mhurhangee/ep-ind-claims huggingface dataset:
A method for determining one or more improved exposure parameters of an image capturing device, the method comprising: receiving image data for multiple points of an image; receiving first one or more exposure parameters that were used to generate the image data; determining a distribution based on the image data; determining one or more improved exposure parameters of the image capturing device based on the distribution, characterised in that the image data comprises wavelength indexed spectral data comprising an intensity value for each wavelength index and each of multiple points of an image, the method comprises determining image values that represent the total power of the intensity values for each of the multiple points of the image, and determining the one or more improved exposure parameters of the imaging capturing device comprises: determining for each point of the image data an enhanced value by equalising the distribution of the image values; and optimising a difference between the determined image values and the enhanced values, such that the one or more improved exposure parameters adjust the determined image values towards the enhanced image values. receiving image data for multiple points of an image; receiving first one or more exposure parameters that were used to generate the image data; determining a distribution based on the image data; determining one or more improved exposure parameters of the image capturing device based on the distribution, characterised in that the image data comprises wavelength indexed spectral data comprising an intensity value for each wavelength index and each of multiple points of an image, the method comprises determining image values that represent the total power of the intensity values for each of the multiple points of the image, and determining the one or more improved exposure parameters of the imaging capturing device comprises: determining for each point of the image data an enhanced value by equalising the distribution of the image values; and optimising a difference between the determined image values and the enhanced values, such that the one or more improved exposure parameters adjust the determined image values towards the enhanced image values. determining for each point of the image data an enhanced value by equalising the distribution of the image values; and optimising a difference between the determined image values and the enhanced values, such that the one or more improved exposure parameters adjust the determined image values towards the enhanced image values.
A tungsten alloy part suitable for a discharge lamp part, a transmitting tube part or a magnetron part, the tungsten alloy part being a sintered body, having a relative density of 95.0% or more, and comprising: 0.1 to 5 wt% of Zr in terms of ZrC, at least two kinds selected from the group consisting of Zr, ZrC, and C, wherein contents of Zr, ZrC, and C are expressed in ZrC x where 0.2 < x < 0.7, optionally 0.01 wt% or less of at least one element selected from the group consisting of K, Si and Al, optionally 10 parts by mass or less of Hf when a content of Zr is defined as 100 parts by mass, and optionally 2 wt% or less of at least one element selected from the group consisting of Ti, V, Nb, Ta, Mo and rare earth elements, the remainder being tungsten and unavoidable impurities, wherein the tungsten alloy part comprises primary particles of ZrC having an average particle diameter of 15 μm or less, and comprises tungsten crystals having an average crystal particle diameter from 1 to 100 μm. 0.1 to 5 wt% of Zr in terms of ZrC, at least two kinds selected from the group consisting of Zr, ZrC, and C, wherein contents of Zr, ZrC, and C are expressed in ZrC x where 0.2 < x < 0.7, optionally 0.01 wt% or less of at least one element selected from the group consisting of K, Si and Al, optionally 10 parts by mass or less of Hf when a content of Zr is defined as 100 parts by mass, and optionally 2 wt% or less of at least one element selected from the group consisting of Ti, V, Nb, Ta, Mo and rare earth elements, the remainder being tungsten and unavoidable impurities, wherein the tungsten alloy part comprises primary particles of ZrC having an average particle diameter of 15 μm or less, and comprises tungsten crystals having an average crystal particle diameter from 1 to 100 μm.
A gripper for a gripper weaving machine having a sliding track, along which the gripper can be moved to and fro out of a receiving position for a weft-thread into a transfer position, or out of the transfer position into a delivery position for the weft-thread, wherein the gripper has a thread clamp with a movable clamping tongue (3, 24) and a clamping jaw, wherein the movable clamping tongue (3, 24) is prestressed in the clamping position by means of a spring element, whereby the clamping tongue (3, 24) and the clamping jaw cooperate as a thread clamp, and wherein the clamping tongue (3, 24) is cooperatively connected with a torsion rod in such manner that it is releasable from the clamping jaw upon twisting of the torsion rod, characterized in that the thread clamp further has permanent magnet devices (6, 14, 15) along the sliding track which are configured to cause a twisting of the torsion rod and a release of the clamping tongue (3, 24) from the clamping jaw by cooperating with corresponding counter magnets arranged at the sliding track.
