mhurhangee/patent-ind-claim-en huggingface dataset:
A travel accessory comprising: a mounting aspect for attaching to a primary object comprising: a primary mounting panel ; a first peripheral mounting panel attached to the primary mounting panel via a first mounting margin ; and wherein the first peripheral mounting panel is pivotable about the primary mounting panel via the first mounting margin ; an attachment aspect for securing a secondary object to the mounting aspect comprising: a primary strap attached to a first mounting strap edge of the primary mounting panel ; a receiving strap attached to a second mounting strap edge of the primary mounting panel ; wherein the primary strap is removably receivable by the receiving strap to substantially secure the secondary object to the mounting aspect ; wherein the mounting aspect is removable from and attachable to the primary object independently from attachment to the secondary object . a mounting aspect for attaching to a primary object comprising: a primary mounting panel ; a first peripheral mounting panel attached to the primary mounting panel via a first mounting margin ; and wherein the first peripheral mounting panel is pivotable about the primary mounting panel via the first mounting margin ; a primary mounting panel ; a first peripheral mounting panel attached to the primary mounting panel via a first mounting margin ; and wherein the first peripheral mounting panel is pivotable about the primary mounting panel via the first mounting margin ; an attachment aspect for securing a secondary object to the mounting aspect comprising: a primary strap attached to a first mounting strap edge of the primary mounting panel ; a receiving strap attached to a second mounting strap edge of the primary mounting panel ; a primary strap attached to a first mounting strap edge of the primary mounting panel ; a receiving strap attached to a second mounting strap edge of the primary mounting panel ; wherein the primary strap is removably receivable by the receiving strap to substantially secure the secondary object to the mounting aspect ; wherein the mounting aspect is removable from and attachable to the primary object independently from attachment to the secondary object .
A system for video inspection of piping or cavities, comprising: a camera head including a video signal transmitter; and a coaxial video push-cable having a proximal end and a distal end, the coaxial video push-cable comprising: an inner conductor comprising a conductive core; an insulating dielectric layer comprising a tubular insulating element of a synthetic fiber material comprising fiberglass or Kevlar disposed around the inner conductor ; and an outer partially flexible structural element disposed around the tubular insulating element; wherein an output of the video signal transmitter is coupled to the inner conductor at the distal end of the push-cable to send a video signal. a camera head including a video signal transmitter; and a coaxial video push-cable having a proximal end and a distal end, the coaxial video push-cable comprising: an inner conductor comprising a conductive core; an insulating dielectric layer comprising a tubular insulating element of a synthetic fiber material comprising fiberglass or Kevlar disposed around the inner conductor ; and an outer partially flexible structural element disposed around the tubular insulating element; wherein an output of the video signal transmitter is coupled to the inner conductor at the distal end of the push-cable to send a video signal. an inner conductor comprising a conductive core; an insulating dielectric layer comprising a tubular insulating element of a synthetic fiber material comprising fiberglass or Kevlar disposed around the inner conductor ; and an outer partially flexible structural element disposed around the tubular insulating element; wherein an output of the video signal transmitter is coupled to the inner conductor at the distal end of the push-cable to send a video signal.
A vehicle , comprising: a power source including a drivetrain arranged to receive energy from and provide energy to the power source ; a heating, ventilating and air conditioning (HVAC) system arranged to receive energy from the power source ; a plurality of zones arranged to controllably receive at least one of heating, ventilating and air conditioning from the HVAC system , the plurality of zones including a primary zone and at least one secondary zone; characterized by , a controller operable to determine when the HVAC system is providing at least one of heating, ventilating and air conditioning to the primary zone and to determine when the drivetrain is providing free energy to the power source or the power source is providing surplus energy to the drivetrain , and in response, to activate a low cost energy mode wherein the HVAC system is operated to provide the at least one of heating, ventilating and air conditioning to the at least one secondary zone; wherein the controller is configured to determine whether the free energy being provided to the power source from the drivetrain or the surplus energy being provided from the power source to the drivetrain fails to conform to a criterion and, in response, to inhibit activation of the low cost energy mode. a power source including a drivetrain arranged to receive energy from and provide energy to the power source ; a heating, ventilating and air conditioning (HVAC) system arranged to receive energy from the power source ; a plurality of zones arranged to controllably receive at least one of heating, ventilating and air conditioning from the HVAC system , the plurality of zones including a primary zone and at least one secondary zone; characterized by , a controller operable to determine when the HVAC system is providing at least one of heating, ventilating and air conditioning to the primary zone and to determine when the drivetrain is providing free energy to the power source or the power source is providing surplus energy to the drivetrain , and in response, to activate a low cost energy mode wherein the HVAC system is operated to provide the at least one of heating, ventilating and air conditioning to the at least one secondary zone; wherein the controller is configured to determine whether the free energy being provided to the power source from the drivetrain or the surplus energy being provided from the power source to the drivetrain fails to conform to a criterion and, in response, to inhibit activation of the low cost energy mode.
