mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing an acoustic attenuation panel comprising a first honeycomb core structure and a second honeycomb core structure joined in a junction area, the first and the second honeycomb core structures each comprising at least one honeycomb core layer, wherein: a) a junction edge of the first honeycomb core structure is joined to a corresponding junction edge of the second honeycomb core structure forming the junction area, b) the first honeycomb core structure and the second honeycomb core structure are placed between an inner skin and an outer skin of the panel, the method is remarkable in that it further comprises: a step prior to step a) in which at least one junction reinforcement is inserted between the junction edge of the first honeycomb core structure and the corresponding junction edge of the second honeycomb core structure in the junction area, this reinforcement extending in a plane transverse to the two honeycomb core structures (40, 50) and a subsequent step in which the whole is secured by a connecting means. a) a junction edge of the first honeycomb core structure is joined to a corresponding junction edge of the second honeycomb core structure forming the junction area, b) the first honeycomb core structure and the second honeycomb core structure are placed between an inner skin and an outer skin of the panel, a step prior to step a) in which at least one junction reinforcement is inserted between the junction edge of the first honeycomb core structure and the corresponding junction edge of the second honeycomb core structure in the junction area, this reinforcement extending in a plane transverse to the two honeycomb core structures (40, 50) and a subsequent step in which the whole is secured by a connecting means.
An apparatus for generating a pulsating fluid jet (16, 18) of pressurized fluid, comprising a line system, which comprises at least one nozzle (38, 40) having a nozzle orifice from which a pulsating fluid jet (16, 18) of pressurized fluid can emerge, and comprising a chamber, in which a pressure wave generating device for generating fluid pressure waves is formed and which communicates with the line system through an outlet opening for the generated fluid pressure waves, characterized by a setting device (31, 47, 62, 64) for controlling the amplitude AP of the fluid pressure waves in the line system upstream of the at least one nozzle orifice, which setting device can be used to set a Helmholtz number He: = L / λ formed from the quotient of the path length L for the fluid pressure waves in the line system between the outlet opening in the chamber and the at least one nozzle orifice of the at least one nozzle (38, 40) and the wavelength λ of the fluid pressure waves in the line system.
A method of joining a client device to an existing call, comprising: detecting, using a sensing component (110; 1604), a physical gesture between a first client device a second client device, wherein the first client device is participating in a call at the time of detection of the physical gesture and the second client device is not participating in the call at the time of the detection of the physical gesture; responsive to the detection of the physical gesture, initiating participation of the second client device in the call; the method is characterized by: identifying a gesture type of the physical gesture from a set of possible gesture types, wherein the possible gesture types in the set correspond to differing respective actions pertaining to the call; and causing a particular action pertaining to the call corresponding to the gesture type responsive to the detection of the physical gesture and identification of the gesture type, wherein a first possible gesture type corresponds to a transfer action where the call is transferred from the client device to the second client device, and wherein a second possible gesture type corresponds to a conference action where the second client device is joined to the call while the client device continues to participate in the call. detecting, using a sensing component (110; 1604), a physical gesture between a first client device a second client device, wherein the first client device is participating in a call at the time of detection of the physical gesture and the second client device is not participating in the call at the time of the detection of the physical gesture; responsive to the detection of the physical gesture, initiating participation of the second client device in the call; the method is characterized by: identifying a gesture type of the physical gesture from a set of possible gesture types, wherein the possible gesture types in the set correspond to differing respective actions pertaining to the call; and causing a particular action pertaining to the call corresponding to the gesture type responsive to the detection of the physical gesture and identification of the gesture type, identifying a gesture type of the physical gesture from a set of possible gesture types, wherein the possible gesture types in the set correspond to differing respective actions pertaining to the call; and causing a particular action pertaining to the call corresponding to the gesture type responsive to the detection of the physical gesture and identification of the gesture type, wherein a first possible gesture type corresponds to a transfer action where the call is transferred from the client device to the second client device, and wherein a second possible gesture type corresponds to a conference action where the second client device is joined to the call while the client device continues to participate in the call.
