mhurhangee/ep-ind-claims huggingface dataset:
An activation method of an alarm for risk of aggression to a user comprising the following steps: - collecting information on the user's heart reaction to physical efforts; - collecting information on the level of bradycardia or tachycardia of the user; - determining one or more reference values relating to the user's heart rate beyond which said alarm has to be activated, said one or more reference values being determined on the basis of said information on the user's heart reaction to physical efforts and/or the bradycardia or tachycardia level of the user; - measuring one or more parameters relating to the user's heart rate wherein said one or more parameters relating to the user's heart rate is/are measured by at least one heart rate meter; - activating said alarm, wherein said alarm is activated by a remote server connected to said heart rate meter and/or at least one control unit operatively connected to said heart rate meter, or wherein said alarm is controlled by said at least one control unit, wherein said alarm is activated every time one or more of said measured parameters exceeds said reference values and said at least one control unit is not operatively connected to said heart rate meter for a predetermined time interval after said one or more measured parameters have exceeded said reference values. - collecting information on the user's heart reaction to physical efforts; - collecting information on the level of bradycardia or tachycardia of the user; - determining one or more reference values relating to the user's heart rate beyond which said alarm has to be activated, said one or more reference values being determined on the basis of said information on the user's heart reaction to physical efforts and/or the bradycardia or tachycardia level of the user; - measuring one or more parameters relating to the user's heart rate wherein said one or more parameters relating to the user's heart rate is/are measured by at least one heart rate meter; - activating said alarm, wherein said alarm is activated by a remote server connected to said heart rate meter and/or at least one control unit operatively connected to said heart rate meter, or wherein said alarm is controlled by said at least one control unit, wherein said alarm is activated every time one or more of said measured parameters exceeds said reference values and said at least one control unit is not operatively connected to said heart rate meter for a predetermined time interval after said one or more measured parameters have exceeded said reference values.
Hydraulic chair lift for arrangement in a vehicle, like a car or a van, which hydraulic chair lift comprises: - a rod with attachment means on both ends for attachment with the floor and the roof zone of the vehicle; - a piston arranged around the rod in a middle zone of the rod; - a barrel enveloping the piston, and - two heads arranged on each end of the barrel, which heads are provided with a channel for passage of the rod, wherein a rod gland (17, 18) is arranged in the head surrounding the channel characterized in that the channel has relative to the rod gland (17, 18) a first inner channel part with a first diameter and a second inner channel part with second diameter, wherein the first diameter is smaller than the second diameter and wherein the ratio of the length and the diameter of the first channel part is less than 3/5. - a rod with attachment means on both ends for attachment with the floor and the roof zone of the vehicle; - a piston arranged around the rod in a middle zone of the rod; - a barrel enveloping the piston, and - two heads arranged on each end of the barrel, which heads are provided with a channel for passage of the rod, wherein a rod gland (17, 18) is arranged in the head surrounding the channel
An apparatus, intended for use in encrypting data, comprising: a key determiner configured to determine a cipher key, for white-box cryptography, WBC-based encryption, and a symmetric key different from the cipher key; an encrypter configured to generate a ciphertext, of the data, by applying the WBC-based encryption with the cipher key to a first part of the data and by applying symmetric-key-based encryption with the symmetric key to a second part of the data different from the first part of the data, wherein the encrypter is further configured to generate the ciphertext so as to include: a symmetric-key-based ciphertext; and a WBC-based ciphertext adapted for use in decrypting the symmetric-key-based ciphertext; and one or more hardware processors implementing the key determiner and the encrypter. a key determiner configured to determine a cipher key, for white-box cryptography, WBC-based encryption, and a symmetric key different from the cipher key; an encrypter configured to generate a ciphertext, of the data, by applying the WBC-based encryption with the cipher key to a first part of the data and by applying symmetric-key-based encryption with the symmetric key to a second part of the data different from the first part of the data, wherein the encrypter is further configured to generate the ciphertext so as to include: a symmetric-key-based ciphertext; and a WBC-based ciphertext adapted for use in decrypting the symmetric-key-based ciphertext; and one or more hardware processors implementing the key determiner and the encrypter. a symmetric-key-based ciphertext; and a WBC-based ciphertext adapted for use in decrypting the symmetric-key-based ciphertext; and one or more hardware processors implementing the key determiner and the encrypter.
A non-therapeutic method for lightening skin comprising the steps of identifying skin where lightening or whitening is desired and topically applying to the skin a topical formulation comprising: (a) a skin lightening agent comprising a canola extract and (b) a cosmetically acceptable carrier, wherein the canola extract comprises protocatechuic acid, vanilic acid, caffeic acid, syringic acid, P-coumaric acid, and sinapic acid, and wherein the canola extract provides from 0.1% to 5% sinapic acid by weight of the formulation.
