mhurhangee/ep-ind-claims huggingface dataset:
A timepiece comprising: - a box comprising a bottom, a middle and a control organ mounted movably relative to the middle, - a movement housed in the box, - a glass closing the box, - a dial positioned between the movement and the glass, said dial comprising two polarized lenses (28a, 28b), at least one of which is mounted on a movable frame, such that said polarized lenses (28a, 28b) can occupy a first state in which elements situated behind the dial in reference to the glass are visible from the side of the glass, and a second state in which said elements are hidden characterized in that it comprises a kinematic link between the control organ and the movable frame and in that said kinematic link comprises a first toothing secured to the control organ, a second toothing secured to the movable frame situated in a plane different from that of the first toothing, and an intermediate wheel train kinematically connecting the first toothing and the second toothing, said intermediate wheel train being pivoted on the middle and comprising at least two mobiles situated in a same plane parallel to the plane defined by the movement and at least two mobiles connected to each other by an arbor pivoted on the middle and orthogonal thereto. - a box comprising a bottom, a middle and a control organ mounted movably relative to the middle, - a movement housed in the box, - a glass closing the box, - a dial positioned between the movement and the glass, said dial comprising two polarized lenses (28a, 28b), at least one of which is mounted on a movable frame, such that said polarized lenses (28a, 28b) can occupy a first state in which elements situated behind the dial in reference to the glass are visible from the side of the glass, and a second state in which said elements are hidden
Method for managing active power metering operations and reactive power metering operations, the active power and the reactive power being consumed by an electrical installation monitored by an electricity meter (110; 130), characterized in that the electricity meter carries out the following steps: - measuring (303; 504; 604) the active power and reactive power consumed by said electrical installation; - selectively activating (305; 506; 606) and deactivating (306; 507; 607) the active power metering operations on the basis of at least one comparison between the active power measurement and a first predetermined power threshold; and - selectively activating (308; 509; 609) and deactivating (309; 510; 610) the reactive power metering operations on the basis of at least one comparison between the reactive power measurement and a second predetermined power threshold. - measuring (303; 504; 604) the active power and reactive power consumed by said electrical installation; - selectively activating (305; 506; 606) and deactivating (306; 507; 607) the active power metering operations on the basis of at least one comparison between the active power measurement and a first predetermined power threshold; and - selectively activating (308; 509; 609) and deactivating (309; 510; 610) the reactive power metering operations on the basis of at least one comparison between the reactive power measurement and a second predetermined power threshold.
Supporting device for a multiplicity of highly elongate bioreactor elements running in parallel and having an at least partially transparent wall of plastic, through which a nutrient solution inoculated with microorganisms is conducted for producing biomass by means of photosynthesis, having a plurality of stationary supporting pylons arranged along the bioreactor elements and horizontally spaced apart from one another, characterized in that at least one carrying element runs between at least two supporting pylons, over the bioreactor elements respectively to be carried, which carrying element is supported on the corresponding supporting pylons, the bioreactor elements to be carried are connected to at least one carrying element by way of at least one holding element at at least one supporting point lying between the two supporting pylons and on supporting arms fastened to the supporting pylons.
A video monitoring method implemented by a monitoring equipment, comprising: receiving (102, 202) a wireless signal sent from an external device; detecting whether the intensity of the wireless signal is greater than a threshold value; detecting whether a device identification carried in the wireless signal is the same as that of a wearable device if the intensity of the wireless signal is greater than the threshold value; and stopping (106, 205) video monitoring if the device identification is the same as that of the wearable device, after stopping video monitoring, continuing detecting the intensity of the wireless signal received, and conducting video monitoring again if it is detected that the intensity of the wireless signal is smaller than the threshold value. receiving (102, 202) a wireless signal sent from an external device; detecting whether the intensity of the wireless signal is greater than a threshold value; detecting whether a device identification carried in the wireless signal is the same as that of a wearable device if the intensity of the wireless signal is greater than the threshold value; and stopping (106, 205) video monitoring if the device identification is the same as that of the wearable device, after stopping video monitoring, continuing detecting the intensity of the wireless signal received, and conducting video monitoring again if it is detected that the intensity of the wireless signal is smaller than the threshold value.
