mhurhangee/patent-ind-claim-en huggingface dataset:
A method of correcting a distortion imparted to a diffraction image of a sample of interest by a projection lens in a coherent electron diffraction imaging (CEDI) system, the method comprising: a) obtaining a CEDI image of a secondary material having a known lattice structure; b) locating within the image the observed position of reflections corresponding to the secondary material; c) identifying unit cell vectors for the secondary material; d) determining a predicted position for each secondary material reflection corresponding to a respective Bravais-Miller index assigned thereto based on the unit cell vectors and the known lattice structure of the secondary material; and e) using differences between observed positions and predicted positions of secondary material reflections to relocate image components within the CEDI image, characterized in that the measurements on the secondary material are made together with the sample of interest . a) obtaining a CEDI image of a secondary material having a known lattice structure; b) locating within the image the observed position of reflections corresponding to the secondary material; c) identifying unit cell vectors for the secondary material; d) determining a predicted position for each secondary material reflection corresponding to a respective Bravais-Miller index assigned thereto based on the unit cell vectors and the known lattice structure of the secondary material; and e) using differences between observed positions and predicted positions of secondary material reflections to relocate image components within the CEDI image,
Method for determining the amplitude and/or phase of a selected frequency component in a detected measurement signal , wherein an object is illuminated for object illumination with light from a light source (120; 508), the light being power-modulated in accordance with a modulation signal having at least one frequency component, wherein the power of the light coming from the object is detected by a detection device , wherein the detection device generates a measurement signal dependent on the detected light power, wherein the measurement signal is sampled over at least one period length corresponding to an integer number of fundamental oscillations of the modulation signal at a sampling rate corresponding to at least four times the frequency of the selected frequency component in order to obtain a number of measured values, wherein each measured value is multiplied by a value of a first and a second reference signal present at the respective time of measurement in order to obtain a first and a second product value for each measured value, wherein the first reference signal has the selected frequency component, wherein the second reference signal is identical to the first reference signal and is 90° out of phase with it, wherein the first and second product values are each added up over the period length corresponding to an integer number of fundamental oscillations of the modulation signal in order to obtain a first and a second product sum value, wherein the amplitude and/or the phase of the measurement signal are determined from the first and the second product sum value. wherein an object is illuminated for object illumination with light from a light source (120; 508), the light being power-modulated in accordance with a modulation signal having at least one frequency component, wherein the power of the light coming from the object is detected by a detection device , wherein the detection device generates a measurement signal dependent on the detected light power, wherein the measurement signal is sampled over at least one period length corresponding to an integer number of fundamental oscillations of the modulation signal at a sampling rate corresponding to at least four times the frequency of the selected frequency component in order to obtain a number of measured values, wherein each measured value is multiplied by a value of a first and a second reference signal present at the respective time of measurement in order to obtain a first and a second product value for each measured value, wherein the first reference signal has the selected frequency component, wherein the second reference signal is identical to the first reference signal and is 90° out of phase with it, wherein the first and second product values are each added up over the period length corresponding to an integer number of fundamental oscillations of the modulation signal in order to obtain a first and a second product sum value, wherein the amplitude and/or the phase of the measurement signal are determined from the first and the second product sum value.
A retractable table assembly for arrangement centrally between two seats ; the retractable table assembly comprising two tabletops each moveable between deployed positions and a retracted position and carried by a respective arm; each tabletop being mounted to its respective arm via a support panel ; each support panel being pivotably mounted to the respective arm at its proximal end and connected to the respective tabletop at its distal end, wherein in the deployed positions each support panel extends laterally outwardly towards its respective seat ; and characterised in that the tabletops are arranged such that in a centrally deployed position one tabletop is deployed centrally, between the seats , whereby the deployed tabletop extends from the distal end of the support panel towards, and beyond, its proximal end; in a laterally arranged position, either tabletop , or both tabletops are deployed laterally, whereby the or each deployed tabletop extends from the distal end of its respective support panel in the direction away from its proximal end; and in an expanded surface position, a first one of the tabletops is deployed laterally, extending away from the proximal end of its support panel and the second tabletop is deployed centrally, whereby the second tabletop extends from the distal end of its respective support panel towards and beyond its proximal end and over the proximal end of the other support panel , so as to be adjacent the first tabletop and thereby form an expanded surface.
