mhurhangee/ep-ind-claims huggingface dataset:
A power generation apparatus comprising: a power calculation unit configured to receive measured values of physical quantities of a power generation module, including voltage information and temperature information, from the power generation module, and calculate power generation information, including a value for the electrical power generated, of the power generation module based on the received voltage information and temperature information; and characterized in that the power generation module is a solar cell power generation module, and the power generation information is calculated by utilizing a predetermined model based on a Shockley equation for a diode in an equivalent circuit of the solar cell power generation module. a power calculation unit configured to receive measured values of physical quantities of a power generation module, including voltage information and temperature information, from the power generation module, and calculate power generation information, including a value for the electrical power generated, of the power generation module based on the received voltage information and temperature information; and characterized in that receive measured values of physical quantities of a power generation module, including voltage information and temperature information, from the power generation module, and calculate power generation information, including a value for the electrical power generated, of the power generation module based on the received voltage information and temperature information; and characterized in that the power generation module is a solar cell power generation module, and the power generation information is calculated by utilizing a predetermined model based on a Shockley equation for a diode in an equivalent circuit of the solar cell power generation module.
A protective cover for protecting a sensor for determining the thickness of a plastic film, wherein the protective cover comprises a sensor section (8, 81, 82) for receiving and positioning the sensor under a contact surface of the protective cover, and the contact surface is provided on the protective cover in such a way that, in the operating state, the thickness of the plastic film can be determined by means of the sensor through at least a part of the contact surface, characterized in that the contact surface comprises an electrically insulating measuring surface and an electrically conductive deflecting surface, the measuring surface covering at least a part of the sensor section (8, 81, 82).
An in vitro method of modifying the genetic material of a eukaryotic cell other than a human embryonic stem cell, comprising (i) integrating a polynucleotide encoding a ThermoCas9 under the control of a first promoter into the genome of the cell, wherein the expressed ThermoCas9 comprises an amino acid sequence of SEQ ID NO: 1 or a sequence of at least 89% identity therewith, and wherein the ThermoCas9 is active at temperatures in the range 20 °C - 70 °C, or an active fragment thereof; (ii) transforming the cell with an expression vector comprising a polynucleotide sequence encoding a guide RNA and under the control of a second promoter, wherein the guide RNA has a nucleic acid sequence which recognizes a nucleic acid sequence comprised at a desired target locus in the genome of the cell, and (iii) transforming the cell with a repair oligonucleotide.
Mating device for mating two skates, comprising a first fastening module and a second fastening module, each designed to be fastened to a skate and the device comprising a body between the two fastening modules (6, 6'), said body allowing at least translational freedom between the two fastening modules (6, 6'), the distance between the two fastening modules (6, 6') being free between a predetermined minimum distance and a predetermined maximum distance, and characterized in that it said body allows a detachable connection between the two fastening modules (6, 6').
Method for manufacturing an impregnated fibrous material comprising a fibrous material made of continuous fibres and at least one thermoplastic polymer matrix, in which method said fibrous material is sized by a sizing thermoplastic polymer and has, before its pre-impregnation with said thermoplastic polymer, an initial width l, said method comprising a step of spreading said fibrous material before a pre-impregnation step, said spreading step being carried out by means of at least two tension devices and at least one heating system SC for heating said tension devices and/or said fibrous material, said spreading, after said fibrous material has passed in contact with said tension devices, being between 1.5 and 5 times the initial width l, the spreading being consistent and always representing 1.5 to 5 times the initial width 1 when said fibrous material is placed in contact with said thermoplastic polymer matrix in the pre-impregnation system, the method being characterized in that said spread material is cooled below the Tg of the sizing thermoplastic polymer by means of a cooling system before it is placed in contact with said thermoplastic polymer matrix in the pre-impregnation system to carry out the pre-impregnation step.
