mhurhangee/ep-ind-claims huggingface dataset:
A method of calibrating a chamberless optical detector comprising: affixing a calibration material to a sensing surface of the optical detector; and emitting light from at least one light source of the optical detector to the calibration material; receiving scattered light from the calibration material at at least one sensing device; determining an obscuration based on the reflected scattered light; and comparing the obscuration with a predetermined threshold; and calibrating one or more parameters of the optical detector using the calibration material; characterized in that the calibration material is a sticker-like film and is removably adhered to the sensing surface. affixing a calibration material to a sensing surface of the optical detector; and emitting light from at least one light source of the optical detector to the calibration material; receiving scattered light from the calibration material at at least one sensing device; determining an obscuration based on the reflected scattered light; and comparing the obscuration with a predetermined threshold; and calibrating one or more parameters of the optical detector using the calibration material; characterized in that the calibration material is a sticker-like film and is removably adhered to the sensing surface.
A composition comprising a biomaterial and an activator of innate immunity for use in treating cancer, wherein the biomaterial is or comprises hyaluronic acid, and wherein the treatment comprises intraoperative administration of the composition at a tumor resection site of a subject suffering from cancer.
A mobile electronic device, comprising: a lens component coupled to a lens position component; a touchscreen display operative to display an image having a first focal point; a focal point selection module coupled to the display, the focal point selection module responsive to a first type of user input on the touchscreen display to select a desired second focal point for the image, the second focal point corresponding to a location on the image; a focus control module coupled to the focal point selection module and the lens position component, the focus control module operative to provide focus control signals to the lens position component so as to allow the lens position component to focus the lens component on the second focal point while the image is being displayed; and a flash component coupled to a flash control module, wherein the flash control module is configured to select a flash level value representing a flash intensity for the flash component based on the second focal point, and wherein the one or more processors captures the image, based on the flash level value, in response to a second type of user input on the touchscreen display, the second type of user input being different than the first type of user input. a lens component coupled to a lens position component; a touchscreen display operative to display an image having a first focal point; a focal point selection module coupled to the display, the focal point selection module responsive to a first type of user input on the touchscreen display to select a desired second focal point for the image, the second focal point corresponding to a location on the image; a focus control module coupled to the focal point selection module and the lens position component, the focus control module operative to provide focus control signals to the lens position component so as to allow the lens position component to focus the lens component on the second focal point while the image is being displayed; and a flash component coupled to a flash control module, wherein the flash control module is configured to select a flash level value representing a flash intensity for the flash component based on the second focal point, and wherein the one or more processors captures the image, based on the flash level value, in response to a second type of user input on the touchscreen display, the second type of user input being different than the first type of user input.
An internal structured self assembled liposome (ISSAL), comprising: - a nuclear core molecule or complex comprising a first nucleic acid molecule; and - a first lipid bilayer surrounding the nuclear core molecule or complex, the first lipid bilayer comprising a phospholipid coupled to a second nucleic acid molecule, wherein the second nucleic acid molecule extends from an internal surface of the liposome and is complementary and coupled to the first nucleic acid molecule. - a nuclear core molecule or complex comprising a first nucleic acid molecule; and - a first lipid bilayer surrounding the nuclear core molecule or complex, the first lipid bilayer comprising a phospholipid coupled to a second nucleic acid molecule, wherein the second nucleic acid molecule extends from an internal surface of the liposome and is complementary and coupled to the first nucleic acid molecule.
Illumination apparatus for a microscope, having a laser unit, which generates at least one broadband laser light pulse, wherein light components (71, 72, 73, 74, 75, 76) of the broadband laser light pulse having different wavelengths are temporally offset with respect to one another, having a compensation unit in the beam path of the broadband laser light pulse, which compensation unit temporally offsets the light components (71, 72, 73, 74, 75, 76) of the broadband laser light pulse in such a way that they leave the illumination apparatus at the same time, and having an acousto-optic adjustable filter, which cuts out laser light in narrow spectral wavelength bands from the broadband laser light pulse so that after passing through the acousto-optic adjustable filter, the light components (71, 72, 73, 74, 75, 76) are spectrally limited and spectrally spaced apart from one another, wherein the compensation unit comprises a microstructured optical fibre as a compensation element.
