mhurhangee/ep-ind-claims huggingface dataset:
For use with an implantable system, a method for monitoring a patient's arterial blood pressure, the method comprising: (a) using implanted electrodes to obtain a first signal indicative of electrical activity of the patient's heart; (b) using an implanted sensor to obtain a second signal indicative of mechanical activity of the patient's heart; (c) detecting a ventricular depolarization in a portion of the first signal corresponding to a cardiac cycle; (d) detecting a maximum peak amplitude in a portion of the second signal corresponding to the same cardiac cycle; (e) determining a time t 1 from detection of the ventricular depolarization to the detection of the maximum peak amplitude in the second signal; (f) determining a pulse arrival time by determining the time t 1; and (g) determining a value indicative of systolic pressure based on the PAT, wherein step (c) further comprises detecting a ventricular repolarization in the portion of the first signal corresponding to the cardiac cycle; wherein step (e) further comprises determining a time t 2 from the detected ventricular repolarization to the detected maximum peak amplitude in the second signal; wherein step (f) comprises determining the peak pulse arrival time (PPAT) as a sum of times t 1 and t 2 divided by approximately 2; and wherein step (g) comprises determining the value indicative of systolic pressure based on the PPAT. (a) using implanted electrodes to obtain a first signal indicative of electrical activity of the patient's heart; (b) using an implanted sensor to obtain a second signal indicative of mechanical activity of the patient's heart; (c) detecting a ventricular depolarization in a portion of the first signal corresponding to a cardiac cycle; (d) detecting a maximum peak amplitude in a portion of the second signal corresponding to the same cardiac cycle; (e) determining a time t 1 from detection of the ventricular depolarization to the detection of the maximum peak amplitude in the second signal; (f) determining a pulse arrival time by determining the time t 1; and (g) determining a value indicative of systolic pressure based on the PAT,
A fastener that fixes double-door type flaps of a box in a closed state, comprising a receiving part, a pressing part, and a linking part, wherein the receiving part and the pressing part oppose each other with the linking part interposed, spaces on both sides sandwiching the linking part between the receiving part and the pressing part are insertion areas for inserting the flaps of the box, characterised in that a cutter part is provided on the receiving part wherein the cutter part has a semicircular shape in a plan view, has a triangular shape in a front view, and has a sharp shape facing an outer peripheral side. a receiving part, a pressing part, and a linking part, wherein the receiving part and the pressing part oppose each other with the linking part interposed, spaces on both sides sandwiching the linking part between the receiving part and the pressing part are insertion areas for inserting the flaps of the box, characterised in that a cutter part is provided on the receiving part wherein the cutter part has a semicircular shape in a plan view, has a triangular shape in a front view, and has a sharp shape facing an outer peripheral side.
A presence detection device for detecting indoor presence of a person and, in accordance with detecting the indoor presence of a person, arranged for deactivating another device; the presence detection device comprising: - a receiver configured to collect ambient radiation in an environment, where a portion of the ambient radiation is generated by a source unrelated to the presence detection device; wherein the receiver includes a monitor configured to measure, over time, a fluctuation of an instantaneous energy of the portion of the ambient radiation; - a channel estimation module configured to determine a main path with the strongest energy within estimated channel energies in the portion of the ambient radiation and to determine an instantaneous energy around the main path; and - a decision module coupled to the monitor and configured to compute a standard deviation of a changing parameter of an energy profile of estimated channel energies around the main path and to determine an indoor presence of a person in the environment if said standard deviation is above a threshold; wherein said monitor is adapted to measure the fluctuation of the instantaneous energy around the main path, thus creating said energy profile and characterized in that the presence detection device is configured to deactivate the another device, when connected, in accordance with said determined indoor presence; wherein the another device is a lighting device; wherein the presence detection device is integrally formed with the lighting device, wherein the portion of the ambient radiation is generated by a wireless communications network. - a receiver configured to collect ambient radiation in an environment, where a portion of the ambient radiation is generated by a source unrelated to the presence detection device; wherein the receiver includes a monitor configured to measure, over time, a fluctuation of an instantaneous energy of the portion of the ambient radiation; - a channel estimation module configured to determine a main path with the strongest energy within estimated channel energies in the portion of the ambient radiation and to determine an instantaneous energy around the main path; and - a decision module coupled to the monitor and configured to compute a standard deviation of a changing parameter of an energy profile of estimated channel energies around the main path and to determine an indoor presence of a person in the environment if said standard deviation is above a threshold; wherein said monitor is adapted to measure the fluctuation of the instantaneous energy around the main path, thus creating said energy profile and characterized in that the presence detection device is configured to deactivate the another device, when connected, in accordance with said determined indoor presence; wherein the another device is a lighting device; wherein the presence detection device is integrally formed with the lighting device, wherein the portion of the ambient radiation is generated by a wireless communications network.
