mhurhangee/ep-ind-claims huggingface dataset:
A harvesting vehicle that gathers crop material comprising a crop discharge speed control system, the harvesting vehicle having a crop accelerator and a spout that receives the crop material from the crop accelerator and directs the crop material to a targeted destination, the crop accelerator being configured to impart an increased velocity to the crop material, a variable speed drive being drivingly coupled to the crop accelerator, the crop discharge speed control system comprising: a crop velocity sensor coupled to the spout of the harvesting vehicle for the detection of a velocity of the crop material in the spout, the crop velocity sensor being configured to produce a velocity signal representative of the velocity of the crop material; a controller in communication with the crop velocity sensor, the controller being configured to receive the velocity signal and to control the speed of the crop accelerator by controlling the variable speed drive, characterized in that the controller being further configured to control the variable speed drive to maintain a selected velocity of the crop material dependent upon a determined modulation of the velocity signal. a controller in communication with the crop velocity sensor, the controller being configured to receive the velocity signal and to control the speed of the crop accelerator by controlling the variable speed drive, characterized in that the controller being further configured to control the variable speed drive to maintain a selected velocity of the crop material dependent upon a determined modulation of the velocity signal.
A method of providing network services to a mobile user equipment, the mobile user equipment being connected to a Femtocell base station, the Femtocell base station connected to a mobile core network via a backhaul tunnel and connected to a fixed access network comprising an authentication server, the fixed access network providing an Internet Protocol, IP, address to the Femtocell base station, the method comprising: providing, by the mobile core network, an access token to the Femtocell base station, the access token generated by the authentication server of fixed access network based on a request from the mobile core network and provided to the Femtocell base station by the mobile core network via the backhaul tunnel therebetween, the access token being used by the mobile user equipment to obtain access to the fixed access network; requesting, by the Femtocell base station, the authentication server of the fixed access network to perform network resource configuration for the mobile user equipment using the access token; and establishing, by the mobile user equipment, a network service connection to the fixed access network based on the obtained network resource configuration, wherein the obtained network resource configuration includes an IP address assigned to the mobile user equipment by the authentication server of the fixed access network and is used by the mobile user equipment to bypass the mobile core network and to directly access the fixed access network at the Femtocell base station. providing, by the mobile core network, an access token to the Femtocell base station, the access token generated by the authentication server of fixed access network based on a request from the mobile core network and provided to the Femtocell base station by the mobile core network via the backhaul tunnel therebetween, the access token being used by the mobile user equipment to obtain access to the fixed access network; requesting, by the Femtocell base station, the authentication server of the fixed access network to perform network resource configuration for the mobile user equipment using the access token; and establishing, by the mobile user equipment, a network service connection to the fixed access network based on the obtained network resource configuration, wherein the obtained network resource configuration includes an IP address assigned to the mobile user equipment by the authentication server of the fixed access network and is used by the mobile user equipment to bypass the mobile core network and to directly access the fixed access network at the Femtocell base station.
An adhesive insert suitable for securing an element to concrete, the insert including: a threaded portion having a circular cross-section; and a securing portion comprising a plurality of helical threads each having a constant pitch; characterised in that the securing portion has a trilobular cross section, and in that each helical thread is formed by an upper surface and a lower surface separated from adjacent threads by a spacer. a threaded portion having a circular cross-section; and a securing portion comprising a plurality of helical threads each having a constant pitch; characterised in that the securing portion has a trilobular cross section, and in that each helical thread is formed by an upper surface and a lower surface separated from adjacent threads by a spacer.
