mhurhangee/patent-ind-claim-en huggingface dataset:
An optical fiber distribution system (2000, 2000', 2000", 2100, 2100', 2100") comprising: a housing; a patch panel positioned within an inside of the housing and including a plurality of ports configured to receive optical fiber cables (C); the system being characterized in that it comprises a hanger assembly coupled to the housing, and having a closed condition in which an inside of the housing is substantially unexposed, and an open condition in which the inside of the housing is exposed; and at least one hanging element coupled to an outer surface of the housing and configured to engage a wire (W) to suspend the housing from the wire, wherein the hanger assembly is adapted to transition between the closed condition and the open condition while the housing remains suspended from the wire. a housing; a patch panel positioned within an inside of the housing and including a plurality of ports configured to receive optical fiber cables (C); the system being characterized in that it comprises a hanger assembly coupled to the housing, and having a closed condition in which an inside of the housing is substantially unexposed, and an open condition in which the inside of the housing is exposed; and at least one hanging element coupled to an outer surface of the housing and configured to engage a wire (W) to suspend the housing from the wire, wherein the hanger assembly is adapted to transition between the closed condition and the open condition while the housing remains suspended from the wire.
Method for the catalytic conversion of a substance mixture containing glycerol into propanols in a fixed-bed reactor , substrates of the catalyst comprising inorganic materials and/or metal oxides, characterised in that the substrates have a pore diameter at the surface of between 10 and 25 angstroms, preferably between 12 and 20 angstroms, more preferably 15 angstroms, the catalyst comprising silicotungstic acid or phosphotungstic acid.
A wound dressing comprising only hyaluronic acid-calcium and polylysine as active components, wherein the hyaluronic acid and polylysine are not cross-linked, and the ratio between the hyaluronic acid-calcium and polylysine is 4:1 to 1:1.5 by weight.
Movement for timepiece comprising: • a counting assembly comprising a first power source and a geartrain kinematically linked to at least one time indicator, this counting assembly being part of a first kinematic chain; and • a regulation assembly comprising a regulation member and being part of a second kinematic chain distinct from said first kinematic chain; • a mobile equipment carrying said regulation assembly ; • a guiding assembly of said mobile equipment comprising at least one rail ; • a driving mechanism of said mobile equipment arranged to move this mobile equipment along the guiding assembly ; this movement for timepiece being characterized in that it further comprises: • a locking member of said geartrain , this locking member being part of said first kinematic chain and being arranged to momentarily connect or separate said first kinematic chain and said second kinematic chain when said locking member is actuated; and • a release mechanism of said locking member . • a counting assembly comprising a first power source and a geartrain kinematically linked to at least one time indicator, this counting assembly being part of a first kinematic chain; and • a regulation assembly comprising a regulation member and being part of a second kinematic chain distinct from said first kinematic chain; • a mobile equipment carrying said regulation assembly ; • a guiding assembly of said mobile equipment comprising at least one rail ; • a driving mechanism of said mobile equipment arranged to move this mobile equipment along the guiding assembly ; • a locking member of said geartrain , this locking member being part of said first kinematic chain and being arranged to momentarily connect or separate said first kinematic chain and said second kinematic chain when said locking member is actuated; and • a release mechanism of said locking member .
A wireless device , comprising: one or more processors ; and a non-transitory computer-readable storage medium storing instructions which, when executed by the one or more processors , cause the one or more processors to perform operations comprising: receiving , from an access point , a trigger signal including an indication of a first value for a parameter of a trigger-based physical layer protocol data unit, TB PPDU, transmission; selecting a second value for the parameter of the TB PPDU transmission, wherein the second value for the parameter is different from the first value for the parameter; and transmitting , to the access point , the TB PPDU transmission using the second value for the parameter, characterized in, that an indication of the second value for the parameter is included in a preamble of the TB PPDU transmission. one or more processors ; and a non-transitory computer-readable storage medium storing instructions which, when executed by the one or more processors , cause the one or more processors to perform operations comprising: receiving , from an access point , a trigger signal including an indication of a first value for a parameter of a trigger-based physical layer protocol data unit, TB PPDU, transmission; selecting a second value for the parameter of the TB PPDU transmission, wherein the second value for the parameter is different from the first value for the parameter; and transmitting , to the access point , the TB PPDU transmission using the second value for the parameter, characterized in, that an indication of the second value for the parameter is included in a preamble of the TB PPDU transmission. receiving , from an access point , a trigger signal including an indication of a first value for a parameter of a trigger-based physical layer protocol data unit, TB PPDU, transmission; selecting a second value for the parameter of the TB PPDU transmission, wherein the second value for the parameter is different from the first value for the parameter; and transmitting , to the access point , the TB PPDU transmission using the second value for the parameter, characterized in, that an indication of the second value for the parameter is included in a preamble of the TB PPDU transmission.
