mhurhangee/patent-ind-claim-en huggingface dataset:
A system adapted to collect and analyze operational information from a network of components associated with a liquid energy commodity, comprising: a storage measurement module adapted to receive and analyze images of one or more storage facilities collected by a thermal imaging camera to measure an amount of the liquid energy commodity in storage at each of the one or more storage facilities , storing such measurement data in a first database ; a flow rate determination module adapted to receive and process data from a plurality of monitoring devices, each of which is positioned to monitor power lines for a pumping station on the one or more pipelines to determine a power consumed by the pumping station, which is then correlated to the flow rate of the liquid energy commodity, such that the flow rate determination module can determine a flow rate of the liquid energy commodity in each of the one or more pipelines , storing such flow rate data in a second database ; an operational status module adapted to receive and process information about an operational status of a processing facility obtained by a thermal imaging camera and to store that operational status information in a third database ; and an analysis module adapted to query the first database , the second database , and the third database and to analyze the measurement data, the flow rate data, and the operational status information to determine a balance of the liquid energy commodity in the network or a selected portion thereof at a given time. a storage measurement module adapted to receive and analyze images of one or more storage facilities collected by a thermal imaging camera to measure an amount of the liquid energy commodity in storage at each of the one or more storage facilities , storing such measurement data in a first database ; a flow rate determination module adapted to receive and process data from a plurality of monitoring devices, each of which is positioned to monitor power lines for a pumping station on the one or more pipelines to determine a power consumed by the pumping station, which is then correlated to the flow rate of the liquid energy commodity, such that the flow rate determination module can determine a flow rate of the liquid energy commodity in each of the one or more pipelines , storing such flow rate data in a second database ; an operational status module adapted to receive and process information about an operational status of a processing facility obtained by a thermal imaging camera and to store that operational status information in a third database ; and an analysis module adapted to query the first database , the second database , and the third database and to analyze the measurement data, the flow rate data, and the operational status information to determine a balance of the liquid energy commodity in the network or a selected portion thereof at a given time.
A press comprising a tank provided with at least: - a loading/unloading opening , - at least two doors for closing said opening of the tank , said doors being mounted to move between an open position and a closed position of said opening wherein said doors are arranged side by side, and - a peripheral seal surrounding said opening , characterized in that the press comprises a closure element forming a screen that is impermeable to gases and liquids arranged, overlapping the entire opening , between the seal and the doors , in the closed position of the doors , said closure element being, in the closed position of the doors , pressed by the seal toward the doors and sandwiched between the doors and the seal . - a loading/unloading opening , - at least two doors for closing said opening of the tank , said doors being mounted to move between an open position and a closed position of said opening wherein said doors are arranged side by side, and - a peripheral seal surrounding said opening ,
A method of sealing a plurality of geomembrane panels together along adjacent edges, at least a first one of said panels having an electrically conductive lower surface for testing said sealed panels for leaks, comprising the step of: laying a second one of said panels on a surface; breaking the conductivity of the first panel bottom surface across a line adjacent the side of the second panel; heating the bottom surface of the first panel along the line by sliding the bottom of said first panel against a heated element along said line, and said heated element includes a raised projection which interrupts the conductive lower surface of said first panel; and pressing said first and second panels together along said line to heat seal the bottom of the first panel on top of the second panel. laying a second one of said panels on a surface; breaking the conductivity of the first panel bottom surface across a line adjacent the side of the second panel; heating the bottom surface of the first panel along the line by sliding the bottom of said first panel against a heated element along said line, and said heated element includes a raised projection which interrupts the conductive lower surface of said first panel; and pressing said first and second panels together along said line to heat seal the bottom of the first panel on top of the second panel.