A printed circuit board for population with luminous bodies, particularly LEDs having a plurality of placement regions (2, 7, 8) for luminous bodies, wherein the placement regions (2, 7, 8) have in each case at least two connection possibilities connected to the power supply parallel to one another for luminous bodies of different designs or different types and wherein the plurality of placement regions (2, 7, 8) are arranged on the printed circuit board such that they produce a plurality of patterns, wherein in one pattern, the placement regions (7, 8) in each case have the same distance from one another, characterized in that each placement region additionally has one further connection possibility for a bridging unit, in particular a 0 ohm resistor and that all of the placement regions of the printed circuit board are connected in series with one another.
A method for operating a policy control function, PCF, in a wireless communication system, the method comprising: configuring an aggregate maximum bit rate, AMBR, of non-guaranteed bitrate, non-GBR, Quality of Service, QoS, flows associated with a network slice of a single-network slice selection assistance information, S-NSSAI, for all protocol data unit, PDU, sessions established using the S-NSSAI; transmitting, to a session management function, SMF, the configured AMBR of the non-GBR QoS flows; obtaining slice policy information including a maximum data rate for the network slice; monitoring data rates of all the PDU sessions associated with the network slice of the S-NSSAI; determining whether the data rates associated with the network slice exceeds the maximum data rate; changing the AMBR of the non-GBR QoS flows to control the data rates not to exceed the maximum data rate; and transmitting, to the SMF, a policy enforcement request message including the changed AMBR for controlling the data rates associated with the network slice. configuring an aggregate maximum bit rate, AMBR, of non-guaranteed bitrate, non-GBR, Quality of Service, QoS, flows associated with a network slice of a single-network slice selection assistance information, S-NSSAI, for all protocol data unit, PDU, sessions established using the S-NSSAI; transmitting, to a session management function, SMF, the configured AMBR of the non-GBR QoS flows; obtaining slice policy information including a maximum data rate for the network slice; monitoring data rates of all the PDU sessions associated with the network slice of the S-NSSAI; determining whether the data rates associated with the network slice exceeds the maximum data rate; changing the AMBR of the non-GBR QoS flows to control the data rates not to exceed the maximum data rate; and transmitting, to the SMF, a policy enforcement request message including the changed AMBR for controlling the data rates associated with the network slice.
A window assembly comprising: a transparent substrate; an electrical conductor provided on a surface of the substrate; and a solderless electrical connector for energizing the electrical conductor, the solderless electrical connector comprising: an electrically insulating connector body; an electrically conductive metallic connector including a compressible portion and a connection portion, the compressible portion being elastically deformed between the connector body and the electrical conductor, wherein the metallic connector is in electrical communication with the electrical conductor of the substrate; and an adhesive disposed between the connector body and the substrate to adhere the connector body to the substrate while maintaining the metallic connector in an elastically deformed state; characterised in that the connector body includes a channel, and wherein the compressible portion of the metallic connector at least partially extends within the channel such that a distal end of the compressible portion furthest from the connection portion is configured to translate within the channel. a transparent substrate; an electrical conductor provided on a surface of the substrate; and a solderless electrical connector for energizing the electrical conductor, the solderless electrical connector comprising: an electrically insulating connector body; an electrically conductive metallic connector including a compressible portion and a connection portion, the compressible portion being elastically deformed between the connector body and the electrical conductor, wherein the metallic connector is in electrical communication with the electrical conductor of the substrate; and an adhesive disposed between the connector body and the substrate to adhere the connector body to the substrate while maintaining the metallic connector in an elastically deformed state; an electrically insulating connector body; an electrically conductive metallic connector including a compressible portion and a connection portion, the compressible portion being elastically deformed between the connector body and the electrical conductor, wherein the metallic connector is in electrical communication with the electrical conductor of the substrate; and an adhesive disposed between the connector body and the substrate to adhere the connector body to the substrate while maintaining the metallic connector in an elastically deformed state; characterised in that the connector body includes a channel, and wherein the compressible portion of the metallic connector at least partially extends within the channel such that a distal end of the compressible portion furthest from the connection portion is configured to translate within the channel.
