mhurhangee/ep-ind-claims huggingface dataset:
An information processing apparatus that successively activates a plurality of modules, comprising: a first module; a second module (211, 223); and a third module, wherein the first module is configured to activate the second module and the third module after they have been both succesfully verified, wherein the first module is a BIOS, Basic Input/Output System, the second module is a loader, and the third module is a kernel; verification information for verifying both of the second module and the third module is stored in the BIOS, and the first module is configured to verify the second module using the verification information stored in the BIOS and to verify the third module using the same verification information. a first module; a second module (211, 223); and a third module, wherein the first module is configured to activate the second module and the third module after they have been both succesfully verified, wherein the first module is a BIOS, Basic Input/Output System, the second module is a loader, and the third module is a kernel; verification information for verifying both of the second module and the third module is stored in the BIOS, and the first module is configured to verify the second module using the verification information stored in the BIOS and to verify the third module using the same verification information.
A lighting unit, comprising: a support substrate; a light guide plate for guiding light generated from a light source; and a first stopper fixed to the support substrate and configured to support the light guide plate, characterized in that a second stopper fixed to a second substrate portion; a printed circuit board comprises a through hole, wherein the first stopper is inserted into the through hole and is configured not to come into contact with the printed circuit board; the first stopper and the second stopper are fixed in different directions from each other. a support substrate; a light guide plate for guiding light generated from a light source; and a first stopper fixed to the support substrate and configured to support the light guide plate, characterized in that a second stopper fixed to a second substrate portion; a printed circuit board comprises a through hole, wherein the first stopper is inserted into the through hole and is configured not to come into contact with the printed circuit board; the first stopper and the second stopper are fixed in different directions from each other.
Analysis system for testing an in particular biological sample, the analysis system comprising a receiving cavity for the sample, characterised in that the analysis system comprises a plurality of reaction cavities for forming amplification products of analytes of the sample in parallel and a sensor apparatus for detecting the analytes and/or amplification products, and that the analysis system comprises an intermediate temperature-control cavity for actively temperature-controlling the analytes and/or amplification products and an intermediate temperature-control apparatus for actively temperature-controlling the intermediate temperature-control cavity, the intermediate temperature-control cavity being arranged between the reaction cavities on one side and the sensor apparatus on the other side and the sensor apparatus being fluidically connected to all the reaction cavities via the intermediate temperature-control cavity. the analysis system comprising a receiving cavity for the sample, characterised in that the analysis system comprises a plurality of reaction cavities for forming amplification products of analytes of the sample in parallel and a sensor apparatus for detecting the analytes and/or amplification products, and that the analysis system comprises an intermediate temperature-control cavity for actively temperature-controlling the analytes and/or amplification products and an intermediate temperature-control apparatus for actively temperature-controlling the intermediate temperature-control cavity, the intermediate temperature-control cavity being arranged between the reaction cavities on one side and the sensor apparatus on the other side and the sensor apparatus being fluidically connected to all the reaction cavities via the intermediate temperature-control cavity.
A method for transmitting to an access point in an IEEE 802.11 compliant communications system, the method comprising: receiving, by a station (110, 112, 114, 120), a selection condition and a selection contention period from the access point; comparing, by the station (110, 112, 114, 120), the selection condition to a selection parameter, wherein the selection condition comprises an association identifier or an association identifier range, and the selection parameter comprises an association identifier; and contending, by the station (110, 112, 114, 120), for use of a transmission medium during the selection contention period if the selection parameter meets the selection condition. receiving, by a station (110, 112, 114, 120), a selection condition and a selection contention period from the access point; comparing, by the station (110, 112, 114, 120), the selection condition to a selection parameter, wherein the selection condition comprises an association identifier or an association identifier range, and the selection parameter comprises an association identifier; and contending, by the station (110, 112, 114, 120), for use of a transmission medium during the selection contention period if the selection parameter meets the selection condition.
