mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing a wind turbine blade using a mould surface defining the profile of one half of the shell of the wind turbine blade in the blade chord direction from the blade trailing edge to the blade leading edge, and a mould root section corresponding to a root section of the wind turbine blade; a) receiving a plurality of stacks of reinforcing material for installation in the wind turbine blade mould , wherein each stack includes a plurality of plies of reinforcing material joined to one another along a common edge to form a spine while the opposite edge of the stack is unjoined so that the plies in the stack are free to slide across one another, and each stack has a length such that when laid in the wind turbine blade mould the stack extends along the mould surface of the blade mould from either the trailing or leading edge to a point on the mould surface between the trailing or leading edge; b) laying a first stack of reinforcing material in the mould so that the spine of the first stack is positioned at either the trailing or leading edge of the mould and so that the stack extends to a point on the mould surface between the trailing and leading edge; and c) laying a second stack of reinforcing material in the mould so that the spine of the second stack is positioned at the other of the trailing or leading edges and so that the stack extends to a point on the mould surface between the trailing and leading edge and meets the first stack. a) receiving a plurality of stacks of reinforcing material for installation in the wind turbine blade mould , wherein each stack includes a plurality of plies of reinforcing material joined to one another along a common edge to form a spine while the opposite edge of the stack is unjoined so that the plies in the stack are free to slide across one another, and each stack has a length such that when laid in the wind turbine blade mould the stack extends along the mould surface of the blade mould from either the trailing or leading edge to a point on the mould surface between the trailing or leading edge; b) laying a first stack of reinforcing material in the mould so that the spine of the first stack is positioned at either the trailing or leading edge of the mould and so that the stack extends to a point on the mould surface between the trailing and leading edge; and c) laying a second stack of reinforcing material in the mould so that the spine of the second stack is positioned at the other of the trailing or leading edges and so that the stack extends to a point on the mould surface between the trailing and leading edge and meets the first stack.
An elevator safety device , comprising: a human detection sensor , wherein the human detection sensor is configured to: detect activation of an external device that is in electrical communication with the human detection sensor; and produce an output to an elevator controller to prevent movement of an elevator car in response to said detection; the elevator safety device being characterized by further comprising a light switch for turning on and off a light fixture installed in a hoistway that is electrically connected to the human detection sensor , wherein the human detection sensor is configured to prevent movement of the elevator car in response to the ON operation of the light switch . a human detection sensor , wherein the human detection sensor is configured to: detect activation of an external device that is in electrical communication with the human detection sensor; and produce an output to an elevator controller to prevent movement of an elevator car in response to said detection; the elevator safety device being characterized by further comprising a light switch for turning on and off a light fixture installed in a hoistway that is electrically connected to the human detection sensor , wherein the human detection sensor is configured to prevent movement of the elevator car in response to the ON operation of the light switch . detect activation of an external device that is in electrical communication with the human detection sensor; and produce an output to an elevator controller to prevent movement of an elevator car in response to said detection; the elevator safety device being characterized by further comprising a light switch for turning on and off a light fixture installed in a hoistway that is electrically connected to the human detection sensor , wherein the human detection sensor is configured to prevent movement of the elevator car in response to the ON operation of the light switch .
A differential reference controller for controlling braking operation of a wheel of a vehicle based on an output signal provided by a wheel speed sensor coupled to the wheel, the differential reference controller comprising: a delay toggle characterised by a switch logic for switching between an initial rate and a running rate; and a linear control used for calculating an antiskid correction signal, wherein the linear control receives one of the initial rate (Ri) and the running rate (Rr), depending on a state of the switch logic . a delay toggle characterised by a switch logic for switching between an initial rate and a running rate; and a linear control used for calculating an antiskid correction signal, wherein the linear control receives one of the initial rate (Ri) and the running rate (Rr), depending on a state of the switch logic .
