mhurhangee/patent-ind-claim-en huggingface dataset:
An internal combustion engine , comprising: an engine block defining a cylinder ; a case member fastened to a lower part of the engine block to define a crank chamber jointly with the engine block ; a bearing member fastened to the engine block in the crank chamber to rotatably support a crankshaft ; a breather chamber defined in the engine block ; an inlet passage formed in the engine block to communicate the crank chamber with the breather chamber ; a connection pipe communicating the breather chamber with an intake device ; and an oil return passage formed at least inside the bearing member , and extending from a bottom part of the breather chamber to an oil return port opening at an outer surface of the bearing member ; characterized in that breather chamber includes an upstream breather chamber located on one side of the cylinder , and a downstream breather chamber located on another side of the cylinder and communicating with the upstream breather chamber as viewed in a direction extending along an axis of the crankshaft , and the inlet passage communicates with the upstream breather chamber , the connection pipe communicates with the downstream breather chamber , and the oil return passage communicates with a bottom part of the downstream breather chamber . an engine block defining a cylinder ; a case member fastened to a lower part of the engine block to define a crank chamber jointly with the engine block ; a bearing member fastened to the engine block in the crank chamber to rotatably support a crankshaft ; a breather chamber defined in the engine block ; an inlet passage formed in the engine block to communicate the crank chamber with the breather chamber ; a connection pipe communicating the breather chamber with an intake device ; and an oil return passage formed at least inside the bearing member , and extending from a bottom part of the breather chamber to an oil return port opening at an outer surface of the bearing member ; characterized in that breather chamber includes an upstream breather chamber located on one side of the cylinder , and a downstream breather chamber located on another side of the cylinder and communicating with the upstream breather chamber as viewed in a direction extending along an axis of the crankshaft , and the inlet passage communicates with the upstream breather chamber , the connection pipe communicates with the downstream breather chamber , and the oil return passage communicates with a bottom part of the downstream breather chamber .
- Supporting structure for sliding rail, comprising one or several identical modules, stacked longitudinally and supported on beams of a conventional compact palletisation facility, on which tracks for chains of the sliding rail are mountable, each of which in turn comprises ▪ a mesh with a quadrangular format and shaped as a plurality of support rods arranged perpendicularly and welded together forming a fixed unit, ▪ ribs on which the mesh is supported, the said ribs being fixed-length ribs or telescopic ribs of adjustable length, characterized in that , - the mesh has, on its upper part, supporting rods of a larger diameter than the support rods of the mesh, on which subsequently the chain will slide, the said supporting rods being distributed in pairs; and in that - the said ribs are arranged perpendicularly in relation to the supporting rods of the mesh. ▪ a mesh with a quadrangular format and shaped as a plurality of support rods arranged perpendicularly and welded together forming a fixed unit, ▪ ribs on which the mesh is supported, the said ribs being fixed-length ribs or telescopic ribs of adjustable length, - the mesh has, on its upper part, supporting rods of a larger diameter than the support rods of the mesh, on which subsequently the chain will slide, the said supporting rods being distributed in pairs; and in that - the said ribs are arranged perpendicularly in relation to the supporting rods of the mesh.
A machine for tying food products, comprising a fixed frame which supports supporting means for at least one food product to be tied and being provided with a winding device which is adapted to wind at least one twine around said food product , said winding device comprising means for feeding said twine , means for moving said feeder means along a circular trajectory about said supporting means , means for locking at least one portion of said twine with respect to said fixed frame and means for guiding said twine toward and around said food product , in order to form around said food product at least one winding of said twine , knotting means being provided which are adapted to mutually join, by means of at least one knot, at least two portions of said twine , and further comprising means for varying the tension of said twine during at least one operational step of the operation of the machine, said means for varying the tension of said twine comprising means for braking said twine which can move with respect to said twine and are adapted to apply a braking action, which can vary on command, with respect to a relative sliding between said twine and said braking means , characterized in that said braking means are functionally connected to control means configured to drive said braking means , in order to vary automatically the braking action applied by said braking means to said twine during the operation of the machine.
