mhurhangee/ep-ind-claims huggingface dataset:
A device for frothing and heating milk, comprising a steamer, a steam pipe connected to the steamer via a steam conduit to be immersed in the milk, a temperature sensor disposed on the steam pipe for measuring the milk temperature and a controller connected to the temperature sensor, a venturi nozzle being disposed in the steam conduit, which nozzle is provided with an air supply opening that can be closed selectively by means of the controller, characterised in that there is disposed in the steam conduit upstream of the venturi nozzle an electromechanically actuatable valve which is connected to the controller, the valve being intended to block off the output of the steamer in the power-off output state and at the same time to connect the steam conduit to the atmosphere.
A disposable capsule for machines for preparing infused beverages, said capsule comprising: i) a cup-shaped hollow body adapted to receive a measured dose of a granulate or particulate product; ii) a lid sealed on a flange of said body; iii) a distributor-collector insert, wherein said insert stretches out axially from a base to a top of said body and comprises a portion arranged close to said top, a disk-shaped portion arranged close to said base and a rod-shaped portion which connects said portion close to the top to said disk-shaped portion close to the base, and wherein the portion close to the top comprises a plurality of through openings formed in a radial direction and the disk-shaped portion close to the base comprises a plurality of through openings formed in the axial direction, characterized in that the portion close to the top is a cup-shaped portion and in that the disk-shaped portion is arranged at the base. i) a cup-shaped hollow body adapted to receive a measured dose of a granulate or particulate product; ii) a lid sealed on a flange of said body; iii) a distributor-collector insert,
Method for securing a document, characterized in that it comprises: - a first step of forming a first mark (205, 210, 305, 315, 325, 335, 345, 355), representative of a first matrix of dots, on a first surface of said document by utilizing first marking means; - a second step of forming a second mark (215, 310, 320, 330, 340, 350, 360), representative of a second matrix of dots, on another surface of said document or in the depth of said document by utilizing second marking means; characterized in that the two matrices of dots are superimposed area by area, and in that at least one of said marks exhibits, as a result of ad-hoc unpredictable physical phenomena of its marking means, a rate of ad-hoc errors that is greater than a first predefined value. - a first step of forming a first mark (205, 210, 305, 315, 325, 335, 345, 355), representative of a first matrix of dots, on a first surface of said document by utilizing first marking means; - a second step of forming a second mark (215, 310, 320, 330, 340, 350, 360), representative of a second matrix of dots, on another surface of said document or in the depth of said document by utilizing second marking means;
Fire protection composition comprising an epoxy resin, a hardener for the epoxy resin, a dehydrogenation catalyst and up to 0.2 wt.%, based on the weight of the epoxy resin and the hardener, of an organopolysiloxane.
A rotor of a rotary electric machine comprising: - channels provided in a rotor and allowing a cooling gas to flow in a rotation axis direction; and - rotor winding ventilation holes communicating to the channels and provided in a rotor winding, in which a conductor and an interlayer insulating layer are stacked, so as to penetrate the conductor and the interlayer insulating layer in the stacked direction to allow the cooling gas to flow in a radial direction of rotation, characterised in that the rotor winding ventilation hole is formed to have a cross-sectional shape in which an inner wall surface on a negative pressure side is inclined from both end portions to the central portion in the direction toward the positive pressure side and is not inclined at the central portion. - channels provided in a rotor and allowing a cooling gas to flow in a rotation axis direction; and - rotor winding ventilation holes communicating to the channels and provided in a rotor winding, in which a conductor and an interlayer insulating layer are stacked, so as to penetrate the conductor and the interlayer insulating layer in the stacked direction to allow the cooling gas to flow in a radial direction of rotation, characterised in that the rotor winding ventilation hole is formed to have a cross-sectional shape in which an inner wall surface on a negative pressure side is inclined from both end portions to the central portion in the direction toward the positive pressure side and is not inclined at the central portion.