A medication container comprising: a frame ; a drawer configured to slide into and out of the frame; a plurality of slots in the drawer, the plurality of slots configured to receive a plurality of cartridges housing medication, characterized in that the medication container further comprises: a first set of one or more sensors configured to detect at least one of whether the drawer has moved more than a preset distance into or out of the frame; a second set of one or more sensors configured to detect at least one of whether a cartridge of the plurality of cartridges has been removed from or inserted to a corresponding slot of the plurality of slots; and an electronic transmitter configured to transmit data characterizing at least one of whether the drawer has moved more than the preset distance into or out of the frame and whether the cartridge has been removed from or inserted to the corresponding slot to a server computer via a communication network . a frame ; a drawer configured to slide into and out of the frame; a plurality of slots in the drawer, the plurality of slots configured to receive a plurality of cartridges housing medication, characterized in that the medication container further comprises: a first set of one or more sensors configured to detect at least one of whether the drawer has moved more than a preset distance into or out of the frame; a second set of one or more sensors configured to detect at least one of whether a cartridge of the plurality of cartridges has been removed from or inserted to a corresponding slot of the plurality of slots; and an electronic transmitter configured to transmit data characterizing at least one of whether the drawer has moved more than the preset distance into or out of the frame and whether the cartridge has been removed from or inserted to the corresponding slot to a server computer via a communication network . a first set of one or more sensors configured to detect at least one of whether the drawer has moved more than a preset distance into or out of the frame; a second set of one or more sensors configured to detect at least one of whether a cartridge of the plurality of cartridges has been removed from or inserted to a corresponding slot of the plurality of slots; and an electronic transmitter configured to transmit data characterizing at least one of whether the drawer has moved more than the preset distance into or out of the frame and whether the cartridge has been removed from or inserted to the corresponding slot to a server computer via a communication network .
A method for accelerating hash-based compression, performed in a compression accelerator of a microprocessor, comprising: receiving, by a plurality of hash functions, a plurality of substrings from an FSM, Finite-State Machine, in parallel; mapping, by each hash function (810_1, 810_2, 810_3, or 810_4), the received substring to a hash index and directing a selector to connect to one of a plurality of match paths according to the hash index, wherein a hash table is divided into a plurality of portions, and a memory bank (890_1, 890_2, 890_3, or 890_4) of each connected match path stores a portion of the hash table; transmitting, by a matcher (870_1, 870_2, 870_3, or 870_4) of each connected match path, a no-match message to the FSM when determining that the corresponding portion of the hash table does not contain the received substring; and transmitting, by the matcher of each connected match path, a match message and a match offset of the corresponding portion of the hash table to the FSM when determining that the corresponding portion of the hash table contains the received substring, wherein the match offset corresponds to the received substring. receiving, by a plurality of hash functions, a plurality of substrings from an FSM, Finite-State Machine, in parallel; mapping, by each hash function (810_1, 810_2, 810_3, or 810_4), the received substring to a hash index and directing a selector to connect to one of a plurality of match paths according to the hash index, wherein a hash table is divided into a plurality of portions, and a memory bank (890_1, 890_2, 890_3, or 890_4) of each connected match path stores a portion of the hash table; transmitting, by a matcher (870_1, 870_2, 870_3, or 870_4) of each connected match path, a no-match message to the FSM when determining that the corresponding portion of the hash table does not contain the received substring; and transmitting, by the matcher of each connected match path, a match message and a match offset of the corresponding portion of the hash table to the FSM when determining that the corresponding portion of the hash table contains the received substring, wherein the match offset corresponds to the received substring.
A process for preparing 1,2-propanediol comprising: a) a step of dehydrogenating a feed stream S1 comprising propane, providing a product stream S2 comprising propane, propene and hydrogen; b) a first separation step of separating stream S2 into a stream S3 consisting essentially of hydrogen and a stream S4 comprising propane and propene with a combined amount of propane and propene of at least 95 % by weight; c) a step of reacting all or a part of stream S3 with oxygen, providing a stream S5 comprising hydrogen peroxide; d) a second separation step of separating stream S4 into a stream S6 enriched in propane and a stream S7 enriched in propene; e) a step of reacting all or a part of stream S7 with stream S5 in the presence of a catalyst mixture comprising a phase transfer catalyst and a heteropolytungstate in a liquid reaction mixture comprising an aqueous phase with a maximum apparent pH of 6 and an organic phase, wherein the term "apparent pH" refers to a value determined by measurement with a glass electrode employing a commercial pH meter calibrated with aqueous buffer solution of known pH for measuring dilute aqueous solutions; f) a third separation step of separating the reaction mixture of step e) into an aqueous phase (P a ) comprising 1,2-propanediol and an organic phase (P o ); g) a step of recycling organic phase (P o ) separated in step f) to the reaction step e); h) and a fourth separation step of separating 1,2-propanediol from the aqueous phase (P a ) separated in step f). a) a step of dehydrogenating a feed stream S1 comprising propane, providing a product stream S2 comprising propane, propene and hydrogen; b) a first separation step of separating stream S2 into a stream S3 consisting essentially of hydrogen and a stream S4 comprising propane and propene with a combined amount of propane and propene of at least 95 % by weight; c) a step of reacting all or a part of stream S3 with oxygen, providing a stream S5 comprising hydrogen peroxide; d) a second separation step of separating stream S4 into a stream S6 enriched in propane and a stream S7 enriched in propene; e) a step of reacting all or a part of stream S7 with stream S5 in the presence of a catalyst mixture comprising a phase transfer catalyst and a heteropolytungstate in a liquid reaction mixture comprising an aqueous phase with a maximum apparent pH of 6 and an organic phase, wherein the term "apparent pH" refers to a value determined by measurement with a glass electrode employing a commercial pH meter calibrated with aqueous buffer solution of known pH for measuring dilute aqueous solutions; f) a third separation step of separating the reaction mixture of step e) into an aqueous phase (P a ) comprising 1,2-propanediol and an organic phase (P o ); g) a step of recycling organic phase (P o ) separated in step f) to the reaction step e); h) and a fourth separation step of separating 1,2-propanediol from the aqueous phase (P a ) separated in step f).
