mhurhangee/ep-ind-claims huggingface dataset:
A method of automatically monitoring a position and vital signs of a subject supported by a patient support apparatus, the method comprising: receiving, by a processing device of a monitoring device, long wave infrared (LWIR) image data from a first imaging component of the monitoring device and near infrared image data from a second imaging component of the monitoring device; determining, by the processing device, one or more boundaries of the patient support apparatus from the NIR image data; constructing, by the processing device, one or more virtual boundaries that correspond to the one or more boundaries of the patient support apparatus; determining, by the processing device, a location of the subject with respect to the one or more virtual boundaries from at least one of the LWIR image data and the NIR image data; determining, by the processing device, a facial temperature of the subject from the LWIR image data; determining, by the processing device, a heart rate of the subject from the NIR image data; and determining, by the processing device, a respiration rate of the subject from at least one of the LWIR image data and the NIR image data. receiving, by a processing device of a monitoring device, long wave infrared (LWIR) image data from a first imaging component of the monitoring device and near infrared image data from a second imaging component of the monitoring device; determining, by the processing device, one or more boundaries of the patient support apparatus from the NIR image data; constructing, by the processing device, one or more virtual boundaries that correspond to the one or more boundaries of the patient support apparatus; determining, by the processing device, a location of the subject with respect to the one or more virtual boundaries from at least one of the LWIR image data and the NIR image data; determining, by the processing device, a facial temperature of the subject from the LWIR image data; determining, by the processing device, a heart rate of the subject from the NIR image data; and determining, by the processing device, a respiration rate of the subject from at least one of the LWIR image data and the NIR image data.
An agent containing parathyroid hormone as the active ingredient for use in the treatment or prevention of osteoporosis in a patient having mild renal dysfunction or moderate renal dysfunction, wherein the PTH containing agent is to be administered once a week in a unit dose of 200 units, and wherein the patient satisfies all of the following conditions through: age 65 years or older; prevalent bone fractures; bone density less than 80% of the young adult mean and/or a degree of bone atrophy of I or higher. age 65 years or older; prevalent bone fractures; bone density less than 80% of the young adult mean and/or a degree of bone atrophy of I or higher.
Method for testing tamper protection of a field device, comprising the following steps: arrangement of magnetic, electrical and/or dielectric test elements in a sheath of an area to be protected, having contact surfaces, of the field device, wherein the test elements are arranged inside the sheath by means of a random process or a pseudorandom process, first application of a first test signal to the test elements, wherein the first test signal is emitted at one or more of the contact surfaces, first measurement of the first test signal in order to determine a physical fingerprint, storage of the physical fingerprint, second application of a second test signal to the test elements, second measurement of the second test signal, wherein the second test signal is emitted at one or more of the contact surfaces, comparison of the second test signal with the physical fingerprint and, if the second test signal differs from the physical fingerprint, output of a tamper signal, characterized in that the sheath is produced in layers by different test elements being arranged randomly dispersed in different layers of the sheath by means of the random process or the pseudorandom process. arrangement of magnetic, electrical and/or dielectric test elements in a sheath of an area to be protected, having contact surfaces, of the field device, wherein the test elements are arranged inside the sheath by means of a random process or a pseudorandom process, first application of a first test signal to the test elements, wherein the first test signal is emitted at one or more of the contact surfaces, first measurement of the first test signal in order to determine a physical fingerprint, storage of the physical fingerprint, second application of a second test signal to the test elements, second measurement of the second test signal, wherein the second test signal is emitted at one or more of the contact surfaces, comparison of the second test signal with the physical fingerprint and, if the second test signal differs from the physical fingerprint, output of a tamper signal, characterized in that the sheath is produced in layers by different test elements being arranged randomly dispersed in different layers of the sheath by means of the random process or the pseudorandom process.
A smart guide device for visually impaired person comprises of: a laser source attached to the device for generating laser beam; an ultrasonic sensor provided near the laser source for measuring a height of the laser source from the ground; an output mechanism for providing alert to the visually impaired person about any obstacle on a walking direction; characterized in that a gyroscope attached to the laser source for maintaining an angle between the laser source and the ultrasonic sensor; a camera for capturing an image of a refracted laser beam from the obstacle; an image processing unit for processing the image captured by the camera; an embedded system configured to calculate a height or depth of the obstacle based on the image of the refracted laser beam, the height of the laser source and the angle between a laser beam path and the ultrasonic sensor. a laser source attached to the device for generating laser beam; an ultrasonic sensor provided near the laser source for measuring a height of the laser source from the ground; an output mechanism for providing alert to the visually impaired person about any obstacle on a walking direction; characterized in that a gyroscope attached to the laser source for maintaining an angle between the laser source and the ultrasonic sensor; a camera for capturing an image of a refracted laser beam from the obstacle; an image processing unit for processing the image captured by the camera; an embedded system configured to calculate a height or depth of the obstacle based on the image of the refracted laser beam, the height of the laser source and the angle between a laser beam path and the ultrasonic sensor.
