mhurhangee/ep-ind-claims huggingface dataset:
A combustion engine mounted to a saddle-riding type vehicle and having an engine rotary shaft extending in a vehicle widthwise direction, wherein incoming wind taken in from a front of a steering handle that is positioned forwardly of the combustion engine, is introduced through an air intake duct (70, 70A) to the combustion engine, the air intake duct (70, 70A) extends from the front of the steering handle to a rearward of a cylinder block so as to pass above a radiator and pass laterally of one side of the cylinder block in the vehicle widthwise direction, and a supercharger is disposed rearwardly of the cylinder block and comprises a suction port opened in the vehicle widthwise direction, wherein in a region lateral to the combustion engine, the air intake duct (70, 70A) passes below an upper surface of a cylinder head of the combustion engine, as viewed from the side, the air intake duct (70, 70A) has an introduction port disposed on a front surface of a vehicle body, and the incoming wind is taken in the air intake duct (70, 70A) through an air intake port that is opened forward of the vehicle body, an air intake chamber, configured to accumulate intake air supplied from the supercharger, is disposed above the supercharger; a fuel tank is disposed above the air intake chamber, and a cleaner outlet of an air cleaner is connected to the suction port, and the air intake duct is connected to a cleaner inlet of the air cleaner from the outer side in the motorcycle widthwise direction.
A luminaire with an optical system, having: - an optical element, - a light emission area for accommodating an illuminant, which interacts optically with the optical element, - a manipulation element for the relative position change of the optical element with regard to the light emission area, and - a spring element, which is designed in such a manner that it exercises a resetting force on the optical element during the relative position change of the optical element, wherein the spring element is integrally formed with the optical element, wherein the manipulation element is designed in such a manner that it produces the relative position change of the optical element by a rotational movement, wherein the optical element is designed in such a manner that it can be tilted by the relative position change with regard to the light emission area by the manipulation element, and wherein a translation element is also provided, which is designed, so as to translate the rotational movement of the manipulation element into a translational movement, so that the optical element is tilted with regard to the light emission area. - an optical element, - a light emission area for accommodating an illuminant, which interacts optically with the optical element, - a manipulation element for the relative position change of the optical element with regard to the light emission area, and - a spring element, which is designed in such a manner that it exercises a resetting force on the optical element during the relative position change of the optical element, wherein
A surface provided with a pattern of luminescent elements, wherein the aforesaid luminescent elements are incorporated at least in the top layer of the aforesaid surface, characterised in that masking elements are present at least in the aforesaid top layer, the composition and size of which masking elements being such that the visibility of the aforesaid pattern in daylight conditions is reduced in comparison with a situation in which no such masking elements are present in the top layer of the aforesaid surface in which the aforesaid luminescent elements are incorporated at least in the top layer thereof, wherein said surface is selected from the group of bicycle path, moped path, footpath and car roadway, wherein in a dark situation the aforesaid pattern of luminescent elements will be visible after being irradiated.
A coaxial high-pressure coupling for hoses or pipelines with a plug part and with a receptacle part that accommodates the plug part in the coupled state, wherein the plug part and the receptacle part each have a valve body (11, 31) with an inner channel (13, 33) and an outer channel (16, 36) arranged concentric thereto, wherein the inner channels (13, 33) and the outer channels (16, 36) of the plug part and of the receptacle part are connected to one another in the coupled state, wherein a closing cone can be moved in the inner channel of the valve body of the plug part and a closing sleeve can be moved in the outer channel of the plug part against the respective force of a spring (21, 25), and wherein the closing cone and the closing sleeve can be respectively displaced into their open position by the receptacle part during the coupling process, characterized in that a valve bore, which is connected to the inner channel at one end and connected to the atmosphere at the other end and has a valve piston displaceably arranged therein, is arranged in the interior of the closing cone that can be moved in the inner channel formed by an inner pipe, and in that the valve piston is prestressed into its blocking position, in which it blocks the connection between the valve bore and the inner channel, by the force of a spring and can be displaced into a leakage position by an overpressure in the inner channel that acts against the spring.
An open rotary electric machine that comprises a rotor and a stator and is cooled by a stream of air generated by at least one fan, the fan being driven by a main shaft of the machine or by its own drive system, this fan comprising main blades for generating a stream of cooling air and, upstream of these main blades, fins which at least partially cover coil heads of the stator in the axial direction, the fins adjoining an air inlet of a main part of the fan which comprises the main blades, the fins generating a stream of air that is directed in the radial direction towards the windings of the stator, the fins being elongate in the axial direction of the machine, the fins having a dimension in the axial direction of the machine which is greater than the maximum dimension of the fins in the radial direction, the fins having a radial dimension that decreases with increasing distance from the rest of the fan and axially covering the coil heads of the stator over a distance of between 5 and 500 mm.
