mhurhangee/patent-ind-claim-en huggingface dataset:
A method for controlling an electronic lock , wherein the electronic lock comprises a lock catch and a lock body , the lock body comprises a first lock hook and a second lock hook ; the first lock hook has a first lock hook locking position where the first lock hook is engaged with the lock catch and a first lock hook unlocking position where the first lock hook is separated from the lock catch ; the second lock hook has a second lock hook locking position where the second lock hook is operative to lock the first lock hook in the first lock hook locking position and a second lock hook unlocking position where the second lock hook is separated from the first lock hook ; wherein the method comprises: detecting (S210) whether a locking operation occurs, the locking operation being an operation in which the first lock hook moves from the first lock hook unlocking position; and controlling (S220) at least one of the first lock hook and the second lock hook to vibrate when the locking operation is detected, to enable the second lock hook to lock the first lock hook in the first lock hook locking position or to be separate from the first lock hook ; wherein at least one of the first lock hook and the second lock hook is controlled to vibrate when the locking operation is detected, so that if the first lock hook and the second lock hook are in a pseudo locking state, the vibration enables the second lock hook to lock the first lock hook in the first lock hook locking position or to be separated from the first lock hook . detecting (S210) whether a locking operation occurs, the locking operation being an operation in which the first lock hook moves from the first lock hook unlocking position; and controlling (S220) at least one of the first lock hook and the second lock hook to vibrate when the locking operation is detected, to enable the second lock hook to lock the first lock hook in the first lock hook locking position or to be separate from the first lock hook ; wherein at least one of the first lock hook and the second lock hook is controlled to vibrate when the locking operation is detected, so that if the first lock hook and the second lock hook are in a pseudo locking state, the vibration enables the second lock hook to lock the first lock hook in the first lock hook locking position or to be separated from the first lock hook .
A cornerpiece for a bed base, comprising a central wedge with at least two converging ramps , at least one side element (111; 111a, 111b) secured to or capable of being attached to a spar or a crossmember of the bed base, and a clamping device for clamping each side element (111; 111a, 111b) against at least one of the at least two ramps of the central wedge in order to consolidate a connection of the spar to the crossmember of the bed base through the cornerpiece , characterized in that the at least one side element comprises a first side element secured to or adapted to be attached to the spar of the bed base and a second side element secured to or capable of being attached to the crossmember of the bed base, and wherein the clamping device is configured to clamp the first side element against a first ramp of the at least two converging ramps and the second side element against a second ramp of the at least two converging ramps .
A method for manufacturing a separator for an electric double-layer capacitor, the separator being adapted for putting in a position between a pair of polarizable electrodes, capable of retaining an electrolytic solution containing electrolyte and having: a double-layer structure consisting of a fibrous layer A obtained by papermaking using a Fourdrinier-net or a tanmo-net and a fibrous layer B obtained by papermaking using a cylindrical-net, wherein the fibrous layer A and the fibrous layer B contain 70% by mass or more of refinable, regenerated cellulose fibers, and density of the entire double layer structure is 0.25 to 0.65 g/ cm 3 and thickness of the entire double layer structure is 10 to 150μm, the method being characterized by the steps of: refining a first fiber containing 70% by mass or more of regenerated cellulose fibers until the CSF value once decreases to 0 ml; then further refining the first fiber until the CSF value turns to rise to 10 to 600 ml; and making the fibrous layer A from the thus refined first fiber on a Fourdrinier-net or a tanmo-net; refining a second fiber containing 70% by mass or more of regenerated cellulose fibers until the CSF value turns to 700 to 0 ml; and making the fibrous layer B from the thus refined second fiber on a cylindrical-net; and combining the fibrous layer A and the fibrous layer B together into the double-layer structured separator, wherein CSF is Canadian Standard freeness measured in accordance with Japanese industrial Standard JIS P8121-2. refining a first fiber containing 70% by mass or more of regenerated cellulose fibers until the CSF value once decreases to 0 ml; then further refining the first fiber until the CSF value turns to rise to 10 to 600 ml; and making the fibrous layer A from the thus refined first fiber on a Fourdrinier-net or a tanmo-net; refining a second fiber containing 70% by mass or more of regenerated cellulose fibers until the CSF value turns to 700 to 0 ml; and making the fibrous layer B from the thus refined second fiber on a cylindrical-net; and combining the fibrous layer A and the fibrous layer B together into the double-layer structured separator,
A communication resilient network, comprising: a core network element, wherein the core network element comprises ports; an edge network element, wherein the edge network element comprises ports; a maintenance domain comprising a mechanism to detect edge to edge faults on the communication resilient network; wherein a first port of the edge network element connects to the core network element; wherein a first maintenance domain entity is provisioned at the first port of the edge network element; wherein a second maintenance domain entity is provisioned on an unused port of the core network element and wherein the second maintenance domain entity is a proxy for a future edge network element, wherein the future edge network element has yet to be added to the communication resilient network. a core network element, wherein the core network element comprises ports; an edge network element, wherein the edge network element comprises ports; a maintenance domain comprising a mechanism to detect edge to edge faults on the communication resilient network; wherein a first port of the edge network element connects to the core network element; wherein a first maintenance domain entity is provisioned at the first port of the edge network element; wherein a second maintenance domain entity is provisioned on an unused port of the core network element and wherein the second maintenance domain entity is a proxy for a future edge network element, wherein the future edge network element has yet to be added to the communication resilient network.
