mhurhangee/patent-ind-claim-en huggingface dataset:
Device for cutting products simultaneously on three sides in a plurality of cutting stations , having a common upper knife carrier which is able to be operated in a lifting movement, wherein at least knives for front-edge cutting as well as top-and-bottom cutting of the products are able to be attached to the upper knife carrier, having a first drive that drives the upper knife carrier as well as a transportation installation having top-proximal and bottom-proximal transport belt pairs for transporting the products through the cutting stations of the device , having at least one second drive that drives the transportation installation, wherein the drives for the lifting installation and the transportation installation are embodied as stand-alone, mutually independent drives which are connected to one another by way of a control installation , characterized in that the device, in the transportation direction (T) of the products downstream of the transportation installation , for transporting the products through the cutting stations has a further outfeed transportation installation which has a stand-alone, independent drive which by way of a control installation is connected to the other independent drives of the device.
A forward grip to couple to a firearm, the firearm including a trigger , a handle , a barrel extending forward from the trigger and the handle, and a handguard or forestock extending along the barrel, the forward grip comprising: an interface to engage the handguard or forestock forward of the trigger and handle; a body extending downward and rearward from the interface, the body defining an index finger grip surface and defining at least a second grip surface downward and rearward of the index finger grip surface and separated from the index finger grip surface by a ridge ; and a thumb paddle extending from a side of the body to engage a thumb below the barrel and below the handguard or forestock, characterized in that the thumb paddle is moveable to select positions along the side of the body and the index finger grip surface is moveable between one or more select positions. an interface to engage the handguard or forestock forward of the trigger and handle; a body extending downward and rearward from the interface, the body defining an index finger grip surface and defining at least a second grip surface downward and rearward of the index finger grip surface and separated from the index finger grip surface by a ridge ; and a thumb paddle extending from a side of the body to engage a thumb below the barrel and below the handguard or forestock, characterized in that the thumb paddle is moveable to select positions along the side of the body and the index finger grip surface is moveable between one or more select positions.
A convertible wheelchair ramp system for a vehicle , characterized in that the convertible wheelchair ramp system includes a manual ramp configuration and a power ramp configuration , the convertible wheelchair ramp system comprising: a first spindle when the convertible wheelchair ramp system is in the manual ramp configuration and a second spindle when the convertible wheelchair ramp system is in the power ramp configuration ; a bimodal bracket including a spindle aperture configured to engage the first spindle in a manual ramp mode and to engage the second spindle in a power ramp mode ; a common ramp assembly for use in both the manual ramp mode and the power ramp mode , the common ramp assembly including a first ramp plate rotatably coupled to the first spindle in the manual ramp mode and through the second spindle in the power ramp mode , the first ramp plate including a chain wheel mounting location; a common ramp fold arm for use in both of the manual ramp mode and the power ramp mode , the common ramp fold arm fixedly coupled to the first ramp plate and rotatably coupled to the bimodal bracket ; and a common fold arm collar configured to separately mount to either of the first spindle in the manual ramp mode or to the second spindle in the power ramp mode , wherein mounting of the common fold arm collar to the first spindle provides for the manual ramp configuration and the mounting of the common fold arm collar to the second spindle provides for the power ramp configuration . a first spindle when the convertible wheelchair ramp system is in the manual ramp configuration and a second spindle when the convertible wheelchair ramp system is in the power ramp configuration ; a bimodal bracket including a spindle aperture configured to engage the first spindle in a manual ramp mode and to engage the second spindle in a power ramp mode ; a common ramp assembly for use in both the manual ramp mode and the power ramp mode , the common ramp assembly including a first ramp plate rotatably coupled to the first spindle in the manual ramp mode and through the second spindle in the power ramp mode , the first ramp plate including a chain wheel mounting location; a common ramp fold arm for use in both of the manual ramp mode and the power ramp mode , the common ramp fold arm fixedly coupled to the first ramp plate and rotatably coupled to the bimodal bracket ; and a common fold arm collar configured to separately mount to either of the first spindle in the manual ramp mode or to the second spindle in the power ramp mode , wherein mounting of the common fold arm collar to the first spindle provides for the manual ramp configuration and the mounting of the common fold arm collar to the second spindle provides for the power ramp configuration .
