mhurhangee/ep-ind-claims huggingface dataset:
System for cleaning at least one glazed surface (20, 21) of a vehicle, comprising at least two devices (100 to 111) for projecting a cleaning product onto an associated glazed surface, the projection devices each including an electronic control module configured to drive the operation of the corresponding projection device depending on control instructions, characterized in that the cleaning system includes a powerline bus common to the at least two projection devices (100 to 111), which are linked electrically to the powerline bus independently of one another and in successive areas (90, 92) of said powerline bus.
A flexible stretch hose with a wall manufactured from a single extruded and spirally wound profile (1; 11; 21) in a plastic material, wherein consecutive windings of the profile are secured to each other by means of a weld, wherein the extruded profile, in cross-section, is shaped with at least one bottom section (2; 12) and at least one rib section (4; 14; 24) as integral parts, wherein the rib section of the profile, relative to the bottom section, forms each time a protrusion of the wall of the hose and determines the hub strength of the hose, the hub strength being the extent to which the hose is resistant to radial compression and springs back to its original shape when a radial compressive force is removed, wherein the profile comprises an unfoldable section (5; 15; 25) provided to be unfolded under the influence of a tensile force in the axial direction of the hose and thereby allow an extension of the hose, wherein the unfoldable section comprises at least two profile sections lying loose against each other, which sections are interconnected at one end and wherein the hose is stretchable as a result of the unfoldable section (5; 15; 25) up to at least 200% of the length in the unstretched condition.
A self-adjustable air vent comprising a conduit having an inlet and an outlet separate by a central portion inside which a regulation mechanism is housed comprising at least one regulation flap comprising a connecting edge by which it is attached to a wall of the conduit and having for this purpose securing means, the securing means comprising at least one deformable area made of a flexible elastic material able to allow the flap to pivot, characterized in that said securing means comprise a plurality of deformable areas regularly disposed along the connecting edge of the flap.
Connexion system of a first device to a second device comprising a flexible sleeve and at least one end of a rigid pipe (2a, 2b), the said sleeve having at least one sleeve end arranged for overlaying the said pipe end, and comprising a peripheral recess (3a, 3b) arranged on its inner face and said pipe end comprising a corresponding peripheral protrusion (5a, 5b) arranged on its outer face, the said recess being arranged to fit the said protrusion when the said sleeve end is overlaying the said pipe end, the inner perimeter (4a, 4b) of the said sleeve end being smaller than the outer perimeter (6a, 6b) of the said pipe end before overlaying the latter, so that the fitting of the said protrusion in the said recess and the difference between the perimeter of the inner face the the said sleeve end and that of the outer face of the said pipe end ensures a connection of the sleeve and the pipe which is tight to the materials that this sleeve and this pipe will carry, characterised in that the sleeve has an internal portion adjacent to each end of the said sleeve, the perimeter of the inner face of the internal portion being equal to the perimeter (9a, 9b) of the inner face of the said pipe end, in order to create a continuous passage between the inside of the pipe end and that of the sleeve when the said sleeve end is overlaying the said pipe end.
A method for manufacturing a tobacco material, comprising: heating a tobacco leaf material having an a* value of 1.0 or less expressed according to the L*a*b* method and having a moisture content of 8 weight% or less, at a temperature of 75°C or higher and in a humidity-controlled environment, such that said a* value is 1.0 or less and activity of an enzyme eliciting enzymatic browning is 0.1 U/g or less, wherein said humidity-controlled environment is an environment at 3% RH to 60% RH.
An antibody or an antigen-binding fragment thereof, which specifically binds to CD127, in particular to human CD127, comprising: - an antibody light chain comprising or an antibody light chain variable domain consisting of a sequence selected from the group consisting of SEQ ID No: 9; SEQ ID No: 10; SEQ ID No: 11; SEQ ID No: 12; in particular SEQ ID No: 12; and - an antibody heavy chain variable domain consisting of the sequence set forth in SEQ ID No: 7. - an antibody light chain comprising or an antibody light chain variable domain consisting of a sequence selected from the group consisting of SEQ ID No: 9; SEQ ID No: 10; SEQ ID No: 11; SEQ ID No: 12; in particular SEQ ID No: 12; and - an antibody heavy chain variable domain consisting of the sequence set forth in SEQ ID No: 7.