A method for assigning a severity to failure indications of network resources in a communication network, the method comprising: in a processor, receiving one or a plurality of failure indications related to a failure of one or more network resources from a plurality of network resources in a multilayer communication network, said multilayer communication network comprising multiple layers of network resources; assigning a severity to the one or said plurality of failure indications based on an impact on data traffic in the communication network due to the failure of the one or more network resources from said plurality of network resources, the assigning comprising at least one of: assigning a static severity based on a single traffic impact assessment in the communication network due to the failure of the one or more network resources, or assigning a dynamic severity based on continuous or periodic traffic impact assessments in the communication network due to the failure of the one or more network resources; and outputting an indication of the severity of the one or said plurality of failure indications on an output device, wherein assigning the severity comprises correlating failures prior to an assignment of severity by identifying a minimum set of failed network resources from the failure of the one or more network resources that explain all other failed network resources outside of the set. in a processor, receiving one or a plurality of failure indications related to a failure of one or more network resources from a plurality of network resources in a multilayer communication network, said multilayer communication network comprising multiple layers of network resources; assigning a severity to the one or said plurality of failure indications based on an impact on data traffic in the communication network due to the failure of the one or more network resources from said plurality of network resources, the assigning comprising at least one of: assigning a static severity based on a single traffic impact assessment in the communication network due to the failure of the one or more network resources, or assigning a dynamic severity based on continuous or periodic traffic impact assessments in the communication network due to the failure of the one or more network resources; and outputting an indication of the severity of the one or said plurality of failure indications on an output device, wherein assigning the severity comprises correlating failures prior to an assignment of severity by identifying a minimum set of failed network resources from the failure of the one or more network resources that explain all other failed network resources outside of the set. assigning a static severity based on a single traffic impact assessment in the communication network due to the failure of the one or more network resources, or
A white chocolate comprising: an endogenous amount of isovaleric acid of up to 75 ppb and an added amount of isovaleric acid of from 100 ppb to 400 ppb; and an endogenous amount of 2-methyl butyric acid of up to 100 ppb and an added amount of 2-methyl butyric acid of from 10 ppb to 3000 ppb, wherein the white chocolate is organoleptically enhanced.
A permanent magnet, comprising: a base magnet denoted by "a-b-c" (where "a" comprises a rare-earth element, "b" comprises a transition element, and "c" comprises boron); a first coating layer; and a second coating layer, wherein the first coating layer comprises a compound comprising a magnetic metal, and wherein the compound comprises: phosphorus; and a metal selected in the list consisting in: iron (Fe), cobalt (Co), or nickel (Ni), characterized in that the first coating layer is coated on a first portion of a surface of the base magnet, the second coating layer is coated on a second portion of the surface of the base magnet, the second portion being a complementary portion to the first portion of the surface of the base magnet, wherein the second coating layer is made of a different material from the first coating layer, such that the heat flux of the first coating layer and the second coating layer are different from each other. a base magnet denoted by "a-b-c" (where "a" comprises a rare-earth element, "b" comprises a transition element, and "c" comprises boron); a first coating layer; and a second coating layer, wherein the first coating layer comprises a compound comprising a magnetic metal, and wherein the compound comprises: phosphorus; and a metal selected in the list consisting in: iron (Fe), cobalt (Co), or nickel (Ni), phosphorus; and a metal selected in the list consisting in: iron (Fe), cobalt (Co), or nickel (Ni), the first coating layer is coated on a first portion of a surface of the base magnet, the second coating layer is coated on a second portion of the surface of the base magnet, the second portion being a complementary portion to the first portion of the surface of the base magnet, wherein the second coating layer is made of a different material from the first coating layer, such that the heat flux of the first coating layer and the second coating layer are different from each other.
