mhurhangee/ep-ind-claims huggingface dataset:
Bag for the transport and storage of bulk goods comprising at least a bottom and four sides, wherein the four sides are connected along adjacent edges to form vertical ridges at each of the four corners of the bag, an upper edge of each of said four sides of the bag forming a horizontal ridge; wherein the bag further comprises four lifting straps, each lifting strap having a first section and a second section separated by an intermediate section; wherein the first and the second sections (20a, 20b) of each lifting strap are sewn on or along a corresponding one of said vertical ridges of the bag; and wherein the intermediate section of each lifting strap forms an oblong loop; characterized in that the intermediate section of each lifting strap is positioned along the horizontal ridge of the bag; in that the bag further comprises four restraining straps, each restraining strap having two vertical sections (21a, 21b) separated by a U-shaped section, each vertical section (21a, 21b) being sewn on one of said sides of the bag and the U-shaped section being positioned over the intermediate section of a corresponding one of said lifting straps and being at least partially sewn thereon; and in that the restraining straps are configured so as to limit the extension of the top of the oblong loops formed by the intermediate sections of the lifting straps in the vertical direction.
A glove configured to receive a hand having a palm side, a dorsal side, four fingers, a thumb and a wrist, the glove having a main body, a finger portion extending from a first side of the main body, and a wrist portion extending from the opposite side of the main body, the glove comprising: a palm layer sized and shaped to substantially cover the palm side of the hand; a dorsal layer; a flexible layer that forms a connection between the dorsal layer and the palm layer, is fixedly attached to both the dorsal layer and the palm layer, and attaches the dorsal layer to the palm layer along a periphery of the palm layer in the finger portion, the dorsal layer sized and shaped to form at least a portion of the glove finger portion and at least a portion of the main body, and covers the dorsal side of a wearer's four fingers; and and an adjustment system attached to the dorsal layer and configured to reposition the glove finger portion on the hand, the adjustment system comprising a pull tab that extends away from the finger portion towards the wrist portion, and a securing mechanism, the securing mechanism comprising a first securing portion affixed to flexible layer, and a second securing portion affixed to pull tab, so that the pull tab can be removably attached to the flexible layer. a palm layer sized and shaped to substantially cover the palm side of the hand; a dorsal layer; a flexible layer that forms a connection between the dorsal layer and the palm layer, is fixedly attached to both the dorsal layer and the palm layer, and attaches the dorsal layer to the palm layer along a periphery of the palm layer in the finger portion, the dorsal layer sized and shaped to form at least a portion of the glove finger portion and at least a portion of the main body, and covers the dorsal side of a wearer's four fingers; and and an adjustment system attached to the dorsal layer and configured to reposition the glove finger portion on the hand, the adjustment system comprising
A vehicle comprising: a vehicle navigation system comprising a first input device configured to accept a destination input, the vehicle navigation system configured to calculate a travel duration for the vehicle to reach the destination; a dialysis machine (104, 204) comprising a control unit and a second input device configured to accept a prescription therapy input, the control unit configured to accept the travel duration from the vehicle navigation system and to calculate a rate of treatment to complete the inputted prescription therapy within the travel duration, the dialysis machine configured to perform a dialysis treatment on a patient while the vehicle is operating; and an interface providing an electrical communication between the dialysis machine and the vehicle navigation system. a vehicle navigation system comprising a first input device configured to accept a destination input, the vehicle navigation system configured to calculate a travel duration for the vehicle to reach the destination; a dialysis machine (104, 204) comprising a control unit and a second input device configured to accept a prescription therapy input, the control unit configured to accept the travel duration from the vehicle navigation system and to calculate a rate of treatment to complete the inputted prescription therapy within the travel duration, the dialysis machine configured to perform a dialysis treatment on a patient while the vehicle is operating; and an interface providing an electrical communication between the dialysis machine and the vehicle navigation system.
A method of making a droplet-generating device (54, 190), the method comprising: producing a first droplet-generating device (54, 190) including a molded portion created at least in part with a mold and also including a plurality of droplet generators (82a, 82b, 82c) each formed at least in part by the molded portion; generating a set of droplets (84a, 84b, 84c) with each of one or more of the droplet generators (82a, 82b, 82c); determining a property of at least one set of generated droplets (84a, 84b, 84c), which includes the step of determining an average number of copies per droplet (84a, 84b, 84c) of a reference species in each set of generated droplets (84a, 84b, 84c); modifying the mold based on the property; and producing a second droplet-generating device including a molded portion created at least in part with the modified mold. producing a first droplet-generating device (54, 190) including a molded portion created at least in part with a mold and also including a plurality of droplet generators (82a, 82b, 82c) each formed at least in part by the molded portion; generating a set of droplets (84a, 84b, 84c) with each of one or more of the droplet generators (82a, 82b, 82c); determining a property of at least one set of generated droplets (84a, 84b, 84c), which includes the step of determining an average number of copies per droplet (84a, 84b, 84c) of a reference species in each set of generated droplets (84a, 84b, 84c); modifying the mold based on the property; and producing a second droplet-generating device including a molded portion created at least in part with the modified mold.