A covering for an architectural opening wherein the covering comprises a cellular panel having at least two cellular units stacked one on top of another and attached along a line of attachment extending longitudinally along the length of the cellular units ; characterised in that the cellular panel further comprises a first light absorbing element , which absorbs substantially all visible light wavelengths, positioned adjacent the line of attachment at an interface of the at least two cellular units to absorb light passing between the at least two cellular units to reduce light leakage between adjacent cellular units ; wherein the light absorbing element is formed in a line that extends along the length of a cellular unit in the interface region between the adjacent cellular units .
A method for a non- Access Point, AP, Station, STA, maintaining a first Network Allocation Vector, NAV, for an intra- Basic Service Set, BSS, frame and a second NAV for an inter-BSS frame in a Wireless Local Area Network, WLAN, system, the method comprising: receiving BSS color disabled information set to a first value from an AP; receiving, from the AP, a frame comprising: a TXOP_DURATION field set to a specific value other than duration values for specifying duration in response that the BSS color disabled information is set to the first value, and BSS color information; and updating the first NAV or the second NAV based on classification of the received frame as the intra-BSS frame or the inter-BSS frame, wherein the STA updates the second NAV in response that the received frame cannot be classified as the intra-BSS frame or the inter-BSS frame, and wherein the BSS color information of the received frame is not used for classification of the received frame in response that the BSS color disabled information is set to the first value. receiving BSS color disabled information set to a first value from an AP; receiving, from the AP, a frame comprising: a TXOP_DURATION field set to a specific value other than duration values for specifying duration in response that the BSS color disabled information is set to the first value, and BSS color information; and a TXOP_DURATION field set to a specific value other than duration values for specifying duration in response that the BSS color disabled information is set to the first value, and BSS color information; and updating the first NAV or the second NAV based on classification of the received frame as the intra-BSS frame or the inter-BSS frame, wherein the STA updates the second NAV in response that the received frame cannot be classified as the intra-BSS frame or the inter-BSS frame, and wherein the BSS color information of the received frame is not used for classification of the received frame in response that the BSS color disabled information is set to the first value.
Method for guiding a vehicle in a parking facility, wherein - a route in the parking facility from a starting position to a target position is ascertained off-board the vehicle , wherein - at least a section of the route is transmitted to the vehicle via a communication network , wherein - while it is driving along the section, the vehicle is monitored for a deviation when it is autonomously driving along the section by means of an off-board monitoring system , - wherein all of the sections of the route are successively sent via the communication network to the vehicle , so that the vehicle can drive along the route section by section, with all of the sections forming the complete route , wherein if there is a deviation, a compensation route to compensate for the deviation is ascertained, wherein the compensation route is sent via the communication network to the vehicle , so that the vehicle can compensate for the deviation by means of driving along the compensation route and/or wherein, if there is a deviation, a stop signal is sent via the communication network to the vehicle , so that the vehicle can stop in response to receiving the stop signal, wherein the respective length of the sections is dependent on a degree of difficulty with respect to driving along the section. - a route in the parking facility from a starting position to a target position is ascertained off-board the vehicle , wherein - at least a section of the route is transmitted to the vehicle via a communication network , wherein - while it is driving along the section, the vehicle is monitored for a deviation when it is autonomously driving along the section by means of an off-board monitoring system , - wherein all of the sections of the route are successively sent via the communication network to the vehicle , so that the vehicle can drive along the route section by section, with all of the sections forming the complete route , wherein if there is a deviation, a compensation route to compensate for the deviation is ascertained, wherein the compensation route is sent via the communication network to the vehicle , so that the vehicle can compensate for the deviation by means of driving along the compensation route and/or wherein, if there is a deviation, a stop signal is sent via the communication network to the vehicle , so that the vehicle can stop in response to receiving the stop signal, wherein the respective length of the sections is dependent on a degree of difficulty with respect to driving along the section.
