mhurhangee/ep-ind-claims huggingface dataset:
Process for cooling or heating a fluid or a body by means of a vapor compression circuit containing a heat transfer fluid, said circuit being entirely contained in an enclosure, and the relative humidity of air in the enclosure being less than or equal to a threshold value H 1 which is less than 40 %, preferably less than or equal to 35 %, preferably less than or equal to 30 %, preferably less than or equal to 25 %, preferably less than or equal to 20 %, preferably less than or equal to 15 %, preferably less than or equal to 10 %, preferably less than or equal to 5 %, the flammability of the heat transfer fluid at relative humidity H 1 being less than the flammability of the heat transfer fluid at 50 % of relative humidity, the relative humidity being considered at a temperature of 23°C, given that said relative humidity is measured by means of a hygrostat, and then the value of the relative humidity corresponding to the same water content at 23°C is determined, wherein: • the heat transfer fluid comprises at least one fluoroolefin of formula XCF z R 3z, wherein X is a substituted or unsubstituted, unsaturated C 2, C 3 or C 4 alkyl group, each R is independently Cl, F, Br, I or H and z is an integer from 1 to 3; • the heat transfer fluid further comprises at least one other heat transfer compound selected from hydrocarbons, hydrochlorofluorocarbons, hydrofluorocarbons, fluoroethers and hydrocarbon ethers. • the heat transfer fluid comprises at least one fluoroolefin of formula XCF z R 3z, wherein X is a substituted or unsubstituted, unsaturated C 2, C 3 or C 4 alkyl group, each R is independently Cl, F, Br, I or H and z is an integer from 1 to 3; • the heat transfer fluid further comprises at least one other heat transfer compound selected from hydrocarbons, hydrochlorofluorocarbons, hydrofluorocarbons, fluoroethers and hydrocarbon ethers.
A method for browsing textual content arranged in lines and displayed on a screen of an electronic device, wherein at least one link is displayed in said lines, comprising: causing highlighting (810, 822), in response to assertions of a first direction selection signal, of any links displayed in said lines in a selected first portion of said screen beginning at a displayed end of said displayed textual content on said screen wherein said highlighting progresses link-by-link from said displayed end toward a central area of said screen such that any line that does not contain a link is skipped, and after said highlighting progresses to said central area, in response to further assertions of said first direction signal, causing scrolling of said textual content line-by-line. causing highlighting (810, 822), in response to assertions of a first direction selection signal, of any links displayed in said lines in a selected first portion of said screen beginning at a displayed end of said displayed textual content on said screen wherein said highlighting progresses link-by-link from said displayed end toward a central area of said screen such that any line that does not contain a link is skipped, and after said highlighting progresses to said central area, in response to further assertions of said first direction signal, causing scrolling of said textual content line-by-line.
Device for generative manufacture of three-dimensional components, specifically a laser melting device or laser sintering device, in which a component is manufactured by successive curing of individual layers of curable construction material by means of the action of radiation, by melting the construction material, wherein the device comprises a scanner and a process monitoring system comprising a sensor device, wherein the melting region can be or is detected by the sensor device of the process monitoring system, with respect to the dimensional shape thereof and/or the temperature thereof, and sensor values for evaluating a component quality can be or are derived therefrom, wherein the radiation generated by the melting region and used for generating the sensor values passes through the scanner that is used for melting energy input, and is conducted therefrom to the sensor device of the process monitoring system, characterised in that an optical focus tracking device is arranged in the beam path used for generating the sensor values, between the scanner and the sensor device of the process monitoring system, which focus tracking device can be actuated for focus tracking by means of electronic machine data (21, 22), wherein the focus tracking of the focus tracking device is designed for compensating the melting beam focus adjustment of the melting beam leaving the scanner.
