mhurhangee/ep-ind-claims huggingface dataset:
Footwear (1, 91, 221) comprising an external sole assembly (2, 92) and an upper (3, 93), the footwear extending lengthwise from a rear end (4, 94) to a front end (5, 95), widthwise between a lateral side (6, 96) and a medial side (7, 97), and heightwise from the external sole assembly (2, 92) to a top portion, the footwear (1, 91, 221) comprising a first footwear element (15, 105, 175, 225), the first footwear element (15, 105, 175, 225) comprising an internal sole assembly (16, 106), a lateral quarter (17, 107, 177, 227), and a medial quarter (18, 108, 178, 228), the internal sole assembly (16, 106), the lateral quarter (17, 107, 177, 227) and the medial quarter (18, 108, 178, 228) of the first footwear element (15, 105, 175, 225) forming a monobloc part, the footwear (1, 91, 221) having the general appearance of a flip-flop, the lateral quarter having a front edge, a rear edge and an upper edge, the medial quarter having a front edge, a rear edge, and an upper edge, characterized in that the internal sole assembly (16, 106) has a perimeter which is reduced with respect to that of the external sole assembly (2, 92), and in that the external sole assembly, around the internal sole assembly, has a raised peripheral edge which is intended to surround the base of the foot.
Cylinder lock comprising a housing, a cam, in the front part of the housing there is a slot, as to the housing there are fixed by rings an outer core and an inner core which have a channel for a key insertion, as in the housing and in the inner core there are formed coaxial basic bores and wherein closing pins, springs, housing pins and core pins are placed, as in the outer part of the housing and in the front part of the outer core there are stuffed inserts and of a hardened metal, characterized in that the cam is freely mounted between the outer and the inner core which both have identical lengths, as in the outer core there are also formed basic bores which are coaxial with relevant basic bores formed in the housing wherein closing pins, springs, housing pins and core pins are placed, as throughout one of the said basic bores of the outer core there is formed an additional slot arranged in the same plane with the slot formed in the housing, so that one common slot forms providing a weaken cross section wherein a plastic holder is mounted closing the common slot so that therein a spring, a housing pin and a core pin are placed, as in the additional slot of the outer core there is formed a radial bore wherein a steel ball is mounted, at that next to the slot and next to the additional slot formed respectively in the housing and in the outer core there are mounted additional inserts of a hardened metal and in relevant coaxial formed bores and in the housing and in the outer core which are chess-disposed to the basic housing bores and to the basic core bores, as at that in planes perpendicular to the plane of the key channel in the outer core and in the inner core there are formed additional bores wherein respectively additional core pins are disposed and inside the housing there are formed longitudinal channels with a configuration corresponding to the additional core pins configuration.
A cardiac system adapted for determining cardiac viability, said system comprising: a cannula having a hollow body and at least a distal end adapted for insertion into a human heart and operator end adapted for an operator; an inflatable balloon positioned near to the distal end in fluid communication with the hollow body to allow for selected inflation of the balloon; a controller adapted to calculate the viability of the heart from pressure data detected via a sensor within the cannula or the balloon based on the difference between an applied pressure and a pressure experienced by the balloon and body, the balloon being inflatable to various degrees with an incompressible fluid; wherein the balloon has differential gradients of material to allow for differential zones of expansion via allowing or constraining the stretching of the balloon about the central axis, wherein the outer surface of the balloon includes a partial textured surface to allow selected regions of the balloon to grip an inner wall of a ventricle of the human heart; and characterised in that the balloon is ventricle shaped with a dimple at the distal end of the balloon to prevent the end of the shaft of the hollow body contacting the ventricle and damaging it. a cannula having a hollow body and at least a distal end adapted for insertion into a human heart and operator end adapted for an operator; an inflatable balloon positioned near to the distal end in fluid communication with the hollow body to allow for selected inflation of the balloon; a controller adapted to calculate the viability of the heart from pressure data detected via a sensor within the cannula or the balloon based on the difference between an applied pressure and a pressure experienced by the balloon and body, the balloon being inflatable to various degrees with an incompressible fluid; wherein the balloon has differential gradients of material to allow for differential zones of expansion via allowing or constraining the stretching of the balloon about the central axis, wherein the outer surface of the balloon includes a partial textured surface to allow selected regions of the balloon to grip an inner wall of a ventricle of the human heart; and characterised in that the balloon is ventricle shaped with a dimple at the distal end of the balloon to prevent the end of the shaft of the hollow body contacting the ventricle and damaging it.
