mhurhangee/ep-ind-claims huggingface dataset:
A coated article having a tinted appearance in reflection and/or transmission, comprising: a substrate; a first dielectric layer; a subcritical metallic layer having discontinuous metallic regions; a primer over and in contact with the subcritical layer, wherein the primer comprises a zinc and tin material deposited as a metal and subsequently oxidized to form an oxide layer; and a second dielectric layer over the primer layer. a substrate; a first dielectric layer; a subcritical metallic layer having discontinuous metallic regions; a primer over and in contact with the subcritical layer, wherein the primer comprises a zinc and tin material deposited as a metal and subsequently oxidized to form an oxide layer; and a second dielectric layer over the primer layer.
A consumption meter for measuring energy consumption of a fluid supplied to a consumer at a consumer site, the consumption meter comprising: - a flow measuring unit for measuring a flow rate of the supplied fluid, - a temperature measuring unit for measuring inlet and outlet temperatures of the supplied fluid, - a calculator unit for receiving data from the flow measuring unit and the temperature measuring unit and being arranged for calculating a measure of energy consumption of the fluid supplied to the consumer accordingly, - a self-contained power source arranged for supplying electric power to at least the temperature measuring unit and the calculator unit and, wherein the consumption meter is arranged to repeatedly: - measure the flow rate with a flow rate measurement frequency, - determine a measure of change in at least one of: 1) the flow rate, and 2) the inlet or outlet temperatures, - calculate a measure of power source energy balance, - determine a temperature measurement frequency in response to said measure of change and the measure of power source energy balance, - measure the inlet and outlet temperatures with the temperature measurement frequency, and - calculate a measure of energy consumption of the fluid supplied to the consumer according to the measured flow rate and the measured inlet and outlet temperatures. - a flow measuring unit for measuring a flow rate of the supplied fluid, - a temperature measuring unit for measuring inlet and outlet temperatures of the supplied fluid, - a calculator unit for receiving data from the flow measuring unit and the temperature measuring unit and being arranged for calculating a measure of energy consumption of the fluid supplied to the consumer accordingly, - a self-contained power source arranged for supplying electric power to at least the temperature measuring unit and the calculator unit and, - measure the flow rate with a flow rate measurement frequency, - determine a measure of change in at least one of: 1) the flow rate, and 2) the inlet or outlet temperatures, - calculate a measure of power source energy balance, - determine a temperature measurement frequency in response to said measure of change and the measure of power source energy balance, - measure the inlet and outlet temperatures with the temperature measurement frequency, and - calculate a measure of energy consumption of the fluid supplied to the consumer according to the measured flow rate and the measured inlet and outlet temperatures.
A joining device arrangeable between two panels of furniture or other furnishing items, one positioned perpendicular to the other, the joining device comprising a pin or plug which can extended from the second panel (11,12) and which can be inserted in a complementary seat of the first panel (12,11), a stable connection and blocking system (14,114) of said pin or plug which can be provided inside said seat, with an edge of the first panel firmly abutted against a surface of the other panel, wherein said pin or plug is divided into two sections, a first section (121, 221, 321) which can be provided on the first panel (11,12) and a second section (122, 222, 322) which can be provided on the second panel (12,11), the first and second sections being releasably and axially intercoupled with each other, wherein said first section (121, 221, 321) comprises a male part which can be provided on said first panel (11,12) and said second section (122, 222, 322) comprises a female part which can be provided on said second panel (12, 11) suitable for being intercoupled, said male part of said first section (121,221,322, 422) provides a ball and said female part of said second section (122,222,322) provides a hollow petal-shaped element suitable for receiving said ball, wherein said first section (121; 221; 321) which can be arranged on said first panel has a cylindrical body, the joining device being characterized in that said stable connection and blocking system being in the form of a grub screw or headless screw interacting with a housing (32,232) formed in said cylindrical body of said first section (121; 221; 321).