A method for backing up data stored on a terminal (12, 14, 16), the terminal including means for connecting to a local area network via which primary backup means are accessible, the terminal further including means for connecting to a second network via which secondary backup means are accessible, characterized in that it includes the following steps of: • determining a data set to be backed up among the data stored on the terminal; • if the terminal is connected to the local area network, transferring the data set to the primary backup means; • if the terminal is connected to the second network, • transferring the data set to the secondary backup means; and, • replicating the data set received by the secondary backup means on the primary backup means. • determining a data set to be backed up among the data stored on the terminal; • if the terminal is connected to the local area network, transferring the data set to the primary backup means; • if the terminal is connected to the second network, • transferring the data set to the secondary backup means; and, • replicating the data set received by the secondary backup means on the primary backup means. • transferring the data set to the secondary backup means; and, • replicating the data set received by the secondary backup means on the primary backup means.
A machining method wherein a wire electric discharge machine relatively moves a wire electrode containing brass and a workpiece in accordance with a machining program to machine the workpiece by electric discharge produced between the wire electrode and the workpiece, the method comprising: a machining shape calculation step (SA01; SB01; SC01; SD01) that obtains a machining shape from the machining program; an attachment/deposition region setting step (SA05; SB05; SC06; SD02) that sets, from the obtained machining shape, an attachment/deposition region in which machining chips containing brass produced during machining are attached and deposited to the workpiece; and an attachment/deposition step that attaches and deposits machining chips containing brass produced during machining to the workpiece according to the attachment/deposition region set in the attachment/deposition region setting step (SA05; SB05; SC06; SD02), characterised in that the attachment/deposition region setting step (SA05; SB05; SC06; SD02) calculates a position of a center of gravity of the machining shape obtained from the machining shape calculation unit and to set the attachment/deposition region at intersections of two orthogonal straight lines, each passing through the position of the center of gravity of the machining shape, with the machining shape. a machining shape calculation step (SA01; SB01; SC01; SD01) that obtains a machining shape from the machining program; an attachment/deposition region setting step (SA05; SB05; SC06; SD02) that sets, from the obtained machining shape, an attachment/deposition region in which machining chips containing brass produced during machining are attached and deposited to the workpiece; and an attachment/deposition step that attaches and deposits machining chips containing brass produced during machining to the workpiece according to the attachment/deposition region set in the attachment/deposition region setting step (SA05; SB05; SC06; SD02), characterised in that the attachment/deposition region setting step (SA05; SB05; SC06; SD02) calculates a position of a center of gravity of the machining shape obtained from the machining shape calculation unit and to set the attachment/deposition region at intersections of two orthogonal straight lines, each passing through the position of the center of gravity of the machining shape, with the machining shape.
Bottom-up powder conveying mechanism for a PBLM system, which comprises a reservoir (5b, 5c) which is operated as a powder reservoir and has a floor which is movable in the manner of a piston in order to convey powder in the direction of an upper opening in the reservoir (5b, 5c) opposite the floor and/or through the upper opening in the reservoir (5b, 5c) and thus to a working plane of the PBLM system, wherein the bottom-up powder conveying mechanism comprises an external reservoir which can be closed in a gas-tight manner and is connected in a gas-tight manner to a gas-tight conduit in order to be able to conduct powder, via the conduit, from the reservoir into the reservoir (5b, 5c) which is operated as a powder reservoir, characterised in that the reservoir (5b, 5c) operated as a powder reservoir has, in a side wall (6b, 6c), an opening (15a, 15b) which is lower than the upper opening and through which the reservoir (5b, 5c) can be filled with powder and which can be connected in a gas-tight and releasable manner to the conduit in order to be able to conduct powder in a gravity-driven manner from the external reservoir arranged above the opening (15a, 15b) through the sloping conduit and through the lower opening (15a, 15b) into the reservoir (5b, 5c) operated as a powder reservoir.
