mhurhangee/ep-ind-claims huggingface dataset:
A bag making apparatus for making bags from a web and a continuous engagement tool, the web having a first surface, a second surface, a first side section and a second side section, the continuous engagement tool comprising a first member and a second member which are configured to be detachably engaged with each other, the bag making apparatus comprising: an applicator configured to apply adhesive to at least one of the first side section or the second side section on the first surface in a longitudinal direction of the web; a first folding device configured to fold the web along two first fold lines (4a, 4b) extending in the longitudinal direction of the web such that the first side section and the second side section face the second surface; a second folding device configured to, after application of the adhesive and folding of the web along the two first fold lines (4a, 4b), fold the web along a second fold line extending in the longitudinal direction of the web between the two first fold lines (4a, 4b) such that the first side section and the second side section face each other with the adhesive interposed therebetween; a welding device configured to weld the first member and the second member to the second surface in the longitudinal direction of the web; and a cross cut device configured to, after welding of the first member and the second member and folding of the web along the second fold line, cross-cut the web, the continuous engagement tool and the adhesive (5, 16) in a width direction of the web so as to make bags each having an open edge formed from two folded edges (112, 122) which result from the folding of the web along the two first fold lines (4a, 4b). an applicator configured to apply adhesive to at least one of the first side section or the second side section on the first surface in a longitudinal direction of the web; a first folding device configured to fold the web along two first fold lines (4a, 4b) extending in the longitudinal direction of the web such that the first side section and the second side section face the second surface; a second folding device configured to, after application of the adhesive and folding of the web along the two first fold lines (4a, 4b), fold the web along a second fold line extending in the longitudinal direction of the web between the two first fold lines (4a, 4b) such that the first side section and the second side section face each other with the adhesive interposed therebetween; a welding device configured to weld the first member and the second member to the second surface in the longitudinal direction of the web; and a cross cut device configured to, after welding of the first member and the second member and folding of the web along the second fold line, cross-cut the web, the continuous engagement tool and the adhesive (5, 16) in a width direction of the web so as to make bags each having an open edge formed from two folded edges (112, 122) which result from the folding of the web along the two first fold lines (4a, 4b).
A method for determining deformations of a geometric body or for measuring forces or moments acting on a geometrical body by means of force or deformation measuring sensors, wherein a plurality of force or deformation measuring sensors are arranged in at least two groups on the geometric body, in such a way that a first group of the force or deformation sensors detects load forces or deformations of the geometric body exerted on the geometric body along a first spatial direction relative to a coordinate system that is stationary relative to the geometric body and a second group of the force or deformation sensors detects load forces or deformations of the geometric body exerted on the geometric body along a second spatial direction relative to a coordinate system that is stationary relative to the geometric body, which is independent of the first spatial direction, and in that signal outputs of the force or deformation sensors are combined for the purposes of signal detection and evaluation and determination or assessment of force or deformation components acting in different spatial directions, wherein the signal outputs of the force or deformation sensors are connected in an electrical bridge circuit, wherein at least four force or deformation sensors are provided per group of force or deformation sensors and wherein in each case four of the force or deformation sensors are connected to their signal outputs in an electrical bridge circuit and the output signals of the thus formed at least two electrical bridge circuits are evaluated for the purpose of determining the deformations or forces or moments, wherein the interconnection of the signal outputs of the force or deformation sensors in the electrical bridge circuits is selected in such a way that output signals of the bridge circuits occur proportional to the applied force or to the moment of loading or to a deformation of the geometric body, characterized in that the evaluation of the output signals of the at least two electrical bridge circuits takes place in such a way that they initially compare signals occurring with each other in proportion to the applied force or to the load-bearing moment or to a deformation of the geometric body which are then assessed with respect to occurring symmetries and then, if this evaluation has a plausibility with regard to results expected due to a shape of the geometric body and due to expected forces, moments or deformations and their directions, said results are considered as the reference for the loading force, for an applied moment or a deformation occurred.
