mhurhangee/ep-ind-claims huggingface dataset:
An inhalation component generation device, comprising: a load configured to vaporize or atomize an inhalation component source with electric power from a power supply; and a control unit configured to be capable of controlling supply of electric power from the power supply to the load, wherein the control unit is configured to be capable of performing a first diagnostic function of estimating or detecting at least one of degradation and failure of the power supply (()) during operation of the load, and a second diagnostic function of estimating or detecting at least one of degradation and failure of the power supply during charging of the power supply, and the first diagnostic function and the second diagnostic function include different algorithms, characterized in that the second diagnostic function includes an algorithm for estimating or detecting at least one of degradation and failure of the power supply based on a change in the voltage value of the power supply with respect to an amount of electric power supplied to the power supply during charging. a load configured to vaporize or atomize an inhalation component source with electric power from a power supply; and a control unit configured to be capable of controlling supply of electric power from the power supply to the load, wherein the control unit is configured to be capable of performing a first diagnostic function of estimating or detecting at least one of degradation and failure of the power supply (()) during operation of the load, and a second diagnostic function of estimating or detecting at least one of degradation and failure of the power supply during charging of the power supply, and the first diagnostic function and the second diagnostic function include different algorithms, characterized in that the second diagnostic function includes an algorithm for estimating or detecting at least one of degradation and failure of the power supply based on a change in the voltage value of the power supply with respect to an amount of electric power supplied to the power supply during charging.
A mould tool for manufacturing a plurality of pre-form laminates for a laminate of a wind turbine blade shell, the mould tool comprising: - a frame, - a first mould surface configured for receiving a first fabric, - a second mould surface configured for receiving a second fabric, and - a heating arrangement configured to heat the first mould surface and the second mould surface, wherein the first mould surface and/or the second mould surface is curved, characterised in that the mould tool is configured to turn between a first configuration and a second configuration, wherein in the first configuration the first mould surface is facing substantially upwards, and in the second configuration the second mould surface is facing substantially upwards, in that the mould tool is configured to receive the first fabric on the first mould surface while being in the first configuration, and in that the mould tool is configured to while the first fabric is being consolidated including heating the first mould surface turn the mould tool to be in the second configuration and receive the second fabric on the second mould surface. - a frame, - a first mould surface configured for receiving a first fabric, - a second mould surface configured for receiving a second fabric, and - a heating arrangement configured to heat the first mould surface and the second mould surface, wherein the first mould surface and/or the second mould surface is curved, characterised in that the mould tool is configured to turn between a first configuration and a second configuration, wherein in the first configuration the first mould surface is facing substantially upwards, and in the second configuration the second mould surface is facing substantially upwards, in that the mould tool is configured to receive the first fabric on the first mould surface while being in the first configuration, and in that the mould tool is configured to while the first fabric is being consolidated including heating the first mould surface turn the mould tool to be in the second configuration and receive the second fabric on the second mould surface.
A vehicle body lower structure of a vehicle, comprising: a rear wheel housing; a mud guard attached to an inner surface of a rear portion of the rear wheel housing; a rear bumper face provided at a rear end of a vehicle body of the vehicle; and a tail pipe having at least a portion extending toward a rear side in a vehicle front-rear direction (F-R)to discharge exhaust gas from the rear end of the vehicle body, characterized in that the mud guard has a plate-shaped shielding portion extending from a vehicle width directional inner side of a rear edge of the rear wheel housing toward a front side of the vehicle, and wherein, as compared, in a height direction of the vehicle body, to a portion of the tail pipe extending toward the rear side in the vehicle front-rear direction (F-R), the shielding portion extends from a height position below at least the portion of the tail pipe to a height position above at least the portion of the tail pipe. a rear wheel housing; a mud guard attached to an inner surface of a rear portion of the rear wheel housing; a rear bumper face provided at a rear end of a vehicle body of the vehicle; and a tail pipe having at least a portion extending toward a rear side in a vehicle front-rear direction (F-R)to discharge exhaust gas from the rear end of the vehicle body, characterized in that the mud guard has a plate-shaped shielding portion extending from a vehicle width directional inner side of a rear edge of the rear wheel housing toward a front side of the vehicle, and wherein, as compared, in a height direction of the vehicle body, to a portion of the tail pipe extending toward the rear side in the vehicle front-rear direction (F-R), the shielding portion extends from a height position below at least the portion of the tail pipe to a height position above at least the portion of the tail pipe.