A rear-projection screen, said screen comprising: a) a flexible light-diffusive first film having a substantially smooth first surface and an opposing substantially smooth second surface, and comprising a wax-free amorphous thermoplastic matrix selected from the group consisting of polyvinyl chloride, polyester and polyolefin, a plurality of inorganic light-diffusing particles dispersed therein in an amount of between 15 to 20% by weight relative to the entire weight of said first film and a plurality of metallic light-diffusing particles dispersed therein in an amount of between 0.4 to 1.0% by weight relative to the entire weight of said first film; wherein said first layer is lens-free; b) an opposing light-absorptive flexible second film having a first surface and an opposing second surface, and comprising a thermoplastic matrix selected from the group consisting of polyvinyl chloride, polyester and polyolefin; and a plurality of light-absorbing colorant particles dispersed therein in an amount of between 0.05 to 0.5% by weight relative to the entire weight of said second film; c) a transparent pressure sensitive first adhesive in direct contact with said second surface of said first film and an interior surface of a window positioned between said first film and said second film; and d) a transparent pressure sensitive second adhesive in direct contact with said first surface of said second film and an exterior surface of said window positioned between said first film and said second film; wherein said screen exhibits a visible light transmittance of between 25 to 50%, and a visible light absorbance of between 35 to 55%. a) a flexible light-diffusive first film having a substantially smooth first surface and an opposing substantially smooth second surface, and comprising a wax-free amorphous thermoplastic matrix selected from the group consisting of polyvinyl chloride, polyester and polyolefin, a plurality of inorganic light-diffusing particles dispersed therein in an amount of between 15 to 20% by weight relative to the entire weight of said first film and a plurality of metallic light-diffusing particles dispersed therein in an amount of between 0.4 to 1.0% by weight relative to the entire weight of said first film; wherein said first layer is lens-free; b) an opposing light-absorptive flexible second film having a first surface and an opposing second surface, and comprising a thermoplastic matrix selected from the group consisting of polyvinyl chloride, polyester and polyolefin; and a plurality of light-absorbing colorant particles dispersed therein in an amount of between 0.05 to 0.5% by weight relative to the entire weight of said second film; c) a transparent pressure sensitive first adhesive in direct contact with said second surface of said first film and an interior surface of a window positioned between said first film and said second film; and d) a transparent pressure sensitive second adhesive in direct contact with said first surface of said second film and an exterior surface of said window positioned between said first film and said second film;
Power equipment, comprising: an equipment main body provided with a propelling device; a power source for selectively powering the propelling device; an internal combustion engine having a plurality of cylinders and supported by the equipment main body; a work implement connected to the engine in a power transmitting relationship; and a clutch provided in a power transmission path between the engine and the work implement; characterized by an engine control unit for selectively deactivating at least one of the cylinders; a central control unit for controlling an operation of the propelling device, the clutch and the engine control unit; and an operation console for manually commanding an operation of the work implement, wherein the central control unit is configured to start the engine with two or more of the cylinders activated, to cause the engine control unit to operate the engine at a prescribed rotational speed, and to cause the engine control unit to deactivate at least one of the cylinders when the prescribed rotational speed of the engine has reached a stable state, and to reactivate at least one of the cylinders that are previously deactivated and to increase a rotational speed of the engine to a higher rotational speed than the prescribed rotational speed before engaging the clutch when the operation of the work implement is commanded from the operation console, and to lower the rotational speed of the engine from the higher rotational speed to the prescribed rotational speed with the reactivated cylinder kept activated once the clutch is engaged. an equipment main body provided with a propelling device; a power source for selectively powering the propelling device; an internal combustion engine having a plurality of cylinders and supported by the equipment main body; a work implement connected to the engine in a power transmitting relationship; and a clutch provided in a power transmission path between the engine and the work implement; characterized by an engine control unit for selectively deactivating at least one of the cylinders; a central control unit for controlling an operation of the propelling device, the clutch and the engine control unit; and an operation console for manually commanding an operation of the work implement, wherein the central control unit is configured to start the engine with two or more of the cylinders activated, to cause the engine control unit to operate the engine at a prescribed rotational speed, and to cause the engine control unit to deactivate at least one of the cylinders when the prescribed rotational speed of the engine has reached a stable state, and to reactivate at least one of the cylinders that are previously deactivated and to increase a rotational speed of the engine to a higher rotational speed than the prescribed rotational speed before engaging the clutch when the operation of the work implement is commanded from the operation console, and to lower the rotational speed of the engine from the higher rotational speed to the prescribed rotational speed with the reactivated cylinder kept activated once the clutch is engaged.
An uplink power control method, carried out by a base station, comprising: determining, by a base station according to a first quantity of accesses and a second quantity of accesses, whether to adjust a cell-level uplink power parameter, wherein the first quantity of accesses is a count of times that user equipments, UEs, within a coverage area of a cell of the base station access the cell by sending a random access preamble for one time, and the second quantity of accesses is a count of times that the UEs within the coverage area of the cell access the cell by sending a random access preamble for at least two times; and adjusting, by the base station when determining to adjust the cell-level uplink power parameter, the cell-level uplink power parameter; and sending, by the base station, an adjusted cell-level uplink power parameter to UE within the coverage area of the cell, so that the UE within the coverage area of the cell sends an uplink signal according to the adjusted cell-level uplink power parameter. determining, by a base station according to a first quantity of accesses and a second quantity of accesses, whether to adjust a cell-level uplink power parameter, wherein the first quantity of accesses is a count of times that user equipments, UEs, within a coverage area of a cell of the base station access the cell by sending a random access preamble for one time, and the second quantity of accesses is a count of times that the UEs within the coverage area of the cell access the cell by sending a random access preamble for at least two times; and adjusting, by the base station when determining to adjust the cell-level uplink power parameter, the cell-level uplink power parameter; and sending, by the base station, an adjusted cell-level uplink power parameter to UE within the coverage area of the cell, so that the UE within the coverage area of the cell sends an uplink signal according to the adjusted cell-level uplink power parameter.
