mhurhangee/ep-ind-claims huggingface dataset:
An improved tyre mould having modified sectored sidewall plates capable of the production of tyres which do not require the subsequent removal of unsightly bulges or protrusions from the sidewalls thereof, said tyre mould being provided between oppositely disposed upper and lower container plates (1,2) with a sidewall plate located against each of said container plates (1,2) wherein each sidewall plate consists of an annular backing plate provided within its inner surface with a circumferential guide channel, characterized in that said guide channel is adapted to receive therein and be engaged by a plurality of individual sector units, the backing plate and the sector units together constituting a sidewall plate assembly, each sector unit being juxta-posed with respect to the next unit in non-sealed relationship with a recess or clearance between the opposing lateral surfaces of each pair of juxta-posed units at the base thereof, the upper edges of said opposing surfaces of each pair of units contacting each other along a line of length forming an interface known as a sector parting, whereby any air or gas entrapped between the sidewalls of the tyre being cured and the two sidewall plate assemblies of the mould in contact therewith passes through the several sector partings along the upper edges of opposing faces of each pair of juxta-posed sector units to collect in the recesses between each pair of sector units and exit therefrom to the atmosphere.
An electrically motorised adjustable support device for a cushioning of a sitting and/or lying furniture, in particular a mattress of a box-spring bed, comprising a first support part, to which a second support part is connected in a pivotally adjustable manner, to its end facing away from the first support part a third support part is connected in a pivotally adjustable manner, comprising a pivot lever mounted pivotably around a pivoting lever pivoting axis for the pivoting adjustment of the second support part relative to the first support part, characterised in that the second support part comprises a guide for the end of the pivoting lever facing away from the pivoting lever pivoting axis, and that the guide holds an adjusting means for the pivoting adjustment of the third support part relative to the second support part. comprising a first support part, to which a second support part is connected in a pivotally adjustable manner, to its end facing away from the first support part a third support part is connected in a pivotally adjustable manner, comprising a pivot lever mounted pivotably around a pivoting lever pivoting axis for the pivoting adjustment of the second support part relative to the first support part, characterised in that the second support part comprises a guide for the end of the pivoting lever facing away from the pivoting lever pivoting axis, and that the guide holds an adjusting means for the pivoting adjustment of the third support part relative to the second support part.
Ball-bearing control equipped with an outer sheath which surrounds a central blade that is movable longitudinally relative to the outer sheath, said central blade being arranged between two rows of rolling members, each row of rolling members being arranged between a face (44, 45) of the central blade and a plate which is opposite an inner face of said outer sheath, said outer sheath comprising a central portion which extends between an endpiece referred to as the "first endpiece " and an endpiece referred to as the "second endpiece ", characterized in that each endpiece comprises a hollow central body which surrounds the central blade, each central body extending longitudinally at least from an abutment referred to as the "proximal abutment (571, 572)" to a free abutment referred to as the "distal abutment (581, 582)", each abutment (57, 58) of an endpiece projecting from said central body of said endpiece towards an external medium that is external to the ball-bearing control, each endpiece comprising an elastic system interposed around the central body of said endpiece between an abutment of the endpiece and a ring, each ring being arranged around the central body of the associated endpiece, each endpiece being movable in translation relative to the ring surrounding said endpiece, the elastic system of one endpiece being arranged between the distal abutment and the ring of said endpiece, and the elastic system of the other endpiece being arranged between the proximal abutment and the ring of said other endpiece.
