mhurhangee/ep-ind-claims huggingface dataset:
A method of operating a wind turbine in steady state conditions as a function of wind speed, wherein the wind turbine includes a rotor with a plurality of blades, a generator, one or more geared pitch systems for rotating the blades along their longitudinal axis and a system for varying a torque of the generator, and the method comprising a sub-nominal zone of operation for wind speeds below a nominal wind speed and a supra-nominal zone of operation for wind speeds equal to or above the nominal wind speed, wherein the sub-nominal zone of operation comprises a first operational range which extends from a cut-in wind speed to a first wind speed and a second operational range extending from the first wind speed to a second wind speed, wherein the first operational range comprises two or more sub-ranges, wherein a different constant pitch position is defined for each of the sub-ranges, and the method further comprising in the first operational range, using the geared pitch systems for setting the blades in the pitch position defined for each sub-range as a function of the current wind speed, and varying the torque of the generator to maintain a rotor speed substantially constant, and in the second operational range, varying the torque of the generator as a function of wind speed so as to maintain a constant tip speed ratio.
Method for transmitting data from an information source to a mobile system in a technical facility that comprises at least one transmission interface (8, 15) and at least one mobile system, which is in the form of a self-driving vehicle and has at least one arithmetic logic unit, an electrical energy storage device, a drive apparatus, a brake apparatus and at least one communication interface (5, 7), a communication connection being established between the at least one communication interface (5, 7) and the at least one transmission interface (8, 15), and the mobile system being moved to a transmission zone, and the data to be transmitted being transmitted from the information source to the mobile system by means of the communication connection while the mobile system remains in the transmission zone, characterised in that before data are transmitted from the information source to the mobile system, it is checked whether an electrical energy storage device of the mobile system has sufficient charge and/or whether the electrical energy storage device of the mobile system is currently being charged, and in that the data are transmitted from the information source to the mobile system only when the electrical energy storage device of the mobile system has sufficient charge and/or when the electrical energy storage device of the mobile system is currently being charged, and in that before data are transmitted from the information source to the mobile system, the mobile system is secured in the transmission zone by means of the brake apparatus, and in that the mobile system remains in the transmission zone at least until the data have been transmitted in full and until the correctness of the data has also been checked. a communication connection being established between the at least one communication interface (5, 7) and the at least one transmission interface (8, 15), and the mobile system being moved to a transmission zone, and the data to be transmitted being transmitted from the information source to the mobile system by means of the communication connection while the mobile system remains in the transmission zone, characterised in that before data are transmitted from the information source to the mobile system, it is checked whether an electrical energy storage device of the mobile system has sufficient charge and/or whether the electrical energy storage device of the mobile system is currently being charged, and in that the data are transmitted from the information source to the mobile system only when the electrical energy storage device of the mobile system has sufficient charge and/or when the electrical energy storage device of the mobile system is currently being charged, and in that before data are transmitted from the information source to the mobile system, the mobile system is secured in the transmission zone by means of the brake apparatus, and in that the mobile system remains in the transmission zone at least until the data have been transmitted in full and until the correctness of the data has also been checked.
A cradle to which a holder configured to generate an aerosol is detachably attachable, the cradle comprising: a cradle battery configured to supply electric power to a heater or a battery of the holder; and a cradle processor configured to: identify whether the holder is coupled to the cradle; receive a remaining charge value of the battery of the holder from the holder based on the holder being coupled to the cradle, and control the cradle battery to supply electric power to the heater based on the received remaining charge value being greater than or equal to a preset reference value, wherein the cradle processor is configured to receive the remaining charge value further based on whether an aerosol generating article is inserted into the holder. a cradle battery configured to supply electric power to a heater or a battery of the holder; and a cradle processor configured to: identify whether the holder is coupled to the cradle; receive a remaining charge value of the battery of the holder from the holder based on the holder being coupled to the cradle, and control the cradle battery to supply electric power to the heater based on the received remaining charge value being greater than or equal to a preset reference value, wherein the cradle processor is configured to receive the remaining charge value further based on whether an aerosol generating article is inserted into the holder. identify whether the holder is coupled to the cradle; receive a remaining charge value of the battery of the holder from the holder based on the holder being coupled to the cradle, and control the cradle battery to supply electric power to the heater based on the received remaining charge value being greater than or equal to a preset reference value, wherein the cradle processor is configured to receive the remaining charge value further based on whether an aerosol generating article is inserted into the holder.