An electron beam sterilization device comprising: a plurality of electron beam emission units configured to emit electron beam, a sterilization chamber in which electron beams from the electron beam emission units are applied to containers to sterilize at least part of the containers and a blocking cover member covering the sterilization chamber so as to block radiations, characterized in that a rotational member having an upper portion thereof exposed through an opening portion formed in the blocking cover member, wherein the blocking cover member includes a fixed blocking cover covering the upper portion of the rotational member, an air passing space is formed between the fixed blocking cover and the upper portion of the rotational member, between the rotational member and the fixed blocking cover, there are provided a rotational annular blocking plate and a fixed annular blocking plate, the rotational annular blocking plate projecting from the rotational member toward the fixed blocking cover, the fixed annular blocking plate projecting from the blocking cover member toward the rotational member, the rotational annular blocking plate and the fixed annular blocking plate are opposed to each other with a blocking gap maintained therebetween, and the rotational annular blocking plate and the fixed annular blocking plate constitute a blocking lap portion for blocking radiations. a plurality of electron beam emission units configured to emit electron beam, a sterilization chamber in which electron beams from the electron beam emission units are applied to containers to sterilize at least part of the containers and a blocking cover member covering the sterilization chamber so as to block radiations, characterized in that a rotational member having an upper portion thereof exposed through an opening portion formed in the blocking cover member, wherein the blocking cover member includes a fixed blocking cover covering the upper portion of the rotational member, an air passing space is formed between the fixed blocking cover and the upper portion of the rotational member, between the rotational member and the fixed blocking cover, there are provided a rotational annular blocking plate and a fixed annular blocking plate, the rotational annular blocking plate projecting from the rotational member toward the fixed blocking cover, the fixed annular blocking plate projecting from the blocking cover member toward the rotational member, the rotational annular blocking plate and the fixed annular blocking plate are opposed to each other with a blocking gap maintained therebetween, and the rotational annular blocking plate and the fixed annular blocking plate constitute a blocking lap portion for blocking radiations.
A method of operating a polyolefin reactor system, comprising: feeding a chromium-based catalyst substantially continuously through a mix vessel to a polymerization reactor, wherein the mix vessel includes an interior sidewall and a nozzle having a neck; adding a reducing agent to contact the chromium-based catalyst through the mix vessel to the polymerization reactor, wherein the reducing agent is added to the chromium-based catalyst in the mix vessel through an entrance arrangement having a conduit extension or a conduit that extends into the mix vessel through the neck of the nozzle on the mix vessel and directs the reducing agent away from the interior sidewall of the mix vessel; and polymerizing an olefin into a polyolefin in the polymerization reactor in presence of the chromium-based catalyst. feeding a chromium-based catalyst substantially continuously through a mix vessel to a polymerization reactor, wherein the mix vessel includes an interior sidewall and a nozzle having a neck; adding a reducing agent to contact the chromium-based catalyst through the mix vessel to the polymerization reactor, wherein the reducing agent is added to the chromium-based catalyst in the mix vessel through an entrance arrangement having a conduit extension or a conduit that extends into the mix vessel through the neck of the nozzle on the mix vessel and directs the reducing agent away from the interior sidewall of the mix vessel; and polymerizing an olefin into a polyolefin in the polymerization reactor in presence of the chromium-based catalyst.
A method for evaluating an electrocardiogram, the method comprising: measuring an electrical activity of a patient using a cardiac monitoring system; processing the measured electrical activity in the cardiac monitoring system to form a twelve lead ECG signal and to form an orthogonal X, Y and Z lead signal; extracting a segment of a single heartbeat from the X, Y and Z lead data, wherein said extracting a segment includes extracting a T-wave segment; transforming the segment of the orthogonal X, Y and Z lead data into a synthesized signal that is most representative of the patient's electrical activity during the extracted segment; and evaluating the orientation of a projection vector for the extracted segment defined by the synthesized signal. measuring an electrical activity of a patient using a cardiac monitoring system; processing the measured electrical activity in the cardiac monitoring system to form a twelve lead ECG signal and to form an orthogonal X, Y and Z lead signal; extracting a segment of a single heartbeat from the X, Y and Z lead data, wherein said extracting a segment includes extracting a T-wave segment; transforming the segment of the orthogonal X, Y and Z lead data into a synthesized signal that is most representative of the patient's electrical activity during the extracted segment; and evaluating the orientation of a projection vector for the extracted segment defined by the synthesized signal.
