mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a solar cell that comprises a photoelectric conversion section; and a collecting electrode on a first principal surface of the photoelectric conversion section, wherein the collecting electrode includes: a first electroconductive layer; and a second electroconductive layer, in this order from the photoelectric conversion section, on the first principal surface of the photoelectric conversion section, an insulating layer is provided in a first electroconductive layer-non-formed region where the first electroconductive layer is not formed, and the insulating layer includes: a first insulating layer that is in contact with the first electroconductive layer on the first principal surface of the photoelectric conversion section, and a second insulating layer that is formed so as to cover at least a part of the first insulating layer, wherein the method comprises: an electroconductive paste coating step of forming a first electroconductive layer by applying onto a first principal surface of a photoelectric conversion section an electroconductive paste containing electroconductive fine particles and an insulating material; and a plating step of forming a second electroconductive layer on the first electroconductive layer by a plating method, in this order, characterized in that a coating layer (81,84) is formed by exudation of the insulating material from a coating region of the electroconductive paste, the coating layer consisting of: the first electroconductive layer containing the electroconductive fine particles and the insulating material; and a first insulating layer that is in contact with an outer edge of the first electroconductive layer, and after the coating step and before the plating step, a second insulating layer forming step is carried out to form a second insulating layer covering at least a part of the first insulating layer. an electroconductive paste coating step of forming a first electroconductive layer by applying onto a first principal surface of a photoelectric conversion section an electroconductive paste containing electroconductive fine particles and an insulating material; and a plating step of forming a second electroconductive layer on the first electroconductive layer by a plating method, in this order, characterized in that a coating layer (81,84) is formed by exudation of the insulating material from a coating region of the electroconductive paste, the coating layer consisting of: the first electroconductive layer containing the electroconductive fine particles and the insulating material; and a first insulating layer that is in contact with an outer edge of the first electroconductive layer, and after the coating step and before the plating step, a second insulating layer forming step is carried out to form a second insulating layer covering at least a part of the first insulating layer.
Compound of the general formula: (S-A) n -T formula, where the symbols and indices used have the following meaning: S is on each occurrence, independently of one another, a monovalent group which contains an absorbing group which acts as dye; T is an n-valent group which contains a phosphorescent emitter unit; A represents on each occurrence, independently of one another, a single covalent bond or a divalent unit; n is an integer which is greater than or equal to 1, where the absorbing group is preferably selected from the following compounds of the formulae, and where where R is selected on each occurrence, identically or differently, from the group consisting of alkyl(ene), cycloalkyl(ene), alkylsilyl-(ene), silyl(ene), arylsilyl(ene), alkylalkoxyalkyl(ene), arylalkoxyalkyl(ene), alkylthioalkyl(ene), phosphine, phosphine oxide, sulfone, alkylene sulfone, sulfoxide and alkylene sulfoxide, where the alkyl(ene) group in each case, independently of one another, has 1 to 12 C atoms and where one or more H atoms may be replaced by F, Cl, Br, I, alkyl or cycloalkyl, where one or more CH 2 may be replaced by a heteroatom, such as NH, O or S, or may be replaced by an aromatic or heteroaromatic hydrocarbon radical having 5 to 20 aromatic ring atoms; X and Y are on each occurrence, identically or differently, a radical selected from H, halogen, alkyl, alkoxyalkyl, alkylsilyl, silyl, alkylalkoxyalkyl groups. S is on each occurrence, independently of one another, a monovalent group which contains an absorbing group which acts as dye; T is an n-valent group which contains a phosphorescent emitter unit; A represents on each occurrence, independently of one another, a single covalent bond or a divalent unit; n is an integer which is greater than or equal to 1, R is selected on each occurrence, identically or differently, from the group consisting of alkyl(ene), cycloalkyl(ene), alkylsilyl-(ene), silyl(ene), arylsilyl(ene), alkylalkoxyalkyl(ene), arylalkoxyalkyl(ene), alkylthioalkyl(ene), phosphine, phosphine oxide, sulfone, alkylene sulfone, sulfoxide and alkylene sulfoxide, where the alkyl(ene) group in each case, independently of one another, has 1 to 12 C atoms and where one or more H atoms may be replaced by F, Cl, Br, I, alkyl or cycloalkyl, where one or more CH 2 may be replaced by a heteroatom, such as NH, O or S, or may be replaced by an aromatic or heteroaromatic hydrocarbon radical having 5 to 20 aromatic ring atoms; X and Y are on each occurrence, identically or differently, a radical selected from H, halogen, alkyl, alkoxyalkyl, alkylsilyl, silyl, alkylalkoxyalkyl groups.