A battery pack (100, 200) comprising: a battery cell including a discharge valve opened when an internal pressure of the battery cell exceeds a set pressure; and a case housing the battery cell, wherein the battery pack (100, 200) further comprises a flame-retardant cap is disposed at a position facing a discharge valve side end surface of the battery cell with a diffusion gap provided between the discharge valve side end surface and the flame-retardant cap, the flame-retardant cap includes a collision plate disposed at a position facing the discharge valve side end surface and a peripheral wall around the collision plate, a discharge valve of the battery cell and a region in proximity are arranged inside the peripheral wall, and a reverse ejection gap is provided between the battery cell and the peripheral wall, an expansion space of a discharge gas flowing in from the reverse ejection gap is provided inside the case, and in the expansion space, the discharge gas ejected from the discharge valve collides with the collision plate of the flame-retardant cap, and fills the expansion space via the diffusion gap and the reverse ejection gap. a battery cell including a discharge valve opened when an internal pressure of the battery cell exceeds a set pressure; and a case housing the battery cell, wherein the battery pack (100, 200) further comprises a flame-retardant cap is disposed at a position facing a discharge valve side end surface of the battery cell with a diffusion gap provided between the discharge valve side end surface and the flame-retardant cap, the flame-retardant cap includes a collision plate disposed at a position facing the discharge valve side end surface and a peripheral wall around the collision plate, a collision plate disposed at a position facing the discharge valve side end surface and a peripheral wall around the collision plate, a discharge valve of the battery cell and a region in proximity are arranged inside the peripheral wall, and a reverse ejection gap is provided between the battery cell and the peripheral wall, an expansion space of a discharge gas flowing in from the reverse ejection gap is provided inside the case, and in the expansion space, the discharge gas ejected from the discharge valve collides with the collision plate of the flame-retardant cap, and fills the expansion space via the diffusion gap and the reverse ejection gap.
A compound selected from the group consisting of: 5,5 '-methylenebis(2-acetoxybenzoic acid), 2-acetoxy-3-(4-acetoxy-3-carboxybenzyl)benzoic acid, 2-acetoxy-3-(3-acetoxy-4-carboxybenzyl)benzoic acid, 2-acetoxy-4-(4-acetoxy-3-carboxybenzyl)benzoic acid, 3,3 '-methylenebis(2-acetoxybenzoic acid), 4,4'-methylenebis(2-acetoxybenzoic acid), and salts thereof. 5,5 '-methylenebis(2-acetoxybenzoic acid), 2-acetoxy-3-(4-acetoxy-3-carboxybenzyl)benzoic acid, 2-acetoxy-3-(3-acetoxy-4-carboxybenzyl)benzoic acid, 2-acetoxy-4-(4-acetoxy-3-carboxybenzyl)benzoic acid, 3,3 '-methylenebis(2-acetoxybenzoic acid), 4,4'-methylenebis(2-acetoxybenzoic acid),
A loop heat pipe wick comprising porous rubber for use with a working fluid; characterised in that a solubility parameter value of the working fluid is greater than an SP value of the wick; and the porous rubber has: an average pore size of 50 μm or less, a porosity of from 20% to 80%, and a continuous cell ratio of from 25% to 100%.. an average pore size of 50 μm or less, a porosity of from 20% to 80%, and a continuous cell ratio of from 25% to 100%..
A microelectrode device (100, 2500) for tissue electrotransfer, the microelectrode device (100, 2500) comprising: a penetrating microelectrode (102, 2502) comprising (i) a target tissue microelectrode region (104, 2504) comprising an electrically conductive surface to selectively deliver, via tissue electrotransfer, a biomolecule to cells located in a tissue location; and (ii) an anchor microelectrode region (108, 2508) to mechanically anchor the penetrating microelectrode (102, 2502) to position the target tissue microelectrode region (104, 2504) to selectively deliver the biomolecule to the cells located in the tissue location; and an electrical connection to connect the penetrating microelectrode (102, 2502) to a voltage source (112, 2512); characterized in that the microelectrode device (100, 2500) further comprises a modeling processor comprising a tissue level electric field prediction module and a cellular level simulation module, the modeling processor being configured to determine tissue locations to which to selectively deliver, via tissue electrotransfer, a biomolecule to cells located in the tissue location. a penetrating microelectrode (102, 2502) comprising (i) a target tissue microelectrode region (104, 2504) comprising an electrically conductive surface to selectively deliver, via tissue electrotransfer, a biomolecule to cells located in a tissue location; and (ii) an anchor microelectrode region (108, 2508) to mechanically anchor the penetrating microelectrode (102, 2502) to position the target tissue microelectrode region (104, 2504) to selectively deliver the biomolecule to the cells located in the tissue location; and an electrical connection to connect the penetrating microelectrode (102, 2502) to a voltage source (112, 2512); characterized in that the microelectrode device (100, 2500) further comprises a modeling processor comprising a tissue level electric field prediction module and a cellular level simulation module, the modeling processor being configured to determine tissue locations to which to selectively deliver, via tissue electrotransfer, a biomolecule to cells located in the tissue location.
