mhurhangee/ep-ind-claims huggingface dataset:
A system for determining an operational state of an electric apparatus, said electric apparatus including a face having at least devices for static or dynamic visual signaling of the operational state of the electric apparatus, said system including: - a mobile terminal provided with photograph and/or video capture means in order to capture one or more photographs and/or videos of said face of the electric apparatus and a communication interface arranged to send data representing each photograph and/or video of the face of the electric apparatus over a communication network, - a central server including a communication interface connected to the communication network and arranged to receive said data representing each photograph and/or video coming from the mobile terminal and processing means for comparing said received data representing each photograph and/or video with data representing photographs and/or videos, which data is stored in a database managed by the central server, for generating data representing the operational state of the electric apparatus from the data representing each photograph and/or video, which data is received and identified in the database, and for sending to the mobile terminal, via the communication network, said data representing the operational state of the electric apparatus. - a mobile terminal provided with photograph and/or video capture means in order to capture one or more photographs and/or videos of said face of the electric apparatus and a communication interface arranged to send data representing each photograph and/or video of the face of the electric apparatus over a communication network, - a central server including a communication interface connected to the communication network and arranged to receive said data representing each photograph and/or video coming from the mobile terminal and processing means for comparing said received data representing each photograph and/or video with data representing photographs and/or videos, which data is stored in a database managed by the central server, for generating data representing the operational state of the electric apparatus from the data representing each photograph and/or video, which data is received and identified in the database, and for sending to the mobile terminal, via the communication network, said data representing the operational state of the electric apparatus.
Apparatus for the downstream migration of eels at hydraulic structures, having a fish protection system arranged in the upstream waters and having a diversion system for circumventing the hydraulic structure, which comprises at least one collecting pipe for receiving the eels in the upstream waters, said collecting pipe having at least one opening which is arranged in the region of the bed of the watercourse flowing in the flow direction, while upstream of the opening or openings of the collecting pipe is arranged an element that produces a flow shadow, characterised in that the flow shadow-producing element is arranged on the bed of the watercourse and is bar-shaped or beam-shaped, and in that the flow shadow-producing element comprises slip-through openings, the slip-through openings being arranged at an angle (α) to the flow.
A method of configuring the user interface of a portable electronic device, the method comprising: accessing a remote server file that provides interactive instructions for the design of a portable device user interface; customizing (104, 106) the design of the user interface using the interactive instructions; assigning the customized design to a user interface template; requesting storage of the user interface template at the remote server, wherein the remote server stores a plurality of user interface templates for selection by a user; using the portable device to communicate with the remote server that contains at least one user interface template previously customized for a unique portable electronic device; selecting at least one of the at least one user interface templates; and receiving from the server, by downloading, the selected user interface template at the portable electronic device for controlling the configuration of the user interface on the portable device, wherein after downloading, the user interface of the portable device is configured in conformance with the customized design corresponding to the selected user interface template. accessing a remote server file that provides interactive instructions for the design of a portable device user interface; customizing (104, 106) the design of the user interface using the interactive instructions; assigning the customized design to a user interface template; requesting storage of the user interface template at the remote server, wherein the remote server stores a plurality of user interface templates for selection by a user; using the portable device to communicate with the remote server that contains at least one user interface template previously customized for a unique portable electronic device; selecting at least one of the at least one user interface templates; and receiving from the server, by downloading, the selected user interface template at the portable electronic device for controlling the configuration of the user interface on the portable device, wherein after downloading, the user interface of the portable device is configured in conformance with the customized design corresponding to the selected user interface template.
Method for producing a functional element, in particular for flat seals, wherein a functional layer is formed with at least one screen region in which through openings for the passage of a fluid lie exposed between threads (46, 48) of a woven or braided fabric, wherein the functional layer is provided with at least one sealing region which surrounds at least the screen region, characterised in that in the sealing region sealing material layers (62, 64) are applied to both sides of the woven or braided fabric, said sealing material layers forming a cross-sectionally impermeable layer assembly with the woven or braided fabric at least with an areal application of 5 MPa or more, in that the sealing material layers (62, 64) are configured as regions of appliable blanks (94, 96) which are appliable to both sides of the woven or braided fabric, in that the appliable blanks (94, 96) are provided with at least one cut-out for the at least one screen region, and in that the at least one cut-out for the at least one screen region is produced before the application of the respective appliable blank (94, 96) to the woven or braided fabric.
