mhurhangee/ep-ind-claims huggingface dataset:
Assembly comprising: - a plurality of milk jugs comprising a body that defines a housing suitable for containing milk to be heated and frothed; said milk jugs being suitable for containing different quantities and different types of milk; - a coffee machine comprising at least one dispensing nozzle comprising a pipe with a dispensing spout suitable for being arranged in the housing of the body of the milk jug to dispense hot steam and/or air to heat and/or froth the milk contained in the body of the milk jug; and - an identification system; characterized in that said identification system comprises two or more magnets arranged in the body of each milk jug in such a way that the number and/or the arrangement of the magnets uniquely identifies a milk jug based on the quantity and on the type of milk contained in the milk jug and a magnetic reader arranged in the coffee machine; said magnetic reader being configured to detect the number and/or the arrangement of the magnets when the magnets arranged in the body of the milk jug are moved close to the magnetic reader; wherein the magnetic reader is connected to a control unit of the coffee machine configured to receive information from the magnetic reader about the type of milk jug based on the quantity and on the type of milk contained in the milk jug, and enable a button to program a milk heating cycle based on the type of milk jug or automatically start a milk heating cycle based on the type of milk jug and on the recipe associated in terms of quantity and flow rate of the air in the automated heating cycles. - a plurality of milk jugs comprising a body that defines a housing suitable for containing milk to be heated and frothed; said milk jugs being suitable for containing different quantities and different types of milk; - a coffee machine comprising at least one dispensing nozzle comprising a pipe with a dispensing spout suitable for being arranged in the housing of the body of the milk jug to dispense hot steam and/or air to heat and/or froth the milk contained in the body of the milk jug; and - an identification system; characterized in that said identification system comprises two or more magnets arranged in the body of each milk jug in such a way that the number and/or the arrangement of the magnets uniquely identifies a milk jug based on the quantity and on the type of milk contained in the milk jug and a magnetic reader arranged in the coffee machine; said magnetic reader being configured to detect the number and/or the arrangement of the magnets when the magnets arranged in the body of the milk jug are moved close to the magnetic reader; wherein the magnetic reader is connected to a control unit of the coffee machine configured to receive information from the magnetic reader about the type of milk jug based on the quantity and on the type of milk contained in the milk jug, and enable a button to program a milk heating cycle based on the type of milk jug or automatically start a milk heating cycle based on the type of milk jug and on the recipe associated in terms of quantity and flow rate of the air in the automated heating cycles.
A medical device support system, comprising: a shaft; an extension arm having a support for a medical device and a hub at its proximal end mounted to the shaft for pivotable movement about a rotation axis of the shaft; a free rotating ring that is rotatable about the rotation axis and is movable relative to the shaft and movable relative to the hub; wherein the shaft includes at least one elongated peripheral cavity that defines first and second contact faces at opposite peripheral ends of the cavity; wherein the hub is pivotably mounted for a range of at least 360° (360 degrees) rotation about the rotation axis, wherein the at least 360° (360 degrees) rotation range is based on a compound of a first rotation range and a second rotation range, wherein the first rotation range is defined by a fixed stop of the hub configured to move between first and second contact faces of a radially outward protruding member of the free rotating ring, wherein the second rotation range is defined by a radially inward protruding member of the free rotating ring configured to move between the first and second contact faces of the elongated peripheral cavity of the shaft.
System for brewing ingredients in a solvent, said system comprising: - a first unit for measuring a change of the electro-conductivity (ΔEC) of said solvent, - a second unit for comparing said change of the electro-conductivity (ΔEC) with a predetermined threshold, to generate a signal indicating that the ingredients should be separated from the solvent, characterised in that said first unit is adapted to measure a change of the electro-conductivity (ΔEC), defined as the ratio of: - the difference between the electro-conductivity (EC_t3) of the solvent at the time of measurement by the first unit, and the electro-conductivity (EC_t2) of the solvent at a previous time of measurement by the first unit, to - the difference between the time of measurement by the first unit, and said previous time of measurement. - a first unit for measuring a change of the electro-conductivity (ΔEC) of said solvent, - a second unit for comparing said change of the electro-conductivity (ΔEC) with a predetermined threshold, to generate a signal indicating that the ingredients should be separated from the solvent, characterised in that said - the difference between the electro-conductivity (EC_t3) of the solvent at the time of measurement by the first unit, and the electro-conductivity (EC_t2) of the solvent at a previous time of measurement by the first unit, to - the difference between the time of measurement by the first unit, and said previous time of measurement.