A flushable moist wipe or hygiene tissue comprising a hydraulically entangled nonwoven material impregnated with a wetting composition, said nonwoven material containing 70-95%, by fibre weight, pulp fibres and 5-30%, by fibre weight, manmade fibres and/or natural fibres with a length of at least 6 mm, characterized in, that said moist wipe or hygiene tissue comprises at least two plies of said hydraulically entangled nonwoven material, each ply having a basis weight between 30 and 50 g/m 2 and said plies are held together by frictional forces without additional mechanical bonding like embossing, needling and hydroentangling and without adhesive, and that each individual moist wipe or hygiene tissue is folded comprising a leading edge panel, a trailing edge panel and optional intermediate panel(-s) there between, wherein the leading edge panel is provided with an additional fold so as to provide a double-folded leading edge panel lip.
An oil mist separator comprising: an inlet chamber including a blowby gas inlet; an outlet chamber including a blowby gas outlet, and a bottom wall (13, 32); an oil mist separation section disposed between the inlet chamber and the outlet chamber; a drain pipe (38, 138a, 138b); and a check valve which is provided at a tip end opening of the drain pipe (38, 138a, 138b), characterized by further comprising: an oil recovering chamber (30, 130) which includes an oil recovering chamber bottom wall located below the bottom wall (13, 32) of the outlet chamber, and which is defined between the bottom wall (13, 32) of the outlet chamber, and the oil recovering chamber bottom wall; and an oil communication hole (40, 40a to 40d) which is opened in the bottom wall (13, 32) of the outlet chamber, and which connects the oil recovering chamber (30, 130) and the outlet chamber, wherein the drain pipe (38, 138a, 138b) protrudes in a downward direction from a bottom surface of the oil recovering chamber (30, 130). an inlet chamber including a blowby gas inlet; an outlet chamber including a blowby gas outlet, and a bottom wall (13, 32); an oil mist separation section disposed between the inlet chamber and the outlet chamber; a drain pipe (38, 138a, 138b); and a check valve which is provided at a tip end opening of the drain pipe (38, 138a, 138b), an oil recovering chamber (30, 130) which includes an oil recovering chamber bottom wall located below the bottom wall (13, 32) of the outlet chamber, and which is defined between the bottom wall (13, 32) of the outlet chamber, and the oil recovering chamber bottom wall; and an oil communication hole (40, 40a to 40d) which is opened in the bottom wall (13, 32) of the outlet chamber, and which connects the oil recovering chamber (30, 130) and the outlet chamber, wherein the drain pipe (38, 138a, 138b) protrudes in a downward direction from a bottom surface of the oil recovering chamber (30, 130).
Method for producing a gear wheel by machining, which is provided with a double helical gearing in which the gears of one gearing half are designed so as to ascend counter to the gears of the other gearing half, wherein the gearing halves (2, 3) are arranged offset to one another in relation to the axis of rotation of the gear wheel by an angle value (β), characterised in that a gear wheel blank is provided on which the gears (4, 5) provided on the gear wheel are produced by gear skiving by means of gear skiving wheel, which, in the case of gear skiving processing of each of the gears (4, 5) of one of the gearing halves (2, 3), reaches the respectively adjacent gear spaces (9, 10) of the other gearing half (3, 2).
Method for controlling the liquid injection of a compressor device, whereby this compressor device comprises at least one compressor element, whereby the compressor element comprises a housing that comprises a compression space in which at least one rotor is rotatably affixed by means of bearings, whereby liquid is injected into the compressor element, whereby the method comprises the step of providing two independent separated liquid supplies to the compressor element, whereby one liquid supply is injected into the compression space and the other liquid supply is injected at the location of the bearings, characterised in that the method comprises the step of controlling both the temperature of the liquid and the mass flow of the liquid, for both liquid supplies separately.