A storage system, comprising: an interface configured to receive a command from a computer for reading or writing data via a network; and a controller configured to manage read or written data of a logical volume based on the command, characterized in that the controller is configured to manage a first relationship among information of an initiator port of the computer, information of the logical volume, and information of an attribute of the network used for transferring the command. an interface configured to receive a command from a computer for reading or writing data via a network; and a controller configured to manage read or written data of a logical volume based on the command, the controller is configured to manage a first relationship among information of an initiator port of the computer, information of the logical volume, and information of an attribute of the network used for transferring the command.
A system for the handling of packaging items, piece goods, and/or packs, the system comprising a handling machine and/or packaging machine, which has at least one handling device with gripper heads for the reception of individual piece goods, such as liquid containers or the like, and for the insertion thereof into intermediate containers, thereby forming packs, and/or for the extraction from said intermediate containers, and also has insertion frames assigned to the handling device and corresponding to a size of the piece goods and/or of the packs, the insertion frames serving for the infeed of the piece goods into the intermediate containers, and furthermore comprising a magazine in a fixed location and/or in a spatially defined position in relation to the handling machine and/or packaging machine, the magazine having a plurality of storage locations for the accommodation of handling sets (16, 18), which are each formed by at least one handling device with the appropriate gripper heads as well as by an insertion frame assigned to each particular handling device and automatically lockable with the handling device, wherein the magazine is provided and equipped for the accommodation of a plurality of handling sets (16, 18), which are in each instance movable between an operating position at the handling machine and/or packaging machine and a resting position in one of the storage locations, characterised in that at least one of the storage locations of the magazine is formed by a service module, which is spatially separable from the magazine and movable out of the magazine, and which serves for the accommodation in each instance of one handling set (16, 18) or of parts of a handling set (16, 18), wherein the service module, when inserted into the magazine, provides a storage space there, wherein the service module is formed by a change trolley, and wherein the service module is removable from the magazine by rolling out the change trolley, whereby the parts fastened thereto, in particular the gripper heads, are deliverable to the intended maintenance at a distance from the magazine.
RC voltage divider comprising: - a primary part; - a secondary part connected to the primary part, wherein the secondary part comprises a coaxial build up; characterized in that the secondary part comprises a tap conductor and secondary components (5a-5j), wherein the secondary components (5a-5j) are arranged coaxially around the tap conductor. - a primary part; - a secondary part connected to the primary part, wherein the secondary part comprises a coaxial build up;
A composite flame retardant containing (i) 100 parts by weight of magnesium hydroxide particles having an average thickness of 10 to 100 nm, an average width of 2.4 μm or more and an average aspect ratio of 20 to 120 and (ii) 100 to 900 parts by weight of magnesium hydroxide particles having an average width of 1 μm or less and an average aspect ratio of less than 20. (i) 100 parts by weight of magnesium hydroxide particles having an average thickness of 10 to 100 nm, an average width of 2.4 μm or more and an average aspect ratio of 20 to 120 and (ii) 100 to 900 parts by weight of magnesium hydroxide particles having an average width of 1 μm or less and an average aspect ratio of less than 20.
An article of footwear, comprising: a sole structure, including a sole plate, the sole plate including a first compartment; an upper comprising an inner surface and forming an inner void configured to receive a foot of a wearer of the article of footwear; at least one bootie configured to be removable from and re-insertable within, the inner void after manufacture of the article of footwear, wherein a portion of the at least one bootie is fixedly attached to a portion of the upper and the bootie is configured to completely cover the foot; a tensioning system for tightening and loosening the upper around the foot, the tensioning system comprising: a motorized tensioning device removably contained in the first compartment, the motorized tensioning device comprising a motor and a power source, and a lace, wherein the motorized tensioning device is configured to apply tension to the lace to tighten or loosen the upper around the foot; wherein the first compartment comprises a cavity having a depth greater than a thickness of a housing of the motorized tensioning device and; wherein the removal of the at least one bootie provides access to the first compartment for removal of the motorized tensioning device through the inner void. a sole structure, including a sole plate, the sole plate including a first compartment; an upper comprising an inner surface and forming an inner void configured to receive a foot of a wearer of the article of footwear; at least one bootie configured to be removable from and re-insertable within, the inner void after manufacture of the article of footwear, wherein a portion of the at least one bootie is fixedly attached to a portion of the upper and the bootie is configured to completely cover the foot; a tensioning system for tightening and loosening the upper around the foot, the tensioning system comprising: a motorized tensioning device removably contained in the first compartment, the motorized tensioning device comprising a motor and a power source, and a lace, wherein the motorized tensioning device is configured to apply tension to the lace to tighten or loosen the upper around the foot; a motorized tensioning device removably contained in the first compartment, the motorized tensioning device comprising a motor and a power source, and a lace, wherein the motorized tensioning device is configured to apply tension to the lace to tighten or loosen the upper around the foot; wherein the first compartment comprises a cavity having a depth greater than a thickness of a housing of the motorized tensioning device and; wherein the removal of the at least one bootie provides access to the first compartment for removal of the motorized tensioning device through the inner void.
