mhurhangee/ep-ind-claims huggingface dataset:
Method for detecting at least one geological constituent (cge) of a rock sample, from training images, characterized in that the following steps are carried out by means of a computing system: a) segmenting said training images into at least two colours: a first colour for each area of said training images comprising no geological constituent, and at least a second colour for each area of said training images comprising a geological constituent; b) partitioning said training images and said segmented images into a plurality of patches; c) training a machine-learning classification algorithm by means of said patches of said training images and by means of said patches of said segmented training images so as to classify said patches of said training images depending on said colour of said patches of said corresponding segmented training images; d) acquiring an image of said rock sample; e) partitioning said acquired image of said rock sample into a plurality of patches; and f) detecting said at least one geological constituent (cge) in each of said patches of said acquired image of said rock sample by applying a model formed by said machine-learning algorithm to said patches of said acquired image of said rock sample. a) segmenting said training images into at least two colours: a first colour for each area of said training images comprising no geological constituent, and at least a second colour for each area of said training images comprising a geological constituent; b) partitioning said training images and said segmented images into a plurality of patches; c) training a machine-learning classification algorithm by means of said patches of said training images and by means of said patches of said segmented training images so as to classify said patches of said training images depending on said colour of said patches of said corresponding segmented training images; d) acquiring an image of said rock sample; e) partitioning said acquired image of said rock sample into a plurality of patches; and f) detecting said at least one geological constituent (cge) in each of said patches of said acquired image of said rock sample by applying a model formed by said machine-learning algorithm to said patches of said acquired image of said rock sample.
A thermal head comprising: a substrate; a plurality of heat generating portions positioned on the substrate and arranged in a main scanning direction; an electrode positioned on the substrate and electrically coupled to each of the plurality of heat generating portions; a driving IC that drives the plurality of heat generating portions; a wire that couples the driving IC and the electrode to each other, and a pad positioned on the substrate and coupled to the electrode; the pad being a plurality of pads, and at least one of the plurality of pads is a multi pad having a first region to which the wire is connected, and a second region to which each of a plurality of probes is connected, characterized in that the second region has a third region to which a first probe is connected, and a fourth region to which a second probe is connected. a substrate; a plurality of heat generating portions positioned on the substrate and arranged in a main scanning direction; an electrode positioned on the substrate and electrically coupled to each of the plurality of heat generating portions; a driving IC that drives the plurality of heat generating portions; a wire that couples the driving IC and the electrode to each other, and a pad positioned on the substrate and coupled to the electrode; the pad being a plurality of pads, and at least one of the plurality of pads is a multi pad having a first region to which the wire is connected, and a second region to which each of a plurality of probes is connected, characterized in that the second region has a third region to which a first probe is connected, and a fourth region to which a second probe is connected. a first region to which the wire is connected, and a second region to which each of a plurality of probes is connected, characterized in that the second region has a third region to which a first probe is connected, and a fourth region to which a second probe is connected.
A jig for measuring internal pressure of a cylindrical battery cell, the jig comprising: a lower jig configured to have a shape corresponding to that of the cylindrical battery cell, and include a receiving groove, into which the cylindrical battery cell is detachably fitted, and a temperature measuring unit; and an upper jig including a pressure measuring unit comprising: a gas discharge induction unit for forming a hole in the cylindrical battery cell to discharge gas from inside the cylindrical battery cell; and a pressure sensor for measuring a pressure of the gas discharged by operation of the gas discharge induction unit, wherein the upper jig further includes a pressure sensor hole through which the pressure sensor passes, and wherein the upper jig is detachably coupled with the lower jig to close an opening of the receiving groove. a lower jig configured to have a shape corresponding to that of the cylindrical battery cell, and include a receiving groove, into which the cylindrical battery cell is detachably fitted, and a temperature measuring unit; and an upper jig including a pressure measuring unit comprising: a gas discharge induction unit for forming a hole in the cylindrical battery cell to discharge gas from inside the cylindrical battery cell; and a pressure sensor for measuring a pressure of the gas discharged by operation of the gas discharge induction unit, wherein the upper jig further includes a pressure sensor hole through which the pressure sensor passes, and wherein the upper jig is detachably coupled with the lower jig to close an opening of the receiving groove. a gas discharge induction unit for forming a hole in the cylindrical battery cell to discharge gas from inside the cylindrical battery cell; and a pressure sensor for measuring a pressure of the gas discharged by operation of the gas discharge induction unit, wherein the upper jig further includes a pressure sensor hole through which the pressure sensor passes, and wherein the upper jig is detachably coupled with the lower jig to close an opening of the receiving groove.