Climbing device for lowering a climbing rail, the climbing device having the following: a) a climbing cylinder, which is braceable, at the lower end, on an anchoring point, in particular on a climbing block; b) a climbing head, which is formed or arranged, at the upper end, on the climbing cylinder, an upper projection of the climbing rail being braceable on the climbing head; characterised in that the climbing device c) has a spacer device, which i. is activated when the climbing cylinder is retracted so as to move the climbing head away from the climbing rail as the climbing cylinder is extended, in such a way that the climbing head can pass a central projection of the climbing rail, and ii. is deactivated when the climbing cylinder is extended, in such a way that the climbing head can engage the upper projection from below as the climbing cylinder is extended, d) the spacer device being formed so as to be lifted off from the central projection of the climbing rail as the climbing cylinder is extended. a) a climbing cylinder, which is braceable, at the lower end, on an anchoring point, in particular on a climbing block; b) a climbing head, which is formed or arranged, at the upper end, on the climbing cylinder, an upper projection of the climbing rail being braceable on the climbing head; characterised in that the climbing device c) has a spacer device, which i. is activated when the climbing cylinder is retracted so as to move the climbing head away from the climbing rail as the climbing cylinder is extended, in such a way that the climbing head can pass a central projection of the climbing rail, and ii. is deactivated when the climbing cylinder is extended, in such a way that the climbing head can engage the upper projection from below as the climbing cylinder is extended, i. is activated when the climbing cylinder is retracted so as to move the climbing head away from the climbing rail as the climbing cylinder is extended, in such a way that the climbing head can pass a central projection of the climbing rail, and ii. is deactivated when the climbing cylinder is extended, in such a way that the climbing head can engage the upper projection from below as the climbing cylinder is extended, d) the spacer device being formed so as to be lifted off from the central projection of the climbing rail as the climbing cylinder is extended.
A material for the working electrode of an electrochromic cell, comprising: a metal complex compound capable of undergoing a redox reaction, wherein the transition from the oxidized state to the reduced state is accompanied by a colour increase and the transition from the reduced state to the oxidized state is accompanied by a corresponding colour decrease, and an embedding material comprising hydroxyl groups and non-aromatic, organic polymerizable C=C double bonds. a metal complex compound capable of undergoing a redox reaction, wherein the transition from the oxidized state to the reduced state is accompanied by a colour increase and the transition from the reduced state to the oxidized state is accompanied by a corresponding colour decrease, and an embedding material comprising hydroxyl groups and non-aromatic, organic polymerizable C=C double bonds.
A liquid discharge apparatus comprising: a liquid discharger to discharge a liquid; a liquid storage to store the liquid; a stirrer rotatable in a stirring region in the liquid storage to stir the liquid in the liquid storage, the stirrer having a magnetism; a plate secured to the liquid storage to define the stirring region; and a magnetic force applicator to apply a magnetic force to the stirrer from an outside of the liquid storage to rotate the stirrer, characterized in that the plate restricts an axial movement of the stirrer in an axial direction of a rotation axis of the stirrer within a first predetermined range, the plate restricts a radial movement of the stirrer in a radial direction perpendicular to the axial direction within a second predetermined range, and the plate has a liquid supply port in the rotation axis of the stirrer in the radial direction. a liquid discharger to discharge a liquid; a liquid storage to store the liquid; a stirrer rotatable in a stirring region in the liquid storage to stir the liquid in the liquid storage, the stirrer having a magnetism; a plate secured to the liquid storage to define the stirring region; and a magnetic force applicator to apply a magnetic force to the stirrer from an outside of the liquid storage to rotate the stirrer, characterized in that the plate restricts an axial movement of the stirrer in an axial direction of a rotation axis of the stirrer within a first predetermined range, the plate restricts a radial movement of the stirrer in a radial direction perpendicular to the axial direction within a second predetermined range, and the plate has a liquid supply port in the rotation axis of the stirrer in the radial direction.