An article transport vehicle , comprising: a travel portion that travels to set positions (p) set corresponding to a plurality of storage portions for storing articles (B); a control unit that controls the travel portion ; a support portion that supports an article (B) taken out from one of the plurality of storage portions and placed through a placement opening (K) by a worker (M); and an identification information reading unit that reads identification information indicative of information of the worker (M), the article transport vehicle being characterized by a placement detecting unit that detects placement of an article (B) through the placement opening (K); and in that the identification information reading unit reads the identification information when the placement detecting unit detects placement of an article (B), and the control unit further associates the identification information and placement history (PH) of an article (B) and stores the placement history (PH) in a storage unit . a travel portion that travels to set positions (p) set corresponding to a plurality of storage portions for storing articles (B); a control unit that controls the travel portion ; a support portion that supports an article (B) taken out from one of the plurality of storage portions and placed through a placement opening (K) by a worker (M); and an identification information reading unit that reads identification information indicative of information of the worker (M), the article transport vehicle being characterized by a placement detecting unit that detects placement of an article (B) through the placement opening (K); and in that the identification information reading unit reads the identification information when the placement detecting unit detects placement of an article (B), and the control unit further associates the identification information and placement history (PH) of an article (B) and stores the placement history (PH) in a storage unit .
A variant of a parent Termamyl-like alpha-amylase, said variant comprising (a) an alteration at the position 299, wherein the alteration is N299F,Y,Q,T, (b) an additional mutation in one or more methionine residues, (c) the variant has alpha-amylase activity, (d) the position corresponds to a position of the amino acid sequence of the parent alpha-amylase having the amino acid sequence of the parent Termamyl-like alpha-amylase having the amino acid sequence of AA560 shown in SEQ ID NO: 12, (e) wherein the variant has improved specific activity relative to said parent alpha-amylase, and (f) has an amino acid sequence identity of at least 60% with the amino acid sequence of SEQ ID NO:12. (e) wherein the variant has improved specific activity relative to said parent alpha-amylase, and (f) has an amino acid sequence identity of at least 60% with the amino acid sequence of SEQ ID NO:12.
Apparatus for enhancing an input signal (s), comprising a sparse approximator configured to generate, using sparse approximation, an approximated signal (a) approximating the input signal; a high frequency portion extractor configured to extract a high frequency portion (h) from the approximated signal (a) wherein the high frequency portion extractor is a high pass filter or is configured to extract the high frequency portion from the approximated signal by estimating a low frequency portion of the approximated signal and subtracting the low frequency portion from the approximated signal; and a combiner configured to combine the input signal (s) and the extracted high frequency portion (h) extracted from approximated signal by adding the input signal and the high frequency portion of the approximated signal, wherein the sparse approximator is configured to perform the sparse approximation by sequentially performing a forward transformation by using shearlets to obtain transform coefficients, thresholding the transform coefficients to obtain thresholded transform coefficients and performing an inverse transform onto the thresholded transform coefficients.
A transmission system for a propulsion system , the propulsion system comprising at least one power unit , a power transfer system and at least one propulsion element , the transmission system comprising: a summation transmission configured to receive power from the at least one power unit and/or power transfer system ; a propulsion output transmission comprising a first propulsion output shaft and configured to receive power from the summation transmission and direct the power to the at least one propulsion element ; and a power transfer transmission operably connected to the summation transmission and configured to transfer power between the summation transmission and the power transfer system ; wherein the power transfer transmission comprises a first power transfer shaft and a power transfer coupler configured to selectively operably connect the first power transfer shaft to the first propulsion output shaft such that power is transferred directly from the power transfer system to the propulsion output transmission ; wherein the summation transmission comprises a sun gear and a ring gear , the first power transfer shaft being operably connected to the sun gear and the first propulsion output shaft being operably connected to the ring gear . a summation transmission configured to receive power from the at least one power unit and/or power transfer system ; a propulsion output transmission comprising a first propulsion output shaft and configured to receive power from the summation transmission and direct the power to the at least one propulsion element ; and a power transfer transmission operably connected to the summation transmission and configured to transfer power between the summation transmission and the power transfer system ;
A process for the production of a bouillon and/or seasoning tablet and/or cube, which comprises, in total % in weight, 0.5-10 % oil, and/or 0-5 % fat, binders, salt, between 1 and 5 % of total water, as well as between 0.5 and 8 % of cereal, vegetable and/or fruit fibers, as well as optionally sugar, spices, flavors, taste enhancers, dehydrated vegetables, herb leaves and/or plant extracts, wherein the fibres are wetted with a saturated salt solution by spraying said saturated solution on the fibres, the wetted fibres are then mixed with all the other ingredients and the obtained mixture is tabletted.
