mhurhangee/ep-ind-claims huggingface dataset:
A system, comprising: a plurality of cores (111, 121) provided on one or more companion chips, each core (111, 121) including: an address line; core circuitry; and a test interface (212, 222) to carry out tests associated with the core circuitry, the test interface (212, 222) having an address register configured to hold an address of the core (111, 121) and address determination circuitry, the address determination circuitry configured to: compare an address received on the address line to the address held in the address register; determine based on the comparison whether the core (111, 121) is being addressed; and direct the test interface (212, 222) to carry out a testing operation in response to the determination, the system characterised in that the test interface (212, 222) is configured by selecting one or more of a plurality of registers to be coupled between a test data input and a test data output, wherein the test data input is a serial test data input and the test data output is a serial test data output. an address line; core circuitry; and a test interface (212, 222) to carry out tests associated with the core circuitry, the test interface (212, 222) having an address register configured to hold an address of the core (111, 121) and address determination circuitry, the address determination circuitry configured to: compare an address received on the address line to the address held in the address register; determine based on the comparison whether the core (111, 121) is being addressed; and direct the test interface (212, 222) to carry out a testing operation in response to the determination, the system characterised in that the test interface (212, 222) is configured by selecting one or more of a plurality of registers to be coupled between a test data input and a test data output, wherein the test data input is a serial test data input and the test data output is a serial test data output. compare an address received on the address line to the address held in the address register; determine based on the comparison whether the core (111, 121) is being addressed; and direct the test interface (212, 222) to carry out a testing operation in response to the determination, the system characterised in that the test interface (212, 222) is configured by selecting one or more of a plurality of registers to be coupled between a test data input and a test data output, wherein the test data input is a serial test data input and the test data output is a serial test data output.
A reaction system for preparing β-phenylethanol, wherein the reaction system comprises: a micro reaction channel loaded with a catalyst, wherein the micro reaction channel is a coiled tube having a microsized diameter and used as reaction site; a Y-shaped channel communicated with one end of the micro reaction channel, wherein the two channels of the Y-shaped channel are respectively one gas channel for introducing a gas reaction raw material and one liquid channel for introducing a liquid reaction raw material; an outlet filtration unit communicated with the other end of the micro reaction channel, wherein the outlet filtration unit is used for preventing the catalyst in the micro reaction channel from passing through and allowing liquid product and gas to flow out; a gas-liquid separation system communicated with the outlet filtration unit, wherein the gas-liquid separation system is used for separating the liquid product from the gas; and an ultrasonic field generator for applying an ultrasonic field to the micro reaction channel; wherein the Y-shaped channel has a channel diameter of 5-50 μm; the gas channel and the liquid channel of the Y-shaped channel are both composed of a plurality of evenly distributed thin tubes; the number of the thin tubes per channel is 3-15; the micro reaction channel has a diameter of 5-500 μm; and the outlet filtration unit is an etched silicon column having an average pore diameter of 0.1-15 μm. a micro reaction channel loaded with a catalyst, wherein the micro reaction channel is a coiled tube having a microsized diameter and used as reaction site; a Y-shaped channel communicated with one end of the micro reaction channel, wherein the two channels of the Y-shaped channel are respectively one gas channel for introducing a gas reaction raw material and one liquid channel for introducing a liquid reaction raw material; an outlet filtration unit communicated with the other end of the micro reaction channel, wherein the outlet filtration unit is used for preventing the catalyst in the micro reaction channel from passing through and allowing liquid product and gas to flow out; a gas-liquid separation system communicated with the outlet filtration unit, wherein the gas-liquid separation system is used for separating the liquid product from the gas; and an ultrasonic field generator for applying an ultrasonic field to the micro reaction channel; wherein the Y-shaped channel has a channel diameter of 5-50 μm; the gas channel and the liquid channel of the Y-shaped channel are both composed of a plurality of evenly distributed thin tubes; the number of the thin tubes per channel is 3-15; the micro reaction channel has a diameter of 5-500 μm; and the outlet filtration unit is an etched silicon column having an average pore diameter of 0.1-15 μm.
