mhurhangee/ep-ind-claims huggingface dataset:
A rechargeable battery, comprising: an electrode assembly including a first electrode and a second electrode with a separator therebetween; a pouch housing the electrode assembly; and a first lead tab connected to the first electrode and extending out of the pouch, wherein the first lead tab includes a first inner tab having a first thickness, connected to the first electrode, and extending out of the electrode assembly; and a first outer tab having a second thickness larger than the first thickness, connected to the first inner tab outside the electrode assembly, and extending out of the pouch; and a second lead tab connected to the second electrode and extending out of the pouch, wherein the second lead tab includes a second inner tab having a third thickness, connected to the second electrode, and extending out of the electrode assembly; and a second outer tab having a fourth thickness larger than the third thickness, connected to the second inner tab outside the electrode assembly, and extending out of the pouch, wherein the first inner tab and the second inner tab are connected to the same outermost side of the electrode assembly, and wherein the first electrode, separator and the second electrode are wound. an electrode assembly including a first electrode and a second electrode with a separator therebetween; a pouch housing the electrode assembly; and a first lead tab connected to the first electrode and extending out of the pouch, wherein the first lead tab includes a first inner tab having a first thickness, connected to the first electrode, and extending out of the electrode assembly; and a first outer tab having a second thickness larger than the first thickness, connected to the first inner tab outside the electrode assembly, and extending out of the pouch; and a second lead tab connected to the second electrode and extending out of the pouch, wherein the second lead tab includes a second inner tab having a third thickness, connected to the second electrode, and extending out of the electrode assembly; and a second outer tab having a fourth thickness larger than the third thickness, connected to the second inner tab outside the electrode assembly, and extending out of the pouch, wherein the first inner tab and the second inner tab are connected to the same outermost side of the electrode assembly, and wherein the first electrode, separator and the second electrode are wound.
System for fixing a distribution pump to the neck of a bottle containing a fluid product, said system comprising a sleeve having an interior collar carrying means for securing the pump and a lower skirt provided with means for fastening said sleeve to said bottle, said system further comprising a hoop slidably mounted around the skirt between a top position wherein the fastening means are free so as to allow the positioning of said skirt around the neck and a bottom position wherein the fastening means are constrained by said hoop to ensure the sealed fastening of the sleeve to said neck, said system further comprising an exterior collar mounted around the interior collar by way of a device that displaces said exterior collar between a bottom position of use and a top dismounting position, the hoop in the bottom position being secured to the exterior collar to actuate the displacement of said collar to its top position by driving said hoop relatively to the skirt on a stroke that is sufficient to release the fastening means, said system being characterised in that the exterior collar has an interior surface and the interior collar has an exterior surface surrounded by said interior surface, the displacement device comprising at least one projection integral with one of the surfaces (17a, 8a), said projection being mounted in at least one slide integral with the other surface (8a, 17a), the sliding of the projection in the slide inducing the displacement of the exterior collar from its bottom position to its top position.
A drink bottle lid, for a bottle; wherein the lid is removable lid including an inner lid and an outer lid, said inner lid and said outer lid being selectively securable to one another in a closed position, said inner lid defining an opening; said inner lid including a first hinge portion, said outer lid including a second hinge portion for pivoting engagement with said first hinge portion so that said outer lid is pivotable relative to said inner lid between said open position and said closed position, said outer lid being securable in said open position, one of said first and second hinge portions (106,130) including hinge pins and the other of said first and second hinge portions (106, 130) defining openings into which said hinge pins are disposed for pivoting movement, and characterised by said outer lid being movable beyond said open position to cause release of said first and second hinge portions (106, 130) from one another; and by said other of said first and second hinge portions (106, 130) defining channels extending from said openings through which said hinge pins move during the release of the first and second hinge portions (106, 130) as said outer lid is moved beyond said open position.
A fluid product dispensing device comprising a reservoir containing at least one dose of fluid product, a piston-stopper mounted with the ability to slide in said reservoir in order to dispense fluid product, a dispensing head, provided with a dispensing orifice, and able to move axially with respect to said reservoir so as to move said piston-stopper in said reservoir in order thus to dispense the fluid product through said dispensing orifice, said piston-stopper comprising a hollow sleeve provided with a central receiving zone arranged substantially at the axial and radial centre of said piston plug, a shut-off element being positioned in said central receiving zone in a shutting-off position and being, during actuation, expelled from said shutting-off position towards an open position, characterized in that said central receiving zone is extended axially on one side by a lower receiving zone comprising at least two wall parts separated by at least two axially extending radial grooves, said wall parts of said lower receiving zone holding said shut-off element in its open position, with the fluid product being able, during actuation, to flow from said reservoir around said shut-off element in the open position via said radial grooves towards said dispensing orifice.