A terminal device, comprising a control device and a programmable analogue circuit device, wherein: the control device comprises: an acquisition module, configured to acquire configuration data information corresponding to a function index and a parameter index of a target analogue circuit, wherein the configuration data information is configured to indicate on/off state of an interconnection switch between Configurable Analogue Blocks (CABs); a downloading module, configured to download the configuration data information to the programmable analogue circuit device; and a restart module, configured to restart the programmable analogue circuit device; and the programmable analogue circuit device comprises: a configurable analogue array module, configured to configure a parameter and/or a connection relationship of the CABs by using the configuration data information; and characterized in that: when the analogue circuit in the configurable analogue array has a failure, the control device is configured to determine a line and/or a component which have/has the failure according to an input/output signal of the analogue circuit, establish a simulation circuit of the target analogue circuit by using the configurable analogue array to bypass the line and/ or the component which have/has the failure, and acquire the configuration data information of the target analogue circuit. the control device comprises: an acquisition module, configured to acquire configuration data information corresponding to a function index and a parameter index of a target analogue circuit, wherein the configuration data information is configured to indicate on/off state of an interconnection switch between Configurable Analogue Blocks (CABs); a downloading module, configured to download the configuration data information to the programmable analogue circuit device; and a restart module, configured to restart the programmable analogue circuit device; and the programmable analogue circuit device comprises: a configurable analogue array module, configured to configure a parameter and/or a connection relationship of the CABs by using the configuration data information; and characterized in that: when the analogue circuit in the configurable analogue array has a failure, the control device is configured to determine a line and/or a component which have/has the failure according to an input/output signal of the analogue circuit, establish a simulation circuit of the target analogue circuit by using the configurable analogue array to bypass the line and/ or the component which have/has the failure, and acquire the configuration data information of the target analogue circuit. when the analogue circuit in the configurable analogue array has a failure, the control device is configured to determine a line and/or a component which have/has the failure according to an input/output signal of the analogue circuit, establish a simulation circuit of the target analogue circuit by using the configurable analogue array to bypass the line and/ or the component which have/has the failure, and acquire the configuration data information of the target analogue circuit.
A decorative tire having a decorative print layer formed on a tire surface, the decorative print layer being a cured film of an active-energy-ray-curable ink composition containing a coloring material, wherein the active-energy-ray-curable ink composition contains active-energy-ray-polymerizable monomers and an active-energy-ray polymerization initiator, and the ink composition contains, as the active-energy-ray-polymerizable monomers, a monomer A): a monofunctional monomer selected from 2-ethylhexyl acrylate, 2-ethylhexylcarbitol acrylate, 2-methoxyethyl acrylate, 2-methoxybutyl acrylate, 4-hydroxybutyl acrylate, diethylene glycol monoethyl ether acrylate, ethoxydiethylene glycol acrylate, isoamyl acrylate, isodecyl acrylate, isooctyl acrylate, isotetradecyl acrylate, caprolactone acrylate, methoxytripropylene glycol acrylate, EO (ethylene oxide)-modified succinic acid acrylate, and tridecyl acrylate, and a monomer B): a polyfunctional monomer selected from diacrylates of 11-mole to 32-mole EO-modified bisphenol A, polyethylene glycol diacrylates having the number of repetition n of ethylene glycol of 7 to 14, polypropylene glycol diacrylates having the number of repetition n of propylene glycol of 7 to 14, EO-modified trimethylolpropane triacrylate, EO-modified trimethylolpropane triacrylate, EO-modified trimethylolpropane triacrylate, EO-modified trimethylolpropane triacrylate, PO-modified trimethylolpropane triacrylate, and PO-modified trimethylolpropane triacrylate, wherein a primer layer is formed between the tire surface and the decorative print layer.
A method of controlling a passenger seat display of a vehicle, the method comprising: obtaining operating state information of the vehicle by detecting an operating state of the vehicle being driven by a driver; determining an operating mode of the vehicle, which includes a driving mode and a stop mode, based on the obtained operating state information; controlling a driving voltage applied to a viewing angle switching element comprising a polymer dispersed liquid crystal, PDLC, based on the determined operating mode; characterized by adjusting brightness or color coordinates of the passenger seat display to a predetermined target brightness value or a predetermined target color coordinate value, respectively, based on an amount of brightness change or an amount of change in the color coordinates that occurs as a result of the application of the driving voltage to the viewing angle switching element. obtaining operating state information of the vehicle by detecting an operating state of the vehicle being driven by a driver; determining an operating mode of the vehicle, which includes a driving mode and a stop mode, based on the obtained operating state information; controlling a driving voltage applied to a viewing angle switching element comprising a polymer dispersed liquid crystal, PDLC, based on the determined operating mode; characterized by adjusting brightness or color coordinates of the passenger seat display to a predetermined target brightness value or a predetermined target color coordinate value, respectively, based on an amount of brightness change or an amount of change in the color coordinates that occurs as a result of the application of the driving voltage to the viewing angle switching element.
