mhurhangee/patent-ind-claim-en huggingface dataset:
A transmission device that allocates time slots of an optical channel to a logical path, divides client signals received via the logical path to the time slots allocated to the logical path, and transmits the client signals by a plurality of optical subcarriers using optical wavelengths correlated with the time slots, characterized in that the transmission device comprises: an abnormality information receiving unit configured to, when the optical wavelength is abnormal and is unavailable, receive a list of a time slot affected by the abnormality as a list of an abnormal time slot; a list generating unit configured to determine an abnormal logical path which is the logical path to which the abnormal time slot is allocated, the list generating unit being configured to determine a normal time slot which is a time slot not having abnormality among the time slots included in the abnormal logical path; and a time slot allocating unit configured to calculate an effective band which is a transmission band allocated to the normal time slot in a transmission band of the abnormal logical path, the time slot allocating unit being configured to reconfigure the abnormal logical path by reducing the transmission band of the abnormal logical path to the effective band, and the time slot allocating unit being configured to reallocate the abnormal logical path reconfigured by the time slot allocating unit to the normal time slot included in the abnormal logical path. an abnormality information receiving unit configured to, when the optical wavelength is abnormal and is unavailable, receive a list of a time slot affected by the abnormality as a list of an abnormal time slot; a list generating unit configured to determine an abnormal logical path which is the logical path to which the abnormal time slot is allocated, the list generating unit being configured to determine a normal time slot which is a time slot not having abnormality among the time slots included in the abnormal logical path; and a time slot allocating unit configured to calculate an effective band which is a transmission band allocated to the normal time slot in a transmission band of the abnormal logical path, the time slot allocating unit being configured to reconfigure the abnormal logical path by reducing the transmission band of the abnormal logical path to the effective band, and the time slot allocating unit being configured to reallocate the abnormal logical path reconfigured by the time slot allocating unit to the normal time slot included in the abnormal logical path.
A method of manufacturing lube base oil from a C18 or more linear alpha-olefin, comprising: a) providing a C18 or more linear alpha-olefin or a mixture thereof; b) converting the C18 or more linear alpha-olefin or mixture thereof into a C18 or more linear internal-olefin or a mixture thereof by a double bond shift reaction at a temperature ranging from 250°C to less than 400°C in the presence of a catalyst having a weak acid site, wherein b) is performed in a fixed bed reactor at a weight hourly space velocity (WHSV) of 0.01 - 50 hr -1 and at an inactive carrier gas flow rate of 10 - 1000 seem, wherein the catalyst having a weak acid site is alumina, silica-alumina, zirconia, iron oxide, vanadium oxide, or alumina-supported mesoporous silica, wherein in b), a weight reduction of the C18 or more linear internal-olefin or mixture thereof relative to the C18 or more linear alpha-olefin or mixture thereof is 5% or less; and c) oligomerizing the C18 or more linear internal-olefin or mixture thereof, thus synthesizing a hydrocarbon in a lube base oil range, wherein c) is performed in the presence of a cationic polymerization catalyst, and the cationic polymerization catalyst is zeolite, clay, SAPO, A1PO, or a catalyst configured such that aluminum (A1) is supported on mesoporous silica, wherein c) is performed at a temperature of 120-400°C, in c), the hydrocarbon in the lube base oil range has a α/β value of 1 - 10 (where α is a number of carbon atoms of a longest carbon chain in the hydrocarbon, and β is a number of carbon atoms of a shortest carbon chain in the hydrocarbon), and includes a dimer (D) and a trimer or more (T+) hydrocarbon of the C18 or more linear internal-olefin or mixture thereof, with a D/T+ weight ratio ranging from 0.1 to 100, and the lube base oil has a viscosity index of at least 130, a pour point of -20°C or less, and a cloud point of -20°C or less. a) providing a C18 or more linear alpha-olefin or a mixture thereof; b) converting the C18 or more linear alpha-olefin or mixture thereof into a C18 or more linear internal-olefin or a mixture thereof by a double bond shift reaction at a temperature ranging from 250°C to less than 400°C in the presence of a catalyst having a weak acid site, wherein b) is performed in a fixed bed reactor at a weight hourly space velocity (WHSV) of 0.01 - 50 hr -1 and at an inactive carrier gas flow rate of 10 - 1000 seem, wherein the catalyst having a weak acid site is alumina, silica-alumina, zirconia, iron oxide, vanadium oxide, or alumina-supported mesoporous silica, wherein in b), a weight reduction of the C18 or more linear internal-olefin or mixture thereof relative to the C18 or more linear alpha-olefin or mixture thereof is 5% or less; and c) oligomerizing the C18 or more linear internal-olefin or mixture thereof, thus synthesizing a hydrocarbon in a lube base oil range,
