mhurhangee/ep-ind-claims huggingface dataset:
Use of an electrically conductive composition as an electrically conductive adhesive for mechanically and electrically connecting at least one contact of a solar cell with an electrical conductor, wherein said at least one contact is selected from the group consisting of emitter contacts and collector contacts, characterized in that the electrically conductive composition comprises 2 to 35 vol.-% of silver particles having an average particle size in the range of 1 to 25 μm and exhibiting an aspect ratio in the range of 5 to 30: 1, 10 to 63 vol.-% of non-metallic particles having an average particle size in the range of 1 to 25 μm, exhibiting an aspect ratio in the range of 1 to 3: 1, 30 to 80 vol.-% of a curable resin system, and 0 to 10 vol.-% of at least one additive, wherein the sum of the vol.-% of particles and totals 25 to 65 vol.-%, wherein the viscosity of the electrically conductive composition is in the range of 4 to 45 Pa·s measured in accordance with DIN 53018 (at 23 °C, CSR-measurement, cone-plate system, shear rate of 50 rounds per second), wherein the electrically conductive composition is applied to the contact surface of the at least one contact of the solar cell and/or to the contact surface of the electrical conductor to be adhesively bonded to the at least one contact of the solar cell, wherein the application of the electrically conductive composition is performed by printing, jetting or dispensing, and wherein average particle size means the mean primary particle diameter determined by means of laser diffraction.. 2 to 35 vol.-% of silver particles having an average particle size in the range of 1 to 25 μm and exhibiting an aspect ratio in the range of 5 to 30: 1, 10 to 63 vol.-% of non-metallic particles having an average particle size in the range of 1 to 25 μm, exhibiting an aspect ratio in the range of 1 to 3: 1, 30 to 80 vol.-% of a curable resin system, and 0 to 10 vol.-% of at least one additive,
A battery-powered, wireless gas sensing unit for measuring a gas concentration, said gas sensing unit comprising a first sensor, a second sensor, a battery unit, a wireless transmitter, a processor and a controller, wherein: - said first sensor is adapted to periodically measure a value of a first parameter; - said second sensor comprises a Volatile Organic Compound sensor and said Volatile Organic Compound sensor is a microelectromechanical system; - said second sensor and said processor are configured to measure said gas concentration only when said value of said first parameter or variation of said value of said first parameter exceeds a predefined first parameter threshold; and - said wireless transmitter is configured to transmit said gas concentration only when said gas concentration exceeds a predefined concentration threshold. - said first sensor is adapted to periodically measure a value of a first parameter; - said second sensor comprises a Volatile Organic Compound sensor and said Volatile Organic Compound sensor is a microelectromechanical system; - said second sensor and said processor are configured to measure said gas concentration only when said value of said first parameter or variation of said value of said first parameter exceeds a predefined first parameter threshold; and - said wireless transmitter is configured to transmit said gas concentration only when said gas concentration exceeds a predefined concentration threshold.
Laser scanner (1,1',1'') for optical surveying of an environment, comprising • a multibeam transmitter configured for generating multiple measuring beams at the same time defining multiple essentially instantaneous scanning axes, • a receiver (15,15') configured to detect returning parts of the multiple measuring beams, and • a computing unit configured o for controlling the laser scanner (1,1',1") to provide scanning of the environment by the multiple measuring beams, o for deriving distance measuring data based on the multiple measuring beams, and o for deriving angle data for respective emitting directions of individual measuring beams of the multiple measuring beams, wherein the laser scanner (1,1',1'') is configured • to provide scanning with at least two different multi-beam scan patterns (7A-D), based on the multiple measuring beams, and • each multi-beam scan pattern (7A-D) is individually activatable by the computing unit, characterized in that, • the transmitter comprises multiple laser diodes arranged on a carrier, • the carrier has at least two different flexure states, and • based on different flexure states in each case the laser diodes generate different multi-beam scan patterns (7A-D) of the at least two multi-beam scan patterns. • a multibeam transmitter configured for generating multiple measuring beams at the same time defining multiple essentially instantaneous scanning axes, multiple measuring beams at the same time defining multiple essentially instantaneous scanning axes, • a receiver (15,15') configured to detect returning parts of the multiple measuring beams, and • a computing unit configured o for controlling the laser scanner (1,1',1") to provide scanning of the environment by the multiple measuring beams, o for deriving distance measuring data based on the multiple measuring beams, and o for deriving angle data for respective emitting directions of individual measuring beams of the multiple measuring beams, wherein the laser scanner (1,1',1'') is configured o for controlling the laser scanner (1,1',1") to provide scanning of the environment by the multiple measuring beams, o for deriving distance measuring data based on the multiple measuring beams, and o for deriving angle data for respective emitting directions of individual measuring beams of the multiple measuring beams, • to provide scanning with at least two different multi-beam scan patterns (7A-D), based on the multiple measuring beams, and • each multi-beam scan pattern (7A-D) is individually activatable by the computing unit, • the transmitter comprises multiple laser diodes arranged on a carrier, • the carrier has at least two different flexure states, and • based on different flexure states in each case the laser diodes generate different multi-beam scan patterns (7A-D) of the at least two multi-beam scan patterns.
