mhurhangee/patent-ind-claim-en huggingface dataset:
A method of limiting an activation of a single use automated external defibrillator (AED) using an event monitoring module, comprising the steps of: sensing the activation of the AED; monitoring the AED's use state; generating a notification and requesting a deactivation command if the AED's use state satisfies a deactivation criterion based upon one of a total activation time as compared to a total activation time alert threshold and a pads deployed time on a body part of a subject with a no-shock-advised, NSA, condition as sensed from a pair of electrode pads as compared to a pads deployed NSA time alert threshold; sensing a deactivation command from one of a user input and a wireless signal; and deactivating the AED if the deactivation command is received. sensing the activation of the AED; monitoring the AED's use state; generating a notification and requesting a deactivation command if the AED's use state satisfies a deactivation criterion based upon one of a total activation time as compared to a total activation time alert threshold and a pads deployed time on a body part of a subject with a no-shock-advised, NSA, condition as sensed from a pair of electrode pads as compared to a pads deployed NSA time alert threshold; sensing a deactivation command from one of a user input and a wireless signal; and deactivating the AED if the deactivation command is received.
Image acquisition system , in particular for a microscope or an endoscope, for processing digital input images of a fluorophore having a fluorescence spectrum , the image acquisition system comprising: a color camera , the color camera having at least two different types of color sensor at a plurality of input pixels , each type of color sensor adapted to generate a different digital monochrome input image comprising the input pixels and having a different spectral responsivity , the color camera further comprising at least one co-sensing wavelength band in which the spectral responsivities of at least two types of color sensor overlap; an HDR image generator coupled to the color camera and being configured to compute a digital monochrome HDR output image from the at least two digital monochrome input images ; and an optical band-pass filter located in front of the color camera , the optical band-pass filter having a pass band that defines the co-sensing wavelength band , wherein the pass band overlaps with the fluorescence spectrum of the fluorophore . a color camera , the color camera having at least two different types of color sensor at a plurality of input pixels , each type of color sensor adapted to generate a different digital monochrome input image comprising the input pixels and having a different spectral responsivity , the color camera further comprising at least one co-sensing wavelength band in which the spectral responsivities of at least two types of color sensor overlap; an HDR image generator coupled to the color camera and being configured to compute a digital monochrome HDR output image from the at least two digital monochrome input images ; and an optical band-pass filter located in front of the color camera , the optical band-pass filter having a pass band that defines the co-sensing wavelength band , wherein the pass band overlaps with the fluorescence spectrum of the fluorophore .
A method for optimized well creation in a shale formation, comprising: drilling a borehole in the shale formation with a downhole tool; adjusting a first planned stimulation location based, at least in part, on data received at the downhole tool, wherein the first planned stimulation location corresponds to a pre-determined model of the shale formation; and stimulating the shale formation at the adjusted first planned stimulation location with the downhole tool. drilling a borehole in the shale formation with a downhole tool; adjusting a first planned stimulation location based, at least in part, on data received at the downhole tool, wherein the first planned stimulation location corresponds to a pre-determined model of the shale formation; and stimulating the shale formation at the adjusted first planned stimulation location with the downhole tool.
A method to detect biomarkers associated with Head and Neck Squamous Cell Carcinoma (HNSCC) in an individual comprising the steps of: measuring the amount of an expression product from at least the SH3BGRL2 gene in a sample obtained from the individual and identifying SH3BGRL2 as a biomarker.
An ink jet recording method comprising, in order: jetting an ink including an organic solvent, an oligomer having an ethylenically unsaturated group, and a pigment onto a base material using an ink jet head, wherein the ink (i) does not include a polymerization initiator or includes a polymerization initiator at a content of more than 0% by mass and 0.1% by mass or less and (ii) does not include an ethylenically unsaturated compound having a molecular weight of less than 1,000 or includes an ethylenically unsaturated compound having a molecular weight of less than 1,000 at a content of more than 0% by mass and 0.1% by mass or less with respect to the total mass of the ink; drying the ink by removing at least a part of the organic solvent in the jetted ink; and curing the dried ink with an electron beam using an acceleration voltage of 150 kV or less and the absorbed dose of the electron beam of the dried ink in the curing step is 30 kGy or less. jetting an ink including an organic solvent, an oligomer having an ethylenically unsaturated group, and a pigment onto a base material using an ink jet head, wherein the ink (i) does not include a polymerization initiator or includes a polymerization initiator at a content of more than 0% by mass and 0.1% by mass or less and (ii) does not include an ethylenically unsaturated compound having a molecular weight of less than 1,000 or includes an ethylenically unsaturated compound having a molecular weight of less than 1,000 at a content of more than 0% by mass and 0.1% by mass or less with respect to the total mass of the ink; drying the ink by removing at least a part of the organic solvent in the jetted ink; and curing the dried ink with an electron beam using an acceleration voltage of 150 kV or less and the absorbed dose of the electron beam of the dried ink in the curing step is 30 kGy or less.