A method for estimating the thermal resistivity of soil surrounding an underground cable , the method being performed by a thermal resistivity estimating unit and comprising: obtaining (S100; S110; S120) a first temperature (T s ) from a first temperature sensor at an exterior surface of the cable , obtaining (S102; s112) a second temperature (T a ) from a second temperature sensor placed in the soil at a distance from the cable , obtaining (S104; S114) a measurement of current (I c ) transmitted in the cable , and estimating (S106; S116, S118, S120, S122, S124, S126) the thermal resistivity of soil based on the first and the second temperatures (T s , T a ) as well as on the current measurement (I c ), characterized in that the estimation of the thermal resistivity of the soil is based on a difference between an estimate of the temperature at the exterior surface of the cable caused by power losses in the cable when the measured current (I c ) is running in the cable and the measured temperature at the exterior surface of the cable, and the estimation of the thermal resistivity of the soil is iterative and involves predicting a following thermal resistivity of the soil based on a combination of a previous thermal resistivity of the soil and the difference between the estimated temperature and the measured temperature at the exterior surface of the cable. obtaining (S100; S110; S120) a first temperature (T s ) from a first temperature sensor at an exterior surface of the cable , obtaining (S102; s112) a second temperature (T a ) from a second temperature sensor placed in the soil at a distance from the cable , obtaining (S104; S114) a measurement of current (I c ) transmitted in the cable , and estimating (S106; S116, S118, S120, S122, S124, S126) the thermal resistivity of soil based on the first and the second temperatures (T s , T a ) as well as on the current measurement (I c ), characterized in that the estimation of the thermal resistivity of the soil is based on a difference between an estimate of the temperature at the exterior surface of the cable caused by power losses in the cable when the measured current (I c ) is running in the cable and the measured temperature at the exterior surface of the cable, and the estimation of the thermal resistivity of the soil is iterative and involves predicting a following thermal resistivity of the soil based on a combination of a previous thermal resistivity of the soil and the difference between the estimated temperature and the measured temperature at the exterior surface of the cable.
A double pipe heat exchanger comprising an outer pipe and an inner pipe having a first flow channel therein and having an outer diameter smaller than an inner diameter of the outer pipe and inserted into the outer pipe to form a second flow channel between the inner pipe and the outer pipe , the double pipe heat exchanger comprising: a plurality of first grooves formed in a spiral shape in a lengthwise direction at an outer circumferential surface of the inner pipe to enable the second flow channel to have at least partially a spiral shape; characterized in that at least one second groove each formed in a portion between two first grooves adjacent to an outer circumferential surface of the inner pipe and formed along the first grooves . a plurality of first grooves formed in a spiral shape in a lengthwise direction at an outer circumferential surface of the inner pipe to enable the second flow channel to have at least partially a spiral shape; characterized in that at least one second groove each formed in a portion between two first grooves adjacent to an outer circumferential surface of the inner pipe and formed along the first grooves .
A method, comprising: detecting , by a device in a network, a power outage event in the network; advertising , by the device, a power-protected backbone to an unprotected node as having a path cost of approximately zero to cause the unprotected node in the network to use a first routing topology that includes the power-protected backbone, in response to detecting the power outage event, wherein the power-protected backbone includes one or more nodes that are protected against the power outage event and the unprotected node is not protected against the power outage event; routing , by the device, data for the unprotected node using the first routing topology; and causing , by the device, the unprotected node to use a second routing topology that optimizes a path from the unprotected node to a root node of the network based on one or more performance criteria. detecting , by a device in a network, a power outage event in the network; advertising , by the device, a power-protected backbone to an unprotected node as having a path cost of approximately zero to cause the unprotected node in the network to use a first routing topology that includes the power-protected backbone, in response to detecting the power outage event, wherein the power-protected backbone includes one or more nodes that are protected against the power outage event and the unprotected node is not protected against the power outage event; routing , by the device, data for the unprotected node using the first routing topology; and causing , by the device, the unprotected node to use a second routing topology that optimizes a path from the unprotected node to a root node of the network based on one or more performance criteria.