Steam cooker accessory for steam heating and/or cooking of foodstuffs contained in a container, the steam cooking accessory comprising a steam generator having a steam production chamber, the steam cooking accessory comprising a water reservoir feeding water into the steam production chamber, the steam production chamber being connected to at least one steam distribution outlet arranged in a lower part of the steam generator, the water reservoir being removable from the steam generator and the steam generator carrying the removable water reservoir, characterised in that the steam production chamber has a water feeding inlet fed with water by the water reservoir disposed on the steam generator and at least one steam discharge outlet disposed higher than the water feeding inlet, said at least one steam discharge outlet communicating with said at least one steam distribution outlet.
A positive electrode active material for a lithium secondary battery, comprising lithium cobalt oxide particles, wherein the lithium cobalt oxide particle comprise a lithium deficient lithium cobalt oxide having a Li/Co molar ratio of less than 1 in the particle, wherein the lithium cobalt oxide particle has a core-shell structure comprising a core part and a shell part: the core part comprising the first lithium cobalt oxide of the following Formula 1; and the shell part provided on a surface of the core part and comprising a second lithium cobalt oxide of the following Formula 2: [Formula 1] Li 1-a CoM x O 2 [Formula 2] Li b CoM' y O 2 in Formula 1 and 2, M and M' each independently comprises at least one metal element selected from the group consisting of W, Mo, Zr, Ti, Mg, Ta, Al, Fe, V, Cr, Ba, Ca, and Nb, and a, b, x, and y satisfy the following relations of 0<a≤0.05, 1≤b≤1.2, 0≤x≤0.02, and 0≤y≤0.02. the core part comprising the first lithium cobalt oxide of the following Formula 1; and the shell part provided on a surface of the core part and comprising a second lithium cobalt oxide of the following Formula 2: [Formula 1] Li 1-a CoM x O 2 [Formula 2] Li b CoM' y O 2 in Formula 1 and 2, M and M' each independently comprises at least one metal element selected from the group consisting of W, Mo, Zr, Ti, Mg, Ta, Al, Fe, V, Cr, Ba, Ca, and Nb, and a, b, x, and y satisfy the following relations of 0<a≤0.05, 1≤b≤1.2, 0≤x≤0.02, and 0≤y≤0.02.
Method for preparing a plant milk fermentation product which comprises the steps of: a) adding at room temperature ferments and texturing agents miscible with water at a temperature of 10°C to 45°C in an appropriate quantity of plant milk, then b) distributing the mixture obtained into containers suitable for the fermentation stage in a yogurt maker, then c) fermentation, characterized in that the texturing agents comprise: - a first texturing agent, said texturing agent being guar gum, and - a second texturing agent chosen from cold-soluble starches and their mixtures in all proportions, and the total amount of texturing agents being comprised between 0.1 g and 3 g of texturing agents per 100 ml of plant milk. a) adding at room temperature ferments and texturing agents miscible with water at a temperature of 10°C to 45°C in an appropriate quantity of plant milk, then b) distributing the mixture obtained into containers suitable for the fermentation stage in a yogurt maker, then c) fermentation, characterized in that the texturing agents comprise: - a first texturing agent, said texturing agent being guar gum, and - a second texturing agent chosen from cold-soluble starches and their mixtures in all proportions, and - a first texturing agent, said texturing agent being guar gum, and - a second texturing agent chosen from cold-soluble starches and their mixtures in all proportions, and the total amount of texturing agents being comprised between 0.1 g and 3 g of texturing agents per 100 ml of plant milk.