A camera for the detection of a flow of objects moved relative to the camera and for reading codes arranged on the objects, wherein the camera comprises an image sensor for taking images of the objects and receiving optics having a depth of field range arranged in front of the image sensor, a mirror unit having at least two mirror elements (32a-c) being arranged in front of the receiving optics, the mirror elements (32a-c) having a different spacing amongst one another with respect to the receiving optics and/or having a different tilt angle and in this way simultaneously image sections (18a-c) of the object flow a plurality of times with light paths of different length resulting in different object distances and thus different depth of field ranges on the image sensor, characterized in that the mirror elements (3a-c) are divided into at least two mirror sub-segments that are tilted with respect to one another in order to image part sections arranged lying next to one another in a width direction above one another at the image sensor.
Method for updating at least one monitoring list of information identifying cells transferred by a base station of a wireless telecommunication network in at least one cell managed (15 1) by the base station, the at least one monitoring list comprising information identifying cells (15 2, 15 7, 15 8) which are neighbour of the cell managed by the base station in which the at least one monitoring list is transferred, the method comprising the steps executed by the base station of: - receiving a message comprising a path list comprising information identifying cells a mobile terminal has moved through, - updating at least one monitoring list of information identifying cells according to the contents of the received path list, - determining at least one modified path list from the content of the received path list by selecting a first information identifying a first cell managed by the base station in the received path list, by selecting a second information identifying a second cell in the received path list, by selecting each information identifying a cell comprised between the first and second information in the receiving path list, the modified path list being composed of the first information, each information between first and second information, and the second information, and for the or each modified path list: - determining another base station from the content of the modified path list, - sending the modified path list to the other base station enabling the other base station to be aware of any new cell which is neighbour of the cell managed by the other base station. - receiving a message comprising a path list comprising information identifying cells a mobile terminal has moved through, - updating at least one monitoring list of information identifying cells according to the contents of the received path list, - determining at least one modified path list from the content of the received path list by selecting a first information identifying a first cell managed by the base station in the received path list, by selecting a second information identifying a second cell in the received path list, by selecting each information identifying a cell comprised between the first and second information in the receiving path list, the modified path list being composed of the first information, each information between first and second information, and the second information, - determining another base station from the content of the modified path list, - sending the modified path list to the other base station enabling the other base station to be aware of any new cell which is neighbour of the cell managed by the other base station.
A multilayer pressure sensitive adhesive assembly having an overall caliper of at least 2000 μm and comprising a plurality of superimposed pressure sensitive adhesive layers, wherein the PSA assembly comprises at least a first PSA layer comprising a first polymeric material comprising the reaction product of a first (co)polymerizable material comprising a carboxyl group-containing (co)monomer, wherein the PSA assembly further comprises at least a second PSA layer comprising a second polymeric material comprising the reaction product of a second (co)polymerizable material comprising a nitrogen-containing (co)monomer, wherein the plurality of superimposed PSA layers is arranged such that the first PSA layer(s) and the second PSA layer(s) are adjacently superimposed in a strictly alternating series, wherein the multilayer pressure sensitive adhesive assembly comprises at least two PSA layers having a caliper of at least 800 μm, and wherein the first and the second PSA layers are prepared separately and subsequently laminated to each other.
Electrostatic printing aid for a rotary printing machine, comprising a charging electrode and an impression roller assigned at a distance thereto, with - a housing, - a plurality of needles made of electrically conductive material, projecting in parallel from a base fixed in the housing and protruding out of the housing with a needle tip, - at least one electric cable which is connected to the needles and guided out of the housing, and integrated into which is an upstream electrical resistance for the connection of an electrical power supply, - at least one flow channel with at least one outflow opening (6, 14) directed away from the housing, which is aligned to a needle tip of at least one needle, and - a feed opening connected to the flow channel, which can be connected to a compressed air source or another compressed gas source, - wherein the housing has side walls and, bridging these, a covering wall with a plurality of small through-holes, each of which is directed towards a needle which, together with its needle tip, is arranged near the through-hole, wherein the flow channel is a cavity formed inside the housing between the base, side walls and covering wall, into which the needles project, and the cavity is connected to the feed opening via a feed channel guided through the housing towards the outside, or - wherein the flow channel is arranged next to the needles and has at least one outflow opening (17, 18) directed diagonally towards the needles. - a housing, - a plurality of needles made of electrically conductive material, projecting in parallel from a base fixed in the housing and protruding out of the housing with a needle tip, - at least one electric cable which is connected to the needles and guided out of the housing, and integrated into which is an upstream electrical resistance for the connection of an electrical power supply, - at least one flow channel with at least one outflow opening (6, 14) directed away from the housing, which is aligned to a needle tip of at least one needle, and - a feed opening connected to the flow channel, which can be connected to a compressed air source or another compressed gas source, - wherein the housing has side walls and, bridging these, a covering wall with a plurality of small through-holes, each of which is directed towards a needle which, together with its needle tip, is arranged near the through-hole, wherein the flow channel is a cavity formed inside the housing between the base, side walls and covering wall, into which the needles project, and the cavity is connected to the feed opening via a feed channel guided through the housing towards the outside, or - wherein the flow channel is arranged next to the needles and has at least one outflow opening (17, 18) directed diagonally towards the needles.