Mouthpiece for attachment to a hollow tubular filter portion of an aerosol-generating article, wherein the mouthpiece comprises an inner tubular section having a minimum outer diameter which is smaller than an inner diameter of the hollow tubular filter portion of the aerosol-generating article, and wherein the mouthpiece comprises an outer tubular section having a maximum inner diameter which is larger than an outer diameter of the aerosol-generating article wherein the mouthpiece comprises a central airflow channel arranged along the longitudinal axis of the mouthpiece, wherein the airflow channel comprises a Venturi portion, wherein the Venturi portion comprises an inlet portion , an optional central portion and an outlet portion , wherein the inlet portion is configured converging in a downstream direction and the outlet portion is configured diverging in a downstream direction, wherein the mouthpiece comprises a hinge section for attachment of the mouthpiece to an aerosol-generating device.
A sample measurement system comprising: sample measurement units that are configured to perform measurement on samples by using consumables; a setting part that is configured to allow a user to set therein consumable racks housing the consumables; a first transport path (F) that is configured to supply consumable racks set in the setting part to one of the sample measurement units ; a collector that is arranged adjacent to the setting part and that is configured to collect empty racks that are emptied after being transported to at least one of the sample measurement units ; and a second transport path (R) that is configured to transport the empty racks to the collector . sample measurement units that are configured to perform measurement on samples by using consumables; a setting part that is configured to allow a user to set therein consumable racks housing the consumables; a first transport path (F) that is configured to supply consumable racks set in the setting part to one of the sample measurement units ; a collector that is arranged adjacent to the setting part and that is configured to collect empty racks that are emptied after being transported to at least one of the sample measurement units ; and a second transport path (R) that is configured to transport the empty racks to the collector .
A fender for a vessel for positioning the vessel against a stationary or floating object , comprising a resilient front wall having a shock-absorber side for contacting a stationary or floating object , a rear wall having a fastening side to be fastened to a vessel , an upper side , a lower side and a deformation portion disposed between the front wall , the rear wall , the upper side and the lower side , wherein the deformation portion comprises a plurality of resilient connection elements which are fixed to the front wall in respective front wall junctions spaced from each other in a direction parallel to the front wall and the upper side , on the one hand, and to the rear wall in respective rear wall junctions spaced from each other in a direction parallel to the rear wall and the upper side , on the other hand, each of said connection elements having a length between the front wall and the rear wall which exceeds the shortest distance between the front wall and the rear wall at its corresponding front wall junction or rear wall junction , as measured in a direction from the shock-absorber side to the fastening side , wherein the number of front wall junctions as well as the number of rear wall junctions is less than ten per meter, preferably less than seven per meter, characterized in that two neighbouring connection elements are attached to each other at an intermediate junction located between the front wall and the rear wall .
Manufacturing process for an enveloping component for a custom-made shoe including the following stages: - from the digital model of the lower limb of the user , the generation, through a processor , of a numeric model of a brace of the custom-made shoe associated with the lower limb of the user ; - the transfer of the digital model of the brace of the custom-made shoe to the processor of an additive manufacturing machine ; - the generation of a digital model of a block corresponding to an assembly of the digital model of the brace of the custom-made shoe and of the digital model of the lower limb of the user; - the manufacturing of a component enveloping , at least in part, the block , with the enveloping component being adapted to the brace associated with the lower limb of the user . - from the digital model of the lower limb of the user , the generation, through a processor , of a numeric model of a brace of the custom-made shoe associated with the lower limb of the user ; - the transfer of the digital model of the brace of the custom-made shoe to the processor of an additive manufacturing machine ; - the generation of a digital model of a block corresponding to an assembly of the digital model of the brace of the custom-made shoe and of the digital model of the lower limb of the user; - the manufacturing of a component enveloping , at least in part, the block , with the enveloping component being adapted to the brace associated with the lower limb of the user .
