mhurhangee/ep-ind-claims huggingface dataset:
A dryer comprising: ∘ a casing including a front wall, a rear wall, side walls (2c, 2d) and a basement, said casing defining the limit between the internal or inner volume of the dryer and the exterior of the dryer; said basement having an upper shell and a lower shell, said upper and lower shells being apt to be connected together in order to form said basement, said lower shell being a single unit; ∘ a laundry chamber suitable to receive laundry to be dried; ∘ a process air circuit for circulating process air into said laundry chamber; ∘ a condensing device for removing moisture from the process air coming from said laundry chamber; ∘ a water collecting housing formed in said basement, integral in a single piece construction with said lower shell, and located inside said inner volume for the collection of condensation water formed by said condensing device; ∘ a water removing unit associable to said water collecting housing for the removal of water therein comprising a pump unit and a support body to support said pump unit, said water removing unit being located inside said inner volume; ∘ wherein said support body is integral in a single piece construction with said upper shell and includes at least a pump coupling element for coupling said pump unit onto said support body, said coupling element protruding outwardly from said upper shell inside the inner volume defined by the casing. ∘ a casing including a front wall, a rear wall, side walls (2c, 2d) and a basement, said casing defining the limit between the internal or inner volume of the dryer and the exterior of the dryer; said basement having an upper shell and a lower shell, said upper and lower shells being apt to be connected together in order to form said basement, said lower shell being a single unit; ∘ a laundry chamber suitable to receive laundry to be dried; ∘ a process air circuit for circulating process air into said laundry chamber; ∘ a condensing device for removing moisture from the process air coming from said laundry chamber; ∘ a water collecting housing formed in said basement, integral in a single piece construction with said lower shell, and located inside said inner volume for the collection of condensation water formed by said condensing device; ∘ a water removing unit associable to said water collecting housing for the removal of water therein comprising a pump unit and a support body to support said pump unit, said water removing unit being located inside said inner volume; ∘ wherein said support body is integral in a single piece construction with said upper shell and includes at least a pump coupling element for coupling said pump unit onto said support body, said coupling element protruding outwardly from said upper shell inside the inner volume defined by the casing.
A disconnecting switch for a medium, high or very high voltage gas isolation facility which includes a first pair of contacts and a second pair of contacts, whereof each pair of contacts (12, 14) includes an associated permanent contact (16, 20) and an associated arc contact (18, 22), the contacts (20, 22) of the second pair of contacts being translationally movable longitudinally with respect to the contacts (16, 18) of the first pair of contacts between a disconnected upstream position, an intermediate position in which only the arc contacts (18, 22) of both pairs of contacts (12, 14) are in electric contact and a closed upstream position in which the arc contacts (18, 22) and the permanent contacts (16, 20) of both pairs of contacts (12, 14) are in electric contact with each other, the disconnecting switch including a vacuum bulb which is associated with one of the two pairs of contacts (12, 14) so that the arc contact (18, 22) of said pair of contacts (12, 14) is electrically connected to the associated permanent contact (16, 20) via the vacuum bulb, characterized in that the arc contact (18, 22) of each pair of contacts (12, 14) is mounted so as to be translationally movable longitudinally with respect to the associated permanent contact (16, 20) between a position brought closer to the associated permanent contact (16, 20) and a position away from the associated permanent contact (16, 20).