A bag stocker for holding a plurality of bags to be supplied to a bag supply device, the bag stocker comprising: a body portion provided to be movable; a plurality of bag accommodating units supported by the body portion; and a holding member which is provided in each of the plurality of bag accommodating units and adapted to support a bag bundle including two or more bags, wherein each of the plurality of bag accommodating units is supported by the body portion to be movable in a horizontal direction in the body portion between an accommodating position (Pa) and a withdrawing position (Pb) where each of the plurality of bag accommodating units protrudes in comparison with each of the plurality of bag accommodating units arranged at the accommodating position (Pa) and where the bag bundle is taken out of each of the plurality of bag accommodating units, wherein the plurality of bag accommodating units arranged at the accommodating position (Pa) are arranged at positions overlapping with each other in a vertical direction, and wherein the plurality of bag accommodating units arranged at the withdrawing position (Pb) are arranged at positions overlapping with each other in the vertical direction. a body portion provided to be movable; a plurality of bag accommodating units supported by the body portion; and a holding member which is provided in each of the plurality of bag accommodating units and adapted to support a bag bundle including two or more bags, wherein each of the plurality of bag accommodating units is supported by the body portion to be movable in a horizontal direction in the body portion between an accommodating position (Pa) and a withdrawing position (Pb) where each of the plurality of bag accommodating units protrudes in comparison with each of the plurality of bag accommodating units arranged at the accommodating position (Pa) and where the bag bundle is taken out of each of the plurality of bag accommodating units, wherein the plurality of bag accommodating units arranged at the accommodating position (Pa) are arranged at positions overlapping with each other in a vertical direction, and wherein the plurality of bag accommodating units arranged at the withdrawing position (Pb) are arranged at positions overlapping with each other in the vertical direction.
A heat exchanger, comprising: a first fin having a first end and a second end in a lateral direction; a second fin having a third end and a fourth end in the lateral direction, the third end being positioned to face the second end; a first heat transfer tube positioned away from the first end by a first predetermined interval and passing through the first fin; and a second heat transfer tube positioned away from the third end by a second predetermined interval and passing through the second fin, the first heat transfer tube having a planar or curved first upper surface and a planar first lower surface, the second heat transfer tube having a planar or curved second upper surface and a planar second lower surface, and the heat exchanger being characterized in that: when the first upper surface is defined as a first surface in a case where the first upper surface has a planar shape, a tangent plane of the first upper surface is defined as a first surface in a case where the first upper surface has a curved shape, the second upper surface is defined as a second surface in a case where the second upper surface has a planar shape, and a tangent plane of the second upper surface is defined as a second surface in a case where the second upper surface has a curved shape, and when the first heat transfer tube and the second heat transfer tube are viewed in such a manner that the first lower surface is horizontal, in a vertical cross section perpendicular to a direction in which the first heat transfer tube passes through the first fin, the first surface being inclined downward toward the first end, the second surface being inclined downward toward the third end, an upper end of the second heat transfer tube being located higher than the first lower surface, an intersecting point A at which the second surface or an extension line of the second surface and an extension line of the first lower surface intersect being located closer to the second heat transfer tube than is an intersecting point B at which the second surface or the extension line of the second surface and an extension line of the second lower surface intersect. a first fin having a first end and a second end in a lateral direction; a second fin having a third end and a fourth end in the lateral direction, the third end being positioned to face the second end; a first heat transfer tube positioned away from the first end by a first predetermined interval and passing through the first fin; and a second heat transfer tube positioned away from the third end by a second predetermined interval and passing through the second fin, the first heat transfer tube having a planar or curved first upper surface and a planar first lower surface, the second heat transfer tube having a planar or curved second upper surface and a planar second lower surface, and the heat exchanger being characterized in that:
An oral care composition in the form of a mouthwash comprising a water-soluble nonionic polymer for use in treating dentine hypersensitivity, which is a liquid at or below room temperature and which forms a two-phase cloudy system at body temperature and wherein the water-soluble non-ionic polymer is hydroxypropyl cellulose present in an amount ranging from 0.1 to 10% by weight of the composition and having a cloud point in the composition at a temperature in the range 32° to 38°C, and wherein the composition further comprises a cloud point modifying agent selected from a salt, wherein the salt is sodium chloride or sodium citrate and mixtures thereof, or humectant, wherein the humectant is glycerine, or a mixture thereof, and wherein the composition is essentially free of a charged surfactant.