A tissue pad for use in an ultrasonic clamp coagulator, said clamp coagulator comprising an ultrasonic waveguide having a proximal and distal end; an ultrasonically actuated blade attached to the distal end of the waveguide; and a clamp arm pivotable with respect to said blade member and having an open position in which at least a portion of the clamp arm is spaced from the blade and a closed position in which the clamp arm is adjacent to the blade for clamping tissue between the tissue pad and the blade, said tissue pad comprising: a) a distal tissue pad portion, the distal tissue pad portion having first and second ends and a tissue engaging surface; b) a proximal tissue pad portion, the proximal tissue pad portion having first and second ends and a tissue engaging surface; characterised in that: the distal tissue pad portion has a greater lubricity than the proximal tissue pad portion; and the proximal tissue pad portion has a greater resistance to heat than the distal tissue pad portion. a) a distal tissue pad portion, the distal tissue pad portion having first and second ends and a tissue engaging surface; b) a proximal tissue pad portion, the proximal tissue pad portion having first and second ends and a tissue engaging surface; characterised in that: the distal tissue pad portion has a greater lubricity than the proximal tissue pad portion; and the proximal tissue pad portion has a greater resistance to heat than the distal tissue pad portion. the distal tissue pad portion has a greater lubricity than the proximal tissue pad portion; and the proximal tissue pad portion has a greater resistance to heat than the distal tissue pad portion.
An analysis device for a target biological substance, comprising a generator configured to generate a microscopic image of a tissue sample after staining as a staining image including fluorescent bright points; a divider configured to divide the microscopic image into at least one section having a prescribed size, and configured to specify a reference region to determine at least one analysis target section to be analyzed; an analyzer configured to analyze the staining image for each section, and further configured to classify the at least one section as an analysis target based on whether or not the number of fluorescent bright points in each of the sections is equal to or more than the number of fluorescent bright points in the reference region; and a calculator that calculates a prescribed statistic of the fluorescent bright points for each section classified as analysis target based on an analysis result by the analyzer.
An apparatus comprising: a processor configured to: receive image data in respect of a user of a personal care device, wherein the personal care device is to be used to treat a portion of the user; receive device operating data relating to the personal care device; determine position information of at least a treatment element of the personal care device relative to the user; generate, based on the received image data, the received device operating data and the determined position information, an image representative of a predicted appearance of the portion of the user following treatment using the personal care device; and provide the generated image for display on a representation of the user. receive image data in respect of a user of a personal care device, wherein the personal care device is to be used to treat a portion of the user; receive device operating data relating to the personal care device; determine position information of at least a treatment element of the personal care device relative to the user; generate, based on the received image data, the received device operating data and the determined position information, an image representative of a predicted appearance of the portion of the user following treatment using the personal care device; and provide the generated image for display on a representation of the user.
A system for server provisioning with a runbook, the system including instructions stored on a non-transitory computer readable storage medium and executable by at least one semiconductor processor, the system comprising: a runbook manager configured to provision and update a plurality of servers within a data center and configured to cause the at least one semiconductor processor to generate the runbook including a runbook graph with each node in the runbook graph representing a server state, the runbook governing future server provisioning jobs, based on analyzed job history, the runbook manager including a job history monitor configured to store job histories related to previous server provisioning operations within the data center, using a job history repository, a history analyzer configured to analyze a job history stored in the job history repository for a plurality of provisioning jobs performed to provision the plurality of servers, to thereby obtain the analyzed job history by utilizing a chronological timeline of tasks executed with respect to specific servers of the plurality of servers, and a runbook graph generator configured to generate the runbook, including generating a runbook graph in which pairs of server states are linked by corresponding provisioning jobs that advance a corresponding server from the first state of the pair of server states to the second state of the pair of server states, wherein the runbook graph includes a forest graph of nodes, each representing a server state, and links, each representing a provisioning job, and wherein the forest graph includes a plurality of tree graphs defined by corresponding root nodes (306, 308, 310), where each root node corresponds to a server type. a job history monitor configured to store job histories related to previous server provisioning operations within the data center, using a job history repository, a history analyzer configured to analyze a job history stored in the job history repository for a plurality of provisioning jobs performed to provision the plurality of servers, to thereby obtain the analyzed job history by utilizing a chronological timeline of tasks executed with respect to specific servers of the plurality of servers, and a runbook graph generator configured to generate the runbook, including generating a runbook graph in which pairs of server states are linked by corresponding provisioning jobs that advance a corresponding server from the first state of the pair of server states to the second state of the pair of server states, wherein the runbook graph includes a forest graph of nodes, each representing a server state, and links, each representing a provisioning job, and wherein the forest graph includes a plurality of tree graphs defined by corresponding root nodes (306, 308, 310), where each root node corresponds to a server type.
