mhurhangee/ep-ind-claims huggingface dataset:
Device for arranging at least one wick holder (4a, 5a, 5b) with a wick (4, 5) in a candle container, comprising a thin plate made of heat-resistant material with a bendable pulling tab and a fixing hole for optionally passing a wick (4, 5), characterized in that clamping tabs are formed on the plate by cuts (3, 6a, 6b), in that the clamping tabs are located symmetrically opposite each other on two sides of the fixing hole, in that the cuts (3, 4b, 6a, 6b) are spaced apart from the fixing hole, that the clamping tabs have pairs of fixing notches on sides facing each other, between which the fixing hole is arranged essentially centrally, and in that different types of wick holders (4a, 5a, 5b) can be mechanically fixed between the clamping tabs bent out of the plane of the plate and the plate.
A gas turbine engine comprising: a core section defined about an axis; a fan section mounted at least partially around said core section to define a fan bypass flow path, wherein a bypass ratio for the gas turbine engine which compares the air being delivered by the fan section into a bypass duct to the amount of air delivered into the core section is greater than 10, an expansion ratio across a low pressure turbine section is greater than 5, and the low pressure turbine section drives the fan section through a gear reduction, with the gear reduction having a ratio greater than 2.5; and a multiple of fan exit guide vanes in communication with said fan bypass flow path, characterised in that: said multiple of fan exit guide vanes are rotatable about an axis of rotation to vary an effective fan nozzle exit area for said fan bypass flow path; said multiple of fan exit guide vanes are independently rotatable; said multiple of fan exit guide vanes are simultaneously rotatable; said multiple of fan exit guide vanes are mounted within an intermediate engine case structure (46,48,50); and each of said multiple of fan exit guide vanes includes a pivotable portion rotatable about said axis of rotation relative a fixed portion, said pivotable portion including a leading edge flap; wherein the low pressure turbine section has 3 to 5 stages. a core section defined about an axis; a fan section mounted at least partially around said core section to define a fan bypass flow path, wherein a bypass ratio for the gas turbine engine which compares the air being delivered by the fan section into a bypass duct to the amount of air delivered into the core section is greater than 10, an expansion ratio across a low pressure turbine section is greater than 5, and the low pressure turbine section drives the fan section through a gear reduction, with the gear reduction having a ratio greater than 2.5; and a multiple of fan exit guide vanes in communication with said fan bypass flow path, said multiple of fan exit guide vanes are rotatable about an axis of rotation to vary an effective fan nozzle exit area for said fan bypass flow path; said multiple of fan exit guide vanes are independently rotatable; said multiple of fan exit guide vanes are simultaneously rotatable; said multiple of fan exit guide vanes are mounted within an intermediate engine case structure (46,48,50); and each of said multiple of fan exit guide vanes includes a pivotable portion rotatable about said axis of rotation relative a fixed portion, said pivotable portion including a leading edge flap; wherein the low pressure turbine section has 3 to 5 stages.
An open center hydraulic system, the open center hydraulic system comprising a hydraulic valve control unit, one or more actuators, a pump, a shunt valve and one or more actuator valves coupled to the shunt valve, wherein each actuator valve is controlling a corresponding actuator's position, the hydraulic valve control unit comprising: - a processor; and - a memory, said memory containing instructions executable by said processor, wherein said hydraulic valve control unit is configured - to obtain user input data indicative of at least a desired actuator's position; - to determine opening area values of the one or more actuator valves using a predetermined relation dependent on the user input data; - to determine an opening area value of the shunt valve using the predetermined relation dependent on the user input data; - to control the shunt valve based on the opening area value of the shunt valve; and - to control the one or more actuator valves based on the opening area values of the one or more actuator valves, characterized in that the user input data is further indicative of a desired single action operational mode, wherein the predetermined relation is further dependent on the single action operational mode; and in that the predetermined relation provides in the single action operational mode an opening area value of the shunt valve being equal to a maximum opening area (AS max) value of the shunt valve and the opening area values of the one or more actuator valves dependent on the user input data. - a processor; and - a memory, said memory containing instructions executable by said processor, - to obtain user input data indicative of at least a desired actuator's position; - to determine opening area values of the one or more actuator valves using a predetermined relation dependent on the user input data; - to determine an opening area value of the shunt valve using the predetermined relation dependent on the user input data; - to control the shunt valve based on the opening area value of the shunt valve; and - to control the one or more actuator valves based on the opening area values of the one or more actuator valves,
A method for the refining and structural modification of Al-Mg-Si alloys for permanent-mold casting or sandcasting, which Al-Mg-Si alloys have the general composition of 5.0-10.0 weight % Mg; 1.0-5.0 weight % Si; 0.001-1.0 weight % Mn, 0.01-0.2 weight % Ti, less than 0.001 weight % Ca, less than 0.001 weight % Na, and less than 0.001 weight % Sr, and as the remainder, Al, and wherein phosphorus is added to the alloy melt in a quantitative range of from 0.01 to 0.06 weight %, referred to the total mass of the alloy.