A medical-use plasma generating device comprising: a plasma ejecting device configured to eject plasma; and an inert gas ejecting device configured to eject an inert gas such that an outer circumference of the plasma ejected by the plasma ejecting device is covered by the inert gas, wherein the medical-use plasma generating device is provided with a cylindrical tubular outer housing, and a cylindrical tubular inner housing with an outer dimension smaller than an inner dimension of the outer housing, the inner housing being inserted inside the outer housing, and wherein the plasma ejecting device is configured to eject plasma from the inner housing, and the inert gas ejecting device is configured to eject inert gas from between an inner circumferential surface of the outer housing and an outer circumferential surface of the inner housing. a plasma ejecting device configured to eject plasma; and an inert gas ejecting device configured to eject an inert gas such that an outer circumference of the plasma ejected by the plasma ejecting device is covered by the inert gas, wherein the medical-use plasma generating device is provided with a cylindrical tubular outer housing, and a cylindrical tubular inner housing with an outer dimension smaller than an inner dimension of the outer housing, the inner housing being inserted inside the outer housing, and a cylindrical tubular outer housing, and a cylindrical tubular inner housing with an outer dimension smaller than an inner dimension of the outer housing, the inner housing being inserted inside the outer housing, and wherein the plasma ejecting device is configured to eject plasma from the inner housing, and the inert gas ejecting device is configured to eject inert gas from between an inner circumferential surface of the outer housing and an outer circumferential surface of the inner housing.
An apparatus comprising: a narrow band filter for a first frequency band and having a first bandwidth more narrow than the first frequency band, the narrow band filter being configured to receive and filter an input radio frequency signal and provide a filtered RF signal; and a power amplifier having an input operatively coupled to an output of the narrow band filter, the power amplifier being configured to receive and amplify the filtered RF signal and provide an amplified RF signal; a first signal path comprising the narrow band filter and coupled to the input of the power amplifier via a first switch; and a bypass signal path coupled to the input of the power amplifier via a second switch; wherein when the apparatus concurrently communicates with a first wireless network in the first frequency band and with a second wireless network in a second frequency band adjacent to the first frequency band, the first signal path is connected to the power amplifier such that the narrow band filter is selected, and when there is no concurrent communication with the two frequency bands the narrow band filter is bypassed. a narrow band filter for a first frequency band and having a first bandwidth more narrow than the first frequency band, the narrow band filter being configured to receive and filter an input radio frequency signal and provide a filtered RF signal; and a power amplifier having an input operatively coupled to an output of the narrow band filter, the power amplifier being configured to receive and amplify the filtered RF signal and provide an amplified RF signal; a first signal path comprising the narrow band filter and coupled to the input of the power amplifier via a first switch; and a bypass signal path coupled to the input of the power amplifier via a second switch; wherein when the apparatus concurrently communicates with a first wireless network in the first frequency band and with a second wireless network in a second frequency band adjacent to the first frequency band, the first signal path is connected to the power amplifier such that the narrow band filter is selected, and when there is no concurrent communication with the two frequency bands the narrow band filter is bypassed.
A thermal energy storage and recovery device comprising a heat exchanging arrangement having a first end (112a, 412a, 512a) and a second end (113a, 413a, 513a), wherein the heat exchanging arrangement is configured for guiding a flow of a heat transfer fluid between the first end (112a, 412a, 512a) and the second end (113a, 413a, 513a), a heat storage material which is thermally coupled to the heat exchanging arrangement in such a manner that along a physical extension of the heat exchanging arrangement a thermal interaction region is formed for thermally coupling the heat transfer fluid with the heat storage material, a fluid terminal (115a, 415a, 515a), which is connected to the heat exchanging arrangement via a branch duct of the heat exchanging arrangement, wherein the branch duct is located between the first end (112a, 412a, 512a) and the second end (113a, 413a, 513a), and a control device, which is coupled to the fluid terminal (115a, 415a, 515a) and which is configured such that a flow of fluid through the fluid terminal (115a, 415a, 515a) is controllable in such a manner that within the heat exchanging arrangement a spatial temperature profile along at least a portion of the thermal interaction region is adjustable, characterized in that the thermal energy storage and recovery device further comprises thermal insulating means for thermally isolating different compartments of the thermal energy storage and recovery device from each other.