An adhesive composition characterized in that it comprises: - at least one bio-based adhesive, wherein said bio-based adhesive is a polyflavonoid-based polymer, - at least one surfactant selected from anionic and non-ionic surfactants, - at least one vegetable oil selected from palm oil, soy oil and a combination thereof, - optionally, a viscosity reducing agent preferably selected from glycol, triacetin and a combination thereof; and - water. - at least one bio-based adhesive, wherein said bio-based adhesive is a polyflavonoid-based polymer, - at least one surfactant selected from anionic and non-ionic surfactants, - at least one vegetable oil selected from palm oil, soy oil and a combination thereof, - optionally, a viscosity reducing agent preferably selected from glycol, triacetin and a combination thereof; and - water.
A method of making a welded blank assembly , the method comprising the steps of: (a) removing coating material from a coating material layer in an edge region of at least one coated sheet metal piece having a base material layer , an intermediate material layer and a coating material layer , wherein the coating material layer is removed with a laser ablation process that uses thermal energy from a laser beam , and the material layer thickness of the coating material layer is from 5 μm to 100 μm; (b) welding the one coated sheet metal piece to another sheet metal piece so that a weld joint is formed in the edge region of the coated sheet metal piece, the weld joint includes base material from the base material layer of the coated sheet metal piece but is substantially free of coating material from the coating material layer , wherein the material layer thickness of the base material layer is from 0.5 mm to 2 mm, and wherein the material layer thickness of the intermediate material layer is from 1 μm to about 15 μm; and the method being characterized by : (c) applying capping material to the edge region of the coated sheet metal piece so that the capping material covers at least a portion of the weld joint . (a) removing coating material from a coating material layer in an edge region of at least one coated sheet metal piece having a base material layer , an intermediate material layer and a coating material layer , wherein the coating material layer is removed with a laser ablation process that uses thermal energy from a laser beam , and the material layer thickness of the coating material layer is from 5 μm to 100 μm; (b) welding the one coated sheet metal piece to another sheet metal piece so that a weld joint is formed in the edge region of the coated sheet metal piece, the weld joint includes base material from the base material layer of the coated sheet metal piece but is substantially free of coating material from the coating material layer , wherein the material layer thickness of the base material layer is from 0.5 mm to 2 mm, and wherein the material layer thickness of the intermediate material layer is from 1 μm to about 15 μm; and
A computing device comprising: a foldable display; a bend limit layer coupled to the foldable display, the bend limit layer configured to increase its stiffness non-linearly when the foldable display is bent to a radius of curvature less than a limit radius, the limit radius being less than 10 mm; and a backing film coupled to the foldable display, the backing film including: a first layer including unidirectional first fibers oriented in a first direction and embedded within the first layer, wherein the first layer has a thickness of less than 25 μm; and a second layer bound to the first layer, the second layer including unidirectional second fibers oriented in a second direction and embedded within the second layer, wherein the second layer has a thickness of less than 25 μm, wherein the first direction is nonparallel to the second direction. a foldable display; a bend limit layer coupled to the foldable display, the bend limit layer configured to increase its stiffness non-linearly when the foldable display is bent to a radius of curvature less than a limit radius, the limit radius being less than 10 mm; and a backing film coupled to the foldable display, the backing film including: a first layer including unidirectional first fibers oriented in a first direction and embedded within the first layer, wherein the first layer has a thickness of less than 25 μm; and a second layer bound to the first layer, the second layer including unidirectional second fibers oriented in a second direction and embedded within the second layer, wherein the second layer has a thickness of less than 25 μm, wherein the first direction is nonparallel to the second direction. a first layer including unidirectional first fibers oriented in a first direction and embedded within the first layer, wherein the first layer has a thickness of less than 25 μm; and a second layer bound to the first layer, the second layer including unidirectional second fibers oriented in a second direction and embedded within the second layer, wherein the second layer has a thickness of less than 25 μm, wherein the first direction is nonparallel to the second direction.
