mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: receiving a plurality of non-deterministic time, NDT, values, wherein each of the NDT values corresponds to a respective physical time, each NDT value being generated as a representation in a reduced form of a corresponding calendar value (Ci) computed at the respective physical time as a root hash value of a hash tree of a hash tree infrastructure having as input nodes a plurality of digital input records during a respective calendar interval; capturing, by a capture device , an image and/or a sound at a capturing time; wherein capturing comprises incorporating one of the received plurality of NDT values into the image and/or the sound, wherein: the one received NDT value is incorporated into the image by recording the one received NDT value from a display device positioned within the image, or in the form of a superimposed digital watermark, the one received NDT value is incorporated into the sound by recording the one received NDT value as being presented to the capture device in audio form, wherein the incorporated NDT value is a current NDT value at the capturing time; and storing the captured image and/or the captured sound in a memory . receiving a plurality of non-deterministic time, NDT, values, wherein each of the NDT values corresponds to a respective physical time, each NDT value being generated as a representation in a reduced form of a corresponding calendar value (Ci) computed at the respective physical time as a root hash value of a hash tree of a hash tree infrastructure having as input nodes a plurality of digital input records during a respective calendar interval; capturing, by a capture device , an image and/or a sound at a capturing time; wherein capturing comprises incorporating one of the received plurality of NDT values into the image and/or the sound, wherein: the one received NDT value is incorporated into the image by recording the one received NDT value from a display device positioned within the image, or in the form of a superimposed digital watermark, the one received NDT value is incorporated into the sound by recording the one received NDT value as being presented to the capture device in audio form, the one received NDT value is incorporated into the image by recording the one received NDT value from a display device positioned within the image, or in the form of a superimposed digital watermark, the one received NDT value is incorporated into the sound by recording the one received NDT value as being presented to the capture device in audio form, wherein the incorporated NDT value is a current NDT value at the capturing time; and storing the captured image and/or the captured sound in a memory .
A robot comprising - a horizontal or horizontally slanted experiment layer being adapted to support items at arbitrary positions on or in the experiment layer , wherein said experiment layer being transparent and/or comprising one or more openings adapted to receive one or more items to display the at least a part of the bottom of the item , said openings being either through going the experiment layer or comprising a transparent bottom; - a moveable sensor arranged below the experimental layer said sensor being configured for providing a sensor signal indicative of item(s)' location on the experiment layer ; - an actuator arranged for being moved into different positions above the horizontal transparent layer ; - a display device being configured for visually representing located item(s) ; - a user input device ; wherein the robot further comprising a processor configured to - on the basis of the sensor signal locate an item on the experiment layer ; - display the located item(s) or a graphical presentation thereof on the display device ; - receive a manipulation input through the user input device , and - in response to said manipulation input, control the actuator to manipulate the content of the displayed item(s) . - a horizontal or horizontally slanted experiment layer being adapted to support items at arbitrary positions on or in the experiment layer , wherein said experiment layer being transparent and/or comprising one or more openings adapted to receive one or more items to display the at least a part of the bottom of the item , said openings being either through going the experiment layer or comprising a transparent bottom; - a moveable sensor arranged below the experimental layer said sensor being configured for providing a sensor signal indicative of item(s)' location on the experiment layer ; - an actuator arranged for being moved into different positions above the horizontal transparent layer ; - a display device being configured for visually representing located item(s) ; - a user input device ; - on the basis of the sensor signal locate an item on the experiment layer ; - display the located item(s) or a graphical presentation thereof on the display device ; - receive a manipulation input through the user input device , and - in response to said manipulation input, control the actuator to manipulate the content of the displayed item(s) .
A method of sterilizing a preform , comprising the steps of: sterilizing bacteria adhering to a preform made of resin by gasifying a sterilizer, discharging a sterilized gas (G) toward a preform in a chamber whose pressure is lower than atmospheric pressure, now traveling, so as to adhere to the preform by discharging the sterilizer from a nozzle ; activating the sterilizer adhering to the preform by the heat of hot air (P) blasted to the preform ; and sterilizing the bacteria adhering to the preform , and removing the sterilizer adhering to the preform , wherein the above-mentioned steps are performed subsequently in order. sterilizing bacteria adhering to a preform made of resin by gasifying a sterilizer, discharging a sterilized gas (G) toward a preform in a chamber whose pressure is lower than atmospheric pressure, now traveling, so as to adhere to the preform by discharging the sterilizer from a nozzle ; activating the sterilizer adhering to the preform by the heat of hot air (P) blasted to the preform ; and sterilizing the bacteria adhering to the preform , and removing the sterilizer adhering to the preform , wherein the above-mentioned steps are performed subsequently in order.