A vacuum cleaner comprising a vacuum cleaner main body, the vacuum cleaner configured to operate by using a secondary battery disposed in the vacuum cleaner main body, as a power source, the vacuum cleaner comprising: an air path element including: a hose body; a connection part connecting one end side of the hose body to the vacuum cleaner main body; a hand operation part disposed on the other end side of the hose body; a wiring disposed in the hose body from the connection part to at least the hand operation part; and indication means disposed on the hand operation part so as to perform indication in a plurality of types of indication modes; and indication control means configured to control the indication means to perform indication in different indication modes according to previously-set conditions with respect to the vacuum cleaner, characterized in that, the indication control means sets priorities to the types of information to be indicated by the one indication means, and even when an other condition is satisfied, when a remaining amount of the secondary battery is lower than a predetermined level, the indication control means controls the indication means by giving priority to one condition of the remaining amount of the secondary battery being lower than the predetermined level. an air path element including: a hose body; a connection part connecting one end side of the hose body to the vacuum cleaner main body; a hand operation part disposed on the other end side of the hose body; a wiring disposed in the hose body from the connection part to at least the hand operation part; and indication means disposed on the hand operation part so as to perform indication in a plurality of types of indication modes; and a hose body; a connection part connecting one end side of the hose body to the vacuum cleaner main body; a hand operation part disposed on the other end side of the hose body; a wiring disposed in the hose body from the connection part to at least the hand operation part; and indication means disposed on the hand operation part so as to perform indication in a plurality of types of indication modes; and indication control means configured to control the indication means to perform indication in different indication modes according to previously-set conditions with respect to the vacuum cleaner, characterized in that, the indication control means sets priorities to the types of information to be indicated by the one indication means, and even when an other condition is satisfied, when a remaining amount of the secondary battery is lower than a predetermined level, the indication control means controls the indication means by giving priority to one condition of the remaining amount of the secondary battery being lower than the predetermined level.
Method of assessment of a risk involved in operating a measurement device on a measurement site in an industrial process, comprising the steps of: - determining a degree of difficulty of a maintainability of the device based on an availability of resources for maintenance and/or repair of the device, an availability of spare and/or wear parts for the device and/or an availability of suitable replacement devices, - determining a probability of an undetected defect of the device, - determining a severity of the consequences of the defect of the device, - weighing the determined probability, the determined severity and the determined degree of difficulty of the maintainability with corresponding predefined weighing factors (g S, g P, g M) corresponding to a contribution of the degree of difficulty of the maintainability, the probability and the severity to the risk, and - determining the risk based on a length (L R) of a vector whose coordinates are given by the weighted difficulty of maintainability (g M M), the weighted probability (g P P) and the weighted severity (g S S). - determining a degree of difficulty of a maintainability of the device based on an availability of resources for maintenance and/or repair of the device, an availability of spare and/or wear parts for the device and/or an availability of suitable replacement devices, - determining a probability of an undetected defect of the device, - determining a severity of the consequences of the defect of the device, - weighing the determined probability, the determined severity and the determined degree of difficulty of the maintainability with corresponding predefined weighing factors (g S, g P, g M) corresponding to a contribution of the degree of difficulty of the maintainability, the probability and the severity to the risk, and - determining the risk based on a length (L R) of a vector whose coordinates are given by the weighted difficulty of maintainability (g M M), the weighted probability (g P P) and the weighted severity (g S S).
A refrigeration apparatus, comprising: a refrigerant circuit that condenses a refrigerant discharged from a compressor (1,2), decompresses the refrigerant with a capillary tube (16,28), and causes the refrigerant to evaporate in an evaporator (3,19) to exhibit a refrigeration effect, wherein, as the refrigerant in the refrigerant circuit, a mixed refrigerant containing a first refrigerant having a boiling point in an ultralow temperature range of not less than - 89.0°C and not more than -78.1 °C and carbon dioxide is enclosed, a heater that heats at least a portion of a suction pipe (18,32) through which the refrigerant that returns from the evaporator (3,19) to the compressor (1,2) passes to thus retain the carbon dioxide in a liquid phase or in a gas phase or to thus melt the solidified carbon dioxide in the suction pipe (18,32) is provided, characterized in that a double-pipe structure is provided by constituting at least a portion of the suction pipe through which the refrigerant that returns from the evaporator to the compressor passes by a main pipe and connection pipes connected to respective ends of the main pipe, by disposing the capillary tube in the main pipe, and by pulling out the capillary tube through the connection pipes at the respective ends, and the heater heats at least a portion of the double-pipe structure. a refrigerant circuit that condenses a refrigerant discharged from a compressor (1,2), decompresses the refrigerant with a capillary tube (16,28), and causes the refrigerant to evaporate in an evaporator (3,19) to exhibit a refrigeration effect, wherein, as the refrigerant in the refrigerant circuit, a mixed refrigerant containing a first refrigerant having a boiling point in an ultralow temperature range of not less than - 89.0°C and not more than -78.1 °C and carbon dioxide is enclosed, a heater that heats at least a portion of a suction pipe (18,32) through which the refrigerant that returns from the evaporator (3,19) to the compressor (1,2) passes to thus retain the carbon dioxide in a liquid phase or in a gas phase or to thus melt the solidified carbon dioxide in the suction pipe (18,32) is provided, characterized in that a double-pipe structure is provided by constituting at least a portion of the suction pipe through which the refrigerant that returns from the evaporator to the compressor passes by a main pipe and connection pipes connected to respective ends of the main pipe, by disposing the capillary tube in the main pipe, and by pulling out the capillary tube through the connection pipes at the respective ends, and the heater heats at least a portion of the double-pipe structure.