A method for determining a presence of a reservoired hydrocarbons having a hydrocarbon seep, the method comprising the steps of: a) locating a hydrocarbon seep (S1, S2, S3, S4, S5) at a seabed location where hydrocarbon is actively flowing out of the seabed ; characterised in that the method further comprises: b) determining at least two temporally spaced molecular compositions of the hydrocarbon seep (S1, S2, S3, S4, S5); c) determining a temporal variance between the at least two temporally spaced molecular compositions; d) when the temporal variance falls within a predetermined temporal tolerance, classifying the hydrocarbon seep (S1, S2, S3, S4, S5) as being indicative of the presence of a reservoired hydrocarbons; and e) assigning a unique identifier to the reservoired hydrocarbons. a) locating a hydrocarbon seep (S1, S2, S3, S4, S5) at a seabed location where hydrocarbon is actively flowing out of the seabed ; b) determining at least two temporally spaced molecular compositions of the hydrocarbon seep (S1, S2, S3, S4, S5); c) determining a temporal variance between the at least two temporally spaced molecular compositions; d) when the temporal variance falls within a predetermined temporal tolerance, classifying the hydrocarbon seep (S1, S2, S3, S4, S5) as being indicative of the presence of a reservoired hydrocarbons; and e) assigning a unique identifier to the reservoired hydrocarbons.
Prediction system for determining a set of subregions to be used for rendering a virtual world of a computer graphics application, said subregions belonging to streamable objects to be used for rendering said virtual world, said streamable objects each comprising a plurality of subregions, the prediction system comprising - a plurality of predictor units arranged for receiving from a computer graphics application information on a virtual world and each arranged for determining a predicted set of subregions for rendering said virtual world using streamable objects, each predicted set of subregions being determined by applying a different prediction scheme, - a streaming manager arranged for receiving said predicted sets of subregions, for deriving from said predicted sets a working set of subregions to be used for rendering by combining the output of said plurality of predictor units and for outputting, based on said working set of subregions, instructions for a streaming cache memory concerning the working set of subregions, said instructions steering loading of said working set in said streaming cache memory. - a plurality of predictor units arranged for receiving from a computer graphics application information on a virtual world and each arranged for determining a predicted set of subregions for rendering said virtual world using streamable objects, each predicted set of subregions being determined by applying a different prediction scheme, - a streaming manager arranged for receiving said predicted sets of subregions, for deriving from said predicted sets a working set of subregions to be used for rendering by combining the output of said plurality of predictor units and for outputting, based on said working set of subregions, instructions for a streaming cache memory concerning the working set of subregions, said instructions steering loading of said working set in said streaming cache memory.
A dyeing composition for keratin fibers, preferably for human keratin fibers, more preferably for human hair, comprising: a) one or more alkalizing agent(s), b) HC Blue 18 and/or its salt(s), c) tetrabromophenol blue and/or its salt(s). a) one or more alkalizing agent(s), b) HC Blue 18 and/or its salt(s), c) tetrabromophenol blue and/or its salt(s).
Inkjet printing method, in which a printer head of an inkjet printer is aligned in the direction of a substrate to be printed and in which drops of ink are produced in the printer head of the inkjet printer, which after coming out of the nozzle of the printer head are guided into an area with locally increased temperature, so that the volume of the drops is actively reduced during the flight phase to the substrate, in which the area of locally increased temperature is produced by at least one heating wire.