A conveyance device comprising: a moving member (3A, 3B) that moves along a table for disposing an article thereon; a shaft (21A, 21B, 121A, 121B) that is rotatably connected to the moving member; a contact member (22, 122) configured to come into contact with the article, the contact member being connected to the shaft; and an inhibiting mechanism (23A, 23B, 123A, 123B) that inhibits rotation of the shaft so that the contact member (22, 122) is held above the article, characterized in that the inhibiting mechanism being disposed at the moving member; wherein the conveyance device further comprises a dog (24A, 24B, 124A, 124B) that comes into contact, at a predetermined location, with the inhibiting mechanism to deactivate inhibition of rotation of the shaft by the inhibiting mechanism, thereby lowering the contact member toward the table. a moving member (3A, 3B) that moves along a table for disposing an article thereon; a shaft (21A, 21B, 121A, 121B) that is rotatably connected to the moving member; a contact member (22, 122) configured to come into contact with the article, the contact member being connected to the shaft; and an inhibiting mechanism (23A, 23B, 123A, 123B) that inhibits rotation of the shaft so that the contact member (22, 122) is held above the article, characterized in that the inhibiting mechanism being disposed at the moving member; wherein the conveyance device further comprises a dog (24A, 24B, 124A, 124B) that comes into contact, at a predetermined location, with the inhibiting mechanism to deactivate inhibition of rotation of the shaft by the inhibiting mechanism, thereby lowering the contact member toward the table.
Method for the production of a dry extract of red rice fermented by Monascus purpureus having a title of total monacolins, expressed as monacolin K, higher than 5% and lower than or equal to 80%, wherein said total monacolins are 100% natural and totally obtained by fermentation of rice by Monascus purpureus, the method comprising the steps of: A. Arranging a first dry extract (a) of red rice fermented by Monascus purpureus with a title of total monacolins, expressed as monacolin K, lower than or equal to 3.30%, B. Mixing said first extract (a) with a hydro-alcoholic solvent (b) in a weight ratio comprised between 1:14 and 1:22; heating at a temperature comprised between 50° and 70°C, for a time comprised between 40 and 80 minutes, under stirring and obtaining a second extract (c), C. Isolating, by separation, of a liquid phase (d) of said second extract (c) from a solid phase of said second extract (c), D. Concentrating said liquid phase (d) of the second extract (c) under vacuum at a temperature lower than 45°C, until obtaining a soft extract (e) with a dry residue at least equal to 20%, E. Drying said soft extract (e) until reaching the desired title t, and characterised in that said alcoholic solvent (b) is an ethanol/water mixture having an alcoholic content comprised between 30° and 96° alcoholic degrees. A. Arranging a first dry extract (a) of red rice fermented by Monascus purpureus with a title of total monacolins, expressed as monacolin K, lower than or equal to 3.30%, B. Mixing said first extract (a) with a hydro-alcoholic solvent (b) in a weight ratio comprised between 1:14 and 1:22; heating at a temperature comprised between 50° and 70°C, for a time comprised between 40 and 80 minutes, under stirring and obtaining a second extract (c), C. Isolating, by separation, of a liquid phase (d) of said second extract (c) from a solid phase of said second extract (c), D. Concentrating said liquid phase (d) of the second extract (c) under vacuum at a temperature lower than 45°C, until obtaining a soft extract (e) with a dry residue at least equal to 20%, E. Drying said soft extract (e) until reaching the desired title t, and characterised in that
A fluid pulse device, comprising: a piezo actuated valve having a valve body defining a first opening, a second opening, and a valve cavity disposed between the first opening and the second opening, a tube extending from the valve body, the tube defining a passageway extending between an inlet and an outlet whereby the inlet is configured to be fluidly connected to a fluid source and the outlet is configured to face towards a component of a gas turbine engine; and a piston assembly that includes a piston head and a stem connected to the piston head, the stem extending through the second opening and defining an aperture; a piezo injector; a delivery system fluidly connected to the piezo injector; and a control system operatively connected to the piezo injector, configured to actuate the piezo injector to provide a fluid pulse, characterised in that the piezo injector has an injector tip that extends through the first opening; and the piston assembly is movable between a first position in which the aperture is spaced apart from the passageway and the stem inhibits fluid flow through the passageway and a second position in which the aperture is at least partially disposed within the passageway to facilitate fluid flow through the passageway to the component of the gas turbine engine. a piezo actuated valve having a valve body defining a first opening, a second opening, and a valve cavity disposed between the first opening and the second opening, a tube extending from the valve body, the tube defining a passageway extending between an inlet and an outlet whereby the inlet is configured to be fluidly connected to a fluid source and the outlet is configured to face towards a component of a gas turbine engine; and a piston assembly that includes a piston head and a stem connected to the piston head, the stem extending through the second opening and defining an aperture; a valve body defining a first opening, a second opening, and a valve cavity disposed between the first opening and the second opening, a tube extending from the valve body, the tube defining a passageway extending between an inlet and an outlet whereby the inlet is configured to be fluidly connected to a fluid source and the outlet is configured to face towards a component of a gas turbine engine; and a piston assembly that includes a piston head and a stem connected to the piston head, the stem extending through the second opening and defining an aperture; a piezo injector; a delivery system fluidly connected to the piezo injector; and a control system operatively connected to the piezo injector, configured to actuate the piezo injector to provide a fluid pulse, characterised in that the piezo injector has an injector tip that extends through the first opening; and the piston assembly is movable between a first position in which the aperture is spaced apart from the passageway and the stem inhibits fluid flow through the passageway and a second position in which the aperture is at least partially disposed within the passageway to facilitate fluid flow through the passageway to the component of the gas turbine engine.