A method for detection of rapid moving of a mobile communication terminal that can change criteria for reselection of a cell to be criteria for switching a local station in association with a result of determining whether or not the mobile communication terminal is moving at a high speed, and compare a result of measuring qualities of radio signals with the criteria for reselection of a cell to switch a cell to be the local station, characterized in that: the mobile communication terminal determines whether or not a cell selected as the local station is registered in a predetermined list when the mobile communication terminal reselects the cell to be the local station; if it is determined that the cell is not registered, the mobile communication terminal registers the cell selected as the local station in said list; when a predetermined measurement terminal time elapses, the mobile communication terminal determines whether or not the number of cells registered in said list exceeds a predetermined threshold value; and if it is determined that the number of cells exceeds the threshold value, considering that the mobile communication terminal is moving at a high speed, the mobile communication terminal changes criteria for reselection of a cell from criteria for preferentially reselecting a cell with relatively narrow coverage to criteria for preferentially reselecting a cell with relatively wide coverage. the mobile communication terminal determines whether or not a cell selected as the local station is registered in a predetermined list when the mobile communication terminal reselects the cell to be the local station; if it is determined that the cell is not registered, the mobile communication terminal registers the cell selected as the local station in said list; when a predetermined measurement terminal time elapses, the mobile communication terminal determines whether or not the number of cells registered in said list exceeds a predetermined threshold value; and if it is determined that the number of cells exceeds the threshold value, considering that the mobile communication terminal is moving at a high speed, the mobile communication terminal changes criteria for reselection of a cell from criteria for preferentially reselecting a cell with relatively narrow coverage to criteria for preferentially reselecting a cell with relatively wide coverage.
Rotatable tool for chip removing machining, comprising, on one hand, a basic body having front and rear ends (4, 5) between which a first centre axis extends, with which an envelope surface is concentric and around which the basic body is rotatable, and, on the other hand, a loose top that includes front and rear ends (9, 10) between which a second centre axis extends with which an envelope surface is concentric, the front end of the basic body comprising a jaw which is delimited by two torque-transferring drivers (27a, 27b) and an intermediate bottom, and in which a rear coupling part of the loose top is receivable, and a centric pin, which protrudes axially rearward from the coupling part, being insertable into a centre hole that mouths in the intermediate bottom of the jaw and has a hole wall, which extends axially inside the basic body and in which a threaded hole being concentric with a third centre axis mouths, said hole being intended for a screw which co-operates with the pin and is accessible from the outside of the basic body, besides which the coupling part of the loose top and the drivers (27a, 27b) of the basic body include pairs of co-operating contact surfaces and support surfaces (33, 41; 23, 38) for the transfer of torque and axial forces between the same, characterized in that the rear coupling part of the loose top comprises two laterally projecting male members (32a, 32b) arranged to engage two corresponding seats in the insides of the drivers (27a, 27b) in an axially locking position, and that the pin of the loose top comprises means (51 a) for making it possible to turn the same and thereby the loose top in its entirety, more specifically by means of said screw.
A baking apparatus for producing endless strips of preferably liquid baking masses on a baking surface carrier, which circulates in a machine frame, is heated at least in some sections and transports at least one endless baking surface through at least one baking zone, which is arranged in a stationary manner in the machine frame, contains a heating device and extends from a baking mass applying device to a strip removal device, a rotatably mounted and driven hub-free drum being provided as the circulating heated baking surface carrier, characterised in that a trailing roller is provided, which is arranged such that it can be pivoted about a steering axis and rolls on a rolling surface of the drum in a contact region, wherein a trailing distance is provided between the contact region and the point at which the steering axis intersects with the rolling surface.