A tissue-localizing device comprising: a sleeve having a lumen; and a locator element at least partially disposed in the lumen of said sleeve in a slidable manner, said locator element having a distal portion and a distal end, the distal portion having a discrete first electric conductive surface region at or near said distal end, the locator element further being adapted to penetrate tissue so that the distal portion of the locator element forms at least a partial loop that defines a volume of tissue when said locator element is deployed in tissue, said tissue-localizing device being characterized in that the locator element further comprises a second electric conductive surface region electrically isolated from said first electric conductive surface region. a sleeve having a lumen; and a locator element at least partially disposed in the lumen of said sleeve in a slidable manner, said locator element having a distal portion and a distal end, the distal portion having a discrete first electric conductive surface region at or near said distal end, the locator element further being adapted to penetrate tissue so that the distal portion of the locator element forms at least a partial loop that defines a volume of tissue when said locator element is deployed in tissue, said tissue-localizing device being characterized in that the locator element further comprises a second electric conductive surface region electrically isolated from said first electric conductive surface region.
A Global System for Mobile Communication GSM/Code Division Multiple Access CDMA dual-mode mobile phone, comprising: a CDMA RF circuit, a GSM RF circuit, a baseband circuit comprising a CDMA baseband chip and a GSM baseband chip, with the CDMA RF circuit comprising a CDMA RF receiving circuit, a CDMA RF transmitting circuit and a duplexer, the CDMA RF transmitting circuit being connected respectively with the CDMA baseband chip and the duplexer, the CDMA RF receiving circuit comprising a CDMA receiver, a receiving filter and a Low Noise Amplifier, LNA, which are sequentially connected, the CDMA receiver being connected with the CDMA baseband chip, the LNA being connected with the duplexer; the GSM RF circuit being connected with the GSM baseband chip; characterized by the mobile phone further comprising: a dual-port antenna, connected respectively with the duplexer and the GSM RF circuit, and configured to transmit/receive signals of the GSM and the CDMA; and a RF switch, provided in the CDMA RF receiving circuit, wherein the RF switch is controlled by the GSM baseband chip and configured to cut off a CDMA signal accessed by the dual-port antenna when a GSM operational frequency and a CDMA operational frequency belong to close frequency band during a transmitting timeslot of the GSM; wherein the dual-port antenna has a common pattern shared by a GSM antenna and a CDMA antenna with different feed connected to GSM or CDMA circuit. a dual-port antenna, connected respectively with the duplexer and the GSM RF circuit, and configured to transmit/receive signals of the GSM and the CDMA; and a RF switch, provided in the CDMA RF receiving circuit, wherein the RF switch is controlled by the GSM baseband chip and configured to cut off a CDMA signal accessed by the dual-port antenna when a GSM operational frequency and a CDMA operational frequency belong to close frequency band during a transmitting timeslot of the GSM; wherein the dual-port antenna has a common pattern shared by a GSM antenna and a CDMA antenna with different feed connected to GSM or CDMA circuit.