A floor stand with an angled arm for a microscope comprising: a base comprising means for moving about the floor, the base being coupled to a central pillar; a support column having a top end, a bottom end, and a column longitudinal axis, the bottom end being coupled to the top of the central pillar, the top end connected to a first end of a lateral arm and the top end extending downward from the first end of the lateral arm, the support column being as long as the lateral arm; the lateral arm having the first end, a second end, and an arm longitudinal axis substantially parallel to the floor; and an articulating arm having a pivot end and an attachment point end, the pivot end being connected to the second end of the lateral arm, and the attachment point end configured to attach a microscope; characterized in that: the column longitudinal axis intersects the arm longitudinal axis at an angle between about 50 and 70 degrees, inclusive; the lateral arm and the support column are of a unitary construction; the support column having a plurality of sections and bent at the junction of each section; and the articulating arm being pivotally connected to the second end of the lateral arm, such that the articulating arm is capable of moving vertically and horizontally. a base comprising means for moving about the floor, the base being coupled to a central pillar; a support column having a top end, a bottom end, and a column longitudinal axis, the bottom end being coupled to the top of the central pillar, the top end connected to a first end of a lateral arm and the top end extending downward from the first end of the lateral arm, the support column being as long as the lateral arm; the lateral arm having the first end, a second end, and an arm longitudinal axis substantially parallel to the floor; and an articulating arm having a pivot end and an attachment point end, the pivot end being connected to the second end of the lateral arm, and the attachment point end configured to attach a microscope; characterized in that: the column longitudinal axis intersects the arm longitudinal axis at an angle between about 50 and 70 degrees, inclusive; the lateral arm and the support column are of a unitary construction; the support column having a plurality of sections and bent at the junction of each section; and the articulating arm being pivotally connected to the second end of the lateral arm, such that the articulating arm is capable of moving vertically and horizontally. the column longitudinal axis intersects the arm longitudinal axis at an angle between about 50 and 70 degrees, inclusive; the lateral arm and the support column are of a unitary construction; the support column having a plurality of sections and bent at the junction of each section; and the articulating arm being pivotally connected to the second end of the lateral arm, such that the articulating arm is capable of moving vertically and horizontally.
A method for controlling routing of print jobs comprising: a first determining step of determining whether or not a print job meets one or more predetermined criteria (S403, S404, S405, S72); a second determining step of determining a plurality of printers which meet the one or more predetermined criteria; sorting the plurality of printers into an order based on a priority criteria; sending a notification to a sender of the print job depending upon a result of the determination in the first and second determining steps (S409, S73), wherein the notification includes the plurality of printers that have been sorted into the order based on the priority criteria; receiving a response from the sender of the print job including a selected printer; characterised in that the method further comprises the steps of: determining whether a cost of the print job exceeds a predetermined threshold; sending a notification to a manager if the cost of the print job exceeds the predetermined threshold, wherein the notification to the manager requests approval to print the print job; holding the print job until approval is received from the manager; and sending the print job for printing if the approval is received from the manager. a first determining step of determining whether or not a print job meets one or more predetermined criteria (S403, S404, S405, S72); a second determining step of determining a plurality of printers which meet the one or more predetermined criteria; sorting the plurality of printers into an order based on a priority criteria; sending a notification to a sender of the print job depending upon a result of the determination in the first and second determining steps (S409, S73), wherein the notification includes the plurality of printers that have been sorted into the order based on the priority criteria; receiving a response from the sender of the print job including a selected printer; characterised in that the method further comprises the steps of: determining whether a cost of the print job exceeds a predetermined threshold; sending a notification to a manager if the cost of the print job exceeds the predetermined threshold, wherein the notification to the manager requests approval to print the print job; holding the print job until approval is received from the manager; and sending the print job for printing if the approval is received from the manager. determining whether a cost of the print job exceeds a predetermined threshold; sending a notification to a manager if the cost of the print job exceeds the predetermined threshold, wherein the notification to the manager requests approval to print the print job; holding the print job until approval is received from the manager; and sending the print job for printing if the approval is received from the manager.
