mhurhangee/patent-ind-claim-en huggingface dataset:
An information processing system configured to perform diagnostics on image forming apparatuses comprising: a processor configured to: obtain a diagnostic result for each of a plurality of predetermined diagnostic items the diagnostic items being determined in advance in accordance with a chart image included in an image read by the image forming apparatus, the diagnostic items respectively related to different image quality defects; characterized in that : when for at least one diagnostic item among the plurality of diagnostic items which is an overlapping diagnostic item appearing on more than one of the chart images, a plurality of diagnostic results are respectively obtained based on a plurality of chart images which are different from each other and a respective priority level is associated with each diagnostic item on the basis of each chart image, the processor is configured to generate a screen on which either: a) only one of the plurality of diagnostic results associated with the highest priority is displayed; or b) on which a diagnostic result obtained based on the plurality of diagnostic results, appropriately weighted on the basis of the priority level, is displayed. a) only one of the plurality of diagnostic results associated with the highest priority is displayed; or b) on which a diagnostic result obtained based on the plurality of diagnostic results, appropriately weighted on the basis of the priority level, is displayed.
A computer-implemented method, comprising: receiving control information; generating, using a processor, a multidimensional space of possible grid control states based on the control information; constraining the multidimensional space by removing grid control states that are outside of normal operational conditions; selecting, using a processor, a grid control state from the constrained multidimensional space; and automatically adjusting one or more controls of the utility grid to implement the selected grid control state. receiving control information; generating, using a processor, a multidimensional space of possible grid control states based on the control information; constraining the multidimensional space by removing grid control states that are outside of normal operational conditions; selecting, using a processor, a grid control state from the constrained multidimensional space; and automatically adjusting one or more controls of the utility grid to implement the selected grid control state.
Electrical/electronic installation device with a functional module designed as an insert (E) being provided for mounting in an installation box (I) installed in a building wall (G), and having electrical/electronic components (K) necessary for functioning and being provided at the rear with connecting elements for connection to an installation system of a building and at the front having coupling elements for producing a magnetic active connection with at least one operating element , wherein in the insert (E) is housed at least one sensor detecting changing magnetic fields and wherein the operating element has at least one magnetic element which interacts with the at least one electrically isolated sensor of the insert (E), wherein the insert (E) is provided on the front side with an end plate coming to rest on the rear side of the building wall (G), and wherein the end plate , on its outer surface facing the at least one operating element , provides at least one coupling element designed as guideway , which at least one guideway is fitted with a plurality of magnetic metal elements , and wherein the at least one operating element provides at least one guiding device interacting with the at least one guideway , and wherein several magnetic elements are assigned to the at least one guiding device, which magnetic elements correspond in number to the magnetic metal elements of the guideway . wherein the insert (E) is provided on the front side with an end plate coming to rest on the rear side of the building wall (G), and wherein the end plate , on its outer surface facing the at least one operating element , provides at least one coupling element designed as guideway , which at least one guideway is fitted with a plurality of magnetic metal elements , and wherein the at least one operating element provides at least one guiding device interacting with the at least one guideway , and wherein several magnetic elements are assigned to the at least one guiding device, which magnetic elements correspond in number to the magnetic metal elements of the guideway .
An apparatus for fixing a predefined length of a material, the apparatus comprising a substrate , preferably a planar substrate, a fixing band and retraction means , in which the fixing band comprises a first end and a second end , the first end being located at a longitudinal end of the fixing band and the second end being located at the opposite longitudinal end of the fixing band , the fixing band being movable between two states, a fixing state in which the fixing band is fixed to the substrate , the fixing state being intended for fixing the predefined length of a material between the fixing band and the substrate , and a rolled-up state in which the fixing band is rolled up from the fixing state, wherein the fixing band comprises a magnetic material , that the substrate comprises a magnetic material, and that the retraction means are configured to deliver a retraction force to the fixing band in a longitudinal direction of the fixing band , wherein the fixing band in the fixing state is fixed to the substrate by a magnetic force between the magnetic material of the fixing band and the magnetic material of the substrate , and wherein in the rolled-up state the fixing band is rolled up from the fixing state by allowing the retraction means to apply a retraction force at the second end of the fixing band towards the first end of the fixing band . the fixing band comprises a magnetic material , that the substrate comprises a magnetic material, and that the retraction means are configured to deliver a retraction force to the fixing band in a longitudinal direction of the fixing band , wherein the fixing band in the fixing state is fixed to the substrate by a magnetic force between the magnetic material of the fixing band and the magnetic material of the substrate , and wherein in the rolled-up state the fixing band is rolled up from the fixing state by allowing the retraction means to apply a retraction force at the second end of the fixing band towards the first end of the fixing band .