An automatic coffee grinding capsule making machine, wherein, the said maker consists of a base, an automatic rotating operation platform, a coffee cup unloading device, a coffee bean grinding device, a coffee powder temporary storage device, a powder tamping and removal device, a coffee cap unloading device and a capping device; the said automatic rotating operation platform is provided at the said base; the said automatic rotating operation platform can rotate based on a coffee capsule making status; there are several first holes at the said automatic rotating operation platform, and there are several first detecting devices below the said automatic rotating operation platform; the said first holes are used for bearing a coffee cup; the said first detecting devices are configured for detecting the working position of the coffee cup at the automatic rotating operation platform; the said coffee bean grinding device, the said coffee powder temporary storage device, the said powder tamping and removal device, the said coffee cup unloading device, the said coffee cap unloading device and the said capping device are fixed to the said base; the said coffee bean milling device consists of a first motor, a coffee bean storage bunker, a rotating shaft, a grinding burr assembly, a coffee powder collector and a powder scraper; the said first motor is transversely fixed and connected to the said rotating shaft, the said coffee bean storage bunker, the said grinder burr assembly and the said powder scraper are fixed to the said rotating shaft in turn and toward the direction away from the first motor, the said powder scraper is fixed to the end of the said rotating shaft; the said powder scraper is inside the said coffee powder collector.
A system comprising: a first node having one or more processors and one or more computer storage media storing computer-usable instructions that, when used by the one or more processors, cause the one or more processors to: receive from a client device associated with a user associated with a first ID a request to verify a dataset, the received first request including the dataset, the dataset being associated with the first ID and referencing a second ID associated with a verifying entity, store the included dataset on a distributed ledger based on the received first request, wherein the first node is one of a plurality of nodes configured to store the included dataset on the distributed ledger based on the received first request, wherein a second node of the plurality of nodes is configured to generate a first digital certificate corresponding to the stored dataset and issued to the user based on a command received from another client device associated with the referenced second ID; store the first digital certificate on the distributed ledger based on the generation thereof, wherein the first node is one of the plurality of nodes further configured to store the first digital certificate on the distributed ledger based on the generation thereof; determine that the stored first digital certificate is issued to the user associated with the first ID; and communicate the stored first digital certificate to the client device based on the determination, wherein the client device is configured to provide for display the communicated first digital certificate as an indication that the stored dataset was verified by the referenced verifying entity. receive from a client device associated with a user associated with a first ID a request to verify a dataset, the received first request including the dataset, the dataset being associated with the first ID and referencing a second ID associated with a verifying entity, store the included dataset on a distributed ledger based on the received first request, wherein the first node is one of a plurality of nodes configured to store the included dataset on the distributed ledger based on the received first request, wherein a second node of the plurality of nodes is configured to generate a first digital certificate corresponding to the stored dataset and issued to the user based on a command received from another client device associated with the referenced second ID; store the first digital certificate on the distributed ledger based on the generation thereof, wherein the first node is one of the plurality of nodes further configured to store the first digital certificate on the distributed ledger based on the generation thereof; determine that the stored first digital certificate is issued to the user associated with the first ID; and communicate the stored first digital certificate to the client device based on the determination, wherein the client device is configured to provide for display the communicated first digital certificate as an indication that the stored dataset was verified by the referenced verifying entity.
A heat exchanger monitoring system (10, 30) comprising: a heat exchanger for receiving a flow of a working fluid therethrough; a first sensor for measuring a property relating to an amount of contaminant material carried by a first flow of fluid entering the heat exchanger and configured to output a first sensor signal indicative of the measured property relating to the amount of contaminant material carried by the first flow of fluid; a second sensor for measuring the same property relating to an amount of contaminant material carried by a second flow of fluid exiting the heat exchanger and configured to output a second sensor signal indicative of the measured property relating to the amount of contaminant material carried by the second flow of fluid; and a monitoring device configured to receive and compare the first and second sensor signals to thereby determine a variation in the property relating to the amount of contaminant material carried by the fluid as it passes through the heat exchanger; wherein the first and second sensors (12, 14) are capacitive sensors. a heat exchanger for receiving a flow of a working fluid therethrough; a first sensor for measuring a property relating to an amount of contaminant material carried by a first flow of fluid entering the heat exchanger and configured to output a first sensor signal indicative of the measured property relating to the amount of contaminant material carried by the first flow of fluid; a second sensor for measuring the same property relating to an amount of contaminant material carried by a second flow of fluid exiting the heat exchanger and configured to output a second sensor signal indicative of the measured property relating to the amount of contaminant material carried by the second flow of fluid; and a monitoring device configured to receive and compare the first and second sensor signals to thereby determine a variation in the property relating to the amount of contaminant material carried by the fluid as it passes through the heat exchanger; wherein the first and second sensors (12, 14) are capacitive sensors.
An in vitro method for monitoring transplanted organ status in a subject, comprising: isolating, purifying or identifying donor organ-derived microvesicles from a biological sample obtained from a subject that has received a transplant from a donor by detecting a major histocompatibility complex protein specific to the donor on the donor organ-derived microvesicles.