A structure formed of several frames , where each frame is formed by a plurality of stiles including one upper stile and one lower stile , and where said frames are hinged to each other pairwise by the upper stiles thereof or the lower stiles thereof in order to form a deployable and foldable accordion structure, said structure in which each pair of hinged lower stiles is provided with at least one displacement mechanism which comprises a translation device and a guiding device , where said translation device can translate said lower stiles on a track during movement between the deployed position and the folded position of said structure , and where the guiding device can guide said lower stiles along said track during passage of said structure between the deployed position and the folded position, said structure being characterized in that the guiding device is mounted on one or the other of the adjacent lower stiles .
A neuromorphic percolating network device comprising: a substrate having at least two electrical contacts ; a plurality of nanoparticles distributed on the substrate between at least two of the at least two electrical contacts, at least some of the nanoparticles directly connected to each other to form groups of nanoparticles , the surface coverage of the nanoparticles within a tolerance of a percolation threshold of the network , the tolerance of the percolation threshold comprising a range of 0.40 to 0.70; a plurality of gaps separating the nanoparticles and groups of nanoparticles; and a plurality of memristive elements located at least partially in respective gaps between the nanoparticles, or groups of nanoparticles, that are not otherwise directly connected to each other, the memristive elements, the nanoparticles and groups of nanoparticles providing at least one persistent pathway of increased activity , the at least one persistent pathway of increased activity comprising at least one persistent pathway that includes a plurality of memristive elements whose switching rate or likelihood of switching, in response to applied voltage pulses or constant voltage, is increased. a substrate having at least two electrical contacts ; a plurality of nanoparticles distributed on the substrate between at least two of the at least two electrical contacts, at least some of the nanoparticles directly connected to each other to form groups of nanoparticles , the surface coverage of the nanoparticles within a tolerance of a percolation threshold of the network , the tolerance of the percolation threshold comprising a range of 0.40 to 0.70; a plurality of gaps separating the nanoparticles and groups of nanoparticles; and a plurality of memristive elements located at least partially in respective gaps between the nanoparticles, or groups of nanoparticles, that are not otherwise directly connected to each other, the memristive elements, the nanoparticles and groups of nanoparticles providing at least one persistent pathway of increased activity , the at least one persistent pathway of increased activity comprising at least one persistent pathway that includes a plurality of memristive elements whose switching rate or likelihood of switching, in response to applied voltage pulses or constant voltage, is increased.
A failure diagnosis device applicable to a mechanical device provided with a motor as a source to drive a motion axis, and configured to acquire a moving position of the motion axis and a disturbance torque value applied to the motion axis every predetermined period, and to diagnose that a failure is occurring, characterized by : a disturbance torque selection unit configured to calculate a change from a reference value of each of the acquired disturbance torque values, and to accumulate the disturbance torque values except each disturbance torque value having the change from the reference value equal to or larger than a predetermined threshold; and a failure diagnosis unit configured to diagnose that a failure of the mechanical device is occurring when at least one of an average value, a variance value and a median value of recent disturbance torque values accumulated by the disturbance torque selection unit is larger than a failure determination threshold, wherein the disturbance torque selection unit defines an average value of recent disturbance torque values as the reference value and calculates a rate of change with respect to the reference value as the change from the reference value, according to the following formula: rate of change with respect to the reference value = disturbance torque value − reference value / reference value . a disturbance torque selection unit configured to calculate a change from a reference value of each of the acquired disturbance torque values, and to accumulate the disturbance torque values except each disturbance torque value having the change from the reference value equal to or larger than a predetermined threshold; and a failure diagnosis unit configured to diagnose that a failure of the mechanical device is occurring when at least one of an average value, a variance value and a median value of recent disturbance torque values accumulated by the disturbance torque selection unit is larger than a failure determination threshold, wherein the disturbance torque selection unit defines an average value of recent disturbance torque values as the reference value and calculates a rate of change with respect to the reference value as the change from the reference value, according to the following formula: rate of change with respect to the reference value = disturbance torque value − reference value / reference value .