A method of providing wireless power from a wireless power device comprising wireless communication means and a wireless power transmitter to an authorized electronic device while restricting access by unauthorized devices, the method comprising: transmitting, via the wireless communication means, an encrypted code identifying a time-dependent pattern for varying an impedance of a wireless power receiver of the authorized electronic device for wireless power transmission from the wireless power device to the authorized electronic device after a user of the authorized electronic device has subscribed or paid for wireless power service; and transmitting wireless power via the wireless power transmitter to the authorized electronic device while varying the impedance of the wireless power transmitter according to the time-dependent pattern. transmitting, via the wireless communication means, an encrypted code identifying a time-dependent pattern for varying an impedance of a wireless power receiver of the authorized electronic device for wireless power transmission from the wireless power device to the authorized electronic device after a user of the authorized electronic device has subscribed or paid for wireless power service; and transmitting wireless power via the wireless power transmitter to the authorized electronic device while varying the impedance of the wireless power transmitter according to the time-dependent pattern.
Deployable flap hinge , comprising a flap part assigned to a flap (A), the flap part comprising an upper flap part and a lower flap part , a body part assigned to a vehicle body (B), a first joint assembly which connects the flap part and the body part in an articulated manner, a second joint assembly connecting the upper flap part and lower flap part in an articulated manner, the upper flap part being pivotable relative to the lower flap part between an idle position and a deployed position, a locking arrangement for locking the deployment movement of the upper flap part , and a preload device for preloading the upper flap part in the direction towards the deployed position, characterized in that the preload device comprises a preload element formed in a single piece from a part of the flap hinge . a flap part assigned to a flap (A), the flap part comprising an upper flap part and a lower flap part , a body part assigned to a vehicle body (B), a first joint assembly which connects the flap part and the body part in an articulated manner, a second joint assembly connecting the upper flap part and lower flap part in an articulated manner, the upper flap part being pivotable relative to the lower flap part between an idle position and a deployed position, a locking arrangement for locking the deployment movement of the upper flap part , and a preload device for preloading the upper flap part in the direction towards the deployed position, characterized in that the preload device comprises a preload element formed in a single piece from a part of the flap hinge .
A method for extracting nucleic acids from a biological sample, the method comprising: (a) disrupting a biological sample by bead-beating a biological sample-bead solution prepared by adding a buffer solution, a surfactant, and beads to the biological sample to obtain a biological sample-bead solution with disrupted biological sample; (b) performing a purification of the biological sample-bead solution with disrupted biological sample to separate solid impurities from the solution to obtain a purified solution; (c) performing a repurification by adding a kosmotropic salt solution to the purified solution, wherein the kosmotropic salt solution is a sodium sulfate (Na 2 SO 4 ) solution to obtain a repurified solution; and (d) extracting nucleic acids from the repurified solution. (a) disrupting a biological sample by bead-beating a biological sample-bead solution prepared by adding a buffer solution, a surfactant, and beads to the biological sample to obtain a biological sample-bead solution with disrupted biological sample; (b) performing a purification of the biological sample-bead solution with disrupted biological sample to separate solid impurities from the solution to obtain a purified solution; (c) performing a repurification by adding a kosmotropic salt solution to the purified solution, wherein the kosmotropic salt solution is a sodium sulfate (Na 2 SO 4 ) solution to obtain a repurified solution; and (d) extracting nucleic acids from the repurified solution.