An information sending method performed by a cellular terminal comprising FFT units, comprising: generating terminal capability information, the terminal capability information indicating the number of current remaining FFT units and the transformation point number of each FFT unit, whereby the number of current remaining FFT units is the number of all FFT units minus the number of FFT units in the state of being occupied; sending , via RRC or MAC signaling, the terminal capability information to a base station; when receiving downlink data sent by at least two subcarriers with different subcarriers spacings in parallel, using the current remaining FFT units to demodulate in parallel the downlink data. generating terminal capability information, the terminal capability information indicating the number of current remaining FFT units and the transformation point number of each FFT unit, whereby the number of current remaining FFT units is the number of all FFT units minus the number of FFT units in the state of being occupied; sending , via RRC or MAC signaling, the terminal capability information to a base station; when receiving downlink data sent by at least two subcarriers with different subcarriers spacings in parallel, using the current remaining FFT units to demodulate in parallel the downlink data.
Isolating element for the stator winding of an electrical machine, in which the stator in form of a flat packing comprising the stator winding lying therein and winding wires projecting beyond the flat packing and forming at least one winding overlap , is manufactured in such a way that winding wires prior to a circular bending project from one end of the flat packing as the winding overlap and are able to be inserted in grooves in an opposite end of the flat packing when the flat packing is subjected to circular bending, characterized in that the isolating element is an isolating clip having a substantially U-shaped cross-section which is able to be plugged onto the winding wires of the winding overlap projecting from the flat packing and having spring-elastic side legs , the isolating clip has a smaller opening width at the free end of its side legs in the relaxed state relative to the thickness of a winding overlap to be inserted between the legs , and a recess is formed on the outside of each of the two legs in a transition region with respect to a base connecting the two legs , into which recess the free ends of the legs of an adjacent groove isolation , which lies in the same groove of a stator , are able to be inserted.
Method for evaluating the in vitro efficacy of an active ingredient or a formulation on preventing the effects of dehydration on children's skin, characterized in that said method comprises the following steps: a) contacting said active ingredient or said formulation with a reconstructed skin model, said model being obtained from a skin sample from a child; b) growing the reconstructed skin model from step a) under drying conditions; c) measuring the expression level of a combination of biological markers in the skin model of step b), said combination comprising at least one lipid and NMF and at least one marker of inflammation and at least one marker of the barrier and at least one marker preferentially expressed in stem cells; and d) evaluating the efficacy of said active or formulation as a function of the level of step c). a) contacting said active ingredient or said formulation with a reconstructed skin model, said model being obtained from a skin sample from a child; b) growing the reconstructed skin model from step a) under drying conditions; c) measuring the expression level of a combination of biological markers in the skin model of step b), said combination comprising at least one lipid and NMF and at least one marker of inflammation and at least one marker of the barrier and at least one marker preferentially expressed in stem cells; and d) evaluating the efficacy of said active or formulation as a function of the level of step c).
Composite profile from plastics material, configured as a hollow profile having at least two reinforcement strips which are disposed in the interior, wherein the at least two reinforcement strips at least in part are formed from thermoplastic plastics material having embedded continuous glass fibres and / or mineral fibres and / or other reinforcement fibres, and at least one of the reinforcement strips comprises at least one portion which is angled in a manner parallel to the longitudinal axis of the composite profile , characterized in that the spacing (A) between the at least two reinforcement strips and the internal side of the respective neighbouring external wall of the composite profile in the region of the non-angled portion corresponds to 0.1 to 3 times the wall thickness (D) of the external wall .
An optical arrangement for imaging a sample comprising: - a first objective lens and a second objective lens ; - at least one illumination source for producing an illumination beam ; - a detector for imaging radiation from the sample ; and - a movable mirror being double-sided and movable between at least a first position and a second position; wherein, in the first position, the movable mirror reflects the illumination beam towards the second objective lens to illuminate, by means of the second objective lens , the sample and reflects the radiation , collected by means of the first objective lens , towards the detector ; and wherein, in the second position, the moveable mirror reflects neither of the illumination beam and the radiation , the illumination beam is directed through the first objective lens to illuminate the sample , and the radiation is directed through the second objective lens towards the detector . - a first objective lens and a second objective lens ; - at least one illumination source for producing an illumination beam ; - a detector for imaging radiation from the sample ; and - a movable mirror being double-sided and movable between at least a first position and a second position; wherein, in the first position, the movable mirror reflects the illumination beam towards the second objective lens to illuminate, by means of the second objective lens , the sample and reflects the radiation , collected by means of the first objective lens , towards the detector ; and wherein, in the second position, the moveable mirror reflects neither of the illumination beam and the radiation , the illumination beam is directed through the first objective lens to illuminate the sample , and the radiation is directed through the second objective lens towards the detector .