A battery device, comprising a cell and a cover plate assembly for the battery connected with the cell , wherein the cell comprises roll cores and tabs connected with the roll cores , wherein the cover plate assembly for the battery comprises: a top cover ; a conductive structure arranged on the top cover , the conductive structure comprising at least one pole for conducting electricity; at least one connection structure , a first end of each connection structure being electrically connected with a corresponding pole in the at least one pole , a second end of the each connection structure being electrically connected with a tab of the cell , and the second end of the each connection structure being provided with an installation hole , wherein the each connection structure comprises a first connector and a second connector connected to each other, an included angle being provided between the first connector and the second connector , the first connector forming the first end, and the second connector forming the second end, at least one side of the second connector is provided with a groove for installing the tab ; and a locking structure comprising at least one locking member , each locking member penetrating the tab to be fixedly connected with the installation hole , to lock the tab on the connection structure correspondingly, the tabs being connected with the poles through connection structures and the locking structure . a top cover ; a conductive structure arranged on the top cover , the conductive structure comprising at least one pole for conducting electricity; at least one connection structure , a first end of each connection structure being electrically connected with a corresponding pole in the at least one pole , a second end of the each connection structure being electrically connected with a tab of the cell , and the second end of the each connection structure being provided with an installation hole , wherein the each connection structure comprises a first connector and a second connector connected to each other, an included angle being provided between the first connector and the second connector , the first connector forming the first end, and the second connector forming the second end, at least one side of the second connector is provided with a groove for installing the tab ; and a locking structure comprising at least one locking member , each locking member penetrating the tab to be fixedly connected with the installation hole , to lock the tab on the connection structure correspondingly, the tabs being connected with the poles through connection structures and the locking structure .
A seat unit for use in a viewing area of a venue comprising: a rear frame comprising two spaced apart members having a fixed back support mounted thereon and a barrier member between the spaced apart members , said transverse barrier member being above and behind the back support ; a fold away seat pan pivotally mounted with respect to the rear frame on a pair of seat pan pivots , said seat pan extending substantially forward of the rear frame when ready for use but vertical adjacent the rear frame when not in use; a footrest pivotally mounted on footrest pivots below the seat pan pivots , the footrest moving in tandem with the seat pan from an open position substantially parallel to the seat pan when the seat pan is in use to a vertical position against the rear frame when the seat pan is not in use; and two side frames , one each side of the seat pan .
A biochar-based fertilizer for improving foreshore saline-alkali soils, comprising the following components, in parts by weight: 40 to 60 parts of biochar, 20 to 40 parts of humic acid substance, 10 to 20 parts of inorganic compound fertilizer, 5 to 15 parts of desulfurization gypsum, 5 to 15 parts of fly ash, and 3 to 5 parts of hydrolyzed polymaleic anhydride (HPMA), wherein the biochar-based fertilizer has a pH of 4 to 7.
Method for ascertaining control-caused behaviour of a valve installed in a vehicle for adjusting a flow of a medium, comprising the following steps: - operating a pump , which has an electric motor and at least one pump element for conveying the medium, such that the medium is conveyed by means of the pump , in that the pump element is driven by means of the electric motor , - controlling the valve by means of an electronic computing apparatus of the vehicle, wherein the control of the valve is varied by means of the electronic computing apparatus , - while the medium is conveyed by means of the pump and while the control of the valve is varied: sensing at least one parameter that characterises the operation of the pump , and - Ascertaining the behaviour of the valve in accordance with the sensed parameter characterised in that the parameter comprises a power consumption of the electric motor , wherein when operating the pump , the electric motor is operated at a constant speed. - operating a pump , which has an electric motor and at least one pump element for conveying the medium, such that the medium is conveyed by means of the pump , in that the pump element is driven by means of the electric motor , - controlling the valve by means of an electronic computing apparatus of the vehicle, wherein the control of the valve is varied by means of the electronic computing apparatus , - while the medium is conveyed by means of the pump and while the control of the valve is varied: sensing at least one parameter that characterises the operation of the pump , and - Ascertaining the behaviour of the valve in accordance with the sensed parameter
A method of treating a gas condensate reservoir comprising a porous formation material, the method comprising: introducing a formation treatment fluid to the gas condensate reservoir, wherein the formation treatment fluid is a dispersion comprising metal oxide nanoparticles , and the gas condensate reservoir comprises discrete portions of condensate in contact with the porous formation material; and maintaining the formation treatment fluid in the gas condensate reservoir, such that the discrete portions of condensate are displaced from the porous formation material to yield free condensate in the gas condensate reservoir. introducing a formation treatment fluid to the gas condensate reservoir, wherein the formation treatment fluid is a dispersion comprising metal oxide nanoparticles , and the gas condensate reservoir comprises discrete portions of condensate in contact with the porous formation material; and maintaining the formation treatment fluid in the gas condensate reservoir, such that the discrete portions of condensate are displaced from the porous formation material to yield free condensate in the gas condensate reservoir.
