop comprising an insert arranged to close the housing receiving the clamping means, said end stop being characterized in that the insert comprises at least one blocking portion of the cowl on the insulating body arranged to carry out the blocking of the cowl between the blocking portion and a part of the insulating body when the insert is fastened in the housing of the insulating body.
A computer implemented method, carried out by a voice platform, for providing voice control using multiple digital assistants, comprising: receiving a voice input from a user via an audio responsive electronic device, the audio responsive electronic device being connected to the voice platform via a network; selecting a first digital assistant from a plurality of digital assistants to process the voice input using a trigger word in the voice input, wherein each of the plurality of digital assistants has one or more unique trigger words; generating, using the selected first digital assistant, an intent from the voice input, wherein the intent represents a task requested by the user; overruling the selected first digital assistant by selecting a second digital assistant from the plurality of digital assistants to perform the task based on crowdsourced data; and transmitting, using the second digital assistant, the intent to a voice adaptor included in a media device, wherein the voice adaptor routes the intent to an application included in the media device for processing, the media device being connected to the voice platform and audio responsive electronic device via said network. receiving a voice input from a user via an audio responsive electronic device, the audio responsive electronic device being connected to the voice platform via a network; selecting a first digital assistant from a plurality of digital assistants to process the voice input using a trigger word in the voice input, wherein each of the plurality of digital assistants has one or more unique trigger words; generating, using the selected first digital assistant, an intent from the voice input, wherein the intent represents a task requested by the user; overruling the selected first digital assistant by selecting a second digital assistant from the plurality of digital assistants to perform the task based on crowdsourced data; and transmitting, using the second digital assistant, the intent to a voice adaptor included in a media device, wherein the voice adaptor routes the intent to an application included in the media device for processing, the media device being connected to the voice platform and audio responsive electronic device via said network.
An apparatus for transferring agricultural products, for agricultural machines designed for the formation of a bale, which comprises at least one impeller rotor, which can be arranged between a pick-up drum of agricultural products, of the type of grass, grain, maize, hay, forage, and the like, and a chamber for the compression of the agricultural products, for the formation of the bale, said rotor facing a deck, for delimiting at least partially a channel for transferring the agricultural products, which are pushed by said rotor, from the pick-up drum to the chamber, said deck being coupled to a fixed frame by way of at least two supports (6, 7) which can move on command, at least one first support comprising at least one support pin, which is coupled to a first portion of said deck and moved, in a corresponding guiding slot, characterized in that said pin is moved in said guiding slot by a corresponding actuator, at least one second support comprising at least one crank, which is coupled to a second portion of said deck and rotatable about a rotation axis that is perpendicular to the advancement direction.
A sealing device adapted to seal between a tube member and an axial member movably inserted into the tube member, the sealing device comprising: a dust seal held on an opening end part of the tube member and including an annular dust seal lip held in sliding contact with the outer peripheral surface of the axial member; a scraper arranged at an inner side of the dust seal and including an annular lip portion slidably pressed into contact with the outer peripheral surface of the axial member; and an oil seal held at an inner side of the scraper on the opening end part of the tube member and including an annular oil seal lip held in sliding contact with the outer peripheral surface of the axial member, wherein the hardness of the lip portion is set to be higher than that of the dust seal lip, characterized by a clearance formed on the outer periphery of the scraper; and a space formed between (i) the oil seal and (ii) the dust seal, and communicating with the clearance, wherein the scraper is movable following the axial member between (i) the oil seal and (ii) the dust seal. a dust seal held on an opening end part of the tube member and including an annular dust seal lip held in sliding contact with the outer peripheral surface of the axial member; a scraper arranged at an inner side of the dust seal and including an annular lip portion slidably pressed into contact with the outer peripheral surface of the axial member; and an oil seal held at an inner side of the scraper on the opening end part of the tube member and including an annular oil seal lip held in sliding contact with the outer peripheral surface of the axial member,
Barrel arrangement comprising a barrel for storing liquids and a sensor module for determining the filling level of the barrel when filled with a liquid, wherein the sensor module is connected to the barrel and comprises a sensor housing, a sensor receiving portion arranged in the sensor housing, and a laser sensor received within the sensor receiving portion, wherein the laser sensor faces an interior of the barrel, characterized in that the sensor module is turned in a venting opening of the barrel that is present in the barrel by default, wherein the sensor module comprises at least one bore through which air can flow from a first side of the sensor module to a second side of the sensor module so that air can penetrate the sensor module and can flow from an outside of the barrel arrangement to an interior of the barrel to allow that liquid can be drawn from the barrel and air can flow into the barrel in order to replace the withdrawn liquid.
A release film comprising at least one layer (s) with a closed-cell foam structure based on at least one thermoplastic polymer, where the closed-cell foam structure is based on expanded, hollow microparticles, the expansion of which has been achieved by virtue of at least one volatile organic compound present in the cavity of the microparticles, where the diameter of the expanded, hollow microparticles is from 30 μm to 300 μm, where at least one of the surfaces of the release film has been equipped with a release layer (b) as external layer based on at least one cured polysiloxane, and where the melting point of the thermoplastic polymer of the layer (s) is lower than that of the thermoplastic polymer on which the wall of the microparticles is based.
A container closure device capable of dispensing metered amounts of a liquid into a container, wherein said closure device comprises: a closure device wall, a deformable and elastic reservoir capable of holding liquid, a rigid plate o wherein said plate comprises one or more perforations communicating with said reservoir and, o wherein said plate is adjustable relative to said closure device wall, wherein upon compression liquid, if present in said reservoir, is forced from the reservoir into the container through the one or more perforations, characterized in that said plate is able to maximally compress said reservoir by 50 volume percent of the uncompressed volume. a closure device wall, a deformable and elastic reservoir capable of holding liquid, a rigid plate o wherein said plate comprises one or more perforations communicating with said reservoir and, o wherein said plate is adjustable relative to said closure device wall, wherein upon compression liquid, if present in said reservoir, is forced from the reservoir into the container through the one or more perforations, characterized in that said plate is able to maximally compress said reservoir by 50 volume percent of the uncompressed volume. o wherein said plate comprises one or more perforations communicating with said reservoir and, o wherein said plate is adjustable relative to said closure device wall,