A wearable computing device comprising: a heat removal system incorporated into the device, the heat removal system comprising: a conduit loop including a flexible portion; characterized by : a dispersion of particles of an electrical conductor in a heat transfer fluid disposed within the conduit loop ; a pair of electrodes to introduce a flow of electric current through the particles in the dispersion; and one or more magnets to introduce a magnetic field within the conduit loop in a region of the pair of electrodes , such that the electrodes are operable to apply an electromagnetic pumping force on the particles in the dispersion, and wherein the flexible portion of the conduit loop is positioned within a flexible portion of the device. a conduit loop including a flexible portion; characterized by : a dispersion of particles of an electrical conductor in a heat transfer fluid disposed within the conduit loop ; a pair of electrodes to introduce a flow of electric current through the particles in the dispersion; and one or more magnets to introduce a magnetic field within the conduit loop in a region of the pair of electrodes , such that the electrodes are operable to apply an electromagnetic pumping force on the particles in the dispersion, and wherein the flexible portion of the conduit loop is positioned within a flexible portion of the device. a dispersion of particles of an electrical conductor in a heat transfer fluid disposed within the conduit loop ; a pair of electrodes to introduce a flow of electric current through the particles in the dispersion; and one or more magnets to introduce a magnetic field within the conduit loop in a region of the pair of electrodes , such that the electrodes are operable to apply an electromagnetic pumping force on the particles in the dispersion, and wherein the flexible portion of the conduit loop is positioned within a flexible portion of the device.
An analysis apparatus that analyzes a Uniform Resource Locator, URL, of a Web page, the analysis apparatus comprising: a classification unit configured to, upon receiving input of an URL of an analysis target Web page, access the URL of the analysis target Web page and classify the analysis target Web page into a category that is an index indicating a Web page leading method; a first detection unit configured to detect an operation target of user operation from the analysis target Web page in accordance with a detection method that is set in advance for the category classified by the classification unit ; an execution unit configured to execute operation on the operation target detected by the first detection unit ; a second detection unit configured to detect an operation event that occurs after the execution unit has performed the operation on the operation target; and an output unit configured to output log data in which communication that has occurred due to the operation performed by the execution unit , the operation event detected by the second detection unit , and a Web browser screen that has been changed due to the operation performed by the execution unit are associated with the URL of the analysis target Web page. a classification unit configured to, upon receiving input of an URL of an analysis target Web page, access the URL of the analysis target Web page and classify the analysis target Web page into a category that is an index indicating a Web page leading method; a first detection unit configured to detect an operation target of user operation from the analysis target Web page in accordance with a detection method that is set in advance for the category classified by the classification unit ; an execution unit configured to execute operation on the operation target detected by the first detection unit ; a second detection unit configured to detect an operation event that occurs after the execution unit has performed the operation on the operation target; and an output unit configured to output log data in which communication that has occurred due to the operation performed by the execution unit , the operation event detected by the second detection unit , and a Web browser screen that has been changed due to the operation performed by the execution unit are associated with the URL of the analysis target Web page.
An acrylic rubber composition comprising, based on 100 parts by mass of (a1) an acrylic rubber obtained by copolymerizing 0.1 to 10% by mass of a crosslinkable group-containing monomer, (a2) 0.4 to 50.0 parts by mass of a liquid fluororubber which is in the form of a liquid at 20°C.
A sputtering target assembly comprising: a sputtering target formed from a sputtering target material and having a rear surface; a backing plate having a front surface; and an interlayer extending between the target and the backing plate , the interlayer comprising a first layer in direct contact with the sputtering target rear surface, and a second layer in direct contact with the backing plate front surface; wherein the first layer is formed of a first mixture containing a first material and a second material and having a higher concentration of the first material than the second material, and wherein the second layer is formed of a second mixture containing the first material and the second material and having a higher concentration of the second material than the first material; wherein the first material and the second material are each present throughout the interlayer . a sputtering target formed from a sputtering target material and having a rear surface; a backing plate having a front surface; and an interlayer extending between the target and the backing plate , the interlayer comprising a first layer in direct contact with the sputtering target rear surface, and a second layer in direct contact with the backing plate front surface; wherein the first layer is formed of a first mixture containing a first material and a second material and having a higher concentration of the first material than the second material, and wherein the second layer is formed of a second mixture containing the first material and the second material and having a higher concentration of the second material than the first material; wherein the first material and the second material are each present throughout the interlayer .