A system comprising a wireless power transmitter and a wireless power receiver inductively coupled to each other, wherein: a battery of the wireless power receiver is initially fully discharged, the wireless power transmitter comprises a means for: initiating a fully discharged battery protocol upon detection of a sensor signal at the wireless power transmitter indicating that the battery is fully discharged, wherein the sensor signal is initiated at a sensor at the wireless power transmitter, wherein the fully discharged battery protocol is configured to define a predefined interval for wirelessly transferring power at a first power level; wirelessly transferring power at the first power level during the predefined interval, and the wireless power receiver comprises means for: providing power received at the wireless power receiver at the first power level to the battery; monitoring a second power level available at the battery; and initiating a wireless handshake with the wireless power transmitter indicating configurations associated with the wireless power receiver, wherein the wireless handshake is initiated upon detection that the second power level meets or exceeds a predefined threshold, characterised in that: the sensor is a touch sensor; and the means of the wireless power transmitter are further adapted to configure the predefined interval based on a predefined interaction at the touch sensor by a user. initiating a fully discharged battery protocol upon detection of a sensor signal at the wireless power transmitter indicating that the battery is fully discharged, wherein the sensor signal is initiated at a sensor at the wireless power transmitter, wherein the fully discharged battery protocol is configured to define a predefined interval for wirelessly transferring power at a first power level; wirelessly transferring power at the first power level during the predefined interval, and the wireless power receiver comprises means for: providing power received at the wireless power receiver at the first power level to the battery; monitoring a second power level available at the battery; and initiating a wireless handshake with the wireless power transmitter indicating configurations associated with the wireless power receiver, wherein the wireless handshake is initiated upon detection that the second power level meets or exceeds a predefined threshold, providing power received at the wireless power receiver at the first power level to the battery; monitoring a second power level available at the battery; and initiating a wireless handshake with the wireless power transmitter indicating configurations associated with the wireless power receiver, wherein the wireless handshake is initiated upon detection that the second power level meets or exceeds a predefined threshold, the sensor is a touch sensor; and the means of the wireless power transmitter are further adapted to configure the predefined interval based on a predefined interaction at the touch sensor by a user.
Free-standing WC comprising a ceramic WC body and a ceramic flushing cistern, wherein, on the upper rim of its bowl portion, the die-cast WC body has an encircling annular flange, which is drawn essentially horizontally towards the interior of the bowl portion and serves as a boundary for flushing water flushed in beneath the annular flange by means of a flush-in component, and wherein the likewise die-cast flushing cistern is fixed to the WC body via a ceramic bond, characterized in that the WC body and the flushing cistern are produced separately and then fixed by means of an adhesive slurry, wherein glazing and firing of this composite arrangement gives rise to a single-material whole, wherein the flush-in component is a hollow body, on which is provided a connection for a flushing line and which has two front-side, lateral outflow openings, from which water fed can flow on both sides into the bowl portion, and wherein, in the region in the vicinity of the flushing cistern, the annular flange has formed on it a rim flange which is directed towards the base of the bowl portion, runs around only part of the annular flange and is intended for forming an accommodating space for the flush-in component.