An immunological composition comprising one or more C-type lectin receptor ligands and one or more antigens, wherein the one or more CTL receptor ligands is mannose-1-phosphate or mannan, and is linked to one or more aluminum adjuvants.
Method for detecting arcing in a photovoltaic system with an inverter and with a plurality of current collector units connected in parallel to the inverter via collector lines (3, 4), wherein a plurality of strings of photovoltaic modules are connected in parallel to each current collector unit via string lines (8, 9), wherein the method comprises: - acquiring measured values (18, 19) of electrical variables - at at least one of the string lines (8, 9) of each string, and/or - at at least one upstream collector line of each pair of upstream collector lines to which a plurality of strings are connected in parallel, and/or - at at least one of the collector lines (3, 4) of each current collector unit in the current collector units, - analysing the measured values (18, 19) of the electrical variables for the presence of signs of an arc in the photovoltaic system, - generating an arc signal which indicates the presence of an arc in the photovoltaic system if the present signs of the arc meet predefined criteria, characterized in that the method also comprises: - acquiring measured values (25 to 28) of acoustic variables - at at least one collector line (3, 4) of each current collector unit, and/or - at at least one current busbar assigned to the inverter, to which current busbar a collector line (3, 4) of each current collector unit is connected, and - analysing the measured values (25 to 28) of the acoustic variables for the presence of signs of an arc in the photovoltaic system. - acquiring measured values (18, 19) of electrical variables - at at least one of the string lines (8, 9) of each string, and/or - at at least one upstream collector line of each pair of upstream collector lines to which a plurality of strings are connected in parallel, and/or - at at least one of the collector lines (3, 4) of each current collector unit in the current collector units, - at at least one of the string lines (8, 9) of each string, and/or - at at least one upstream collector line of each pair of upstream collector lines to which a plurality of strings are connected in parallel, and/or - at at least one of the collector lines (3, 4) of each current collector unit in the current collector units, - analysing the measured values (18, 19) of the electrical variables for the presence of signs of an arc in the photovoltaic system, - generating an arc signal which indicates the presence of an arc in the photovoltaic system if the present signs of the arc meet predefined criteria, - acquiring measured values (25 to 28) of acoustic variables - at at least one collector line (3, 4) of each current collector unit, and/or - at at least one current busbar assigned to the inverter, to which current busbar a collector line (3, 4) of each current collector unit is connected, and - at at least one collector line (3, 4) of each current collector unit, and/or - at at least one current busbar assigned to the inverter, to which current busbar a collector line (3, 4) of each current collector unit is connected, and - analysing the measured values (25 to 28) of the acoustic variables for the presence of signs of an arc in the photovoltaic system.
Bipolar plate for a fuel cell for generating electrical current, comprising: a bipolar plate body with a first surface, the bipolar plate body being set up to be in contact with an electrode via the first surface, wherein the bipolar plate body has at least one gas flow channel on the first surface, wherein the gas flow channel defines a first gas flow channel sidewall and an opposing second gas flow channel sidewall, and wherein the gas flow channel extends along a first direction and is intended to bring a reactant into contact with the electrode, and at least one electrical conductor, wherein the at least one electrical conductor is designed to run at least partially parallel to the first direction within the bipolar plate body behind the first gas flow channel side wall and/or the second gas flow channel side wall, in such a way that when a voltage is applied to the electrical conductor, the electrical conductor forms an electromagnetic field, the electromagnetic field being intended to at least partially accelerate the reactant in the direction of the electrode. a bipolar plate body with a first surface, the bipolar plate body being set up to be in contact with an electrode via the first surface, wherein the bipolar plate body has at least one gas flow channel on the first surface, wherein the gas flow channel defines a first gas flow channel sidewall and an opposing second gas flow channel sidewall, and wherein the gas flow channel extends along a first direction and is intended to bring a reactant into contact with the electrode, and wherein the at least one electrical conductor is designed to run at least partially parallel to the first direction within the bipolar plate body behind the first gas flow channel side wall and/or the second gas flow channel side wall, in such a way that when a voltage is applied to the electrical conductor, the electrical conductor forms an electromagnetic field, the electromagnetic field being intended to at least partially accelerate the reactant in the direction of the electrode.
A roller device for lymphatic drainage treatments comprising a handle, a rod having one end connected to the handle and a roller rotatably mounted at the other end of the rod, characterized in that the rod is retractably mounted with respect to the handle, being movable between an extended position and a retracted position against the action of elastic means for maintaining the rod in the extended position, in such a manner that a pressure increase exerted on the roller causes the retraction of the rod, and comprises signal means which enable the operator to display a signal indicative of the level of pressure exerted on the roller, during treatment.