A method of providing call control within a mobile network with respect to a subscriber associated to a user equipment, UE, the mobile network comprising a service centralization and continuity application server -SCC-AS- responsible for an access domain selection out of a packet switched-PS-access, and a circuit switched-CS- access, the SCC-AS performing the following steps: - receiving a first indication indicative of a request to provide a best effort -BE- PS access domain with respect to the UE, - receiving a second indication indicative of a preference of PS access over CS access with respect to the UE, - in response to retrieving most recent access network capabilities with respect to the UE: - selecting the PS access, if the most recent access network capabilities indicate that IP Multimedia Subsystem voice, IMS voice, over PS is supported, and - selecting the PS access, upon receiving the second indication, even if the most recent access network capabilities indicate that the IMS voice over PS is not supported. - receiving a first indication indicative of a request to provide a best effort -BE- PS access domain with respect to the UE, - receiving a second indication indicative of a preference of PS access over CS access with respect to the UE, - in response to retrieving most recent access network capabilities with respect to the UE: - selecting the PS access, if the most recent access network capabilities indicate that IP Multimedia Subsystem voice, IMS voice, over PS is supported, and - selecting the PS access, upon receiving the second indication, even if the most recent access network capabilities indicate that the IMS voice over PS is not supported.
A butterfly valve that is motor-operated, comprising: a body having a passage through which a fluid passes; a shaft supported by the body such that the shaft is rotatable about its axis, and extending in a radial direction of the passage; a valve element (18, 218, 318, 418, 518, 618, 718) disposed in the passage in a state where the valve element (18, 218, 318, 418, 518, 618, 718) and the shaft are assembled, and configured to turn with the shaft to control open/closed states of the passage or adjust an opening degree of the passage; wherein the valve element (18, 218, 318, 418, 518, 618, 718) includes a plate (72, 572, 672, 872), and an elastic member (74, 274, 374, 474) provided along an outer circumference of the plate (72, 572, 672, 872), wherein the elastic member (74, 274, 374, 474) has seal parts (S1, S2) that touch and leave an inner surface of the passage to close and open the passage, and wherein the butterfly valve comprises an actuator configured to drive the shaft to rotate when power is supplied, wherein the valve element (18, 218, 318, 418, 518, 618, 718) touches the passage at an angle smaller than 90 degrees with respect to an axis of the passage, characterized in that the plate (72, 572, 672, 872) has specific shapes on both sides with respect to an axis of the shaft, the specific shapes narrowing gaps between the plate (72, 572, 672, 872) and the inner surface of the passage on lower-pressure sides of seal centers of the seal parts (S1, S2) in a valve closed state. a body having a passage through which a fluid passes; a shaft supported by the body such that the shaft is rotatable about its axis, and extending in a radial direction of the passage; a valve element (18, 218, 318, 418, 518, 618, 718) disposed in the passage in a state where the valve element (18, 218, 318, 418, 518, 618, 718) and the shaft are assembled, and configured to turn with the shaft to control open/closed states of the passage or adjust an opening degree of the passage; wherein the valve element (18, 218, 318, 418, 518, 618, 718) includes a plate (72, 572, 672, 872), and an elastic member (74, 274, 374, 474) provided along an outer circumference of the plate (72, 572, 672, 872), wherein the elastic member (74, 274, 374, 474) has seal parts (S1, S2) that touch and leave an inner surface of the passage to close and open the passage, and wherein the butterfly valve comprises an actuator configured to drive the shaft to rotate when power is supplied, wherein the valve element (18, 218, 318, 418, 518, 618, 718) touches the passage at an angle smaller than 90 degrees with respect to an axis of the passage,
Tyre, the tread of which comprises a rubber composition based on at least: - a diene elastomer; - 50 to 150 phr of a reinforcing filler; - a crosslinking system; - a plasticizing system comprising at least more than 15 to 80 phr of a non-polymeric phenolic compound, the melting point of which is less than 170°C. - a diene elastomer; - 50 to 150 phr of a reinforcing filler; - a crosslinking system; - a plasticizing system comprising at least more than 15 to 80 phr of a non-polymeric phenolic compound, the melting point of which is less than 170°C.
An underwater thruster for water sports equipment, comprising a power part and a propeller, wherein the power part is provided at the upstream of the propeller to drive the propeller to rotate, the underwater thruster further comprising: a water inlet part, where the power part is provided at the upstream or internally of the water inlet part, the water inlet part being provided with a water inlet, one end and the other end of the water inlet part being columnar, and the diameter of radial cross-sections of the water inlet part gradually increasing from the one end to the other end of the water inlet part; and a water outlet part, which is provided at the downstream of the water inlet part, one end of the water outlet part being provided with a water outlet, wherein the water inlet part is adjacent to the propeller and provided at the upstream of the propeller, and the propeller is provided inside the water outlet part, the underwater thruster further comprising a diversion part, which is provided between the water inlet part and the water outlet part and is connected with the water inlet part and the water outlet part respectively in a plug-in manner, to uniformly disperse water entering the water inlet part to blades of the propeller. a water inlet part, where the power part is provided at the upstream or internally of the water inlet part, the water inlet part being provided with a water inlet, one end and the other end of the water inlet part being columnar, and the diameter of radial cross-sections of the water inlet part gradually increasing from the one end to the other end of the water inlet part; and a water outlet part, which is provided at the downstream of the water inlet part, one end of the water outlet part being provided with a water outlet, wherein the water inlet part is adjacent to the propeller and provided at the upstream of the propeller, and the propeller is provided inside the water outlet part, the underwater thruster further comprising a diversion part, which is provided between the water inlet part and the water outlet part and is connected with the water inlet part and the water outlet part respectively in a plug-in manner, to uniformly disperse water entering the water inlet part to blades of the propeller.