A product for the use in a method of augmenting tissue in a subject that is in need of tissue augmentation, the method comprising: a) inserting a needle into a subject at a location in the subject that is in need of tissue augmentation, wherein the needle is coupled to a syringe loaded with a crosslinked hyaluronic acid composition that includes crosslinked, water-insoluble, hydrated HA gel particles, wherein the crosslinked HA composition is a single hydrated particle phase and wherein the HA includes crosslinks represented by the following structural formula: HA'-U-R 2 -U-HA' wherein: each HA' is the same or different crosslinked HA' molecule; each U is independently an optionally substituted O-acyl isourea or N-acyl urea; and R 2 is optionally substituted alkyl, alkenyl, alkynyl, alkoxy, cycloalkyl, cycloalkenyl, cycloalkynyl, aryl, heteroaryl, heterocyclyl, cycloaliphaticalkyl, aralkyl, heteroaralkyl, or heterocyclylalkyl; and b) applying force to the syringe, whereby at least a portion of the crosslinked HA composition is delivered into the subject, wherein the crosslinked HA composition is stable in the subject for at least 8 weeks. a) inserting a needle into a subject at a location in the subject that is in need of tissue augmentation, wherein the needle is coupled to a syringe loaded with a crosslinked hyaluronic acid composition that includes crosslinked, water-insoluble, hydrated HA gel particles, wherein the crosslinked HA composition is a single hydrated particle phase and wherein the HA includes crosslinks represented by the following structural formula: HA'-U-R 2 -U-HA' wherein: each HA' is the same or different crosslinked HA' molecule; each U is independently an optionally substituted O-acyl isourea or N-acyl urea; and R 2 is optionally substituted alkyl, alkenyl, alkynyl, alkoxy, cycloalkyl, cycloalkenyl, cycloalkynyl, aryl, heteroaryl, heterocyclyl, cycloaliphaticalkyl, aralkyl, heteroaralkyl, or heterocyclylalkyl; and each HA' is the same or different crosslinked HA' molecule; each U is independently an optionally substituted O-acyl isourea or N-acyl urea; and R 2 is optionally substituted alkyl, alkenyl, alkynyl, alkoxy, cycloalkyl, cycloalkenyl, cycloalkynyl, aryl, heteroaryl, heterocyclyl, cycloaliphaticalkyl, aralkyl, heteroaralkyl, or heterocyclylalkyl; and b) applying force to the syringe, whereby at least a portion of the crosslinked HA composition is delivered into the subject,
Air flow control which can be inserted into an air opening for controlling air flowing along an air flow direction, having a closure device comprising adjustable flaps, a closure device comprising adjustable flaps which can be adjusted between an open position releasing the air opening and a closed position at least partially closing the air opening by means of an adjustment device for selectively releasing and closing the air opening, wherein each flap comprises a flap surface extending along a flap longitudinal axis, which is delimited by flap longitudinal sides and flap end faces limiting the flap surface, wherein the flap end faces are formed shorter than the flap longitudinal sides and wherein pins are provided at the flap end faces, which can be inserted movably into a frame or joining partner and are arranged collinearly, CHARACTERIZED IN THAT THAT the closure device comprises a flap arrangement with three flaps rotatably connected to each other comprising a centrally arranged middle flap and two outer flaps enclosing the middle flap, that the flap axis of rotation of the middle flap extends through the center of the flap surface of the middle flap, that the pins of the center flap extend as rotation pins (22C, 22D) coaxially to the center flap rotation axis of the center flap, that the center flap is rotatably connected at the flap longitudinal sides with the adjacent flap longitudinal sides of the outer flaps, in that the pins of the outer flaps are designed as guide pins (24A, 24B) which project outwardly offset from the center line of the center flap from the flap end faces of the outer flaps, in that the flap rotation axis of the rotation pins (22C, 22D) are designed to be drivable, and in that the guide pins (24A, 24B) of the outer flaps are displaceably guided in channel guides (24F, 24G) of the frame or of a holding arrangement insertable into the frame.
A lighting apparatus, comprising: a lighting fixture; and a LED module mechanically enclosed by the lighting fixture, wherein the LED module includes: at least one LED, a LED driver in electrical communication with the at least one LED to operably provide a LED drive signal to the at least one LED, and a thermal sensor including a thermistor (TM1, TM2) and operable to facilitate a control by the LED driver of a magnitude of the LED drive signal based on an operating temperature of the at least one LED as sensed by the thermal sensor, characterized in that the LED driver includes a converter operable to convert an AC input signal into the LED drive signal, said converter having a buck converter operating as a step down switch regulator, wherein the thermal sensor can provide feedback to the buck converter, said feedback being indicative of an operating temperature of the at least one LED, and wherein the thermal sensor further includes a transistor to enhance said feedback to the buck converter. a lighting fixture; and a LED module mechanically enclosed by the lighting fixture, at least one LED, a LED driver in electrical communication with the at least one LED to operably provide a LED drive signal to the at least one LED, and a thermal sensor including a thermistor (TM1, TM2) and operable to facilitate a control by the LED driver of a magnitude of the LED drive signal based on an operating temperature of the at least one LED as sensed by the thermal sensor, characterized in that the LED driver includes a converter operable to convert an AC input signal into the LED drive signal, said converter having a buck converter operating as a step down switch regulator, wherein the thermal sensor can provide feedback to the buck converter, said feedback being indicative of an operating temperature of the at least one LED, and wherein the thermal sensor further includes a transistor to enhance said feedback to the buck converter.