A method of detecting a primed template nucleic acid, comprising the steps of: (a) providing a fluid comprising a ternary complex and Li +, wherein the ternary complex comprises a primed template nucleic acid, a polymerase, and a nucleotide cognate for the next correct base for the primed template nucleic acid molecule; and (b) detecting the ternary complex while it is in the fluid comprising Li +. (a) providing a fluid comprising a ternary complex and Li +, wherein the ternary complex comprises a primed template nucleic acid, a polymerase, and a nucleotide cognate for the next correct base for the primed template nucleic acid molecule; and (b) detecting the ternary complex while it is in the fluid comprising Li +.
An information processing system including one or more information processing apparatuses capable of communicating with an external apparatus via a network, the information processing system capable of operating in at least three operation modes including: a first mode which is a mode where at least a first processing unit configured to execute an application in accordance with an operation of a user starts; a second mode, which consumes less power than the first mode and is a mode where the first processing unit does not start, and a second processing unit configured to automatically perform a communication process via the network starts as information processing in the second mode; and a third mode, which consumes less power than the second mode and is a mode where the first processing unit and the second processing unit do not start, and a power source control unit configured to measure time controls the start of the second processing unit based on the measured time, wherein the power source control unit is configured to shift the operation mode of the information processing system from the first mode to the third mode when a condition for ending the first mode has been satisfied without directly shifting from the first mode to the second mode, and then to shift the operation mode from the third mode to the second mode to start the second mode periodically or in accordance with a predetermined time schedule, wherein a predetermined time interval between the end of the first mode and the initial start of the second mode is shorter than a start interval between the second modes. a first mode which is a mode where at least a first processing unit configured to execute an application in accordance with an operation of a user starts; a second mode, which consumes less power than the first mode and is a mode where the first processing unit does not start, and a second processing unit configured to automatically perform a communication process via the network starts as information processing in the second mode; and a third mode, which consumes less power than the second mode and is a mode where the first processing unit and the second processing unit do not start, and a power source control unit configured to measure time controls the start of the second processing unit based on the measured time, wherein the power source control unit is configured to shift the operation mode of the information processing system from the first mode to the third mode when a condition for ending the first mode has been satisfied without directly shifting from the first mode to the second mode, and then to shift the operation mode from the third mode to the second mode to start the second mode periodically or in accordance with a predetermined time schedule, wherein a predetermined time interval between the end of the first mode and the initial start of the second mode is shorter than a start interval between the second modes.
Intake ventilator provided with a flow channel, an air intake and an air outlet, the ventilator comprising a thick-walled shell made of a resilient material having good thermal insulation properties, arranged at the bottom in the form of concavity,which consists of an air-intake cavity, an air-outlet cavity and a recess of the flow channel and said recess has a rib, the upper part of the thick-walled shell forms a plate provided with openings in which profiled ribs are arranged, moreover, said shell has two side walls and a closure of the air intake and a closure of the air outlet, and said four elements surround the concavity from four sides, the recess of the flow channel is closed from the bottom with a horizontal partition having a slanting fault and said horizontal partition via seals abuts on the upper surface of a window rail, while on the upper surface of the partition from the side of the air-intake cavity a pressure throttle is located, furthermore, inside the air-intake cavity a thermal air-flow controller is situated and said thermal air-flow controller consists of two profiled guides (25, 26) connected to yokes (29, 30), each of the guides has a longitudinal groove and two longitudinal slots and the grooves are provided with two movable lamellar throttles (31, 32) having openings and binders between said openings, while in the slots of the guides (25, 26) two pairs of bars (35, 36) are placed respectively, and the yokes (29, 30) having arms (42, 43) respectively, with openings and they are assembled by means of screws to brackets (46, 47) respectively, equipped with mounting sleeves (46', 47') respectively, moreover, the air-intake cavity is covered from the bottom with a flap provided with two guides, in which side closures (50, 51) of the flap are located and said closures are provided with ribs (52, 53) with axles of rotation and furthermore the air-outlet cavity is covered from the bottom with a masking frame provided with two guides in which there are catches of side closures (61, 62) of the masking frame and said closures (61, 62) have ribs (66, 67) with transverse openings in which axles of rotation (69, 70) of a throttle are mounted.