A solar panel comprising an outer metal box, a layer of insulation, the outer surface of which is provided with a layer of aluminium reflector foil which defines a cavity, an absorber located within the cavity defined by the foil 30 with a low emittance glass being placed on top of the solar panel, the absorber comprising a matrix of steel wool fibres, characterized in that beneath the low emittance glass are two further layers of glazing namely a high layer of Teflon® plastic sheet placed over the absorber and a layer of Tedlar® is placed over the Teflon® sheet with an air space between the Teflon® and the Tedlar® sheets and a further air space between the Tedlar® sheet and the glass, thereby providing a triple glazed collector.
An apparatus for electric field renal neuromodulation via an intra-to-extravascular approach, the apparatus comprising: an electric field generator; and at least one electrode electrically coupled to the electric field generator, the electrode configured for intravascular delivery in a renal vasculature and extravascular placement via an intra-to-extravascular approach, wherein the electrode is configured for extravascular delivery of an electric field to induce renal neuromodulation, wherein the electrode is coupled to an expandable element of a catheter, such that expansion of the expandable element causes the electrode to pierce a wall of a renal vessel and to move from an intravascular location to an extravascular location. an electric field generator; and at least one electrode electrically coupled to the electric field generator, the electrode configured for intravascular delivery in a renal vasculature and extravascular placement via an intra-to-extravascular approach, wherein the electrode is configured for extravascular delivery of an electric field to induce renal neuromodulation, wherein the electrode is coupled to an expandable element of a catheter, such that expansion of the expandable element causes the electrode to pierce a wall of a renal vessel and to move from an intravascular location to an extravascular location.
A capsule for delivery of a flavoring in water-pipe smoke, the capsule comprising: (a) a core bead of an inert material, and (b) a coating layer encapsulating the bead, characterised in that: (i) the coating layer comprises the flavoring, an absorbent-binder, a mist-maker, a sweetener, a thickener, and (ii) the coating layer is configured to release the flavoring, sweetener, and mist-maker when heated. (a) a core bead of an inert material, and (b) a coating layer encapsulating the bead, (i) the coating layer comprises the flavoring, an absorbent-binder, a mist-maker, a sweetener, a thickener, and (ii) the coating layer is configured to release the flavoring, sweetener, and mist-maker when heated.
A variable-frequency surface acoustic wave electronic cigarette, comprising an atomizer; wherein an atomization cavity is disposed in the atomizer, and a variable-frequency surface acoustic wave atomization chip is disposed at a lower portion of the atomization cavity; an inverted trapezoidal interdigital transducer is disposed on the variable-frequency surface acoustic wave atomization chip; an e-liquid storage cavity is disposed in the atomization cavity; and a porous ceramic sheet is disposed between the e-liquid storage cavity and the atomization chip; wherein the inverted trapezoidal interdigital transducer comprises a plurality of metal interdigital electrodes (a, b) and reflective electrodes (c), which are in an inverted trapezoidal shape; the inverted trapezoidal interdigital transducer further comprises two metal electrode bus bars, namely a first metal electrode bus bar and a second metal electrode bus bar; a plurality of first metal interdigital electrodes (a) are connected to the first metal electrode bus bar through a relatively long trapezoidal bottom, and a plurality of second metal interdigital electrodes (b) are connected to the second metal electrode bus bar through a relatively short trapezoidal bottom; the plurality of first metal interdigital electrodes (a) and the plurality of second metal interdigital electrodes (b) are arranged in a finger-crossed shape, and a reflective electrode (c) is embedded between a first metal interdigital electrode (a) and a second metal interdigital electrode (b).
Method for detecting asparagus in ground for asparagus harvest, the method comprising the steps of: inserting at least one proximity sensor below a ground surface at a scanning depth, wherein the at least one proximity sensor is arranged for detecting asparagus in proximity of the proximity sensor, characterised by: moving, at the scanning depth below the ground surface, the at least one proximity sensor through the ground for defining a scanning movement path of the sensor below the ground surface; and adjusting said movement path of the proximity sensor upon local proximity detection of an asparagus by the at least one proximity sensor. moving, at the scanning depth below the ground surface, the at least one proximity sensor through the ground for defining a scanning movement path of the sensor below the ground surface; and adjusting said movement path of the proximity sensor upon local proximity detection of an asparagus by the at least one proximity sensor.