A method for multi-track slicing of a plurality of food products into respective part portions (23, 25, 27, 29) comprising at least one product slice, wherein a respective product is supplied to a cutting plane in at least two parallel tracks (9 1, 9 2, 9 3, 9 4) of a slicing apparatus and is sliced by means of a cutting blade which is moved, in particular in a revolving manner, wherein the slices of the at least two products cut off by the cutting blade fall onto a common, movable storage table (17, 19), wherein products of different types are supplied in the at least two parallel tracks (9 1, 9 2, 9 3, 9 4) of the slicing apparatus; and wherein a mixed portion is formed on the common storage table (17, 19) which respectively comprises at least one part portion (23, 25, 27, 29) of each of the supplied products, characterized in that only one respective product supplied in one of the tracks (9 1, 9 2, 9 3, 9 4) associated with the common storage table (17, 19) is exclusively sliced at any one point in time so that a maximum of one slice of the just sliced product is incident onto the common storage table (17, 19) at any one point in time.
A method of measuring braking deceleration of an elevator, characterized in that said method is based on a video of a motion of a hoisting machine taken by a mobile device, the motion of the hoisting machine including a motion of a brake and a motion of a traction sheave, the method comprising: capturing the video by said mobile device; processing the video; and calculating a braking deceleration of the elevator based on the processed video. capturing the video by said mobile device; processing the video; and calculating a braking deceleration of the elevator based on the processed video.
A method for electrolytically passivating an outermost chromium or outermost chromium alloy layer to increase corrosion resistance thereof, the method comprising the steps of (i) providing a substrate comprising said outermost chromium or outermost chromium alloy layer, (ii) providing or manufacturing an aqueous, acidic passivation solution, the solution comprising - trivalent chromium ions, - phosphate ions, - one or more than one organic acid residue anion, (iii) contacting the substrate with the passivation solution and passing an electrical current between the substrate as a cathode and an anode in the passivation solution such that a passivation layer is deposited onto the outermost layer, wherein in the passivation solution said trivalent chromium ions are obtained by chemically reducing hexavalent chromium in the presence of phosphoric acid through at least one reducing agent selected from the group consisting of hydrogen peroxide and organic reducing agents, with the proviso that during or after the chemical reducing the one or more than one organic acid residue anion is present for the first time in the passivation solution. (i) providing a substrate comprising said outermost chromium or outermost chromium alloy layer, (ii) providing or manufacturing an aqueous, acidic passivation solution, the solution comprising - trivalent chromium ions, - phosphate ions, - one or more than one organic acid residue anion, - trivalent chromium ions, - phosphate ions, - one or more than one organic acid residue anion, (iii) contacting the substrate with the passivation solution and passing an electrical current between the substrate as a cathode and an anode in the passivation solution such that a passivation layer is deposited onto the outermost layer,
A trolling apparatus comprising: a. a main body, a diverter, an elevator, a line retainer integral with the main body and at least one fishing line guide (106, 107) integral with the main body wherein: b. the diverter is interconnected with the elevator; c. the elevator is interconnected with the main body; the elevator is planar; the elevator is outwardly extending from the diverter and is outwardly extending from the main body; d. the diverter is planar, is comprised of at least one panel and is angularly positioned relative to the main body; e. the main body angular relation to the diverter, proximal a downward most portion of the main body is formed by either affixing the elevator to the main body at an angle comprised of a main body-elevator angle or affixing the elevator to the diverter at an angle by a diverter-elevator angle, wherein the main body-elevator angle is an angle in a range of 90 degrees minus 0 to 9.5 degrees between a plane centrally positioned through the main body from a main body front to a main body rear and a plane formed by the elevator, and wherein the diverter-elevator angle is in a range of 90 degrees minus 0 to 9.5 degrees, and f. the diverter is comprised of an upper panel, a middle panel and a lower panel; the upper panel is integral with the middle panel and is upwardly extending from the middle panel; the lower panel is integral with the middle panel and is downwardly extending from the middle panel; the trolling apparatus being characterised in that the upper panel is angled outwardly from the middle panel and from the main body; and the lower panel is angled outwardly from the middle panel and from the main body. a. a main body, a diverter, an elevator, a line retainer integral with the main body and at least one fishing line guide (106, 107) integral with the main body wherein: b. the diverter is interconnected with the elevator; c. the elevator is interconnected with the main body; the