A method for controlling an automatic distribution or command machine , the automatic machine having a plurality of functionalities and comprising: - a graphic interface comprising at least two selectable graphic elements , the selection of a graphic elements activating a functionality of the automatic machine associated with the graphic element, - a plurality of selection means for at least two selectable graphic elements , - a plurality of auxiliary means for controlling the graphic interface including: - a command for scrolling the selection of selectable graphic elements , and - a command for validating the selection of one selectable graphic element the method comprising the steps: - emitting a set of sound elements by the automatic machine , the sound elements relating to the selectable graphic elements of the graphic interface , - controlling the graphic interface by using at least one command of the plurality of auxiliary control means of the graphic interface , the emitting of a set of sound elements by the automatic machine being applied after selecting one of the selectable graphic elements of the graphic interface for a predetermined time, and the method further including the steps: - selecting a selectable graphic element by using a validation command and - emitting a sound elements relating to the selected graphic element . - a graphic interface comprising at least two selectable graphic elements , the selection of a graphic elements activating a functionality of the automatic machine associated with the graphic element, - a plurality of selection means for at least two selectable graphic elements , - a plurality of auxiliary means for controlling the graphic interface including: - a command for scrolling the selection of selectable graphic elements , and - a command for validating the selection of one selectable graphic element - a command for scrolling the selection of selectable graphic elements , and - a command for validating the selection of one selectable graphic element - emitting a set of sound elements by the automatic machine , the sound elements relating to the selectable graphic elements of the graphic interface , - controlling the graphic interface by using at least one command of the plurality of auxiliary control means of the graphic interface , - selecting a selectable graphic element by using a validation command and - emitting a sound elements relating to the selected graphic element .
Bracelet clasp , of the deployant buckle type, comprising first and second strips articulated to each other, by a first of their respective ends, between a closed position for wear, and at least one open position, said first strip carrying a member for attaching a first bracelet strand, said second, lower strip comprising at its second end means for adjusting the length of the bracelet, the clasp further comprising at least one locking member for holding said first and second strips in their closed position, characterised in that said length adjustment means comprise a bar movable relative to the second strip said bar is of rectangular shape and formed by a body 301, two pivots 302 arranged in the body 301 as well as two springs 303 disposed in the hollow body 301, the two pivots being able to slide in a respective end of the body 301, in that the bar carries a stud intended to be inserted into a suitable hole in the bracelet strand to define a point of anchoring of the latter to the clasp , the movable bar being able to be moved via pushers mounted on the second strip and thus to define at least two predefined positions associated with a predefined useful length of the bracelet. in that the second strip comprises two curved portions each having a recess for receiving a pusher arranged to act on the movable bar , each curved portion comprising a guide groove arranged to receive one end of the movable bar , and in that the guide groove comprises at each of its ends at least two circular spaces defining two distinct positions of the bar .
A jet mill comprising a grinding chamber and an aerosol generator arranged to supply liquid aerosol into the grinding chamber, wherein the aerosol generator is external to the grinding chamber and the external aerosol generator is configured with a port to supply liquid aerosol into the grinding chamber, wherein the port is arranged to simultaneously supply a grinding material and liquid aerosol as a feed stock into the grinding chamber.
A diaphragm pump comprising a pump core base , a pump core opposite to the pump core base , and a diaphragm fixed to the pump core and configured for cooperating with the pump core base , wherein the pump core base comprises a water inlet passage and a water outlet passage , wherein the pump core base further comprises an inlet check valve at an end of the water inlet passage and an outlet check valve at a first end of the water outlet passage , characterized in that : the pump core base further comprises a groove at a second end of the water outlet passage opposite to the first end, and the diaphragm comprises a convex portion cooperated with the groove which is configured to push fluid in the groove outward from the water outlet passage , and the convex portion extends into the groove . wherein the pump core base comprises a water inlet passage and a water outlet passage , wherein the pump core base further comprises an inlet check valve at an end of the water inlet passage and an outlet check valve at a first end of the water outlet passage , characterized in that : the pump core base further comprises a groove at a second end of the water outlet passage opposite to the first end, and the diaphragm comprises a convex portion cooperated with the groove which is configured to push fluid in the groove outward from the water outlet passage , and the convex portion extends into the groove . the pump core base further comprises a groove at a second end of the water outlet passage opposite to the first end, and the diaphragm comprises a convex portion cooperated with the groove which is configured to push fluid in the groove outward from the water outlet passage , and the convex portion extends into the groove .