A method performed by wireless device, the method comprising: sending a radar-detected message to a peer device while operating in a Dynamic Frequency Selection, DFS, master mode, wherein the radar-detected message indicates that radar has been detected in a first frequency channel based on monitoring; sending a channel-switch announcement message to the peer device, wherein the channel-switch announcement message indicates a second frequency channel that is radar-free; switching from operating on the first frequency channel to operating on the second frequency channel; and characterized in switching from the DFS master mode to a DFS slave mode after the switch to operating on the second channel; and switching back the DFS master mode after establishing a connection with a root node in the second channel. sending a radar-detected message to a peer device while operating in a Dynamic Frequency Selection, DFS, master mode, wherein the radar-detected message indicates that radar has been detected in a first frequency channel based on monitoring; sending a channel-switch announcement message to the peer device, wherein the channel-switch announcement message indicates a second frequency channel that is radar-free; switching from operating on the first frequency channel to operating on the second frequency channel; and characterized in switching from the DFS master mode to a DFS slave mode after the switch to operating on the second channel; and switching back the DFS master mode after establishing a connection with a root node in the second channel.
Device inhibition of a polarizer A fuel tank of a motor vehicle, said tank comprising a pipe of filling in which is mounted said polarizer , the actuator comprising a flexible part in the form of a helix which is secured, at one of its ends, to the inlet of the tubing , and of which the other end , located inside the tubing , is free to rotate and translate between a folded position and an unfolded position of the flexible part , said free end comprising a pivoting movable flap , held closed by a return spring and comprising a tongue which, at rest in "position locked " of the flap , is engaged in an abutment (200-1) to prevent the opening of the flap , said device being characterized in that it comprises : - a hollow tube open at its two ends capable of being inserted into the flexible part of the keying device so as to move the propeller in rotation, to move the tongue out of the stop (200-1), and in translation, to open the movable pivoting shutter , - a rod able to slide inside said tube to a position of support for the shutter in which the rod supports the shutter in an open position, the tube being configured to be withdrawn while maintaining the rod in its position of support of the shutter so, on the one hand, to allow the rotation of the flexible part towards its folded position and, on the other hand, to maintain the shutter in an unlocked position , the rod being configured to be withdrawn from the polarizer , after the tube has been withdrawn from the part flexible, so that the tongue of the shutter comes to bear on the stopper (200-1) without however engaging with said stopper (200-1) so as to inhibit the polarizer . - a hollow tube open at its two ends capable of being inserted into the flexible part of the keying device so as to move the propeller in rotation, to move the tongue out of the stop (200-1), and in translation, to open the movable pivoting shutter , - a rod able to slide inside said tube to a position of support for the shutter in which the rod supports the shutter in an open position,
A use of a binder system containing (i) a resin component containing at least one isocyanate-terminated polyurethane prepolymer; and (ii) a hardener component containing at least one alkoxylated diamine as a laminating adhesive for food packaging. (i) a resin component containing at least one isocyanate-terminated polyurethane prepolymer; and (ii) a hardener component containing at least one alkoxylated diamine as a laminating adhesive for food packaging.