A method (300, 900, 940) of determining an instrument transfer function of an apparatus, the method comprising: using the apparatus to measure a first surface field, at a first surface of the apparatus, of an artifact (104, 200) having one or more surface features (202, 204) with known topography, the first surface field being a complex electromagnetic field; deriving, using an electronic processor, a first surface profile from the first surface field; identifying, using the electronic processor, the one or more surface features (202, 204) from the first surface profile; determining, using the electronic processor, a first focus metric at the first surface based on at least a portion of the first surface profile containing the surface features (202, 204); digitally transforming, using the electronic processor, the first surface field into a second surface field at a second surface of the apparatus, the second surface field being a complex electromagnetic field; deriving, using the electronic processor, a second surface profile from the second surface field and computing a second focus metric for the second surface profile, the second focus metric having a value different from the first focus metric; determining, based on at least the first focus metric and the second focus metric, an optimum surface for evaluating the instrument transfer function; and determining, using the electronic processor, the instrument transfer function of the apparatus based on at least a portion of a surface profile obtained at the optimum surface. using the apparatus to measure a first surface field, at a first surface of the apparatus, of an artifact (104, 200) having one or more surface features (202, 204) with known topography, the first surface field being a complex electromagnetic field; deriving, using an electronic processor, a first surface profile from the first surface field; identifying, using the electronic processor, the one or more surface features (202, 204) from the first surface profile; determining, using the electronic processor, a first focus metric at the first surface based on at least a portion of the first surface profile containing the surface features (202, 204); digitally transforming, using the electronic processor, the first surface field into a second surface field at a second surface of the apparatus, the second surface field being a complex electromagnetic field; deriving, using the electronic processor, a second surface profile from the second surface field and computing a second focus metric for the second surface profile, the second focus metric having a value different from the first focus metric; determining, based on at least the first focus metric and the second focus metric, an optimum surface for evaluating the instrument transfer function; and determining, using the electronic processor, the instrument transfer function of the apparatus based on at least a portion of a surface profile obtained at the optimum surface.
A telescopic steering column in which a rear section of an inner column disposed on a front side of the telescopic steering column and a front section of an outer column disposed on a rear side of the telescopic column are displaceably set with each other in an axial direction so that a total length of the telescopic steering column is able to be extended and contracted, wherein a pressing member (70, 70a, 82) is provided on a lower portion of the front section of the outer column so as to be in contact with a lower surface of the inner column to prevent a rear end section of the outer column from tilting downward on the basis of a gap between an inner circumferential surface of the outer column and an outer circumferential surface of the inner column, in a state in which the inner column and the outer column are relatively displaced in the axial direction, the pressing member (70, 70a, 82) comes into rolling or surface contact with the lower surface of the inner column, characterized in that the pressing member (70, 70a, 82) is supported on the outer column by a support member (56, 56a, 79) disposed in a width direction of the outer column, the support member (56, 56a, 79) is a bolt having a head (57, 80) and a shaft part (58, 58a, 81), wherein the shaft part (58, 58a, 81) is a stepped shaft or a shaft with no step, the pressing member (70, 70a, 82) is provided around the shaft part (58, 58a, 81), and the shaft part (58, 58a, 81) is fixed to an attachment part of the outer column in a cantilevered manner.
A method for running an applet, comprising: obtaining uniform resource identifier information of the applet based on an opening request when the opening request of the applet is received, wherein a format of the URI comprises a protocol name of a target boot protocol and content corresponding to the protocol, and the target boot protocol is a universal boot protocol applied to a plurality of host applications when opening the applet; characterized by, analyzing the URI information based on grammatical format description rules of the target boot protocol, to obtain a first parameter and a second parameter, wherein the second parameter comprises a path of an applet page to be opened, a page parameter of the page to be opened and an anchor point of the page to be opened, wherein the page parameter of the page to be opened refers to a query term parameter used when a search query is requested in the page to be opened, and the anchor point of the page to be opened refers to a specific position in the page to be opened; obtaining an execution file package of the applet based on the first parameter; and rendering corresponding page resources in the execution file package based on the second parameter. obtaining uniform resource identifier information of the applet based on an opening request when the opening request of the applet is received, wherein a format of the URI comprises a protocol name of a target boot protocol and content corresponding to the protocol, and the target boot protocol is a universal boot protocol applied to a plurality of host applications when opening the applet; characterized by, analyzing the URI information based on grammatical format description rules of the target boot protocol, to obtain a first parameter and a second parameter, wherein the second parameter comprises a path of an applet page to be opened, a page parameter of the page to be opened and an anchor point of the page to be opened, wherein the page parameter of the page to be opened refers to a query term parameter used when a search query is requested in the page to be opened, and the anchor point of the page to be opened refers to a specific position in the page to be opened; obtaining an execution file package of the applet based on the first parameter; and rendering corresponding page resources in the execution file package based on the second parameter.