mhurhangee/ep-ind-claims huggingface dataset:
Device for non-contact energy transmission, comprising a primary conductor and a unit (1, 83) movable relative to the primary conductor (11, 12, 16, 63, 75, 80, 81) and having a secondary inductor (3, 23, 64, 85), wherein primary conductor (11, 12, 16, 63, 75, 80, 81) and secondary inductor (3, 23, 64, 85) are inductively coupled and at least one electric load (73, 83) is connected to the secondary inductor (3, 23, 64, 85) and supplied with electric energy from the primary conductor (11, 12, 16, 63, 75, 80, 81) via the secondary inductor (3, 23, 64, 85), wherein an alternating current of constant frequency is applied to the primary conductor, and a resonant oscillating circuit is connected to the secondary inductor or the secondary inductor is comprised by a resonant oscillating circuit, wherein the resonant oscillating circuit is tuned to the frequency of the alternating current applied to the primary conductor, characterised in that a first data transmission apparatus is connected or coupled to the primary conductor (11, 12, 16, 63, 75, 80, 81), in that an electrically conductive coupling area (5, 6, 66, 90) is formed on the movable unit (1, 83), in that the electrically conductive coupling area (5, 6, 66, 90) forms with the primary conductor (11, 12, 16, 63, 75, 80, 81) a capacitive coupling element, in that a second data transmission apparatus which is connected to the electrically conductive coupling area is provided on the movable unit and in that data is transmissible between the first data transmission apparatus and the second data transmission apparatus via the primary conductor (11, 12, 16, 63, 75, 80, 81), wherein the primary conductor is laid in a floor, in that the movable unit is comprised by a vehicle which is able to travel on the surface of the floor, wherein the secondary inductor and the electrically conductive coupling area are comprised by a plate-shaped pick-up, preferably a pick-up of rectangular basic shape and the pick-up is mounted on the underfloor or on the underside of the vehicle.
A method for operating a packaging machine having at least one electric drive motor, the drive motor driving at least one functional unit of the packaging machine in a program-controlled manner when producing packaging using the following steps: a) loading a parameter set into the controller of the packaging machine, the parameter set containing at least one old load parameter which limits the torque or the current consumption of the drive motor to a maximum when producing packaging; b) operating the packaging machine for producing packaging, the maximally occurring actual value of the torque mustered at the drive motor or of the current consumed by the drive motor being measured during operation; characterized by the following method steps: c) determining a new load parameter as a function of the maximum actual value; d) saving the new load parameter in a parameter set allocated to the packaging to be produced. a) loading a parameter set into the controller of the packaging machine, the parameter set containing at least one old load parameter which limits the torque or the current consumption of the drive motor to a maximum when producing packaging; b) operating the packaging machine for producing packaging, the maximally occurring actual value of the torque mustered at the drive motor or of the current consumed by the drive motor being measured during operation; c) determining a new load parameter as a function of the maximum actual value; d) saving the new load parameter in a parameter set allocated to the packaging to be produced.
A panel system (100, 450) comprising: a tab panel having at least one tab extending therefrom, the tab panel having a core and a facesheet (110, 112) adjacent the core; a slot panel having at least one slot for receiving the corresponding tab of the tab panel therein, the slot panel having a core and a facesheet (110, 112) adjacent the core, the slot formed in the facesheet and at least a portion of the core; characterised by a clip (106, 200, 300, 400) configured to be positioned between the tab panel and the slot panel, the clip being at least partially received in the slot, the clip having a tab panel securing member (142, 212, 316, 406) being secured to the tab panel, the clip having a slot panel securing member (140, 210, 314, 404) being secured to the slot panel, the clip securely joining the tab panel to the slot panel; wherein the slot panel securing member (140, 210, 314, 404) is positioned between the facesheet (110, 112) and the core of the slot panel. a tab panel having at least one tab extending therefrom, the tab panel having a core and a facesheet (110, 112) adjacent the core; a slot panel having at least one slot for receiving the corresponding tab of the tab panel therein, the slot panel having a core and a facesheet (110, 112) adjacent the core, the slot formed in the facesheet and at least a portion of the core; characterised by a clip (106, 200, 300, 400) configured to be positioned between the tab panel and the slot panel, the clip being at least partially received in the slot, the clip having a tab panel securing member (142, 212, 316, 406) being secured to the tab panel, the clip having a slot panel securing member (140, 210, 314, 404) being secured to the slot panel, the clip securely joining the tab panel to the slot panel; wherein the slot panel securing member (140, 210, 314, 404) is positioned between the facesheet (110, 112) and the core of the slot panel.