A folding system, preferably a planting box, comprising: (a) a side wall ring comprising ring segments which are connected to each other along ring folding axes and can be folded about the ring folding axes, such that the side wall ring can be folded up flat; (b) a folding insert comprising a base and flanks which are each connected to the base along a flank folding axis and can be folded about the respective flank folding axis relative to the base; and (c) holding structures which each project outwards from the flanks at a distance from the base; (d) wherein the flanks project laterally outwards from the base when the folding insert is unfolded and protrude beyond an end-facing edge of the side wall ring in a projection which projects a plan view onto the unfolded folding insert in parallel onto the end-facing edge of the side wall ring, and wherein (e) flanks of the folding insert which are raised up from the base can be inserted into the side wall ring in the direction of the plan view until at least one of the holding structures comes to abut with the end-facing edge of the side wall ring and holds the folding insert in the side wall ring. (a) a side wall ring comprising ring segments which are connected to each other along ring folding axes and can be folded about the ring folding axes, such that the side wall ring can be folded up flat; (b) a folding insert comprising a base and flanks which are each connected to the base along a flank folding axis and can be folded about the respective flank folding axis relative to the base; and (c) holding structures which each project outwards from the flanks at a distance from the base; (d) wherein the flanks project laterally outwards from the base when the folding insert is unfolded and protrude beyond an end-facing edge of the side wall ring in a projection which projects a plan view onto the unfolded folding insert in parallel onto the end-facing edge of the side wall ring, and wherein (e) flanks of the folding insert which are raised up from the base can be inserted into the side wall ring in the direction of the plan view until at least one of the holding structures comes to abut with the end-facing edge of the side wall ring and holds the folding insert in the side wall ring.
A method for installing a subsea cable with a submersible apparatus, the method comprising: supplying electric power and/or transmitting data through the subsea cable to the submersible apparatus; and laying the subsea cable in a sea with the submersible apparatus. supplying electric power and/or transmitting data through the subsea cable to the submersible apparatus; and laying the subsea cable in a sea with the submersible apparatus.
Fibers comprising a metallocene polypropylene, wherein the metallocene polypropylene has a molecular weight distribution M w /M n of at least 3.0, and wherein the percentage of 2,1-insertions relative to the total number of propylene molecules in the polymer chain is at least 0.5% to at most 1.2%.
A method comprising after the initial use of a physical key to manually unlock the engine control panel initially pairing a user device with an engine control panel and entering a menu access level personal identification number into the engine control panel, whereinafter the initial pairing of the user device with the engine control panel and entry of the menu access level PIN into the engine control panel, the method further comprises automatically powering up or waking up the engine control panel, automatically pairing the engine control panel with the user device and automatically granting menu access level rights based on the previously entered menu access level PIN when the user device is within range of the engine control panel and/or the user device manually connects to the engine control panel, whereby the user device is usable as a key fob for unlocking the engine control panel without requiring a physical key to manually unlock the engine control panel for use and without requiring manual reentry of the menu access level PIN.
An image processing method in a dual-energy CT system, wherein the method comprising: selecting one of a plurality of images as a reference image, and selecting another of the images as a subject image, wherein the reference image comprises a high-energy or low-energy attenuation coefficient image obtained by the dual-energy CT imaging system, and the subject image comprises an electron density image; for a subject pixel in the subject image, determining a pixel corresponding to the subject pixel in the reference image; calculating similarity values of at least part of pixels in the reference image with respect to the pixel corresponding to the subject pixel in the reference image; establishing weight coefficients based on the similarity values, and weighting the subject pixel in the subject image to obtain a processed pixel value. selecting one of a plurality of images as a reference image, and selecting another of the images as a subject image, wherein the reference image comprises a high-energy or low-energy attenuation coefficient image obtained by the dual-energy CT imaging system, and the subject image comprises an electron density image; for a subject pixel in the subject image, determining a pixel corresponding to the subject pixel in the reference image; calculating similarity values of at least part of pixels in the reference image with respect to the pixel corresponding to the subject pixel in the reference image; establishing weight coefficients based on the similarity values, and weighting the subject pixel in the subject image to obtain a processed pixel value.