Method for adjusting or operating a particle-metering system for a particle blasting installation, in particular a blasting installation for the working of surfaces, the abrasive throughput of which is preset by means of a passing-through opening that can be varied on the basis of time and/or variables and is determined by means of a downstream throughput sensor as a throughput sensor signal, wherein the throughput sensor signal is used for controlling a manipulated variable for the degree of setting of the passing-through opening, characterized in that to adjust the metering system for at least one value of the manipulated variable, the actual throughput through the passing-through opening is determined by means of a measurement of the weight of abrasive material allowed through within a defined time period (Dt), and the manipulated variable, the actual throughput and the corresponding throughput sensor signal are stored in an assignment table, wherein the relations between the actual throughput, the manipulated variable and the throughput sensor signal are used during subsequent operation.
A probiotic blend composition comprising B. coagulans, B subtilis, and B. clausii in combination with magnesium stearate, magnesium hydroxide, and simethicone.
A method for rectifying an image photographed by a fish-eye lens, comprising steps of: acquiring a fish-eye lens mapping parameter and a lens field angle; acquiring a fitted mapping curve according to the lens mapping parameter; acquiring centre coordinate and radius of a fish-eye circle in a fish-eye image; creating a blank image used for rectifying the image according to the lens field angle; based on the lens field angle, the fitted mapping curve, the centre coordinate and the radius of the fish-eye circle, and a width and height of the blank image, mapping a point on the blank image used for rectifying the image to a corresponding point in the fish-eye image; and based on a color sample of the corresponding point in the fish-eye image, drawing same onto the corresponding point in the blank image used for rectifying the image, and drawing the rectified image; characterized in that, in the step of acquiring a fitted mapping curve according to lens mapping parameters, the fitted mapping curve is as Formula 1: r Re al = F θ = 1.0 × 10 − 9 θ 4 − 6.0 × 10 − 7 θ 3 + 8.5 × 10 − 6 θ 2 + 0.0183 θ + 0.0007, wherein θ is an incident angle, r Real is a distance to a center of a film from where the light at the incident angle θ is mapped on the film after refracted through a lens. acquiring a fish-eye lens mapping parameter and a lens field angle; acquiring a fitted mapping curve according to the lens mapping parameter; acquiring centre coordinate and radius of a fish-eye circle in a fish-eye image; creating a blank image used for rectifying the image according to the lens field angle; based on the lens field angle, the fitted mapping curve, the centre coordinate and the radius of the fish-eye circle, and a width and height of the blank image, mapping a point on the blank image used for rectifying the image to a corresponding point in the fish-eye image; and based on a color sample of the corresponding point in the fish-eye image, drawing same onto the corresponding point in the blank image used for rectifying the image, and drawing the rectified image; characterized in that, in the step of acquiring a fitted mapping curve according to lens mapping parameters, the fitted mapping curve is as Formula 1: r Re al = F θ = 1.0 × 10 − 9 θ 4 − 6.0 × 10 − 7 θ 3 + 8.5 × 10 − 6 θ 2 + 0.0183 θ + 0.0007, wherein θ is an incident angle, r Real is a distance to a center of a film from where the light at the incident angle θ is mapped on the film after refracted through a lens.
Lighting module, in particular for a street lighting apparatus, extending between two module ends symmetrical with respect to a module axis and defining a front edge orthogonal to the module axis, said the lighting module comprising two module portions suitable to illuminate respective portions of an object, said module portions being equal to each other and symmetrical with respect to the module axis, each module portion comprising a lighting source and a corresponding reflector, where said lighting sources lie on a same source plane (α), have a source axis being orthogonal to the source plane (α) and are placed at said module ends, each reflector comprising a side wall that extends parallel to the module axis and that extends from the source plane (α) forming a parabolic surface with a parabola axis inclined with respect to the source plane (α), a first inclined plane that extends with increasing width from the lighting source until in proximity of the module axis, and a second inclined plane that extends with increasing width from the lighting source toward the front edge of the lighting module substantially orthogonal to the module axis.
Measuring train with an optical system having means for making an image recording with a camera and a lamp, for example, video detail images, of an area of the superstructure of a railway being located right below the measuring train, and having per rail at least two cameras (3, 4) which are aligned and focused on the same recording area of the relevant rail of the railroad and characterized by having per rail at least five flash lamps (1, 2, 5), each in an own housing and with mutual spacing.