A photonic integrated circuit comprising: a silicon nitride waveguide; an electro-optic modulator; characterized by further comprising a dielectric cladding covering the silicon nitride waveguide and electro-optic modulator; and silicon nitride support layers; wherein the electrooptical modulator is formed of a III-nitride waveguide structure disposed on the silicon nitride waveguide; and electrical contacts disposed on the dielectric cladding and arranged to apply an electric field to the electro-optic modulator; and wherein the III-nitride waveguide structure is bonded to the silicon nitride waveguide and silicon nitride support layers with a III-nitride slab. a silicon nitride waveguide; an electro-optic modulator; characterized by further comprising a dielectric cladding covering the silicon nitride waveguide and electro-optic modulator; and silicon nitride support layers; wherein the electrooptical modulator is formed of a III-nitride waveguide structure disposed on the silicon nitride waveguide; and electrical contacts disposed on the dielectric cladding and arranged to apply an electric field to the electro-optic modulator; and wherein the III-nitride waveguide structure is bonded to the silicon nitride waveguide and silicon nitride support layers with a III-nitride slab.
A method of manufacturing textile fibers carrying silver nanoparticles adhered thereto, said method comprising the reaction between silver ions from a silver salt at 10 -3 to 10 -2 M concentration, ascorbic acid as reducing agent and citrate as dispersing agent, in an aqueous solution in the presence of the fibers.
A User Equipment, UE, comprising: means for receiving a system information block message, the system information block message including enhanced coverage configuration information for Physical Random Access Channel, PRACH, transmission and a Reference Signals Received Power, RSRP, threshold value, the RSRP threshold value being used to determine whether a coverage enhancement is required; means for performing comparison of the RSRP threshold value and a RSRP value measured by the UE; means for performing determination whether the UE is capable of the coverage enhancement; means for determining whether the coverage enhancement is required based on the comparison and the determination whether the UE is capable of the coverage enhancement; and means for transmitting random access preambles with repetitions using PRACH resources corresponding to the required coverage enhancement in a case where the coverage enhancement is required. means for receiving a system information block message, the system information block message including enhanced coverage configuration information for Physical Random Access Channel, PRACH, transmission and a Reference Signals Received Power, RSRP, threshold value, the RSRP threshold value being used to determine whether a coverage enhancement is required; means for performing comparison of the RSRP threshold value and a RSRP value measured by the UE; means for performing determination whether the UE is capable of the coverage enhancement; means for determining whether the coverage enhancement is required based on the comparison and the determination whether the UE is capable of the coverage enhancement; and means for transmitting random access preambles with repetitions using PRACH resources corresponding to the required coverage enhancement in a case where the coverage enhancement is required.
Machine for the production of sand moulds comprising a machine structure with a moulding chamber, a front plate and a rear plate, said front plate and rear plate being arranged for pressing sand within said moulding chamber so as to form a sand mould, said front plate and rear plate being arranged for receiving respective pattern plates for providing front and rear surfaces of the sand mould with corresponding patterns, characterized in that the machine further comprises a robot arm arranged for replacing the pattern plates, said robot arm being attached to the machine structure.
A fluid flow structure, comprising: a fluid ejecting micro device embedded in a molded body; an ejection chamber having a corresponding orifice; a fluid feed hole formed through the micro device; and a transfer molded fluid channel in the molded body that is fluidically coupled to the fluid feed hole, wherein the channel comprises first and second side walls (S 1, S 2) that diverge from one another as they extend away from the micro device and converge toward one another as they near the micro device. a fluid ejecting micro device embedded in a molded body; an ejection chamber having a corresponding orifice; a fluid feed hole formed through the micro device; and a transfer molded fluid channel in the molded body that is fluidically coupled to the fluid feed hole, wherein the channel comprises first and second side walls (S 1, S 2) that diverge from one another as they extend away from the micro device and converge toward one another as they near the micro device.
