mhurhangee/ep-ind-claims huggingface dataset:
A device for generating compressed air for an internal combustion engine for a motor vehicle, in particular a utility vehicle, having: multiple gas exchange valves (12, 14) for the feed of combustion air to a cylinder unit of the internal combustion engine and the discharge of exhaust gas from the cylinder unit; an additional valve for the extraction of compressed air from the cylinder unit; and a valve drive which is operatively connected to at least one inlet valve of the multiple gas exchange valves (12, 14) for the purposes of actuating the at least one inlet valve and which is operatively connected to the additional valve for the purposes of actuating the additional valve, characterized in that the additional valve is actuated by an inlet valve rocker lever, an inlet valve finger-type rocker or an inlet valve tappet. multiple gas exchange valves (12, 14) for the feed of combustion air to a cylinder unit of the internal combustion engine and the discharge of exhaust gas from the cylinder unit; an additional valve for the extraction of compressed air from the cylinder unit; and a valve drive which is operatively connected to at least one inlet valve of the multiple gas exchange valves (12, 14) for the purposes of actuating the at least one inlet valve and which is operatively connected to the additional valve for the purposes of actuating the additional valve, characterized in that the additional valve is actuated by an inlet valve rocker lever, an inlet valve finger-type rocker or an inlet valve tappet.
A grinding or polishing machine comprising: a working assembly including a grinding head rotatable to engage a surface for grinding or polishing; and a foldable cart releasably coupled to the working assembly, the foldable cart comprising: a mobility assembly including at least one wheel and a frame; and a handle assembly operably coupled to the frame, the handle assembly including a first frame portion and a second frame portion, and the first frame portion and the second frame portion being operably coupled to each other via a folding joint, where the folding joint is operable to enable the first frame portion and the second frame portion to be repositioned relative to one another about a pivot axis defined at the folding joint wherein the first frame portion is rotatably coupled to the frame, wherein the folding joint is operable to be locked in at least an operating position in which the first frame portion and the second frame portion lie substantially in a same plane and characterized in that the folding joint is operable to be locked in a folded position in which the first frame portion and the second frame portion lie in different planes wherein the folding joint comprises an arcuate shaped slot coaxial with the pivot axis, the arcuate shaped slot having at least one notch extending in a mainly radial direction relative to the pivot axis, and corresponding to the operating position. a working assembly including a grinding head rotatable to engage a surface for grinding or polishing; and a foldable cart releasably coupled to the working assembly, the foldable cart comprising: a mobility assembly including at least one wheel and a frame; and a handle assembly operably coupled to the frame, a mobility assembly including at least one wheel and a frame; and a handle assembly operably coupled to the frame, the handle assembly including a first frame portion and a second frame portion, and the first frame portion and the second frame portion being operably coupled to each other via a folding joint, where the folding joint is operable to enable the first frame portion and the second frame portion to be repositioned relative to one another about a pivot axis defined at the folding joint wherein the first frame portion is rotatably coupled to the frame, wherein the folding joint is operable to be locked in at least an operating position in which the first frame portion and the second frame portion lie substantially in a same plane and characterized in that the folding joint is operable to be locked in a folded position in which the first frame portion and the second frame portion lie in different planes wherein the folding joint comprises an arcuate shaped slot coaxial with the pivot axis, the arcuate shaped slot having at least one notch extending in a mainly radial direction relative to the pivot axis, and corresponding to the operating position.
A method to control the slippage of a driveline (10, 400) including a prime mover having an output shaft, a clutch having an input connected to the output shaft of the prime mover and an output connectable to a load; the clutch having a controllable slippage level between its input and output via a controllable pressure applied thereonto, the slippage control method including: determining a usable torque of the prime mover; determining a slippage condition of the clutch; said method being characterised in that it further includes: controlling the pressure applied to the clutch according to the determined slippage condition of the clutch so as to allow the usable torque to pass therethrough and to cause the clutch to slip should a torque between the input and output of the clutch be greater than the usable torque. determining a usable torque of the prime mover; determining a slippage condition of the clutch; said method being characterised in that it further includes: controlling the pressure applied to the clutch according to the determined slippage condition of the clutch so as to allow the usable torque to pass therethrough and to cause the clutch to slip should a torque between the input and output of the clutch be greater than the usable torque.
