mhurhangee/ep-ind-claims huggingface dataset:
A control method for a smart power component, comprising: acquiring first fitting information and second fitting information, which is detected by the smart power component, between a smart power component and an external heat sink, characterized in that the first fitting information is fitting information around a fixed point of the smart power component, and the second fitting information is fitting information around a non-fixed point of the smart power component; determining whether the first fitting information satisfies a preset condition, and determining whether the second fitting information satisfies the preset condition; outputting first prompt information when the first fitting information does not satisfy the preset condition, wherein the first prompt information is used for prompting to adjust a fitting around the fixed point; and outputting second prompt information when the second fitting information does not satisfy the preset condition, wherein the second prompt information is used for prompting to adjust a fitting around the non-fixed point. acquiring first fitting information and second fitting information, which is detected by the smart power component, between a smart power component and an external heat sink, characterized in that the first fitting information is fitting information around a fixed point of the smart power component, and the second fitting information is fitting information around a non-fixed point of the smart power component; determining whether the first fitting information satisfies a preset condition, and determining whether the second fitting information satisfies the preset condition; outputting first prompt information when the first fitting information does not satisfy the preset condition, wherein the first prompt information is used for prompting to adjust a fitting around the fixed point; and outputting second prompt information when the second fitting information does not satisfy the preset condition, wherein the second prompt information is used for prompting to adjust a fitting around the non-fixed point.
Set of scales having a rack on which a plurality of weighing tables are provided which have in each case one frame, wherein the frame of each weighing table is provided so as to be at least partially pivotable and/or rotatable in relation to the rack, such that the frame is convertible from a use position to a cleaning position and vice-versa, and the frame of each weighing table is mounted on the rack by way of a mounting (5, 6), characterized in that the mountings (5, 6) of adjacent weighing tables are disposed so as to be mutually offset.
Method for coding a digital signal, said signal being made up of successive blocks of samples, the coding being of the transform with overlap type and comprising, upon analysis, the application of a weighting window over two successive blocks of M samples, said weighting window being asymmetrical and comprising four distinct portions extending in succession over said two blocks, with: - a first portion ( w 1), increasing over a first interval of samples, - a second portion ( w 2), constant at a value of 1 over a second interval, - a third portion ( w 3), decreasing over a third interval, and - a fourth portion ( w 4), constant at a value of 0 over a fourth interval, characterized in that the window varies over the first interval, denoted as a function w 1 of type: w 1 n = W 1 n Δ n n, with W 1 n = sin p 2 n + 1 R 1 C 1 and: Δ n n = h i n. h i 2 M − n − 1 + h i n + M. h i M − n − 1, n ∈ [0; M - 1] with C 1 and R 1, constants greater than 0, h i being an initialization window, and in that the window varies over the third interval, denoted R 2, as a function w 3 of type: w 3 n = W 3 n Δ n n, with W 3 n = cos p 2 n R 2 C 2, with C 2 and R 2, constants greater than 0. - a first portion ( w 1), increasing over a first interval of samples, - a second portion ( w 2), constant at a value of 1 over a second interval, - a third portion ( w 3), decreasing over a third interval, and - a fourth portion ( w 4), constant at a value of 0 over a fourth interval,
Bivalve breeding case comprising a submersible body that comprises at least one orifice through which a rope can be threaded, the breeding case comprising at least one housing provided in the submersible body and adapted to receive and protect at least one bivalve, the submersible body has a framework that extends from an upper rim defining the upper portion of the submersible body and to a bottom end at least one side wall, the bottom end of the side wall defining the lower portion of the submersible body, the framework is formed by two branches which extend respectively along two radial axes (B-B, C-C) perpendicular to each other, the two branches intersect at a point corresponding to an orifice through which a suspension axis (A-A) passes that is perpendicular to the plane formed by the two radial axes (B-B, C-C) of the branches, the branches delimiting a determined number of housings, each housing is equipped, on the one hand, with a bottom defining the lower portion of the submersible body, and on the other hand, a protective wall that extends from the bottom of the housing to an upper edge disposed at the upper portion of the submersible body, said case being characterized in that, the breeding case comprises at least one movement slide and locking means sliding in translation that communicate in the locked position with the movement slide, the locking means make it possible to nest two breeding cases by superimposition, while the movement slide contributes, on the one hand, to making two breeding cases translationally movable along the suspension axis (A-A), and on the other hand, to allow a tilting movement of the upper breeding case relative to the lower breeding case.