A people counting system comprising: - a plurality of image capture devices arranged to provide coverage of an area, wherein each image capture device is arranged to capture images from the area and to provide individual coverage of a region of the area in its field of view; wherein each image capture device comprises a local image processor configured to apply a local person detection algorithm to the captured image data, thereby generating local presence metric comprising a presence count indicating a number of people detected in the covered region and a person location identifier identifying a location of each person detected in the covered region; - a first processing module connected to receive the local presence metric relating to the captured images of a image capture device, and providing a people count by aggregating the local presence metrics from the plurality of image capture devices; wherein the local image processor is configured to receive from a user device associated with one of the people in the area an opt-out request associated with that person, wherein the opt-out request includes location information indicating the actual or estimated location of the person associated with the opt-out request, and to control, responsive to the opt-out request, to stop taking into account the local presence metric of locations of persons that relate to the location of the person associated with the opt-out request. - a plurality of image capture devices arranged to provide coverage of an area, wherein each image capture device is arranged to capture images from the area and to provide individual coverage of a region of the area in its field of view; wherein each image capture device comprises a local image processor configured to apply a local person detection algorithm to the captured image data, thereby generating local presence metric comprising a presence count indicating a number of people detected in the covered region and a person location identifier identifying a location of each person detected in the covered region; - a first processing module connected to receive the local presence metric relating to the captured images of a image capture device, and providing a people count by aggregating the local presence metrics from the plurality of image capture devices; wherein the local image processor is configured to receive from a user device associated with one of the people in the area an opt-out request associated with that person, wherein the opt-out request includes location information indicating the actual or estimated location of the person associated with the opt-out request, and to control, responsive to the opt-out request, to stop taking into account the local presence metric of locations of persons that relate to the location of the person associated with the opt-out request.
A flushing apparatus, suitable for being positioned in at least one housing on a toilet bowl, said flushing apparatus comprising at least one outer body for being mounted on the toilet bowl, at least one inner body mounted inside the outer body, at least one entirely open side conduit and at least one partially open and partially closed side conduit positioned on the inner body in a mounted state respectively in the right and left sides with respect to a center of the inner body, at least one middle conduit positioned between the entirely open side conduit and the partially open and partially closed side conduit in a lower section of the inner body in a way to be disposed in line with the inner body center and at least one cover positioned on the inner body, characterized in that • of said side conduits, the partially open and partially closed side conduit comprises both one side conduit open portion that is open to the passage of water and one side conduit closed portion that is closed to the passage of water wherein the side conduit open portion has a surface area smaller than that of the other entirely open side conduit that is entirely open to the passage of water, • the side conduit open portion, which is open to the passage of water, of said partially open and partially closed side conduit has a surface area in the range of 80-100 mm 2 and the other entirely open side conduit, which is entirely open to the passage of water, has a surface area in the range of 240-300 mm 2, and • the flushing apparatus comprises an asymmetric guide with asymmetric structure on the inner body, wherein the asymmetric guide has one portion in the section with the partially open and partially closed side conduit that is inclined in a way to guide the incoming water towards the side conduit open portion, and another portion in the section with the entirely open side conduit that is inclined in a way to guide the water towards the lower portion of the conduit that is open. • of said side conduits, the partially open and partially closed side conduit comprises both one side conduit open portion that is open to the passage of water and one side conduit closed portion that is closed to the passage of water wherein the side conduit open portion has a surface area smaller than that of the other entirely open side conduit that is entirely open to the passage of water, • the side conduit open portion, which is open to the passage of water, of said partially open and partially closed side conduit has a surface area in the range of 80-100 mm 2 and the other entirely open side conduit, which is entirely open to the passage of water, has a surface area in the range of 240-300 mm 2, and • the flushing apparatus comprises an asymmetric guide with asymmetric structure on the inner body, wherein the asymmetric guide has one portion in the section with the partially open and partially closed side conduit that is inclined in a way to guide the incoming water towards the side conduit open portion, and another portion in the section with the entirely open side conduit that is inclined in a way to guide the water towards the lower portion of the conduit that is open.
A method of providing a machine-type communication service in a wireless communication system, the method characterized in comprising: transmitting a general packet radio service, GPRS, attach accept message and a routing area update, RAU, accept message to the machine-type communication device, the GPRS attach accept message and the RAU accept message including machine-type communication group information for at least one machine-type communication group; and transmitting a system information, SI, message of a GSM/EDGE radio access network, GERAN, or a paging request message to the machine-type communication device, the SI message or the paging request message including the machine-type communication group information and an identifier, ID, of the machine-type communication group, wherein a machine-type communication group is a group of machine-type communication devices that share one or more machine-type communication features. transmitting a general packet radio service, GPRS, attach accept message and a routing area update, RAU, accept message to the machine-type communication device, the GPRS attach accept message and the RAU accept message including machine-type communication group information for at least one machine-type communication group; and transmitting a system information, SI, message of a GSM/EDGE radio access network, GERAN, or a paging request message to the machine-type communication device, the SI message or the paging request message including the machine-type communication group information and an identifier, ID, of the machine-type communication group, wherein a machine-type communication group is a group of machine-type communication devices that share one or more machine-type communication features.
