mhurhangee/ep-ind-claims huggingface dataset:
Agricultural machine for the harvesting of fodder comprising a frame to which is connected a structure situated, at least partially, above at least one pick-up device for picking up plants lying on the ground, the pick-up device comprising teeth with teeth points describing a curve envelope when the teeth are driven, the machine also comprising at least one processing device for processing the picked up plants which is situated close to the pick-up device, and a guiding device for guiding the plants which is situated at least partially above and at a small distance from the pick-up device, the guiding device being displaceable with respect to the pick-up device about a main instantaneous rotation center, by means of a displacement device comprising a first connecting means and a second connecting means of the guiding device to the structure, the first connecting means enabling the guiding device to pivot about a first instantaneous rotation center, the second connecting means enabling the guiding device to pivot about a second instantaneous rotation center, the displacement device being able to be placed in at least a first position and a second position, the guiding device comprising a front part having a lower front end, a rear part delimited by a rear end, and an intermediate part connecting the front part to the rear part, characterized in that the first connecting means and the second connecting means are geometrically and/or elastically configured such that in the first position, the lower front end is raised greatly above the ground and the intermediate part is brought close to the teeth points of the pick-up device, and that in the second position the lower front end is brought greatly close to the ground and that the intermediate part and the rear part are distanced from the teeth points of the pick-up device.
A control method for an information apparatus having a display and being connected to a network, one or more target devices being controlled over the network, the control method causing a computer of the information apparatus to: display a display screen representing a floor plan of a building on the display, and display device icons representing the one or more target devices on the display screen representing the floor plan, the device icons being movable; when selection of a device icon representing one target device, among the one or more target devices, is sensed in a region corresponding to one room included in the floor plan, display a control screen for operating, or confirming a state of, the one target device corresponding to the sensed device icon on the display; and output a control command to the network on the basis of an operation on the control screen, the control command allowing at least operation or the state confirmation of the target device corresponding to the one target device, characterized in that the control method causes the computer of the information apparatus to: move out of a display region of the control screen, the device icons representing the target devices installed in the one room when selection of a device icon representing one target device among the one or more target devices in the one room is sensed, and the moved device icons include the selected device icon. display a display screen representing a floor plan of a building on the display, and display device icons representing the one or more target devices on the display screen representing the floor plan, the device icons being movable; when selection of a device icon representing one target device, among the one or more target devices, is sensed in a region corresponding to one room included in the floor plan, display a control screen for operating, or confirming a state of, the one target device corresponding to the sensed device icon on the display; and output a control command to the network on the basis of an operation on the control screen, the control command allowing at least operation or the state confirmation of the target device corresponding to the one target device, characterized in that the control method causes the computer of the information apparatus to: move out of a display region of the control screen, the device icons representing the target devices installed in the one room when selection of a device icon representing one target device among the one or more target devices in the one room is sensed, and the moved device icons include the selected device icon. move out of a display region of the control screen, the device icons representing the target devices installed in the one room when selection of a device icon representing one target device among the one or more target devices in the one room is sensed, and the moved device icons include the selected device icon.
A fastening element with a shaft (2, 20) and with locking teeth (3, 3.1; 27) projecting laterally therefrom, integrally formed on the shaft (2, 20) with the interposition of a hinge (13, 14; 28) and tiltable relative to the shaft, for the force-fitting connection of the fastening element (1, 19) inserted with its shaft (2, 20) into a borehole (16, 31) in the event of a tensile load acting on the fastening element (1, 19) opposite to the direction of insertion, which locking teeth (3, 3.1; 27) are provided with a curved underside, characterized in that the tiltability of at least some of the locking teeth (3, 3.1; 27) relative to the shaft (2, 20) is arranged in such a way that the section of these locking teeth determining the maximum radius of the shaft (2, 20) of the fastening element (1, 19) (3, 3.1; 27) in the delivery state of the fastening element (1, 19) is adjustable in a plane (E 1, E 2) which is spaced from the longitudinal axis of the shaft (2, 20) or which runs at an angle thereto.
A mixer device for a gas burner, comprising a main body comprising a comburent gas, preferably air, inlet conduit, a combustible gas inlet conduit, a main channel communicated with the comburent gas inlet conduit such that narrowing of the comburent gas flow occurs as the flow is forced to circulate through said main channel, said main channel being communicated with the combustible gas inlet conduit through a combustible gas distribution channel (3.1), propitiating the mixing of the combustible gas and comburent gas in said main channel, and an auxiliary channel communicated with the comburent gas inlet conduit, said auxiliary channel being arranged close to the main channel, the main body also comprising an additional distribution channel (3.2) communicated with the combustible gas inlet conduit, said additional distribution channel (3.2) being arranged close to the auxiliary channel, characterized in that the mixer device also comprises a flexible membrane which is fixed to the main body and which, in a standby position, is supported on the auxiliary channel and the additional distribution channel (3.2) blocking both channels (5, 3.2), the membrane being configured for being moved by the action of the comburent gas flow arriving through the comburent gas inlet conduit when said flow exceeds a specific threshold, allowing the passage of comburent gas through the auxiliary channel and the passage of combustible gas through the additional distribution channel (3.2).
