mhurhangee/ep-ind-claims huggingface dataset:
A clutch control device comprising: an engine; a transmission gear; a clutch device that is configured to connect/disconnect transmission of power between the engine and the transmission gear or; a clutch actuator that is configured to change a clutch capacity by driving the clutch device; a control unit that is configured to calculate a control target value of the clutch capacity; a control parameter sensor that is configured to detect an actual control parameter for the control target value; a clutch operator that is configured to enable the clutch device to be manually operated; and a clutch operation amount sensor that is configured to convert an amount of operation of the clutch operator into an electric signal, wherein the control unit is configured to enable intervention of a manual clutch operation according to the clutch operator during automatic control of the clutch device according to the clutch actuator, and characterised in that the control unit is configured to set the control target value of the clutch capacity to a connection preparation target value acquired by causing an operation target value corresponding to the amount of operation of the clutch operator to approach a disconnection determination value in a case in which the control parameter detected by the control parameter sensor reaches the disconnection determination value set in advance at a time of performing a clutch disconnection operation through intervention of the manual clutch operation. an engine; a transmission gear; a clutch device that is configured to connect/disconnect transmission of power between the engine and the transmission gear or; a clutch actuator that is configured to change a clutch capacity by driving the clutch device; a control unit that is configured to calculate a control target value of the clutch capacity; a control parameter sensor that is configured to detect an actual control parameter for the control target value; a clutch operator that is configured to enable the clutch device to be manually operated; and a clutch operation amount sensor that is configured to convert an amount of operation of the clutch operator into an electric signal, wherein the control unit is configured to enable intervention of a manual clutch operation according to the clutch operator during automatic control of the clutch device according to the clutch actuator, and characterised in that the control unit is configured to set the control target value of the clutch capacity to a connection preparation target value acquired by causing an operation target value corresponding to the amount of operation of the clutch operator to approach a disconnection determination value in a case in which the control parameter detected by the control parameter sensor reaches the disconnection determination value set in advance at a time of performing a clutch disconnection operation through intervention of the manual clutch operation.
Combustion chamber arrangement for forming a combustion chamber for an internal combustion engine for burning an OME fuel injected into the combustion chamber, having a bowl piston which moves translationally along a piston longitudinal axis in the combustion chamber during operation and which, on one piston end face, has a bowl for receiving the OME fuel injected into the combustion chamber, wherein the bowl is formed symmetrically about the piston longitudinal axis and has a centrally arranged dome which is arranged in an encircling manner about the piston longitudinal axis in a direction extending away from a bowl base, and a side wall which is arranged in an encircling manner about the piston longitudinal axis, is formed symmetrically with respect to the piston longitudinal axis and is intended for delimiting the bowl, wherein the side wall has a region running parallel to the piston longitudinal axis and a recess which extends away radially from the piston longitudinal axis, is arranged in an encircling manner about the piston longitudinal axis and the depth of which in the direction of extent is a maximum of 1/4 of the distance (a) of the piston longitudinal axis from that region of the side wall which runs parallel to the piston longitudinal axis, wherein an injection nozzle for injecting the OME fuel into the combustion chamber is provided, wherein the injection nozzle is formed symmetrically about a nozzle longitudinal axis, wherein the injection nozzle is arranged directed with respect to the piston end face in such a manner that the piston longitudinal axis and the nozzle longitudinal axis coincide, wherein the injection nozzle has a plurality of injection holes, each having a hole axis, for injecting the OME fuel, characterized in that a height angle β between each of the hole axes and the nozzle longitudinal axis is designed in such a manner that, during operation, the injected OME fuel in a U-shaped transition region between the side wall and the dome strikes closer to the dome than to the side wall, wherein the injection nozzle has a throughflow HD OME which corresponds to a throughflow HD diesel, which is enlarged by an enlargement factor, of an injection nozzle for diesel fuel, wherein the enlargement factor is dependent on a ratio of the heating value H u,diesel of diesel fuel to a heating value H u,OME of OME fuel of an OME fuel to be injected during operation, wherein: V = H u, diesel / H u, OME * K, wherein 0.6 < K < 0.85, in particular 0.7 < K < 0.8.