A substrate processing apparatus, comprising: - a process space; - pressure regulation means, configured to maintain a process space atmosphere in said process space at a process space atmosphere pressure that is different from an exterior atmosphere pressure of an exterior atmosphere in an exterior of the substrate processing apparatus; - a passage via which the exterior of the substrate processing apparatus is in open communication with the process space, and through which substrates are exchangeable between the exterior and the process space along a passage direction; and - exchange fluid injection means (114, 124; 112, 122) comprising at least one exchange fluid injection channel (112, 122) that has a downstream portion including an acute angle with the passage direction and terminating in an exchange fluid injection point in the passage, said downstream portion being directed such that exchange fluid that is injected therethrough into the passage is imparted with a velocity component in the direction of the one of the exterior and the process space having the atmosphere with a higher atmosphere pressure; wherein the passage comprises a stagnation region, located downstream of the at least one injection point, which stagnation region is connected to an exchange fluid discharge channel configured to discharge exchange fluid from the stagnation region, and wherein the exchange fluid injection means (114, 124; 112, 122) are configured to inject the exchange fluid into the passage via said exchange fluid injection channel (112, 122), at such a flow rate, that the flow of exchange fluid through the passage stagnates in the stagnation region. - a process space; - pressure regulation means, configured to maintain a process space atmosphere in said process space at a process space atmosphere pressure that is different from an exterior atmosphere pressure of an exterior atmosphere in an exterior of the substrate processing apparatus; - a passage via which the exterior of the substrate processing apparatus is in open communication with the process space, and through which substrates are exchangeable between the exterior and the process space along a passage direction; and - exchange fluid injection means (114, 124; 112, 122) comprising at least one exchange fluid injection channel (112, 122) that has a downstream portion including an acute angle with the passage direction and terminating in an exchange fluid injection point in the passage, said downstream portion being directed such that exchange fluid that is injected therethrough into the passage is imparted with a velocity component in the direction of the one of the exterior and the process space having the atmosphere with a higher atmosphere pressure;
A clamshell assembly for a printed circuit board having at least one heat producing component, comprising: an upper thermal plane; a lower thermal plane spaced from the upper thermal plane to partially define a PCB chamber for holding the PCB; and a heat sink with a phase change material mounted to one of the upper thermal plane and the lower thermal plane; characterized in that the upper thermal plane and the lower thermal plane are coupled by a hinge to provide a housing structure that contains the PCB; the heat sink further comprises a heat conducting frame holding the phase change material; and the heat conducting frame is configured as a honeycomb. an upper thermal plane; a lower thermal plane spaced from the upper thermal plane to partially define a PCB chamber for holding the PCB; and a heat sink with a phase change material mounted to one of the upper thermal plane and the lower thermal plane; characterized in that the upper thermal plane and the lower thermal plane are coupled by a hinge to provide a housing structure that contains the PCB; the heat sink further comprises a heat conducting frame holding the phase change material; and the heat conducting frame is configured as a honeycomb.
Method of inhibiting or preventing the production of the laundry malodor "sweat", comprising contacting a fabric or a laundry washing machine with bacterial spores of Bacillus tequilensis.