A composition for dermal injection, comprising first cross-linked hyaluronic acid particles, second cross-linked hyaluronic acid particles having different particle diameters from the first cross-linked hyaluronic acid particles, and non-cross-linked hyaluronic acid, obtained by mixing the first cross-linked hyaluronic acid particles, the second cross-linked hyaluronic acid particles and the non-cross-linked hyaluronic acid, wherein the first cross-linked hyaluronic acid particles and the second cross-linked hyaluronic acid particles are included in a weight ratio of 1: 2.5 or more to 5.5 or less, the first cross-linked hyaluronic acid particles and the non-cross-linked hyaluronic acid are included in a weight ratio of 1: 0.1 or more to 1.2 or less, the first cross-linked hyaluronic acid particles have an average particle diameter of 10 to 250 μm, the second cross-linked hyaluronic acid particles have an average particle diameter of 1,500 to 3,000 μm and the average particle diameter is volume-based D50, measured using a particle size analyzer and water as a dispersing solvent. obtained by mixing the first cross-linked hyaluronic acid particles, the second cross-linked hyaluronic acid particles and the non-cross-linked hyaluronic acid, wherein the first cross-linked hyaluronic acid particles and the second cross-linked hyaluronic acid particles are included in a weight ratio of 1: 2.5 or more to 5.5 or less, the first cross-linked hyaluronic acid particles and the non-cross-linked hyaluronic acid are included in a weight ratio of 1: 0.1 or more to 1.2 or less, the first cross-linked hyaluronic acid particles have an average particle diameter of 10 to 250 μm, the second cross-linked hyaluronic acid particles have an average particle diameter of 1,500 to 3,000 μm and the average particle diameter is volume-based D50, measured using a particle size analyzer and water as a dispersing solvent.
Diaphragm valve comprising a diaphragm with a diaphragm screw and a diaphragm deformation arrangement , wherein the diaphragm deformation arrangement interacts with a drive element , wherein the diaphragm deformation arrangement comprises at least one elastic deformation element , a transmission element and a contour element with a diaphragm contact surface , and wherein the elastic deformation element is arranged between the transmission element and the contour element , characterized in that the transmission element is connected to a diaphragm screw , wherein the transmission element is configured in a single piece from a cylindrical diaphragm contact and a metallic disc, and the cylindrical diaphragm contact has a receptacle of the diaphragm screw and a smooth surface in the form of a cylindrical guide surface, which forms a convex curvature.
A storage device, comprising: at least one controller for a virtual machine, VM, , wherein the VM is on a source host (105-1); first storage for a storage data for the VM ; second storage for a storage state for the VM ; a storage device controller to process at least one read request received from the controller for the VM using the first storage and to process at least one write request received from the controller for the VM using the first storage; and a VM migration state monitor and capture module to assist in the migration of the VM from the source host (105-1) to a destination host (105-2), wherein the storage device includes a Solid State Drive, SSD, and is configured to receive a command to assist in the migration of the VM , wherein the VM migration state monitor and capture module tracks first changes in the storage state for the VM in the storage device and tracks second changes in the storage data for the VM in the storage device , wherein the VM migration state monitor and capture module sends the first changes in the storage state and the second changes in the storage data to a second storage device (125-2) on the destination host (105-2). at least one controller for a virtual machine, VM, , wherein the VM is on a source host (105-1); first storage for a storage data for the VM ; second storage for a storage state for the VM ; a storage device controller to process at least one read request received from the controller for the VM using the first storage and to process at least one write request received from the controller for the VM using the first storage; and a VM migration state monitor and capture module to assist in the migration of the VM from the source host (105-1) to a destination host (105-2), wherein the storage device includes a Solid State Drive, SSD, and is configured to receive a command to assist in the migration of the VM , wherein the VM migration state monitor and capture module tracks first changes in the storage state for the VM in the storage device and tracks second changes in the storage data for the VM in the storage device , wherein the VM migration state monitor and capture module sends the first changes in the storage state and the second changes in the storage data to a second storage device (125-2) on the destination host (105-2).