A process for producing a sulfide compound having formula: R 1 -S-R 2; the process comprising contacting: (a) an ether or sulfide compound having formula, R 1 -X-R 1; (b) an alcohol or thiol compound having formula, R 2 - XH; and (c) a catalyst; to form a reaction mixture comprising the sulfide compound having formula; wherein: each X independently is sulfur or oxygen, wherein at least one X is sulfur; R 1 is a C 1 to C 18 substituted or unsubstituted, cycloalkyl group or linear or branched alkyl group; and R 2 is a C 1 to C 18 substituted or unsubstituted, cycloalkyl group or linear or branched alkyl group. the process comprising contacting: (a) an ether or sulfide compound having formula, R 1 -X-R 1; (b) an alcohol or thiol compound having formula, R 2 - XH; and (c) a catalyst; (a) an ether or sulfide compound having formula, R 1 -X-R 1; (b) an alcohol or thiol compound having formula, R 2 - XH; and (c) a catalyst; to form a reaction mixture comprising the sulfide compound having formula; wherein: each X independently is sulfur or oxygen, wherein at least one X is sulfur; R 1 is a C 1 to C 18 substituted or unsubstituted, cycloalkyl group or linear or branched alkyl group; and R 2 is a C 1 to C 18 substituted or unsubstituted, cycloalkyl group or linear or branched alkyl group. each X independently is sulfur or oxygen, wherein at least one X is sulfur; R 1 is a C 1 to C 18 substituted or unsubstituted, cycloalkyl group or linear or branched alkyl group; and R 2 is a C 1 to C 18 substituted or unsubstituted, cycloalkyl group or linear or branched alkyl group.
Method for stabilizing a driving movement of a single-track motor vehicle, such as a motorbike, in which an angle of inclination of the motor vehicle relative to an underlying surface is detected by means of inclination sensors, and after the processing of the angle of inclination in a computer device a control signal which is based thereon is fed to a control device to bring about a stabilization intervention into the driving movement of the motor vehicle, and the speed of the motor vehicle is detected and is also processed in the computer device, characterized in that the sideslip angle of the motor vehicle is detected by means of at least one sideslip angle-detection sensor and is also processed in the control device.
Drive arrangement for a vertical mill, incorporating a central shaft which can rotate about a vertical axis of rotation with a spur gear arranged on it in a rotatably fixed manner, wherein the central shaft has a rotational coupling to a drive offtake flange of the drive arrangement, and an external perimeter of the drive offtake flange projects a peripheral surface vertically downward, wherein - the drive arrangement incorporates one or more drive units (11a, 11b, 11c, 11d), each with a drive gear pair (40 to 44), each of which on the drive offtake side has a pinion gear (44, 44a, 44b, 44c, 44d) for the purpose of engaging into the spur gear of the central shaft, charaterised in that - each of the drive gear pairs (40 to 44) of the one or more drive units is arranged vertically below the drive offtake flange and radially inside the peripheral surface - each of the one or more drive units (11a, 11b, 11c, 11d) is arranged on a traversing mechanism (70, 71) in such a way that the pinion gears (44, 44a, 44b, 44c, 44d) on the drive offtake side can, by moving the drive unit (11a, 11b, 11c, 11d) concerned by means of the traversing mechanism (70, 71), be engaged with and disengaged from the spur gear on the central shaft, wherein the central shaft is coupled to the drive offtake flange by means of at least one planetary drive stage. - each of the drive gear pairs (40 to 44) of the one or more drive units is arranged vertically below the drive offtake flange and radially inside the peripheral surface - each of the one or more drive units (11a, 11b, 11c, 11d) is arranged on a traversing mechanism (70, 71) in such a way that the pinion gears (44, 44a, 44b, 44c, 44d) on the drive offtake side can, by moving the drive unit (11a, 11b, 11c, 11d) concerned by means of the traversing mechanism (70, 71), be engaged with and disengaged from the spur gear on the central shaft, wherein the central shaft is coupled to the drive offtake flange by means of at least one planetary drive stage.
Bale wrapper for wrapping or packing in particular agricultural crop bales, comprising a base frame, a wrapping table mounted on the base frame for receiving the crop bales, and a wrapping arm which is arranged on a pivot bearing above a bale received by the wrapping table, receives at least one roll of film, and can be moved at least at a vertical spacing relative to the wrapping table in order to adapt to different bale sizes, a control device of the bale wrapper causing the wrapping arm to move on the basis of predetermined parameters or parameters detected by sensors, and the control device automatically displacing the wrapping arm at a vertical spacing relative to the wrapping table during the process of wrapping a crop bale, characterised in that the wrapping arm has at least one first inoperative position in which the entire mass of the wrapping arm rests directly on the base frame when the strain on the pivot bearing is simultaneously relieved, and the first inoperative position of the wrapping arm corresponds to a position below a lowest operative position having a minimum vertical spacing (h) between the wrapping arm and the wrapping table, and the control device moving the wrapping arm at least into the lowest operative position or into the first inoperative position at the end of the wrapping process.