A dosing apparatus for dispensing a dose of a liquid comprising: (i) a resiliently squeezable container; (ii) a cap operably connected to said container, said cap comprising a nozzle for expelling the liquid out of the container; (iii) a dosing chamber operably connected to said cap, wherein said dosing chamber comprises a base having a discharge opening therein and a perimeter, sidewalls extending along the perimeter of said base and at least one inlet opening located proximal said sidewalls; (iv) at least one aperture located proximal to said discharge opening; (v) a plunger, provided in said dosing chamber and moveable relative to said chamber so as to advance upon squeezing of said container, towards a blocking position; (vi) a valve retaining means located below said base; and (vii) a valve (7, 29, 33) provided in said valve retaining means wherein said valve (7, 29, 33) is movable from an open position, allowing liquid flow through said discharge opening, and a closed position, where the valve blocks said discharge opening; Characterized in that: said nozzle comprises at least one flow restricting orifice, such that the exposed cross-sectional area of the at least one flow restricting orifice is adjustable to alter the dose, wherein the flow restricting orifice comprises a resiliently deformable valve member having at least one slit, the resiliently deformable valve member further comprising a valve aperture, wherein the valve aperture is defined by an aperture perimeter, wherein the aperture perimeter is coincident with the at least one slit. (i) a resiliently squeezable container; (ii) a cap operably connected to said container, said cap comprising a nozzle for expelling the liquid out of the container; (iii) a dosing chamber operably connected to said cap, wherein said dosing chamber comprises a base having a discharge opening therein and a perimeter, sidewalls extending along the perimeter of said base and at least one inlet opening located proximal said sidewalls; (iv) at least one aperture located proximal to said discharge opening; (v) a plunger, provided in said dosing chamber and moveable relative to said chamber so as to advance upon squeezing of said container, towards a blocking position; (vi) a valve retaining means located below said base; and (vii) a valve (7, 29, 33) provided in said valve retaining means wherein said valve (7, 29, 33) is movable from an open position, allowing liquid flow through said discharge opening, and a closed position, where the valve blocks said discharge opening; said nozzle comprises at least one flow restricting orifice, such that the exposed cross-sectional area of the at least one flow restricting orifice is adjustable to alter the dose, wherein the flow restricting orifice comprises a resiliently deformable valve member having at least one slit, the resiliently deformable valve member further comprising a valve aperture, wherein the valve aperture is defined by an aperture perimeter, wherein the aperture perimeter is coincident with the at least one slit.
A telecommunications platform apparatus comprising: a plurality of user link antennas each configured to provide communication coverage for a plurality of aero-based terminals within a specified volume of the sky, each antenna being configured to communicate with a specified cell within the specified volume; and a gateway link antenna configured to provide communication coverage to a ground-based gateway terminal, wherein the plurality of user link antennas are configured as: a first set of the plurality of user link antennas each having a first size aperture and being allocated a first number of channels, and a second set of the plurality of user link antennas each having a second size aperture that is less that the first size aperture and being allocated a second number of channels that is less than the first number of channels, and wherein the differently sized apertures in combination with the different number of channels allocated between the first and second sets of the plurality of user link antennas operate to maintain the same communication quality among the specified cells within the specified volume of the sky. a plurality of user link antennas each configured to provide communication coverage for a plurality of aero-based terminals within a specified volume of the sky, each antenna being configured to communicate with a specified cell within the specified volume; and a gateway link antenna configured to provide communication coverage to a ground-based gateway terminal, wherein the plurality of user link antennas are configured as: a first set of the plurality of user link antennas each having a first size aperture and being allocated a first number of channels, and a second set of the plurality of user link antennas each having a second size aperture that is less that the first size aperture and being allocated a second number of channels that is less than the first number of channels, and a first set of the plurality of user link antennas each having a first size aperture and being allocated a first number of channels, and a second set of the plurality of user link antennas each having a second size aperture that is less that the first size aperture and being allocated a second number of channels that is less than the first number of channels, and wherein the differently sized apertures in combination with the different number of channels allocated between the first and second sets of the plurality of user link antennas operate to maintain the same communication quality among the specified cells within the specified volume of the sky.
A spud system for a dredging vessel with a longitudinal direction, which spud system comprises; - a spud carrier for mounting a spud therein in a vertical stance and which spud carrier is moveable with respect to the dredging vessel in a longitudinal direction for advancing the dredging vessel, - a spud carrier drive system coupled with the dredging vessel and the spud carrier for driving the spud carrier with respect to the dredging vessel, wherein the spud carrier drive system comprises a hydraulic drive cylinder for controlling the position of the spud carrier, and characterized in that the spud system comprises; - a hydraulic system comprising a parallel hydraulic cylinder in fluid parallel connection with the hydraulic drive cylinder and presstressing means coupled with a rod of the parallel hydraulic cylinder such that said rod is forced towards a central position. - a spud carrier for mounting a spud therein in a vertical stance and which spud carrier is moveable with respect to the dredging vessel in a longitudinal direction for advancing the dredging vessel, - a spud carrier drive system coupled with the dredging vessel and the spud carrier for driving the spud carrier with respect to the dredging vessel, wherein the spud carrier drive system comprises a hydraulic drive cylinder for controlling the position of the spud carrier, and characterized in that the spud system comprises; - a hydraulic system comprising a parallel hydraulic cylinder in fluid parallel connection with the hydraulic drive cylinder and presstressing means coupled with a rod of the parallel hydraulic cylinder such that said rod is forced towards a central position.