A device for mounting on a weapon or weapon station, comprising: an encasement for enclosing the device; a core element that provides a functionality of the device; a planar spring that is connected internally to a side of the encasement; and characterized by the core element being coupled to one side of the planar spring, so that the core element is supported by the planar spring inside the encasement, without forming direct physical contact with the encasement, and not transmitting shocks from the weapon directly to core element. an encasement for enclosing the device; a core element that provides a functionality of the device; a planar spring that is connected internally to a side of the encasement; and characterized by the core element being coupled to one side of the planar spring, so that the core element is supported by the planar spring inside the encasement, without forming direct physical contact with the encasement, and not transmitting shocks from the weapon directly to core element.
A door system for an elevator installation, wherein the elevator installation comprises an elevator cabin which can be arranged so as to be capable of travel in an elevator shaft, the door system comprising - a cabin door arranged on a cabin door side, - a shaft door (6, 6.1, 6.2, 6.3) arranged on a shaft door side, wherein the cabin door and the shaft door (6, 6.1, 6.2, 6.3) can be arranged spaced apart from one another in a closed position of the door system, - a primary pivot spindle of the shaft door or cabin door (6, 6.1, 6.2, 6.3, 7), which can be coupled to a pivotable door leaf, wherein the door leaf and the primary pivot spindle can be arranged on a first of the sides comprising the cabin door side and the shaft door side and - a drive unit comprising a driven pivotably mounted shaft, wherein an entraining means of the drive unit is fixed to the pivotable shaft, and the drive unit can be arranged on a second of the sides comprising the cabin door side and the shaft door side, wherein a counterpart element which can be actuated by the entraining means is fixed to the primary pivot spindle in such a way that, during a pivoting movement of the shaft, the entraining means effects a pivoting movement of the primary pivot spindle and an associated pivoting movement of the door leaf can be effected, characterised in that the counterpart element can be actuated by the entraining means by means of a direct mechanical contact between counterpart element and entraining means. - a cabin door arranged on a cabin door side, - a shaft door (6, 6.1, 6.2, 6.3) arranged on a shaft door side, wherein the cabin door and the shaft door (6, 6.1, 6.2, 6.3) can be arranged spaced apart from one another in a closed position of the door system, - a primary pivot spindle of the shaft door or cabin door (6, 6.1, 6.2, 6.3, 7), which can be coupled to a pivotable door leaf, wherein the door leaf and the primary pivot spindle can be arranged on a first of the sides comprising the cabin door side and the shaft door side and - a drive unit comprising a driven pivotably mounted shaft,
A fusion protein, which comprises the amino acid sequences (a) SEQ ID NO.1 (ESAT6), SEQ ID NO 2 (Rv3614c), SEQ ID NO 3 (Rv3615c), SEQ ID NO 4, SEQ ID NO 5 and SEQ ID NO 6, or (b) an amino acid sequence as defined in section (a), wherein the cysteines have been replaced with serine. (a) SEQ ID NO.1 (ESAT6), SEQ ID NO 2 (Rv3614c), SEQ ID NO 3 (Rv3615c), SEQ ID NO 4, SEQ ID NO 5 and SEQ ID NO 6, or (b) an amino acid sequence as defined in section (a), wherein the cysteines have been replaced with serine.
An electronic shelf label system, - wherein the system comprises a server adapted to individually address a plurality of shelf labels (2A-2K) to communicate data with them in an addressed manner, and - wherein the system comprises at least one access point which is connected to the server and is designed for radio-technical communication of the data with the shelf labels (2A-2K), characterized in that the system comprises a near-field communication, abbreviated NFC, sub-system on a shelf rail of a shelf, the NFC sub-system being characterized in such a way that - the shelf rail comprises an NFC reader (4A-4C) which is designed for radio-based communication with the access point, and in that - at least one conductor loop connected to the NFC reader, which is formed along the shelf rail and is used for NFC communication with an NFC-capable shelf label (2A-2K), is provided, wherein - at least one NFC-capable shelf label (2A-2K) is attached to the shelf rail corresponding to the conductor loop, and wherein - the NFC reader is designed for NFC communication of the data with the shelf label (2A-2K) addressed by the server. - wherein the system comprises a server adapted to individually address a plurality of shelf labels (2A-2K) to communicate data with them in an addressed manner, and - wherein the system comprises at least one access point which is connected to the server and is designed for radio-technical communication of the data with the shelf labels (2A-2K), characterized in that the system comprises a near-field communication, abbreviated NFC, sub-system on a shelf rail of a shelf, the NFC sub-system being characterized in such a way that - the shelf rail comprises an NFC reader (4A-4C) which is designed for radio-based communication with the access point, and in that - at least one conductor loop connected to the NFC reader, which is formed along the shelf rail and is used for NFC communication with an NFC-capable shelf label (2A-2K), is provided, wherein - at least one NFC-capable shelf label (2A-2K) is attached to the shelf rail corresponding to the conductor loop, and wherein - the NFC reader is designed for NFC communication of the data with the shelf label (2A-2K) addressed by the server.