An engine comprising: a cylinder (21, 22) housing a piston (23, 24); an exhaust valve configured to release or block exhaust flow from the cylinder (21, 22); an exhaust camshaft having a hollow structure, the exhaust camshaft including a valve cam for driving the exhaust valve (53, 57); a plurality of journal bearings (85a, 85b, 85c) configured to support the exhaust camshaft; a compression release mechanism attached to the exhaust camshaft, the compression release mechanism configured to release exhaust flow from the cylinder (21, 22) by driving the exhaust valve (53, 57) via the valve cam when the exhaust camshaft rotates below a prescribed speed; and an oil supply system configured to pump oil into the compression release mechanism by supplying oil to an internal space of the exhaust camshaft; wherein the exhaust camshaft including a first end, a second end and a center portion arranged between the first end and the second end, the first end, the second end and the center portion supported by the plurality of journal bearings (85a, 85b, 85c); a first oil inflow port formed in a side surface of the center portion of the exhaust camshaft; and the oil supply system configured to supply inside the exhaust camshaft from the first oil inflow port with oil supplied to a journal bearing of the plurality of journal bearings (85a, 85b, 85c) which is configured to support the center portion of the exhaust camshaft. a cylinder (21, 22) housing a piston (23, 24); an exhaust valve configured to release or block exhaust flow from the cylinder (21, 22); an exhaust camshaft having a hollow structure, the exhaust camshaft including a valve cam for driving the exhaust valve (53, 57); a plurality of journal bearings (85a, 85b, 85c) configured to support the exhaust camshaft; a compression release mechanism attached to the exhaust camshaft, the compression release mechanism configured to release exhaust flow from the cylinder (21, 22) by driving the exhaust valve (53, 57) via the valve cam when the exhaust camshaft rotates below a prescribed speed; and an oil supply system configured to pump oil into the compression release mechanism by supplying oil to an internal space of the exhaust camshaft; wherein the exhaust camshaft including a first end, a second end and a center portion arranged between the first end and the second end, the first end, the second end and the center portion supported by the plurality of journal bearings (85a, 85b, 85c); a first oil inflow port formed in a side surface of the center portion of the exhaust camshaft; and the oil supply system configured to supply inside the exhaust camshaft from the first oil inflow port with oil supplied to a journal bearing of the plurality of journal bearings (85a, 85b, 85c) which is configured to support the center portion of the exhaust camshaft.
A pipe assembly which includes first and second pipe sections having outer and inner pipe ends (20, 22) connected together at a pipe connection, with a first connection end where said first pipe section has a radially outer pipe part of a thickness R and an inner pipe part of a greater thickness T, wherein; at said pipe first connection end said outer pipe end has a nib which extends 360° about a circle, and said inner pipe end has a groove for receiving said nib in an interference fit as said pipe ends move together along a pipe assembly axis during a connection; said inner pipe end has at least one inclined wall (72, 75) positioned to deflect said nib radially outward into alignment with said groove as said pipe section ends are moved together along said axis during a connection, wherein said outer pipe end further has a cylindrical interference shoulder which extends radially closer to the pipe assembly axis than the nib, and wherein the inner pipe end further has a cylindrical interference shoulder for forming a radially facing abutment with the shoulder of the outer pipe end when the nib is received in said interference fit in the groove, wherein the shoulder of the inner pipe end extends radially closer to the pipe assembly axis than the groove.
A method of encoding a video stream, comprising: receiving a frame of a video stream to be encoded, performing motion detection in the frame to identifying steady regions, wherein the steady regions are regions in the frame where no motion is detected, temporally filtering the frame so as to provide a temporally filtered pixel value (304a-e) for each pixel in the frame, for each pixel that is not in the steady regions of the frame: using the temporally filtered pixel value (304a-e) as input value when encoding the pixel, for each pixel in the steady regions of the frame: on a condition that the pixel belongs to a block of pixels of the frame that will be intra-coded, using the temporally filtered pixel value (304a-e) as input value when encoding the pixel, on a condition that the pixel belongs to a block of pixels of the frame that will be inter-coded, using, as input value when encoding the pixel, a value (306a-e) that was used as input value when encoding a corresponding pixel of an immediately preceding frame. receiving a frame of a video stream to be encoded, performing motion detection in the frame to identifying steady regions, wherein the steady regions are regions in the frame where no motion is detected, temporally filtering the frame so as to provide a temporally filtered pixel value (304a-e) for each pixel in the frame, for each pixel that is not in the steady regions of the frame: using the temporally filtered pixel value (304a-e) as input value when encoding the pixel, for each pixel in the steady regions of the frame: on a condition that the pixel belongs to a block of pixels of the frame that will be intra-coded, using the temporally filtered pixel value (304a-e) as input value when encoding the pixel, on a condition that the pixel belongs to a block of pixels of the frame that will be inter-coded, using, as input value when encoding the pixel, a value (306a-e) that was used as input value when encoding a corresponding pixel of an immediately preceding frame. using the temporally filtered pixel value (304a-e) as input value when encoding the pixel, for each pixel in the steady regions of the frame: on a condition that the pixel belongs to a block of pixels of the frame that will be intra-coded, using the temporally filtered pixel value (304a-e) as input value when encoding the pixel, on a condition that the pixel belongs to a block of pixels of the frame that will be inter-coded, using, as input value when encoding the pixel, a value (306a-e) that was used as input value when encoding a corresponding pixel of an immediately preceding frame. on a condition that the pixel belongs to a block of pixels of the frame that will be intra-coded, using the temporally filtered pixel value (304a-e) as input value when encoding the pixel, on a condition that the pixel belongs to a block of pixels of the frame that will be inter-coded, using, as input value when encoding the pixel, a value (306a-e) that was used as input value when encoding a corresponding pixel of an immediately preceding frame.