An absorbent article, the absorbent article being a personal hygiene article such as incontinence protectors, sanitary napkins, panty liners, diapers with tape fasteners, pant diapers or belted diapers, comprising a liquid permeable top sheet, a liquid impermeable back sheet, and an absorbent core enclosed between the top sheet and the back sheet, and a fluid flow control member arranged between the top sheet and the backsheet, characterised in that said fluid flow control member is of a nonwoven material comprising a three dimensional network of substantially continuous fibres, said fibres having a thickness of 200-700 μm, said nonwoven material having a strain of max 50% at 5 kPa, according to the Mecano method described in the description, and wherein said nonwoven material has a basis weight of 200-900 g/m 2.
A water/oil repellent composition which comprises a copolymer comprising in all monomer units (100 mass%) in the copolymer from 40 to 95 mass% of units based on the following monomer, from 1 to 60 mass% of units based on the following monomer, and from 0 to less than 5 mass% of units based on the following monomer, a copolymer comprising in all monomer units (100 mass%) in the copolymer from 40 to 91 mass% of units based on the following monomer, from 2 to 20 mass% of units based on the following monomer, from 5 to 20 mass% of units based on the following monomer, and from 2 to 20 mass% of units based on the following monomer, and a liquid medium, monomer: a compound represented by the following formula: (Z-Y) n X wherein Z is a C 1-6 polyfluoroalkyl group or any one of the following formulae to, Y is a divalent organic group having no fluorine atom, or a single bond, n is 1 or 2, and X is, when n is 1, a group represented by any one of the following formulae to and, when n is 2, a group represented by any one of following formulae to, C i F 2i+1 O(CFX 1 CF 2 O) j CFX 2 -, C i F 2i+1 [CH 2 CF 2] v -, C i F 2i+1 [CH 2 CF 2] v [CF 2 CF 2] r -, wherein i is an integer of from 1 to 6, j is an integer of from 0 to 10, v is an integer of from 1 to 4, r is an integer of from 1 to 3, and each of X 1 and X 2 which are independent of each other, is a fluorine atom or a trifluoromethyl group, -CR 2 =CH 2, -C OCR 2 =CH 2, -OC CR 2 =CH 2, -OCH 2 -φ-CR 2 =CH 2, -OCH=CH 2, wherein R 2 is a hydrogen atom, a methyl group or a halogen atom, and φ is a phenylene group, -CH[-(CH 2) m CR 3 =CH 2]-, -CH[-(CH 2) m C OCR 3 =CH 2]-, -CH[-(CH 2) m OC CR 3 =CH 2]-, -OC CH=CHC O-, wherein R 3 is a hydrogen atom, a methyl group or a halogen atom, and m is an integer of from 0 to 4, monomer: vinylidene chloride or vinylidene fluoride, monomer: an acrylate or methacrylate having a saturated hydrocarbon group having at least 12 carbon atoms, monomer: a compound represented by the above formula, monomer: vinylidene chloride or vinylidene fluoride, monomer: an acrylate or methacrylate having a saturated hydrocarbon group having at least 12 carbon atoms, monomer: vinyl chloride. monomer: vinylidene chloride or vinylidene fluoride, monomer: an acrylate or methacrylate having a saturated hydrocarbon group having at least 12 carbon atoms, monomer: a compound represented by the above formula, monomer: vinylidene chloride or vinylidene fluoride, monomer: an acrylate or methacrylate having a saturated hydrocarbon group having at least 12 carbon atoms, monomer: vinyl chloride.
A method of determining the orientation of an accelerometer that is being carried or worn by a user, the method comprising: - measuring acceleration using the accelerometer as the user moves; - processing the measured acceleration to determine a step frequency of the movements by the user; and - processing the measured acceleration to identify a lateral component of acceleration as a component of acceleration having a high response at a frequency corresponding to half the step frequency. - measuring acceleration using the accelerometer as the user moves; - processing the measured acceleration to determine a step frequency of the movements by the user; and - processing the measured acceleration to identify a lateral component of acceleration as a component of acceleration having a high response at a frequency corresponding to half the step frequency.