A hydroelectric energy production and storage system comprising: - an upper reservoir located in a depression or cavity in the ground; - a lower reservoir comprising at least one cavity located underground at a lower altitude than the upper reservoir; - a shaft extending from a low point of the upper reservoir to the lower reservoir for providing hydraulic connection between the upper and lower reservoir; - energy production means comprising a turbine and generator unit arranged to be driven by water in the shaft, - energy storage means comprising pumping means arranged for pumping water from the lower reservoir to the upper reservoir, characterized in that - the system comprises objects arranged in the depression or cavity forming an aggregate which fills the depression or cavity and comprises hydraulically communicating void volumes between the objects - an upper reservoir located in a depression or cavity in the ground; - a lower reservoir comprising at least one cavity located underground at a lower altitude than the upper reservoir; - a shaft extending from a low point of the upper reservoir to the lower reservoir for providing hydraulic connection between the upper and lower reservoir; - energy production means comprising a turbine and generator unit arranged to be driven by water in the shaft, - energy storage means comprising pumping means arranged for pumping water from the lower reservoir to the upper reservoir, characterized in that - the system comprises objects arranged in the depression or cavity forming an aggregate which fills the depression or cavity and comprises hydraulically communicating void volumes between the objects
Glazing unit for an esthetically pleasing effect, comprising or consisting of at least one glass, the glass having a first structured surface to which a photonic structure is applied which is configured to reflect a first partial spectrum of incident electromagnetic radiation and to transmit a second partial spectrum of incident electromagnetic radiation, characterized in that the reflected proportion corresponds to a higher harmonic and is in the visible spectral range.
A method of determining the thickness of a retina, the method comprising: illuminating (10, 32) the retina with a beam of light; and receiving (12, 34) a reflected beam of light from the retina, characterized in that the method further comprises: using an autocorrelation signal within the reflected beam of light to determine the thickness of the retina from the autocorrelation signal. illuminating (10, 32) the retina with a beam of light; and receiving (12, 34) a reflected beam of light from the retina, characterized in that the method further comprises: using an autocorrelation signal within the reflected beam of light to determine the thickness of the retina from the autocorrelation signal.
A method of separating a hipping (Hot Isostatic Pressing) canister from a HIPped component, characterised in that the method comprises the steps of: providing at least one opening extending through a wall of the hipping canister; and, supplying a fluid under pressure through the opening to separate the canister surface from the component, wherein the canister wall has a thickened region in the region of the opening, the method comprising removing a portion of the thickened region to uncover a blocking member, the blocking member being comprised of a blocking material; wherein the blocking member consists of a ceramic material, and wherein the blocking member is removed by applying a solution to the blocking material that dissolves the blocking material. providing at least one opening extending through a wall of the hipping canister; and, supplying a fluid under pressure through the opening to separate the canister surface from the component, wherein the canister wall has a thickened region in the region of the opening, the method comprising removing a portion of the thickened region to uncover a blocking member, the blocking member being comprised of a blocking material; wherein the blocking member consists of a ceramic material, and wherein the blocking member is removed by applying a solution to the blocking material that dissolves the blocking material.
A system for bleaching teeth in cosmetic applications comprising a water-containing bleaching agent and a laser system, said bleaching agent having a water contents of at least 50% by weight, said laser system being embodied to generate a laser beam in pulse mode with individual pulses for heating the water-containing bleaching agent applied onto the teeth by means of the laser beam, wherein the laser beam has a wavelength (λ) in a range of 2.6 μm, inclusive, to 3.1 μm, inclusive, or in a range of 9.0 μm, inclusive, to 11.0 μm, inclusive, and wherein the individual pulses each have a fluence that is below a vaporization threshold fluence (F th) of the bleaching agent.