A method of determining positions of a global navigation satellite system, GNSS device, the method comprising: receiving , at the GNSS device, a first plurality of GNSS signals from a first plurality of GNSS satellites; receiving, at the GNSS device, a correction signal from a GNSS base unit; executing, on the GNSS device, a first algorithm to determine first position data for the GNSS device based on the first plurality of GNSS signals and the correction signal; storing the first position data in memory of the GNSS device; receiving , at the GNSS device, a second plurality of GNSS signals from a second plurality of GNSS satellites; executing, on the GNSS device, a second algorithm to determine second position data for the GNSS device based on the second plurality of GNSS signals; after determining that the second algorithm fails to determine the second position data, storing GNSS signal data in memory of the GNSS device, wherein the GNSS signal data is based on the second plurality of GNSS signals and data received from the GNSS base unit; transmitting the GNSS signal data to a server for processing; providing, by the server, a correction, based on the data from the GNSS base unit present in the GNSS signal data; and determining the second position data for the GNSS device based on the second plurality of GNSS signals and the correction. receiving , at the GNSS device, a first plurality of GNSS signals from a first plurality of GNSS satellites; receiving, at the GNSS device, a correction signal from a GNSS base unit; executing, on the GNSS device, a first algorithm to determine first position data for the GNSS device based on the first plurality of GNSS signals and the correction signal; storing the first position data in memory of the GNSS device; receiving , at the GNSS device, a second plurality of GNSS signals from a second plurality of GNSS satellites; executing, on the GNSS device, a second algorithm to determine second position data for the GNSS device based on the second plurality of GNSS signals; after determining that the second algorithm fails to determine the second position data, storing GNSS signal data in memory of the GNSS device, wherein the GNSS signal data is based on the second plurality of GNSS signals and data received from the GNSS base unit; transmitting the GNSS signal data to a server for processing; providing, by the server, a correction, based on the data from the GNSS base unit present in the GNSS signal data; and determining the second position data for the GNSS device based on the second plurality of GNSS signals and the correction.
A method for separating substances of different densities from liquids, e.g. solid substances and/or fats or oils from water in a separating vessel, wherein the liquid is applied with ultrasonic waves such that particles or droplets accumulate and coagulate and are separated from the liquid by a volume increase through resulting uplift or downlift forces, wherein the ultrasonic waves are generated as Lamb waves in at least one wall of the separating vessel and are radiated at a angle of arrival (φ) differing from 90° into the liquid such that a stationary interference pattern is generated, the node and antinode areas thereof resulting from the angle of arrival (φ), characterized in that the ultrasonic waves generated by means of ultrasonic transducers mounted to opposite wall portions are irradiated into the liquid from mutually opposite sides of the separating vessel.
An opening/closing detection device, comprising: a plurality of sensors embedded at one character at a predetermined portion of a mark attachable to a vehicle , configured to detect, as a trace order, an order of a motion of tracing the predetermined portion, and arranged along the trace order of said one character at the predetermined portion of the mark attachable to the vehicle ; and a control unit configured to output an action trigger signal for instructing an opening action of an opening/closing body of the vehicle when detection signals representing the trace order of the one character are input from the plurality of sensors. a plurality of sensors embedded at one character at a predetermined portion of a mark attachable to a vehicle , configured to detect, as a trace order, an order of a motion of tracing the predetermined portion, and arranged along the trace order of said one character at the predetermined portion of the mark attachable to the vehicle ; and a control unit configured to output an action trigger signal for instructing an opening action of an opening/closing body of the vehicle when detection signals representing the trace order of the one character are input from the plurality of sensors.
A telehandler equipped with a cabin and a system for displaying information to an operator (O) present in the cabin , wherein said display system includes at least one mobile display element designed to display information to the operator (O) concerning the stability condition of the machine; wherein said display element is a screen, characterized in that said display element can be moved automatically, so as to allow it to be positioned inside the cabin in a position convenient for the operator (O), during use of an operating arm of the telehandler ; wherein the above-mentioned display system includes both a display device associated with the display element and a mechanism designed to allow the movement of the display device . wherein said display element is a screen, characterized in that said display element can be moved automatically, so as to allow it to be positioned inside the cabin in a position convenient for the operator (O), during use of an operating arm of the telehandler ; wherein the above-mentioned display system includes both a display device associated with the display element and a mechanism designed to allow the movement of the display device .