A process for manufacturing a surface-mount electronic device, comprising the steps of: - forming a plurality of preliminary contact regions (30; 60; 90) of a sinterable material on a supporting structure; - mechanically coupling a die (42; 72; 82) including a semiconductor body (44; 75) to the supporting structure; - sintering said sinterable material, in such a way that each preliminary contact region (30; 60; 90) forms a corresponding sintered preliminary contact (36; 66; 96); and - coating the die (42; 72; 82) and the preliminary contact regions (30; 60; 90) with a dielectric coating region; characterized in that said supporting structure is of a soluble type, said manufacturing process further including the step of removing said supporting structure by a jet of liquid, after said step of coating the die and preliminary contact regions. - forming a plurality of preliminary contact regions (30; 60; 90) of a sinterable material on a supporting structure; - mechanically coupling a die (42; 72; 82) including a semiconductor body (44; 75) to the supporting structure; - sintering said sinterable material, in such a way that each preliminary contact region (30; 60; 90) forms a corresponding sintered preliminary contact (36; 66; 96); and - coating the die (42; 72; 82) and the preliminary contact regions (30; 60; 90) with a dielectric coating region;
A population of human embryonic stem cells (hESC), wherein the cells originally comprised a wildtype HTT gene genetically modified at the endogenous Huntingtin gene locus to comprise a nucleotide segment, wherein the nucleotide segment, upon expression, results in a polyQ repeat peptide segment comprising at least 40 glutamine residue repeats in the N-terminal region of the HTT protein, wherein about 20% or more of the cells are differentiated in vitro into neuronal progenitors or into terminally differentiated neurons.
A lock for universal leaf doors which comprises a box-like body for containing a movement cylinder which is associated with a respective actuation key, a rotating bushing which is associated with a handle, lever mechanisms for the translation of at least one spring latch and of at least one sliding latch, which are functionally associated with said handle and with said cylinder, said sliding latch comprising a pin which can move between a protruding configuration and a retracted configuration, said at least one sliding latch being locked in the extracted configuration when said pin is protruding, and being free, for a forced retraction by an external force, when said pin is pressed in retraction by an external force, characterized in that: - said sliding latch comprises a guide for the head of a lever which is integral with a pinion which is pivoted to a wall of said box-like body, said pinion meshing with a rack of an actuation rod which is coupled to said movement cylinder and to said rotating bushing which is associated with the handle, in the closed configuration of the lock said head of said lever being accommodated in a limit area of said guide with consequent locking of the retraction of said sliding latch; - said pin abutting, directly or indirectly, on said head of said lever, in the event of said pin being forced toward the retracted configuration thereof said pin entraining said head beyond said limit area of said guide with consequent release of said sliding latch for a retraction thereof as a consequence of applications of force from outside. - said sliding latch comprises a guide for the head of a lever which is integral with a pinion which is pivoted to a wall of said box-like body, said pinion meshing with a rack of an actuation rod which is coupled to said movement cylinder and to said rotating bushing which is associated with the handle, in the closed configuration of the lock said head of said lever being accommodated in a limit area of said guide with consequent locking of the retraction of said sliding latch; - said pin abutting, directly or indirectly, on said head of said lever, in the event of said pin being forced toward the retracted configuration thereof said pin entraining said head beyond said limit area of said guide with consequent release of said sliding latch for a retraction thereof as a consequence of applications of force from outside.
A marine surface vessel, in particular a passenger ship, extending in a longitudinal direction between a bow and a stern, comprising - at least one power providing apparatus operatively connected to at least one propulsion unit for propulsion of the vessel, - a fuel tank arrangement for storing gaseous fuel in a liquid phase, connected to the power providing apparatus by means of a gas supply system for running the power providing apparatus, and - a plurality of decks distributed vertically, one above the other, - the fuel tank arrangement comprising two tank sub-arrangements (81, 82), each tank sub-arrangement comprising at least one gaseous fuel tank (811, 812, 821, 822), - each fuel tank extending vertically past at least two of the decks, and at least two of the decks, past which the fuel tanks (811, 812, 821, 822) extend, each presenting a passageway, - wherein each of said passageways extends in the longitudinal direction of the vessel, from a portion of the respective deck aft of the tank sub-arrangements (81, 82) to a portion of the respective deck forward of the tank sub-arrangements (81, 82), - characterised in that each passageway extends between the tank sub-arrangements (81, 82), there being one, two, three or more tank sub-arrangements on each side of the passageways, - wherein each of said passageways is adapted so as to provide for persons and/or items to move or be moved through the respective passageway, the passageway being provided as a corridor between the tank sub-arrangements (81, 82), and being of a width and height which makes it suitable for movement of passengers through the passageway. - at least one power providing apparatus operatively connected to at least one propulsion unit for propulsion of the vessel, - a fuel tank arrangement for storing gaseous fuel in a liquid phase, connected to the power providing apparatus by means of a gas supply system for running the power providing apparatus, and - a plurality of decks distributed vertically, one above the other, - the fuel tank arrangement comprising two tank sub-arrangements (81, 82), each tank sub-arrangement comprising at least one gaseous fuel tank (811, 812, 821, 822), - each fuel tank extending vertically past at least two of the decks, and at least two of the decks, past which the fuel tanks (811, 812, 821, 822) extend, each presenting a passageway, - wherein each of said passageways extends in the longitudinal direction of the vessel, from a portion of the respective deck aft of the tank sub-arrangements (81, 82) to a portion of the respective deck forward of the tank sub-arrangements (81, 82), - characterised in that each passageway extends between the tank sub-arrangements (81, 82), there being one, two, three or more tank sub-arrangements on each side of the passageways, - wherein each of said passageways is adapted so as to provide for persons and/or items to move or be moved through the respective passageway, the passageway being provided as a corridor between the tank sub-arrangements (81, 82), and being of a width and height which makes it suitable for movement of passengers through the passageway.