A carbon nanotube dispersion in which carbon nanotubes having a wettability index of 14 or less as defined by the following formula 1 are dispersed in an amount of 2 wt% or more based on the total weight of the dispersion: Wettability index = mass of absorbed solvent / mass of carbon nanotubes wherein, mass of absorbed solvent is the mass of the solvent absorbed to the maximum extent by the carbon nanotubes at ambient temperature, and a viscosity of the dispersion is 40 Pa·s (40,000 cP) or less, and a maximum dispersible concentration of the carbon nanotubes satisfies the following formula 2 1 + 3.75 / 1 + e ∧ X − 9 / 1.005) ≤ Y ≤ 2.2 + 3.75 / 1 + e ∧ X − 9 / 1.005) wherein, X is the wettability index of the carbon nanotube provided that X≤14, and Y is the maximum dispersible concentration of the carbon nanotube.
A catheter for utilizing optical spectroscopy for measuring tissue contact area comprising: an elongated catheter body; a distal tip electrode having a shell defining a cavity, the shell formed with one or more apertures; at least one emitter optical waveguide extending through the catheter body and having a distal emitter end positioned in the cavity, the at least one emitter optical waveguide configured to deliver light into the cavity, where at least a first portion of the light exits the one or more apertures; and at least one collector optical waveguide extending through the catheter body and having a distal collector end positioned in the cavity, the at least one collector optical waveguide configured to collect light, wherein the distal tip electrode has a plug member which with the shell defines the cavity and the shell has a distal portion with a radially symmetrical configuration relative to a center location in the cavity, characterised in that the shell has an inner surface having a reflective coating and in that the at least one emitter optical waveguide and at least one collector waveguide extending through the plug member, and the distal emitter end and distal collector end are positioned in the center location in the cavity. an elongated catheter body; a distal tip electrode having a shell defining a cavity, the shell formed with one or more apertures; at least one emitter optical waveguide extending through the catheter body and having a distal emitter end positioned in the cavity, the at least one emitter optical waveguide configured to deliver light into the cavity, where at least a first portion of the light exits the one or more apertures; and at least one collector optical waveguide extending through the catheter body and having a distal collector end positioned in the cavity, the at least one collector optical waveguide configured to collect light, wherein the distal tip electrode has a plug member which with the shell defines the cavity and the shell has a distal portion with a radially symmetrical configuration relative to a center location in the cavity, characterised in that the shell has an inner surface having a reflective coating and in that the at least one emitter optical waveguide and at least one collector waveguide extending through the plug member, and the distal emitter end and distal collector end are positioned in the center location in the cavity.
A method for selecting a network implementation using network policies within a virtualization environment, the method comprising: receiving, by a control program executing within a virtualization environment on a computing device, an event notification generated by a virtual machine responsive to a lifecycle event; invoking, by the control program responsive to receiving the event notification, a policy engine; applying, by the policy engine, a network policy to existing network configurations of the virtualization environment, the network policy corresponding to the virtual machine; characterised in that the method further comprises: identifying, by the policy engine, an existing network configuration having attributes that satisfy the network policy; and selecting, by the policy engine, a network implementation that satisfies the network policy and the network configuration. receiving, by a control program executing within a virtualization environment on a computing device, an event notification generated by a virtual machine responsive to a lifecycle event; invoking, by the control program responsive to receiving the event notification, a policy engine; applying, by the policy engine, a network policy to existing network configurations of the virtualization environment, the network policy corresponding to the virtual machine; characterised in that the method further comprises: identifying, by the policy engine, an existing network configuration having attributes that satisfy the network policy; and selecting, by the policy engine, a network implementation that satisfies the network policy and the network configuration.