A biomedical sensor, comprising: a) a sensor body having a skin-facing surface and an opposed surface ; b) a plurality of conducting elements disposed at least partly over the skin-facing surface; c) a sensing element connected to the conducting elements, so that the sensing element detects a signal representative of a physiological parameter of a body facing the skin-facing surface using the conducting elements; d) an indicator spaced apart from the skin-facing surface; e) a storage device storing a physiological model; and f) a processor coupled to the sensing element, the indicator, and the storage device, the processor being configured to determine a quality of sensor placement by comparing the signal to the stored physiological model and operate the indicator to provide a human-perceptible indication of the determined quality; characterised in that the biomedical sensor further comprises: g) a motion sensor ; and h) a storage device storing a motion model corresponding to a selected location on the body, wherein the processor is further configured to record motion data from the motion sensor, compare the recorded motion data to the stored motion model, and provide a human-perceptible indication of a result of the comparison. a) a sensor body having a skin-facing surface and an opposed surface ; b) a plurality of conducting elements disposed at least partly over the skin-facing surface; c) a sensing element connected to the conducting elements, so that the sensing element detects a signal representative of a physiological parameter of a body facing the skin-facing surface using the conducting elements; d) an indicator spaced apart from the skin-facing surface; e) a storage device storing a physiological model; and f) a processor coupled to the sensing element, the indicator, and the storage device, the processor being configured to determine a quality of sensor placement by comparing the signal to the stored physiological model and operate the indicator to provide a human-perceptible indication of the determined quality; g) a motion sensor ; and h) a storage device storing a motion model corresponding to a selected location on the body, wherein the processor is further configured to record motion data from the motion sensor, compare the recorded motion data to the stored motion model, and provide a human-perceptible indication of a result of the comparison.
Apparatus for welding a welding stud to a substrate , having a welding gun which comprises a housing and a stud holder for the welding stud , having a gas container and having a gas line for conducting gas from the gas container to the stud holder , characterized in that the gas container is supported by the welding gun .
A method for securing execution of a web application in a non-native execution environment, the method comprising: executing a function of the web application in the non-native execution environment, wherein the web application comprises only a portion of a plurality of execution dependencies required for execution of the web application and wherein the web application comprises one or more partial execution stub PES, functions configured to bridge one or more missing execution dependencies in the plurality of execution dependencies; invoking a PES (102a... 102c) function in the one or more PES functions during execution of the function of the web application, wherein the PES function corresponds to a missing execution dependency in the one or more missing execution dependencies; sending a message comprising current execution information of the web application to a trusted module external to the non-native execution environment via a communication connection between the PES function and the trusted module, the current execution information including an identifier of the PES function and an identifier of the function of the web application, wherein the trusted module is configured to perform a search for the missing execution dependency based at least in part on the identifier of the PES function and the identifier of the function of the web application; and receiving a verification result based on the search from the trusted module via the communication connection between the PES function and the trusted module. executing a function of the web application in the non-native execution environment, wherein the web application comprises only a portion of a plurality of execution dependencies required for execution of the web application and wherein the web application comprises one or more partial execution stub PES, functions configured to bridge one or more missing execution dependencies in the plurality of execution dependencies; invoking a PES (102a... 102c) function in the one or more PES functions during execution of the function of the web application, wherein the PES function corresponds to a missing execution dependency in the one or more missing execution dependencies; sending a message comprising current execution information of the web application to a trusted module external to the non-native execution environment via a communication connection between the PES function and the trusted module, the current execution information including an identifier of the PES function and an identifier of the function of the web application, wherein the trusted module is configured to perform a search for the missing execution dependency based at least in part on the identifier of the PES function and the identifier of the function of the web application; and receiving a verification result based on the search from the trusted module via the communication connection between the PES function and the trusted module.
A composite detergent granule characterized by a median particle size ranging from 100μm to 800μm and a total surfactant content ranging from 50% to 80% by total weight thereof, said composite detergent granule comprising a core particle and a coating layer over said core particle, wherein said core particle comprises a mixture of silica, a C 10 -C 20 linear alkyl benzene sulphonate surfactant (hereinafter LAS) and optionally a C 10 -C 20 linear or branched alkylethoxy sulfate surfactant, wherein said coating layer comprises the C 10 -C 20 linear or branched alkylethoxy sulfate surfactant (hereinafter AES) wherein the composite detergent granule comprises, in total weight, from 20 wt% to 35 wt% silica, from 20 wt% to 40 wt% of LAS, and from 30 wt% to 50 wt% of AES, and wherein the silica is a hydrophilic silica.