A brewing unit for a beverage preparation device, in particular a coffee and/or espresso machine, the brewing unit comprising: a brewing chamber adjustable between different operating positions by means of a drive or adjustment mechanism and configured to receive a beverage substrate, in particular ground coffee powder, via an opening of the brewing chamber and having a brewing chamber bottom (2.3), which is preferably located opposite the opening, and a preferably cylindrical brewing chamber wall (2.1), which is adjacent to the brewing chamber bottom (2.3) and is connected to the brewing chamber bottom (2.3) and in particular defines the opening; and a brew head, at least part of which, preferably a protruding brewing piston, is inserted into the opening of the brewing chamber at least when the brewing chamber is in a brewing position, characterized in that the brewing chamber is connected to a brewing chamber support via elastic deformation means, preferably multiple springs, in particular helical wound springs, and spaced apart therefrom in a movable manner, and the deformation means are dimensioned and designed in such a manner that when a minimum amount of beverage substrate is present in the brewing chamber and when the brewing chamber is moved in the direction of the brewing position, a pressing surface of the brew head, in particular of the brewing piston, comes into contact with the beverage substrate before the brewing position is reached, and when the brewing chamber is moved further in the direction of the brewing position, the pressing surface effects an elastic deformation of the deformation means and a movement of the brewing chamber toward the brewing chamber support in addition to a compaction of the beverage substrate. a brew head, at least part of which, preferably a protruding brewing piston, is inserted into the opening of the brewing chamber at least when the brewing chamber is in a brewing position, characterized in that the brewing chamber is connected to a brewing chamber support via elastic deformation means, preferably multiple springs, in particular helical wound springs, and spaced apart therefrom in a movable manner, and the deformation means are dimensioned and designed in such a manner that when a minimum amount of beverage substrate is present in the brewing chamber and when the brewing chamber is moved in the direction of the brewing position, a pressing surface of the brew head, in particular of the brewing piston, comes into contact with the beverage substrate before the brewing position is reached, and when the brewing chamber is moved further in the direction of the brewing position, the pressing surface effects an elastic deformation of the deformation means and a movement of the brewing chamber toward the brewing chamber support in addition to a compaction of the beverage substrate.
Water deflector for distributing water inside a water-conducting domestic appliance, in particular for distributing water to the spray arms of an automatic dishwasher, comprising an adjustment device that cooperates with a disc cam, characterised in that the disc cam provides a cam profile having a coding, which cam profile extends between a starting point and an end point around a partial circumference of the disc cam, a microswitch being provided which is operatively connected to the cam profile and has a different state when operatively connected to the starting point than at the end point, a rotational direction-dependent drive being provided which drives the adjustment device, the rotational direction of the drive being selected at least when the domestic appliance is first switched on, on the basis of the state of the microswitch.
A liquid composition comprising at least one biological control agent, wherein said biological control agent is spores of a spore forming fungus, a polyether-modified trisiloxane and fumed silica or precipitated silica in a concentration of at least 2.5 wt.-%, wherein said composition comprises 8 wt.-% or less water.
A process for upgrading residuum hydrocarbon feedstocks, comprising: contacting a residuum hydrocarbon and hydrogen with a hydroconversion catalyst in an residuum hydroconversion reactor system; recovering an effluent from the residuum hydroconversion reactor system; separating the effluent from the residuum hydroconversion reactor system to recover two or more hydrocarbon fractions (20, 22, 24, 26, 28, 30, 32, 34) including at least a vacuum residuum fraction and a heavy vacuum gas oil fraction; combining at least a portion of the heavy vacuum gas oil fraction and at least a portion of the vacuum residuum fraction to form a mixed heavy hydrocarbon fraction; feeding at least a portion of the mixed heavy hydrocarbon fraction to a coker; operating the coker at conditions to produce anode grade green coke and distillate hydrocarbons; recovering the distillate hydrocarbons from the coker; fractionating the distillate hydrocarbons recovered from the coker to recover three or more hydrocarbon fractions including a light distillates fraction, a heavy coker gas oil fraction, and a coker recycle fraction. contacting a residuum hydrocarbon and hydrogen with a hydroconversion catalyst in an residuum hydroconversion reactor system; recovering an effluent from the residuum hydroconversion reactor system; separating the effluent from the residuum hydroconversion reactor system to recover two or more hydrocarbon fractions (20, 22, 24, 26, 28, 30, 32, 34) including at least a vacuum residuum fraction and a heavy vacuum gas oil fraction; combining at least a portion of the heavy vacuum gas oil fraction and at least a portion of the vacuum residuum fraction to form a mixed heavy hydrocarbon fraction; feeding at least a portion of the mixed heavy hydrocarbon fraction to a coker; operating the coker at conditions to produce anode grade green coke and distillate hydrocarbons; recovering the distillate hydrocarbons from the coker; fractionating the distillate hydrocarbons recovered from the coker to recover three or more hydrocarbon fractions including a light distillates fraction, a heavy coker gas oil fraction, and a coker recycle fraction.