Method for assembling a motor vehicle module which has a shaft provided with at least one functional element, and a housing part, wherein the shaft is arranged rotatably in bearing receptacles of the housing part, and wherein the at least one functional element is fastened by a hub opening on a thickened portion of the shaft, comprising the following method steps: a) arranging the at least one functional element within the housing part in such a manner that the hub opening is aligned with the bearing receptacles; b) producing a temperature difference between the housing part and the shaft, at which the shaft is inserted into the housing part and is guided here by the thickened portion through at least one of the bearing receptacles; c) bringing about a temperature equalization between shaft and housing part, d) positionally correctly arranging the at least one functional element in relation to the shaft; e) producing an interference fit between hub opening and the associated thickened portion; characterized in that, before the shaft is inserted into the housing part, at least one of the bearing receptacles is formed in such a manner that a rolling bearing is inserted, in particular pressed, into a receiving opening of the housing part. a) arranging the at least one functional element within the housing part in such a manner that the hub opening is aligned with the bearing receptacles; b) producing a temperature difference between the housing part and the shaft, at which the shaft is inserted into the housing part and is guided here by the thickened portion through at least one of the bearing receptacles; c) bringing about a temperature equalization between shaft and housing part, d) positionally correctly arranging the at least one functional element in relation to the shaft; e) producing an interference fit between hub opening and the associated thickened portion;
Apparatus for detecting and removing weed plants between growing-up mainly horticulture crop, detection of weed plants between mentioned horticulture crop is carried out with an electronic camera coupled to a computer with specific software and a remover unit for carefully removing said weed plants wherein said apparatus comprises an electronic camera for taking images from the row horticultural plants with the weed plants between them,which are selected manually or automatically albeit with the aid of said computer controlled display or touch screen and so a remover unit for mentioned weed plants is activated, which remover unit includes a vertical up and down moveable tube or bar system characterized in that the movable tube or bar system further comprises a conically formed digging element without a bottom plate at the end.
A rubber composition, comprising: a compound having a group represented by the following formula: wherein R 11 and R 12 are the same or different and each represent a hydrogen atom or a substituted or unsubstituted monovalent hydrocarbon group optionally containing a heteroatom; a sulfur atom-containing vulcanization accelerator; and a particulate zinc carrier including a silicate particle and finely divided zinc oxide or finely divided basic zinc carbonate supported on the surface of the silicate particle. a compound having a group represented by the following formula: wherein R 11 and R 12 are the same or different and each represent a hydrogen atom or a substituted or unsubstituted monovalent hydrocarbon group optionally containing a heteroatom; a sulfur atom-containing vulcanization accelerator; and a particulate zinc carrier including a silicate particle and finely divided zinc oxide or finely divided basic zinc carbonate supported on the surface of the silicate particle.