A device for the distribution of fluids, comprising a body, a first connecting body and a second connecting body, the body defining at least two axial ducts, which are mutually connected to allow the passage of fluid from one to the other and are arranged substantially parallel to each other and mutually side by side, there being provided, at a first longitudinal end of said body, at least one first opening that is associated with one of said axial ducts and is connected detachably to the first connecting body, said body comprising, at the second longitudinal end, at least two second openings, which are each associated with a respective axial duct (21a, 21b) and can be connected detachably to the respective second connecting body, said first opening being orientable about its own axis with respect to the respective first connecting body and said second connecting body being orientable about the axis of the respective second opening, means for mutual connection between said first connecting body and said first opening and means for mutual connection between said second opening and the respective second connecting body being provided, said mutual connection means comprising two elements (2, 3) to be mutually connected and defined respectively on said first connecting body and on said first opening and on said second opening and on said second connecting body, said mutual connection means comprising two interconnection bodies, respectively a substantially cylindrical or conical seat defined on one of said elements to be connected and a substantially cylindrical or conical sleeve that can be coupled to said seat and is provided at the other element to be connected, said sleeve having, on the outer lateral surface of its portion that can be inserted in the seat, at least one axial shoulder that is directed in the opposite direction with respect to the end of said sleeve that can be inserted in said seat and can be arranged, with the insertion of said sleeve in said seat, at at least one passage defined in the occupied portion of the element to be connected that interferes with the lateral surface of said seat, said passage being extended along a substantially rectilinear direction that is perpendicular to the axis of said seat and is occupied by a locking pin that defines an abutment for said at least one shoulder, in order to prevent the axial extraction of said sleeve from said seat, said mutual connection means being adapted to allow the orientability of the axis of the second opening about the axis of the first opening that is spaced therefrom, wherein said second connecting body comprises a first opening of another distribution device.
A surgical reamer driver having four basic components and a distal end and proximal end, the four components being: a housing assembly having a proximal opening and a distal opening, a transmission drive train having a proximal end and distal end and enclosed in the housing assembly, and having a driver head at the distal end of the transmission drive train, a motor shaft coupling at the proximal end of the surgical reamer driver rotationally connected and separable from the transmission drive train, wherein the motor shaft coupling is adapted to pass through the proximal opening of the housing assembly at assembly and the proximal end of the transmission drive train is adapted to pass through the distal opening of the housing assembly at assembly to engage the motor shaft coupling within the housing assembly, whereby the transmission drive train and the motor shaft coupling are slideably and removably engaged together via an interfacing connection (27, 29) for engagement and disengagement thereof, and a handle assembly disposed over the housing assembly and separable from the housing assembly, these basic components forming a surgical reamer driver which in a fully assembled state effectively prevents debris from access in the inner workings of the surgical reamer driver. a housing assembly having a proximal opening and a distal opening, a transmission drive train having a proximal end and distal end and enclosed in the housing assembly, and having a driver head at the distal end of the transmission drive train, a motor shaft coupling at the proximal end of the surgical reamer driver rotationally connected and separable from the transmission drive train, wherein the motor shaft coupling is adapted to pass through the proximal opening of the housing assembly at assembly and the proximal end of the transmission drive train is adapted to pass through the distal opening of the housing assembly at assembly to engage the motor shaft coupling within the housing assembly, whereby the transmission drive train and the motor shaft coupling are slideably and removably engaged together via an interfacing connection (27, 29) for engagement and disengagement thereof, and a handle assembly disposed over the housing assembly and separable from the housing assembly, these basic components forming a surgical reamer driver which in a fully assembled state effectively prevents debris from access in the inner workings of the surgical reamer driver.
Semiconductor memory device, comprising: - a substrate with a main surface, - a first well that is doped for n-type conductivity being arranged at the main surface, - a second well that is doped for p-type conductivity being arranged at the main surface within the first well, - an addressing circuitry of complementary transistor devices (NMOS, PMOS) arranged in the first well and the second well, characterised in that at least one non-volatile memory cell(NVM CELL)is disposed in the first well and is designed to be a p-channel device. - a substrate with a main surface, - a first well that is doped for n-type conductivity being arranged at the main surface, - a second well that is doped for p-type conductivity being arranged at the main surface within the first well, - an addressing circuitry of complementary transistor devices (NMOS, PMOS) arranged in the first well and the second well,
A filling apparatus for filling fuel into a vehicle, the filling apparatus comprising a filling nozzle, a radio transmission section mounted on the filling nozzle and configured to transmit vehicle information via radio transmission, characterized in that the radio transmission section is operated by a battery and includes an information processor which is configured to detect noise caused by sunlight irradiating the radio transmission section and to prevent transmission of the detected noise from transmissions made by the radio transmission section, wherein the information processor is operative to detect and remove the noise associated with the sunlight.