mhurhangee/ep-ind-claims huggingface dataset:
Cartridge produced from a plastic material to be used in a commercially available cartridge press comprising: - a cylindrical sheath with a first closed end comprising a shoulder and a second open end, wherein the open end forms a filling opening and a piston that is displaceable with the cartridge press in direction of the first end can be inserted into the open end and - a withdrawal element (15, 17) closed and molded at the first end for withdrawing the product filled in the cartridge, which withdrawal element (15, 17) is integrally formed with the sheath, wherein the cartridge is coextrusion blow molded and comprises at least a first outer and a second coextruded layer (25, 27), characterized in - that the second layer is made of a recycled plastic material and - that the cartridge comprises a third layer that is produced from a new plastic material and that the second layer is arranged between the first and the third layer (25, 29). - a cylindrical sheath with a first closed end comprising a shoulder and a second open end, wherein the open end forms a filling opening and a piston that is displaceable with the cartridge press in direction of the first end can be inserted into the open end and - a withdrawal element (15, 17) closed and molded at the first end for withdrawing the product filled in the cartridge, which withdrawal element (15, 17) is integrally formed with the sheath, wherein the cartridge is coextrusion blow molded and comprises at least a first outer and a second coextruded layer (25, 27), characterized in - that the second layer is made of a recycled plastic material and - that the cartridge comprises a third layer that is produced from a new plastic material and that the second layer is arranged between the first and the third layer (25, 29).
The compound 4-[(3-chloro-4-fluorophenyl)amino]-6-{[4-(N,N-dimethylamino)-1-oxo-2-buten-1-yl]amino}-7-( -tetrahydrofuran-3-yloxy)-quinazoline, optionally in form of the pharmacologically acceptable acid addition salts, solvates, hydrates or polymorphs, for use in a method of treatment of a patient suffering from cancer selected from the group consisting of ∘ Head and neck tumours: SCC, AC, transitional cell cancers, mucoepidermoid cancers, undifferentiated carcinomas wherein the method of treatment is a monotherapy.
A method for manufacturing an at least hardened fiber-reinforced thermosetting plastic component that can be joined to a thermoplastic component via a firm bond, in which before or during the hardening process on a still unhardened thermosetting plastic main body, which comprises reinforcement fibers and a viscous thermosetting plastic matrix, a functional layer is applied, at least in a joining area intended for joining to the thermoplastic component, the at least partially coated main body is hardened and/or cured in a curing device under pressure and/or heat, wherein during this hardening process, the functional layer is joined to the thermosetting plastic matrix and/or the reinforcement fibers of the main body via a firm bond. so that after the manufacturing method has been completed, the at least hardened main body can be joined in a subsequent joining process to the thermoplastic component intended for this purpose via the functional layer. characterized in that a thermo-/ thermosetting plastic functional layer is applied.
A vehicle control method for turning off a blinking of a turn indicator of a host vehicle using a vehicle control device, comprising: detecting whether the host vehicle is carrying out a first course change for changing a course of the host vehicle from a first road (L1, L5, L11, L12) to a second road (L3, L6, L8, L13) in a direction indicated by the turn indicator, characterized in that the method further comprises: upon detecting that the host vehicle is carrying out the first course change, detecting whether there is a boundary line (B1, Lm6, Lm8, B3) that separates the first road (L1, L5, L11, L12) from the second road (L3, L6, L8, L13) based on an image captured by an imaging device that photographs an area ahead of the host vehicle, and when the boundary line (B1, Lm6, Lm8, B3) is not detected, detecting from the captured image whether there is a third road (L4, L7, L9, Fs) that enables a second course change for changing the course of the host vehicle that branches from the second road (L3, L6, L8, L13) after the first course change, and turning the turn indicator off, by the vehicle control device, upon detecting the third road (L4, L7, L9, Fs). detecting whether the host vehicle is carrying out a first course change for changing a course of the host vehicle from a first road (L1, L5, L11, L12) to a second road (L3, L6, L8, L13) in a direction indicated by the turn indicator, characterized in that the method further comprises: upon detecting that the host vehicle is carrying out the first course change, detecting whether there is a boundary line (B1, Lm6, Lm8, B3) that separates the first road (L1, L5, L11, L12) from the second road (L3, L6, L8, L13) based on an image captured by an imaging device that photographs an area ahead of the host vehicle, and when the boundary line (B1, Lm6, Lm8, B3) is not detected, detecting from the captured image whether there is a third road (L4, L7, L9, Fs) that enables a second course change for changing the course of the host vehicle that branches from the second road (L3, L6, L8, L13) after the first course change, and turning the turn indicator off, by the vehicle control device, upon detecting the third road (L4, L7, L9, Fs). upon detecting that the host vehicle is carrying out the first course change, detecting whether there is a boundary line (B1, Lm6, Lm8, B3) that separates the first road (L1, L5, L11, L12) from the second road (L3, L6, L8, L13) based on an image captured by an imaging device that photographs an area ahead of the host vehicle, and when the boundary line (B1, Lm6, Lm8, B3) is not detected, detecting from the captured image whether there is a third road (L4, L7, L9, Fs) that enables a second course change for changing the course of the host vehicle that branches from the second road (L3, L6, L8, L13) after the first course change, and turning the turn indicator off, by the vehicle control device, upon detecting the third road (L4, L7, L9, Fs).