A method for transmitting a client signal, the method comprising: mapping (101, 201) the client signal into at least two channels of a parallel transmission frame; adding (102, 202) a management overhead to only one channel of the at least two channels of the parallel transmission frame to form transmission channels of the parallel transmission frame, wherein the management overhead is used to manage the at least two channels of the parallel transmission frame, wherein bit rates of the transmission channels of the parallel transmission frame are fixed; modulating (103, 203) the transmission channels of the parallel transmission frame onto one or more optical carriers in a same optical fiber; and transmitting (103, 204) the modulated optical carrier or carriers. mapping (101, 201) the client signal into at least two channels of a parallel transmission frame; adding (102, 202) a management overhead to only one channel of the at least two channels of the parallel transmission frame to form transmission channels of the parallel transmission frame, wherein the management overhead is used to manage the at least two channels of the parallel transmission frame, wherein bit rates of the transmission channels of the parallel transmission frame are fixed; modulating (103, 203) the transmission channels of the parallel transmission frame onto one or more optical carriers in a same optical fiber; and transmitting (103, 204) the modulated optical carrier or carriers.
A coffee machine comprising a resting surface for cups (7, 7') and a hydraulic circuit having in cascade a pump, a boiler, an infusion head and a filter holder cup removably engaged with said infusion head, comprising a mobile structure for supporting the assembly formed by said infusion head and said filter holder cup, and means for moving said support structure between a plurality of positions to which different distances of said filter holder cup from said resting surface correspond, characterised in that said assembly is slidable along a translation guide integrally with said support structure, said movement means comprising a rotary motor supported by said support structure in an integral way in translation along said translation guide, said rotary motor being fixed into a housing seat afforded in said support structure, said housing seat being arranged laterally and superiorly to a further housing seat afforded in said support structure into which said infusion head is fixed.
Device to assemble a plurality of panels (2, 3, 4) for the body of an aircraft, said device comprising at least one anvil body, comprising a support surface of said plurality of panels (2, 3, 4), said anvil body comprising at least one anvil rail assembled mobile in a cavity of the anvil body and configured to be moved between a high position wherein the upper surface of the anvil rail extends in the extension of the support surface and a low position wherein a work space is created between the upper surface of the anvil rail and the support surface, so as to enable a machining and/or scraping tool to be able to be passed through, said anvil rail comprising a structural beam extending over the whole length of the anvil body, said device being characterised in that it comprises a tool holder and a ramp for guiding said tool holder.
An induction heating cooker comprising: a top plate on which an object to be heated is placeable; a plurality of heating coils disposed adjacent to one another below the top plate to generate inductive magnetic fields to heat the object to be heated; a plurality of temperature detectors operable to detect a temperature of the object to be heated; and a controller operable to control operating states of the heating coils based on detection results of the temperature detectors, wherein the plurality of temperature detectors are disposed below the top plate so that: at least one of the temperature detectors is positioned below the object to be heated when the object to be heated is placed above two heating coils adjacent to each other; and the number of the temperature detectors is less than the number of the heating coils, characterised in that the temperature detectors are each mounted to a central portion of one of the heating coils, but at least one of the heating coils has no temperature detector, wherein each of the heating coils has a circumferential length within a range of a circumferential length of a circle having an external diameter that ranges from 35 mm to 67 mm. a top plate on which an object to be heated is placeable; a plurality of heating coils disposed adjacent to one another below the top plate to generate inductive magnetic fields to heat the object to be heated; a plurality of temperature detectors operable to detect a temperature of the object to be heated; and a controller operable to control operating states of the heating coils based on detection results of the temperature detectors, wherein the plurality of temperature detectors are disposed below the top plate so that: at least one of the temperature detectors is positioned below the object to be heated when the object to be heated is placed above two heating coils adjacent to each other; and the number of the temperature detectors is less than the number of the heating coils, characterised in that the temperature detectors are each mounted to a central portion of one of the heating coils, but at least one of the heating coils has no temperature detector, wherein each of the heating coils has a circumferential length within a range of a circumferential length of a circle having an external diameter that ranges from 35 mm to 67 mm. at least one of the temperature detectors is positioned below the object to be heated when the object to be heated is placed above two heating coils adjacent to each other; and the number of the temperature detectors is less than the number of the heating coils, characterised in that the temperature detectors are each mounted to a central portion of one of the heating coils, but at least one of the heating coils has no temperature detector, wherein each of the heating coils has a circumferential length within a range of a circumferential length of a circle having an external diameter that ranges from 35 mm to 67 mm.