A refrigerator comprising a sectorized cooling compartment of the type that has at least one access door (3,5) to at least one cold storage chamber (2,4) wherein: said sectorized compartment is provided in the access door (3,5) and comprises multiple storage sectors for containers of consumer products, said multiple storage sectors being defined by multiple partition walls that separate the sectorized compartment from said cold storage chamber (2,4) and at least one air extractor/blower with said cold storage chamber on the upstream side and said sectorized compartment on the downstream side, wherein the refrigerator has a main cooling compartment with a main access door to said main compartment and a freezing compartment with an access door to the freezing compartment and whereby said at least one door (3,5) with said sectorized compartment is the freezer door; whereby the partition walls are provided with one or more slots through which a current of cold air is conducted from the cold storage chamber to the sectorized compartment; characterized in that the at least one air extractor/blower is arranged at the top, and preferably directly above, of the storage sectors, and whereby the sectorized compartment is adapted to allow air to return to the freezing compartment through the bottom of the storage sectors. said sectorized compartment is provided in the access door (3,5) and comprises multiple storage sectors for containers of consumer products, said multiple storage sectors being defined by multiple partition walls that separate the sectorized compartment from said cold storage chamber (2,4) and at least one air extractor/blower with said cold storage chamber on the upstream side and said sectorized compartment on the downstream side, wherein the refrigerator has a main cooling compartment with a main access door to said main compartment and a freezing compartment with an access door to the freezing compartment and whereby said at least one door (3,5) with said sectorized compartment is the freezer door; whereby the partition walls are provided with one or more slots through which a current of cold air is conducted from the cold storage chamber to the sectorized compartment; characterized in that the at least one air extractor/blower is arranged at the top, and preferably directly above, of the storage sectors, and whereby the sectorized compartment is adapted to allow air to return to the freezing compartment through the bottom of the storage sectors.
A method comprising a first test phase comprising: applying an input force disturbance to a body; and measuring motion or displacement of the body in response to the input force disturbance; characterized in that the method further comprises a second test phase comprising removing the input force disturbance; and applying an input load to the body to replicate the measured motion or displacement imparted to the body via the input force disturbance; and the input load applied is measured. applying an input force disturbance to a body; and measuring motion or displacement of the body in response to the input force disturbance; characterized in that the method further comprises a second test phase comprising removing the input force disturbance; and applying an input load to the body to replicate the measured motion or displacement imparted to the body via the input force disturbance; and the input load applied is measured.
A method for implementing interconnection between IP domains, characterized by comprising: receiving, by a Media Gateway, MG, between the IP domains (410, 420), IP domain information from a Media Gateway Controller, MGC,, wherein the IP domain information is carried in a LocalControl Descriptor in a message from the MGC and adapted to identify an IP domain that a media stream (RTPa) to be created pertains to; creating, by the MG between the IP domains (410, 420), the media stream (RTPa) in the IP domain corresponding to the IP domain information. receiving, by a Media Gateway, MG, between the IP domains (410, 420), IP domain information from a Media Gateway Controller, MGC,, wherein the IP domain information is carried in a LocalControl Descriptor in a message from the MGC and adapted to identify an IP domain that a media stream (RTPa) to be created pertains to; creating, by the MG between the IP domains (410, 420), the media stream (RTPa) in the IP domain corresponding to the IP domain information.