A wireless power receiving apparatus comprising: a receiving resonator configured to wirelessly receive energy; a plurality of energy storage devices (232, 234); a resonant converter including an energy storage device (232, 234) from the plurality of energy storage devices (232, 234) and an inductor, wherein the resonant converter is configured to transfer, through the inductor, energy of the included energy storage device (232, 234) to an output end of the wireless power receiving apparatus; and a controller configured to accumulate, alternatingly in the energy storage devices (232, 234), the energy received, by selecting an energy storage device of the plurality of energy storage devices (232, 234) to be included in the receiving resonator and selecting the energy storage device (232, 234) to be included in the resonant converter from the energy storage devices (232, 234) different from the energy storage device (232, 234) selected to be included in the receiving resonator. a receiving resonator configured to wirelessly receive energy; a plurality of energy storage devices (232, 234); a resonant converter including an energy storage device (232, 234) from the plurality of energy storage devices (232, 234) and an inductor, wherein the resonant converter is configured to transfer, through the inductor, energy of the included energy storage device (232, 234) to an output end of the wireless power receiving apparatus; and a controller configured to accumulate, alternatingly in the energy storage devices (232, 234), the energy received, by selecting an energy storage device of the plurality of energy storage devices (232, 234) to be included in the receiving resonator and selecting the energy storage device (232, 234) to be included in the resonant converter from the energy storage devices (232, 234) different from the energy storage device (232, 234) selected to be included in the receiving resonator.
Plant pot having a pot bottom and a circumferential pot wall connected with the pot bottom and surrounding the interior of the pot on the outside, the upper end of the pot wall being formed with a circumferential collar protruding outward with respect to the pot wall, the collar being formed such that a circumferential offset edge is formed between the pot wall and the collar, the edge extending transversely to the pot wall and the pot collar, characterized in that sliding webs are arranged along the entire length of the collar on the inner side of the pot collar and on the top of the offset edge, said webs forming a sliding surface inclined with respect to the inner side of the collar and the top surface of the offset edge, such that a tag is guided past the offset edge by the sliding surfaces when said tag is inserted between the plant bottom in the interior of the pot and the inner side of the pot collar.
A needle assembly comprising: a needle hub with a needle extending from a distal end of the needle hub; a catheter hub having an interior surface defining an interior cavity; a catheter tube attached to the catheter hub and having the needle extending through the catheter tube and having a needle tip extending out a distal opening of the catheter tube in a ready to use position; a valve positioned in the interior cavity of the catheter hub, said valve comprising a valve body having an outer perimeter positioned in a bore section of the catheter hub, a proximal receptacle on a proximal end, a distal receptacle on a distal end, and a valve disc located between the proximal receptacle and distal receptacle; an actuator positioned in the interior cavity of the catheter hub, the actuator is configured to open the valve, the actuator comprising: a body having a nose section and an activation end, the activation end is located within the proximal receptacle and is configured to push the valve disc to open the valve; and an extension leg on a proximal end of the actuator, the extension leg having an engagement section having a surface for supporting; a safety clip having a proximal wall, a proximal opening on the proximal wall, a resilient arm with an end; wherein the end of the arm is supported by the surface of the engagement section when the safety clip is in the interior cavity of the catheter hub in the ready to use position. a needle hub with a needle extending from a distal end of the needle hub; a catheter hub having an interior surface defining an interior cavity; a catheter tube attached to the catheter hub and having the needle extending through the catheter tube and having a needle tip extending out a distal opening of the catheter tube in a ready to use position; a valve positioned in the interior cavity of the catheter hub, said valve comprising a valve body having an outer perimeter positioned in a bore section of the catheter hub, a proximal receptacle on a proximal end, a distal receptacle on a distal end, and a valve disc located between the proximal receptacle and distal receptacle; an actuator positioned in the interior cavity of the catheter hub, the actuator is configured to open the valve, the actuator comprising: a body having a nose section and an activation end, the activation end is located within the proximal receptacle and is configured to push the valve disc to open the valve; and an extension leg on a proximal end of the actuator, the extension leg having an engagement section having a surface for supporting; a body having a nose section and an activation end, the activation end is located within the proximal receptacle and is configured to push the valve disc to open the valve; and an extension leg on a proximal end of the actuator, the extension leg having an engagement section having a surface for supporting; a safety clip having a proximal wall, a proximal opening on the proximal wall, a resilient arm with an end; wherein the end of the arm is supported by the surface of the engagement section when the safety clip is in the interior cavity of the catheter hub in the ready to use position.