A processor-implemented method of operating a system for vehicle detection within a vehicle parking facility, the system including one or more infrared vehicle detection sensors positioned at the vehicle parking facility, each infrared sensor positioned atop a respective parking space and centrally located within the boundaries of the respective parking space, the method comprising: determining a measure of available parking spaces based on sensor data received from the one or more infrared vehicle detection sensors, the sensor data including a numerical count of a number of vehicles detected within the vehicle parking facility; transmitting, via a communication module to a mobile image capture device, data signals instructing the mobile image capture device to navigate to positions within the vehicle parking facility along one or more fixed routes for capturing image data representing an occupancy state of discrete parking spaces within the vehicle parking facility; receiving, via the communication module from the mobile image capture device, the image data representing the occupancy state of discrete parking spaces within the vehicle parking facility; determining, based on the image data representing the occupancy state, that a subject vehicle occupying a target parking space additionally occupies an area external to the target parking space and, in response, determining a number of unusable parking spaces; and generating and transmitting, to a display, parking space inventory data based on the measure of available parking spaces and the determined number of unusable parking spaces, wherein the mobile image capture device is an aerial image capture device. determining a measure of available parking spaces based on sensor data received from the one or more infrared vehicle detection sensors, the sensor data including a numerical count of a number of vehicles detected within the vehicle parking facility; transmitting, via a communication module to a mobile image capture device, data signals instructing the mobile image capture device to navigate to positions within the vehicle parking facility along one or more fixed routes for capturing image data representing an occupancy state of discrete parking spaces within the vehicle parking facility; receiving, via the communication module from the mobile image capture device, the image data representing the occupancy state of discrete parking spaces within the vehicle parking facility; determining, based on the image data representing the occupancy state, that a subject vehicle occupying a target parking space additionally occupies an area external to the target parking space and, in response, determining a number of unusable parking spaces; and generating and transmitting, to a display, parking space inventory data based on the measure of available parking spaces and the determined number of unusable parking spaces, wherein the mobile image capture device is an aerial image capture device.
An autonomous traveling work vehicle to autonomously travel along a travel route, comprising: - a travel control unit adapted to control autonomous traveling; - one or more obstruction sensors configured to detect an obstruction to traveling; - an obstruction sensor determining unit adapted to perform a sensor determining process for determining whether or not the obstruction sensors are normally operating; and - an obstruction sensor processing unit adapted to output a prohibition command to prohibit autonomous traveling controlled by the travel control unit in case the obstruction sensor determining unit determines that the obstruction sensors are not normally operating, wherein the sensor determining process includes - an operation environment securing process for securing a proper operation environment for a normal operation of the obstruction sensors so as to remove, by a user, an external factor that is inconvenient for a normal operation of the obstruction sensors in an environment surrounding the obstruction sensors, and - a sensor trial process, performed only under the proper operation environment, for determining that the obstruction sensors are normally operating in case an obstruction artificially brought into a detection region of the obstruction sensors is detected. - a travel control unit adapted to control autonomous traveling; - one or more obstruction sensors configured to detect an obstruction to traveling; - an obstruction sensor determining unit adapted to perform a sensor determining process for determining whether or not the obstruction sensors are normally operating; and - an obstruction sensor processing unit adapted to output a prohibition command to prohibit autonomous traveling controlled by the travel control unit in case the obstruction sensor determining unit determines that the obstruction sensors are not normally operating, wherein the sensor determining process includes - an operation environment securing process for securing a proper operation environment for a normal operation of the obstruction sensors so as to remove, by a user, an external factor that is inconvenient for a normal operation of the obstruction sensors in an environment surrounding the obstruction sensors, and - a sensor trial process, performed only under the proper operation environment, for determining that the obstruction sensors are normally operating in case an obstruction artificially brought into a detection region of the obstruction sensors is detected.
A cogeneration system comprising: a generator that is arranged to generate AC power; an internal combustion engine for driving the generator; a battery that is arranged to store DC power for starting the engine; an inverter that has a three-phase bridge circuit configured to convert the AC power generated by the generator to DC power with a first voltage, a booster circuit configured to boost up the voltage of the DC power converted by the three-phase bridge circuit to a predetermined voltage, and an inverter circuit configured to invert the DC power boosted up by the booster circuit to AC power, such that the AC power inverted by the inverter circuit is supplied to an electrical load; a solar unit that is arranged to generate DC power by converting radiant energy of sunlight into electrical energy; and a DC/DC converter that is arranged to boost the DC power output from the battery or from the solar unit to a second voltage, wherein the DC/DC converter is connected to the battery or the solar unit through a first selector switch, and connected to the three-phase bridge circuit or the booster circuit through a second selector switch, such that one of the battery and the solar unit is connected to one of the three-phase bridge circuit or the booster circuit, wherein heat exhausted by the engine is supplied to a thermal load, wherein the second voltage is set to be higher than the first voltage.