A weed-mower head applicable to a vehicle for weeding the areas ( B, B') on the edges of a forwarding surface thereof, the weed-mower head being to be used with motor means, the weed-mower head comprising: - a support shaft defining a longitudinal axis, the shaft being mutually connectable with the motor means to rotate about said axis; - a plurality of working wires which are susceptible to be radially arranged with respect to said axis upon rotation of said shaft; - a set of disc-shaped modules coaxially coupled with said shaft and side-by-side flanking each other along said axis, each module of said set internally including at least one of said working wires, said set of disc-shaped modules including one pair of end modules ( 300', 300") and a plurality of central modules interposed therebetween; wherein said end modules ( 300', 300") and said central modules are mutually engageable to form a substantially unitary tubular body susceptible to integrally rotating with said shaft, said end modules ( 300', 300") and said central modules being mutually disengageable to allow a user to selectively access to one thereof to act on the corresponding at least one working wire; characterized in that said modules of said set are rotatably supported idle by said shaft so that each one is free to rotate with respect to the latter and vice-versa. - a support shaft defining a longitudinal axis, the shaft being mutually connectable with the motor means to rotate about said axis; - a plurality of working wires which are susceptible to be radially arranged with respect to said axis upon rotation of said shaft; - a set of disc-shaped modules coaxially coupled with said shaft and side-by-side flanking each other along said axis, each module of said set internally including at least one of said working wires, said set of disc-shaped modules including one pair of end modules ( 300', 300") and a plurality of central modules interposed therebetween;
Method for packaging cooked food product, especially crustaceans, bivalves and/or fish, wherein the food product is packed in a package which is closed, where after the food product is cooked in the package, wherein the package is then - cooled directly by contact of a side of the package with a cooling surface or cooling medium, whereas an opposite side (4, 15) is not in direct contact with such cooling surface or medium such that at the opposite side (4, 15) there are no active cooling means; or - cooled by a cooling medium, especially a cooling liquid such as water, along a bottom and a lower part of a wall extending from said bottom of said package, whereas an upper part of said wall and a top wall or cover of the package are not in contact with said medium, such that different cooling profiles are provided from opposite sides (14, 15) of the package; such that a temperature gradient is obtained through the food product from said at least one side to said opposite side, where after gas is inserted into the package. - cooled directly by contact of a side of the package with a cooling surface or cooling medium, whereas an opposite side (4, 15) is not in direct contact with such cooling surface or medium such that at the opposite side (4, 15) there are no active cooling means; or - cooled by a cooling medium, especially a cooling liquid such as water, along a bottom and a lower part of a wall extending from said bottom of said package, whereas an upper part of said wall and a top wall or cover of the package are not in contact with said medium, such that different cooling profiles are provided from opposite sides (14, 15) of the package;
A moisture curing hot-melt adhesive composition comprising at least one isocyanate-functional polyurethane prepolymer modified with crystalline monofunctional alcohol, wherein the adhesive composition has a monomeric diisocyanate content of not more than 1.0 % by weight, preferably not more than 0.9 % by weight, most preferably not more than 0.8 % by weight, wherein the moisture curing hot-melt adhesive composition is obtainable by reacting one or more polyols, one or more crystalline monofunctional alcohols, and one or more isocyanate-functional polyurethane prepolymers having a monomeric diisocyanate content of less than 1.0 % by weight, the ratio of isocyanate groups to hydroxyl groups in the reaction mixture having a value in the range of 1.2 - 2.5.
A conditioned power diagnostic system comprising: a power monitor comprising: a power conditioning circuit adapted to provide conditioned power to a load; and at least one sensor (110a, 110b, 112) electrically coupled to the power conditioning circuit and adapted to measure a power quality characteristic therein; a terminal device comprising: a processor and a user interface characterized in that the processor is adapted to obtain data indicative of the power quality characteristic over a communication link with the power monitor in response to a trigger condition, wherein user controls on the user interface are generated by which to establish a single shot trigger level, a rising or falling edge trigger on a specified waveform and a specified threshold of a specified waveform trigger; and in that the user interface is adapted to display the obtained power quality characteristic as at least one temporally varying waveform. a power monitor comprising: a power conditioning circuit adapted to provide conditioned power to a load; and at least one sensor (110a, 110b, 112) electrically coupled to the power conditioning circuit and adapted to measure a power quality characteristic therein; a power conditioning circuit adapted to provide conditioned power to a load; and at least one sensor (110a, 110b, 112) electrically coupled to the power conditioning circuit and adapted to measure a power quality characteristic therein; a terminal device comprising: a processor and a user interface characterized in that the processor is adapted to obtain data indicative of the power quality characteristic over a communication link with the power monitor in response to a trigger condition, wherein user controls on the user interface are generated by which to establish a single shot trigger level, a rising or falling edge trigger on a specified waveform and a specified threshold of a specified waveform trigger; and in that the user interface is adapted to display the obtained power quality characteristic as at least one temporally varying waveform.
