mhurhangee/patent-ind-claim-en huggingface dataset:
A desk comprising: at least two legs at or near opposite lateral sides of the desk ; a profile extending from one of said legs to the opposite one of said legs, said profile being mounted to upper end portions of the legs ; and a desktop panel supported by said profile ; wherein said legs are coupled to said profile by twist lock connections , said twist lock connections each being locked or lockable against axial dislodgement by twisting of at least an end part of the leg relative to the profile about a center line of the leg ; characterized by at least two feet , each of said feet being mounted to a lower end of one of the legs , projecting from the leg to which it is mounted in at least a forward or rearward direction and being of a length of at least 45 cm. at least two legs at or near opposite lateral sides of the desk ; a profile extending from one of said legs to the opposite one of said legs, said profile being mounted to upper end portions of the legs ; and a desktop panel supported by said profile ; wherein said legs are coupled to said profile by twist lock connections , said twist lock connections each being locked or lockable against axial dislodgement by twisting of at least an end part of the leg relative to the profile about a center line of the leg ; characterized by at least two feet , each of said feet being mounted to a lower end of one of the legs , projecting from the leg to which it is mounted in at least a forward or rearward direction and being of a length of at least 45 cm.
A weighing device , comprising: an instruction receiving means configured to receive an instruction from an operating entity; and a communication means configured to establish intercommunication with a mobile terminal , characterized in that the communication means is configured to: when the instruction receiving means does not receive from a customer an indication that the customer uses a weighing function of weighing a product sold by weight instead of using the mobile terminal , or when a product sold by weight is not placed on a platform of the weighing device , establish intercommunication with the mobile terminal by displaying a symbol code , and when the instruction receiving means receives from a customer an indication that the customer uses a weighing function of weighing a product sold by weight instead of using the mobile terminal , or when a product sold by weight is placed on the platform, prohibit establishing the intercommunication with the mobile terminal until use of the weighing function ends by not displaying the symbol code . an instruction receiving means configured to receive an instruction from an operating entity; and a communication means configured to establish intercommunication with a mobile terminal , characterized in that the communication means is configured to: when the instruction receiving means does not receive from a customer an indication that the customer uses a weighing function of weighing a product sold by weight instead of using the mobile terminal , or when a product sold by weight is not placed on a platform of the weighing device , establish intercommunication with the mobile terminal by displaying a symbol code , and when the instruction receiving means receives from a customer an indication that the customer uses a weighing function of weighing a product sold by weight instead of using the mobile terminal , or when a product sold by weight is placed on the platform, prohibit establishing the intercommunication with the mobile terminal until use of the weighing function ends by not displaying the symbol code . when the instruction receiving means does not receive from a customer an indication that the customer uses a weighing function of weighing a product sold by weight instead of using the mobile terminal , or when a product sold by weight is not placed on a platform of the weighing device , establish intercommunication with the mobile terminal by displaying a symbol code , and when the instruction receiving means receives from a customer an indication that the customer uses a weighing function of weighing a product sold by weight instead of using the mobile terminal , or when a product sold by weight is placed on the platform, prohibit establishing the intercommunication with the mobile terminal until use of the weighing function ends by not displaying the symbol code .
A diagnostic system for a power conversion apparatus that includes a semiconductor module and that is adapted to perform a switching operation for carrying and interrupting a main current to a main circuit, the diagnostic system comprising: a trigger circuit that is adapted to set a reference time (t0) for the switching operation; and a delay time calculation circuit that is adapted to acquire a first time (t1) at which the main current takes a first main current set value and a second time (t2) at which the main current takes a second main current set value , and to determine a difference between the first time (t1) and the reference time (t0) as a first delay time (Δt1), characterised in that the delay time calculation circuit is further adapted to determine a difference between the second time (t2) and the reference time (t0) as a second delay time (Δt2), and to calculate an average junction temperature Tj1 of a plurality of semiconductor chips (16a-f) included in the semiconductor module from the first delay time (Δt1) and a local junction temperature Tj2 of only part of the plurality of semiconductor chips (16a-f) from the second delay time (Δt2). a trigger circuit that is adapted to set a reference time (t0) for the switching operation; and a delay time calculation circuit that is adapted to acquire a first time (t1) at which the main current takes a first main current set value and a second time (t2) at which the main current takes a second main current set value , and to determine a difference between the first time (t1) and the reference time (t0) as a first delay time (Δt1), characterised in that the delay time calculation circuit is further adapted to determine a difference between the second time (t2) and the reference time (t0) as a second delay time (Δt2), and to calculate an average junction temperature Tj1 of a plurality of semiconductor chips (16a-f) included in the semiconductor module from the first delay time (Δt1) and a local junction temperature Tj2 of only part of the plurality of semiconductor chips (16a-f) from the second delay time (Δt2).