An ink set for inkjet printing comprising at least a penetration liquid for inkjet printing and a color ink for inkjet printing, wherein the penetration liquid for inkjet printing contains a surfactant A, an organic solvent, and water, a total content of the surfactant A is 2% by mass or more; the color ink for inkjet printing contains a dye, wherein the total content of the surfactant A contained in the penetration liquid for inkjet printing is 30 times or more and less than 80 times a total content of a surfactant B contained in the color ink for inkjet printing.
An insertable device comprising: an outer body including a first outer body extending in a long manner, a second outer body extending in a long manner, and a bent part for connecting the first outer body and the second outer body such that the first outer body and the second outer body are bent; a first inner body positioned inside the first outer body , and having an accommodation space in which a radiation source is accommodated; a second inner body positioned inside the second outer body , having a guide space enabling the radiation source to pass therethrough, and being capable of operating the rotation thereof; and an inner connection part positioned in correspondence to the bent part inside the outer body , having a connection space communicating with a guide space and the accommodation space such that the radiation source is allowed to pass therethrough, and connecting the first inner body and the second inner body , wherein the first inner body is separated from the first outer body and rotatable by the rotation of the second inner body . an outer body including a first outer body extending in a long manner, a second outer body extending in a long manner, and a bent part for connecting the first outer body and the second outer body such that the first outer body and the second outer body are bent; a first inner body positioned inside the first outer body , and having an accommodation space in which a radiation source is accommodated; a second inner body positioned inside the second outer body , having a guide space enabling the radiation source to pass therethrough, and being capable of operating the rotation thereof; and an inner connection part positioned in correspondence to the bent part inside the outer body , having a connection space communicating with a guide space and the accommodation space such that the radiation source is allowed to pass therethrough, and connecting the first inner body and the second inner body , wherein the first inner body is separated from the first outer body and rotatable by the rotation of the second inner body .
An ozone generator of a gas blow-through type, especially to produce a gas mixture of ozone/air or ozone/oxygen, said generator comprises electrode groups comprising two flat electrode plates , one dielectric plate disposed between the flat electrode plates , insulating shim plates arranged between each of flat electrode plates and the dielectric plate , as well as insulating spacer frame elements and electrode studs arranged on the flat electrode plates , said electrode studs being electrically connected to a high voltage high frequency electric generator unit of the ozone generator through a first high voltage cable and a second high voltage cable characterized by an outer insulating housing , held together and fastened by suitable fastening screws , wherein the outer insulating housing is dimensioned so as to allow several electrode groups to be modularly arranged within said housing parallel to each other side by side and to be electrically connected.
Lubricating composition for an engine, in particular for a motor vehicle engine, comprising at least one base oil and at least one compound able to release formaldehyde under the temperature and pressure conditions of the combustion chamber of the engine; said compound(s) able to release formaldehyde being present in a content ranging from 0.2% to 5% by mass relative to the total mass of said composition; the compound able to release formaldehyde being a trioxane. said compound(s) able to release formaldehyde being present in a content ranging from 0.2% to 5% by mass relative to the total mass of said composition; the compound able to release formaldehyde being a trioxane.