Device for displacing the oesophagus of a patient during a catheter ablation for cardiac arrhythmia in order to prevent oesophageal injury, having a balloon arrangement asymmetrically expandable in the oesophagus in order to exert displacement pressure on the inside of the oesophagus and having a catheter shaft connected to the expandable balloon arrangement , by which the asymmetric expansion of the balloon arrangement can be controlled with the use of a filling medium, wherein the expandable balloon arrangement has three balloons , which extend transversely to the catheter shaft and which are arranged along the longitudinal axis of the balloon arrangement pointing alternately radially in opposite directions and are expandable independently of each other by introduction of the filling medium through separate lumens in the catheter shaft , characterised in that the catheter shaft has three bores , which are enclosed in the area of the balloon by an elastic balloon tube as well as a covering tube , which has a distal, an intermediary and a proximal recess , which point alternately in opposite directions along the axis of the catheter shaft , and wherein the covering tube in the proximity of the bores has a recess , so that by means of a fluid introduced through the catheter shaft and the bores an expansion of the balloon tube within the recesses can be achieved for the formation of balloons .
An antiangiogenic agent for use in a method of preventing or treating an ophthalmic disease or disorder associated with ocular angiogenesis in a subject, the agent comprising a vehicle having a plurality of nucleic acids associated therewith, each nucleic acid in said plurality of nucleic acids having a sequence comprising at least 9 nucleic acid bases hybridized to at least 9 nucleic acid bases of a complementary nucleic acid sequence comprised within a sequence of at least one ocular angiogenesis growth factor (OAGF) aptamer, wherein said hybridization dissociates upon binding of at least one ocular angiogenesis growth factor to said at least one aptamer; wherein the method comprises topically administering to said subject the antiangiogenic agent.
Method for creating a job from a central operator software for various laser types , in particular laser plotters or galvo marking lasers , for engraving, marking, lettering and/or cutting a preferably flat workpiece , in which at least one beam source in the form of a laser is used in a housing of the laser device for processing the workpiece , wherein the workpiece is deposited in a defined manner in a processing chamber on a processing table and a laser beam emitted by the beam source sent via deflecting elements to at least one focusing unit, from which the laser beam is deflected in the direction of the workpiece and positioned accordingly, wherein the control is effected via control software running in a control unit, in which a so-called job is processed, wherein a graphic and/or text is created or imported in a central operator software , whereupon the parameters "material , material thickness , engraving depth or effect , respectively, and cutting effect " are set in the operator software for creation of the job , whereupon a laser type - laser plotter or galvo marking laser - is suggested or determined by the operator software , or the desired laser type - laser plotter or galvo marking laser - is selected by the user, characterized in that after selection of the laser type the movement parameters of the selected laser type required for generating the graphics and/or text are calculated and defined by an analysis tool , wherein the movement parameters for x-y movement paths of a carriage are calculated and generated by the analysis tool when the laser type "laser plotter " is selected, or the movement parameters for an angular adjustment of a mirror are calculated and generated when the laser type "galvo marking laser " is selected, whereupon the laser power and speed are calculated and determined by the analysis tool .
Assembly associating a laser source with a device for optically, geometrically and energetically shaping the light rays of a laser beam that passes therethrough, characterized in that the shaping device is formed by a duct comprising an entrance orifice , an exit orifice and an internal wall , which is formed by one or more facets, and which is able, by virtue of a nonzero aperture angle, to reorient, via one and only one reflection, the reflected portion of the rays of the beam passing through, at least one geometric characteristic of the shaping device being arranged depending on at least one characteristic of the laser beam to reorientate the portion of the rays that is located on the periphery of the laser beam , so that the ratio between this portion and an area of a cross section of the laser beam defines the optical, geometric and energetic properties of the laser beam at the exit of the device , the geometric characteristic of the shaping device being contained in a list comprising at least: - the aperture dimension (Le) of the entrance orifice of the device , - the aperture dimension (Lo) of the exit orifice of the device , - the shape of the exit orifice of the device , - the length (L) of the device , - the position of the focal point (Lp) of the laser beam with respect to the entrance of the device , - the focal angle (α) of the laser beam at the entrance of the device , - the shape of the duct forming a waveguide - the opening angle (β) of the device , so that the relationship between the angle (α) of the incident beam and the opening angle (β) defines the limiting angle (α L ) below which there is no homogenization by the relationship: L − L p . tg α L 2 = L . tg L e 2 . L + β 2 . - the aperture dimension (Le) of the entrance orifice of the device , - the aperture dimension (Lo) of the exit orifice of the device , - the shape of the exit orifice of the device , - the length (L) of the device , - the position of the focal point (Lp) of the laser beam with respect to the entrance of the device , - the focal angle (α) of the laser beam at the entrance of the device , - the shape of the duct forming a waveguide - the opening angle (β) of the device ,