A system for monitoring hand-hygiene of staff in a facility, comprising: a plurality of sensors positioned adjacent a hand washing station , wherein each of the plurality of sensors is free from imaging pixels that form a visually perceptible image of the hand washing station, each of the plurality of sensors is configured to provide a corresponding sensor output signal that is indicative of whether a person is washing their hands at the hand washing station or not, and at least two of the plurality of sensors are of a different sensor type; and a controller configured to fuse the sensor output signals from each of two or more of the plurality of sensors , and to determine using the fused sensor output signals whether the person has washed their hands at the hand washing station in compliance with one or more predetermined criteria or not, the controller further configured to output a notification when the controller has determined that the person has washed their hands at the hand washing station in compliance with the one or more predetermined criteria. a plurality of sensors positioned adjacent a hand washing station , wherein each of the plurality of sensors is free from imaging pixels that form a visually perceptible image of the hand washing station, each of the plurality of sensors is configured to provide a corresponding sensor output signal that is indicative of whether a person is washing their hands at the hand washing station or not, and at least two of the plurality of sensors are of a different sensor type; and a controller configured to fuse the sensor output signals from each of two or more of the plurality of sensors , and to determine using the fused sensor output signals whether the person has washed their hands at the hand washing station in compliance with one or more predetermined criteria or not, the controller further configured to output a notification when the controller has determined that the person has washed their hands at the hand washing station in compliance with the one or more predetermined criteria.
A method for preparing an extract of Chrysanthemum morifolium with an effect of treating skin diseases, comprising: (a) performing an extraction procedure on Chrysanthemum morifolium with an extraction solvent to obtain an extract solution; and (b) adding at least one glycoside hydrolase to the extract solution to make an enzyme reaction occur and increase contents of luteolin and apigenin in the extract solution to produce a precipitate, wherein the at least one glycoside hydrolases is at least one selected from a group consisting of: glucosidase; galactosidase; and glucuronidase, and wherein the precipitate is the extract of Chrysanthemum morifolium with an effect of treating skin diseases. (a) performing an extraction procedure on Chrysanthemum morifolium with an extraction solvent to obtain an extract solution; and (b) adding at least one glycoside hydrolase to the extract solution to make an enzyme reaction occur and increase contents of luteolin and apigenin in the extract solution to produce a precipitate, wherein the at least one glycoside hydrolases is at least one selected from a group consisting of: glucosidase; galactosidase; and glucuronidase, and glucosidase; galactosidase; and glucuronidase, and wherein the precipitate is the extract of Chrysanthemum morifolium with an effect of treating skin diseases.
A TiO 2 -containing silica glass having a TiO 2 content of from 7.5 to 12 % by mass, a fictive temperature of 1,100 °C or lower, a hydrogen molecule concentration of 1 × 10 17 molecules/cm 3 or more, and a temperature, at which a linear thermal expansion coefficient is 0 ppb/°C, falling within the range of from 40 to 110 °C.
Lighting circuit, including: - a rectifier with an input adapted to receive an alternating voltage (V), the rectifier being configured to provide a rectified voltage (V R ); - at least a first LED assembly and a second LED assembly connected to be supplied with electrical power from said rectifier ; characterized in that the lighting circuit further comprises: - a switching converter circuit , wherein the first LED assembly is electrically connected in series with a first output of the rectifier , said first LED assembly being further electrically connected in series with an input of the switching converter circuit , and wherein the second LED assembly is electrically connected to an output of said switching converter ; - a control assembly adapted to control operation of the first LED assembly , wherein the control assembly is connected to a tap in the series connection of the first LED assembly and the input of the switching converter circuit , the control assembly comprises: - a control unit; and - a switching element configured to be controlled by the control unit at least in a conducting and non-conducting state based in dependence on the momentary available value of the rectified voltage (V R ), wherein the control unit is configured to operate said switching element such as to bypass said first LED assembly in said conducting state while the rectified voltage is below a first threshold, wherein the control unit is configured to operate said switching element in said non-conducting state when said rectified voltage (V R ) exceeds a first threshold, thereby activating said first LED assembly , wherein when said rectified voltage (V R ) exceeds said first threshold, a residual voltage configured to increase with an increase of said rectified voltage (V R ) is provided to said switching converter circuit , and wherein when said residual voltage exceeds a second threshold, the switching converter circuit is configured to provide an output voltage such as to activate said second LED assembly . - a rectifier with an input adapted to receive an alternating voltage (V), the rectifier being configured to provide a rectified voltage (V R ); - at least a first LED assembly and a second LED assembly connected to be supplied with electrical power from said rectifier ; - a switching converter circuit , wherein the first LED assembly is electrically connected in series with a first output of the rectifier , said first LED assembly being further electrically connected in series with an input of the switching converter circuit , and wherein the second LED assembly is electrically connected to an output of said switching converter ; - a control assembly adapted to control operation of the first LED assembly , - a control unit; and - a switching element configured to be controlled by the control unit at least in a conducting and non-conducting state based in dependence on the momentary available value of the rectified voltage (V R ),