A heat exchanger tube for use in a heat exchanger of a motor vehicle, the heat exchanger tube comprising a first plate and a second plate elongating along a longitudinal plane, joined to each other to form an inner volume dedicated to refrigerant fluid circulation, the inner volume communicating with at least one tank section created from one first opening arranged in the first plate to one second opening arranged in the second plate, wherein the tank section comprises at least one reinforcement element extending from the first plate to the second plate, characterised in that the reinforcement element comprises a first female reinforcement portion extending from a thick collar of the first opening towards said inner volume and a second male reinforcement portion extending from a thick collar of the second opening towards said inner volume.
A charging member comprising a conductive support, an elastic layer and a surface layer; the surface layer containing a binder and a compound represented by the following formula: where, in the formula, G1 to G10 each independently represent a hydrogen atom, an alkyl group having 1 to 3 carbon atom(s), a phenyl group or a group represented by the following formula, provided that one or two or more selected from G1 to G10 is/are the group(s) represented by the following formula; and a, b and c each represent an integer of 0 or more: where, in the formula, h and k are each 0 or 1, and m is 0 or 1; E and Z each independently represent an alkylene group having 2 to 6 carbon atoms, a phenylene group which may be substituted with a methyl group or ethyl group, or a group represented by the following formula or the following formula; R1, R2, R4 and R5 each independently represent an alkyl group having 1 to 3 carbon atom(s) or a phenyl group; R3 represents an alkoxyl group having 1 to 3 carbon atom(s) or a trimethylsiloxy group; X represents a hydrogen atom, an alkyl group having 1 to 15 carbon atom(s), a phenyl group which may be substituted with a methyl group or ethyl group, an allyl group, a vinyl group or a group represented by the following formula or the formula: where, in the formula, r and s each represent an integer of 0 to 3, and either of r and s is 1 or more: where, in the formula, p is 0 or 1, R6 and R8 each represent an alkylene group having 1 to 4 carbon atom(s), and R7 represents an oxygen atom or a group represented by the following formula: where, in the formula, q is an integer of 1 to 4, and R9 represents a hydrogen atom or a methyl group.
A digital pre-distortion, DPD calibration coefficient control method, applied to a microwave communications device, wherein the microwave communications device comprises an analog module, a digital module, a main control module, and a DPD technology is used in the digital module; and the method comprises: determining, by the main control module, by means of interpolation and according to DPD calibration coefficients that are corresponding to at least 2 N typical working states of the analog module and that are obtained in advance, a specified DPD calibration coefficient corresponding to a specified working state of the analog module, wherein N is a quantity of parameters representing a working state of the analog module, and the specified working state is a target working state; and controlling a DPD calibration coefficient according to the determined specified DPD calibration coefficient corresponding to the specified working state of the analog module; characterized in that the controlling comprises: sending, by the main control module, a state adjustment instruction to the analog module, and a coefficient adjustment instruction to the digital module, wherein the state adjustment instruction is used to instruct the analog module to adjust gradually, starting from a specified moment, the current working state to the target working state, and the coefficient adjustment instruction is used to instruct the digital module to adjust gradually, starting from the specified moment, the current DPD calibration coefficient to the specified DPD calibration coefficient. determining, by the main control module, by means of interpolation and according to DPD calibration coefficients that are corresponding to at least 2 N typical working states of the analog module and that are obtained in advance, a specified DPD calibration coefficient corresponding to a specified working state of the analog module, wherein N is a quantity of parameters representing a working state of the analog module, and the specified working state is a target working state; and controlling a DPD calibration coefficient according to the determined specified DPD calibration coefficient corresponding to the specified working state of the analog module; characterized in that the controlling comprises: sending, by the main control module, a state adjustment instruction to the analog module, and a coefficient adjustment instruction to the digital module, wherein the state adjustment instruction is used to instruct the analog module to adjust gradually, starting from a specified moment, the current working state to the target working state, and the coefficient adjustment instruction is used to instruct the digital module to adjust gradually, starting from the specified moment, the current DPD calibration coefficient to the specified DPD calibration coefficient.