Vehicle pane with reduced emissivity and light reflection, at least comprising: - a substrate having an exposed interior-side surface (IV), - an emissivity-reducing coating containing at least one layer (10.3) based on a transparent conductive oxide (TCO) on the interior-side surface (IV), - an anti-reflection coating based on nanoporous silicon oxide on the emissivity-reducing coating . - a substrate having an exposed interior-side surface (IV), - an emissivity-reducing coating containing at least one layer (10.3) based on a transparent conductive oxide (TCO) on the interior-side surface (IV), - an anti-reflection coating based on nanoporous silicon oxide on the emissivity-reducing coating .
An information processing device comprising: a wireless communication unit configured to interchange a stream for outputting image information from a first information processing device by using wireless communication, the first information processing device belonging to a first group to which one or more information processing devices including the information processing device belong; and characterized by a control unit configured to perform control such that capability information regarding the one or more information processing devices and the first information processing device of the first group is exchanged with a second information processing device belonging to a second group which is a new group other than the first group when the second group is formed. a wireless communication unit configured to interchange a stream for outputting image information from a first information processing device by using wireless communication, the first information processing device belonging to a first group to which one or more information processing devices including the information processing device belong; and characterized by a control unit configured to perform control such that capability information regarding the one or more information processing devices and the first information processing device of the first group is exchanged with a second information processing device belonging to a second group which is a new group other than the first group when the second group is formed.
A sealing assembly for sealing an electrical component having an opening, said sealing assembly comprising: - a cover adapted to be coupled with said electrical component; and - a plug assembly ; wherein said cover has a through-hole for injecting air during leakage tests of said electrical component and engaging elements for fixing said plug assembly to said cover , and wherein said plug assembly comprises: a single wire seal for sealing said through-hole ; locking elements to be reversibly engaged with said engaging elements ; a pin , on which said single wire seal is inserted, and retaining elements formed at the base of said pin for fixing the position of said single wire seal on said pin , characterized in that: said retaining elements are protruding elements configured to engage mating recesses formed on said single wire seal ; so that, when said plug assembly is inserted into said through-hole , said cover is adapted to seal in an air tight manner said opening of said electrical component. - a cover adapted to be coupled with said electrical component; and - a plug assembly ; wherein said cover has a through-hole for injecting air during leakage tests of said electrical component and engaging elements for fixing said plug assembly to said cover , and wherein said plug assembly comprises: a single wire seal for sealing said through-hole ; locking elements to be reversibly engaged with said engaging elements ; a pin , on which said single wire seal is inserted, and retaining elements formed at the base of said pin for fixing the position of said single wire seal on said pin , characterized in that: said retaining elements are protruding elements configured to engage mating recesses formed on said single wire seal ; so that, when said plug assembly is inserted into said through-hole , said cover is adapted to seal in an air tight manner said opening of said electrical component. said retaining elements are protruding elements configured to engage mating recesses formed on said single wire seal ; so that, when said plug assembly is inserted into said through-hole , said cover is adapted to seal in an air tight manner said opening of said electrical component.