Drainage system for removing surface water in the sill region of door or window elements, comprising a drainage channel and at least one drain which can be connected to an earth-bound drainage, wherein the drainage system comprises the drainage channel, a sill profile (4,4', 4") and a base profile (6, 6'), wherein the base profile (6, 6'): - can be connected to the sill profile (4, 4', 4"), and - can be connected to the drainage channel, characterised in that the base profile (6, 6'): - is arranged under the sill profile (4, 4', 4") of the door or window element (1, 1', 1") - and the drainage channel respectively have connection elements (29, 24) running over their entire length for form-locking and/or force-locking interconnection, and - has a preferably resilient seat for a corresponding clamping web of the drainage channel. - can be connected to the sill profile (4, 4', 4"), and - can be connected to the drainage channel, - is arranged under the sill profile (4, 4', 4") of the door or window element (1, 1', 1") - and the drainage channel respectively have connection elements (29, 24) running over their entire length for form-locking and/or force-locking interconnection, and - has a preferably resilient seat for a corresponding clamping web of the drainage channel.
Window wiper device for a vehicle, in particular a motor vehicle, with a wiper blade and a wiper lip, with an elongate upper part, which is at least partially of flexible form, with an elongate lower part, which is at least partially of flexible form, and with multiple connecting elements for connecting the upper part and the lower part, wherein the connecting elements are spaced apart from one another along a longitudinal extent of the wiper blade, and wherein the connecting elements are designed to permit a movement of the upper part and of the lower part relative to one another with a movement component along a longitudinal extent of the wiper blade, characterized in that the wiper lip comprises the following features: - a cantilever for reducing the stiffness perpendicular to the wiping direction, in particular a cantilever with a wiper edge and with a surface, situated opposite the wiper edge perpendicularly to the wiping direction, of the cantilever, wherein the opposite surface is adjoined by a gap or a hollow space; - a base surface by which the cantilever is connected to the lower part; and - a further cantilever for reducing the stiffness perpendicular to the wiping direction, wherein the further cantilever is connected at the base surface to the lower part, - wherein the cantilever of the wiper lip and the further cantilever form a substantially T-shaped structure. - a cantilever for reducing the stiffness perpendicular to the wiping direction, in particular a cantilever with a wiper edge and with a surface, situated opposite the wiper edge perpendicularly to the wiping direction, of the cantilever, wherein the opposite surface is adjoined by a gap or a hollow space; - a base surface by which the cantilever is connected to the lower part; and - a further cantilever for reducing the stiffness perpendicular to the wiping direction, wherein the further cantilever is connected at the base surface to the lower part, - wherein the cantilever of the wiper lip and the further cantilever form a substantially T-shaped structure.
A method for detecting faults in a transmission line by reflectometry, comprising the steps of: - injecting into the transmission line a reference signal at an emission frequency f DAC; - collecting a reflected signal at a point on the transmission line; - sampling the reflected signal at a sampling frequency f ADC, the sampling frequency f ADC being different from the emission frequency f DAC; - storing each point of the sampled signal at a memory address corresponding to an index assigned to said point of the sampled signal and according to a precomputed memory-address increment Δ, said memory-address increment Δ depending on the emission frequency f DAC, on the sampling frequency f ADC, on an over-sampling factor Ω and on a preset acquisition time ∑; - repeating the storing step during the acquisition time ∑; and - generating, from the points stored during the acquisition time, a recomposed signal able to be used to detect faults. - injecting into the transmission line a reference signal at an emission frequency f DAC; - collecting a reflected signal at a point on the transmission line; - sampling the reflected signal at a sampling frequency f ADC, the sampling frequency f ADC being different from the emission frequency f DAC; - storing each point of the sampled signal at a memory address corresponding to an index assigned to said point of the sampled signal and according to a precomputed memory-address increment Δ, said memory-address increment Δ depending on the emission frequency f DAC, on the sampling frequency f ADC, on an over-sampling factor Ω and on a preset acquisition time ∑; - repeating the storing step during the acquisition time ∑; and - generating, from the points stored during the acquisition time, a recomposed signal able to be used to detect faults.