Electrical machine arrangement for a motor vehicle, comprising - a first electrical machine, - a first energy store which is connected to the first electrical machine for the purpose of supplying power to the latter, - a second electrical machine, - a second energy store which is connected to the second electrical machine for the purpose of supplying power to the latter and is connected to the first energy store via an intermediate circuit, wherein the first electrical machine and the second electrical machine are used to respectively drive two vehicle axles of the motor vehicle, characterized in that the electrical machine arrangement also comprises: - a two-pole coupling element having two load connections, which coupling element is connected into the intermediate circuit, allows energy to be transmitted from the second energy store to the first energy store and can prevent energy from being transmitted from the first energy store to the second energy store, and - a charging device for charging the first and second energy stores (24, 34), which charging device can be connected to a power supply network and is connected to the intermediate circuit and therefore to the second energy store, wherein the charging device is connected to the intermediate circuit in such a manner that it charges the first and second energy stores (24, 34) by increasing a voltage in the intermediate circuit. - a first electrical machine, - a first energy store which is connected to the first electrical machine for the purpose of supplying power to the latter, - a second electrical machine, - a second energy store which is connected to the second electrical machine for the purpose of supplying power to the latter and is connected to the first energy store via an intermediate circuit, wherein - a two-pole coupling element having two load connections, which coupling element is connected into the intermediate circuit, allows energy to be transmitted from the second energy store to the first energy store and can prevent energy from being transmitted from the first energy store to the second energy store, and - a charging device for charging the first and second energy stores (24, 34), which charging device can be connected to a power supply network and is connected to the intermediate circuit and therefore to the second energy store,
Lift-and-slide door (101, 102, 103, 104) having a barrier-free floor sill (10; 10'; 10") having at least one running rail receiving groove (11, 11', 11"), into which a running rail profile (20; 20'; 20") having a running rail web (21; 21'; 21") is inserted, and having a leaf which can be displaced by way of running rollers on the running rail profile (20; 20'; 20"), wherein the leaf has arranged thereon at least one engagement element (41; 41'; 41") which, at least in the position of the leaf in which it is lowered with respect to the floor sill (10; 10'; 10"), engages in at least one guide groove (18; 18"; 28') on the floor sill (10; 10'; 10"), said groove extending parallel to the running rail web (21; 21'; 21"), wherein the running receiving groove and the guide groove are separated from one another, characterized in that the engagement element is formed by a blade extension (41; 41'; 41") which extends into the guide groove (18; 18"; 28') from the underside of a guide profile (40; 40'; 40") connected to the leaf, wherein the guide profile is mounted on a running roller carriage, or the guide profile is mounted on the leaf within the profile cross section.
Growth medium for the cultivation of plants, comprising: (a) 3 g/l to 18 g/l agar, (b) 0.5 g/l to 3 g/l carrageenan, characterized in that it comprises (c) an additional shape-stabilizing component. (a) 3 g/l to 18 g/l agar, (b) 0.5 g/l to 3 g/l carrageenan, characterized in that it comprises (c) an additional shape-stabilizing component.
A touch screen panel comprising: first and second substrates facing each other; a plurality of first sensing patterns coupled to one another along a first direction on a side of the first substrate facing the second substrate; a plurality of second sensing patterns coupled to one another along a second direction on a side of the second substrate facing the first substrate; a plurality of first dummy patterns between the first sensing patterns and corresponding to the second sensing patterns; and a plurality of second dummy patterns between the second sensing patterns and corresponding to the first sensing patterns; and an insulating layer between the substrates, the insulating layer comprising: a first insulating layer for covering the first sensing patterns and the first dummy patterns; and/or a second insulating layer for covering the second sensing patterns and the second dummy patterns; and a filler material for filling a space between the substrates. first and second substrates facing each other; a plurality of first sensing patterns coupled to one another along a first direction on a side of the first substrate facing the second substrate; a plurality of second sensing patterns coupled to one another along a second direction on a side of the second substrate facing the first substrate; a plurality of first dummy patterns between the first sensing patterns and corresponding to the second sensing patterns; and a plurality of second dummy patterns between the second sensing patterns and corresponding to the first sensing patterns; and an insulating layer between the substrates, the insulating layer comprising: a first insulating layer for covering the first sensing patterns and the first dummy patterns; and/or a second insulating layer for covering the second sensing patterns and the second dummy patterns; and a filler material for filling a space between the substrates. a first insulating layer for covering the first sensing patterns and the first dummy patterns; and/or a second insulating layer for covering the second sensing patterns and the second dummy patterns; and a filler material for filling a space between the substrates.
