mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for secure determination of a solution, S, to a computational task by a pooled resource or group having a plurality of participants, P, said group operating in a trust-less, or dealer-free, system or manner, the method comprising the following steps to be executed by each participant: establishing or joining a group, P, with n participants, P 1...n , wherein n ≥ 2; generating an initial private key share, s 0 n , and initial public key share, pk 1 , and establishing an initial shared public key, pk O , with the group; performing the task and searching for the solution, S, that determines an answer, A c , to the task using an intermediate private key, r n 0 , and the shared public key, pk O , of the group; finding and sharing the solution, S, with the group, or receiving the solution, S, from another participant, thus enabling the group to verify the solution to the task; calculating with the group a verified shared public key, pk v , using the initial shared public key, pk 0 , and the intermediate private key, r n 0 , that provided the solution, S ; constructing a verified secret key share, s v 0 , by summing the initial private key, s o n , and the intermediate private key, r n 0 , that provided the solution, S ; collaborating with all of the other participants, or a threshold number of participants, to construct a verified shared secret key, sk v , for the verified shared public key, pk v , using verified secret key shares, s v 0 , wherein the verified shared secret key, sk v , is used as a code to enable the group to operate collectively to unlock or access a resource or stage of a process. establishing or joining a group, P, with n participants, P 1...n , wherein n ≥ 2; generating an initial private key share, s 0 n , and initial public key share, pk 1 , and establishing an initial shared public key, pk O , with the group; performing the task and searching for the solution, S, that determines an answer, A c , to the task using an intermediate private key, r n 0 , and the shared public key, pk O , of the group; finding and sharing the solution, S, with the group, or receiving the solution, S, from another participant, thus enabling the group to verify the solution to the task; calculating with the group a verified shared public key, pk v , using the initial shared public key, pk 0 , and the intermediate private key, r n 0 , that provided the solution, S ; constructing a verified secret key share, s v 0 , by summing the initial private key, s o n , and the intermediate private key, r n 0 , that provided the solution, S ; collaborating with all of the other participants, or a threshold number of participants, to construct a verified shared secret key, sk v , for the verified shared public key, pk v , using verified secret key shares, s v 0 , wherein the verified shared secret key, sk v , is used as a code to enable the group to operate collectively to unlock or access a resource or stage of a process.
A composition comprising HYTd, wherein said HYTd comprises the liquid fraction obtained from the fermentation of HYTb and HYTc with activated HQE (ATCC Patent Deposit designation PTA-10861) for 3-7 days, wherein said HYTb comprises the liquid fraction obtained from the fermentation of chitin containing Arthropods with at least 10% (v/w) activated HQE with non-continuous agitation at 36°C and pH less than 5 for 96 hours, and said HYTc comprises the solid fraction obtained from the fermentation of chitin containing Arthropods with at least 10% activated HQE with non-continuous agitation at 36°C and pH less than 5 for 96 hours, and wherein activated HQE is obtained by dilution of an HQE inoculum with 2.5-3.0% (w/v) microbes to 5% (v/w) in sugar cane solution and incubating at 37°C for 5 days.
A method for rejuvenating a ground electrode assembly for electrophysiology, the method comprising: removing the ground electrode assembly from a mounted position in a plenum base , wherein the ground electrode assembly comprises a housing and an electrode positioned in the housing, and at the mounted position the ground electrode assembly is in a mounting receptacle of the plenum base and the electrode is in electrical contact with a ground circuit in the mounting receptacle, and wherein removing the ground electrode assembly comprises moving the electrode out of electrical contact with the ground circuit in a non-destructive manner; and immersing the ground electrode assembly in a rejuvenating fluid for a period of time. removing the ground electrode assembly from a mounted position in a plenum base , wherein the ground electrode assembly comprises a housing and an electrode positioned in the housing, and at the mounted position the ground electrode assembly is in a mounting receptacle of the plenum base and the electrode is in electrical contact with a ground circuit in the mounting receptacle, and wherein removing the ground electrode assembly comprises moving the electrode out of electrical contact with the ground circuit in a non-destructive manner; and immersing the ground electrode assembly in a rejuvenating fluid for a period of time.