Process for the hydroformylation of triglycerides by homogeneous catalysis in the presence of at least one cyclodextrin substituted with a methyl or hydroxypropyl group, said process comprising a step a) of bringing together, with stirring, at least one catalyst, water, at least one unsaturated triglyceride having more than 45 carbon atoms and said substituted cyclodextrin, in the presence of hydrogen gas and of carbon monoxide, said step being carried out under reaction conditions allowing the formation of an emulsion during the stirring and decanting of the reaction products once the stirring has stopped; said reaction conditions comprising in particular mechanical stirring ranging from 400 to 1400 revolutions/minute and step a) being carried out under pressure of a gas comprising molecular hydrogen and carbon monoxide at a pressure greater than or equal to 20 bar.
Adjustment drive for a component which can be operated both by means of the adjustment drive and also manually, in particular of a motor vehicle, wherein the adjustment drive comprises a drive and a drive input unit, wherein the drive is provided for driving the drive input unit and the drive input unit is provided for effecting a reduction of a rotational speed of the drive, wherein the drive input unit comprises a gearing component (2.3') into which an overload protector is integrated, characterized in that the drive input unit comprises at least one first gearing stage (2.3'), formed as a spur gear mechanism, with a first drive output shaft, wherein the overload protector is arranged on the first drive output shaft and integrated into a spur gear, and the gearing component (2.31') is formed as the spur gear and has a first part, which first part is formed as an inner ring and is arranged rotationally conjointly on the first drive output shaft, and a second part, which second part is formed as an outer ring and has an external toothing (2.311'), and the gearing component (2.31') furthermore comprises a coupling means, formed as a tolerance ring or a torsion ring or a spring, which is arranged between the first part and the second part and which is provided for coupling the second part to the first part.
A method of screening for a candidate substance for either or both of the treatment and prevention of cancer or the inhibition of cancer cell growth, said cancer is bladder cancer and said method comprising the steps of: (a) contacting a test substance with an SUV39H2 polypeptide; (b) detecting a methyltransferase activity or cell-proliferation promoting activity of the polypeptide of step (a); and (c) selecting the test substance that suppresses the methyltransferase activity or cell-proliferation promoting activity of the polypeptide in comparison with the methyltransferase activity or cell-proliferation promoting activity detected in the absence of the test substance. (a) contacting a test substance with an SUV39H2 polypeptide; (b) detecting a methyltransferase activity or cell-proliferation promoting activity of the polypeptide of step (a); and (c) selecting the test substance that suppresses the methyltransferase activity or cell-proliferation promoting activity of the polypeptide in comparison with the methyltransferase activity or cell-proliferation promoting activity detected in the absence of the test substance.
A slice classification system for a food slicer machine, said slicer machine comprising: - a feeder mechanism configured to carry food to a cutting region; - a cutting region wherein a cutting blade is provided, configured to cut the food into slices; - a conveyor belt configured to transport stacks of slices of food, from a first area adjacent to the cutting region, to a second area spaced away from the cutting region; and - classification means for stacks of slices adjacent to the second area, said slice classification system being characterized in that it is provided with: - image capture means, configured to capture a sequence of digital images from a viewing area located inside the cutting region and transmit said sequence of digital images to processing means; - processing means, configured to analyse at least one predetermined control area of each image of the sequence of images; to select from the entire sequence some preferred images based on said analysis of the control area; to compare at least one region of interest of the preferred images with at least one reference pattern; to classify the preferred images according to said comparison with the reference pattern and to send classification instructions to actuation means; and - actuation means, configured to actuate the classification means for stacks of slices according to the classification instructions of the processing means. - a feeder mechanism configured to carry food to a cutting region; - a cutting region wherein a cutting blade is provided, configured to cut the food into slices; - a conveyor belt configured to transport stacks of slices of food, from a first area adjacent to the cutting region, to a second area spaced away from the cutting region; and - classification means for stacks of slices adjacent to the second area, - image capture means, configured to capture a sequence of digital images from a viewing area located inside the cutting region and transmit said sequence of digital images to processing means; - processing means, configured to analyse at least one predetermined control area of each image of the sequence of images; to select from the entire sequence some preferred images based on said analysis of the control area; to compare at least one region of interest of the preferred images with at least one reference pattern; to classify the preferred images according to said comparison with the reference pattern and to send classification instructions to actuation means; and - actuation means, configured to actuate the classification means for stacks of slices according to the classification instructions of the processing means.