Ethylene copolymer composition comprising an ethylene copolymer comprising an ethylene monomer and a C6-C10 α -olefin comonomer; the ethylene copolymer having a total density of 0.945-0.980 g/cm 3 and a melt flow rate under 5 kg load (MFR 5) of 0.10-0.50 g/10 min; the ethylene copolymer having a C6-C10 α-olefin comonomer content of 1-5 % wt; wherein a M x /M y is not less than 14.0 (wherein M x /M y is the molecular weight distribution obtained from gel permeation chromatography) and a strain hardening modulus <Gp> of the ethylene copolymer is not less than 53.4 MPa. wherein a gpcBR index of the ethylene copolymer is from 0.20 to 0.80 with gpcBR = = K M V, CC α η ⋅ M W M W, CC α − 1 = η CC η ⋅ M W M W, CC α − 1 Where M W, CC, M V, CC and [η] CC are the weight average molecular weight, viscosity average molecular weight, and intrinsic viscosity from conventional gel permeation chromatography calculation, respectively, assuming polymer is linear with no Long Chain Branch, the [η] term is the actual intrinsic viscosity, which is the measured value from the online viscometer, calculated by the viscometer peak area method for high precision; M w is the weight average of absolute molecular weight from LS detector, also calculated by the LS peak area method for high precision; and the values of Mark-Houwink parameters, α and K, are 0.725 and 0.0004416, respectively, for polyethylene in 1,2,4-trichlorobenzene at 160°C.
A contact arrangement for use in an apparatus for producing three-dimensional work pieces by irradiating layers of a raw material powder with electromagnetic or particle radiation, the contact arrangement comprising: - a replaceable building chamber adapted to receive a work piece generated in the apparatus by an additive layering process, - a building chamber support element adapted to support the replaceable building chamber, - a first contact element fastened to the replaceable building chamber and comprising at least one first electrical conductor element, the first electrical conductor element being provided with a first planar conductor surface, and - a second contact element fastened to the building chamber support element and comprising at least one second electrical conductor element, the second electrical conductor element being provided with a second planar conductor surface, wherein the first planar conductor surface provided on the first electrical conductor element of the first contact element and the second planar conductor surface provided on the second electrical conductor element of the second contact element are adapted to interact with each other so as to establish an electrical contact between the replaceable building chamber and the building chamber support element when the replaceable building chamber is supported on the building chamber support element. - a replaceable building chamber adapted to receive a work piece generated in the apparatus by an additive layering process, - a building chamber support element adapted to support the replaceable building chamber, - a first contact element fastened to the replaceable building chamber and comprising at least one first electrical conductor element, the first electrical conductor element being provided with a first planar conductor surface, and - a second contact element fastened to the building chamber support element and comprising at least one second electrical conductor element, the second electrical conductor element being provided with a second planar conductor surface,
An apparatus of generating fluorinated gas compounds by means of reacting liquid stock with gaseous material comprising - a vertical cyclindrical column reactor, - a separating basin having its bottom conductively coupled to the top of the column reactor and - a return column cooler conductively coupled to the bottom of the separating basin and expending downward therefrom; wherein the separating basin is hollow and columnar in shape, its inner wall is covered with thin film of polytetrafluorethylene, further it is circular in horizontal cross-section and has a measured quantity dispensing tap in its lower side; at the top of the separating basin a level gauge orifice is centered and a thermometer orifice and four gas outlets are all concentrically arranged in the middle of radius segments of the circular top; and wherein the return column cooler has a coolant supply port at its lower side and a coolant drawing port at it upper side as well as a plurality of reaction channels in parallel one another within a hollow cylindrical cooling housing; further the lower portion of the return column cooler is buckled in right-angled L shape to lie horizontal and then further bent up at right angle so as to lead to the bottom of the column reactor; the horizontal extension of the return column cooler between both the right-angled bends is provided with a thermometer residing horizontally; an upright end from the right-angled bend ahead from the horizontal extension in the return column cooler at the bottom a reactant filling/refilling port is conducted vertically upward; further in its part in the vicinity of the column reactor a gaseous material sparging port is provided having a reactant gas nozzle with a plurality of nozzle apertures that are beveled downward in the vicinity of the distal end, wherein the reactant gas nozzle is attached so that the nozzle apertures are almost centered in a horizontal dimension of a lumen of the return column cooler. - a vertical cyclindrical column reactor, - a separating basin having its bottom conductively coupled to the top of the column reactor and - a return column cooler conductively coupled to the bottom of the separating basin and expending downward therefrom;