A cosmetic composition comprising from 0.0001% to 25% by weight of a N-substituted sulfonyloxybenzylamine in a cosmetically acceptable vehicle, wherein said N-substituted sulfonyloxybenzylamine has the structure of formula I: where: W 1 is CO; W 2 is SO 2; R 1, R 2 and R 3 are independently C 1-20 hydrocarbons, each independently selected from alkyl, cycloalkyl, haloalkyl, alkoxyalkyl, heteroalkyl, heteroaryl, aryl, arylalkyl, alkylaryl, heteroaryl, heteroarylalkyl, and alkylheteroaryl, each being optionally substituted with C and/or 1-6 heteroatoms, including halogen, O, N and S; X, Y each independently represent H or an optionally substituted alkyl, haloalkyl, alkoxy, amino, aminoalkyl, haloalkoxy, alkenyl, and where adjacent X, Y taken together can form a 5, 6, or 7 member ring; and wherein the -O-W 2 -R 1 group is attached to the phenyl ring at the 3- or 4- position. W 1 is CO; W 2 is SO 2; R 1, R 2 and R 3 are independently C 1-20 hydrocarbons, each independently selected from alkyl, cycloalkyl, haloalkyl, alkoxyalkyl, heteroalkyl, heteroaryl, aryl, arylalkyl, alkylaryl, heteroaryl, heteroarylalkyl, and alkylheteroaryl, each being optionally substituted with C and/or 1-6 heteroatoms, including halogen, O, N and S; X, Y each independently represent H or an optionally substituted alkyl, haloalkyl, alkoxy, amino, aminoalkyl, haloalkoxy, alkenyl, and where adjacent X, Y taken together can form a 5, 6, or 7 member ring; and wherein the -O-W 2 -R 1 group is attached to the phenyl ring at the 3- or 4- position.
A wave power generator comprising: a buoyant casing intended to float in a body of water; an electric machine located within the casing comprising an armature and a field source, the electric machine having a fixed part coupled to the casing and a moving part; a counterweight assembly that is movable within the casing, comprising the moving part of the electric machine and wherein a relative movement of the counterweight assembly and the fixed part of the electric machine generates electric power; power storage that stores power generated by the electric machine, characterised in that the wave power generator comprises a control system that determines a bi-directional energy flow between the power storage and the armature, wherein energy is returned to the electric machine to drive a motion of the counterweight assembly anti-symmetrically to a motion of the casing. a buoyant casing intended to float in a body of water; an electric machine located within the casing comprising an armature and a field source, the electric machine having a fixed part coupled to the casing and a moving part; a counterweight assembly that is movable within the casing, comprising the moving part of the electric machine and wherein a relative movement of the counterweight assembly and the fixed part of the electric machine generates electric power; power storage that stores power generated by the electric machine, characterised in that the wave power generator comprises a control system that determines a bi-directional energy flow between the power storage and the armature, wherein energy is returned to the electric machine to drive a motion of the counterweight assembly anti-symmetrically to a motion of the casing.
A water purifying agent, comprising: a granulated product of a plant powder; wherein a Carr's fluidity index of the water purifying agent is 40 or greater, the Carr's fluidity index being obtained by measuring 3 items of the water purifying agent, which are an angle of repose, a degree of compression, and a spatula angle. a granulated product of a plant powder; wherein a Carr's fluidity index of the water purifying agent is 40 or greater, the Carr's fluidity index being obtained by measuring 3 items of the water purifying agent, which are an angle of repose, a degree of compression, and a spatula angle.
A lock device comprising: a controller configured to determine whether to open the lock device, wherein the controller is configured to provide an open signal when the lock device it to be opened, the open signal being a pulsating signal; a motor controllable to set the lock device in an open state or a closed state; and a motor driver connected between the controller and the motor, the motor driver comprising a capacitor providing a capacitive coupling between the controller and the motor, to thereby provide a motor control signal to the motor to set the lock device in an open state only when a duty cycle of the open signal is less than a threshold duty cycle and wherein a signal with the threshold duty cycle is insufficient to activate the motor. a controller configured to determine whether to open the lock device, wherein the controller is configured to provide an open signal when the lock device it to be opened, the open signal being a pulsating signal; a motor controllable to set the lock device in an open state or a closed state; and a motor driver connected between the controller and the motor, the motor driver comprising a capacitor providing a capacitive coupling between the controller and the motor, to thereby provide a motor control signal to the motor to set the lock device in an open state only when a duty cycle of the open signal is less than a threshold duty cycle and wherein a signal with the threshold duty cycle is insufficient to activate the motor.