A process for purifying methyl methacrylate (MMA) comprising contacting liquid MMA having impurities therein with a sulphonic acid resin, in the presence of formaldehyde or a source of methylene or ethylene of formula I as defined below: where R 5 and R 6 are independently selected from C 1 -C 12 hydrocarbons or H; X is O; n is an integer from 1 to 100; and m is 1 or 2. where R 5 and R 6 are independently selected from C 1 -C 12 hydrocarbons or H; X is O; n is an integer from 1 to 100; and m is 1 or 2.
A method for diagnosing Alzheimer's disease (AD), characterized by : determining a biomarker level in a blood sample from a human subject suspected of having AD, the biomarker level being selected from the group consisting of a G72 protein level, and a combination of the G72 protein level and a SLC7A11 mRNA expression level; and comparing the biomarker level with a predetermined standard therefor; wherein an increase in the biomarker level relative to the predetermined standard therefor is indicative of AD in the human subject. determining a biomarker level in a blood sample from a human subject suspected of having AD, the biomarker level being selected from the group consisting of a G72 protein level, and a combination of the G72 protein level and a SLC7A11 mRNA expression level; and comparing the biomarker level with a predetermined standard therefor; wherein an increase in the biomarker level relative to the predetermined standard therefor is indicative of AD in the human subject.
A method of group communication within a mobile telecommunications network having a plurality of mobile terminals , each mobile terminal comprising a User Equipment, UE, the method comprising: receiving at a first UE of the plurality of mobile terminals , an identification of a multicast group from which a second UE of the plurality of mobile terminals is to receive data; identifying at the first UE if the first UE is a member of the multicast group; if the first UE is not a member of the multicast group, sending a request from the first UE to join the multicast group; subsequently receiving data packets associated with the multicast group at the first UE from an application server; and broadcasting the received data packets from the first UE for reception by the second UE . receiving at a first UE of the plurality of mobile terminals , an identification of a multicast group from which a second UE of the plurality of mobile terminals is to receive data; identifying at the first UE if the first UE is a member of the multicast group; if the first UE is not a member of the multicast group, sending a request from the first UE to join the multicast group; subsequently receiving data packets associated with the multicast group at the first UE from an application server; and broadcasting the received data packets from the first UE for reception by the second UE .
Feeder system for feeding a stack of stackable flat elements, in particular carton elements, to a processing device, the feeder system comprising a delivery ramp which comprises a receiving surface onto which an edge portion and a centre portion of the stack is arrangeable, a transport device comprising a supporting platform onto which at least a further edge portion of the stack is supportable, wherein the supporting platform is arranged adjacent to the receiving surface such that the further edge portion of the stack is receivable, a down holder element , wherein the downholder element is arranged for adjusting a size of a gap between the downholder element itself and the supporting platform, such that the further edge portion of the stack is clampable between the downholder element and the supporting platform, characterised in that the transport device is configured to be movable along a first direction between a receiving position, at which the stack is receivable by the delivery ramp , and a hand over position at the processing device such that the stack is movable from the receiving position to the hand over position, wherein the first direction is a direction which is parallel to an edge of the delivery ramp and parallel to the further edge portion of the stack which is locatable onto the delivery ramp . a delivery ramp which comprises a receiving surface onto which an edge portion and a centre portion of the stack is arrangeable, a transport device comprising a supporting platform onto which at least a further edge portion of the stack is supportable, wherein the supporting platform is arranged adjacent to the receiving surface such that the further edge portion of the stack is receivable, a down holder element , wherein the downholder element is arranged for adjusting a size of a gap between the downholder element itself and the supporting platform, such that the further edge portion of the stack is clampable between the downholder element and the supporting platform, characterised in that the transport device is configured to be movable along a first direction between a receiving position, at which the stack is receivable by the delivery ramp , and a hand over position at the processing device such that the stack is movable from the receiving position to the hand over position, wherein the first direction is a direction which is parallel to an edge of the delivery ramp and parallel to the further edge portion of the stack which is locatable onto the delivery ramp .