A planning device for generating control data for a treatment apparatus for refraction-correcting ophthalmic surgery, wherein the treatment apparatus separates by at least one cut (20, 23) in cornea of an eye, a corneal volume, which is to be removed for correction, from the surrounding cornea by laser device, characterized in that the planning device comprises an interface for receiving corneal data including information on pre-operative cuts which were generated in a previous ophthalmic operation, and computing means for defining a corneal cut (22, 23) which confines the corneal volume to be removed, wherein said computing means define the corneal cut (22, 23) on the basis of the corneal data and the information on pre-operative cuts comprised therein and generate a control dataset for the corneal cut (22, 23) for control of the laser device.
A method for detecting sharing of a timing advance value, comprising: calculating, by a user equipment, a time offset between a downlink component carrier corresponding to at least one target uplink component carrier and a downlink component carrier corresponding to a predetermined uplink component carrier; sending, by the user equipment, indication information to a base station, so as to indicate that a target uplink component carrier with a time offset greater than a first predetermined threshold cannot share a timing advance value with the predetermined uplink component carrier, and/or a target uplink component carrier with a time offset not greater than the first predetermined threshold can share a timing advance value with the predetermined uplink component carrier; and performing (506, 508), by the base station, a process to the target uplink component carrier according to the indication information received from the user equipment, wherein performing (506, 508), by the base station, a process to the target uplink component carrier according to the indication information comprises: cancelling, by the base station, the target uplink component carrier with the time offset greater than the first predetermined threshold, or recording, by the base station, the target uplink component carrier which is successfully configured and with the time offset not greater than the first predetermined threshold. calculating, by a user equipment, a time offset between a downlink component carrier corresponding to at least one target uplink component carrier and a downlink component carrier corresponding to a predetermined uplink component carrier; sending, by the user equipment, indication information to a base station, so as to indicate that a target uplink component carrier with a time offset greater than a first predetermined threshold cannot share a timing advance value with the predetermined uplink component carrier, and/or a target uplink component carrier with a time offset not greater than the first predetermined threshold can share a timing advance value with the predetermined uplink component carrier; and performing (506, 508), by the base station, a process to the target uplink component carrier according to the indication information received from the user equipment, wherein performing (506, 508), by the base station, a process to the target uplink component carrier according to the indication information comprises: cancelling, by the base station, the target uplink component carrier with the time offset greater than the first predetermined threshold, or recording, by the base station, the target uplink component carrier which is successfully configured and with the time offset not greater than the first predetermined threshold. cancelling, by the base station, the target uplink component carrier with the time offset greater than the first predetermined threshold, or recording, by the base station, the target uplink component carrier which is successfully configured and with the time offset not greater than the first predetermined threshold.
A method for retrieving an identifier from a register residing in a mobile communication network, wherein the identifier is mobile subscription specific, characterized in that the method comprising: - recognizing, by a network node, a modification of information relating to a mobile subscription in a database, - determining if the identifier with respect to the mobile subscription, whose information was modified, is missing, - performing a query, in response to the determination of missing identifier, towards the register residing in the mobile communication network to request the missing identifier, - receiving the missing identifier from the register, and - delivering the received missing identifier to the database for storing in a context of the mobile subscription. - recognizing, by a network node, a modification of information relating to a mobile subscription in a database, - determining if the identifier with respect to the mobile subscription, whose information was modified, is missing, - performing a query, in response to the determination of missing identifier, towards the register residing in the mobile communication network to request the missing identifier, - receiving the missing identifier from the register, and - delivering the received missing identifier to the database for storing in a context of the mobile subscription.