Assembly with a turbomolecular pump with a rotor and with a motor provided to drive the rotor, characterised in that at least one compensation coil (46, 48, 50) is provided for compensating for a magnetic interference field ( B St) generated by a component (40, 44) of the turbomolecular pump, and in that the at least one compensation coil (46, 48, 50) is arranged in and/or on the turbomolecular pump, distanced from the component (40, 44).
An IL-1 antagonist for use in a method for treating, or delaying the onset, or the progression of a disease characterized in part by beta amyloid expression, activity, or deposition in a subject in need thereof, the method comprising administering to the subject a therapeutically effective amount of an IL-1 antagonist as a first therapeutic agent, wherein the IL-1 antagonist is an IL-1 trap, wherein the IL-1 trap is a fusion protein comprising the amino acid sequence of SEQ ID NO: 10.
A near-eye, see-through display device comprising: a near-eye, see-through display; a communication interface; and logic (502, 504, 506) configured in communication with the near-eye, see-through display and configured to: display a three-dimensional image in the near-eye, see-through display such that it appears to be located in a real world environment; display a cursor at a position in the three-dimensional image from a viewpoint of a location of the device, wherein the cursor has a depth position in another viewpoint of the three-dimensional image associated with another near-eye, see-through display device from a different location; and change an appearance of a tether linked to the cursor in response to depth position changes of the cursor from the other viewpoint; wherein the logic is configured to receive input that describes the position of the cursor from the other near-eye, see-through display device over the communication interface. a near-eye, see-through display; a communication interface; and logic (502, 504, 506) configured in communication with the near-eye, see-through display and configured to: display a three-dimensional image in the near-eye, see-through display such that it appears to be located in a real world environment; display a cursor at a position in the three-dimensional image from a viewpoint of a location of the device, wherein the cursor has a depth position in another viewpoint of the three-dimensional image associated with another near-eye, see-through display device from a different location; and display a three-dimensional image in the near-eye, see-through display such that it appears to be located in a real world environment; display a cursor at a position in the three-dimensional image from a viewpoint of a location of the device, wherein the cursor has a depth position in another viewpoint of the three-dimensional image associated with another near-eye, see-through display device from a different location; and change an appearance of a tether linked to the cursor in response to depth position changes of the cursor from the other viewpoint; wherein the logic is configured to receive input that describes the position of the cursor from the other near-eye, see-through display device over the communication interface.
A connection system for connecting washing means to a drive motor of a floorwasher in a non-permanent manner, said connection system comprising: - a connection interface (4, 200) comprising a main body and an articulated joint, said articulated joint being accommodated at the middle of said main body and being configured for adding degrees of freedom to said connection system, thus enabling said washing means to fit the different topographies of the surfaces to be treated; - a closing metal sheet, and - at least one retention spring for retaining said washing means characterized in that said articulated joint further comprises: - a central body, - three ball units connected to said central body by an equal number of shafts. - a connection interface (4, 200) comprising a main body and an articulated joint, said articulated joint being accommodated at the middle of said main body and being configured for adding degrees of freedom to said connection system, thus enabling said washing means to fit the different topographies of the surfaces to be treated; - a closing metal sheet, and - at least one retention spring for retaining said washing means - a central body, - three ball units connected to said central body by an equal number of shafts.
A linker-payload conjugate according to Formula III wherein X is a spacer group comprising a maleimide group and D is a payload molecule, or according to any one of Formula IIIb, Formula IIIc and Formula IIId: wherein X is a spacer group comprising a maleimide group or an azide-reactive group and D is a payload molecule, wherein the spacer group comprises an acyl group conjugated to the rest of the linker with an amide bond, and wherein the payload molecule D is selected from the group consisting of a cytotoxic drug, an immunomodulatory agent, a labeling agent, a chelator and a radioactive agent. wherein the spacer group comprises an acyl group conjugated to the rest of the linker with an amide bond, and wherein the payload molecule D is selected from the group consisting of a cytotoxic drug, an immunomodulatory agent, a labeling agent, a chelator and a radioactive agent.