Electrical installation device such as a switch or button, having a base with fastening means for mounting along a mounting direction (M) in a mounting opening of a mounting wall, and a design rocker mounted so as to be movable parallel to the mounting direction (M) over a wallpaper compensation range (T), wherein a design frame resting on the mounting wall and surrounding the design rocker can be fastened between the design rocker and the base, wherein an electrical switching arrangement is arranged in the base , which switching arrangement is in mechanical operative connection with the design rocker and can be electrically connected to a lighting element , characterized in that the lighting element is mounted directly on the base so as to be movable parallel to the mounting direction (M) over a range between a minimum position and a maximum position corresponding to at least the wallpaper compensation range (T), and the lighting element is subjected to a displacement force by at least one spring means against the mounting direction (M) in the direction of the maximum position.
A compound of formula (II): wherein: R 1 is -F, -Cl, or -Br; R 2 and R 3 are each independently -H, or R 2 and R 3 together with the carbon atom to which they are attached form cyclopropyl; R 4 is -H or methyl; and R 5 is -CN, or a pharmaceutically acceptable salt, geometric isomer, enantiomer, distereomer, racemate, solvate, or hydrate thereof. R 1 is -F, -Cl, or -Br; R 2 and R 3 are each independently -H, or R 2 and R 3 together with the carbon atom to which they are attached form cyclopropyl; R 4 is -H or methyl; and R 5 is -CN, or a pharmaceutically acceptable salt, geometric isomer, enantiomer, distereomer, racemate, solvate, or hydrate thereof.
A method of decoding optically encoded information performed by an image processing system , the method comprising: obtaining first image data corresponding to an image of optically encoded information received via a lens unit that causes controlled spherical aberration (step 802); performing decoding processing on the first image data (step 804); responsive to the decoding processing on the first image data not producing data corresponding to the optically encoded information, obtaining second image data by performing deconvolution processing on the first image data (step 810) and performing the decoding processing on the second image data (step 812); and responsive to the decoding processing on the second image data not producing the data corresponding to the optically encoded information, obtaining third image data by performing filter deconvolution processing on the first image data (step 816) and performing the decoding processing on the third image data (step 818); and characterized in that the filter deconvolution processing is performed using a first deconvolution kernel matrix and a second deconvolution kernel matrix that is orthogonal to the first deconvolution kernel matrix. obtaining first image data corresponding to an image of optically encoded information received via a lens unit that causes controlled spherical aberration (step 802); performing decoding processing on the first image data (step 804); responsive to the decoding processing on the first image data not producing data corresponding to the optically encoded information, obtaining second image data by performing deconvolution processing on the first image data (step 810) and performing the decoding processing on the second image data (step 812); and responsive to the decoding processing on the second image data not producing the data corresponding to the optically encoded information, obtaining third image data by performing filter deconvolution processing on the first image data (step 816) and performing the decoding processing on the third image data (step 818); and characterized in that the filter deconvolution processing is performed using a first deconvolution kernel matrix and a second deconvolution kernel matrix that is orthogonal to the first deconvolution kernel matrix.