A crystal nucleating agent for polyolefin resins, the crystal nucleating agent at least comprising a crystal nucleating agent (A), wherein the crystal nucleating agent for polyolefin resins has an average particle size of 0.5 to 4.0 μm and a particle size uniformity of 3 to 10 , the particle size uniformity" meaning the ratio (d60/d10) of a volume-based cumulative 60% particle size (d60) to a volume-based cumulative 10% particle size (d10) in the above particle size distribution, determined by laser diffraction particle size distribution measurement as described in description section " Measurement of particle size distribution", and the crystal nucleating agent (A) has a 50% value of an aspect ratio of 0.40 to 0.70 and a lower value of the aspect ratio of 0.2 to 0.4 determined by particle image analysis as described in description characterized by an angle of repose of 45° or smaller determined as described in description
A computer-implemented method of representing a first object appearing in an image or a group of images, the method comprising deriving a plurality of view descriptors of the first object, each view descriptor corresponding to a different view of the first object, and comprising a representation of the shape of the first object in the respective view, and associating the plurality of view descriptors to form an object descriptor, characterised in that the method comprises indicating in the object descriptor for each view descriptor when the respective view corresponds to a view of the first object appearing in the image or group of images, by associating a flag with each view descriptor to indicate whether or not the respective view appears in the image or at least one image of the group of images, the flag having a first value indicating the view is visible in the image or an image in the group of images or a second value indicating the view is not visible in the image or any image in the group of images, and in that each view descriptor also has a reference pointer indicating in which image the first object is visible, and indicating which object in the image the first object is.
A system for controlling an electric motor that generates an output current (I P ) from an input voltage command (V R ), the system comprising: a first module configured to: receive the output current (I P ) from the electric motor as a feedback (I M ); and a second module configured to: receive a difference (I E ) between the feedback (I M ) and an input current command (I R ); characterized in that the first module is configured to generate a first voltage command (V H ) based on an effective resistance value and the feedback (I M ); and the second module is configured to generate a second voltage command (V C ) based on an estimated inductance value ( L̃ d ,L̃ q ) of the electric motor and a frequency response characteristic of the system , which is a closed-loop system; and the system comprises an addition module configured to generate the input voltage command (V R ) for the electric motor by adding the first voltage command (V H ) and the second voltage command (V C ). a first module configured to: receive the output current (I P ) from the electric motor as a feedback (I M ); and a second module configured to: receive a difference (I E ) between the feedback (I M ) and an input current command (I R ); characterized in that the first module is configured to generate a first voltage command (V H ) based on an effective resistance value and the feedback (I M ); and the second module is configured to generate a second voltage command (V C ) based on an estimated inductance value ( L̃ d ,L̃ q ) of the electric motor and a frequency response characteristic of the system , which is a closed-loop system; and the system comprises an addition module configured to generate the input voltage command (V R ) for the electric motor by adding the first voltage command (V H ) and the second voltage command (V C ).
A curable composition comprising: a) a curable component comprising 1) an epoxy resin; 2) a polyamide composition comprising a first polyamide, the first polyamide having a tertiary amide in the polymeric backbone thereof and having at least two terminal amino groups, wherein 30 to 100 mole percent of the amido groups in the first polyamide are tertiary amido group; 3) a multifunctional amine compound comprising from 2 to 20 carbon atoms and having two or more amino groups that are primary amino groups and/or secondary amino groups; 4) a multifunctional (meth)acrylate compound having two or more (meth)acryloyl groups; and b) optionally, an inorganic filler, wherein the curable composition comprises less than 25 weight percent inorganic filler based on the total weight of the curable composition. a) a curable component comprising 1) an epoxy resin; 2) a polyamide composition comprising a first polyamide, the first polyamide having a tertiary amide in the polymeric backbone thereof and having at least two terminal amino groups, wherein 30 to 100 mole percent of the amido groups in the first polyamide are tertiary amido group; 3) a multifunctional amine compound comprising from 2 to 20 carbon atoms and having two or more amino groups that are primary amino groups and/or secondary amino groups; 4) a multifunctional (meth)acrylate compound having two or more (meth)acryloyl groups; and 1) an epoxy resin; 2) a polyamide composition comprising a first polyamide, the first polyamide having a tertiary amide in the polymeric backbone thereof and having at least two terminal amino groups, wherein 30 to 100 mole percent of the amido groups in the first polyamide are tertiary amido group; 3) a multifunctional amine compound comprising from 2 to 20 carbon atoms and having two or more amino groups that are primary amino groups and/or secondary amino groups; 4) a multifunctional (meth)acrylate compound having two or more (meth)acryloyl groups; and b) optionally, an inorganic filler, wherein the curable composition comprises less than 25 weight percent inorganic filler based on the total weight of the curable composition.