A video decoding method, comprising: obtaining , from a bitstream, first information of a coding tree unit, CTU, in a to-be-decoded picture, wherein the first information is used to indicate a maximum allowed width-to-height ratio of a coding unit CU obtained by dividing the CTU and the first information is also used to indicate the minimum allowed width-to-height ratio of the CU obtained by dividing the CTU; obtaining division information of the CTU from the bitstream; dividing the CTU into one or more CUs based on the first information and the division information, wherein a width-to-height ratio of the one or more CUs falls within the value range indicated by the maximum allowed width-to-height ratio and the minimum allowed width-to-height ratio , and the plurality of CUs do not overlap each other; and decoding the one or more CUs to obtain a reconstructed pixel of the one or more CUs. obtaining , from a bitstream, first information of a coding tree unit, CTU, in a to-be-decoded picture, wherein the first information is used to indicate a maximum allowed width-to-height ratio of a coding unit CU obtained by dividing the CTU and the first information is also used to indicate the minimum allowed width-to-height ratio of the CU obtained by dividing the CTU; obtaining division information of the CTU from the bitstream; dividing the CTU into one or more CUs based on the first information and the division information, wherein a width-to-height ratio of the one or more CUs falls within the value range indicated by the maximum allowed width-to-height ratio and the minimum allowed width-to-height ratio , and the plurality of CUs do not overlap each other; and decoding the one or more CUs to obtain a reconstructed pixel of the one or more CUs.
A scaffold, comprising: a bone suture anchor; and a polymer matrix deposited on the bone suture anchor, wherein the polymer matrix is prepared from a mixture of a polymer solution and a bioactive additive, the bioactive additive being a structural component and being in an amount from 10 wt% to 80 wt% based on the total weight of the mixture. a bone suture anchor; and a polymer matrix deposited on the bone suture anchor, wherein the polymer matrix is prepared from a mixture of a polymer solution and a bioactive additive, the bioactive additive being a structural component and being in an amount from 10 wt% to 80 wt% based on the total weight of the mixture.
A method for producing a passport book block for a book-like identification, value or security document , the identification, value or security document comprising a cover as well as a passport book block , comprising a data card , a plurality of double pages , an endpaper and a spine tape , the data card comprising a flexible tab connected along a border to the data card , the data card comprising the flexible tab , the double pages , the endpaper and the spine tape being sewn together by way of a seam , and the cover with an inner side being adhesively bonded in a planar manner to an outer side of the endpaper , the method comprising the following steps: - providing an endpaper ; - providing a spine tape , the spine tape being supplied as an endless tape and comprising an adhesive layer which has an activation temperature; - cutting the spine tape to the required length; - aligning and placing the spine tape onto the endpaper ; and - heating the adhesive layer to the activation temperature, and integrally connecting the spine tape to the endpaper . - providing an endpaper ; - providing a spine tape , the spine tape being supplied as an endless tape and comprising an adhesive layer which has an activation temperature; - cutting the spine tape to the required length; - aligning and placing the spine tape onto the endpaper ; and - heating the adhesive layer to the activation temperature, and integrally connecting the spine tape to the endpaper .
A method performed in a wireless device served by a network node of a radio communications system, wherein the wireless device is capable of carrier aggregation and is configured by the network node with a primary cell, PCell, and a first secondary cell, SCell, the first SCell operating on a carrier for contention-based transmission, the method comprising: - receiving an activation command for activating the first SCell, - activating the first SCell in response to the activation command within a variable time period, the method being characterized in that the variable time period increases with a number of times that a discovery reference signal occasion of the first SCell is not available at the wireless device during the activation, wherein the discovery reference signal occasion of the first SCell is not available when at least one of a quality and a strength of a signal received in the discovery reference signal occasion is below a respective threshold level. - receiving an activation command for activating the first SCell, - activating the first SCell in response to the activation command within a variable time period, the method being characterized in that the variable time period increases with a number of times that a discovery reference signal occasion of the first SCell is not available at the wireless device during the activation, wherein the discovery reference signal occasion of the first SCell is not available when at least one of a quality and a strength of a signal received in the discovery reference signal occasion is below a respective threshold level.