A lubricating oil composition for an automatic transmission of an automobile, comprising a base oil which contains: a mineral oil satisfying following conditions to: kinetic viscosity at 100°C is in the range of 5 mm 2 /s or more to 8 mm 2 /s or less, viscosity index is 130 or more, and %C P by a ring analysis (n-d-M method) is 80 or more, and one or more base oils selected from a mineral oil having a kinetic viscosity at 100°C in the range of 2.0 mm 2 /s or more to 4.0 mm 2 /s or less and a pour point of -30°C or lower and a synthetic oil being a poly(α-olefin) which is an oligomer of an α-olefin having 8 to 14 carbon atoms and having a kinetic viscosity at 100°C in the range of 1.5 mm 2 /s or more to 6.5 mm 2 /s or less and a pour point of -30°C or lower, wherein the pour point is determined in accordance with JIS K2269, wherein the lubricating oil composition has a kinetic viscosity at 100°C falling within the range of 5.58 mm 2 /s or more and 8 mm 2 /s or less, and wherein the base oil comprising the component in the range of 40% or more by mass to 75% or less by mass and the component in the range of 25% or more by mass to 60% or less by mass based on total amount of the base oil is used. a mineral oil satisfying following conditions to: kinetic viscosity at 100°C is in the range of 5 mm 2 /s or more to 8 mm 2 /s or less, viscosity index is 130 or more, and %C P by a ring analysis (n-d-M method) is 80 or more, and kinetic viscosity at 100°C is in the range of 5 mm 2 /s or more to 8 mm 2 /s or less, viscosity index is 130 or more, and %C P by a ring analysis (n-d-M method) is 80 or more, and one or more base oils selected from a mineral oil having a kinetic viscosity at 100°C in the range of 2.0 mm 2 /s or more to 4.0 mm 2 /s or less and a pour point of -30°C or lower and a synthetic oil being a poly(α-olefin) which is an oligomer of an α-olefin having 8 to 14 carbon atoms and having a kinetic viscosity at 100°C in the range of 1.5 mm 2 /s or more to 6.5 mm 2 /s or less and a pour point of -30°C or lower, wherein the pour point is determined in accordance with JIS K2269, a mineral oil having a kinetic viscosity at 100°C in the range of 2.0 mm 2 /s or more to 4.0 mm 2 /s or less and a pour point of -30°C or lower and a synthetic oil being a poly(α-olefin) which is an oligomer of an α-olefin having 8 to 14 carbon atoms and having a kinetic viscosity at 100°C in the range of 1.5 mm 2 /s or more to 6.5 mm 2 /s or less and a pour point of -30°C or lower, wherein the pour point is determined in accordance with JIS K2269,
System for real time detection of the position and behaviour of a plurality of animals held in one or more restricted areas (6, 8) inside at least one barn, which system comprises radio receiver/transmitter tags configured to be carried by the animals, which system comprises a plurality of sensors, which sensors are configured to receive signals from the radio receiver/transmitter tags carried by the animals, which system is configured to perform calculation of a position of the animals based on a time or phase delay of the received signals at the sensors from the radio receiver/transmitter tags placed at the animal, wherein the system comprises a back end computer configured to calculate a real time position of the animals, which system comprises a plurality of fixed reference radio transmitter tags, which back end computer is configured to perform a first calculation of optimal placement of the sensors at the border in the one or more restricted area (6, 8) so that the sensors are placed so high that the radio signals are able to pass above the animals, which back end computer is further configured to perform a second calculation of optimal placement of the fixed reference radio transmitter tags in the middle or at the border of the one or more restricted area so that these tags are in line of sight radio communication with the sensors, which sensors and fixed reference radio transmitter tags are placed in the one or more restricted area (6, 8) according to the first calculated optimal placement of the sensors and the second calculated optimal placement of the fixed reference radio transmitter tags, wherein at least two sensors must receive same signals from both the animal tag and the fixed tag, which system is configured to continuously perform a calibration of the measured position of the animals based of the received signals from the fixed reference radio transmitter tags.