A human granulocyte colony-stimulating factor (G-CSF) dimer of formula M1-L-M2 wherein M1 is a first monomer of G-CSF; M2 is a second monomer of G-CSF; and L is a linker connecting said first monomer and said second monomer and disposed therebetween; wherein L is a polypeptide of formula: -Z-Y-Z- wherein Y is a carrier protein formed by two Fc fragments connected via a plurality of disulfide bonds disposed therebetween; and Z is a short peptide comprising 0 to 30 amino acids; wherein said G-CSF dimer retains the biological activity of G-CSF and is produced by two G-CSF-Fc complexes, each said G-CSF-Fc complex comprising the amino acid sequence of SEQ ID NO:6. M1 is a first monomer of G-CSF; M2 is a second monomer of G-CSF; and L is a linker connecting said first monomer and said second monomer and disposed therebetween; wherein L is a polypeptide of formula: -Z-Y-Z- wherein Y is a carrier protein formed by two Fc fragments connected via a plurality of disulfide bonds disposed therebetween; and Z is a short peptide comprising 0 to 30 amino acids; wherein said G-CSF dimer retains the biological activity of G-CSF and is produced by two G-CSF-Fc complexes, each said G-CSF-Fc complex comprising the amino acid sequence of SEQ ID NO:6. Y is a carrier protein formed by two Fc fragments connected via a plurality of disulfide bonds disposed therebetween; and Z is a short peptide comprising 0 to 30 amino acids;
A fixing device, comprising: a pressing roller; a fixing belt disposed to be rotated by the pressing roller around a rotation axis of the fixing belt; a pressing member disposed within the fixing belt to press a portion of the fixing belt toward the pressing roller; a pair of rotation ring members to support corresponding ends of the fixing belt respectively and be rotated by the fixing belt; and a pair of flange members to rotatably support the pair of rotation ring members respectively; wherein a rotation ring member of the pair of rotation ring members is in an inclined state towards the fixing belt on a corresponding flange member in which, with respect to the rotational axis of the fixing belt, an area of the rotation ring member opposite to a contacting area of the rotation ring member contacting with the pressed portion of the fixing belt protrudes more toward the fixing belt than the contacting area, wherein the rotation ring member of the pair of rotation ring members comprises an inner support that supports the inner surface of the corresponding end of the fixing belt, and a side support that prevents movement of the fixing belt in the direction of a centre axis thereof, and wherein the inner support comprises a groove extending in parallel with a rotation axis direction of the fixing belt. a pressing roller; a fixing belt disposed to be rotated by the pressing roller around a rotation axis of the fixing belt; a pressing member disposed within the fixing belt to press a portion of the fixing belt toward the pressing roller; a pair of rotation ring members to support corresponding ends of the fixing belt respectively and be rotated by the fixing belt; and a pair of flange members to rotatably support the pair of rotation ring members respectively; wherein a rotation ring member of the pair of rotation ring members is in an inclined state towards the fixing belt on a corresponding flange member in which, with respect to the rotational axis of the fixing belt, an area of the rotation ring member opposite to a contacting area of the rotation ring member contacting with the pressed portion of the fixing belt protrudes more toward the fixing belt than the contacting area, wherein the rotation ring member of the pair of rotation ring members comprises an inner support that supports the inner surface of the corresponding end of the fixing belt, and a side support that prevents movement of the fixing belt in the direction of a centre axis thereof, and wherein the inner support comprises a groove extending in parallel with a rotation axis direction of the fixing belt.
Exhaust gas output device for a watercraft, wherein the exhaust gas output device has a first pipe, wherein hot exhaust gas can be directed through the first pipe, wherein the first pipe has a circular or elliptical cross section, wherein the radius of the first pipe can vary according to the height, wherein a second pipe is arranged inside the first pipe, wherein the second pipe is closed at the bottom, wherein the second pipe has a circular or elliptical cross section, wherein the radius of the second pipe can vary according to the height, wherein the radius of the first pipe is larger than the radius of the second pipe, wherein ambient air can be directed through the second pipe, characterized in that a first diffuser ring is arranged above the second pipe and within the first pipe, wherein the first diffuser ring has a circular or elliptical cross section, wherein the radius of the first diffuser ring is larger on the side adjacent to the second pipe than the radius of the second pipe on the side adjacent to the first diffuser ring.
A thermoplastic composition comprising a modified polyolefin, the modified polyolefin comprising 0.1 to 20 wt.% of a cyclodextrin moiety grafted onto a maleic anhydride modified polyolefin, wherein the central pore structures of the cyclodextrin moiety comprise 0.0001 to 3 wt.% of an olefinic inhibitor of an ethylene generation in produce, the inhibitor comprising: wherein R 1 is hydrogen or a C 1-16 alkyl, R 2 is a hydrogen or a C 1-16 alkyl, and R 3 and R 4 are hydrogen or a C 1-16 alkyl with the proviso that at least one of R 1 or R 2 is methyl.