A method of measuring distances between a plurality of nodes located in a network by an apparatus connected with the network, the method comprising: randomly selecting N or more nodes among a plurality of nodes located in the network; forming an n-dimensional space by using the randomly selected N or more nodes, wherein N>n and n≥1, the forming of the n-dimensional space being performed by using node information received from each of the randomly selected N or more nodes, wherein the node information comprises: information containing at least one of identification information on the node, an IP address of the node, a type of apparatus of the node, a type of line connected to the node, and a geographical position of the node; and information on distances between the node and adjacent nodes; wherein a distance between the node and an adjacent node is a relative concept according to a rate of data transmission between the node and the adjacent node; determining coordinates of other nodes in the formed n-dimensional space by using distances between the randomly selected N or more nodes and the other nodes; and calculating distances between the plurality of nodes located in the network by using the determined coordinates. randomly selecting N or more nodes among a plurality of nodes located in the network; forming an n-dimensional space by using the randomly selected N or more nodes, wherein N>n and n≥1, the forming of the n-dimensional space being performed by using node information received from each of the randomly selected N or more nodes, wherein the node information comprises: information containing at least one of identification information on the node, an IP address of the node, a type of apparatus of the node, a type of line connected to the node, and a geographical position of the node; and information on distances between the node and adjacent nodes; wherein a distance between the node and an adjacent node is a relative concept according to a rate of data transmission between the node and the adjacent node; information containing at least one of identification information on the node, an IP address of the node, a type of apparatus of the node, a type of line connected to the node, and a geographical position of the node; and information on distances between the node and adjacent nodes; wherein a distance between the node and an adjacent node is a relative concept according to a rate of data transmission between the node and the adjacent node; determining coordinates of other nodes in the formed n-dimensional space by using distances between the randomly selected N or more nodes and the other nodes; and calculating distances between the plurality of nodes located in the network by using the determined coordinates.
A system for a battery fuel gauge for a battery comprising: an impedance measurement circuit electrically coupled to the battery and configured to measure an impedance of the battery ; a battery information interface configured to provide an estimate of a charge state of the battery; a processor configured to: receive an impedance measurement of the battery from the impedance measurement circuit ; when within a first charge state range, estimate the charge state of the battery based at least in part on the impedance measurement; when within a second charge state range, estimate the charge state of the battery based at least in part on an open circuit voltage, OCV; and provide the charge state to the battery information interface. an impedance measurement circuit electrically coupled to the battery and configured to measure an impedance of the battery ; a battery information interface configured to provide an estimate of a charge state of the battery; a processor configured to: receive an impedance measurement of the battery from the impedance measurement circuit ; when within a first charge state range, estimate the charge state of the battery based at least in part on the impedance measurement; when within a second charge state range, estimate the charge state of the battery based at least in part on an open circuit voltage, OCV; and provide the charge state to the battery information interface. receive an impedance measurement of the battery from the impedance measurement circuit ; when within a first charge state range, estimate the charge state of the battery based at least in part on the impedance measurement; when within a second charge state range, estimate the charge state of the battery based at least in part on an open circuit voltage, OCV; and provide the charge state to the battery information interface.
A method of separating oxygen from an oxygen-containing fluid stream, the method comprising: contacting the oxygen-containing fluid stream with an oxygen-selective zeolite adsorbent comprising at least 90% chabazite, wherein the chabazite is a single phase chabazite having an Si/Al ratio of 1.2 to 1.8, and is selected from K,NaCHA and Li,NaCHA.
A fluid management system connectable to a probe and for use with a fluid reservoir to re-circulate a distending fluid in a body space or potential space, said system comprising: an inflow pump connectable to a fluid inflow lumen for providing an inflow of the distending fluid from the fluid reservoir to the body space or potential space; an outflow pump connectable to a fluid outflow lumen of the probe for removing fluid from the body space or potential space; at least two pressure sensors each capable of providing a pressure signal indicating fluid pressure in the body space or potential space; a controller configured to compare pressure signals from the at least two pressure sensors; and a filter system for filtering removed distending fluid before returning the removed distending fluid to the fluid reservoir; wherein the controller is configured for operation in a pressure control mode wherein the inflow pump and the outflow pump cooperate to deliver fluid to the body space or potential space and maintain the fluid pressure in the body space or potential space within a predetermined pressure range. an inflow pump connectable to a fluid inflow lumen for providing an inflow of the distending fluid from the fluid reservoir to the body space or potential space; an outflow pump connectable to a fluid outflow lumen of the probe for removing fluid from the body space or potential space; at least two pressure sensors each capable of providing a pressure signal indicating fluid pressure in the body space or potential space; a controller configured to compare pressure signals from the at least two pressure sensors; and a filter system for filtering removed distending fluid before returning the removed distending fluid to the fluid reservoir; wherein the controller is configured for operation in a pressure control mode wherein the inflow pump and the outflow pump cooperate to deliver fluid to the body space or potential space and maintain the fluid pressure in the body space or potential space within a predetermined pressure range.