A portable printing cabinet , comprising: a housing comprising four sides (124; 130; 134; 135), a bottom and covers (110; 112) forming a substantially enclosed interior configured to receive a printing device , wherein the housing includes a vent , and wherein an opening formed in the housing is configured to receive printed paper ejected from the printing device ; and an air filtration unit located within the housing , the air filtration unit comprising a fan and a filter, the fan configured to blow air from the interior of the housing through the filter and the vent , thereby establishing a negative pressure within the interior. a housing comprising four sides (124; 130; 134; 135), a bottom and covers (110; 112) forming a substantially enclosed interior configured to receive a printing device , wherein the housing includes a vent , and wherein an opening formed in the housing is configured to receive printed paper ejected from the printing device ; and an air filtration unit located within the housing , the air filtration unit comprising a fan and a filter, the fan configured to blow air from the interior of the housing through the filter and the vent , thereby establishing a negative pressure within the interior.
A rapid and efficient method for expanding human mesenchymal stem cells in vitro, comprising co-culturing immune cells derived from human peripheral blood comprising human peripheral blood lymphocytes, with human mesenchymal stem cells, the co-culturing being in contact mode at a cell number ratio of the human peripheral blood lymphocytes to the human mesenchymal stem cells of 100 to 400:1.
Device for dispensing eye drops, comprising: - a first container containing a first liquid substance, - a second container containing a second freeze-dried substance comprising a therapeutic agent, and - a spacer arranged between the first and second containers , the first container comprising a tubular element having an end portion open so as to allow the first substance to flow through said open end portion , the second container comprising a piercible barrier intended to prevent mixing of the first substance with the second substance and a wall configured to be engaged in a fluid-tight manner around the tubular element , wherein the spacer has substantially parallel opposite bases arranged between and in contact with the first and second containers , and wherein the spacer is movable between an assembled position, in which it prevents the tubular element from coming into contact with the piercible barrier , and a removed position, in which a relative movement of the first and second containers is allowed and the tubular element comes into contact with the piercible barrier , piercing it. - a first container containing a first liquid substance, - a second container containing a second freeze-dried substance comprising a therapeutic agent, and - a spacer arranged between the first and second containers ,
A hopper spreader assembly comprising: a first dual-wall hopper module having a first liquid chamber defined between a first inner surface portion and a first outer surface portion ; a second dual-wall hopper module having a second liquid chamber defined between a second inner surface portion and a second outer surface portion ; a fluid conduit for filling or draining a liquid into or out of said first and second liquid chambers; a liquid pump (92a-b) in fluid communication with said first and second liquid chambers for drawing the liquid from said first and second liquid chambers; a selector valve in fluid communication with said fluid pump (92a-b) for directing the liquid drawn from said first and second liquid chambers; and a liquid dispenser in fluid communication with said selector valve for distributing the liquid onto an application area; wherein said first inner surface portion cooperates with said second inner surface portion to define a receptacle for receiving and storing solid material such that said first and second hopper modules to form a hopper that is sized and shaped to be received on a bed of a truck or support vehicle ; characterized in that each first and second hopper module comprises a pair of side walls, and each side wall includes a flange (48a-c) with a plurality of openings for receiving fasteners to removably secure each first and second hopper module to a respective adjacent hopper module.. a first dual-wall hopper module having a first liquid chamber defined between a first inner surface portion and a first outer surface portion ; a second dual-wall hopper module having a second liquid chamber defined between a second inner surface portion and a second outer surface portion ; a fluid conduit for filling or draining a liquid into or out of said first and second liquid chambers; a liquid pump (92a-b) in fluid communication with said first and second liquid chambers for drawing the liquid from said first and second liquid chambers; a selector valve in fluid communication with said fluid pump (92a-b) for directing the liquid drawn from said first and second liquid chambers; and a liquid dispenser in fluid communication with said selector valve for distributing the liquid onto an application area; wherein said first inner surface portion cooperates with said second inner surface portion to define a receptacle for receiving and storing solid material such that said first and second hopper modules to form a hopper that is sized and shaped to be received on a bed of a truck or support vehicle ; characterized in that each first and second hopper module comprises a pair of side walls, and each side wall includes a flange (48a-c) with a plurality of openings for receiving fasteners to removably secure each first and second hopper module to a respective adjacent hopper module..