Method for hydrophobing of a cellulose substrate, which comprising a first side and a second side, which faces away from the first side, characterized in that the method comprising the steps of: - drying the cellulose substrate to a dry content above 80%, preferably above 85%, - adding a vaporized fatty acid halide, to the first side of the cellulose substrate, and, at the same time perform, - vacuum sucking at the second side of the cellulose substrate, such that, the vaporized fatty acid halide penetrates the cellulose substrate in a predetermined direction through the cellulose substrate. - drying the cellulose substrate to a dry content above 80%, preferably above 85%, - adding a vaporized fatty acid halide, to the first side of the cellulose substrate, and, at the same time perform, - vacuum sucking at the second side of the cellulose substrate, such that, the vaporized fatty acid halide penetrates the cellulose substrate in a predetermined direction through the cellulose substrate.
A fluidic ejection cartridge, comprising a unitary integrally-formed body of sintered metal having an upper portion, a lower portion, a sidewall, and a bottom having a nosepiece, the body defining a reservoir, and in that the body comprises at least one of carbon steel, iron-nickel steel, nickel steel, low alloy steel, hardened steel, diffusion alloyed steel, 400 series stainless steel, and soft magnetic alloy.
A method for transmitting a panoramic video stream from a server apparatus to a client apparatus via a network, the method comprising at the server apparatus: - transmitting a first video stream, said first video stream comprising a projection of an omni-directional video feed onto a rectangular pixel grid; and - transmitting a second video stream, said second video stream comprising a directional video feed which substantially synchronously represents a part of said omni-directional video feed; wherein an aspect of image quality of said second video stream exceeds the same aspect of image quality of said first video stream; characterized in that said omni-directional video feed is received from a camera array; and in that said method further comprises transmitting coordinate information designating said part of said omni-directional video feed represented by said directional video feed. - transmitting a first video stream, said first video stream comprising a projection of an omni-directional video feed onto a rectangular pixel grid; and - transmitting a second video stream, said second video stream comprising a directional video feed which substantially synchronously represents a part of said omni-directional video feed;
A stage apparatus, comprising: a movable unit; an incremental scale fixed to the movable unit and having a predetermined length shorter than a distance the movable unit can move in a first direction; a first and a second sensor (271a, b) configured to read the scale that are arranged in the first direction with an interval therebetween shorter than the predetermined length; detection means configured to detect an origin point position set in a movable range of the movable unit, wherein the first sensor is arranged closer to the origin point position than the second sensor; and movement control means configured to perform an origin return operation that moves the movable unit to the origin point position, wherein if the movable unit is at a position at which both the first sensor and the second sensor can read the scale, the movement control means is configured to execute, in the origin return operation, a first movement that causes the movable unit to move a predetermined distance in a direction of the origin point position, and, after the first movement, a second movement that causes the movable unit to move at a lower speed than the first movement until the detection means detects the origin point position, and if the second sensor can read the scale but the first sensor cannot read the scale, the movement control means is configured to execute a third movement that moves the movable unit toward the origin point position, and to execute the first movement when the movable unit comes to a position at which the scale can be read by both of the first sensor and the second sensor. a movable unit; an incremental scale fixed to the movable unit and having a predetermined length shorter than a distance the movable unit can move in a first direction; a first and a second sensor (271a, b) configured to read the scale that are arranged in the first direction with an interval therebetween shorter than the predetermined length; detection means configured to detect an origin point position set in a movable range of the movable unit, wherein the first sensor is arranged closer to the origin point position than the second sensor; and movement control means configured to perform an origin return operation that moves the movable unit to the origin point position, wherein if the movable unit is at a position at which both the first sensor and the second sensor can read the scale, the movement control means is configured to execute, in the origin return operation, a first movement that causes the movable unit to move a predetermined distance in a direction of the origin point position, and, after the first movement, a second movement that causes the movable unit to move at a lower speed than the first movement until the detection means detects the origin point position, and if the second sensor can read the scale but the first sensor cannot read the scale, the movement control means is configured to execute a third movement that moves the movable unit toward the origin point position, and to execute the first movement when the movable unit comes to a position at which the scale can be read by both of the first sensor and the second sensor.