Process for producing anodes, which comprises the steps: a) oxidation of the surface of a foil, the foil comprising tantalum or niobium, wherein oxidation of the foil surface is effected by means of a process selected from among thermal oxidation, anodic oxidation, chemical oxidation and application of tantalum oxide or NbO by printing, heat treatment, sputtering, PVD and CVD; b) heating of the foil to allow the oxides formed on the surface to diffuse in; c) application of a paste to the foil, the paste comprising powder which is selected from the group consisting of tantalum powder, niobium powder, niobium oxide powder and mixtures thereof; and d) sintering of the applied paste after allowing the diffusion into the foil from step b). a) oxidation of the surface of a foil, the foil comprising tantalum or niobium, wherein oxidation of the foil surface is effected by means of a process selected from among thermal oxidation, anodic oxidation, chemical oxidation and application of tantalum oxide or NbO by printing, heat treatment, sputtering, PVD and CVD; b) heating of the foil to allow the oxides formed on the surface to diffuse in; c) application of a paste to the foil, the paste comprising powder which is selected from the group consisting of tantalum powder, niobium powder, niobium oxide powder and mixtures thereof; and d) sintering of the applied paste after allowing the diffusion into the foil from step b).
System for generating input signals correlating with manual input operations executed by the user, comprising: - an electrode group comprising a generator electrode and a plurality of associated receiving electrodes (EL1-5) integrated into an equipment component, wherein the generator electrode and the plurality of receiving electrodes (EL1-5) are formed by flat shaped electrodes and at least some of the receiving electrodes (EL1-4) are arranged within a plane and extend along the edge of a detection zone and wherein the generator electrode is arranged in a plane below the plane of the receiving electrodes (EL1-5), and - a circuit arrangement (GestIC) coupled with the electrodes (GEN, EL1-5) of the electrode group, - wherein the electrode group and the circuit arrangement (GestIC) constitute a sensor circuit which both allows a detection of a status to be evaluated as physical contacting of the equipment component, and also as a position detection of the hand or a finger of a user in an area which is spatially located in front of the equipment component. - an electrode group comprising a generator electrode and a plurality of associated receiving electrodes (EL1-5) integrated into an equipment component, wherein the generator electrode and the plurality of receiving electrodes (EL1-5) are formed by flat shaped electrodes and at least some of the receiving electrodes (EL1-4) are arranged within a plane and extend along the edge of a detection zone and wherein the generator electrode is arranged in a plane below the plane of the receiving electrodes (EL1-5), and - a circuit arrangement (GestIC) coupled with the electrodes (GEN, EL1-5) of the electrode group, - wherein the electrode group and the circuit arrangement (GestIC) constitute a sensor circuit which both allows a detection of a status to be evaluated as physical contacting of the equipment component, and also as a position detection of the hand or a finger of a user in an area which is spatially located in front of the equipment component.
A device (1, 1', 1", 1''', 1"") for producing a solution of at least one liquid first medium and at least one additional second medium, comprising a first container (2, 2", 2''') for the liquid first medium and a second container (3, 3") for the second medium, wherein each container (2, 2", 2''', 3, 3") is connected to a supply line of a static mixer via a pump (4, 5) which can be regulated by a process controller, a sensor device, which is connected to the process controller and is arranged downstream of the static mixer in the flow direction, and a branching valve, which is arranged downstream of the static mixer in the flow direction, wherein a sterile filter for sterile filtration of the solution is arranged downstream of the static mixer in the flow direction, characterised in that the branching valve can also be controlled by the process controller, that the sterile filter has an RFID tag, and that the RFID tag has process-relevant data stored on it, which data are readable by at least the process controller, that the containers (2, 2", 2''', 3, 3", 19, 19") each have an RFID tag on which are stored additional process-relevant data, which tag is readable at least by the process controller, and that the static mixer, the sensor device and the sterile filter with RFID tag, form a prefabricated mixing system (7, 7') with sterile connectors as connections to connect to the containers (2, 2", 2''', 3, 3", 19, 19") or to the pumps (4, 5, 20) associated with the containers (2, 2", 2''', 3, 3", 19, 19").