Stairlift comprising a frame provided with at least one unit for raising, or lowering, said stairlift along the stairs having a plurality of bearing surfaces (100a, 102a, 103a, 100b) and at least one couple of wheels for the sliding of said stairlift, said at least one unit comprising at least one first foot movably constrained to said frame, directly or indirectly, in order to raise, or lower, said stairlift along said stairs, wherein said at least one first foot is shaped so that to be contemporaneously in contact with at least two bearing surfaces (100a, 102a; 102a; 103a; 103a, 100b) of said plurality of bearing surfaces (100a, 102a, 103a, 100b) placed at different heights, during at least part of the raising, or lowering, of said stairlift along said stairs, characterized in that said at least one raising lowering unit further comprises at least one second foot movably constrained, directly or indirectly, to said frame, and at least one mechanism for synchronizing the displacement of said at least one second foot with respect to said at least one first foot during at least part of the raising, or lowering, of said stairlift along said stairs, said at least one second foot varying its own angular position with respect to at least one bearing surface of said plurality of bearing surfaces (100a; 102a; 103a, 100b) of said stairs and, depending on the direction of the force each second foot is subject to, at least when contacting a bearing surface of said stairs or the rise, of a step of said stairs, being subjected to a moment adapted either to block it in position, in order to support said stairlift at least when said at least one first foot is not contacting said at least two bearing surfaces placed at different heights, or to push it towards a bent position, for the sliding of said stairlift.
An accumulator system for preventing wrinkles in a web passing therethrough, the accumulator comprising: a plurality of rollers (28, 30) including at least one roller having an axis of revolution movable toward and away from an axis of revolution of another roller to release and store varying amounts of the web; wherein at least two of the plurality of rollers include roller shells (30a', 30a", 30a"') having a nominally flat outer surface and at least two of the plurality of rollers include roller shells having a generally concave profiled outer surface; and wherein the at least two rollers with roller shells having a nominally flat outer surface are disposed between the at least two rollers having roller shells having a generally concave profiled outer surface. a plurality of rollers (28, 30) including at least one roller having an axis of revolution movable toward and away from an axis of revolution of another roller to release and store varying amounts of the web; wherein at least two of the plurality of rollers include roller shells (30a', 30a", 30a"') having a nominally flat outer surface and at least two of the plurality of rollers include roller shells having a generally concave profiled outer surface; and wherein the at least two rollers with roller shells having a nominally flat outer surface are disposed between the at least two rollers having roller shells having a generally concave profiled outer surface.
A device comprising: a waveguide comprising a first section of transparent material; several light sources disposed proximate a bottom surface of the waveguide, said several light source being positioned with intervals across the bottom of the waveguide; and a surface to be illuminated proximate a top surface of the waveguide, wherein at least one of the several light sources comprises: a mount upon which a semiconductor light emitting diode is situated; sidewalls that extend from the mount to the waveguide and form a cavity between the semiconductor light emitting diode and the waveguide; wherein the cavity is reflective along the sidewalls; and a a dichroic filter disposed between the waveguide and the cavity, the device being characterised in that the semiconductor light emitting diode comprises a photonic crystal configured such that the >50% of energy of the visible light emitted by the semiconductor light emitting diode is emitted at angles >45° relative to a normal to a top surface of the semiconductor light emitting diode, and in that a second section of transparent material is disposed within the cavity and the cavity is reflective along the second section of transparent material. a waveguide comprising a first section of transparent material; several light sources disposed proximate a bottom surface of the waveguide, said several light source being positioned with intervals across the bottom of the waveguide; and a surface to be illuminated proximate a top surface of the waveguide, wherein at least one of the several light sources comprises: a mount upon which a semiconductor light emitting diode is situated; sidewalls that extend from the mount to the waveguide and form a cavity between the semiconductor light emitting diode and the waveguide; wherein the cavity is reflective along the sidewalls; and a a dichroic filter disposed between the waveguide and the cavity, the device being characterised in that the semiconductor light emitting diode comprises a photonic crystal configured such that the >50% of energy of the visible light emitted by the semiconductor light emitting diode is emitted at angles >45° relative to a normal to a top surface of the semiconductor light emitting diode, and in that a second section of transparent material is disposed within the cavity and the cavity is reflective along the second section of transparent material.