A computer-implemented method for processing a computer application, comprising: transferring the trainable parameters and learning parameters from the central processing unit to the graphics processing unit; processing a machine learning technique using a graphics processing unit to obtain results; wherein inside a training loop the CPU loading batches of training data (x) and sending transformed training data (x') and training target data to the GPU; and inside the training loop, the graphics processing unit sends updated trainable parameters and errors to a central processing unit; the central processing unit collects, from the graphics processing unit, training statistics and obtains training progress data during the training loop; and the central processing units uses the training progress data and the errors to adjust the learning parameters; adjusting, based on the training progress data, a learning rate as the learning progresses; by using boosting, adjusting, as a function of the errors, a frequency of presentation of certain training data and/or their learning influence; and using the results to provide solutions for use by the computer application. transferring the trainable parameters and learning parameters from the central processing unit to the graphics processing unit; processing a machine learning technique using a graphics processing unit to obtain results; wherein inside a training loop the CPU loading batches of training data (x) and sending transformed training data (x') and training target data to the GPU; and inside the training loop, the graphics processing unit sends updated trainable parameters and errors to a central processing unit; the central processing unit collects, from the graphics processing unit, training statistics and obtains training progress data during the training loop; and the central processing units uses the training progress data and the errors to adjust the learning parameters; adjusting, based on the training progress data, a learning rate as the learning progresses; by using boosting, adjusting, as a function of the errors, a frequency of presentation of certain training data and/or their learning influence; and using the results to provide solutions for use by the computer application.
An electro-mechanical device to be used in an overload relay comprising: a current transformer configured to provide power based upon current through a conductor; a measurement circuit coupled to the current transformer and configured to measure a current through said conductor, wherein the measurement circuit includes a burden resistor and a solid state switch, the solid state switch configured to be coupled to the processor to selectively place the burden resistor in series between an output of the current transformer and a reference potential so that the current through the burden resistor permits a measurement of the current through said conductor; a power supply circuit coupled to the current transformer and configured to store charge in a capacitor when receiving the power; and a processor coupled to the measurement circuit and to the power supply circuit, characterized in that the processor is configured to alternatively and periodically enable measurements by the measurement circuit and to charge the capacitor in the power supply circuit, wherein power is supplied to the processor by discharging the capacitor. a current transformer configured to provide power based upon current through a conductor; a measurement circuit coupled to the current transformer and configured to measure a current through said conductor, wherein the measurement circuit includes a burden resistor and a solid state switch, the solid state switch configured to be coupled to the processor to selectively place the burden resistor in series between an output of the current transformer and a reference potential so that the current through the burden resistor permits a measurement of the current through said conductor; a power supply circuit coupled to the current transformer and configured to store charge in a capacitor when receiving the power; and a processor coupled to the measurement circuit and to the power supply circuit, characterized in that the processor is configured to alternatively and periodically enable measurements by the measurement circuit and to charge the capacitor in the power supply circuit, wherein power is supplied to the processor by discharging the capacitor.
A thermal energy administration system for an electrical vehicle comprising an electrical motor for propelling the vehicle, the thermal energy management system comprising an air conditioning system defining a closed circuit which accommodates a cooling medium and comprises: a compressor, a first thermal energy exchanging device, a second thermal energy exchanging device and a sub-circuit, wherein the sub-circuit comprises a third thermal energy exchanging device which is arranged to transfer thermal energy between cooling medium in the sub-circuit and one or more electrical devices of the electrical vehicle, wherein the sub-circuit is adapted to circulate the cooling medium in a loop through the third thermal energy exchanging device and one of the first and the second thermal energy exchanging devices, characterised in that the system is arranged so that, in a first mode of operation, the cooling medium circulates in a loop through the third thermal energy exchanging device and the first thermal energy exchanging device without passing through the compressor and, in a second mode of operation, the cooling medium circulates in a loop through the third thermal energy exchanging device and the second thermal energy exchanging device without passing through the compressor.