elevator is planar; the elevator is outwardly extending from the diverter and is outwardly extending from the main body; d. the diverter is planar, is comprised of at least one panel and is angularly positioned relative to the main body; e. the main body angular relation to the diverter, proximal a downward most portion of the main body is formed by either affixing the elevator to the main body at an angle comprised of a main body-elevator angle or affixing the elevator to the diverter at an angle by a diverter-elevator angle, wherein the main body-elevator angle is an angle in a range of 90 degrees minus 0 to 9.5 degrees between a plane centrally positioned through the main body from a main body front to a main body rear and a plane formed by the elevator, and wherein the diverter-elevator angle is in a range of 90 degrees minus 0 to 9.5 degrees, and f. the diverter is comprised of an upper panel, a middle panel and a lower panel; the upper panel is integral with the middle panel and is upwardly extending from the middle panel; the lower panel is integral with the middle panel and is downwardly extending from the middle panel;
Household appliance, comprising a casing, a washing tub for receiving laundry, a detergent dispenser to convey detergent/treating agents to said washing tub, whereby said detergent dispenser comprises a drawer received in a drawer housing, an inlet water unit for controlling and supplying water to said detergent dispenser and/or said tub, whereby said inlet water unit comprises a valve body comprising at least one inlet (130, 132) configured to connect to a water supply and comprising a plurality of outlets (100, 104, 108, 112, 116) for connection to said detergent dispenser and/or said tub, wherein said outlets (100, 104, 108, 112, 116) are arranged in at least two rows (1 20, 124) in said valve body, wherein - each of said at least two rows (120, 124) comprises at least two outlets (100, 104; 108, 112, 116), - in each of said row (120, 124) the outlets are arranged in a common plane, and - the several planes on which said outlets are arranged are parallel to each other, characterized in that said valve body is connected to a receiving body which is integrated with said drawer housing. - each of said at least two rows (120, 124) comprises at least two outlets (100, 104; 108, 112, 116), - in each of said row (120, 124) the outlets are arranged in a common plane, and - the several planes on which said outlets are arranged are parallel to each other,
A monitoring device suitable for attachment to a surface of a subject, the device comprising a data collector and a processor, the data collector having a lower surface adapted for adhesive contact with a skin surface of the subject and being electrically conductive and adapted for receiving a physiological signal from the skin surface, the data collector comprising a transmission structure for transmitting a monitoring signal which represents the physiological signal to the processor, and the processor being detachably attachable to an upper surface of the data collector and comprising a connection structure which, upon attachment, connects to the transmission structure for receiving the monitoring signal from the data collector, wherein the processor comprises an electronic circuit for processing the monitoring signal to provide monitoring data which relates to a physiological state of the subject, wherein at least one of the data collector and the processor comprises a transducer which can convert the physiological signal to a data signal which can be processed electronically and the data collector comprising a base forming the lower surface and an opposite upper surface, the data collector further comprising an adapter projecting in an upwards direction from the upper surface and forming an anchoring structure cooperating with a gripping structure on the processor for the detachable attachment of the processor to the data collector, wherein the gripping structure is adapted to destroy the anchoring structure upon detachment of the data collector from the processor, and wherein the adapter comprises the transmission structure in the form of electrically conductive paths in a body of a non-conductive material, the electrically conductive paths including a number of conductive pins, which are individually suspended in the body such that the pins are movable relative to each other and form an electrical path from the lower surface to the processor. wherein the gripping structure is adapted to destroy the anchoring structure upon detachment of the data collector from the processor, and wherein the adapter comprises the transmission structure in the form of electrically conductive paths in a body of a non-conductive material, the electrically conductive paths including a number of conductive pins, which are individually suspended in the body such that the pins are movable relative to each other and form an electrical path from the lower surface to the processor.
An agent for coloring keratin fibers, in particular human hair, characterized in that it contains, in a cosmetic carrier, (a) at least one compound of formula (Ia) in which A- represents a physiologically acceptable anion, and (b) at least one zwitterionic surfactant. (a) at least one compound of formula (Ia) in which A- represents a physiologically acceptable anion, and A- represents a physiologically acceptable anion, and (b) at least one zwitterionic surfactant.