Equipment for moving people in height in non horizontal surfaces with vertical translation and horizontal translation and provided with a runner and an engagement and fixing system, an engine for the vertical displacement, physical mechanical stops on top of the runners, an engine for the horizontal displacement, a suspension cable of the operator of the harness, a drum for the winding/unwinding of the suspension cable of the operator of the harness, electric brake, support system to the winding/unwinding of the suspension cable of the operator of the harness and a sensor of the end of the course at the top, characterized by being composed of an endless gear engine, a system sensing the presence of the groove, a system for the winding/unwinding of the power cord, a cable tensioning device in the drum to prevents the accidental unwinding, a centrifugal brake and an overlord detection system.
A light emitting diode comprising: a p.i.n diode structure (110, 120, 130) containing a quantum well; an enhancement layer, in addition to the p.i.n diode structure (110, 120, 130), that supports plasmon oscillations at a frequency that couples to photons produced by combination of electrons and holes in the quantum well; and a barrier layer between the enhancement layer and the quantum well, wherein the barrier layer blocks diffusion between the enhancement layer and the diode structure (110, 120, 130), characterised in that the barrier layer comprises an insulating layer, and wherein the insulating layer is less than 10 nm thick. a p.i.n diode structure (110, 120, 130) containing a quantum well; an enhancement layer, in addition to the p.i.n diode structure (110, 120, 130), that supports plasmon oscillations at a frequency that couples to photons produced by combination of electrons and holes in the quantum well; and a barrier layer between the enhancement layer and the quantum well, wherein the barrier layer blocks diffusion between the enhancement layer and the diode structure (110, 120, 130), characterised in that the barrier layer comprises an insulating layer, and wherein the insulating layer is less than 10 nm thick.
A tool to tilt and raise a wheeled garbage container in order to facilitate its cleaning, with the said container having a standardised means of engagement along one of its upper edges, with the said means of engagement forming a groove that opens towards the ground, characterised in that it consists of at least two columns connected to each other by means of at least one cross-beam, with each column having: - at one end, an anti-slip means of support, and at the other end, a bracket attachment, a part of whose free end can engage with the groove formed by the means of engagement of the container, - a projection that forms a spacer that can support one of the walls of the container when the bracket attachments are engaged in the said container's groove, which opens towards the ground, - a branch that projects in the opposite direction with respect to the projection, forming a spacer and located roughly at the column's midpoint, but slightly closer to the end with the bracket attachments, with the said branch being capable of being placed on the ground, either when the said container is in a tilted position in which the ends of the columns on the same side as the bracket attachments are not in contact with the ground, or when the said container is in a tilted position in which the ends of the columns on the same side as the bracket attachments are in contact with the ground. - at one end, an anti-slip means of support, and at the other end, a bracket attachment, a part of whose free end can engage with the groove formed by the means of engagement of the container, - a projection that forms a spacer that can support one of the walls of the container when the bracket attachments are engaged in the said container's groove, which opens towards the ground, - a branch that projects in the opposite direction with respect to the projection, forming a spacer and located roughly at the column's midpoint, but slightly closer to the end with the bracket attachments, with the said branch being capable of being placed on the ground, either when the said container is in a tilted position in which the ends of the columns on the same side as the bracket attachments are not in contact with the ground, or when the said container is in a tilted position in which the ends of the columns on the same side as the bracket attachments are in contact with the ground.