A method comprising: a) processing, by a transaction processing computer, a plurality of transactions, wherein each transaction is conducted between a user and a resource provider computer and includes (i) receiving an authorization request message, (ii) determining an authorization entity computer associated with the user, (iii) transmitting the authorization request message to the authorizing entity computer, (iv) receiving an authorization response message from the authorizing entity computer, and (v) transmitting the authorization response message to the resource provider computer; b) storing, by the transaction processing computer, data relating to the plurality of transactions; c) determining, by the transaction processing computer, a recurrence value based on at least the data relating to the plurality of transactions, the recurrence value indicating at least a frequency or number of interactions between the resource provider computer and the user; and d) initiating, by the transaction processing computer, an action based on the recurrence value. a) processing, by a transaction processing computer, a plurality of transactions, wherein each transaction is conducted between a user and a resource provider computer and includes (i) receiving an authorization request message, (ii) determining an authorization entity computer associated with the user, (iii) transmitting the authorization request message to the authorizing entity computer, (iv) receiving an authorization response message from the authorizing entity computer, and (v) transmitting the authorization response message to the resource provider computer; b) storing, by the transaction processing computer, data relating to the plurality of transactions; c) determining, by the transaction processing computer, a recurrence value based on at least the data relating to the plurality of transactions, the recurrence value indicating at least a frequency or number of interactions between the resource provider computer and the user; and d) initiating, by the transaction processing computer, an action based on the recurrence value.
A method for operating an electrical power circuit connected to a power grid , the electrical power circuit having a power converter comprising a DC link , the power converter electrically coupled to a three-phase, double-fed induction generator, DFIG, having a rotor and a stator , the DFIG comprising a synchronous speed, the electrical power circuit comprising a first rotor speed operating range of rotor speeds equal to and above the synchronous speed of the DFIG and a second rotor speed operating range of rotor speeds below the synchronous speed of the DFIG , the method comprising: monitoring a rotor speed of the rotor of the DFIG ; operating rotor connections of the rotor of the DFIG in a wye configuration during the first rotor speed operating range; and transitioning the rotor connections of the rotor from the wye configuration to a delta configuration if the rotor speed changes to the second rotor speed operating range to increase an overall rotor speed operating range of the electrical power circuit . monitoring a rotor speed of the rotor of the DFIG ; operating rotor connections of the rotor of the DFIG in a wye configuration during the first rotor speed operating range; and transitioning the rotor connections of the rotor from the wye configuration to a delta configuration if the rotor speed changes to the second rotor speed operating range to increase an overall rotor speed operating range of the electrical power circuit .