An apparatus for supporting a substrate in a process chamber and regulating surface temperature of the substrate , the apparatus comprising: a base support including a surface adapted to support the substrate ; and a heater for heating the substrate , the heater disposed proximate the base support , the apparatus being characterized in that the base support is made of a composite material comprising a plurality of thermally conductive arcuate members separated from the heater and embedded within a matrix , each of the plurality of thermally conductive arcuate members being arranged concentrically and defining predetermined intervals in a radial direction such that the plurality of thermally conductive arcuate members causes the composite material to provide an anisotropic thermal conductivity in radial (ρ), azimuthal (φ) and axial (z) directions in a cylindrical coordinate system of the base support . a base support including a surface adapted to support the substrate ; and a heater for heating the substrate , the heater disposed proximate the base support ,
A bottle for a container for parenterally administrable pharmaceutical products comprising a neck , having a neck height (Hc), and ending superiorly in an access mouth defined by a radially protruding ridge , having a ridge height (Hr) and a maximum width (L); characterized in that the ridge height (Hr) is about 1⁄4 of the neck height (Hc) and the maximum width (L) of the ridge substantially corresponds to the ridge height (Hr) .
A method in a network node of a wireless communication network, the method comprising: for a cooperating group of user equipments, UEs, transmitting group-specific information to at least one transmit point, TP, for transmission to at least a subset of the cooperating UEs in the group, the group-specific information comprising information to configure cooperating UEs in the group to generate a group common contention window for synchronous clear channel assessment (CCA) and aligned sidelink transmission starting times .
A device for a MeV based ion beam analysis of a sample, comprising - a vacuum measurement chamber with at least one detector and an observation mirror and/or a camera for sample observation, - a vacuum system for generating a vacuum within the vacuum measurement chamber, - an ion beam tube as well as a focusing system for focusing an ion beam, - a sample transfer system, comprising a sample manipulator with a sample holder for receiving at least one sample, characterized in that the device has a coupling system in the form of a joint vacuum feedthrough for the vacuum-sealed connection of the ion beam tube to the measurement chamber , - which comprises an ion beam vacuum feedthrough, at least one means for receiving the at least one detector, at least one means for receiving the observation mirror and/or the camera as well as a means for receiving the sample transfer system, wherein the detector, the observation mirror and/or the camera and the sample transfer system are each connected to the coupling system via the aforementioned receiving means, - and thus represents a mechanical connection between the components ion optics, detector, observation mirror and/or camera and sample transfer system, thereby enabling small distances and a precise alignment between the last ion-optical component of the focusing system, the sample to be examined and the detector. - a vacuum measurement chamber with at least one detector and an observation mirror and/or a camera for sample observation, - a vacuum system for generating a vacuum within the vacuum measurement chamber, - an ion beam tube as well as a focusing system for focusing an ion beam, - a sample transfer system, comprising a sample manipulator with a sample holder for receiving at least one sample, - which comprises an ion beam vacuum feedthrough, at least one means for receiving the at least one detector, at least one means for receiving the observation mirror and/or the camera as well as a means for receiving the sample transfer system, wherein the detector, the observation mirror and/or the camera and the sample transfer system are each connected to the coupling system via the aforementioned receiving means, - and thus represents a mechanical connection between the components ion optics, detector, observation mirror and/or camera and sample transfer system, thereby enabling small distances and a precise alignment between the last ion-optical component of the focusing system, the sample to be examined and the detector.
A method for information transmission, comprising: acquiring , by a first device, first indication information transmitted by a second device, wherein the first indication information is used to request first system information required by the second device; and transmitting , by the first device, the first system information according to the first indication information, characterized in that the method further comprises: before acquiring, by the first device, the first indication information transmitted by the second device, transmitting, by the first device, second indication information, the second indication information indicating system information which can be transmitted by the first device. acquiring , by a first device, first indication information transmitted by a second device, wherein the first indication information is used to request first system information required by the second device; and transmitting , by the first device, the first system information according to the first indication information, characterized in that the method further comprises: before acquiring, by the first device, the first indication information transmitted by the second device, transmitting, by the first device, second indication information, the second indication information indicating system information which can be transmitted by the first device.