A method of accessing a protected application executing on an application server , the method comprising: establishing a session between a client device and the application server based on an exchange of authentication credential information between the client device and the application server; generating , by the client device, an authentication token from the authentication credential information associated with the protected application; characterized in that the method further comprises: transferring the authentication token from the client device to a remote server for storage at the remote server; and transmitting a directive from the client device to the remote server to access the protected application executing on the application server, wherein the directive includes an identifier associated with the authentication token for accessing the protected application. establishing a session between a client device and the application server based on an exchange of authentication credential information between the client device and the application server; generating , by the client device, an authentication token from the authentication credential information associated with the protected application; characterized in that the method further comprises: transferring the authentication token from the client device to a remote server for storage at the remote server; and transmitting a directive from the client device to the remote server to access the protected application executing on the application server, wherein the directive includes an identifier associated with the authentication token for accessing the protected application. transferring the authentication token from the client device to a remote server for storage at the remote server; and transmitting a directive from the client device to the remote server to access the protected application executing on the application server, wherein the directive includes an identifier associated with the authentication token for accessing the protected application.
A method for evaluating clinical acceptability of reference data in a substantially continuous glucose monitoring system prior to accepting the data as valid entries to be processed by the substantially continuous glucose monitoring system, the method including: receiving a data stream from a substantially continuous analyte sensor, including one or more sensor data points; receiving reference data from a reference analyte monitor, including one or more reference data points; and characterized by evaluating the clinical acceptability of the reference data using substantially time corresponding sensor data, wherein the reference data is evaluated for deviation from its substantially time corresponding sensor data, and wherein the evaluating the clinical acceptability further comprises using a clinical risk associated with that deviation based on a glucose value indicated by the reference data. receiving a data stream from a substantially continuous analyte sensor, including one or more sensor data points; receiving reference data from a reference analyte monitor, including one or more reference data points; and characterized by evaluating the clinical acceptability of the reference data using substantially time corresponding sensor data, wherein the reference data is evaluated for deviation from its substantially time corresponding sensor data, and wherein the evaluating the clinical acceptability further comprises using a clinical risk associated with that deviation based on a glucose value indicated by the reference data.
A computer-implemented system for surveying a wellbore, the system comprising: a non-retrieval sensing system, i.e., NRSS, configured to be positioned inside a drill pipe and take measurements whilst inside the drill pipe, the NRSS comprising: at least one hardware processor interoperably coupled with computer memory and configured to perform operations of one or more components of the computer-implemented system; and a detachable module, i.e., DM, delivery system configured to deploy, from release grooves of the NRSS and during a survey of the NRSS inside a wellbore during drilling of a well, plural DMs into an environment surrounding the NRSS, wherein the plural DMs are pre-loaded into the NRSS; and plural DMs configured to gather and store sensing data from the environment. a non-retrieval sensing system, i.e., NRSS, configured to be positioned inside a drill pipe and take measurements whilst inside the drill pipe, the NRSS comprising: at least one hardware processor interoperably coupled with computer memory and configured to perform operations of one or more components of the computer-implemented system; and a detachable module, i.e., DM, delivery system configured to deploy, from release grooves of the NRSS and during a survey of the NRSS inside a wellbore during drilling of a well, plural DMs into an environment surrounding the NRSS, wherein the plural DMs are pre-loaded into the NRSS; and at least one hardware processor interoperably coupled with computer memory and configured to perform operations of one or more components of the computer-implemented system; and a detachable module, i.e., DM, delivery system configured to deploy, from release grooves of the NRSS and during a survey of the NRSS inside a wellbore during drilling of a well, plural DMs into an environment surrounding the NRSS, wherein the plural DMs are pre-loaded into the NRSS; and plural DMs configured to gather and store sensing data from the environment.