A process for the production of a heat exchange fluid heated by the combustion of a fuel, said process comprising the steps of: a) burning said fuel in a furnace which comprises a combustion chamber, thus generating a flow of exhaust gas comprising suspended solid particulate matter; b) transferring said flow of exhaust gas to at least one cyclone, which is located outside said combustion chamber; c) subjecting said flow of exhaust gas to a forced abatement of said solid particulate matter inside said at least one cyclone, thus obtaining a purified exhaust gas flow and a solid precipitate which comprises said solid particulate matter; d) transferring said purified exhaust gas flow to a heat exchange unit inside which a heat exchange fluid flows; e) carrying out an indirect heat exchange between said purified exhaust gas flow and said heat exchange fluid, thus obtaining a flow of cooled purified gas and a heated heat exchange fluid; wherein said exhaust gas flow and said purified exhaust gas flow have a temperature higher than 400°C; characterized in that said steps a-d are carried out in adiabatic conditions. a) burning said fuel in a furnace which comprises a combustion chamber, thus generating a flow of exhaust gas comprising suspended solid particulate matter; b) transferring said flow of exhaust gas to at least one cyclone, which is located outside said combustion chamber; c) subjecting said flow of exhaust gas to a forced abatement of said solid particulate matter inside said at least one cyclone, thus obtaining a purified exhaust gas flow and a solid precipitate which comprises said solid particulate matter; d) transferring said purified exhaust gas flow to a heat exchange unit inside which a heat exchange fluid flows; e) carrying out an indirect heat exchange between said purified exhaust gas flow and said heat exchange fluid, thus obtaining a flow of cooled purified gas and a heated heat exchange fluid; wherein said exhaust gas flow and said purified exhaust gas flow have a temperature higher than 400°C; characterized in that said steps a-d are carried out in adiabatic conditions.
A method for exterior sound field control of a sound reproduction device comprising a plurality of loudspeakers located on a limited loudspeaker surface, controlling the emitted sound field by said loudspeakers within a limited reproduction subspace, the method comprising the steps of: - locating a plurality of first microphones on a limited microphone surface; - computing loudspeaker alimentation signals from a first audio input signal and first filter coefficients; - alimenting the plurality of loudspeakers with the loudspeaker alimentation signals for emitting the sound field; - capturing the sound field by the plurality of first microphones creating reproduced signals; - computing target signals describing a target sound field from the first audio input signal; and - adjusting the first filter coefficients that modify the alimentation signals of said loudspeakers so as to minimize the difference between the reproduced signals and the target signals, said method being characterized by determining the limited microphone surface by: - defining a closed loudspeaker surface comprising the limited loudspeaker surface and defining a conical reproduction surface enclosing the limited reproduction subspace such that an apex of said conical reproduction surface is comprised within the closed loudspeaker surface and such that the limited loudspeaker surface consists of the intersection of the inner volume of the conical reproduction surface and the closed loudspeaker surface; and - defining a closed microphone surface that encloses the closed loudspeaker surface, wherein the limited microphone surface consists of the intersection of the inner volume of the conical reproduction surface and the closed microphone surface. - locating a plurality of first microphones on a limited microphone surface; - computing loudspeaker alimentation signals from a first audio input signal and first filter coefficients; - alimenting the plurality of loudspeakers with the loudspeaker alimentation signals for emitting the sound field; - capturing the sound field by the plurality of first microphones creating reproduced signals; - computing target signals describing a target sound field from the first audio input signal; and - adjusting the first filter coefficients that modify the alimentation signals of said loudspeakers so as to minimize the difference between the reproduced signals and the target signals, - defining a closed loudspeaker surface comprising the limited loudspeaker surface and defining a conical reproduction surface enclosing the limited reproduction subspace such that an apex of said conical reproduction surface is comprised within the closed loudspeaker surface and such that the limited loudspeaker surface consists of the intersection of the inner volume of the conical reproduction surface and the closed loudspeaker surface; and - defining a closed microphone surface that encloses the closed loudspeaker surface,
Cutlery tray for a dishwasher, intended for horizontally arranging cutlery and comprising a cutlery holding structure that is movably held between a first and a second use position, characterised by two bearing blocks which accommodate the cutlery holding structure therebetween, the bearing blocks each comprising an elongate hole in which an axial extension, provided by the cutlery holding structure, movably and pivotally engages in each case, one bearing block comprising a catch recess which forms an extension of the longitudinal extension of the elongate hole provided by the bearing block and interacts with a catch extension that is provided by the cutlery holding structure, and/or the cutlery holding structure having catch cams which each interact with a recess that is provided by the cutlery tray, the catch extensions engaging in the catch recesses and/or the catch cams engaging in the recesses when the cutlery holding structure assumes the first use position.