A foldable toy comprising: a body part (110, 110', 110"); a support part (110a, 110'a, 110"a) movably installed on the body part (110, 110', 110"); at least one movable body part movably installed on at least one of the body part (110, 110', 110") and the support part (110a, 110'a, 110"a), and a locking part , characterized in that when the locking part supports the movable body part to be fixed at a first position, the foldable toy maintains a first shape having a structure in which the body part (110, 110', 110"), the support part (110a, 110'a, 110"a), and the movable body part are deployed, so as not to be stacked, and when the locking part is unlocked, the support part (110a, 110'a, 110"a) and the movable body part are moved to a second position and stacked on the body part (110, 110', 110") through a clockwise forward rotation and counterclockwise reverse rotation, respectively, about the body part (110, 110', 110") and the foldable toy is folded into a second shape. a body part (110, 110', 110"); a support part (110a, 110'a, 110"a) movably installed on the body part (110, 110', 110"); at least one movable body part movably installed on at least one of the body part (110, 110', 110") and the support part (110a, 110'a, 110"a), and a locking part , characterized in that when the locking part supports the movable body part to be fixed at a first position, the foldable toy maintains a first shape having a structure in which the body part (110, 110', 110"), the support part (110a, 110'a, 110"a), and the movable body part are deployed, so as not to be stacked, and when the locking part is unlocked, the support part (110a, 110'a, 110"a) and the movable body part are moved to a second position and stacked on the body part (110, 110', 110") through a clockwise forward rotation and counterclockwise reverse rotation, respectively, about the body part (110, 110', 110") and the foldable toy is folded into a second shape.
A device for additive manufacturing, the device comprising - means for extruding metal material in flowable state, for depositing an extruded product on an underlying body , - at least one plasma source for providing at least one plasma jet to a target region of the underlying body , for obtaining a pre-heated region , characterized in that the device is arranged so that the at least one plasma source provides at least one thermal plasma jet to the target region of the underlying body , with an energy such that the underlying material is heated close to, at or above the melting temperature of the underlying material, and the means for extruding material is adapted for depositing an extruded product on the pre-heated region of the underlying body , for enhancing fusion between the underlying body and the extruded product. - means for extruding metal material in flowable state, for depositing an extruded product on an underlying body , - at least one plasma source for providing at least one plasma jet to a target region of the underlying body , for obtaining a pre-heated region ,
A method for automatic identification of photocopied documents, comprising: capturing an image of a marked printed document ; obtaining, from the captured image , a calibration identifier; recovering, by searching a database , a calibration threshold associated with the calibration identifier; applying a discrete Fourier transform to the image, obtaining a frequency matrix ; obtaining at least one maximum frequency value in the frequency matrix ; comparing the at least one maximum frequency value with the calibration threshold ; determining , on the basis of the comparison, if the marked printed document is an original document or a photocopied document ; wherein the calibration threshold is x ± No, wherein x is the mean and σ is the standard deviation of the maximum frequency values obtained in a calibration scan, and the value of N determines the amplitude of the calibration threshold. capturing an image of a marked printed document ; obtaining, from the captured image , a calibration identifier; recovering, by searching a database , a calibration threshold associated with the calibration identifier; applying a discrete Fourier transform to the image, obtaining a frequency matrix ; obtaining at least one maximum frequency value in the frequency matrix ; comparing the at least one maximum frequency value with the calibration threshold ; determining , on the basis of the comparison, if the marked printed document is an original document or a photocopied document ; wherein the calibration threshold is x ± No, wherein x is the mean and σ is the standard deviation of the maximum frequency values obtained in a calibration scan, and the value of N determines the amplitude of the calibration threshold.
A low medicament sensor for a medicament delivery device having a reservoir, a pump, and a fluid path therebetween for medicament, the low medicament sensor comprising: a switch ; characterized in that the low medicament sensor further comprises: a bi-stable snap dome configured to: initially be in contact with the switch; be in fluid communication with the fluid path ; and snap from a first stable position to a second stable position out of contact with the switch when a pressure within the snap dome decreases below a predetermined pressure. initially be in contact with the switch; be in fluid communication with the fluid path ; and snap from a first stable position to a second stable position out of contact with the switch when a pressure within the snap dome decreases below a predetermined pressure.
A terminal chip, comprising a security element , an application processor , and an interface module configured to transfer information between the application processor and the security element, wherein the terminal chip comprises a first power interface configured to receive power from outside the terminal chip, a first power input port of the security element is connected to the first power interface, and at least one of the application processor or the interface module is connected to the first power interface, characterized in that a minimum timing margin in the security element is greater than a minimum timing margin of the application processor or the interface module connected to the first power interface.