A wake-up signal resource determining method, comprising: receiving resource configuration information from a network; and determining a frequency domain resource configured for a wake-up signal based on the resource configuration information, wherein Physical Resource Blocks, PRBs, configured for the wake-up signal are continuous, and the resource configuration information comprises a frequency domain offset, characterized in that the frequency domain offset is an offset between a PRB with a smallest index of the wake-up signal and a PRB with a smallest index of a Bandwidth Part, BWP. receiving resource configuration information from a network; and determining a frequency domain resource configured for a wake-up signal based on the resource configuration information, wherein Physical Resource Blocks, PRBs, configured for the wake-up signal are continuous, and the resource configuration information comprises a frequency domain offset, characterized in that the frequency domain offset is an offset between a PRB with a smallest index of the wake-up signal and a PRB with a smallest index of a Bandwidth Part, BWP.
Coupler device intended for model railway cars, said coupler device (1 a) of one model railway car comprising - a movable hook part comprising a hook; - a coupling part intended to be connected with a movable hook part of a coupler device (1 b) of another model railway car; characterized by that the movable hook part of said one model railway car has at least two stable positions when said two model railway cars are connected, allowing for the coupler devices (1 a, 1 b) of the two model railway cars to be non-pre-set or pre-set when the two model railway cars are connected and moved together, wherein the coupler device (1 a) of said one model railway car is pre-set, in use, by an external magnet, and wherein the hook part is rotable around an essentially horizontal shaft from an engaged position to a non-engaged position by application of a magnetic field by said external magnet. - a movable hook part comprising a hook; - a coupling part intended to be connected with a movable hook part of a coupler device (1 b) of another model railway car;
An analytical instrument for the characterization and analysis of a sample comprising: a sample stage for positioning a sample; a nanoparticulate beam source positioned to deliver a nanoparticulate beam to a sample on said sample stage to deposit a matrix in the sample; a nanofocused primary particle beam source positioned to deliver a beam to said sample; and an analyzer positioned to analyze material emitted from said sample, characterized in that: the nanoparticulate beam source is a coreshell nanoparticulate beam source; and the nanofocused primary particle beam source comprises a neon or helium ion beam source. a sample stage for positioning a sample; a nanoparticulate beam source positioned to deliver a nanoparticulate beam to a sample on said sample stage to deposit a matrix in the sample; a nanofocused primary particle beam source positioned to deliver a beam to said sample; and an analyzer positioned to analyze material emitted from said sample, characterized in that: the nanoparticulate beam source is a coreshell nanoparticulate beam source; and the nanofocused primary particle beam source comprises a neon or helium ion beam source. the nanoparticulate beam source is a coreshell nanoparticulate beam source; and the nanofocused primary particle beam source comprises a neon or helium ion beam source.
Method of interaction between at least one digital object, associated with a geographical position in a space, and a pointing device, an apparatus (601', 901) accessing a first database referencing one or more digital objects and storing a geographical position in said space for each of these digital objects, the method comprising the following steps: - establishment of a first communication channel (51, 61, 903, 903b) between the apparatus and a tracking device (601, 501), able to obtain pointing information in respect of the pointing device; - reception, by the apparatus, via the first communication channel, of pointing information representing a real orientation of the pointing device in said space; - obtaining of a virtual starting position and of a virtual starting orientation which are allotted to the pointing device, said virtual starting position being a geographical position, in said space, different from a current geographical position of the pointing device; - identification, by the apparatus, as a function on the one hand of the pointing information received and on the other hand of the virtual starting position and of the virtual starting orientation, of a digital object whose geographical position is pointed at virtually by the pointing device, that is to say whose geographical position would really be pointed at by the pointing device if it were situated, in said space, at the virtual starting position. - establishment of a first communication channel (51, 61, 903, 903b) between the apparatus and a tracking device (601, 501), able to obtain pointing information in respect of the pointing device; - reception, by the apparatus, via the first communication channel, of pointing information representing a real orientation of the pointing device in said space; - obtaining of a virtual starting position and of a virtual starting orientation which are allotted to the pointing device, said virtual starting position being a geographical position, in said space, different from a current geographical position of the pointing device; - identification, by the apparatus, as a function on the one hand of the pointing information received and on the other hand of the virtual starting position and of the virtual starting orientation, of a digital object whose geographical position is pointed at virtually by the pointing device, that is to say whose geographical position would really be pointed at by the pointing device if it were situated, in said space, at the virtual starting position.