A differential pressure sensor module comprising: a base defining a sensor chamber with a sensor chamber inlet, the base also having a pair of process fluid pressure inlets , each configured to receive a respective process fluid pressure (P1, P2); a differential pressure sensor disposed within the sensor chamber and having an inlet configured to receive a first process fluid pressure (P2) and provide a signal indicative of a difference between the first process fluid pressure (P2) and a sensor chamber pressure (P1) external to the differential pressure sensor within the sensor chamber ; a pair of isolation diaphragms disposed in substantially the same plane, each sealing a respective process fluid pressure inlet ; a first fluid passageway fluidically coupled to one of the isolation diaphragms and the inlet of the differential pressure sensor ; a second fluid passageway fluidically coupled to the other of the isolation diaphragms and to the sensor chamber inlet; and an overpressure protection feature fluidically coupled to the sensor chamber , the first fluid passageway and the second fluid passageway , wherein the overpressure protection feature includes an overpressure protection diaphragm fluidically coupled to each of the first and second fluid passageways wherein the overpressure protection diaphragm is configured to a have a larger displacement than either of the isolating diaphragms , and wherein the overpressure protection feature protects the differential pressure sensor when an overpressure is applied to either of the process fluid pressure inlets . a base defining a sensor chamber with a sensor chamber inlet, the base also having a pair of process fluid pressure inlets , each configured to receive a respective process fluid pressure (P1, P2); a differential pressure sensor disposed within the sensor chamber and having an inlet configured to receive a first process fluid pressure (P2) and provide a signal indicative of a difference between the first process fluid pressure (P2) and a sensor chamber pressure (P1) external to the differential pressure sensor within the sensor chamber ; a pair of isolation diaphragms disposed in substantially the same plane, each sealing a respective process fluid pressure inlet ; a first fluid passageway fluidically coupled to one of the isolation diaphragms and the inlet of the differential pressure sensor ; a second fluid passageway fluidically coupled to the other of the isolation diaphragms and to the sensor chamber inlet; and an overpressure protection feature fluidically coupled to the sensor chamber , the first fluid passageway and the second fluid passageway , wherein the overpressure protection feature includes an overpressure protection diaphragm fluidically coupled to each of the first and second fluid passageways wherein the overpressure protection diaphragm is configured to a have a larger displacement than either of the isolating diaphragms , and wherein the overpressure protection feature protects the differential pressure sensor when an overpressure is applied to either of the process fluid pressure inlets .
A reversible washing, floating bed type reverse sewage treatment system used for filtering sewage into clean water, comprising: a sewage filter tank , being a closed container with a sewage filter chamber inside, wherein a sewage inlet pipe communicated to the sewage treatment chamber is provided at a bottom of the closed container, and a clean water drainage pipe communicated to the sewage treatment chamber is provided at a top of the sewage filter tank ; a plurality of light filter sands with a specific gravity smaller than that of water, filled in the sewage filter chamber and to be gathered in an upper part of the sewage filter chamber through a buoyancy of water; a filter sand cleaning tank , wherein one end of the filter sand cleaning tank is communicated to a top end of the sewage filter chamber of the sewage filter tank through a sand inlet pipe , the other end of the filter sand cleaning tank is communicated back to the sewage filter chamber of the sewage filter tank through a sand outlet pipe for cyclically cleaning the light filter sands ; a sludge discharge device , arranged at a bottom of the sewage filter tank and communicated to the sewage filter chamber , used for discharging deposited sludge at the bottom of the sewage filter chamber and a reverse washing jet nozzle , characterized in that , said reverse washing jet nozzle extending into the sewage filter chamber of the sewage filter tank and located above the clean water drainage pipe , used for inputting clean water to wash the light filter sands . a sewage filter tank , being a closed container with a sewage filter chamber inside, wherein a sewage inlet pipe communicated to the sewage treatment chamber is provided at a bottom of the closed container, and a clean water drainage pipe communicated to the sewage treatment chamber is provided at a top of the sewage filter tank ; a plurality of light filter sands with a specific gravity smaller than that of water, filled in the sewage filter chamber and to be gathered in an upper part of the sewage filter chamber through a buoyancy of water; a filter sand cleaning tank , wherein one end of the filter sand cleaning tank is communicated to a top end of the sewage filter chamber of the sewage filter tank through a sand inlet pipe , the other end of the filter sand cleaning tank is communicated back to the sewage filter chamber of the sewage filter tank through a sand outlet pipe for cyclically cleaning the light filter sands ; a sludge discharge device , arranged at a bottom of the sewage filter tank and communicated to the sewage filter chamber , used for discharging deposited sludge at the bottom of the sewage filter chamber and a reverse washing jet nozzle , characterized in that , said reverse washing jet nozzle extending into the sewage filter chamber of the sewage filter tank and located above the clean water drainage pipe , used for inputting clean water to wash the light filter sands .