An implant device for repairing damaged cartilage in a mammalian joint, said implant device being a meniscal implant sized and shaped to replace meniscal cartilage, comprising a smooth and lubricious lower surface sized and shaped to articulate in contact with a tibial plateau, said lower surface being bounded and defined by an arcuate interior edge, an arcuate peripheral edge and opposing tips (908, 909) where said arcuate interior and arcuate peripheral edges meet, a smooth and lubricious upper articulating surface, sized and shaped to articulate in contact with a femoral runner, after implantation; an arcuate peripheral surface, sized and shaped to contact soft tissue in a knee capsule, after implantation; and an arcuate upper edge where said upper articulating surface and said arcuate peripheral surface meet; at least one lower elongated reinforcing member embedded in said arcuate peripheral edge; and, at least one tissue anchoring component coupled to said elongated reinforcing member, characterized in that an upper elongated reinforcing member having a plurality of tissue anchoring components coupled thereto is coupled to or embedded within said arcuate upper edge.
Implant, preferably for treatment of a bone defect, comprising - a binder matrix, - a first group of support bodies and - a second group of support bodies, wherein the support bodies are at least partially surrounded by the binder matrix, characterized in that - the binder matrix is removable by means of water and/or an aqueous liquid and the support bodies of the first group are more rapidly in vivo degradable and/or more rapidly in vivo resorbable than the support bodies of the second group and/or - the binder matrix is more rapidly in vivo degradable and/or more rapidly in vivo resorbable than the support bodies of the first and second group and the support bodies of the first group are more rapidly in vivo degradable and/or more rapidly in vivo resorbable than the support bodies of the second group. - a binder matrix, - a first group of support bodies and - a second group of support bodies, - the binder matrix is removable by means of water and/or an aqueous liquid and the support bodies of the first group are more rapidly in vivo degradable and/or more rapidly in vivo resorbable than the support bodies of the second group and/or - the binder matrix is more rapidly in vivo degradable and/or more rapidly in vivo resorbable than the support bodies of the first and second group and the support bodies of the first group are more rapidly in vivo degradable and/or more rapidly in vivo resorbable than the support bodies of the second group.
A structured packing module for a gas phase reactor, comprising a cylindrical shaped structured packing having a central axis extending along a longitudinal direction, wherein the structured packing comprises: - a plurality of corrugated sheets (10, 20, 30), each corrugated sheet (10, 20, 30) extending circumferentially around the central axis and having a first end and a second end spaced apart from each other along the longitudinal direction, wherein the structured packing has a tube-in-tube structure; wherein each corrugated sheet (10, 20, 30) comprises corrugations extending between the first end and the second end; and wherein the structured packing module comprises a gas flow path comprising at least one inter-sheet gas flow path defined between the adjacently disposed corrugated sheets (10, 20, 30); characterized in that the corrugations are disposed at an acute angle with respect to a line parallel to the central axis, wherein the acute angle is greater than or equal to 5 degree and less than or equal to 30 degree; and wherein the corrugated sheets (10, 20, 30) are arranged to radially overlap with each other such that the corrugations of adjacently disposed corrugated sheets (10, 20, 30) are arranged in a crisscross relationship. - a plurality of corrugated sheets (10, 20, 30), each corrugated sheet (10, 20, 30) extending circumferentially around the central axis and having a first end and a second end spaced apart from each other along the longitudinal direction, wherein the structured packing has a tube-in-tube structure; wherein each corrugated sheet (10, 20, 30) comprises corrugations extending between the first end and the second end; and wherein the structured packing module comprises a gas flow path comprising at least one inter-sheet gas flow path defined between the adjacently disposed corrugated sheets (10, 20, 30); characterized in that the corrugations are disposed at an acute angle with respect to a line parallel to the central axis, wherein the acute angle is greater than or equal to 5 degree and less than or equal to 30 degree; and wherein the corrugated sheets (10, 20, 30) are arranged to radially overlap with each other such that the corrugations of adjacently disposed corrugated sheets (10, 20, 30) are arranged in a crisscross relationship.
A single atomic zinc additive for use in feeds, characterized in that, the single atomic zinc additive comprises a carrier and active metal zinc, wherein the active metal zinc is distributed on a surface of the carrier in single atomic form, without active metal zinc contained inside the carriers; wherein the carrier is nano silica, and a mass ratio of metal zinc to nano silica is 1:.