Crimp holder comprising a substantially planar base plate on which a crimp connection is arranged, wherein an opening which forms a passage is provided in the base plate for attachment to a cylindrical body and the passage has an annular section, wherein the annular section is provided with four to eight recesses over a solid cross section, the said recesses reducing the solid cross-sectional area of the annular section at this point, characterized in that the recesses are arranged over the circumference with a length of in each case 1/20 of the said circumference and reduce the cross-sectional area by approximately 42 % to 58 % in this region in such a way that, in the event of an expansion of the diameter and therefore an extension of the circumference by a value of greater than ΔX, the annular section changes over from elastic deformation to plastic deformation, wherein ΔX is in the order of magnitude of 0,5 % to 3 % of the circumference.
A method of operating a weld training system, comprising: transmitting weld training data pertaining to a weld training activity performed using the weld training system to a remote server via communication circuitry of the weld training system; and providing data representative of a location where the weld training data is accessible on the remote server after the weld training data has been transmitted to the remote server; characterised in that providing data representative of a location where the weld training data is accessible comprises transmitting to a user device, via a short wavelength ultra high radio frequency protocol or a near field communication protocol, the data representative of the location. transmitting weld training data pertaining to a weld training activity performed using the weld training system to a remote server via communication circuitry of the weld training system; and providing data representative of a location where the weld training data is accessible on the remote server after the weld training data has been transmitted to the remote server; characterised in that providing data representative of a location where the weld training data is accessible comprises transmitting to a user device, via a short wavelength ultra high radio frequency protocol or a near field communication protocol, the data representative of the location.
A method of monitoring a conveyance apparatus within a conveyance system, the method comprising: detecting a first atmospheric air pressure within the conveyance system proximate the conveyance apparatus; detecting a second atmospheric air pressure within the conveyance system proximate the conveyance apparatus; determining a change in atmospheric air pressure proximate the conveyance apparatus in response to the first atmospheric air pressure and the second atmospheric air pressure within the conveyance system; and determining at least one of a location of the conveyance apparatus and a direction of motion of the conveyance apparatus within the conveyance system in response to at least the first atmospheric air pressure and the second atmospheric air pressure, characterized by detecting an acceleration in response to the change in atmospheric air pressure proximate the conveyance apparatus. detecting a first atmospheric air pressure within the conveyance system proximate the conveyance apparatus; detecting a second atmospheric air pressure within the conveyance system proximate the conveyance apparatus; determining a change in atmospheric air pressure proximate the conveyance apparatus in response to the first atmospheric air pressure and the second atmospheric air pressure within the conveyance system; and determining at least one of a location of the conveyance apparatus and a direction of motion of the conveyance apparatus within the conveyance system in response to at least the first atmospheric air pressure and the second atmospheric air pressure, characterized by detecting an acceleration in response to the change in atmospheric air pressure proximate the conveyance apparatus.
Base station for reading electronic labels comprising an antenna and a circuit to apply to the antenna an electric current having a frequency, the antenna comprising primary conductors substantially parallel to each other and substantially the same distance from each other and distributed over a surface, the antenna being configured to make the electric current flow in the same direction in said primary conductors via connection conductors connecting together said primary conductors, characterised in that the frequency of the electric current is less than 30 MHz and in that the antenna comprises a first primary conductor, a second primary conductor and a third primary conductor (100 to 109, 200 to 209, 500 to 509, 705, 805), the electric current passing successively through the first primary conductor, the second primary conductor and the third primary conductor.