Water/heat meter with a transmitter housing and a measuring device, wherein the measuring device comprises a transmitter, wherein the transmitter housing is a composite part made up of a plastic part and a metal tube partially moulded therein, wherein a wall of the metal tube has an opening, which is enclosed by the plastic part, and wherein the plastic of the plastic part completely covers an inner wall (3.2) of the metal tube and at least partially covers end faces of the metal tube, extending from the inner wall (3.2) in the direction of an outer wall (3.1) of the metal tube, wherein a measuring chamber for the transmitter of the measuring device is formed in the plastic part, in the region of the opening of the metal tube, in such a way that the measuring chamber extends through the opening of the metal tube out of the metal tube and a stream of water flowing into the plastic-lined metal tube is divertible at this opening into the measuring chamber and can flow out of the measuring chamber again into the metal tube.
A device for automatically connecting a vehicle via a cable (28, 208, 408) to an electric power supply, said device comprising: a turn-over-anchor (48, 210, 410) including a first connector part (42, 216) connected to a free end of said cable (28, 208, 408); a docking station (50, 212, 412) including a second connector part (44, 230) configured for mating with said first connector part (42, 216) according to a vertical coupling axis, when said turn-over-anchor (48, 210, 410) is vertically deposited into said docking station (50, 212); characterized by two horizontally spaced vertical guide rods (58', 58", 246', 246", 414', 414"), each of said guide rods (58', 58", 246', 246", 414', 414") being arranged so as to vertically penetrate into a guide opening or guide hole (62', 62", 248', 248", 416', 416") of an opposite element (48, 250', 250"), when said turn-over-anchor (48, 210) is deposited into said docking station (50, 212), and being dimensioned so as to be self-locking in said guide hole (62', 62", 248', 248", 416', 416"), if said turn-over-anchor (48, 210, 410) is subjected to a significant force that is not aligned with said vertical coupling axis. a turn-over-anchor (48, 210, 410) including a first connector part (42, 216) connected to a free end of said cable (28, 208, 408); a docking station (50, 212, 412) including a second connector part (44, 230) configured for mating with said first connector part (42, 216) according to a vertical coupling axis, when said turn-over-anchor (48, 210, 410) is vertically deposited into said docking station (50, 212);
Electrically-controllable actuator device comprising a support structure (2, 3) which is stationary in the operation, a movable member (5, 6) displaceable relative to said structure (2, 3), and a wire made of a shape-memorv wire, which extends in said structure (2, 3) between the movable member (5, 6) and electric connection members (12, 13) carried by said support structure (2, 3), such that said wire shortens when an electric current flows therethrough, causing a displacement of the movable member (5, 6) against the action of contrast means; respective anchoring elements (15, 16) being fastened to end portions of the shape-memory wire and being retained in the support structure (2, 3); in said structure (2, 3) there being provided two deflection members (21, 22; 23, 24) disposed along the path of the shape-memory wire, each one between the movable member (5, 6) and a corresponding anchoring element (15, 16) of the wire, such as to cause a deflection of said wire between each anchoring element (15, 16) and the movable member (5, 6), so that the shape-memory wire follows an essentially M-shaped path; the actuator device being characterised in that said electric connection members (12, 13) are carried by a circuit board, which is disposed in said support structure (2, 3) and to which the ends of the shape-memory wire are connected, in that said anchoring elements (15, 16) are shaped like disks, inverted into respective retaining seats (19, 20) predisposed in said support structure (2, 3), and in that between said anchoring elements (15, 16) and the circuit board loose end portions of said shape-memory wire extend.