Moisture sensor comprising an electromagnetically shielding sensor housing and a strip conductor arranged therein and also at least one coaxial cable (3, 5), each having an inner conductor (3A, 5A) electrically connected to the strip conductor and an outer conductor (3B, 5B) electrically connected to the sensor housing, wherein the strip conductor and the at least one coaxial cable (3, 5) are designed for conducting microwaves with a frequency (f) in a frequency band (Δ f) which covers at least a portion of the microwave range of between 10 megahertz (MHz) and 300 GHz, wherein the sensor housing is in the form of a cavity resonator with a resonant frequency ( f R 1, f R 2, f R 3) within the frequency band (Δ f) and in a shielding manner for the frequency band (Δ f) and has openings, which establish hygric contact between the interior and the area surrounding the sensor housing that is sufficient for moisture compensation, and wherein moisture-storing material is introduced into the interior of the sensor housing.
Method for operating a hearing system, - wherein the hearing system has a hearing device designed to modify an input signal for the purpose of sound output to a user and, to that end, to apply multiple algorithms with a respective potency, as a result of which a respective algorithm is applied with a present potency (aW) in a present situation, - wherein the hearing system has an input element in order to receive a report from the user, - wherein the hearing system is designed to recurrently receive a report from the user indicating that the user is dissatisfied with the sound output in the present situation, - wherein the hearing system has a database, containing multiple weights for each algorithm, in order to rate a change of the potency, - wherein, if a report is received, each of the algorithms is rated by using the weights to ascertain an individual-case relevance (R_e) for each of the algorithms, in order to assess the effect of a change of the potency in the present situation, - wherein multiple individual-case relevances (R_e) are combined to form a relevance value for each algorithm, the relevance values are compared with one another, this is taken as a basis for selecting the most relevant algorithm, and then an adapted potency (pW) is used for the latter by adapting the present potency (aW) of the algorithm for a recommended potency (eW) determined on the basis of the weights. - wherein the hearing system has a hearing device designed to modify an input signal for the purpose of sound output to a user and, to that end, to apply multiple algorithms with a respective potency, as a result of which a respective algorithm is applied with a present potency (aW) in a present situation, - wherein the hearing system has an input element in order to receive a report from the user, - wherein the hearing system is designed to recurrently receive a report from the user indicating that the user is dissatisfied with the sound output in the present situation, - wherein the hearing system has a database, containing multiple weights for each algorithm, in order to rate a change of the potency, - wherein, if a report is received, each of the algorithms is rated by using the weights to ascertain an individual-case relevance (R_e) for each of the algorithms, in order to assess the effect of a change of the potency in the present situation, - wherein multiple individual-case relevances (R_e) are combined to form a relevance value for each algorithm, the relevance values are compared with one another, this is taken as a basis for selecting the most relevant algorithm, and then an adapted potency (pW) is used for the latter by adapting the present potency (aW) of the algorithm for a recommended potency (eW) determined on the basis of the weights.
A sound processor for a system for the hearing impaired, comprising: a housing (106, 106f) defining an interior and an exterior; sound processor circuitry within the housing; an external movable element (142-1, 142a-1, 142-2, 142-3, 142f-1, 142f-2, 142f-3) on the exterior of the housing and permanently secured to the housing; and an internal control device (168-1, 168-2, 168-3, 168f-1, 168f-2, 168f-3) within the housing, operably connected to the sound processor circuitry, and including a control device movable member (170, 170f); wherein the external movable element is magnetically coupled to the internal control device movable member such that movement of the external movable member results in corresponding movement of the control device movable member. a housing (106, 106f) defining an interior and an exterior; sound processor circuitry within the housing; an external movable element (142-1, 142a-1, 142-2, 142-3, 142f-1, 142f-2, 142f-3) on the exterior of the housing and permanently secured to the housing; and an internal control device (168-1, 168-2, 168-3, 168f-1, 168f-2, 168f-3) within the housing, operably connected to the sound processor circuitry, and including a control device movable member (170, 170f); wherein the external movable element is magnetically coupled to the internal control device movable member such that movement of the external movable member results in corresponding movement of the control device movable member.