A fuel cell system comprising: a unit cell configured to generate electric power by an electrochemical reaction between a fuel gas supplied to an anode of the unit cell and an oxidant gas supplied to a cathode of the unit cell; a fuel cell that is formed with the unit cell; voltage measurement means configured to measure a voltage of the unit cell; time measuring means configured to measure the time after the unit cell voltage dropped below a predetermined threshold voltage and for determining if the elapsed time has exceeded a permissible time; power generation control means configured to restrain the power generation of the fuel cell when the voltage of the unit cell is below the predetermined threshold voltage and the permissible time is exceeded; cell temperature measurement means configured to measure a temperature of the unit cell; and threshold voltage setting means configured to set the predetermined threshold voltage based on the measured temperature of the unit cell, oxidant gas supply control means configured to insufficiently supply the oxidant gas to the fuel cell with respect to a required amount of the oxidant gas from the load current, wherein the threshold voltage setting means stores map data that predicts a temperature dependency of an IR resistance of the unit cell, and sets the predetermined threshold voltage based on an IR loss calculated from the load current and the IR resistance with respect to the cell temperature obtained from the map data. a unit cell configured to generate electric power by an electrochemical reaction between a fuel gas supplied to an anode of the unit cell and an oxidant gas supplied to a cathode of the unit cell; a fuel cell that is formed with the unit cell; voltage measurement means configured to measure a voltage of the unit cell; time measuring means configured to measure the time after the unit cell voltage dropped below a predetermined threshold voltage and for determining if the elapsed time has exceeded a permissible time; power generation control means configured to restrain the power generation of the fuel cell when the voltage of the unit cell is below the predetermined threshold voltage and the permissible time is exceeded; cell temperature measurement means configured to measure a temperature of the unit cell; and threshold voltage setting means configured to set the predetermined threshold voltage based on the measured temperature of the unit cell, oxidant gas supply control means configured to insufficiently supply the oxidant gas to the fuel cell with respect to a required amount of the oxidant gas from the load current,
A method for processing parallel transmission, comprising: a primary node in a Wireless Local Area Network,WLAN, determining node types of multiple secondary nodes used for parallel transmission, wherein the node types comprise: a first-type secondary node not supporting the parallel message processing, and a second-type secondary node supporting the parallel message processing; the primary node determining, according to the determined node types, a resource negotiation manner used for negotiating resources of each secondary node for the parallel transmission; the primary node determining corresponding resources corresponding to the multiple secondary nodes respectively according to the determined resource negotiation manner; and the primary node performing parallel transmission processing on the multiple secondary nodes according to the corresponding resources. a primary node in a Wireless Local Area Network,WLAN, determining node types of multiple secondary nodes used for parallel transmission, wherein the node types comprise: a first-type secondary node not supporting the parallel message processing, and a second-type secondary node supporting the parallel message processing; the primary node determining, according to the determined node types, a resource negotiation manner used for negotiating resources of each secondary node for the parallel transmission; the primary node determining corresponding resources corresponding to the multiple secondary nodes respectively according to the determined resource negotiation manner; and the primary node performing parallel transmission processing on the multiple secondary nodes according to the corresponding resources.
A composition comprising a non-decitabine CDA substrate and a compound of formula I: wherein: one of R 1 and R 2 is F, and the other is selected from H and F; one of R 3 and R 4 is H, and the other is selected from H and OH; where ------- is a covalent bond or absent, and R 4 is absent when -------- is a covalent bond; or a pharmaceutically acceptable salt, a C 1-6 alkyl ester, or a C 2-6 alkenyl ester thereof. one of R 1 and R 2 is F, and the other is selected from H and F; one of R 3 and R 4 is H, and the other is selected from H and OH; where ------- is a covalent bond or absent, and R 4 is absent when -------- is a covalent bond; or a pharmaceutically acceptable salt, a C 1-6 alkyl ester, or a C 2-6 alkenyl ester thereof.
Method for protecting data in a data memory against an undetected change, wherein a functional variable x present as a floating-point number is encoded by means of a value value x, an input constant A, an input signature B x and a timestamp D into a coded variable x c according to the formula x c: = value x * A + B x + D, and stored in the data memory, wherein the functional variable x is normalised relative to a base Base x in order to form the integer value value x from said functional variable x present as a floating-point number, characterised in that the value value x is calculated according to the formula value x: = x / Base x mod 2 Sizex, where Sizex is the size of the available memory, or the value value x is calculated according to the formula value x: = x − min x / Base x mod 2 Sizex, where min x is a predefined minimum value of x.