A dye blending device, comprising: a plurality of dye containers, connectable with a plurality of external dye supplying devices via a pipeline; a plurality of motors, connected with the dye containers via the pipeline to apply a pressure to the dye containers; a plurality of quantitative pumps, wherein the input ports of the quantitative pumps are connected with the dye containers via the pipeline; a plurality of electronic control valves, wherein one ends of the electronic control valves are connected with the output ports of the quantitative pumps via the pipeline and the other ends of the electronic control valves are connected with a collection zone via the pipeline; a vibrator, disposed in the collection zone; and a controller, connected with the motor, the quantitative pumps, the electronic control valves, and the vibrator, wherein the controller receives a dye blending instruction, instructs the motor to operate and apply a pressure to a specified dye container, enables a quantitative pump and an electronic control valve corresponding to the specified dye container to output a specified dosage of dye to the collection zone, and further enables the vibrator to blend the mixture dye in the collection zone. a plurality of dye containers, connectable with a plurality of external dye supplying devices via a pipeline; a plurality of motors, connected with the dye containers via the pipeline to apply a pressure to the dye containers; a plurality of quantitative pumps, wherein the input ports of the quantitative pumps are connected with the dye containers via the pipeline; a plurality of electronic control valves, wherein one ends of the electronic control valves are connected with the output ports of the quantitative pumps via the pipeline and the other ends of the electronic control valves are connected with a collection zone via the pipeline; a vibrator, disposed in the collection zone; and a controller, connected with the motor, the quantitative pumps, the electronic control valves, and the vibrator, wherein the controller receives a dye blending instruction, instructs the motor to operate and apply a pressure to a specified dye container, enables a quantitative pump and an electronic control valve corresponding to the specified dye container to output a specified dosage of dye to the collection zone, and further enables the vibrator to blend the mixture dye in the collection zone.
A condition monitoring method for a rope of a lifting device, more particularly of a passenger transport elevator and/or freight transport elevator, wherein the condition of the rope (10, 20, 30, 40, 50, 60, 70, 80, 90, 100) which comprises a load-bearing part (11, 21, 31, 41, 51, 61, 71, 81, 91, 101), which is carbon-fiber reinforced, aramid-fiber reinforced and/or glass-fiber reinforced composite, which comprises carbon fibers, aramid fibers and/or glass fibers, most preferably carbon fibers, and also one or more optical fibers, more preferably one or more fiber bundles, in a polymer matrix, wherein reinforcing fibers and optical fibers are longitudinal to the rope, for which reason the rope retains its structure when bending and individual fibers are thus aligned in essentially the longitudinal direction of the rope, in which case the fibers are aligned with the force when the rope is pulled and/or roping is monitored by monitoring the condition of the optical fiber and/or the fiber bundle and if it is detected that the strain and/or displacement of the optical fiber and/or the fiber bundle has increased and/or the condition of the optical fiber and/or the fiber bundle has decreased over a certain pre-defined limit value, a need to replace or overhaul the rope or ropes is diagnosed and rope replacement work or rope maintenance work is started, characterized in that the optical fiber and/or fiber bundle comprises a sensor fiber and a reference fiber, with which in the method common mode errors, caused e.g. by changes in temperature, are eliminated.
A vehicle comprising: a window opening and a secondary window opening formed in a vehicle body so as to be adjacent to each other; a window panel for covering the window opening; a secondary window panel for covering the secondary window opening; and a wiper device for wiping both the window panel and the secondary window panel, the wiper device having a wiper blade capable of crossing the boundary (Bo) between the window panel and the secondary window panel and continuously wiping from the window panel to the secondary window panel, characterized in that: an edge of the window panel includes a window panel leading-end portion positioned closer to the obverse surface of the window panel than is the thickness-direction center of the window panel such that the window panel leading-end portion is closest to the secondary window panel, a first chamfered portion extending from the window panel leading-end portion to an obverse surface of the window panel, and a second chamfered portion extending from the window panel leading-end portion to a reverse surface of the window panel; and the length of the second chamfered portion is greater than the length of the first chamfered portion with respect to the direction along the obverse surface of the window panel. a window opening and a secondary window opening formed in a vehicle body so as to be adjacent to each other; a window panel for covering the window opening; a secondary window panel for covering the secondary window opening; and a wiper device for wiping both the window panel and the secondary window panel, the wiper device having a wiper blade capable of crossing the boundary (Bo) between the window panel and the secondary window panel and continuously wiping from the window panel to the secondary window panel, an edge of the window panel includes a window panel leading-end portion positioned closer to the obverse surface of the window panel than is the thickness-direction center of the window panel such that the window panel leading-end portion is closest to the secondary window panel, a first chamfered portion extending from the window panel leading-end portion to an obverse surface of the window panel, and a second chamfered portion extending from the window panel leading-end portion to a reverse surface of the window panel; and the length of the second chamfered portion is greater than the length of the first chamfered portion with respect to the direction along the obverse surface of the window panel.