Portable automatic driving system for a guided vehicle without on-board automatic equipment, referred to hereinafter as EAE, designed to drive said guided vehicle, said portable system comprising: - a man/machine input interface allowing input of a command by a driver of said guided vehicle; - a communication device configured to communicate automatically with a communication device of automatic ground equipment, referred to hereinafter as EAS (41, 41a), of a ground infrastructure of a traffic network of an automated transport system and/or with an EAE communication device of another guided vehicle and/or with a communication device of another portable automatic driving system for exchanging driving assistance data; - a computer configured to analyse and interpret securely said driving assistance data and/or each command input by said driver in order to automatically create driving instructions and/or tips for said driver; - a visualization man/machine interface capable of displaying said driving instructions and/or tips, characterised in that said driving assistance data includes at least one of the following pieces of data: - a piece of data relating to the occupation of a traffic network zone by other guided vehicles; - a piece of data relating to the actuation state of an EAS; - a piece of data relating to an operation state of an EAS; - a piece of data relating to the position of another guided vehicle, and the computer is configured to analyse said driving assistance data in order to automatically propose a route for the guided vehicle and to automatically control EAS according to said route. - a man/machine input interface allowing input of a command by a driver of said guided vehicle; - a communication device configured to communicate automatically with a communication device of automatic ground equipment, referred to hereinafter as EAS (41, 41a), of a ground infrastructure of a traffic network of an automated transport system and/or with an EAE communication device of another guided vehicle and/or with a communication device of another portable automatic driving system for exchanging driving assistance data; - a computer configured to analyse and interpret securely said driving assistance data and/or each command input by said driver in order to automatically create driving instructions and/or tips for said driver; - a visualization man/machine interface capable of displaying said driving instructions and/or tips, - a piece of data relating to the occupation of a traffic network zone by other guided vehicles; - a piece of data relating to the actuation state of an EAS; - a piece of data relating to an operation state of an EAS; - a piece of data relating to the position of another guided vehicle,
A device for generating an encrypted master key, the device comprising: - at least one input interface configured to receive a receiver identifier (STB i), a service provider identifier (Id(k)) and a master key (Km j,k) for the service provider; - a memory configured to store a secret of the device; - a processor configured to: - process the receiver identifier using the secret to obtain a root key (Kr i); - process the service provider identifier using the root key to obtain a top key (Kt i,k); and - process the master key using the top key to obtain an encrypted master key (W(i,k)); and - an output interface configured to output the encrypted master key. - at least one input interface configured to receive a receiver identifier (STB i), a service provider identifier (Id(k)) and a master key (Km j,k) for the service provider; - a memory configured to store a secret of the device; - a processor configured to: - process the receiver identifier using the secret to obtain a root key (Kr i); - process the service provider identifier using the root key to obtain a top key (Kt i,k); and - process the master key using the top key to obtain an encrypted master key (W(i,k)); and - process the receiver identifier using the secret to obtain a root key (Kr i); - process the service provider identifier using the root key to obtain a top key (Kt i,k); and - process the master key using the top key to obtain an encrypted master key (W(i,k)); and - an output interface configured to output the encrypted master key.
A composition of matter comprising: a petrolatum-like composition comprising (a) a hydrogenated self-metathesized vegetable oil and (b) a polyol ester; wherein the petrolatum-like composition has an iodine value of 20 to 100 and a cone penetration at 25 °C (77 °F) of 0.01 to 0.03 m (100 to 300 dmm) as measured using the ASTM D937 test. a petrolatum-like composition comprising (a) a hydrogenated self-metathesized vegetable oil and (b) a polyol ester; (a) a hydrogenated self-metathesized vegetable oil and (b) a polyol ester; wherein the petrolatum-like composition has an iodine value of 20 to 100 and a cone penetration at 25 °C (77 °F) of 0.01 to 0.03 m (100 to 300 dmm) as measured using the ASTM D937 test.
Process of preparing a smokable tobacco-related blend and packaging the blend in receptacles, wherein the blend includes at least two components (T 1 -T n), at least one of the components (T 1 -T n) including tobacco, the process comprising the steps: - supplying the components from separate storage areas and feeding the components (T 1 -T n) to a filling station adapted to fill respective retail-sized receptacles (20, 28) with a predetermined amount of each component (T1-Tn) of the blend, - filling a predetermined amount of each component (T 1 -T n) of the blend into a common container, - homogenising the blend in the container, wherein the homogenising step is accomplished by blowing a pressurised gas into the container, - providing, by using the container and the homogenised blend therein, at least one retail-sized receptacle (20, 28) containing the predetermined amount of the blend, wherein said at least one retail-sized receptacle (20, 28) to be filled comprises said container. - supplying the components from separate storage areas and feeding the components (T 1 -T n) to a filling station adapted to fill respective retail-sized receptacles (20, 28) with a predetermined amount of each component (T1-Tn) of the blend, - filling a predetermined amount of each component (T 1 -T n) of the blend into a common container, - homogenising the blend in the container, wherein the homogenising step is accomplished by blowing a pressurised gas into the container, - providing, by using the container and the homogenised blend therein, at least one retail-sized receptacle (20, 28) containing the predetermined amount of the blend, wherein said at least one retail-sized receptacle (20, 28) to be filled comprises said container.