A method for controlling interference, wherein the method is applied in a macro base station, and the method comprises: dividing a control region of a time domain transmission unit to obtain a first power region and a second power region, wherein the control region is a region where control information is mapped onto a time domain and a frequency domain, and a transmission power of the first power region is higher than a transmission power of the second power region; classifying all current channels to obtain a first channel group and a second channel group, wherein a channel quality of any channel in the first channel group is higher than a channel quality of any channel in the second channel group; and transmitting, by the first power region, data carried by all channels comprised in the second channel group, and transmitting, by the second power region, data carried by all channels comprised in the first channel group; characterized in that classifying all current channels to obtain a first channel group and a second channel group comprises: detecting signal-to-noise ratios for all the current channels; selecting a preset number of channels in a descending order of the signal-to-noise ratios to obtain the first channel group; and classifying channels among all the current channels other than the channels comprised in the first channel group as the second channel group. dividing a control region of a time domain transmission unit to obtain a first power region and a second power region, wherein the control region is a region where control information is mapped onto a time domain and a frequency domain, and a transmission power of the first power region is higher than a transmission power of the second power region; classifying all current channels to obtain a first channel group and a second channel group, wherein a channel quality of any channel in the first channel group is higher than a channel quality of any channel in the second channel group; and transmitting, by the first power region, data carried by all channels comprised in the second channel group, and transmitting, by the second power region, data carried by all channels comprised in the first channel group; characterized in that classifying all current channels to obtain a first channel group and a second channel group comprises: detecting signal-to-noise ratios for all the current channels; selecting a preset number of channels in a descending order of the signal-to-noise ratios to obtain the first channel group; and classifying channels among all the current channels other than the channels comprised in the first channel group as the second channel group. detecting signal-to-noise ratios for all the current channels; selecting a preset number of channels in a descending order of the signal-to-noise ratios to obtain the first channel group; and classifying channels among all the current channels other than the channels comprised in the first channel group as the second channel group.
A fastener clip having a head extended by a hollow body that is to be housed in an orifice of a support and that is to receive an anchor leg of a panel for fastening to said support, said body having first and second elastically deformable flaps (5, 6), said body presents a U-shape with branches extend on either side of a median plan, said branches including recesses housing said first and second flaps (5, 6) that are suitable for being deformed away from the outline of said branches towards the inside of said U-shape, each of the first and second flaps (5, 6) is provided with at least a first inside hook (52, 62) projecting into the inside of said U-shape for the purpose of locking said anchor leg when inserted in said U-shape, and an outside hook (56, 66) projecting to the outside of said U-shape for the purpose of locking said support between said outside hook (56, 66) and said head, the clip being characterized in that said inside hooks (52, 62) arranged on each said flaps (5, 6) are offset from each other in the midplane of said U-shape and are arranged, at rest, to overlap, with each of them crossing said midplane.
A boundary layer ingestion fan system for location aft of the fuselage of an aircraft, comprising: a nacelle defining a duct; a fan located within the duct, the fan comprising a hub arranged to rotate around a rotational axis and a plurality of blades attached to the hub, each of which has: a span from a root at the hub defining a 0 percent span position (r hub) to a tip defining a 100 percent span position (r tip) and a plurality of span positions therebetween (r ∈ [r hub, r tip]), a blade thickness (t) defined at each span position which is normal to said chord and which is defined as a maximum distance between a pressure surface and a suction surface of each blade; a blade inlet angle (β 1) at each span position which is the angle of a camber line at the leading edge relative to the rotational axis; wherein a circumferential pitch (s) is defined at each span position between each one of said plurality of blades; characterized in that a blade blockage, which is the ratio of the blade thickness to the product of the circumferential pitch and the cosine of a blade inlet angle (t/s·cosβ 1), of 0.25 or greater at the 0 percent span position is defined. a nacelle defining a duct; a fan located within the duct, the fan comprising a hub arranged to rotate around a rotational axis and a plurality of blades attached to the hub, each of which has: a span from a root at the hub defining a 0 percent span position (r hub) to a tip defining a 100 percent span position (r tip) and a plurality of span positions therebetween (r ∈ [r hub, r tip]), a blade thickness (t) defined at each span position which is normal to said chord and which is defined as a maximum distance between a pressure surface and a suction surface of each blade; a blade inlet angle (β 1) at each span position which is the angle of a camber line at the leading edge relative to the rotational axis; a span from a root at the hub defining a 0 percent span position (r hub) to a tip defining a 100 percent span position (r tip) and a plurality of span positions therebetween (r ∈ [r hub, r tip]), a blade thickness (t) defined at each span position which is normal to said chord and which is defined as a maximum distance between a pressure surface and a suction surface of each blade; a blade inlet angle (β 1) at each span position which is the angle of a camber line at the leading edge relative to the rotational axis; wherein a circumferential pitch (s) is defined at each span position between each one of said plurality of blades; characterized in that a blade blockage, which is the ratio of the blade thickness to the product of the circumferential pitch and the cosine of a blade inlet angle (t/s·cosβ 1), of 0.25 or greater at the 0 percent span position is defined.