A method for controlling a residual monomer content in a polymer according to a drying process using a dryer, wherein the residual monomer content controlling method of the polymer uses a hot-air mass ratio factor represented by Equation 1 below: A / B wherein A is a mass (Kg) of hot-air flowing into the dryer, and B is a mass (Kg) of the polymer flowing into the dryer, wherein the residual monomer content in the polymer is controlled regardless of one or more external factors selected from the group consisting of bed sizes, superficial velocities, hot-air flow rates, retention times and polymer types, wherein the content of the residual monomer is controlled by further comprising a hot-air temperature factor, wherein the residual monomer content in the polymer is controlled to 4500 ppm or less within a range of a hot-air temperature of 60 to 100°C and a hot-air mass ratio of 2 to 10. wherein A is a mass (Kg) of hot-air flowing into the dryer, and B is a mass (Kg) of the polymer flowing into the dryer, wherein the residual monomer content in the polymer is controlled regardless of one or more external factors selected from the group consisting of bed sizes, superficial velocities, hot-air flow rates, retention times and polymer types, wherein the content of the residual monomer is controlled by further comprising a hot-air temperature factor, wherein the residual monomer content in the polymer is controlled to 4500 ppm or less within a range of a hot-air temperature of 60 to 100°C and a hot-air mass ratio of 2 to 10.
Computer-implemented method of ascertaining a product composition for a mixed chemical product based on polyurethane, wherein for a multitude of first product compositions for a particular mixed chemical product, wherein each first product composition is characterized by a numerical product distribution for description of proportions of components of the first product composition, a series of feature values, each of which numerically describes a descriptor of the particular mixed product, is provided for each first product compositions of the multitude of first product compositions, wherein the series of feature values for each mixed product is mapped onto a series of mapped feature values by a first bijective mapping, wherein for a multitude of second product compositions for a particular mixed chemical product a series of test feature values, each of which numerically describes a behavior property of the particular mixed product, is provided, wherein the series of test feature values for each mixed product is mapped onto a series of mapped test feature values by a second bijective mapping, wherein at least the first or second mapping includes a variation, wherein each series of mapped test feature values of a second product composition is assigned to a series of varied feature values of a first product composition, wherein a multivariate analysis of the assigned series determines a correlation matrix, wherein a target profile of requirements for description of at least one behavior property of a target mixed product is defined and, on the basis of the target profile of requirements and the correlation matrix, a target descriptor profile for description of descriptors of a target product composition is determined.
Minnelide and paclitaxel for use in a method for treating gastric cancer in a cancer patient, the method comprising administering to a gastric cancer patient during a 28 day cycle a therapeutically effective combination of: a)0.25 mg to 2.0 mg ± 25% of minnelide according to a first regimen wherein a dose is given once per day on days 1 to 5, 8 to 12, and 15 to 19 of the cycle; and b)60 mg/m 2 to 100 mg/m 2 ± 25% of paclitaxel according to a second regimen wherein a dose is given once per day on days 1, 8, and 15 of the cycle; wherein the 28-day cycle is repeated one or more times and the combination effectively treats the gastric cancer. a)0.25 mg to 2.0 mg ± 25% of minnelide according to a first regimen wherein a dose is given once per day on days 1 to 5, 8 to 12, and 15 to 19 of the cycle; and b)60 mg/m 2 to 100 mg/m 2 ± 25% of paclitaxel according to a second regimen wherein a dose is given once per day on days 1, 8, and 15 of the cycle;
A method for performing an adaptive session recovery by a wireless device supporting a transmission communication protocol in a wireless network, the method comprising opening at least one recovery session a preset time after a time-out occurs in an original session; monitoring whether a link recovery has occurred after the at least one recovery session is opened and before a preset maximum wait time elapses; characterized by in response to the link recovery occurring after the at least one recovery session is opened and before the preset maximum wait time elapses, recovering a transmission speed, wherein the recovered transmission speed is determined based on the original session, or both at least one of the opened at least one recovery session and the original session, according to a time when the link recovery occurs. opening at least one recovery session a preset time after a time-out occurs in an original session; monitoring whether a link recovery has occurred after the at least one recovery session is opened and before a preset maximum wait time elapses; characterized by in response to the link recovery occurring after the at least one recovery session is opened and before the preset maximum wait time elapses, recovering a transmission speed, wherein the recovered transmission speed is determined based on the original session, or both at least one of the opened at least one recovery session and the original session, according to a time when the link recovery occurs.