A computer-implemented method in which a computer system operating as a destination node performs operations comprising: receiving coded packets from at least one source node using an unreliable protocol, the coded packets comprising a combination of original packets formed at said at least one source node in accordance with at least one coding parameter, wherein the unreliable protocol comprises a protocol that refrains from checking to see if the packet was received and refrains from making provisions for recovering from errors or lost packets; forming a reconstruction based on received coded packets, wherein when a number of received coded packets are equal to the number of transmitted coded packets, said forming a reconstruction comprises forming a complete reconstruction and wherein when the number of received coded packets is less than the number of transmitted coded packets, said reconstruction comprises an attempt at reconstruction; and providing feedback to the at least one source node and where the source node modifies the at least one coding parameter based on the feedback. receiving coded packets from at least one source node using an unreliable protocol, the coded packets comprising a combination of original packets formed at said at least one source node in accordance with at least one coding parameter, wherein the unreliable protocol comprises a protocol that refrains from checking to see if the packet was received and refrains from making provisions for recovering from errors or lost packets; forming a reconstruction based on received coded packets, wherein when a number of received coded packets are equal to the number of transmitted coded packets, said forming a reconstruction comprises forming a complete reconstruction and wherein when the number of received coded packets is less than the number of transmitted coded packets, said reconstruction comprises an attempt at reconstruction; and providing feedback to the at least one source node and where the source node modifies the at least one coding parameter based on the feedback.
A beverage preparation machine comprising: a beverage preparation module comprising an extraction unit to extract an ingredient of a beverage from capsule supplied thereto or an ingredient container which is part thereof; a fluid supply comprising the components a fluid heater, a fluid pump, optionally a fluid reservoir; a first module movably connected to the beverage preparation module; the beverage preparation machine further comprising a second module movably connected to the first module, the first module comprising the fluid pump and/or the fluid heater, the second module comprising the said components of the fluid supply different to those of the first module, the components comprising at least one of the fluid pump or fluid heater or fluid reservoir characterized in that at least one of the said movable connections comprises a pivoted connection. a beverage preparation module comprising an extraction unit to extract an ingredient of a beverage from capsule supplied thereto or an ingredient container which is part thereof; a fluid supply comprising the components a fluid heater, a fluid pump, optionally a fluid reservoir; a first module movably connected to the beverage preparation module; the beverage preparation machine further comprising a second module movably connected to the first module, the first module comprising the fluid pump and/or the fluid heater, the second module comprising the said components of the fluid supply different to those of the first module, the components comprising at least one of the fluid pump or fluid heater or fluid reservoir characterized in that at least one of the said movable connections comprises a pivoted connection.
A method for controlling a dosing device which is arranged, in particular movably, inside a dishwasher, wherein: a) the dosing device comprises a transmitter unit for transmitting light pulses and the dishwasher comprises in its interior, preferably in the dishwasher door, a receiver unit for receiving light pulses, and/or b) the dosing device comprises a receiver unit for receiving light pulses and the dishwasher comprises in its interior, preferably in the dishwasher door, a transmitter unit for transmitting light pulses, comprising the following method steps: • a first light pulse I 1 is transmitted with a predefined pulse duration I t1 from a transmitter unit inside the dishwasher, • the first light pulse I 1 is received by a receiver unit inside the dishwasher and, when the light pulse I 1 is received, a time measurement is started at the point in time t I1, • a second light pulse I 2 is transmitted with the predetermined pulse duration I t1, by the transmitter unit inside the dishwasher, • the second light pulse I 2 is received by the receiver unit inside the dishwasher and, when the light pulse I 2 is received, the time difference (t I2 - t I1) between receiving the second light pulse I 2 and the first light pulse I 1 is determined at the point in time t I2, wherein the time difference (t I2 - t I1) encodes a piece of information or part of a piece of information, for example in particular a control signal, a measured value, an operating state of the dishwasher and/or of the dosing device. a) the dosing device comprises a transmitter unit for transmitting light pulses and the dishwasher comprises in its interior, preferably in the dishwasher door, a receiver unit for receiving light pulses, and/or b) the dosing device comprises a receiver unit for receiving light pulses and the dishwasher comprises in its interior, preferably in the dishwasher door, a transmitter unit for transmitting light pulses, • a first light pulse I 1 is transmitted with a predefined pulse duration I t1 from a transmitter unit inside the dishwasher, • the first light pulse I 1 is received by a receiver unit inside the dishwasher and, when the light pulse I 1 is received, a time measurement is started at the point in time t I1, • a second light pulse I 2 is transmitted with the predetermined pulse duration I t1, by the transmitter unit inside the dishwasher, • the second light pulse I 2 is received by the receiver unit inside the dishwasher and, when the light pulse I 2 is received, the time difference (t I2 - t I1) between receiving the second light pulse I 2 and the first light pulse I 1 is determined at the point in time t I2,