A method for driving piles into ground comprising: providing a pile (300, 300', 300", 310, 320) having a driving shoe (306, 316, 326), and an elongate first tube wherein the elongate first tube (302, 302', 302", 312, 322) is formed from a composite material having a low Poisson's ratio having a distal end that engages the driving shoe (306, 316, 326) and a proximal end configured to be driven with a pile driver, wherein the elongate first tube (302, 302', 302", 312, 322) further comprises a plurality of geometric features (303, 303', 303", 313, 323) configured to attenuate the radial amplitude of traveling compression waves by providing a space for circumferential expansion in the elongate first tube (302, 302', 302", 312, 322); positioning the pile at a desired position with the driving shoe (306, 316, 326) contacting the ground; and driving the pile (300, 300', 300", 310, 320) with a pile driver. providing a pile (300, 300', 300", 310, 320) having a driving shoe (306, 316, 326), and an elongate first tube wherein the elongate first tube (302, 302', 302", 312, 322) is formed from a composite material having a low Poisson's ratio having a distal end that engages the driving shoe (306, 316, 326) and a proximal end configured to be driven with a pile driver, wherein the elongate first tube (302, 302', 302", 312, 322) further comprises a plurality of geometric features (303, 303', 303", 313, 323) configured to attenuate the radial amplitude of traveling compression waves by providing a space for circumferential expansion in the elongate first tube (302, 302', 302", 312, 322); positioning the pile at a desired position with the driving shoe (306, 316, 326) contacting the ground; and driving the pile (300, 300', 300", 310, 320) with a pile driver.
A method of producing a unit dose capsule for treatment of a substrate, the method comprising steps: a. placing a first sheet of water-soluble polyvinyl alcohol film over a mould having sets of cavities, each set comprising three cavities arranged on the sealing plane one after the other in circumferential direction such that footprint area of the second and the third compartments is from 0.8 to 2.5 times the area of the footprint of the first compartment; b. heating and applying vacuum to the film to mould the film into the cavities and hold it in place to form three recesses in the film; a first recess, the second recess, and a third recess, the three recesses being connected to respective side recesses by the film; c. filling three different parts of a substrate treatment composition into the three recesses (502, 503, 504), the three parts together forming a full substrate treatment composition; d. sealing a second sheet of film to the first sheet of film across the formed recesses to form the sealing web comprising a peripheral sealing skirt and inter-compartment sealing webs; and e. cutting between the capsules so that a series of three compartment capsules are formed, each capsule containing a part of a substrate treatment composition in three compartments (102, 103, 104). a. placing a first sheet of water-soluble polyvinyl alcohol film over a mould having sets of cavities, each set comprising three cavities arranged on the sealing plane one after the other in circumferential direction such that footprint area of the second and the third compartments is from 0.8 to 2.5 times the area of the footprint of the first compartment; b. heating and applying vacuum to the film to mould the film into the cavities and hold it in place to form three recesses in the film; a first recess, the second recess, and a third recess, the three recesses being connected to respective side recesses by the film; c. filling three different parts of a substrate treatment composition into the three recesses (502, 503, 504), the three parts together forming a full substrate treatment composition; d. sealing a second sheet of film to the first sheet of film across the formed recesses to form the sealing web comprising a peripheral sealing skirt and inter-compartment sealing webs; and e. cutting between the capsules so that a series of three compartment capsules are formed, each capsule containing a part of a substrate treatment composition in three compartments (102, 103, 104).
A vibration-driven device adapted to move relative to at least one surface juxtaposed to it, the device comprising a body having a plurality of flexible fibers attached thereto, said fibers extending from said body and having a length such that when said device is in juxtaposition with said at least one surface, at least some of said fibers are in contact with said at least one juxtaposed surface along part of their length, wherein the surface of said at least part of the length of some of said fibers is such that the friction between said fiber and said at least one juxtaposed surface is anisotropic, so that mutual vibratory motion between said device and said juxtaposed surface causes said device to move relative to said at least one juxtaposed surface.