Electronic solar compass comprising a support, capable of rotating around a vertical axis, a detection unit of the position of the sun, arranged on said support, said detection unit being capable of rotating around said vertical axis of a rotation angle (φ) with respect to said support, said detection unit comprising an electronic goniometer, adapted to measure said rotation angle (φ), pointing means integral with said support, and a visualization display, said solar electronic compass being characterized in that said detection unit comprises a matrix photosensor, a logic control unit, operatively connected with said photosensor, with said electronic goniometer and said display, and a container, in which said photosensor is placed, said container having a rectilinear slit for the passage of sunlight toward said photosensor, said slit having a width and a slit length and being integral with said photosensor, in that said slit and said photosensor are inclined by an angle (β) with respect to the horizontal plane, preferably equal to 45°, and are separated by a distance (d), and in that said width of said slit is approximately equal to λ ⋅ d, where λ is the average wavelength of the sunlight, equivalent to about 0.5 μm, and d is said distance of said slit from said photosensor, said logic control unit being programmed to calculate the ephemeris of the sun on the basis of the time and the geographical coordinates of the location of the compass and to process the data received by said photosensor and from said electronic goniometer, so as to measure the pointing direction of said pointing means with respect to the geographical North and/or with respect to the geographical South, showing the result on said visualization display.
A block for a physics package of an atomic sensor comprising: two or more monolithic sections of optically transparent material, fritted together, forming a vacuum sealed chamber, and including a plurality of transmissive and reflective surfaces (140, 150) to define a plurality of light paths (202, 204) intersecting the vacuum sealed chamber; wherein one or more of the reflective surfaces are an integral part of a monolithic section, or wherein said reflective surfaces are surfaces coated with a reflective coating; wherein one or more of the transmittive surfaces are integrated part of a monolithic section; wherein one of the monolithic sections is a first monolithic section defining at least a portion of the vacuum sealed chamber, the first monolithic section including a first portion disposed across a first light path of the plurality of light paths (202, 204) such that light in the first light path is incident on the first portion of the first monolithic section. two or more monolithic sections of optically transparent material, fritted together, forming a vacuum sealed chamber, and including a plurality of transmissive and reflective surfaces (140, 150) to define a plurality of light paths (202, 204) intersecting the vacuum sealed chamber; wherein one or more of the reflective surfaces are an integral part of a monolithic section, or wherein said reflective surfaces are surfaces coated with a reflective coating; wherein one or more of the transmittive surfaces are integrated part of a monolithic section; wherein one of the monolithic sections is a first monolithic section defining at least a portion of the vacuum sealed chamber, the first monolithic section including a first portion disposed across a first light path of the plurality of light paths (202, 204) such that light in the first light path is incident on the first portion of the first monolithic section.
A terminal device communicating with a base station device, the terminal device being capable of coverage enhancement and configured to: when receiving, from the base station device, a Radio Resource Control, RRC, connection reconfiguration message indicating a handover of the terminal device to a coverage enhanced target cell, the RRC connection reconfiguration message including common radio resource configuration information on the target cell, a physical cell ID of the target cell, a cell-radio network temporary identity, C-RNTI, random access information relating to a coverage enhancement level of the target cell, and a timer relating to the handover, start the timer relating to the handover, wherein the maximum value configurable for the timer relating to the handover is longer than a value configured for a timer relating to a handover in another terminal device that does not support coverage enhancement; and execute a random access to the target cell using the random access information relating to the coverage enhancement level of the target cell. when receiving, from the base station device, a Radio Resource Control, RRC, connection reconfiguration message indicating a handover of the terminal device to a coverage enhanced target cell, the RRC connection reconfiguration message including common radio resource configuration information on the target cell, a physical cell ID of the target cell, a cell-radio network temporary identity, C-RNTI, random access information relating to a coverage enhancement level of the target cell, and a timer relating to the handover, start the timer relating to the handover, wherein the maximum value configurable for the timer relating to the handover is longer than a value configured for a timer relating to a handover in another terminal device that does not support coverage enhancement; and execute a random access to the target cell using the random access information relating to the coverage enhancement level of the target cell.