An apparatus, comprising: an electronic device comprising a processor, a memory, and a camera, the electronic device to determine whether a person attempting to use the device is authorized to use the device, wherein the electronic device is to: receive a request for a first level of functionality in the electronic device ; receive a first input of a first type; perform a first analysis of the first input to determine if the person attempting to use the device is authorized to use the first level of functionality in the device based on the first analysis; receive a request for a second level of functionality in the electronic device ; receive a second input of a second type different than the first type; and if the person is authorized to use the first level of functionality based on the first analysis, then perform a second analysis of the second input to determine whether the person is authorized to use the second level of functionality based on the second analysis; and if the person is not authorized to use the second level of functionality, deny access to the second level of functionality and terminate access to the first level of functionality. receive a request for a first level of functionality in the electronic device ; receive a first input of a first type; perform a first analysis of the first input to determine if the person attempting to use the device is authorized to use the first level of functionality in the device based on the first analysis; receive a request for a second level of functionality in the electronic device ; receive a second input of a second type different than the first type; and if the person is authorized to use the first level of functionality based on the first analysis, then perform a second analysis of the second input to determine whether the person is authorized to use the second level of functionality based on the second analysis; and if the person is not authorized to use the second level of functionality, deny access to the second level of functionality and terminate access to the first level of functionality.
Method for onboarding a device in a client-capable virtual network of an industrial network , comprising the following steps: - receiving an onboarding request from the device concerning access to the client-capable virtual network of the industrial network , the onboarding request being received in an access network of the industrial network that is associated with an onboarding network of the industrial network , - identifying and checking the device by means of an authentication module of the industrial network , - if the result of the check is positive, transmitting a configuration file to the device , the configuration file containing data regarding the permission for the device to access the client-capable virtual network , - configuring the device , in particular a communication interface of the device , according to the configuration file received by the device , - checking the access permission of the configured device at an access point of the industrial network , and - if the result of the check is positive, affording access by the device to the client-capable virtual network . - receiving an onboarding request from the device concerning access to the client-capable virtual network of the industrial network , the onboarding request being received in an access network of the industrial network that is associated with an onboarding network of the industrial network , - identifying and checking the device by means of an authentication module of the industrial network , - if the result of the check is positive, transmitting a configuration file to the device , the configuration file containing data regarding the permission for the device to access the client-capable virtual network , - configuring the device , in particular a communication interface of the device , according to the configuration file received by the device , - checking the access permission of the configured device at an access point of the industrial network , and - if the result of the check is positive, affording access by the device to the client-capable virtual network .
An external patch containing rupatadine, wherein an acrylic adhesive is used as an adhesive base and the external patch further comprises a solubilizer, a softener, and a surfactant.