A folding display device comprising: first, second, and third panels (610, 620, 630) pivotally connected together, wherein the panels (610, 620, 630) can pivot from an open arrangement where the panels (610, 620, 630) lay side by side to a closed arrangement where the panels (610, 620, 630) lay one on top of another; a flexible display connected to ends of the first and third panels (610, 630) and having a portion that is mechanically free from the first and third panels (610, 630), wherein the panels (610, 620, 630) are curved and the display is shorter in length than a length of the curved panels following the curve of the panels, and in the closed arrangement: a first cavity is provided by space between the first and second panels (610, 630); a second cavity is provided by space between the second and third panels (620, 630); and the first panel contours the second panel and the second panel contours the third panel with a portion of the display between the first and second panels (610, 620) and another portion of the display between second and third panels (620, 630). first, second, and third panels (610, 620, 630) pivotally connected together, wherein the panels (610, 620, 630) can pivot from an open arrangement where the panels (610, 620, 630) lay side by side to a closed arrangement where the panels (610, 620, 630) lay one on top of another; a flexible display connected to ends of the first and third panels (610, 630) and having a portion that is mechanically free from the first and third panels (610, 630), wherein the panels (610, 620, 630) are curved and the display is shorter in length than a length of the curved panels following the curve of the panels, and in the closed arrangement: a first cavity is provided by space between the first and second panels (610, 630); a second cavity is provided by space between the second and third panels (620, 630); and the first panel contours the second panel and the second panel contours the third panel with a portion of the display between the first and second panels (610, 620) and another portion of the display between second and third panels (620, 630). a first cavity is provided by space between the first and second panels (610, 630); a second cavity is provided by space between the second and third panels (620, 630); and the first panel contours the second panel and the second panel contours the third panel with a portion of the display between the first and second panels (610, 620) and another portion of the display between second and third panels (620, 630).
Lifting hook configured for lifting formwork panels, comprising - a fixed portion comprising a housing configured for housing a profile of a formwork panel, and - a moving portion coupled to the fixed portion, the moving portion being pivotable with respect to a pivoting shaft between ∘ a locking position in which the moving portion retains the profile of the formwork panel housed in the housing of the fixed portion, and ∘ a release position in which the profile of the formwork panel can be introduced into or extracted from the housing of the fixed portion, the moving portion being movable to the release position by pushing a release area of the moving portion, characterized in that it comprises a pushing part coupled to the fixed portion which pushes the release area of the moving portion when said pushing part is pulled, and a pulling element coupled to the pushing part so that an operator can pull said pulling element in order to pull the pushing part. - a fixed portion comprising a housing configured for housing a profile of a formwork panel, and - a moving portion coupled to the fixed portion, the moving portion being pivotable with respect to a pivoting shaft between ∘ a locking position in which the moving portion retains the profile of the formwork panel housed in the housing of the fixed portion, and ∘ a release position in which the profile of the formwork panel can be introduced into or extracted from the housing of the fixed portion, ∘ a locking position in which the moving portion retains the profile of the formwork panel housed in the housing of the fixed portion, and ∘ a release position in which the profile of the formwork panel can be introduced into or extracted from the housing of the fixed portion, the moving portion being movable to the release position by pushing a release area of the moving portion, characterized in that it comprises a pushing part coupled to the fixed portion which pushes the release area of the moving portion when said pushing part is pulled, and a pulling element coupled to the pushing part so that an operator can pull said pulling element in order to pull the pushing part.
A compound of Formula I: in free or salt form, wherein: R 1 and R 2 are independently H or C 1-4 alkyl (e.g., methyl or ethyl); and R 3 is -O-C 2-4 alkyl optionally substituted with hydroxy. R 1 and R 2 are independently H or C 1-4 alkyl (e.g., methyl or ethyl); and R 3 is -O-C 2-4 alkyl optionally substituted with hydroxy.