An LED filament lamp, comprising: a bulb shell and an LED filament component located in the bulb shell; wherein the LED filament lamp further comprises a driving board and a lamp holder bulb shell; wherein the LED filament component is electrically connected to the driving board and the lamp holder bulb shell is electrically connected to the driving board; and wherein the LED filament component further comprises a core pillar and an LED filament; characterized in that: the LED filament lamp further comprises an inside liner which is a bulb shell structure made of insulating material and installed inside the lamp holder bulb shell; at least a part of the driving board is located inside the inside liner to make the driving board and the lamp holder bulb shell separated from each other; and a connecting pillar is located on the core pillar facing to the driving board and fixedly connects the LED filament component to the driving board, wherein a connecting part is located on the driving board and is clamped at the bottom of the connecting pillar.
A method for determining the open state of a leaf in a room in which a heat regulating device is installed, comprising the following steps: - modifying a setpoint temperature (T cons) of the heat regulating device; - determining a variation of said setpoint temperature (T cons); - executing a first algorithm for detecting the open state of a leaf if the setpoint temperature (T cons) has increased during the modification step, the first algorithm implementing at least one first criterion for determining the open state of a leaf in case of increase of the setpoint temperature (T cons); or - executing a second algorithm for detecting the open state of a leaf if the setpoint temperature (T cons) has decreased during the modification step, the second algorithm implementing at least one second criterion, for determining the open state of a leaf in case of decrease of the setpoint temperature (T cons), the second criterion being different from the first criterion. - modifying a setpoint temperature (T cons) of the heat regulating device; - determining a variation of said setpoint temperature (T cons); - executing a first algorithm for detecting the open state of a leaf if the setpoint temperature (T cons) has increased during the modification step, the first algorithm implementing at least one first criterion for determining the open state of a leaf in case of increase of the setpoint temperature (T cons); or - executing a second algorithm for detecting the open state of a leaf if the setpoint temperature (T cons) has decreased during the modification step, the second algorithm implementing at least one second criterion, for determining the open state of a leaf in case of decrease of the setpoint temperature (T cons), the second criterion being different from the first criterion.
A system for use with an aircraft having a gas turbine engine, comprising: a turbo pump configured to convert a tank compressed gas or an engine compressed gas into at least one of electrical power, hydraulic power or pneumatic power; a storage tank configured to store the tank compressed gas; a bleed line configured to port the engine compressed gas from the gas turbine engine to the turbo pump; and a propellant selector valve having an off position in which the turbo pump is prevented from receiving either the tank compressed gas or the engine compressed gas, a tank position in which the tank compressed gas from the storage tank is ported through the propellant selector valve to the turbo pump, and an engine position in which the engine compressed gas from the bleed line is ported through the propellant selector valve to the turbo pump. a turbo pump configured to convert a tank compressed gas or an engine compressed gas into at least one of electrical power, hydraulic power or pneumatic power; a storage tank configured to store the tank compressed gas; a bleed line configured to port the engine compressed gas from the gas turbine engine to the turbo pump; and a propellant selector valve having an off position in which the turbo pump is prevented from receiving either the tank compressed gas or the engine compressed gas, a tank position in which the tank compressed gas from the storage tank is ported through the propellant selector valve to the turbo pump, and an engine position in which the engine compressed gas from the bleed line is ported through the propellant selector valve to the turbo pump.