A cross-linkable rubber composition for conductive roll comprising a polyether rubber, solid nitrile rubber, liquid nitrile rubber which has a liquid state at ordinary temperature, sulfur-containing cross-linking agent, disulfide-based cross-linking accelerator, and conductive carbon black with an average primary particle size of 50 nm or less and with a BET specific surface area of 600 m 2 /g or more.
Feed device for a crimping device, comprising: a feed element which is configured to engage with a contact element belt, a feed element holder which is connected to the feed element, wherein the feed element holder has a feed element holder base and a feed element attachment element which are adjustable relative to each other, further comprising a feed arm and a movement element, wherein the feed element holder is swivelable relative to the feed arm, wherein the feed arm is connected to the movement element, which is configured to perform a translational movement, characterised in that the feed element is attached to the feed element attachment element and that a first adjusting element is provided for the relative adjustment of the feed element holder base and the feed element attachment element which is pre-tensioned by means of a first elastic element. a feed element which is configured to engage with a contact element belt, a feed element holder which is connected to the feed element, wherein the feed element holder has a feed element holder base and a feed element attachment element which are adjustable relative to each other, further comprising a feed arm and a movement element, wherein the feed element holder is swivelable relative to the feed arm, wherein the feed arm is connected to the movement element, which is configured to perform a translational movement, characterised in that the feed element is attached to the feed element attachment element and that a first adjusting element is provided for the relative adjustment of the feed element holder base and the feed element attachment element which is pre-tensioned by means of a first elastic element.
A system comprising: a plurality of summarization engines (108, 210), each summarization engine to receive video content and provide a summary of the video content, thereby providing a plurality of summaries of the video content; a plurality of meta-algorithmic patterns, each meta-algorithmic pattern to be applied to at least two of the summaries to provide a meta-summary of the video content using the at least two summaries, thereby providing a plurality of meta-summaries of the video content; and an evaluator (116, 214) to create a new class by clustering videos that are similar and then manually or automatically tagging that cluster as a new class, to evaluate the plurality of summaries and the plurality of meta-summaries, and to select a class of a plurality of classes or the new class based on similarity measures. a plurality of summarization engines (108, 210), each summarization engine to receive video content and provide a summary of the video content, thereby providing a plurality of summaries of the video content; a plurality of meta-algorithmic patterns, each meta-algorithmic pattern to be applied to at least two of the summaries to provide a meta-summary of the video content using the at least two summaries, thereby providing a plurality of meta-summaries of the video content; and an evaluator (116, 214) to create a new class by clustering videos that are similar and then manually or automatically tagging that cluster as a new class, to evaluate the plurality of summaries and the plurality of meta-summaries, and to select a class of a plurality of classes or the new class based on similarity measures.