A method for monitoring engine friction, comprising: determining a commanded torque (CT RT ) and a measured torque (MT RT ) of an engine ; determining a torque error in response to a differential between the commanded torque (CT RT ) and the measured torque (MT RT ), and determining a slope error in response to a differential between a rate of change of the commanded torque (CT RT ) and a rate of change of the measured torque (MT RT ); defining a baseline error space based on a learned torque error and a learned slope error and establishing a baseline threshold boundary within the baseline error space based on a monitoring confidence level (CL), the baseline threshold boundary dividing the baseline error space into a first torque area below the baseline threshold boundary and a second torque area above the baseline threshold boundary ; and classifying torque data from the engine in the first torque area and the second torque area based on the torque error and the slope error , wherein the torque data classified in the second torque area is indicative of an engine friction condition. determining a commanded torque (CT RT ) and a measured torque (MT RT ) of an engine ; determining a torque error in response to a differential between the commanded torque (CT RT ) and the measured torque (MT RT ), and determining a slope error in response to a differential between a rate of change of the commanded torque (CT RT ) and a rate of change of the measured torque (MT RT ); defining a baseline error space based on a learned torque error and a learned slope error and establishing a baseline threshold boundary within the baseline error space based on a monitoring confidence level (CL), the baseline threshold boundary dividing the baseline error space into a first torque area below the baseline threshold boundary and a second torque area above the baseline threshold boundary ; and classifying torque data from the engine in the first torque area and the second torque area based on the torque error and the slope error , wherein the torque data classified in the second torque area is indicative of an engine friction condition.
A method of forming a multilayer coating film comprising the following steps 1-1 to 1-4: step 1-1: a step of coating an article to be coated with a primer coating composition (X) and forming an uncured primer coating film on the article to be coated, step 1-2: a step of coating the article to be coated having the uncured primer coating film with an aqueous colored coating composition (Y 1 ) for a base coat, and forming an uncured base coat coating film thereover, step 1-3: a step of coating the article to be coated having the uncured primer coating film and the uncured base coat coating film with a clear coating composition (Z), and forming an uncured clear coating film thereover,and step 1-4: a step of curing the uncured primer coating film, the uncured base coat coating film and the uncured clear coating film by heating them, wherein the aqueous colored coating composition (Y 1 ) comprises a hydroxyl-containing resin (A), wherein the hydroxyl-containing resin (A) contains a hydroxyl-containing acrylic resin aqueous dispersion (A 11 ), and a blocked polyisocyanate compound (B) having at least one blocked isocyanate group selected from the group consisting of blocked isocyanate groups represented by the following formula (I): wherein R 1 , R 2 , R 4 and R 5 independently represent a Cl-12 hydrocarbon group, and R 3 represents a Cl-12 straight-chain or branched alkylene group, blocked isocyanate groups represented by the following formula (II): wherein R 2 , R 3 , R 4 and R 5 have the same definitions as above, and blocked isocyanate groups represented by the following formula (III) : wherein R 2 , R 3 , R 4 and R 5 have the same definitions as above, and R 6 represents a Cl-12 hydrocarbon group step 1-1: a step of coating an article to be coated with a primer coating composition (X) and forming an uncured primer coating film on the article to be coated, step 1-2: a step of coating the article to be coated having the uncured primer coating film with an aqueous colored coating composition (Y 1 ) for a base coat, and forming an uncured base coat coating film thereover, step 1-3: a step of coating the article to be coated having the uncured primer coating film and the uncured base coat coating film with a clear coating composition (Z), and forming an uncured clear coating film thereover,and step 1-4: a step of curing the uncured primer coating film, the uncured base coat coating film and the uncured clear coating film by heating them,
A method comprising: requesting , by a user device from a remote provider and from a local provider, candidate data values for use in autofill for an application displayed on the user device, wherein the local provider is a system-provided service provided by an operating system of the user device; receiving , from the remote provider, a first data set comprising one or more candidate values corresponding to a first set of one or more input fields of the application; receiving , from the local provider, a second data set comprising one or more candidate values corresponding to a second set of one or more input fields of the application, wherein the second data set includes one or more user input values from user interaction with a different application that have been collected by the local provider; detecting that an input field of the application has focus, wherein the input field is included in the first set and the second set; responsively causing a selectable list to be displayed on the user device, wherein the selectable list includes a first selectable option corresponding to the first data set from the remote provider and a second selectable option corresponding to the second data set from the local provider; receiving user input data indicating a selected data set from the selectable list; and responsively filling one or more candidate values from the selected data set into one or more corresponding input fields of the application. requesting , by a user device from a remote provider and from a local provider, candidate data values for use in autofill for an application displayed on the user device, wherein the local provider is a system-provided service provided by an operating system of the user device; receiving , from the remote provider, a first data set comprising one or more candidate values corresponding to a first set of one or more input fields of the application; receiving , from the local provider, a second data set comprising one or more candidate values corresponding to a second set of one or more input fields of the application, wherein the second data set includes one or more user input values from user interaction with a different application that have been collected by the local provider; detecting that an input field of the application has focus, wherein the input field is included in the first set and the second set; responsively causing a selectable list to be displayed on the user device, wherein the selectable list includes a first selectable option corresponding to the first data set from the remote provider and a second selectable option corresponding to the second data set from the local provider; receiving user input data indicating a selected data set from the selectable list; and responsively filling one or more candidate values from the selected data set into one or more corresponding input fields of the application.