A computer-implemented method comprising: obtaining, by a client device, respective recipient data for multiple recipients; generating, by the client device, an attestation token comprising a set of data and a digital signature of the set of data; generating, by the client device, an attachment element for each recipient of the multiple recipients, each attachment element comprising the respective recipient data for the recipient and a binding that cryptographically binds the attachment element to the attestation token; and sending, by the client device, a communication that includes the attestation token and the attachment elements to at least one recipient. obtaining, by a client device, respective recipient data for multiple recipients; generating, by the client device, an attestation token comprising a set of data and a digital signature of the set of data; generating, by the client device, an attachment element for each recipient of the multiple recipients, each attachment element comprising the respective recipient data for the recipient and a binding that cryptographically binds the attachment element to the attestation token; and sending, by the client device, a communication that includes the attestation token and the attachment elements to at least one recipient.
A dirt blocker comprising: a support structure disposed within a gas turbine engine, said support structure defining an upstream control volume proximate a forward portion of the gas turbine engine and a downstream control volume proximate an aft portion of the gas turbine engine, said downstream control volume being opposite said upstream control volume relative to said support structure, a flow passage formed through said support structure, said flow passage configured to fluidly couple said upstream control volume with said downstream control volume; a radial contact wall extending from said support structure in fluid communication with said upstream control volume, said radial contact wall configured to intercept debris entrained within cooling air within said gas turbine engine; characterized in that the dirt blocker further comprises a stagnation zone fluidly coupled with said flow passage, said stagnation zone configured to reduce momentum of said debris. a support structure disposed within a gas turbine engine, said support structure defining an upstream control volume proximate a forward portion of the gas turbine engine and a downstream control volume proximate an aft portion of the gas turbine engine, said downstream control volume being opposite said upstream control volume relative to said support structure, a flow passage formed through said support structure, said flow passage configured to fluidly couple said upstream control volume with said downstream control volume; a radial contact wall extending from said support structure in fluid communication with said upstream control volume, said radial contact wall configured to intercept debris entrained within cooling air within said gas turbine engine; characterized in that the dirt blocker further comprises a stagnation zone fluidly coupled with said flow passage, said stagnation zone configured to reduce momentum of said debris.
A method for storing upgraded coal, the method comprising the steps of: molding a briquette out of the upgraded coal; pulverizing the briquette; and piling a particulate coal containing a pulverized product produced through the pulverizing step, the particulate coal containing particles each having a particle diameter of 10 mm or less in an amount of 50 mass% or more, particles each having a particle diameter of 1 mm or less in an amount of 25 mass% or more, and particles each having a particle diameter of 0.15 mm or less in an amount of 7 mass% or more, wherein the particle diameter refers to a value measured in accordance with the dry sieving in JIS Z 8815 Test sieving-General Requirements. molding a briquette out of the upgraded coal; pulverizing the briquette; and piling a particulate coal containing a pulverized product produced through the pulverizing step, the particulate coal containing particles each having a particle diameter of 10 mm or less in an amount of 50 mass% or more, particles each having a particle diameter of 1 mm or less in an amount of 25 mass% or more, and particles each having a particle diameter of 0.15 mm or less in an amount of 7 mass% or more, wherein the particle diameter refers to a value measured in accordance with the dry sieving in JIS Z 8815 Test sieving-General Requirements.
High-pressure container for taking a raw material sample containing oxygen-sensitive, such as anaerobic, microorganisms from a deposit, preferably a gas deposit, the high-pressure container comprising an inlet for feeding the raw material sample under pressure into a sample chamber of the high-pressure container and an outlet for discharging the raw material sample therefrom, the inlet being connectable to the deposit by means of a feed line and a directional control valve being assigned to the feed line, by means of which the feed line can be selectively connected on the one hand to a discharge for the raw material sample, bypassing the inlet, in order to flush the feed line with the raw material sample and on the other hand the feed line can be connected to the inlet in a flow-conducting manner in order to feed the raw material sample from the feed line via the inlet to the sample chamber, wherein the high-pressure container comprises a sample container and a lid which can be placed thereon, which together delimit or form the sample chamber, wherein the lid forms the inlet and the outlet for the raw material sample and the feed line and the directional control valve are fastened or can be fastened to the lid; and wherein the directional control valve is designed as a three-way valve, which being switchable between three positions, namely a first position, in which the raw material from the deposit being guided under pressure to the discharge, a second position, in which the raw material from the deposit being guided under pressure to the sample chamber and a third position, in which the raw material being trapped in the sample chamber by cutting of both return connections of the raw material sample to the discharge or the deposit.