A product comprising FSH for use in the treatment of infertility in a subject who is at risk for OHSS and who has serum AMH level of ≥ 15 pmol/L, wherein the product is to be administered at a dose of, or a dose equivalent to, 0.09 to 0.19 μg human cell line derived recombinant FSH per kilogram bodyweight of the patient per day, wherein the FSH includes α2, 3- and α2, 6-sialylation wherein 1% to 99% of the total sialylation is α2,6-sialylation.
Autonomous agricultural machine comprising a frame with an inverted U-shaped section, to which at least one front wheel and at least one rear wheel is connected, defining a track, the frame having two sides, corresponding to the arms of the inverted U, and a roof, corresponding to the base of the inverted U, the autonomous agricultural machine further comprising a heat engine system including an engine, characterized in that the autonomous agricultural machine comprises a cooling system having an air circulation duct arranged in the upper part of the frame, directly under the roof, the air circulation duct having at least one opening for allowing the intake of outside air into the air circulation duct and an upper air outlet for expelling hot air upwards, above the roof, the cooling system also comprising a ventilation device for ensuring the circulation of air in the air circulation duct, the air circulation duct being configured to allow the circulation of air for cooling the engine, in particular for cooling a flow of water circulating in the engine and/or a flow of oil circulating in hydraulic circuits of hydraulic systems of the autonomous agricultural machine.
A rechargeable battery (100, 101, 200, 300, 301) including an electrode assembly in a case; a cap plate coupled to an opening of the case; and a rivet electrically connected to the electrode assembly, wherein the rivet comprises a pillar part (31 a) and a rivet flange (31 b) provided on one end of the pillar part (31 a); and further including a gasket between the rivet flange (31 b) and the cap plate, wherein the gasket comprises a gasket body and connected to the gasket body a gasket flange coupled with the rivet flange (31 b) in a contacting area (Ac) wherein a through hole extends through the gasket, characterized in that the rivet flange (31 b) comprises a first rivet flange part extending in a first direction (z) perpendicular to the longitudinal axis of the pillar part and to a second direction (x) perpendicular to the first direction (z); and a second rivet flange part extending from a side edge of the first rivet flange part (311 b) in the second direction (x), wherein the gasket flange comprises a first gasket flange part (341 b) configured to be coupled with the first rivet flange part; and a second gasket flange part extending from a side edge of the first gasket flange part (341 b) in the second direction (x) and configured to be coupled with the second rivet flange part.
A mobile device comprising: a touch screen display; one or more processors; and a memory; wherein the one or more processors are configured to control the touch screen display to display an execution screen image of an application, to receive a user input on the touch screen display; characterized in that the one or more processors are configured, when the user input forms a closed loop, to transmit, via a communication link, only a region included in the closed loop being a portion of the execution screen image to a wearable device connectable to the mobile device via the communication link; and in that whenever the region of the execution screen image is updated, the one or more processors are configured to transmit the updated region of the execution screen image to the wearable device via the communication link. a touch screen display; one or more processors; and a memory; wherein the one or more processors are configured to control the touch screen display to display an execution screen image of an application, to receive a user input on the touch screen display; characterized in that the one or more processors are configured, when the user input forms a closed loop, to transmit, via a communication link, only a region included in the closed loop being a portion of the execution screen image to a wearable device connectable to the mobile device via the communication link; and in that whenever the region of the execution screen image is updated, the one or more processors are configured to transmit the updated region of the execution screen image to the wearable device via the communication link. wherein the one or more processors are configured to control the touch screen display to display an execution screen image of an application, to receive a user input on the touch screen display; characterized in that the one or more processors are configured, when the user input forms a closed loop, to transmit, via a communication link, only a region included in the closed loop being a portion of the execution screen image to a wearable device connectable to the mobile device via the communication link; and in that whenever the region of the execution screen image is updated, the one or more processors are configured to transmit the updated region of the execution screen image to the wearable device via the communication link.