Assembly for an epicyclic reduction gearset, the assembly comprising a satellite carrier, satellites and at least one satellite bearing carried by the satellite carrier, said bearing comprising a central axis, an inner ring securely mounted on the central axis, an outer ring mounted to rotate around said central axis, and a lubrication circuit arranged to bring a flow of oil between said inner and outer rings (11, 16), said lubrication circuit comprising openings opening to the outside of the inner ring in a radially inner area of the bearing with respect to said axis of rotation, a second portion (25, 26) comprising openings opening to the outside of the inner ring in a radially outer area of the bearing with respect to said axis of rotation, and an intermediate portion comprising at least one channelling arranged to connect the first portion (23a-23c, 24) to the second portion (25, 26), said at least one channelling comprising at least one singular pressure drop formed by an elbow or a sudden narrowing of the cross-section and at least one flattening of the transverse cross-section over a major portion of the length thereof or a path forming a detour, characterised in that the satellite carrier is rotatable about an axis of rotation and in that the central axis is linked to the satellite carrier and comprising a radially outer first surface with respect to said central axis, said lubrication circuit comprising a first portion (23a-23c, 24) arranged to be supplied with oil from the satellite carrier at the central axis and the inner ring comprising a radially inner second surface with respect to said central axis, said first and second surfaces being joined, said at least one channelling being formed by a groove applied in the first or the second surface.
A hardenable dental composition comprising at least one isocyanurate monomer that is a stable liquid at about 25°C, the monomer comprising at least one divalent linking group bonded to a nitrogen atom of a trivalent isocyanuric acid ring; wherein the divalent linking group comprises at least one moiety selected from ester, thioester, ether, thioether, and combinations of such moieties and the divalent linking is free of urethane linkages, and a terminal ethylenically unsaturated polymerizable group.
Apparatus for production of metallic and/or ceramic parts, having: - a printer unit in which a metallic and/or ceramic printed part is manufactured in layers from at least one filament consisting of a metal powder or ceramic powder mixed with a binder, wherein the printed part is printed onto a printing plate, - an oven designed to sinter the printed part on a sintering plate to give a finished part, - wherein the oven is designed to accommodate the printing plate together with the printed part in an upside-down position in which the printed part is disposed on the underside of the printed plate, and to dissolve the printing plate by a chemical or thermal input, characterized in that - the oven has a controller intended to adjust the vertical position of the sintering plate disposed in the oven, and - the controller is designed to implement control in that the sintering plate is moved into an upper receiving position directly beneath the printed part before the printing plate is dissolved, such that the printed part is deposited on the sintering plate on dissolution of the printing plate. - a printer unit in which a metallic and/or ceramic printed part is manufactured in layers from at least one filament consisting of a metal powder or ceramic powder mixed with a binder, wherein the printed part is printed onto a printing plate, - an oven designed to sinter the printed part on a sintering plate to give a finished part, - wherein the oven is designed to accommodate the printing plate together with the printed part in an upside-down position in which the printed part is disposed on the underside of the printed plate, and to dissolve the printing plate by a chemical or thermal input, - the oven has a controller intended to adjust the vertical position of the sintering plate disposed in the oven, and - the controller is designed to implement control in that the sintering plate is moved into an upper receiving position directly beneath the printed part before the printing plate is dissolved, such that the printed part is deposited on the sintering plate on dissolution of the printing plate.
Infant cereal comprising at least 0.48 g/100 kJ of a protein source, at most 1.1 g/100kJ of a lipid source, a carbohydrate source and non-replicating probiotic micro-organisms wherein the non-replicating probiotic micro-organisms were rendered non-replicating by heat treatment, wherein the heat treatment is a high temperature treatment at 71.5-150 °C for 1-120 seconds.
A tool device for machining a workpiece by cutting, milling, drilling or grinding, comprising - a sensor for detecting a condition of the tool device during machining, - wherein the sensor is connectable to a receiving unit, which transmits data to an analysis unit for analyzing the received data, - a connectable light source, characterized in that, the sensor is configured as a fiber optic sensor comprising at least one optical fiber providing an incident optical path and a reflected optical path for a light beam emitted by the connectable light source and with a distal end thereof lying in a surface (14, 74) of the tool device in a contact zone with the workpiece such that the optical path length can be measured. - a sensor for detecting a condition of the tool device during machining, - wherein the sensor is connectable to a receiving unit, which transmits data to an analysis unit for analyzing the received data, - a connectable light source, characterized in that, the sensor is configured as a fiber optic sensor comprising at least one optical fiber providing an incident optical path and a reflected optical path for a light beam emitted by the connectable light source and with a distal end thereof lying in a surface (14, 74) of the tool device in a contact zone with the workpiece such that the optical path length can be measured.