A shooting type toy comprising: a body having a plurality of members; a latch part (150, 150a, 150e) for locking the body thereonto to allow the body to be kept to a first form; and a projectile (200, 200a, 200b, 200c) moving, in use, from the outside in such a manner as to be inserted into the body and thus located in a shooting part (130, 130e) disposed in the body, wherein the projectile (200, 200a, 200b, 200c) releases a locking state of the latch part (150, 150a, 150e) to allow the body to be developed to a second form, and when the projectile (200, 200a, 200b, 200c) is located in the shooting part (130, 130e), the projectile (200, 200a, 200b, 200c) is shot from the body developed to the second form by means of an elastic force applied by a pressurizing part (140, 140b) to the shooting part (130, 130e).
A process for producing a positively charged polymer encapsulated particle, having a size of less than 5 μm, comprising a positively charged polymer shell surrounding a core of particle, said process comprising the steps of: a) dispersing the particles in an aqueous solution; b) adding a mixture of monomers either before or after the dispersion step (a); c) polymerizing monomers, with the particles, in view of obtaining polymer encapsulated particles, wherein the polymer shell of said particle comprises polymers or co-polymers that have a functional group FG; d) then dispersing the encapsulated particles with surfactants and charge directors in view of obtaining positively charged encapsulated particles dispersion, wherein the charge director is an amphiphilic molecule that can form reversed micelle in non-polar solvents, which are hydrocarbon solvents, and gives charge to the particle surface, and the functional group FG is a functional group selected from the group consisting of alkylated alcohols, branched alkylated alcohols, amine, substituted amine, substituted or unsubstituted pyrrolidine, substituted or unsubstituted 2-pyrroline, substituted or unsubstituted piperidine, substituted or unsubstituted pyridine, substituted or unsubstituted piperazine, substituted or unsubstituted imidazolidine. a) dispersing the particles in an aqueous solution; b) adding a mixture of monomers either before or after the dispersion step (a); c) polymerizing monomers, with the particles, in view of obtaining polymer encapsulated particles, wherein the polymer shell of said particle comprises polymers or co-polymers that have a functional group FG; d) then dispersing the encapsulated particles with surfactants and charge directors in view of obtaining positively charged encapsulated particles dispersion,
Thermal barrier coating system (1, 120, 130, 155), which comprises a substrate, a ceramic coating made of two ceramic layers (10, 13) wherein the coating has a different thicknesses on different places (403, 406) on the substrate, and wherein the thickness of the inner ceramic layer is the same on all areas (403, 406) of the substrate, and wherein the outermost layer is made of a porous structure of gadolinium hafnat or gadolinium zirconat.
A hand for a prosthetic limb, comprising: a rotor-motor; a transmission, comprising a differential roller screw; a linkage coupled to the transmission; at least one finger coupled to the linkage; wherein the rotor-motor is configured to actuate the transmission, the transmission is configured to actuate the linkage, and the linkage is configured to flex or extend the at least one finger. a rotor-motor; a transmission, comprising a differential roller screw; a linkage coupled to the transmission; at least one finger coupled to the linkage; wherein the rotor-motor is configured to actuate the transmission, the transmission is configured to actuate the linkage, and the linkage is configured to flex or extend the at least one finger.