Tyre tread for a passenger vehicle comprising a tread surface designed to come into contact with a ground when the said tyre is running, the said tread comprising at least one internal cavity of elongate overall shape with a total length LC and width WC and a sipe less than 2 mm wide beginning partly or totally on the cavity, the said sipe extending this cavity over the whole of its length LC while extending radially outwards in order to emerge on the tread surface, characterized in that the cavity comprises a bottom and two lateral walls surrounding this bottom and extending in the length LC of the cavity, the said bottom comprising a message intended for an observer of the tyre, said message being a group of symbols forming a meaning unit, and in that the message is at a distance from at least one lateral wall of the cavity, the distance between the message and the said lateral wall being at least equal to 5% of the width WC of the cavity, and in that the message protrudes from the bottom of the cavity, said message being adapted to be moulded by a bar of a mould for a tyre, or the message is cut out in the bottom of the cavity.
A filter element comprising: (a) a tubular construction of pleated filter media defining an interior volume; (b) first and second opposite end caps secured to opposite ends of the filter media; and (c) means for supporting the pleated filter media and operably oriented in the interior volume, wherein the means for supporting includes a support structure between and against opposing faces of the pleated filter media, wherein the support structure comprising a pleated construction having pleats extending in a direction non-parallel and angled relative to a direction of pleats of the pleated filter media, wherein the pleated construction comprises a semi-rigid pleated screen, (a) a tubular construction of pleated filter media defining an interior volume; (b) first and second opposite end caps secured to opposite ends of the filter media; and (c) means for supporting the pleated filter media and operably oriented in the interior volume, wherein the means for supporting includes a support structure between and against opposing faces of the pleated filter media, wherein the support structure comprising a pleated construction having pleats extending in a direction non-parallel and angled relative to a direction of pleats of the pleated filter media, wherein the pleated construction comprises a semi-rigid pleated screen,
A method for wireless communications, comprising: receiving transmissions from multiple antennas (252a - 252r) of a user equipment (116, 122, 250); and transmitting a differential power control message that is based on an imbalance of transmitted power from the multiple antennas (252a - 252r); characterized in that the message includes a common value and a differential value, wherein the differential value is transmitted less frequently than the common value. receiving transmissions from multiple antennas (252a - 252r) of a user equipment (116, 122, 250); and transmitting a differential power control message that is based on an imbalance of transmitted power from the multiple antennas (252a - 252r); characterized in that the message includes a common value and a differential value, wherein the differential value is transmitted less frequently than the common value.
An energy conversion cycle for the steam produced by a sodium-cooled fast neutron reactor, wherein same has: - a first stage, in which a first expansion of steam coming from a steam generator associated with the reactor is performed to bring the steam from a "fossil fuel cycle" initial state to an intermediate state of temperature and pressure of said steam corresponding to a "nuclear cycle" initial state, the steam in the "fossil fuel cycle" initial state is at a pressure comprised between 150 and 200 bars and at a temperature comprised between 450 and 570°C, and wherein the intermediate state is defined for a pressure comprised between 30 and 50 bars and a temperature comprised between 234 and 300°C, - a second stage in which a second expansion of the steam from the intermediate state is performed until steam in a first wet state situated below the steam saturation curve is obtained, - a third stage in which the steam is dried and super-heated from the first wet state thereof to bring it into a state of drying and super-heating situated above the saturation curve, and - a fourth stage in which a third expansion of the steam is performed from the super-heated state thereof to a second wet state situated below the steam saturation curve, the steam being then condensed and brought back to the steam generator. - a first stage, in which a first expansion of steam coming from a steam generator associated with the reactor is performed to bring the steam from a "fossil fuel cycle" initial state to an intermediate state of temperature and pressure of said steam corresponding to a "nuclear cycle" initial state, the steam in the "fossil fuel cycle" initial state is at a pressure comprised between 150 and 200 bars and at a temperature comprised between 450 and 570°C, and wherein the intermediate state is defined for a pressure comprised between 30 and 50 bars and a temperature comprised between 234 and 300°C, - a second stage in which a second expansion of the steam from the intermediate state is performed until steam in a first wet state situated below the steam saturation curve is obtained, - a third stage in which the steam is dried and super-heated from the first wet state thereof to bring it into a state of drying and super-heating situated above the saturation curve, and - a fourth stage in which a third expansion of the steam is performed from the super-heated state thereof to a second wet state situated below the steam saturation curve, the steam being then condensed and brought back to the steam generator.