A data generation system for generating data representing content to be displayed, the system comprising: a content dividing unit operable to divide content to be displayed into a plurality of polyhedra and generate polyhedron position information and polyhedron identification information for each of the polyhedra; an intersection detecting unit operable to generate intersection information that describes the intersection of one or more surfaces within the content with the plurality of polyhedra; a polyhedron classifying unit operable to classify each of the polyhedra in dependence upon the intersection information, the classification indicating the properties of the surface within the respective polyhedra; a data generating unit operable to generate data comprising the polyhedron position information, polyhedron identification information, and the polyhedron classification information characterised by a group of pictures generation unit operable to generate key frames and predicted frames to store the generated data, wherein key frames comprise polyhedron position information, polyhedron identification information, and polyhedron classification information, and wherein predicted frames comprise polyhedron identification information, position change information indicating a difference in polyhedron position information between frames, and polyhedron classification change information indicating a change in polyhedron classification information between frames. a content dividing unit operable to divide content to be displayed into a plurality of polyhedra and generate polyhedron position information and polyhedron identification information for each of the polyhedra; an intersection detecting unit operable to generate intersection information that describes the intersection of one or more surfaces within the content with the plurality of polyhedra; a polyhedron classifying unit operable to classify each of the polyhedra in dependence upon the intersection information, the classification indicating the properties of the surface within the respective polyhedra; a data generating unit operable to generate data comprising the polyhedron position information, polyhedron identification information, and the polyhedron classification information characterised by a group of pictures generation unit operable to generate key frames and predicted frames to store the generated data, wherein key frames comprise polyhedron position information, polyhedron identification information, and polyhedron classification information, and wherein predicted frames comprise polyhedron identification information, position change information indicating a difference in polyhedron position information between frames, and polyhedron classification change information indicating a change in polyhedron classification information between frames.
Wind turbine installation for power generation, comprising: a) a turbine support with at least two wind turbines (4, 4′, 4ʺ); b) a tower console with at least one bearing point which permits a rotational movement of the turbine support about a vertical axis of the turbine support and relative to a foundation; c) at least one tower pillar (5, 5') by means of which the turbine support is connected to the tower console; d) electronics comprising an electronic controller, wherein the electronics are configured to transfer electrical power into a power network line in network-compatible form, wherein the electronics in the tower console of the wind turbine installation are designed so as to be rotatable about the vertical axis of the turbine support relative to the foundation and relative to a power network line, and wherein the wind turbine installation has a door for providing access into the wind turbine installation, wherein maintenance personnel can enter the interior of the tower console through the door and gain access to the electronics. a) a turbine support with at least two wind turbines (4, 4′, 4ʺ); b) a tower console with at least one bearing point which permits a rotational movement of the turbine support about a vertical axis of the turbine support and relative to a foundation; c) at least one tower pillar (5, 5') by means of which the turbine support is connected to the tower console; d) electronics comprising an electronic controller, wherein the electronics are configured to transfer electrical power into a power network line in network-compatible form, wherein the electronics in the tower console of the wind turbine installation are designed so as to be rotatable about the vertical axis of the turbine support relative to the foundation and relative to a power network line, and wherein the wind turbine installation has a door for providing access into the wind turbine installation, wherein maintenance personnel can enter the interior of the tower console through the door and gain access to the electronics.
A method for producing non-woven elements, comprising: - depositing on a movable surface loose unbound fibers and graphene and/or graphene oxide, and - binding together said loose unbound fibers so as to form a structure of bound fibers in which at least graphene and/or graphene oxide is incorporated, wherein the loose unbound fibers are deposited by projecting the loose unbound fibers by pressurized air jets onto a surface fluidically connected to a suction source. - depositing on a movable surface loose unbound fibers and graphene and/or graphene oxide, and - binding together said loose unbound fibers so as to form a structure of bound fibers in which at least graphene and/or graphene oxide is incorporated,
Fastening device with a dowel and a connecting element fixed to the dowel for attaching a first furniture part to a second furniture part, wherein the dowel may be mounted in a blind hole or in a through hole of the one furniture part and may be fixed by means of the connecting element, wherein the dowel is provided with an external thread, and the dowel has tool application surfaces in which a tool may be inserted, by which the dowel may be screwed into its final position in the blind hole or in the through hole, wherein the end of the connecting element in the dowel is spherical and the dowel has a ball socket for seating and mounting of the end, characterised in that the tool application surfaces are formed by at least one slot which is open radially inwards and axially in the direction of the connecting element.