A utility knife, comprising: a handle; a blade holder assembly operatively connected with a manually engageable member slidably disposed on the handle, wherein the manually engageable member is slidable to move the blade holder assembly to hold a blade at a position of use at one end of the handle; and, a clamp assembly constructed and arranged to move between a clamp position wherein the clamp assembly applies a clamp force to at least one surface of the blade and/or the blade holder assembly and a release position wherein the clamp assembly releases the clamping force, wherein the blade holder assembly is constructed and arranged to hold the blade at the position of use wherein the handle comprises a first handle portion and a second handle portion joined to each other to define a slot therebetween, and wherein the slot is constructed and arranged to receive the blade therein, wherein the clamp assembly comprises an actuator portion and a support portion, wherein the actuator portion has a manually engageable portion, and the actuator portion is manually actuatable to move the clamp assembly between the clamp position and the release position, characterised in that the manually engageable portion of the actuator portion is slightly moved down into the first handle portion when the clamp assembly is in the clamp position. a handle; a blade holder assembly operatively connected with a manually engageable member slidably disposed on the handle, wherein the manually engageable member is slidable to move the blade holder assembly to hold a blade at a position of use at one end of the handle; and, a clamp assembly constructed and arranged to move between a clamp position wherein the clamp assembly applies a clamp force to at least one surface of the blade and/or the blade holder assembly and a release position wherein the clamp assembly releases the clamping force,
A process for producing a multilayer structure comprising the steps of: (a) forming, above a substrate layer (Layer 1), an image layer (Layer 2) by applying a UV-curable composition comprising a colored pigment, a radically polymerizable compound comprising a (meth)acryloyl group-containing silane coupling agent and/or a phosphoric acid ester group-containing (meth)acrylate compound and a radical polymerization initiator by means of inkjet printing or screen printing and subsequently radically polymerizing the applied composition by means of UV exposure, and (b) forming, above Layer 2, a protective layer (Layer 3) by applying a composition comprising an organosilicon compound and using a condensation reaction of the organosilicon compound. (a) forming, above a substrate layer (Layer 1), an image layer (Layer 2) by applying a UV-curable composition comprising a colored pigment, a radically polymerizable compound comprising a (meth)acryloyl group-containing silane coupling agent and/or a phosphoric acid ester group-containing (meth)acrylate compound and a radical polymerization initiator by means of inkjet printing or screen printing and subsequently radically polymerizing the applied composition by means of UV exposure, and (b) forming, above Layer 2, a protective layer (Layer 3) by applying a composition comprising an organosilicon compound and using a condensation reaction of the organosilicon compound.
Holding device for a tablet computer having a lower part spanning an installation surface for installation on a table top and having an upper part which has a first and a second contact area (40, 52) for the tablet computer, whereby each of the contact areas (40, 52) defines a position of the tablet computer in which it is inclined at an acute angle (α, β) to the installation surface and whereby the tablet computer in the position defined by the first support position is inclined to the installation surface at a greater angle (α) than in the position defined by the second contact area, characterised in that the upper part is rotatable about an axis of rotation running substantially perpendicularly to the installation surface relative to the lower part and in that a locking device is provided so that the upper part can be locked relative to the lower part in at least one preferential position.
Sanding tool comprising sanding discs arranged on a sanding tool carrier, the sanding discs being substantially circular and the sanding tool comprising a set of abrasive coatings, it being possible for the abrasive coatings of said tool to be releasably fastened to the sanding discs, the abrasive coatings, in order to be fastened to sanding discs, consisting substantially of circular-disc-shaped sandpapers which are coated, on the side thereof facing away from the abrasive material, with a substance for releasably fastening to sanding discs, characterised in that machining cutters are arranged on the sanding tool carrier and between the sanding discs, in that the set of abrasive coatings comprises abrasive coatings having varying thicknesses, the height of the abrasive coatings being adjustable in relation to the height of the cutters by the paper thickness of the sandpapers, and the paper thicknesses of the sandpapers depending on the abrasive material grain size.