Timing housing module for an internal combustion engine, comprising integration and/or connection and/or location structures for ancillary components (2, 3, 4, 5, 6, 7, 8) and a rib structure, wherein the timing housing module consists of a fibre/plastic composite, characterised in that the fibre/plastic composite comprises at least one insert made of a planar fibrous textile in a thermoplastic plastic matrix, the rib structure consists of sprayed-on reinforcing ribs (11, 11 a) of a thermoplastic plastic material which includes at least 30% by volume of short fibres of a reinforcing material, the rib system (11, 11a) comprises rib structures corresponding to power flow as well as regular intersecting longitudinal, transverse and/or diagonal reinforcing ribs, and a foam material is placed in the rib interstices bounded by the ribs (11, 11a).
Method for reducing regenerative chatter in that a pipe section rotates in relation to a tool head having at least one chip-removal tool (3, 3a, 3b, 3c) arranged at one end of the tool head and chamfers are introduced into one end of the pipe section, the tool head machines walls of the pipe section by means of the at least one chip-removal tool (3, 3a, 3b, 3c), the tool head is vibrationally excited during the machining, a loose additional mass (m z) is moved randomly by the vibrations, which additional mass touches the tool head in first positions and has no connection to the tool head in second positions, and thus the total mass of the tool head is randomly changed by the amount of the additional mass (m z) and the vibrational behaviour of the tool head is changed because of the mass change and thus counteracts the regenerative chatter, and in that a receptacle, by means of which the tool head can be exchangeably placed onto a spindle, is arranged at another end of the tool head opposite the one end and the additional mass (m z) is placed in an annular manner around an outer wall of the tool head and the outer wall of the tool head is circular in cross-section perpendicular to the longitudinal direction and the outer wall of the tool head has a radius, while the inner wall of the annular additional mass (m z) has a corresponding radius which is slightly larger than the radius of the outer wall of the tool head, so that the annular additional mass (m z) also rests loosely on the outer wall of the tool head, characterized in that three cutting plates (3a, 3b, 3c) are provided at one end of the tool head, wherein a cutting plate is suitable for applying an internal chamfer, a cutting plate is suitable for applying an outer chamfer and a cutting plate is suitable for applying a flat face.
Method, implemented by a first telecommunications equipment (SB/Tal), for transmitting data to a second telecommunications equipment (Tal/SB), comprising: - coding input data to add redundancy by way of an encoder, - puncturing the data after coding, - transmitting the data after puncturing, and such that the puncturing is in accordance with at least two different levels of protection and such that it comprises at least one puncturing step comprising a first puncturing matrix the output of which is supplied to a demultiplexing stage having a first and a second output, characterized in that the second output is supplied to a second puncturing matrix so as to define the at least two different levels of protection obtained with the first output of the demultiplexing stage and the output of the second puncturing matrix, respectively. - coding input data to add redundancy by way of an encoder, - puncturing the data after coding, - transmitting the data after puncturing, and such that the puncturing is in accordance with at least two different levels of protection and such that it comprises at least one puncturing step comprising a first puncturing matrix the output of which is supplied to a demultiplexing stage having a first and a second output, characterized in that the second output is supplied to a second puncturing matrix so as to define the at least two different levels of protection obtained with the first output of the demultiplexing stage and the output of the second puncturing matrix, respectively.
A centering apparatus including: - a chassis, - a holder mounted on the chassis, which is suitable for receiving an ophthalmic lens, and - centering means mounted on the chassis, which include: • a camera for acquiring images of the ophthalmic lens when received on the holder, and • a screen for displaying the images acquired by the camera and a centering target superimposed onto said images, characterized in that said centering target comprises two coaxial and parallel outlines (150, 151), and wherein the size of at least one outline (150, 151) is modifiable so that the distance between the outlines (150, 151) is adjustable. - a chassis, - a holder mounted on the chassis, which is suitable for receiving an ophthalmic lens, and - centering means mounted on the chassis, which include: • a camera for acquiring images of the ophthalmic lens when received on the holder, and • a screen for displaying the images acquired by the camera and a centering target superimposed onto said images, • a camera for acquiring images of the ophthalmic lens when received on the holder, and • a screen for displaying the images acquired by the camera and a centering target superimposed onto said images,