A blood collection module for measuring blood alcohol concentration which blood collection module is adapted for being inserted into a blood alcohol concentration detection device having an alcohol detection sensor and a detection probe, wherein the blood collection module comprises: a blood collection container having an opening on an upper surface and blood inlet holes on an outer surface, a container cover coupled on the upper surface of the blood collection container and having an inserting portion in the form of plural slits or score lines against which the detection probe of the blood alcohol concentration detection device is inserted, characterized in that the blood collection container is further provided with an absorption member to thus absorb an examinee's blood that is introduced through the blood inlet holes, an alcohol gas generated from the blood absorbed by the absorption member is introduced into the alcohol detection sensor through the detection probe, and a plurality of the blood inlet holes are formed along the circumferential direction on the outer surface of the blood collection container. a blood collection container having an opening on an upper surface and blood inlet holes on an outer surface, a container cover coupled on the upper surface of the blood collection container and having an inserting portion in the form of plural slits or score lines against which the detection probe of the blood alcohol concentration detection device is inserted, characterized in that the blood collection container is further provided with an absorption member to thus absorb an examinee's blood that is introduced through the blood inlet holes, an alcohol gas generated from the blood absorbed by the absorption member is introduced into the alcohol detection sensor through the detection probe, and a plurality of the blood inlet holes are formed along the circumferential direction on the outer surface of the blood collection container.
A method of sharing use of a physical network adapter amongst multiple virtual network adapters, comprising: receiving information from each of multiple virtual network adapters operating on a single computing device, wherein each of the multiple virtual network adapters is configured to communicate with an air interface via the physical network adapter, the information including attributes associated with latency and/or bandwidth characteristics of multiple applications communicating over the physical network adapter via respective corresponding virtual network adapters of the multiple virtual network adapters; allocating resources, including a radio transmission schedule of the physical network adapter and/or a radio reception schedule of the physical network adapter, based at least in part on the latency and/or bandwidth characteristics of each of the multiple applications; and transmitting data to and/or receiving data from the multiple virtual network adapters according to the allocated radio transmission schedule and/or the radio reception schedule; characterized in that the method further comprises: receiving feedback regarding how efficiently previously allocated resources were utilized; and reallocating resources based on the feedback. receiving information from each of multiple virtual network adapters operating on a single computing device, wherein each of the multiple virtual network adapters is configured to communicate with an air interface via the physical network adapter, the information including attributes associated with latency and/or bandwidth characteristics of multiple applications communicating over the physical network adapter via respective corresponding virtual network adapters of the multiple virtual network adapters; allocating resources, including a radio transmission schedule of the physical network adapter and/or a radio reception schedule of the physical network adapter, based at least in part on the latency and/or bandwidth characteristics of each of the multiple applications; and transmitting data to and/or receiving data from the multiple virtual network adapters according to the allocated radio transmission schedule and/or the radio reception schedule; characterized in that the method further comprises: receiving feedback regarding how efficiently previously allocated resources were utilized; and reallocating resources based on the feedback. receiving feedback regarding how efficiently previously allocated resources were utilized; and reallocating resources based on the feedback.
A cigarette paper exhibiting a low flame-spreading property, comprising, on one surface of a base cigarette paper containing a filler in an amount of 2 to 6 g/m 2 and having a basis weight of 16 to 22 g/m 2, burn-suppressing regions coated with a burn-suppressing agent, provided spaced apart from each other, wherein a total coating amount of the burn-suppressing agent corresponds to 0.2 to 0.3 g per m 2 of the coated portion and wherein the burn-suppressing agent is sodium alginate having a degree of polymerization of 650 to 670, and wherein the base cigarette paper has an air permeability of 31 to 37 CORESTA.