Device for incubation of fish and other non-human animals under simulated effects of microgravity, comprising: - four cylindrical or spherical receptacles (D1, D2, D3 and D4), fixed to a first rotating axis, in order to house fish or other non-human animals; - a second rotating axis, associated with each of said receptacles that are placed along said first rotating axis, said second rotating axis being perpendicular to said first rotating axis, wherein said second rotating axis of each receptacle is parallel to and distinct from said second rotating axis of every other receptacle; - a motor; - a further motor; and - an electronic system for controlling the rotating movement of said axes; characterized in that each receptacle (D1, D2, D3 and D4) rotates about its said second rotating axis; wherein rotation of all receptacles (D1, D2, D3 and D4) rotating about its said second rotating axis is provided by said motor which is disposed in a parallel position with each receptacle (D1, D2, D3 and D4); wherein said motor and further motor are angularly spaced apart by about 90° about a center line that intersects perpendicularly an axis of rotation of each of said motor and further motor; and wherein each of said cylindrical or spherical receptacles (D1, D2, D3 and D4) comprises quick release couplings at its ends for the removal or collection of samples, even when said receptacles are in movement. - four cylindrical or spherical receptacles (D1, D2, D3 and D4), fixed to a first rotating axis, in order to house fish or other non-human animals; - a second rotating axis, associated with each of said receptacles that are placed along said first rotating axis, said second rotating axis being perpendicular to said first rotating axis, wherein said second rotating axis of each receptacle is parallel to and distinct from said second rotating axis of every other receptacle; - a motor; - a further motor; - an electronic system for controlling the rotating movement of said axes;
A method for managing a fault event in a network for distributing electrical energy, said distribution network comprising at least one voltage source and a load, said method comprising at least one step of execution of a first procedure for detecting the existence of fault conditions in said load and at least one step of execution of a second procedure designed to determine, on the basis of the evolution in time of the derivative of the instantaneous current in said load, the state of execution of an interruption manoeuvre started by at least one protection device (103, 103A-C), designed to interrupt the passage of current in said load locally, characterized in that said second procedure comprises the following steps: a") acquiring data indicating the evolution in time of the derivative of the instantaneous current in said load; b") comparing the data acquired in said step a") with a predefined upper threshold value of current derivative (TH2, I2 103B) that is characteristic of said protection device; and c") terminating said second procedure and generating an opening-command signal, if the data acquired in said step a") are higher than said upper threshold value. a") acquiring data indicating the evolution in time of the derivative of the instantaneous current in said load; b") comparing the data acquired in said step a") with a predefined upper threshold value of current derivative (TH2, I2 103B) that is characteristic of said protection device; and c") terminating said second procedure and generating an opening-command signal, if the data acquired in said step a") are higher than said upper threshold value.
A motor vehicle with an antenna array which comprises at least one AM antenna for receiving long wave, medium wave and/or short wave signals, and at least one further electrically conductive part (FM1, FM2, FM3, TV1, TV2, TV3, DAB) arranged adjacent to the AM antenna, and in which the further part (FM1, FM2, FM3, TV1, TV2, TV3, DAB) is formed as a further antenna of the motor vehicle, which is connected to a ground potential and/or supply potential of the motor vehicle via at least one filter element (3, 4; 3', 4') which comprises a housing, by means of which signal frequencies are suppressed in at least one frequency range to be received by the AM antenna, wherein the further antenna is formed as a TV antenna (TV1, TV2, TV3), wherein the antenna array comprises an antenna amplifier (8, 9) for the TV antenna (TV1, TV2, TV3), characterised in that the antenna amplifier (8, 9) is integrated in the housing of the filter element (3, 4; 3', 4').
Cover of a structure which can be built into a ground, in particular a shaft, a point drainage, a drainage channel or a similar drainage device, comprising • a walkable and drivable surface having a surface structure in a first, lower plane, and • elevations with elevation deck surfaces which lie in a second, higher plane above the surface structure, wherein the elevation deck surfaces have an anti-slip surface structure which comprises a plurality of individual elevations and is rougher than the lower lying surface structure, wherein the ratio of the air volume below the individual elevations to the volume of the individual elevations is Vv/Vm=(0.01 to 0.5)/(0.001 to 0.05), characterized in that the individual elevations have different maximum heights, wherein the maximum heights are provided in a distribution within a range from Sz=150 μm to 1,500 μm. • a walkable and drivable surface having a surface structure in a first, lower plane, and • elevations with elevation deck surfaces which lie in a second, higher plane above the surface structure, wherein
Method for the additive manufacture of three-dimensional metallic components, wherein the components are built layer-by-layer or section-by-section under vacuum conditions by fusing a metallic material with the component at a processing location by means of a radiation source with a high energy density, wherein the metallic material is supplied as a wire, wherein the wire is preheated under vacuum conditions before reaching the processing location, characterised in that the melting energy is applied by a laser beam, wherein the wire is directly electrically preheated by means of resistance heating or inductively.