Process for making a fixture, said fixture comprising at least one door having a perimeter frame constrainable to a perimeter frame of a fixed chassis , in which making at least said door and optionally said fixed chassis comprises: providing a mould ("S") defining a moulding cavity ("C") counter-shaped to the respective perimeter frame and at least one engagement seat ("G1... G5") communicating with the moulding cavity ("C"); placing at least one connection accessory ("A", "B") into the engagement seat ("G1... G5"); characterized by further comprising introducing a polyurethane material into the moulding cavity ("C"); expanding and crosslinking the polyurethane material inside the moulding cavity ("C"), to form said perimeter frame incorporating at least partially the connection accessory ("A", "B"), wherein said connection accessory ("A", "B") comprises at least one closing mechanism having at least a latch movable upon the action of a control linkage , and wherein the closing mechanism is engaged into the moulding cavity ("C") with the latch engaged into the respective engagement seat ("G3"). providing a mould ("S") defining a moulding cavity ("C") counter-shaped to the respective perimeter frame and at least one engagement seat ("G1... G5") communicating with the moulding cavity ("C"); placing at least one connection accessory ("A", "B") into the engagement seat ("G1... G5"); characterized by further comprising introducing a polyurethane material into the moulding cavity ("C"); expanding and crosslinking the polyurethane material inside the moulding cavity ("C"), to form said perimeter frame incorporating at least partially the connection accessory ("A", "B"), wherein said connection accessory ("A", "B") comprises at least one closing mechanism having at least a latch movable upon the action of a control linkage , and wherein the closing mechanism is engaged into the moulding cavity ("C") with the latch engaged into the respective engagement seat ("G3").
A method of manufacturing wind turbine blades of a desired length with connection means with the rotor hub comprising steps of providing and using a plurality of enlarged manufacturing moulds for each blade, each of said moulds having a common zone of a predetermined length (L01, L02, L03) and, at least, an adaptive zone arranged with the length (AL01, AL02, AL03) needed for manufacturing blades with the desired length, wherein the length of each adaptive zone in each of said enlarged manufacturing moulds is comprised between 1%-15% of the length of the common zone . an adaptive zone arranged with the length (AL01, AL02, AL03) needed for manufacturing blades with the desired length, wherein the length of each adaptive zone in each of said enlarged manufacturing moulds is comprised between 1%-15% of the length of the common zone .
An X-ray diffractometer comprising: an X-ray source for irradiating a sample (S) with X-rays; a reflection type monochromator for receiving focusing X-rays diffracted from a sample (S) and reflecting only focusing X-rays having a specific wavelength based on a Bragg's condition; an X-ray detector for detecting focusing X-rays monochromated by the monochromator ; and a unit for adjusting a measurement resolution of the X-ray detector , characterized in that the monochromator is removably arranged on an X-ray optical path between a focal point , at which the focusing X-rays from the sample (S) are focused, and the sample (S) and in proximity to the focal point to the extent that the monochromator does not interfere with the X-ray detector , and the X-ray diffractometer is configured so that X-rays reflected from the monochromator are incident to the X-ray detector , and the focusing X-rays from the sample (S) are also incident to the X-ray detector when the monochromator is removed. an X-ray source for irradiating a sample (S) with X-rays; a reflection type monochromator for receiving focusing X-rays diffracted from a sample (S) and reflecting only focusing X-rays having a specific wavelength based on a Bragg's condition; an X-ray detector for detecting focusing X-rays monochromated by the monochromator ; and a unit for adjusting a measurement resolution of the X-ray detector , characterized in that the monochromator is removably arranged on an X-ray optical path between a focal point , at which the focusing X-rays from the sample (S) are focused, and the sample (S) and in proximity to the focal point to the extent that the monochromator does not interfere with the X-ray detector , and the X-ray diffractometer is configured so that X-rays reflected from the monochromator are incident to the X-ray detector , and the focusing X-rays from the sample (S) are also incident to the X-ray detector when the monochromator is removed.