A flight control device for an aircraft, comprising: - a casing, - a handle rotatably mounted with respect to the casing around a center of rotation, - a first drive shaft, a second drive shaft and a third drive shaft, the drive shafts being rotatably mounted with respect to the casing along the same axis of rotation, - a first connecting part pivotally mounted, on the one hand, on the first shaft around a first axis of rotation (A 1), and on the other hand on the handle around a fourth axis of rotation (B 1), - a second connecting part pivotally mounted, on the one hand, on the second shaft around a second axis of rotation (A 2), and on the other hand on the handle around a fifth axis of rotation (B 2), - a third connecting part pivotally mounted, on the one hand, on the third shaft around a third axis of rotation (A 3), and on the other hand on the handle around a sixth axis of rotation (B 3), wherein the first axis (A 1), the second axis (A 2) and the third axis (A 3) of rotation intersect at the center of rotation of the handle. - a casing, - a handle rotatably mounted with respect to the casing around a center of rotation, - a first drive shaft, a second drive shaft and a third drive shaft, the drive shafts being rotatably mounted with respect to the casing along the same axis of rotation, - a first connecting part pivotally mounted, on the one hand, on the first shaft around a first axis of rotation (A 1), and on the other hand on the handle around a fourth axis of rotation (B 1), - a second connecting part pivotally mounted, on the one hand, on the second shaft around a second axis of rotation (A 2), and on the other hand on the handle around a fifth axis of rotation (B 2), - a third connecting part pivotally mounted, on the one hand, on the third shaft around a third axis of rotation (A 3), and on the other hand on the handle around a sixth axis of rotation (B 3),
A compound of Formula I, R 1 -L 1 -O-L 1 -R 2 wherein L 1 is C 8 -alkyl; R 1 and R 2 are each independently selected from -(CH 2) m OH, -(CH 2) n COOH and -(CH 2) p NH 2; each occurrence of m is independently an integer from 5 to 9; each occurrence of n is independently an integer from 3 to 8; each occurrence of p is independently an integer from 5 to 9; and wherein said compound is not HOOC-(CH 2) 15 -O-(CH 2) 16 -OH. L 1 is C 8 -alkyl; R 1 and R 2 are each independently selected from -(CH 2) m OH, -(CH 2) n COOH and -(CH 2) p NH 2; each occurrence of m is independently an integer from 5 to 9; each occurrence of n is independently an integer from 3 to 8; each occurrence of p is independently an integer from 5 to 9; and wherein said compound is not HOOC-(CH 2) 15 -O-(CH 2) 16 -OH.
Brake apparatus for a vehicle, in particular an industrial truck, which brake apparatus is constructed as a spring-loaded brake with a force accumulator which applies a prestressing force, in particular a spring, a pressure plate being pressed as a first brake body by way of the prestressing force against at least one rotatable brake rotor to be braked, and it being possible for the pressure plate to be pressed from the brake rotor into a released position by way of a releasing apparatus, characterized in that the pressure plate can be held in the released position by way of a locking apparatus, independently of the releasing apparatus.
A method of executing an application, the method comprising: executing, by a first terminal, an application with at least one external device (operation 210), wherein the at least one external device is related to the application, wherein the at least one external device is connected to the first terminal and wherein the or each at least one external device is an input device, an output device or a controller configured to transmit input or output data to the first terminal via short-range wireless communication or to receive a control command from the first terminal via short-range wireless communication; transmitting, by the first terminal to a second terminal, information about the application and connection information regarding the at least one external device (operation 220); establishing, by the second terminal, a connection with respect to the at least one external device based on the transmitted connection information (operation 320); and executing, by the second terminal, the application with the at least one external device that is connected to the second terminal, wherein the application is executed based on the transmitted information about the application (operation 330). executing, by a first terminal, an application with at least one external device (operation 210), wherein the at least one external device is related to the application, wherein the at least one external device is connected to the first terminal and wherein the or each at least one external device is an input device, an output device or a controller configured to transmit input or output data to the first terminal via short-range wireless communication or to receive a control command from the first terminal via short-range wireless communication; transmitting, by the first terminal to a second terminal, information about the application and connection information regarding the at least one external device (operation 220); establishing, by the second terminal, a connection with respect to the at least one external device based on the transmitted connection information (operation 320); and executing, by the second terminal, the application with the at least one external device that is connected to the second terminal, wherein the application is executed based on the transmitted information about the application (operation 330).