A physically and chemically stable oral pharmaceutical composition for use in treating, preventing or alleviating esophageal inflammation comprising: a. a therapeutically effective amount of corticosteroid, b. an antioxidant, c. a buffer, d. a surfactant, e. a preservative, f. a flavoring agent, a sweetener, or a combination thereof; g. dextrose, and h. a liquid vehicle, wherein the oral pharmaceutical composition is suitable for single or multiple dose administration. a. a therapeutically effective amount of corticosteroid, b. an antioxidant, c. a buffer, d. a surfactant, e. a preservative, f. a flavoring agent, a sweetener, or a combination thereof; g. dextrose, and h. a liquid vehicle,
A method for wireless communications by a user equipment, UE, comprising: receiving signaling of a first time division duplex, TDD, uplink/downlink, UL/DL, subframe configuration for communicating with a base station, BS, wherein the first TDD UL/DL subframe configuration is signaled via a system information block, SIB; receiving signaling of at least one channel state information, CSI reporting configuration indicating at least two subframe sets, where each subframe set is associated with an interference measurement resource, IMR configuration; detecting a collision of CSI reporting for the at least two subframe sets in an uplink subframe; prioritizing one subframe set from the at least two subframe sets for CSI reporting in the uplink subframe; the method characterised in comprising: determining whether a downlink reference subframe is valid based on a dynamically-signaled second TDD UL/DL subframe configuration; and reporting CSI in the uplink subframe based at least in part on the prioritization, wherein reporting the CSI comprises altering the CSI reporting, if the downlink reference subframe is determined to not be valid, and wherein the altering comprises at least one of omitting a CSI report or sending a measurement report with a value that is at least one of: outdated or out of range. receiving signaling of a first time division duplex, TDD, uplink/downlink, UL/DL, subframe configuration for communicating with a base station, BS, wherein the first TDD UL/DL subframe configuration is signaled via a system information block, SIB; receiving signaling of at least one channel state information, CSI reporting configuration indicating at least two subframe sets, where each subframe set is associated with an interference measurement resource, IMR configuration; detecting a collision of CSI reporting for the at least two subframe sets in an uplink subframe; prioritizing one subframe set from the at least two subframe sets for CSI reporting in the uplink subframe; the method characterised in comprising: determining whether a downlink reference subframe is valid based on a dynamically-signaled second TDD UL/DL subframe configuration; and reporting CSI in the uplink subframe based at least in part on the prioritization, wherein reporting the CSI comprises altering the CSI reporting, if the downlink reference subframe is determined to not be valid, and wherein the altering comprises at least one of omitting a CSI report or sending a measurement report with a value that is at least one of: outdated or out of range. determining whether a downlink reference subframe is valid based on a dynamically-signaled second TDD UL/DL subframe configuration; and reporting CSI in the uplink subframe based at least in part on the prioritization, wherein reporting the CSI comprises altering the CSI reporting, if the downlink reference subframe is determined to not be valid, and wherein the altering comprises at least one of omitting a CSI report or sending a measurement report with a value that is at least one of: outdated or out of range.
An amorphous oxide-based positive electrode active material being a production material of a positive electrode for an all-solid secondary battery, comprising an alkali metal selected from Li and Na; a second metal selected from Co, Ni, Mn, Fe, Cr, V, Cu, Ti, Zn, Zr, Nb, Mo, Ru and Sn; an ionic species selected from phosphate ion, sulfate ion, borate ion, silicate ion, aluminate ion, germanate ion, nitrate ion, carbonate ion and halide ion; and an oxygen atom except for the oxygen atom constituting the ionic species, wherein said amorphous oxide-based positive electrode active material exhibits an amorphous state such that a peak at minimum 2θ in an XRD pattern has a half-value of 0.5 or more when measured with an X-ray source that is CuKα.
A method for selectively producing ginsenoside Rd (chemical formula 1) by converting ginsenoside Rb1 using pectinase derived from Trichoderma reesei, wherein the method comprises the steps of: 1) dissolving saponins of ginseng as a substrate in an aqueous solvent or a mixed solution of an aqueous solvent and an organic solvent, adding thereto an enzyme, and performing the reaction with stirring in a heated water bath, wherein the solvent has a pH in the range of 2.5 to 7.5, wherein the saponins of ginseng comprise ginsenoside Rb1, and wherein the enzyme is added in an amount of 10 to 400% by weight based on the amount of the substrate, wherein the enzyme is pectinase derived from Trichoderma reesei; 2) inactivating the enzyme when the substrate is completely disappeared, thereby completing the reaction; and 3) adding ethyl acetate or ethanol to the reaction solution obtained in step 2), followed by extraction and concentration, thereby isolating ginsenoside Rd. 1) dissolving saponins of ginseng as a substrate in an aqueous solvent or a mixed solution of an aqueous solvent and an organic solvent, adding thereto an enzyme, and performing the reaction with stirring in a heated water bath, wherein the solvent has a pH in the range of 2.5 to 7.5, wherein the saponins of ginseng comprise ginsenoside Rb1, and wherein the enzyme is added in an amount of 10 to 400% by weight based on the amount of the substrate, wherein the enzyme is pectinase derived from Trichoderma reesei; 2) inactivating the enzyme when the substrate is completely disappeared, thereby completing the reaction; and 3) adding ethyl acetate or ethanol to the reaction solution obtained in step 2), followed by extraction and concentration, thereby isolating ginsenoside Rd.