A system for determining properties of a blood sample, the system comprising: a common sample portion; a measurement system configured to facilitate determination of at least one hemostasis parameter and at least one oxygen transport parameter of a blood sample in the common sample portion, the measurement system comprising a receiver configured to determine a displacement of the blood sample generated by an application of force to the blood sample; and a processor , configured to receive data including the displacement of the blood sample from the measurement system and determine, using the data, the at least one hemostasis parameter and the at least one oxygen transport parameter, wherein the at least one oxygen transport parameter is selected from a group consisting of HCT, HGB, MCV, RBC, MCHC, MCH and combinations thereof, wherein determining the hemostasis parameter comprises adjusting the hemostasis parameter using the oxygen transport parameter, wherein the measurement system comprises: an ultrasonic signal generator configured to generate and direct an ultrasonic signal to interact with the blood sample, thereby applying said force to the blood sample; and wherein said receiver is configured to determine at least one characteristic of the ultrasonic signal that interacted with the blood sample, said characteristic comprising said data. a common sample portion; a measurement system configured to facilitate determination of at least one hemostasis parameter and at least one oxygen transport parameter of a blood sample in the common sample portion, the measurement system comprising a receiver configured to determine a displacement of the blood sample generated by an application of force to the blood sample; and a processor , configured to receive data including the displacement of the blood sample from the measurement system and determine, using the data, the at least one hemostasis parameter and the at least one oxygen transport parameter, wherein the at least one oxygen transport parameter is selected from a group consisting of HCT, HGB, MCV, RBC, MCHC, MCH and combinations thereof, wherein determining the hemostasis parameter comprises adjusting the hemostasis parameter using the oxygen transport parameter, wherein the measurement system comprises: an ultrasonic signal generator configured to generate and direct an ultrasonic signal to interact with the blood sample, thereby applying said force to the blood sample; and wherein said receiver is configured to determine at least one characteristic of the ultrasonic signal that interacted with the blood sample, said characteristic comprising said data. an ultrasonic signal generator configured to generate and direct an ultrasonic signal to interact with the blood sample, thereby applying said force to the blood sample; and wherein said receiver is configured to determine at least one characteristic of the ultrasonic signal that interacted with the blood sample, said characteristic comprising said data.
A method of forming a glass article, comprising: providing a glass substrate sheet; translating a pulsed laser beam on the glass substrate sheet to form a laser damage region extending from a first surface of the glass substrate sheet to a second surface of the glass substrate sheet, wherein: the laser damage region comprises a plurality of defect lines, wherein each defect line is formed at a different depth of the glass substrate sheet; and applying the glass substrate sheet with an etchant solution comprising 1M to 3M of hydrofluoric acid and hydrochloric acid, wherein: a concentration of the hydrochloric acid is less than 1M if a concentration of the hydrofluoric acid is greater than 2M; and the concentration of the hydrochloric acid is between 1M and 3M if the concentration of the hydrofluoric acid is less than 2M. providing a glass substrate sheet; translating a pulsed laser beam on the glass substrate sheet to form a laser damage region extending from a first surface of the glass substrate sheet to a second surface of the glass substrate sheet, wherein: the laser damage region comprises a plurality of defect lines, wherein each defect line is formed at a different depth of the glass substrate sheet; and applying the glass substrate sheet with an etchant solution comprising 1M to 3M of hydrofluoric acid and hydrochloric acid, wherein: a concentration of the hydrochloric acid is less than 1M if a concentration of the hydrofluoric acid is greater than 2M; and the concentration of the hydrochloric acid is between 1M and 3M if the concentration of the hydrofluoric acid is less than 2M. a concentration of the hydrochloric acid is less than 1M if a concentration of the hydrofluoric acid is greater than 2M; and the concentration of the hydrochloric acid is between 1M and 3M if the concentration of the hydrofluoric acid is less than 2M.
Method for remediation and/or restoration of a body of water comprising an anoxic body of water , wherein the anoxic body of water is an underlying water layer lying below a surface water layer and wherein a calcium nitrate solution is added to the anoxic body of water , CHARACTERIZED IN THAT the method comprises the steps of - mixing water having a percent of oxygen saturation of between 50% and 150%, preferably around 100%, with the calcium nitrate solution , resulting in a mixture, preferably having a concentration of calcium nitrate-N of between 10 and 1000 mg/l, depending on the volume of the anoxic body of water and the water flow in the anoxic body of water , wherein the water is taken from the surface water layer , the underlying water layer or a ground water source in the vicinity of the surface water layer , and wherein the water is mixed with oxygen, preferably in the form of atmospheric air, oxygen enriched atmospheric air, or 100% pure oxygen, via an oxygen mixing means ; - pumping the mixture into the body of water, until the final concentration of nitrate-N in the remedied and/or restored anoxic body of water is between 1 to 20 mg/l. - mixing water having a percent of oxygen saturation of between 50% and 150%, preferably around 100%, with the calcium nitrate solution , resulting in a mixture, preferably having a concentration of calcium nitrate-N of between 10 and 1000 mg/l, depending on the volume of the anoxic body of water and the water flow in the anoxic body of water , wherein the water is taken from the surface water layer , the underlying water layer or a ground water source in the vicinity of the surface water layer , and wherein the water is mixed with oxygen, preferably in the form of atmospheric air, oxygen enriched atmospheric air, or 100% pure oxygen, via an oxygen mixing means ; - pumping the mixture into the body of water, until the final concentration of nitrate-N in the remedied and/or restored anoxic body of water is between 1 to 20 mg/l.