A method of retaining or decreasing the pour point of an estolide base oil by increasing the EN of the estolide base oil, said method comprising: selecting an estolide base oil having an initial EN and an initial pour point; and removing at least a portion of the estolide base oil, said portion exhibiting an EN that is less than the initial EN of the estolide base oil, wherein the resulting estolide base oil exhibits an EN that is greater than the initial EN of the estolide base oil, and a pour point that is equal to or lower than the initial pour point of the estolide base oil, and wherein EN is the average number of estolide linkages for estolide compounds comprising the estolide base oil. selecting an estolide base oil having an initial EN and an initial pour point; and removing at least a portion of the estolide base oil, said portion exhibiting an EN that is less than the initial EN of the estolide base oil, wherein the resulting estolide base oil exhibits an EN that is greater than the initial EN of the estolide base oil, and a pour point that is equal to or lower than the initial pour point of the estolide base oil, and wherein EN is the average number of estolide linkages for estolide compounds comprising the estolide base oil.
A charge pump circuit, comprising: a switch module, comprising a plurality of switches (S1-S6), a plurality of output capacitors (CUP, CDN), a loading resistor and a soft ramp-up switch (S1soft), configured to generate a first output voltage (HPVDD) and a second output voltage (HPVSS) according to an input voltage; a digital control circuit, coupled to the switch module, configured to receive an up digital signal and a down digital signal, and adjust the first output voltage (HPVDD) to a voltage level of the input voltage and adjust the second output voltage (HPVSS) to a ground voltage level according to the up digital signal and the down digital signal; and wherein the up digital signal and the down digital signal are varied with time; characterized in that a balance release circuit, coupled to the digital control circuit and the switch module, configured to maintain a common mode voltage Vcm of the first output voltage (HPVDD) and the second output voltage (HPVSS) at a fixed value through a common mode feedback loop, when the first output voltage (HPVDD) and the second output voltage (HPVSS) is discharging or charging, respectively. a switch module, comprising a plurality of switches (S1-S6), a plurality of output capacitors (CUP, CDN), a loading resistor and a soft ramp-up switch (S1soft), configured to generate a first output voltage (HPVDD) and a second output voltage (HPVSS) according to an input voltage; a digital control circuit, coupled to the switch module, configured to receive an up digital signal and a down digital signal, and adjust the first output voltage (HPVDD) to a voltage level of the input voltage and adjust the second output voltage (HPVSS) to a ground voltage level according to the up digital signal and the down digital signal; and wherein the up digital signal and the down digital signal are varied with time; characterized in that a balance release circuit, coupled to the digital control circuit and the switch module, configured to maintain a common mode voltage Vcm of the first output voltage (HPVDD) and the second output voltage (HPVSS) at a fixed value through a common mode feedback loop, when the first output voltage (HPVDD) and the second output voltage (HPVSS) is discharging or charging, respectively.
A turbine intake filter system (100, 300), the system comprising: a plurality of filters (120, 310) associated with at least one turbine intake of the system, a plurality of devices (130, 315), each device associated with a respective one of the plurality of filters, the device operable to provide an indication, a plurality of pulse valves (180, 380) associated with the plurality of filters, and at least one control device (140, 320, 356) operable to detect or receive the indication from each of the plurality of devices, characterised in that the indication is based at least in part on a measurement of air flow through the respective filter, wherein the indication is relating to a condition of the respective filter, and in that the at least one control device is operable to manipulate the plurality of pulse valves based at least in part on the indication associated with the respective filter. a plurality of filters (120, 310) associated with at least one turbine intake of the system, a plurality of devices (130, 315), each device associated with a respective one of the plurality of filters, the device operable to provide an indication, a plurality of pulse valves (180, 380) associated with the plurality of filters, and at least one control device (140, 320, 356) operable to detect or receive the indication from each of the plurality of devices, characterised in that the indication is based at least in part on a measurement of air flow through the respective filter, wherein the indication is relating to a condition of the respective filter, and in that the at least one control device is operable to manipulate the plurality of pulse valves based at least in part on the indication associated with the respective filter.