An electric motor-driven compressor having an electrical terminal block assembly for receiving electricity, said electrical terminal block assembly comprising: a base plate configured to receive at least one motor stator cable in electrical communication with a motor stator of the motor-driven compressor, the motor stator cable including a stator cable lug on an end thereof; a terminal block 135 located adjacent the base plate 145 and including at least one conductive terminal bar disposed therein, the terminal bar including at least one stator cable mount and at least one controller cable mount; and a cover located adjacent the terminal block, wherein the base plate further includes a staging feature configured to locate the stator cable lug, and wherein the stator cable is aligned with the staging feature, and the stator cable mount is configured to receive a stator cable fastener therethrough to connect the stator cable lug to the stator cable mount, wherein the controller cable mount is configured to receive a controller cable in electrical communication with a motor controller, the controller cable including a controller cable lug on an end thereof, wherein the controller cable mount is configured to receive a controller cable fastener therethrough to connect the controller cable lug to the controller cable mount, and wherein the stator cable lug is configured to be drawn from the staging feature into contact with terminal bar via engagement with the stator cable fastener. a base plate configured to receive at least one motor stator cable in electrical communication with a motor stator of the motor-driven compressor, the motor stator cable including a stator cable lug on an end thereof; a terminal block 135 located adjacent the base plate 145 and including at least one conductive terminal bar disposed therein, the terminal bar including at least one stator cable mount and at least one controller cable mount; and a cover located adjacent the terminal block, wherein the base plate further includes a staging feature configured to locate the stator cable lug, and wherein the stator cable is aligned with the staging feature, and the stator cable mount is configured to receive a stator cable fastener therethrough to connect the stator cable lug to the stator cable mount, wherein the controller cable mount is configured to receive a controller cable in electrical communication with a motor controller, the controller cable including a controller cable lug on an end thereof, wherein the controller cable mount is configured to receive a controller cable fastener therethrough to connect the controller cable lug to the controller cable mount, and wherein the stator cable lug is configured to be drawn from the staging feature into contact with terminal bar via engagement with the stator cable fastener.
A dispenser device for dispensing a fluid or powder composition, the dispenser device including: a dispenser outlet; an air expeller for generating a flow of air while the device is being actuated, said air expeller including a piston that slides in an air chamber between a rest position and a dispensing position, said air chamber including a cylindrical body in which said piston slides in airtight manner; and at least one reservoir that contains a single dose of composition, said reservoir including an air inlet that is connected to said air expeller, and a composition outlet that is connected to said dispenser outlet, said air inlet including a composition retainer member for retaining the composition in the reservoir until the composition is dispensed, and said composition outlet being closed by a closure element that is force fitted in the composition outlet of the reservoir; said device further including a mechanical opening system (61, 62) that co-operates with said closure element so as to expel it mechanically from its closed position while the device is being actuated, said mechanical opening system comprising a rod assembly (61, 62), a first rod portion being part of said air expeller and sliding in said air chamber during actuation of the device, and a second rod portion pushed by said first rod portion during actuation of the device, said rod assembly (61, 62) cooperating at the end of the actuation stroke with said closure element to expel it mechanically from its closed portion, said piston of said air expeller, when in its rest position, co-operating in non-airtight manner with said air chamber, in such a manner that said air chamber is in communication with the atmosphere in the rest position, said piston including an inner lip that slides in airtight manner on said cylindrical surface during actuation of the device, and that co-operates in non-airtight manner with fluting formed on said cylindrical surface in the rest position to put the air chamber in communication with the atmosphere in the rest position, said piston 21) co-operating in airtight manner with said cylindrical body in any positions, and co-operating in non-airtight manner with said cylindrical surface only in the rest position.
A composition comprising microfibrillated cellulose and a pigment, wherein the composition further comprises mono-, di- or oligo-saccharides in an amount of 0,1-10% by weight by amount of pigment and the composition has a dry content of 40-70% by weight wherein the composition is used as a surface size recipe, a coating color, in dispersion barrier coating and/or as an additive to a fiber based furnish as a filler.