Regeneration method in stationary mode of a particulate filter of a heat engine loaded with soot during a maintenance operation, said heat engine being connected to an exhaust line comprising said particulate filter , characterized in that said method comprises : - a step (E1) of increasing an engine speed from an idle speed to an optimum speed (R_opt) comprised between 3000 rpm and 4000 rpm making it possible to increase a temperature of the exhaust gases as well as an exhaust gas flow, - a step (E2) for regenerating the particulate filter based on an adaptation of the operating parameters of the heat engine so as to control the temperature of the exhaust gases upstream of the particulate filter in a range of between 750°C and 800°C and an oxygen level in the particulate filter of the order of 2% to prevent runaway combustion of soot, - a step (E3) of cooling the exhaust line at the end of the step (E2) of regenerating the particulate filter , and - a step (E5) of carrying out an efficiency assessment of the regeneration of the particulate filter . - a step (E1) of increasing an engine speed from an idle speed to an optimum speed (R_opt) comprised between 3000 rpm and 4000 rpm making it possible to increase a temperature of the exhaust gases as well as an exhaust gas flow, - a step (E2) for regenerating the particulate filter based on an adaptation of the operating parameters of the heat engine so as to control the temperature of the exhaust gases upstream of the particulate filter in a range of between 750°C and 800°C and an oxygen level in the particulate filter of the order of 2% to prevent runaway combustion of soot, - a step (E3) of cooling the exhaust line at the end of the step (E2) of regenerating the particulate filter , and - a step (E5) of carrying out an efficiency assessment of the regeneration of the particulate filter .
A gas turbine engine comprising: a combustor ; a first turbine section in fluid communication with the combustor ; a second turbine section in fluid communication with the first turbine section ; and a mid-turbine frame located axially between the first turbine section and the second turbine section , the mid-turbine frame comprising: an outer frame case ; an inner frame case ; and at least a first spoke (65A; 65B) connecting the outer frame case to the inner frame case , wherein the first spoke (65A; 65B) is tightened so as to be in tension during all operating conditions of the gas turbine engine , wherein the first spoke comprises a tie rod (90A; 90B) having a first threaded surface and a retaining nut having a second threaded surface engaged with the first threaded surface ; characterised in that : the retaining nut is a first retaining nut and wherein the tie rod comprises a third threaded surface at a first end of the tie rod opposite a second end of the tie rod having the first threaded surface ; and the gas turbine engine further comprises a second retaining nut having a fourth threaded surface engaged with the third threaded surface . a combustor ; a first turbine section in fluid communication with the combustor ; a second turbine section in fluid communication with the first turbine section ; and a mid-turbine frame located axially between the first turbine section and the second turbine section , the mid-turbine frame comprising: an outer frame case ; an inner frame case ; and at least a first spoke (65A; 65B) connecting the outer frame case to the inner frame case , wherein the first spoke (65A; 65B) is tightened so as to be in tension during all operating conditions of the gas turbine engine , wherein the first spoke comprises a tie rod (90A; 90B) having a first threaded surface and a retaining nut having a second threaded surface engaged with the first threaded surface ; an outer frame case ; an inner frame case ; and at least a first spoke (65A; 65B) connecting the outer frame case to the inner frame case , wherein the first spoke (65A; 65B) is tightened so as to be in tension during all operating conditions of the gas turbine engine , wherein the first spoke comprises a tie rod (90A; 90B) having a first threaded surface and a retaining nut having a second threaded surface engaged with the first threaded surface ; the retaining nut is a first retaining nut and wherein the tie rod comprises a third threaded surface at a first end of the tie rod opposite a second end of the tie rod having the first threaded surface ; and the gas turbine engine further comprises a second retaining nut having a fourth threaded surface engaged with the third threaded surface .