A moving robot comprising: a main body; a driving unit configured to move the main body; a sensing unit configured to sense information regarding an environment around the main body during traveling so as to generate field data; a communication unit configured to communicate with a server over a specific network; and a controller configured to control autonomous traveling based on a recognition result obtained by inputting the field data to a specific recognition algorithm, control some of the field data so as to be transmitted to the server, and to update the recognition algorithm using update information received from the server, characterized in that the controller is further configured to: compare a re-recognition result, obtained by inputting the field data to a specific re-recognition algorithm, with the recognition result; and selectively transmit the field data to the server based on whether the recognition result and the re-recognition result are different. a main body; a driving unit configured to move the main body; a sensing unit configured to sense information regarding an environment around the main body during traveling so as to generate field data; a communication unit configured to communicate with a server over a specific network; and a controller configured to control autonomous traveling based on a recognition result obtained by inputting the field data to a specific recognition algorithm, control some of the field data so as to be transmitted to the server, and to update the recognition algorithm using update information received from the server, compare a re-recognition result, obtained by inputting the field data to a specific re-recognition algorithm, with the recognition result; and selectively transmit the field data to the server based on whether the recognition result and the re-recognition result are different.
An electric pressure cooker for removing remaining internal pressures, comprising: a main body storing an internal pot through an opened upper surface, and a lid openably and closably coupled to the opened upper surface of the main body; wherein the lid comprises: a lid coupling ring rotation-coupled to the opened upper surface of the main body; an internal lid including a steam inlet, and disposed in the lid coupling ring and blocking an upper surface of the internal pot; a steam discharge module horizontally swiveled and discharging steam, introduced from an inside of the internal pot through the steam inlet, outwards; a lid handle horizontally swiveled in a complete manipulation state of a button provided at one side of the lid handle and delivering a rotation force to the lid coupling ring; characterized in that, the lid further comprises an external force delivery part delivering a rotational force to the steam discharge module using an external force delivered through the button in an incomplete manipulation state of the button. a main body storing an internal pot through an opened upper surface, and a lid openably and closably coupled to the opened upper surface of the main body; wherein the lid comprises: a lid coupling ring rotation-coupled to the opened upper surface of the main body; an internal lid including a steam inlet, and disposed in the lid coupling ring and blocking an upper surface of the internal pot; a steam discharge module horizontally swiveled and discharging steam, introduced from an inside of the internal pot through the steam inlet, outwards; a lid handle horizontally swiveled in a complete manipulation state of a button provided at one side of the lid handle and delivering a rotation force to the lid coupling ring; characterized in that, the lid further comprises an external force delivery part delivering a rotational force to the steam discharge module using an external force delivered through the button in an incomplete manipulation state of the button. a lid coupling ring rotation-coupled to the opened upper surface of the main body; an internal lid including a steam inlet, and disposed in the lid coupling ring and blocking an upper surface of the internal pot; a steam discharge module horizontally swiveled and discharging steam, introduced from an inside of the internal pot through the steam inlet, outwards; a lid handle horizontally swiveled in a complete manipulation state of a button provided at one side of the lid handle and delivering a rotation force to the lid coupling ring; characterized in that, the lid further comprises an external force delivery part delivering a rotational force to the steam discharge module using an external force delivered through the button in an incomplete manipulation state of the button.
Bicycle child seat comprising a seat body for accommodating a child therein, and a fixation means for coupling the bicycle child seat to a bike, characterized in that said seat body comprises a multi-layer structure with at least a first layer and a second layer made from different materials, wherein said first layer is structured as an outer seat shell and said second layer is structured as an inner seat shell accommodated in and provided adjacent said outer seat shell, and in that said first layer is adapted to at least partially cover said second layer and to at least partially support said second layer on said fixation means such that a movement of said first layer relative along said second layer is substantially prevented. a seat body for accommodating a child therein, and a fixation means for coupling the bicycle child seat to a bike, characterized in that said seat body comprises a multi-layer structure with at least a first layer and a second layer made from different materials, wherein said first layer is structured as an outer seat shell and said second layer is structured as an inner seat shell accommodated in and provided adjacent said outer seat shell, and in that said first layer is adapted to at least partially cover said second layer and to at least partially support said second layer on said fixation means such that a movement of said first layer relative along said second layer is substantially prevented.