A composition for use in organ, tissue or cell transplantation, comprising: a peptide comprising the amino acid sequence of SEQ ID NO: 1, a fragment of the peptide of SEQ ID NO: 1 or a peptide having at least 80% sequence homology with SEQ ID NO: 1 as an active ingredient which promotes the survivability and/or functions of the organ, tissue, and individual cell grafts, wherein the composition is administered to a donor in any one or more stages before or during transplantation and wherein the organ, tissue or cell is lung or tissue or cells thereof.
A method performed by a computing system, the method comprising: receiving a threshold metric condition, and operational metric data, associated with a past time period, of a metric; performing a threshold determination, based on a first time window defined by a first length, that includes, for each of a different number of consecutive instances of the first time window over a first portion of the past time period, determining a first data value that corresponds to a first number of times the threshold metric condition is met by the operational metric data in the number of consecutive instances of the first time window; generating a first data set that is monotonically decreasing and that includes the first data values; determining , based at least on an amount of change between first data values that are adjacent across the first data set, a first number of consecutive instances of the first time window; and applying the first number of consecutive instances of the first time window, as a monitoring interval, to a system alert monitor that monitors the metric and that triggers system alerts based on the monitoring interval. receiving a threshold metric condition, and operational metric data, associated with a past time period, of a metric; performing a threshold determination, based on a first time window defined by a first length, that includes, for each of a different number of consecutive instances of the first time window over a first portion of the past time period, determining a first data value that corresponds to a first number of times the threshold metric condition is met by the operational metric data in the number of consecutive instances of the first time window; generating a first data set that is monotonically decreasing and that includes the first data values; determining , based at least on an amount of change between first data values that are adjacent across the first data set, a first number of consecutive instances of the first time window; and applying the first number of consecutive instances of the first time window, as a monitoring interval, to a system alert monitor that monitors the metric and that triggers system alerts based on the monitoring interval.
An aqueous dispersion comprising: particles of acrylic copolymer comprising one or more acetoacetyl functional groups and one or more hydrophilic groups chemically bonded to its molecular backbone; wherein the acrylic copolymer has a number average molecular weight of between 2000-100,000 g/mol, as determined by gel permeation chromatography (GPC); wherein the acrylic copolymer comprises between from 10 wt% to 30 wt% of the acetoacetyl functional groups relative to the weight of the acrylic copolymer. wherein the acrylic copolymer has a number average molecular weight of between 2000-100,000 g/mol, as determined by gel permeation chromatography (GPC); wherein the acrylic copolymer comprises between from 10 wt% to 30 wt% of the acetoacetyl functional groups relative to the weight of the acrylic copolymer.
A multi-stage traveling wave thermoacoustic heat engine , characterised by : a domed cylindrical shell ; a thermal buffer tube coaxially located inside said shell , said thermal buffer tube further comprising one or more tube partitions dividing the thermal buffer tube into a plurality of thermal buffer tube stages ; an annular regenerator located between the shell and the thermal buffer tube , said regenerator further comprising one or more regenerator partitions dividing the regenerator into a plurality of sealed regenerator stages corresponding to the stages in the thermal buffer tube; a flow turner heat exchanger at a first end of said shell; and a slotted heat exchanger at a second end of said shell opposite the first end; wherein said thermal buffer tube stages and said regenerator stages are operatively coupled such that a gas flow enters a lower end of a first thermal buffer tube stage , flows past the flow turner heat exchanger into a first regenerator stage and is directed by the one or more regenerator partitions into a second thermal buffer tube stage adjacent to the first thermal buffer tube stage . a domed cylindrical shell ; a thermal buffer tube coaxially located inside said shell , said thermal buffer tube further comprising one or more tube partitions dividing the thermal buffer tube into a plurality of thermal buffer tube stages ; an annular regenerator located between the shell and the thermal buffer tube , said regenerator further comprising one or more regenerator partitions dividing the regenerator into a plurality of sealed regenerator stages corresponding to the stages in the thermal buffer tube; a flow turner heat exchanger at a first end of said shell; and a slotted heat exchanger at a second end of said shell opposite the first end; wherein said thermal buffer tube stages and said regenerator stages are operatively coupled such that a gas flow enters a lower end of a first thermal buffer tube stage , flows past the flow turner heat exchanger into a first regenerator stage and is directed by the one or more regenerator partitions into a second thermal buffer tube stage adjacent to the first thermal buffer tube stage .