A grinding device for grinding a workpiece, the grinding device comprising: a main frame that rotates about a rotary shaft and is able to move in parallel on a horizontal plane vertically intersecting an axial direction; a first swingable frame that is disposed so as to be spaced from the main frame in the axial direction and is swingably mounted to the main frame ; a pitch feed frame that is mounted to the first swingable frame so as to be able to move in parallel on a horizontal plane intersecting the axial direction; and a second swingable frame that is swingably mounted to the pitch feed frame , wherein the first swingable frame is coupled to the main frame at a first pivot (A) provided so as to be displaced from a shaft center, and is able to swing relative to the main frame about the first pivot (A), the second swingable frame has a contact that comes into contact with a surface of the workpiece and a grindstone that grinds the workpiece, is coupled to the pitch feed frame at a second pivot (B) provided on a perpendicular extending from a center of a contact position of the contact that is displaced from the shaft center, and is able to swing relative to the pitch feed frame about the second pivot (B), and the grindstone is mounted to the second swingable frame so as to grind a portion in a vicinity of the contact position of the contact . a main frame that rotates about a rotary shaft and is able to move in parallel on a horizontal plane vertically intersecting an axial direction; a first swingable frame that is disposed so as to be spaced from the main frame in the axial direction and is swingably mounted to the main frame ; a pitch feed frame that is mounted to the first swingable frame so as to be able to move in parallel on a horizontal plane intersecting the axial direction; and a second swingable frame that is swingably mounted to the pitch feed frame , wherein the first swingable frame is coupled to the main frame at a first pivot (A) provided so as to be displaced from a shaft center, and is able to swing relative to the main frame about the first pivot (A), the second swingable frame has a contact that comes into contact with a surface of the workpiece and a grindstone that grinds the workpiece, is coupled to the pitch feed frame at a second pivot (B) provided on a perpendicular extending from a center of a contact position of the contact that is displaced from the shaft center, and is able to swing relative to the pitch feed frame about the second pivot (B), and the grindstone is mounted to the second swingable frame so as to grind a portion in a vicinity of the contact position of the contact .
A method for producing a stretchable conductor and/or electrical connection comprising - providing a stretchable substrate, a liquid metal, a conductive metal and an adhesion material in a same evaporator chamber; - depositing the liquid metal; - depositing the adhesion material; and - depositing the conductive metal; the liquid metal, the conductive metal and the adhesion material are deposited by evaporation, the deposition being made in vacuum; wherein - the liquid metal is continuously deposited by evaporation during the whole evaporation process including the deposition of the adhesion material and conductive metal. - providing a stretchable substrate, a liquid metal, a conductive metal and an adhesion material in a same evaporator chamber; - depositing the liquid metal; - depositing the adhesion material; and - depositing the conductive metal; - the liquid metal is continuously deposited by evaporation during the whole evaporation process including the deposition of the adhesion material and conductive metal.
A well screen comprising: a base pipe ; a filter layer arranged around the base pipe ; and a discrete mesh outer standoff layer arranged around the filter layer in a first spiral wrap comprising a first succession of loops, said outer standoff layer spirally wrapped around the filter layer at an angle, from a direction normal to a longitudinal axis of the well screen, between 10° and 40°; such that a trailing edge of a next one of the first succession of loops is in contact, or in overlap, with a leading edge of a previous one of the first succession of loops; and to produce a compressive force on the filter layer radially towards the base pipe , wherein the compressive force provides enhanced rigidity to the filter layer, to resist hoop stress. a base pipe ; a filter layer arranged around the base pipe ; and a discrete mesh outer standoff layer arranged around the filter layer in a first spiral wrap comprising a first succession of loops, said outer standoff layer spirally wrapped around the filter layer at an angle, from a direction normal to a longitudinal axis of the well screen, between 10° and 40°; such that a trailing edge of a next one of the first succession of loops is in contact, or in overlap, with a leading edge of a previous one of the first succession of loops; and to produce a compressive force on the filter layer radially towards the base pipe , wherein the compressive force provides enhanced rigidity to the filter layer, to resist hoop stress.
A computer-implemented method to handle a request from a management tool to access application management data from distributed application instances , the method comprising: receiving from an application management tool a management tool request to access management data related to an application running instances in one or more datacenters, wherein receiving the management tool request comprises receiving a request from a performance monitoring tool to access status information describing operation of one or more application instances; identifying one or more types of management data that satisfy the received request; determining a distribution of the application that includes two or more instances of the application; gathering management data to satisfy the request from each distributed application instance; unifying gathered management data to provide a uniform response to the received management tool request; and reporting the gathered and unified management data in response to the received management tool request, wherein the preceding steps are performed by at least one processor. receiving from an application management tool a management tool request to access management data related to an application running instances in one or more datacenters, wherein receiving the management tool request comprises receiving a request from a performance monitoring tool to access status information describing operation of one or more application instances; identifying one or more types of management data that satisfy the received request; determining a distribution of the application that includes two or more instances of the application; gathering management data to satisfy the request from each distributed application instance; unifying gathered management data to provide a uniform response to the received management tool request; and reporting the gathered and unified management data in response to the received management tool request, wherein the preceding steps are performed by at least one processor.