A process for preparing a container for a consumable good, in particular food or comestible, a personal care or a pharmaceutical product, the process comprising the steps of: a) providing a container having a container wall having an inner side facing the inner space of the container; b) providing a coating layer on the inner side of the container wall, the coating layer containing resveratrol, characterised in that a concentration profile of resveratrol is preset through the cross-section of the coating layer before the addition of the consumable good, the concentration of resveratrol differing through the cross-section of the coating layer. wherein the process comprises the further step of filling the container with the consumable good, and wherein the consumable good is a non-beverage consumable good. a) providing a container having a container wall having an inner side facing the inner space of the container; b) providing a coating layer on the inner side of the container wall, the coating layer containing resveratrol, characterised in that a concentration profile of resveratrol is preset through the cross-section of the coating layer before the addition of the consumable good, the concentration of resveratrol differing through the cross-section of the coating layer.
An apparatus, comprising: a load terminal; a power source terminal; and a current limiter (110; 210; 410) coupled to the load terminal and coupled to the power source terminal, wherein the current limiter (110; 210; 410) is configured to limit, as a fast-response current limiter, a current from the power source terminal to the load terminal using an electric field activated in response to a difference in voltage between the power source terminal and the load terminal; characterized in that the apparatus further comprises a current limit circuit comprising: a switch (225; 425) having a state controlled by a control circuit (220; 420) in response to a voltage across the current limiter (110; 210; 410); and the control circuit (220; 420), wherein the current limit circuit is configured to function as a slow-response current limiter. a load terminal; a power source terminal; and a current limiter (110; 210; 410) coupled to the load terminal and coupled to the power source terminal, wherein the current limiter (110; 210; 410) is configured to limit, as a fast-response current limiter, a current from the power source terminal to the load terminal using an electric field activated in response to a difference in voltage between the power source terminal and the load terminal; characterized in that the apparatus further comprises a current limit circuit comprising: a switch (225; 425) having a state controlled by a control circuit (220; 420) in response to a voltage across the current limiter (110; 210; 410); and the control circuit (220; 420), wherein the current limit circuit is configured to function as a slow-response current limiter. a switch (225; 425) having a state controlled by a control circuit (220; 420) in response to a voltage across the current limiter (110; 210; 410); and the control circuit (220; 420), wherein the current limit circuit is configured to function as a slow-response current limiter.
Device for galvanically separating a paint outlet opening of a dispensing head of a painting robot from a paint supply device, wherein the device comprises at least one connecting means, at least one intermediate paint reservoir, at least one first paint line to supply the paint from the paint supply device to the connecting means and at least one second paint line to supply the paint from the connecting means to the paint outlet opening, wherein the connecting means is configured to connect the first paint line with the intermediate paint reservoir in a first position and to connect the intermediate paint reservoir with the second paint line in a second position, wherein the connecting means is separated galvanically from the second paint line in the first position and/or is separated galvanically from the first paint line in the second position, wherein the device can be arranged in the dispensing head, characterised in that the connecting means can be moved between the two positions independently of the intermediate paint reservoir.
An apparatus for providing a reduced representation in the frequency domain based on a time-domain RF signal, the apparatus comprising a time-frequency converter adapted to transform the time-domain RF signal to obtain the frequency-domain representation based on the time-domain signal; an entropy encoder adapted to obtain the reduced representation by entropy encoding a signal representing the frequency-domain representation or derived from the frequency-domain representation; and an eliminator adapted to remove at least one portion of the frequency-domain representation, wherein a signal property of the portion of the frequency-domain representation fulfils a predetermined condition.
Generator having a stator and a rotor, with the rotor being rotatable around a centre axis and relatively to the stator and the stator comprising a number of stator windings extending in freely exposed end windings, wherein the stator and the rotor is provided with barrier means which axially extend to such a manner that at least the end windings of the stator are at least partially covered, characterised in that the stator and the rotor comprise separate barrier means axially extending towards each other, whereby each barrier means comprises at least one baffle (17,22) which is mechanically strong enough to protect the end windings from falling items.