A cleaner comprising: at least one cyclone (110, 130) configured to separate dust from suctioned air; a dust container configured to store the dust separated by the cyclone (110, 130); a dust compressor provided inside the dust container and configured to compress the dust stored in the dust container; and a lifter configured to move the dust compressor upward and downward within the dust container, characterized in that the lifter comprises: a wire having a first end connected to the dust compressor and a second end exposed outside of the dust container; and a lever connected to the second end of the wire. at least one cyclone (110, 130) configured to separate dust from suctioned air; a dust container configured to store the dust separated by the cyclone (110, 130); a dust compressor provided inside the dust container and configured to compress the dust stored in the dust container; and a lifter configured to move the dust compressor upward and downward within the dust container, characterized in that the lifter comprises: a wire having a first end connected to the dust compressor and a second end exposed outside of the dust container; and a lever connected to the second end of the wire. a wire having a first end connected to the dust compressor and a second end exposed outside of the dust container; and a lever connected to the second end of the wire.
Dry mortar mixture for the production of a drainage mortar containing: - 20 to 40 wt.% of a binder mixture, - 1 to 5 wt.% hydrophilic, inert fibers, - optionally 0 to 40 wt.% other concrete aggregates and - aggregate until 100 wt.% is reached, wherein the binder mixture contains, based on the dry mortar mixture: - 1 to 10 wt.% of a first binder component consisting of amorphous CSA cement, - 0.1 to 5 wt.% of quicklime as a second binder component, - 5 to 15 wt.% of alumina cement as the third binder component and - 1 to 15 wt.% of CEM I R cement as the fourth binder component. - 20 to 40 wt.% of a binder mixture, - 1 to 5 wt.% hydrophilic, inert fibers, - optionally 0 to 40 wt.% other concrete aggregates and - aggregate until 100 wt.% is reached, - 1 to 10 wt.% of a first binder component consisting of amorphous CSA cement, - 0.1 to 5 wt.% of quicklime as a second binder component, - 5 to 15 wt.% of alumina cement as the third binder component and - 1 to 15 wt.% of CEM I R cement as the fourth binder component.
A method of assembling a hydroelectric power device, the hydroelectric power device comprising a hydraulic machine having a vertical axis of rotation, an electric machine, a volute casing, an assembly chamber, an impeller, an impeller shaft, a shaft seal, an intermediate shaft, a turbine cover, a guide ring, a plurality of guide vanes, a plurality of guide vane bearings, a control ring, a bearing with a cover for the control ring, and a servomotor for actuating the control ring, wherein the mounting space extends in the vertical direction between the volute casing and the electric machine and projects in the horizontal direction beyond the edge of the electric machine, wherein the mounting space is open upwardly at least in a part of the region projecting beyond the edge of the electric machine, and wherein the water power device comprises a module which includes the impeller, the impeller shaft, the shaft seal, the turbine cover, the guide ring, the guide vanes with guide vane bearing and the control ring, and wherein the water power device comprises means for moving the module in vertical and horizontal direction, and wherein the module is screwed to parts of the volute casing, and wherein the method has the following steps S1 to S3: S1: blocking the impeller against rotation and vertical displacement; S2: disconnecting the servomotor from the control ring, dismantling the cover of the bearing of the control ring, removing the intermediate shaft, loosening the screw connection of the module; S3: Fastening the module to the means, lifting the module, horizontal movement of the module. S1: blocking the impeller against rotation and vertical displacement; S2: disconnecting the servomotor from the control ring, dismantling the cover of the bearing of the control ring, removing the intermediate shaft, loosening the screw connection of the module; S3: Fastening the module to the means, lifting the module, horizontal movement of the module.
A system for monitoring the location of an oral care device within the mouth of a user, the system comprising: an oral care device having a light source (104, 106); an optical sensor configured to receive light emitted by the light source and to receive light reflected from a user using the oral care device; a computing device adapted to receive and process signals generated by the optical sensor, and programmed to: detect facial features of the user from the received reflected light; estimate the location of the user's teeth according to the detected facial features; determine a location of the light source (104, 106) according to the received emitted light; compare the location of the light source (104, 106) to the location of the teeth to estimate the position of the oral care device with respect to the teeth of the user. an oral care device having a light source (104, 106); an optical sensor configured to receive light emitted by the light source and to receive light reflected from a user using the oral care device; a computing device adapted to receive and process signals generated by the optical sensor, and programmed to: detect facial features of the user from the received reflected light; estimate the location of the user's teeth according to the detected facial features; determine a location of the light source (104, 106) according to the received emitted light; compare the location of the light source (104, 106) to the location of the teeth to estimate the position of the oral care device with respect to the teeth of the user. detect facial features of the user from the received reflected light; estimate the location of the user's teeth according to the detected facial features; determine a location of the light source (104, 106) according to the received emitted light; compare the location of the light source (104, 106) to the location of the teeth to estimate the position of the oral care device with respect to the teeth of the user.