Production system for manufacturing of formulations, comprising a unit for the production of formulations, characterized in that the unit comprises a subunit (1.1), comprising a. at least one combination of a process mixer and a buffer tank, where the process mixer and the buffer tank contain mixing devices, b. at least one connection between the process mixer and buffer tank for transfer of part-batches of formulations manufactured in the process mixer from the process mixer into the buffer tank, c. means of feeding defined amounts of feedstocks into the process mixer, d. at least one measurement unit for ascertaining properties of a part-batch of a formulation manufactured in the process mixer, e. at least one evaluation unit which is in communication with the measurement unit and is for determination of a deviation of properties of part-batches manufactured in the process mixer from the properties of a predefined target state, f. at least one unit which is in communication with the evaluation unit and is for adjusting the feed of defined amounts of feedstocks into the process mixer, and which is set up to take account of the deviations in the properties of a manufactured part-batch from the properties of a predefined target state and the number and size of further part-batches in order to adjust the amounts of feedstocks fed in in the manufacture of further part-batches. a. at least one combination of a process mixer and a buffer tank, where the process mixer and the buffer tank contain mixing devices, b. at least one connection between the process mixer and buffer tank for transfer of part-batches of formulations manufactured in the process mixer from the process mixer into the buffer tank, c. means of feeding defined amounts of feedstocks into the process mixer, d. at least one measurement unit for ascertaining properties of a part-batch of a formulation manufactured in the process mixer, e. at least one evaluation unit which is in communication with the measurement unit and is for determination of a deviation of properties of part-batches manufactured in the process mixer from the properties of a predefined target state, f. at least one unit which is in communication with the evaluation unit and is for adjusting the feed of defined amounts of feedstocks into the process mixer, and which is set up to take account of the deviations in the properties of a manufactured part-batch from the properties of a predefined target state and the number and size of further part-batches in order to adjust the amounts of feedstocks fed in in the manufacture of further part-batches.
A display apparatus, comprising: a display; a memory configured to store UI pattern information; a communication interface comprising communication circuitry; and a processor configured to control the display apparatus to: based on an event that changes a multimedia content output through the display occurring, obtain a plurality of UI patterns from the changed multimedia content at predetermined time intervals by converting a text area in each of the frames into a text box and converting a playback bar in the each of the frames into an image box, and obtain UI pattern information from the plurality of UI patterns, obtain identification information indicating a type of the changed multimedia content from the memory based on the UI pattern information, control the communication interface to transmit a fingerprint obtained from the changed multimedia content to at least one server corresponding to the identification information among a plurality of servers, and receive content information corresponding to the fingerprint obtained based on the identification information from the at least one server through the communication interface. a display; a memory configured to store UI pattern information; a communication interface comprising communication circuitry; and a processor configured to control the display apparatus to: based on an event that changes a multimedia content output through the display occurring, obtain a plurality of UI patterns from the changed multimedia content at predetermined time intervals by converting a text area in each of the frames into a text box and converting a playback bar in the each of the frames into an image box, and obtain UI pattern information from the plurality of UI patterns, obtain identification information indicating a type of the changed multimedia content from the memory based on the UI pattern information, control the communication interface to transmit a fingerprint obtained from the changed multimedia content to at least one server corresponding to the identification information among a plurality of servers, and receive content information corresponding to the fingerprint obtained based on the identification information from the at least one server through the communication interface. based on an event that changes a multimedia content output through the display occurring, obtain a plurality of UI patterns from the changed multimedia content at predetermined time intervals by converting a text area in each of the frames into a text box and converting a playback bar in the each of the frames into an image box, and obtain UI pattern information from the plurality of UI patterns, obtain identification information indicating a type of the changed multimedia content from the memory based on the UI pattern information, control the communication interface to transmit a fingerprint obtained from the changed multimedia content to at least one server corresponding to the identification information among a plurality of servers, and receive content information corresponding to the fingerprint obtained based on the identification information from the at least one server through the communication interface.
An event data recorder, comprising: a falling determination system (21, 30) which determines whether or not a vehicle has fallen; a recording device which stores data output from devices mounted in the vehicle; and a controller (31, 32) which controls a recording operation of the recording device characterized by further comprising a driving state determination system (22, 23, 24) which determines whether or not the vehicle is driving, and characterized in that the control of the controller (31, 32) is based on determination of the driving state determination system and determination of the falling determination system and causes the recording device to store data output from the devices at least before the vehicle has fallen such that the data is unable to be overwritten, if it is determined that the vehicle has fallen during driving. a falling determination system (21, 30) which determines whether or not a vehicle has fallen; a recording device which stores data output from devices mounted in the vehicle; and a controller (31, 32) which controls a recording operation of the recording device characterized by further comprising a driving state determination system (22, 23, 24) which determines whether or not the vehicle is driving, and characterized in that the control of the controller (31, 32) is based on determination of the driving state determination system and determination of the falling determination system and causes the recording device to store data output from the devices at least before the vehicle has fallen such that the data is unable to be overwritten, if it is determined that the vehicle has fallen during driving.