A control apparatus for a photovoltaic inverter configured to convert power generated by sunlight into AC power interconnecting with an AC power system, the control apparatus comprising: system voltage detection means for detecting a system voltage of the AC power system; DC voltage detection means for detecting a DC voltage applied to the inverter; output voltage deficiency detection means for detecting an output voltage deficiency of the inverter based on the system voltage detected by the system voltage detection means and the DC voltage detected by the DC voltage detection means; output-current detection means for detecting an output current of the inverter; maximum power point tracking control means for performing maximum power point tracking control on the inverter; and output-current distortion control means for performing control to set the DC voltage applied to the inverter and configured to control the maximum power point tracking control means to increase the DC voltage applied to the inverter by reducing the power generated by the sunlight regardless of a maximum power point used in the maximum power point tracking control; characterized in that the control apparatus further comprises an output-current distortion detection means for detecting distortion of the output current based on a harmonic included in the output current detected by the output-current detection means; and in that the output-current distortion control means is configured to control the maximum power point tracking control means to perform such DC voltage increase when the output voltage deficiency is detected by the output voltage deficiency detection means and the distortion of the output current is detected by the output-current distortion detection means, and a control method of the maximum power point tracking control means is changed back to the maximum power point tracking control when the output voltage deficiency is no longer detected by the output voltage deficiency detection means or the distortion of the output current is no longer detected by the output-current distortion detection means. system voltage detection means for detecting a system voltage of the AC power system; DC voltage detection means for detecting a DC voltage applied to the inverter; output voltage deficiency detection means for detecting an output voltage deficiency of the inverter based on the system voltage detected by the system voltage detection means and the DC voltage detected by the DC voltage detection means; output-current detection means for detecting an output current of the inverter; maximum power point tracking control means for performing maximum power point tracking control on the inverter; and output-current distortion control means for performing control to set the DC voltage applied to the inverter and configured to control the maximum power point tracking control means to increase the DC voltage applied to the inverter by reducing the power generated by the sunlight regardless of a maximum power point used in the maximum power point tracking control;
A roller system (303, 304) comprising at least one outwardly protruding surface structure, said roller system being adapted to be used in relation to a flattening apparatus for flattening foodstuff, said flattening apparatus comprising: • an impact resistant system, and • a first conveying means including a first conveyor belt, said first conveying means being arranged opposite to said impact resistant system with the first conveyor belt facing said impact resistant system, the area between the first conveyor belt and the impact resistant system defining a flattening area, said roller system being adapted to be rotatable mounted adjacent to said first conveyor belt distally away from said impact resistant system across the first conveyor belt, said flattening of the foodstuff including rotating said roller system while conveying the foodstuff through said flattening area such that said at least one outwardly protruding surface structure is askew in relation to the longitudinal axis of the roller system and presses said first conveyor belt towards said impact resistant system causing a compression of the foodstuff, characterized in that said at least one outwardly protruding surface structure is designed such that at least a portion of the at least one outwardly protruding surface structure is in contact with the first conveyor belt substantially at all times during rotation of roller system. • an impact resistant system, and • a first conveying means including a first conveyor belt, said first conveying means being arranged opposite to said impact resistant system with the first conveyor belt facing said impact resistant system, the area between the first conveyor belt and the impact resistant system defining a flattening area,
An article of footwear, comprising: an upper, the upper including a lasting element; an outsole formed of a synthetic rubber material bonded directly to an exterior face of the lasting element, wherein the outsole comprises multiple discrete lugs distributed across a bottom exterior surface of the outsole in forefoot, midfoot, and heel regions of the outsole, each of the lugs having a largest width of 10,2 mm (0,4 inches) or less, each of the lugs separated from adjacent lugs by a gap region, and the outsole having a thickness of between 0.5 millimeters and 0.8 millimeters in the gap regions; and a compressible foam midsole contained within the upper, the midsole being non-destructively removable from the upper, wherein a bottom of the midsole comprises a plurality of longitudinal sipes and a plurality of transverse sipes formed therein, wherein at least one of the longitudinal sipes includes portions in forefoot, midfoot, and heel regions of the midsole, and wherein the transverse sipes include a plurality of transverse sipes in the heel region, midfoot region and forefoot region of the midsole, and wherein a top surface of the midsole is configured to receive a plantar face of a foot of a wearer and includes a plurality of raised regions distributed over the top surface, and wherein the raised regions are separated by shallow channels, and wherein the raised regions cooperate with the lugs. an upper, the upper including a lasting element; an outsole formed of a synthetic rubber material bonded directly to an exterior face of the lasting element, wherein the outsole comprises multiple discrete lugs distributed across a bottom exterior surface of the outsole in forefoot, midfoot, and heel regions of the outsole, each of the lugs having a largest width of 10,2 mm (0,4 inches) or less, each of the lugs separated from adjacent lugs by a gap region, and the outsole having a thickness of between 0.5 millimeters and 0.8 millimeters in the gap regions; and a compressible foam midsole contained within the upper, the midsole being non-destructively removable from the upper, wherein a bottom of the midsole comprises a plurality of longitudinal sipes and a plurality of transverse sipes formed therein, wherein at least one of the longitudinal sipes includes portions in forefoot, midfoot, and heel regions of the midsole, and wherein the transverse sipes include a plurality of transverse sipes in the heel region, midfoot region and forefoot region of the midsole, and wherein a top surface of the midsole is configured to receive a plantar face of a foot of a wearer and includes a plurality of raised regions distributed over the top surface, and
A rotary cooler consisting of a plurality of transport tubes for transporting material to be cooled indirectly, wherein the plurality of transport tubes are arranged about an axis of rotation and are adapted to be filled jointly via a filling region with material to be cooled, characterized in that each transport tube is arranged concentrically in a cooling tube and the indirect cooling of the material to be cooled takes place via the transport tube which is flown around by cooling medium and cools the material to be cooled via the wall of the transport tube.