Process for the preparation of a compound consisting of a mixture comprising p-(benzyloxy)calix arene and p-(benzyloxy)calix arene, or of a compound consisting of p-(benzyloxy)calix arene or p-(benzyloxy)calix arene comprising a step of contacting caesium hydroxide with p -(benzyloxy)phenol and paraformaldehyde, said caesium hydroxide being at a total concentration of 0.09 equivalent to 0.5 equivalent with respect to said p -(benzyloxy)phenol.
Apparatus for moving articles comprising: - a support panel with a mainly flat development, - a conveying member associated with said support panel , with a closed-loop development and provided with a plurality of attachment portions installed protruding with respect to a first surface of said support panel ; - a drive member associated with said first surface of said support panel and configured to move said conveying member along a closed travel; wherein said apparatus comprises at least a support base which can be positioned on a support surface (P, 46), and a connecting body associated with said support base , characterized in that said support base and said connecting body are equal with respect to the other and wherein said support base is connected to said first surface of said support panel , wherein said connecting body has a funnel shape with a cross section that widens toward said first surface and defines with the latter a containing compartment in which said drive member is contained and concealed from view. - a support panel with a mainly flat development, - a conveying member associated with said support panel , with a closed-loop development and provided with a plurality of attachment portions installed protruding with respect to a first surface of said support panel ; - a drive member associated with said first surface of said support panel and configured to move said conveying member along a closed travel;
Vehicle body for a rail vehicle with an interior lining system for the rail vehicle, wherein the vehicle body comprises a fastening profile to which the interior lining system is fastenable, wherein the interior lining system comprises at least one interior lining element, such as a panel or a moulding, wherein the interior lining element comprises a plurality of installation openings of the same type which are arranged in a row and which extend at constant distances over the entire length of the interior lining element, wherein the interior lining system comprises at least one cover device for covering the installation openings , and wherein the cover device is fastenable to the fastening profile . wherein the vehicle body comprises a fastening profile to which the interior lining system is fastenable, wherein the interior lining system comprises at least one interior lining element, such as a panel or a moulding, wherein the interior lining element comprises a plurality of installation openings of the same type which are arranged in a row and which extend at constant distances over the entire length of the interior lining element, wherein the interior lining system comprises at least one cover device for covering the installation openings , and wherein the cover device is fastenable to the fastening profile .
A method for manufacturing a sintered body comprising one or more hard constituents in a metallic binder phase, the method comprising: - forming a green body from a powder composition comprising at least the one or more hard constituents, the metallic binder phase, and an organic binder system, - forming a pattern in a surface of the green body such as to provide a tag enabling individual identification of the green body, - sintering the green body with the tag to form a sintered body having a smaller volume than the green body, wherein forming the pattern comprises using a laser to selectively modify the surface of the green body, and wherein selectively modifying the surface comprises selectively burning off the organic binder system, thereby forming indentations in the surface, and wherein the pattern is formed such that the tag is readable after the sintering operation. - forming a green body from a powder composition comprising at least the one or more hard constituents, the metallic binder phase, and an organic binder system, - forming a pattern in a surface of the green body such as to provide a tag enabling individual identification of the green body, - sintering the green body with the tag to form a sintered body having a smaller volume than the green body,