An energy recovery system of an inductive heating system, comprising: a vessel; an inductive heating coil wound around the vessel and configured to have a cooling fluid flow through the inductive heating coil; a heat exchanger fluidly coupled to the inductive heating coil and configured to produce a steam source; a vacuum pump driven by the steam source and configured to draw a vacuum in the vessel; and an oil pump driven by the steam source and fluidly coupled to an inlet of the inductive heating coil. a vessel; an inductive heating coil wound around the vessel and configured to have a cooling fluid flow through the inductive heating coil; a heat exchanger fluidly coupled to the inductive heating coil and configured to produce a steam source; a vacuum pump driven by the steam source and configured to draw a vacuum in the vessel; and an oil pump driven by the steam source and fluidly coupled to an inlet of the inductive heating coil.
An apparatus for processing audiovisual data for a scene, the apparatus comprising: a receiver for receiving audiovisual data for the scene, the audiovisual data comprising audio data for the scene comprising a plurality of audio elements and image data for at least a first image of the scene, the first image having a first aspect ratio; an image remapper for performing a content dependent non-uniform mapping of the first image to a second image having a second aspect ratio, the second aspect ratio being different from the first aspect ratio and the image remapper being arranged to generate mapping data describing the content dependent non-uniform mapping; characterised in that the apparatus further comprises an audio remapper arranged to replace a first audio element of the plurality of audio elements by a second audio element generated by modifying a spatial property for the first audio element based on the mapping data. a receiver for receiving audiovisual data for the scene, the audiovisual data comprising audio data for the scene comprising a plurality of audio elements and image data for at least a first image of the scene, the first image having a first aspect ratio; an image remapper for performing a content dependent non-uniform mapping of the first image to a second image having a second aspect ratio, the second aspect ratio being different from the first aspect ratio and the image remapper being arranged to generate mapping data describing the content dependent non-uniform mapping; characterised in that the apparatus further comprises an audio remapper arranged to replace a first audio element of the plurality of audio elements by a second audio element generated by modifying a spatial property for the first audio element based on the mapping data.
An implantable prosthesis comprising: (a) a generally tubular body comprising an outer textile surface; and (b) a support structure attached to the outer textile surface of the body and configured to increase at least one of the kink and crush resistance of the body, the support structure comprising a first component made from polypropylene and a second component, wherein the first component has a melting temperature of 130°C - 170°C, the second component comprises a polymeric material made from polyethylene so the second component has a melting temperature of 60°C - 105°C that is a lower melting temperature than that of the first component and the body, and connects the first component to the body, and wherein a portion of the first component and a portion of the second component are removable with respect to the outer textile surface without substantially compromising the outer textile surface of the tubular body. (a) a generally tubular body comprising an outer textile surface; and (b) a support structure attached to the outer textile surface of the body and configured to increase at least one of the kink and crush resistance of the body, the support structure comprising a first component made from polypropylene and a second component, wherein the first component has a melting temperature of 130°C - 170°C, the second component comprises a polymeric material made from polyethylene so the second component has a melting temperature of 60°C - 105°C that is a lower melting temperature than that of the first component and the body, and connects the first component to the body, and wherein a portion of the first component and a portion of the second component are removable with respect to the outer textile surface without substantially compromising the outer textile surface of the tubular body. the support structure comprising a first component made from polypropylene and a second component, wherein the first component has a melting temperature of 130°C - 170°C, the second component comprises a polymeric material made from polyethylene so the second component has a melting temperature of 60°C - 105°C that is a lower melting temperature than that of the first component and the body, and connects the first component to the body, and wherein a portion of the first component and a portion of the second component are removable with respect to the outer textile surface without substantially compromising the outer textile surface of the tubular body.