Light-emitting diode comprising at least: - a first n-doped semiconductor portion; - a second p-doped semiconductor portion; - an active zone disposed between the first and second portions (104, 108) and comprising at least one emitting semiconductor portion; - a layer that is electrically conductive and optically transparent to at least one wavelength of the UV range configured to be emitted from the emitting portion, said layer being such that the second portion is disposed between said layer and the active zone; wherein: - the semiconductors of the first portion and of the emitting portion correspond to compounds comprising nitrogen atoms as well as atoms of aluminum and/or of gallium; - the semiconductor of the second portion corresponds to Al X2 Ga (1-X2-Y2) In Y2 N that is p-doped with magnesium atoms, with X2 > 0, Y2 > 0 and X2+Y2 < 1, and in which the atomic concentration of magnesium is greater than 10 17 at/cm 3; the light-emitting diode being characterized in that the electrically conductive layer comprises doped diamond. - a first n-doped semiconductor portion; - a second p-doped semiconductor portion; - an active zone disposed between the first and second portions (104, 108) and comprising at least one emitting semiconductor portion; - a layer that is electrically conductive and optically transparent to at least one wavelength of the UV range configured to be emitted from the emitting portion, said layer being such that the second portion is disposed between said layer and the active zone; - the semiconductors of the first portion and of the emitting portion correspond to compounds comprising nitrogen atoms as well as atoms of aluminum and/or of gallium; - the semiconductor of the second portion corresponds to Al X2 Ga (1-X2-Y2) In Y2 N that is p-doped with magnesium atoms, with X2 > 0, Y2 > 0 and X2+Y2 < 1, and in which the atomic concentration of magnesium is greater than 10 17 at/cm 3;
A charging socket, for example for an hybrid or electric vehicle, comprising: - an electrically insulating housing; - one or more cavities (300, 300') for inserting one or more electrical contacts, said one or more cavities (300, 300') being accommodated into said housing; - a dual-functional element partially protruding from an outer surface of said electrically insulating housing, wherein said dual-functional element comprises a fixing component and a drainage component, wherein said fixing component protrudes from said electrically insulating housing and is configured for fixing said electrically insulating housing to a mounting bracket and said drainage component includes at least one drainage channel, formed within said housing, for discharging fluids from said charging socket; and - a bracket mounted on said electrically insulating housing, said bracket comprising a fitting portion on which said fixing component is fitted, in order to fasten said bracket to said electrically insulating housing; characterized in that: said bracket further comprises a fixing opening into which said fixing component is inserted, in order to fasten said bracket to said electrically insulating housing, and said bracket further comprises a flat protective portion and is configured in such a way that, when said bracket is mounted on said electrically insulating housing, said flat protective portion covers said drainage component so as to prevent external objects from entering into said housing. - an electrically insulating housing; - one or more cavities (300, 300') for inserting one or more electrical contacts, said one or more cavities (300, 300') being accommodated into said housing; - a dual-functional element partially protruding from an outer surface of said electrically insulating housing, wherein said dual-functional element comprises a fixing component and a drainage component, wherein said fixing component protrudes from said electrically insulating housing and is configured for fixing said electrically insulating housing to a mounting bracket and said drainage component includes at least one drainage channel, formed within said housing, for discharging fluids from said charging socket; and - a bracket mounted on said electrically insulating housing, said bracket comprising a fitting portion on which said fixing component is fitted, in order to fasten said bracket to said electrically insulating housing; said bracket further comprises a fixing opening into which said fixing component is inserted, in order to fasten said bracket to said electrically insulating housing, and said bracket further comprises a flat protective portion and is configured in such a way that, when said bracket is mounted on said electrically insulating housing, said flat protective portion covers said drainage component so as to prevent external objects from entering into said housing.
An internal combustion engine, comprising: an injector which injects fuel into an intake passage; an intake stroke injection means which causes the injector to inject fuel during an intake stroke; an exhaust stroke injection means which causes the injector to inject fuel during an exhaust stroke; an exhaust gas recirculation means which recirculates a part of exhaust gas to an intake system; a setting means which sets the conditions of a recirculation of the exhaust gas by the exhaust gas recirculation means; and an injection control means which controls an operation ratio of the intake stroke injection means and the exhaust stroke injection means according to the condition of the recirculation of the exhaust gas by the setting means, characterized in that in a case where it is determined that target recirculation amount set by the setting means exceeds a predetermined value, the injection control means increases the operation ratio of the intake stroke injection means to increase a fuel injection ratio in an intake stroke. an injector which injects fuel into an intake passage; an intake stroke injection means which causes the injector to inject fuel during an intake stroke; an exhaust stroke injection means which causes the injector to inject fuel during an exhaust stroke; an exhaust gas recirculation means which recirculates a part of exhaust gas to an intake system; a setting means which sets the conditions of a recirculation of the exhaust gas by the exhaust gas recirculation means; and an injection control means which controls an operation ratio of the intake stroke injection means and the exhaust stroke injection means according to the condition of the recirculation of the exhaust gas by the setting means, characterized in that in a case where it is determined that target recirculation amount set by the setting means exceeds a predetermined value, the injection control means increases the operation ratio of the intake stroke injection means to increase a fuel injection ratio in an intake stroke.