A method for transmitting a Paging Indicator Channel, PICH, frame, characterized in that the method comprises: Setting, by a base station, a transmission power of a first type of PICH frame to be greater than a transmission power of a second type of PICH frame, wherein at least one Paging Indicator, PI, which equals to 1 is comprised in each PICH frame of the first type of PICH frame, and all PIs in each PICH frame of the second type of PICH frame equal to 0; when the first type of PICH frame is received at the base station, using, by the base station, the set transmission power of the first type of PICH frame to transmit the first type of PICH frame; and when the second type of PICH frame is received at the base station, using, by the base station, the set transmission power of the second type of PICH frame to transmit the second type of PICH frame. Setting, by a base station, a transmission power of a first type of PICH frame to be greater than a transmission power of a second type of PICH frame, wherein at least one Paging Indicator, PI, which equals to 1 is comprised in each PICH frame of the first type of PICH frame, and all PIs in each PICH frame of the second type of PICH frame equal to 0; when the first type of PICH frame is received at the base station, using, by the base station, the set transmission power of the first type of PICH frame to transmit the first type of PICH frame; and when the second type of PICH frame is received at the base station, using, by the base station, the set transmission power of the second type of PICH frame to transmit the second type of PICH frame.
A system suitable for carrying out parametric amplification, comprising: a first dispersive-and-collimator set (30, 60); an optical amplification medium located in the frequency plane of said first dispersive- and-collimator set (30, 60); characterized in that it further comprises one of i) a second dispersive-and-collimator set symmetric to said first dispersive-and-collimator set (30, 60) on an opposite side of said frequency plane and ii) a reflector at said frequency plane; in that a first optical Fourier transformation of a time domain seed beam from a seed source into the frequency domain is achieved at said first dispersive- and-collimator set (30, 60), in that parametric amplification by overlap of the seed beam with a pump beam from a pump beam source in a spatially dispersed frequency plane using said optical amplification medium occurs in the frequency plane; and in that a second optical Fourier transformation is achieved, from the frequency domain back to the time domain at one of: i) said second dispersive- and-collimator set and ii) said first dispersive-and-collimator set (30, 60) after back refection at said reflector, whereby said system is suitable for carrying out high power ultrabroadband parametric amplification. a first dispersive-and-collimator set (30, 60); an optical amplification medium located in the frequency plane of said first dispersive- and-collimator set (30, 60); characterized in that it further comprises one of i) a second dispersive-and-collimator set symmetric to said first dispersive-and-collimator set (30, 60) on an opposite side of said frequency plane and ii) a reflector at said frequency plane; in that a first optical Fourier transformation of a time domain seed beam from a seed source into the frequency domain is achieved at said first dispersive- and-collimator set (30, 60), in that parametric amplification by overlap of the seed beam with a pump beam from a pump beam source in a spatially dispersed frequency plane using said optical amplification medium occurs in the frequency plane; and in that a second optical Fourier transformation is achieved, from the frequency domain back to the time domain at one of: i) said second dispersive- and-collimator set and ii) said first dispersive-and-collimator set (30, 60) after back refection at said reflector, whereby said system is suitable for carrying out high power ultrabroadband parametric amplification.
A vehicle, such as a straddle-type or saddle-ride vehicle, in which launch control can be performed when starting the vehicle, the vehicle comprising: a first operation member configured to be operated or depressed by a rider; a controller (71 a) that performs the launch control; an activator (71 b) that sets the launch control performed by the controller (71 a) to an activation state when the first operation member has been continuously operated or depressed for a predetermined first time period; and a display unit that provides a first display indicating that an operation used to set the launch control to the activation state is being performed while the first operation member is being continuously operated or depressed after the first operation member has been continuously operated or depressed for a second time period during a period from a start of the depression of the first operation member until the first time period has elapsed, the second time period being shorter than the first time period, and the display unit provides a second display indicating that the launch control is set to the activation state if the first operation member has been continuously operated or depressed for the first time period from the start of the operation or depression of the first operation member. a first operation member configured to be operated or depressed by a rider; a controller (71 a) that performs the launch control; an activator (71 b) that sets the launch control performed by the controller (71 a) to an activation state when the first operation member has been continuously operated or depressed for a predetermined first time period; and a display unit that provides a first display indicating that an operation used to set the launch control to the activation state is being performed while the first operation member is being continuously operated or depressed after the first operation member has been continuously operated or depressed for a second time period during a period from a start of the depression of the first operation member until the first time period has elapsed, the second time period being shorter than the first time period, and the display unit provides a second display indicating that the launch control is set to the activation state if the first operation member has been continuously operated or depressed for the first time period from the start of the operation or depression of the first operation member.