1,3-Dioxolane copolymers of the general formula I H- [O-CH 2 -O-CH 2 -CH 2 -] x1 [O-CH 2 -CH 2 O-CH 2 -] x2 [O-CH 2 -O-CHR1-CHR 2 -] y1 [O-CHR 1 -CHR 2 O-CH 2 -] y2 OH, in which xl+x2 has values of 10 to 2000, R 1 and R 2 are hydrogen radicals or C 1 to C 18 alkyl radical, where in each case at least one radical R 1 or R 2 in the units [O-CH 2 -O-CHR 2 -CHR 2 -] y1 and [O-CHR 2 -CHR 2 O-CH 2 -] y2 is a C 1 to C 18 alkyl radical, with the proviso that y1+y2 has values of 3 * (x1+x2+y1+y2)/100 to 50 * (x1+x2+y1+y2)/100. xl+x2 has values of 10 to 2000, R 1 and R 2 are hydrogen radicals or C 1 to C 18 alkyl radical, where in each case at least one radical R 1 or R 2 in the units [O-CH 2 -O-CHR 2 -CHR 2 -] y1 and [O-CHR 2 -CHR 2 O-CH 2 -] y2 is a C 1 to C 18 alkyl radical, with the proviso that y1+y2 has values of 3 * (x1+x2+y1+y2)/100 to 50 * (x1+x2+y1+y2)/100.
A method for monitoring a roaming call, the method comprising the steps of - at a first location being a home network, a home switch or a home location register, receiving first information from a second location being a visited network, a visited mobile switching center or a visited location register, for reporting the roaming call to be set up to the first location, - at the first location, in response to a reception of the first information, transmitting second information (32,33) to the second location, the first information defining at least a feature of the roaming call, and the second information defining the roaming call being allowed; and the second information comprising a request for data; and - at the first location, receiving third information (34,35) from the second location for evaluating the roaming call, the third information (34,35) comprising a response with the data, wherein the data being arranged to create timing data, the timing data defining one or more timing features comprising a start, end and/or duration of a billing period of the roaming call, wherein the method further comprising the steps of - at the first location, converting the third information (34,35) into one or more reports (41,42) for said evaluating, - at the first location, evaluating the roaming call, and - at the first location, in response to an evaluation, transmitting fourth information to the second location, the fourth information comprising a command for the second location to interrupt and finish the roaming call. - at a first location being a home network, a home switch or a home location register, receiving first information from a second location being a visited network, a visited mobile switching center or a visited location register, for reporting the roaming call to be set up to the first location, - at the first location, in response to a reception of the first information, transmitting second information (32,33) to the second location, the first information defining at least a feature of the roaming call, and the second information defining the roaming call being allowed; and the second information comprising a request for data; and - at the first location, receiving third information (34,35) from the second location for evaluating the roaming call, the third information (34,35) comprising a response with the data, wherein the data being arranged to create timing data, the timing data defining one or more timing features comprising a start, end and/or duration of a billing period of the roaming call, - at the first location, converting the third information (34,35) into one or more reports (41,42) for said evaluating, - at the first location, evaluating the roaming call, and - at the first location, in response to an evaluation, transmitting fourth information to the second location, the fourth information comprising a command for the second location to interrupt and finish the roaming call.
Device for inverting wafers, comprising two wheels which are parallel to one another, each wheel comprising at least one slot intended to receive a wafer to be inverted, the slots being provided on their faces (10A, 10B), facing the wafer, with a plurality of gas inlet nozzles, gas flows exiting the nozzles making it possible to hold the wafer in a corresponding slot of each of the wheels without contacting the wheels.
An elevator device, comprising: drive means having a drive sheave, a motor for rotating the drive sheave, and a motor driving portion for driving the motor; suspension means looped around the drive sheave; a car and a counterweight that are suspended by the suspension means to be raised/lowered by the drive means; and control means for controlling the motor driving portion, wherein the control means monitors a load on at least one component within the drive means while the car is running, generates a control command regarding a running speed of the car on a real-time basis in accordance with a state of the load, and outputs the control command to the motor driving portion, wherein the control means continuously raises the running speed of the car after the car has started running until the running speed of the car reaches an upper limit that is prescribed when the car starts running and holds the running speed of the car at the upper limit to make a shift to constant-speed running unless the load reaches a preset threshold. drive means having a drive sheave, a motor for rotating the drive sheave, and a motor driving portion for driving the motor; suspension means looped around the drive sheave; a car and a counterweight that are suspended by the suspension means to be raised/lowered by the drive means; and control means for controlling the motor driving portion, wherein the control means monitors a load on at least one component within the drive means while the car is running, generates a control command regarding a running speed of the car on a real-time basis in accordance with a state of the load, and outputs the control command to the motor driving portion, wherein the control means continuously raises the running speed of the car after the car has started running until the running speed of the car reaches an upper limit that is prescribed when the car starts running and holds the running speed of the car at the upper limit to make a shift to constant-speed running unless the load reaches a preset threshold.