A device for shredding, in particular pureeing or pacotizing, of deep-frozen food products provided in block form with a tool for shredding at least a part of the deep-frozen food products block, which tool is coupled to one end of a rotatable shaft , by means of which it is during intended operation rotated about a particularly vertical axis of rotation (X) and by means of which it is thereby advanced along the axis of rotation (X) in a direction (S) towards the food products block, thereby scraping off layers of food from the food products block, wherein the coupling of the tool on the end of the shaft is designed in such a way, that the tool can be removed from the end of the shaft without tools and can be recoupled to the end of the shaft as intended, that the tool which is coupled to the end of the shaft as intended abuts axially against the end of the shaft and is thereby held in a forcelocking manner on the end of the shaft , that the tool which is coupled to the end of the shaft as intended forms a rotational form-lock in its intended direction of drive rotation with the end of the shaft for transmitting drive forces from the shaft to the tool , and wherein the device comprises a tool detection device by means of which it can be determined whether a tool is arranged at the end of the shaft as intended or not. with a tool for shredding at least a part of the deep-frozen food products block, which tool is coupled to one end of a rotatable shaft , by means of which it is during intended operation rotated about a particularly vertical axis of rotation (X) and by means of which it is thereby advanced along the axis of rotation (X) in a direction (S) towards the food products block, thereby scraping off layers of food from the food products block, wherein the coupling of the tool on the end of the shaft is designed in such a way, that the tool can be removed from the end of the shaft without tools and can be recoupled to the end of the shaft as intended, that the tool which is coupled to the end of the shaft as intended abuts axially against the end of the shaft and is thereby held in a forcelocking manner on the end of the shaft , that the tool which is coupled to the end of the shaft as intended forms a rotational form-lock in its intended direction of drive rotation with the end of the shaft for transmitting drive forces from the shaft to the tool , that the tool can be removed from the end of the shaft without tools and can be recoupled to the end of the shaft as intended, that the tool which is coupled to the end of the shaft as intended abuts axially against the end of the shaft and is thereby held in a forcelocking manner on the end of the shaft , that the tool which is coupled to the end of the shaft as intended forms a rotational form-lock in its intended direction of drive rotation with the end of the shaft for transmitting drive forces from the shaft to the tool , and wherein the device comprises a tool detection device by means of which it can be determined whether a tool is arranged at the end of the shaft as intended or not.
An electronic device comprising: a communication module ; and a processor configured to: receive , through the communication module, key information of an external electronic device from the external electronic device collecting and processing at least one item of user data of the electronic device , generate temporary identification information based on the received key information of the external electronic device and key information of the electronic device , transmit the generated temporary identification information to the external electronic device through the communication module, wherein the generated temporary identification information is transmitted from the external electronic device to a server with the processed at least one item, and receive , in response to transmitting a request signal for transmitting the processed item of the user data to the server with the generated temporary identification information, the at least one item of the user data corresponding to the generated temporary identification information from the server. a communication module ; and a processor configured to: receive , through the communication module, key information of an external electronic device from the external electronic device collecting and processing at least one item of user data of the electronic device , generate temporary identification information based on the received key information of the external electronic device and key information of the electronic device , transmit the generated temporary identification information to the external electronic device through the communication module, wherein the generated temporary identification information is transmitted from the external electronic device to a server with the processed at least one item, and receive , in response to transmitting a request signal for transmitting the processed item of the user data to the server with the generated temporary identification information, the at least one item of the user data corresponding to the generated temporary identification information from the server. receive , through the communication module, key information of an external electronic device from the external electronic device collecting and processing at least one item of user data of the electronic device , generate temporary identification information based on the received key information of the external electronic device and key information of the electronic device , transmit the generated temporary identification information to the external electronic device through the communication module, wherein the generated temporary identification information is transmitted from the external electronic device to a server with the processed at least one item, and receive , in response to transmitting a request signal for transmitting the processed item of the user data to the server with the generated temporary identification information, the at least one item of the user data corresponding to the generated temporary identification information from the server.
An oligosaccharide having a weight average molecular weight (Mw) of less than 3,000 Daltons, characterized in that said oligosaccharide comprises functional aldehyde groups and has a dimer saccharide content of 2.9 % by weight or less, based on the total weight of the oligosaccharide.
Use of cellulose ethers which are blended with one or more liquid antifoams for increasing the open time of cement-based tile adhesives and for improving the wetting of tiles with the cement-based tile adhesives and also for increasing the processing time of cement renders and of cement-based renders in composite thermal insulation systems.
An anti-cancer drug for use in a method for killing or inhibiting the growth of cancer cells in a target region, the method comprising the simultaneous steps of treating the cancer cells with the anti-cancer drug and applying an electric field to the target region for a period of time while the cancer cells are being treated with the anti-cancer drug, wherein the electric field is configured to damage the cancer cells or inhibit growth of the cancer cells but leaving normal cells in the target region substantially unharmed, wherein the electric field is an AC electric field having a frequency between 100 kHz and 300 kHz and a field strength in the target region of at least 1 V/cm, and the AC electric field is applied in at least two different directions in an alternating sequence by applying the AC electric field between two different sets of electrodes .