A waste-disposal device for use with a bag unit of the type having an annular component from which a free end of tube extends to form a bag, the waste-disposal device comprising: a bin having an open top end for accessing an inner cavity of the bin; a support in the bin adjacent to the open top end adapted to support the annular component of the bag unit for waste to be received in the bag of the bag unit extending in the inner cavity of the bin, by passing through a central opening of the support; and a closing mechanism comprising a door pivotally connected to the support by at least one pivot, the closing mechanism including an abutment surface in the bin, the door is configured to be pivotable between a closed position in which the door presses the bag toward the abutment surface to close the bag, and an open position in which the door is away from the abutment surface to allow an access to an interior of the bin, characterized in that the at least one pivot is located inside a vertical annular projection of the central opening of the support, such that the pivot axis defined by the at least one pivot is located higher than a bottommost edge of the annular component of the bag unit when received in the support and when the bin has a bottom thereof on the ground. a bin having an open top end for accessing an inner cavity of the bin; a support in the bin adjacent to the open top end adapted to support the annular component of the bag unit for waste to be received in the bag of the bag unit extending in the inner cavity of the bin, by passing through a central opening of the support; and a closing mechanism comprising a door pivotally connected to the support by at least one pivot, the closing mechanism including an abutment surface in the bin, the door is configured to be pivotable between a closed position in which the door presses the bag toward the abutment surface to close the bag, and an open position in which the door is away from the abutment surface to allow an access to an interior of the bin, characterized in that the at least one pivot is located inside a vertical annular projection of the central opening of the support, such that the pivot axis defined by the at least one pivot is located higher than a bottommost edge of the annular component of the bag unit when received in the support and when the bin has a bottom thereof on the ground.
A tissue ablation system, comprising: a delivery sheath having a proximal end, a distal end, and a lumen extending therebetween; an elongate shaft having a proximal portion and a distal portion, the elongate shaft slidably disposed within the lumen of the delivery sheath; a first helically wound electrode disposed about the distal portion of the elongate shaft, the first helically wound electrode having a first length; a second helically wound electrode disposed about the distal portion of the elongate shaft, the second helically wound electrode having a second length less than the first length; a third helically wound electrode disposed about the distal portion of the elongate shaft, the third helically wound electrode having a third length less than the second length; a plurality of probes slidably disposed within the delivery sheath, the plurality of probes configured to move between a compressed configuration and an expanded configuration; at least one electrically conductive region on each of the probes of the plurality of probes; and a power and control unit in individual electrical communication with the first helically wound electrode, the second helically wound electrode, the third helically wound electrode, and the at least one electrically conductive region on the each of the probes of the plurality of probes, wherein energy is supplied between at least one of the first helically wound electrode, the second helically wound electrode and the third helically wound electrode and at least one of the at least one electrically conductive regions selected by the user or the system. a delivery sheath having a proximal end, a distal end, and a lumen extending therebetween; an elongate shaft having a proximal portion and a distal portion, the elongate shaft slidably disposed within the lumen of the delivery sheath; a first helically wound electrode disposed about the distal portion of the elongate shaft, the first helically wound electrode having a first length; a second helically wound electrode disposed about the distal portion of the elongate shaft, the second helically wound electrode having a second length less than the first length; a third helically wound electrode disposed about the distal portion of the elongate shaft, the third helically wound electrode having a third length less than the second length; a plurality of probes slidably disposed within the delivery sheath, the plurality of probes configured to move between a compressed configuration and an expanded configuration; at least one electrically conductive region on each of the probes of the plurality of probes; and a power and control unit in individual electrical communication with the first helically wound electrode, the second helically wound electrode, the third helically wound electrode, and the at least one electrically conductive region on the each of the probes of the plurality of probes, wherein energy is supplied between at least one of the first helically wound electrode, the second helically wound electrode and the third helically wound electrode and at least one of the at least one electrically conductive regions selected by the user or the system.