A spiral conveyor system comprising: a tank for containing a liquid at a predetermined temperature therein; a conveyor for conveying items through the liquid; a guiding structure (108, 110) disposed in the tank for guiding the conveyor in a spiral-type fashion; and, characterized in that the conveyor is a self-stacking conveyor or a non-self-stacking conveyor, the conveyor (106A, 106B) comprising side walls which, with a top side of the conveyor (106A, 106B) and a bottom side of a conveyor section of the conveyor stacked thereon, form an enclosure for securing the items therein while being conveyed through the liquid, and the side walls are stacked upon each other while being guided by the guiding structure to form a spiral (108, 110), wherein in the self-stacking conveyor the side walls are downward oriented or upward oriented, and wherein in the non-self-stacking conveyor the side walls are downward oriented, and the non-self stacking conveyor comprises an inside edge and an outside edge, and wherein the guiding structure (108, 110) comprises an inside support framework (108B. 1, 110B.1) and an outside support framework (108B.2, 110B.2) adapted for carrying the inside edge and the outside edge, respectively. a tank for containing a liquid at a predetermined temperature therein; a conveyor for conveying items through the liquid; a guiding structure (108, 110) disposed in the tank for guiding the conveyor in a spiral-type fashion; and, characterized in that the conveyor is a self-stacking conveyor or a non-self-stacking conveyor, the conveyor (106A, 106B) comprising side walls which, with a top side of the conveyor (106A, 106B) and a bottom side of a conveyor section of the conveyor stacked thereon, form an enclosure for securing the items therein while being conveyed through the liquid, and the side walls are stacked upon each other while being guided by the guiding structure to form a spiral (108, 110), wherein in the self-stacking conveyor the side walls are downward oriented or upward oriented, and wherein in the non-self-stacking conveyor the side walls are downward oriented, and the non-self stacking conveyor comprises an inside edge and an outside edge, and wherein the guiding structure (108, 110) comprises an inside support framework (108B. 1, 110B.1) and an outside support framework (108B.2, 110B.2) adapted for carrying the inside edge and the outside edge, respectively.
A method for mounting a front axle and cradle assembly to a body part of a vehicle, constituted by a front unit comprising two parallel side members (2, 3) and a dash panel integral with the side members (2, 3), characterized in that it includes: - an assembling step of the front axle and cradle assembly, - an assembling step of the front unit of side members (2, 3) and dash panel, this mounting method being characterized by: - a step of positioning of the front unit relative to a reference tool which comprises indexing points reproducing the locations for anchoring damper heads (13a, 14a) of the front axle in accordance with a specific geometry of the front axle, - a step of positioning of anchoring bowls (22, 23) of the damper heads (13a, 14a) relative to the front unit and to the indexing points of the reference tool, - a step of fixing the bowls (22, 23) to the front unit at the position corresponding to the locations for anchoring the damper heads (13a, 14a) of the front axle, - a step of mutual withdrawal of the reference tool and of the front unit, and - a step of assembling the front axle and cradle assembly to the front unit such that the damper heads (13a, 14a) can be anchored in their respective bowls (22, 23). - an assembling step of the front axle and cradle assembly, - an assembling step of the front unit of side members (2, 3) and dash panel, - a step of positioning of the front unit relative to a reference tool which comprises indexing points reproducing the locations for anchoring damper heads (13a, 14a) of the front axle in accordance with a specific geometry of the front axle, - a step of positioning of anchoring bowls (22, 23) of the damper heads (13a, 14a) relative to the front unit and to the indexing points of the reference tool, - a step of fixing the bowls (22, 23) to the front unit at the position corresponding to the locations for anchoring the damper heads (13a, 14a) of the front axle, - a step of mutual withdrawal of the reference tool and of the front unit, and - a step of assembling the front axle and cradle assembly to the front unit such that the damper heads (13a, 14a) can be anchored in their respective bowls (22, 23).
An apparatus for fetching a blank from a magazine holding a number of blanks, each of said blanks being a sleeve shaped piece of packaging material folded planar, said apparatus comprising a rotary feeder provided with a gripper, wherein said rotary feeder and said gripper are arranged to rotate around a main rotational axis, such that said gripper is moved between a fetching position in which a blank is fetched and a releasing position in which said blank is released, wherein said gripper is arranged to rotate around a gripper specific rotational axis, such that fetching said blank in said fetching position is facilitated, and wherein a gripper cam curve is provided for controlling rotation of said gripper around said gripper rotational axis when said rotary feeder is rotated around said main rotational axis, and wherein said gripper comprises a gripper head, wherein said gripper head is arranged to rotate around a gripper head specific rotational axis and the gripper head specific rotational axis is substantially aligned with a plane of orientation of the blank, in the magazine, to be fetched, characterized in that a guide assembly is fixedly attached to a frame of the feeder, and has an upper guiding track forming the cam curve, being attached to the frame through a stationary axle, and further has a lower guiding track also forming a cam curve, being directly attached to the frame, the gripper being arranged in engagement with the guide assembly and having a base structure and a receiving unit, the receiving unit extending vertically upwards from the base structure and including suction cups, one end of the base structure being pivotally connected to an associated support, such that the base structure is arranged to move as the support is moving, the base structure is further provided with a lower roller, or any other low friction element, which engages with the lower guiding track, and the receiving unit is pivotally arranged relative its own vertical axis, and an upper roller is provided which engages with the cam curve of the upper guiding track.