Computer-implemented method for deriving movement characteristics (190, 600) for a plurality of queue objects that move inside a surveillance area in a queue to a target; the method comprising: receiving a sequence of image frames (141, 142, 143, 149) that represent the surveillance area; calculating flow vectors (212, 222, 211, 221) that indicate an optical displacement for the sequence of image frames (141/142, 142/143); calculating a lead vector, that points into the direction of the queue, from a number of flow vectors as a basis for deriving data for further vectors; determining, by using flow vectors, first and second intermediate vectors (541, 542) commencing at points along a first extension direction and a second extension direction respectively, wherein at least one of the first and second extension directions deviates from the lead vector; selecting the longer of the intermediate vectors (541A, 542B) as the new lead vector; repeating determining and selecting and concatenating the lead vectors (630, 640, 650, 660, 690) to represent the queue movement characteristics (190, 600). receiving a sequence of image frames (141, 142, 143, 149) that represent the surveillance area; calculating flow vectors (212, 222, 211, 221) that indicate an optical displacement for the sequence of image frames (141/142, 142/143); calculating a lead vector, that points into the direction of the queue, from a number of flow vectors as a basis for deriving data for further vectors; determining, by using flow vectors, first and second intermediate vectors (541, 542) commencing at points along a first extension direction and a second extension direction respectively, wherein at least one of the first and second extension directions deviates from the lead vector; selecting the longer of the intermediate vectors (541A, 542B) as the new lead vector; repeating determining and selecting and concatenating the lead vectors (630, 640, 650, 660, 690) to represent the queue movement characteristics (190, 600).
A method for cleaning reaction product deposits from interior surfaces of a chemical reactor chamber or from a substrate within said chemical reactor chamber, comprising the steps of: heating said reactor chamber to an elevated temperature between 100°C and 400°C; introducing an etchant gas into said reactor chamber, activating said etchant gas either before or after said introduction; allowing an etching reaction to proceed between said etchant gas and said reaction product deposits to remove said reaction product deposits from within said reactor chamber; and evacuating said etchant gas together with gaseous products of said etching reaction; wherein pressure within said reactor chamber is between 20mBar and 1000mBar during said etching reaction, characterized in that said etchant gas is selected from the group consisting of COBr 2, COl 2, SOl 2, SOCl 2, SOBr 2, SO 2 Cl 2, SO 2 Br 2, NOCI, NOBr, NOI, S 2 Cl 2, S 2 Br 2, SCl 2, SBr 2, SOCIBr, SOCIF and SOFBr and said etchant gas may further contain an additive. heating said reactor chamber to an elevated temperature between 100°C and 400°C; introducing an etchant gas into said reactor chamber, activating said etchant gas either before or after said introduction; allowing an etching reaction to proceed between said etchant gas and said reaction product deposits to remove said reaction product deposits from within said reactor chamber; and evacuating said etchant gas together with gaseous products of said etching reaction; wherein pressure within said reactor chamber is between 20mBar and 1000mBar during said etching reaction, characterized in that said etchant gas is selected from the group consisting of COBr 2, COl 2, SOl 2, SOCl 2, SOBr 2, SO 2 Cl 2, SO 2 Br 2, NOCI, NOBr, NOI, S 2 Cl 2, S 2 Br 2, SCl 2, SBr 2, SOCIBr, SOCIF and SOFBr and said etchant gas may further contain an additive.
A relay, comprising a magnet armature with a magnetic core, a housing and a magnetic sensor for detecting the magnetic field of a permanent magnet, wherein - the permanent magnet is fixed to the magnet armature for identifying the position of the magnet armature, characterized in that - the magnet armature and the permanent magnet are arranged in the housing, - the housing is hermetically sealed and filled with a gas, - the magnetic sensor is arranged outside of the housing and fixed to the housing, - the permanent magnet is formed as a ring magnet and comprises an opening, - the relay comprises an exhaust tube for filling the housing with the gas and the exhaust tube extends at least intermittently into the opening in a first position of the permanent magnet. - the permanent magnet is fixed to the magnet armature for identifying the position of the magnet armature, - the magnet armature and the permanent magnet are arranged in the housing, - the housing is hermetically sealed and filled with a gas, - the magnetic sensor is arranged outside of the housing and fixed to the housing, - the permanent magnet is formed as a ring magnet and comprises an opening, - the relay comprises an exhaust tube for filling the housing with the gas and the exhaust tube extends at least intermittently into the opening in a first position of the permanent magnet.
A process for the production of an aqueous dispersion of metal nano particles comprising palladium, the process comprising: the admixture of a water soluble organic polymer selected from the group consisting of polyvinyl alcohol, starch, gelatine and polyvinyl acetate; a palladium salt; and as a first reducing agent, a zirconium nitrate polymer which has reducing properties; to an aqueous liquid.
Vehicle with trailer, operatively connected thereto through a cardan, characterised in that it includes sensing means of the angle (α; β) between the vehicle and the cardan, between the trailer and the cardan or between the vehicle and the trailer, comparison means of the angle with a threshold angle and means which disengage the power take-off upon exceeding in one direction the threshold angle and which engage it when the angle exceeds again the threshold angle in the opposite direction, characterised in that said trailer is a towed load and in that sensing means of the angle (α; β) are arranged around the cardan.