A composition for use in the treatment of one or more of acute lung injury or radiation therapy-induced intestinal injury, the composition comprising an activator of ErbB4.
A composition comprising, in weight percent based on the weight of the composition: 85 to 99% low density polyethylene (LDPE) having a crystallinity of greater than 40%; 1 to less than 14% propylene polymer having an upper melting point of greater than or equal to (≥) 130°C; and ≥ 0.5% peroxide. 85 to 99% low density polyethylene (LDPE) having a crystallinity of greater than 40%; 1 to less than 14% propylene polymer having an upper melting point of greater than or equal to (≥) 130°C; and ≥ 0.5% peroxide.
An ozone generator of a gas blow-through type, especially to produce a gas mixture of ozone/air or ozone/oxygen, said generator comprises electrode groups comprising two flat electrode plates, one dielectric plate disposed between the flat electrode plates, insulating shim plates arranged between each of flat electrode plates and the dielectric plate, as well as insulating spacer frame elements and electrode studs arranged on the flat electrode plates, said electrode studs being electrically connected to a high voltage high frequency electric generator unit of the ozone generator through a first high voltage cable and a second high voltage cable characterized by an outer insulating housing, held together and fastened by suitable fastening screws, wherein the outer insulating housing is dimensioned so as to allow several electrode groups to be modularly arranged within said housing parallel to each other side by side and to be electrically connected.
High pressure pump, in particular for a motor vehicle, for delivering a fluid, in particular fuel, for example diesel, comprising a drive shaft with at least one cam, at least one piston, at least one cylinder for mounting the at least one piston, the at least one piston being supported on the drive shaft with the at least one cam, with the result that a translational movement can be carried out by the at least one piston on the basis of a rotational movement of the drive shaft, at least one covering cap which is fastened indirectly to the cylinder on the outer side, characterized in that an end of the at least one covering cap lies on a projection of the remaining high pressure pump in order to fasten the end of the covering cap to the projection in a positively locking manner, the at least one covering cap lying on the remaining high pressure pump with an elastic prestressing force.
An apparatus for tracing items, the apparatus comprising: - a conveyor, where the conveyor has a cleated conveyor belt for transporting single items between each two cleats, said conveyor further comprising an axis raising the cleated conveyor belt between the in-feed and the out-feed end forming a top position and wherein the in-feed portion of the belt is at least partially inclining and an out feed-portion is at least partially declining, - at least one image means, which determines at least one characteristic property of the items being transported on the cleated conveyor belt, said at least one image means being positioned above the top position of the cleated conveyor belt, - at least one diverting means, - at least one collection bin, said at least one collection bin being a part of a packing station, and - computing means characterised in that transporting the items over the top position of the cleated conveyor belt rolls the items from side to side providing more than one image view of the items, wherein two or more views of the items are obtained by the at least one image means, and based on data from the at least one image means, selected items are diverted to a collection bin by the diverting means and the computing means and packed in a unit which is given an ID, and in that the at least one characteristic property of each item and the ID of the unit, which the item is packed in, is stored in a database. - a conveyor, where the conveyor has a cleated conveyor belt for transporting single items between each two cleats, said conveyor further comprising an axis raising the cleated conveyor belt between the in-feed and the out-feed end forming a top position and wherein the in-feed portion of the belt is at least partially inclining and an out feed-portion is at least partially declining, - at least one image means, which determines at least one characteristic property of the items being transported on the cleated conveyor belt, said at least one image means being positioned above the top position of the cleated conveyor belt, - at least one diverting means, - at least one collection bin, said at least one collection bin being a part of a packing station, and - computing means
A light-emitting device (1, 1') for an aircraft, comprising: - a light-emitting semiconductor device configured for emitting a light radiation; - a substrate, having a first side and a second side opposite to one another, housing the light-emitting semiconductor device at the first side; - a curved reflector having a concave reflecting surface and defining a plane of emission, characterized in that the concave reflecting surface has a semiparabolic shape obtained by sectioning a semiparaboloid along two mutually parallel cutting planes, or by sectioning a semiparaboloid along two cutting planes having a point of intersection, or intersecting a semiparaboloid with a cone with a circular or elliptical base having an axis aligned with a principal axis of emission of the light radiation, the concave reflecting surface facing the light-emitting semiconductor device in such a way as to collect the light radiation and generating a radiation reflected through the plane of emission, the concave reflecting surface having a value of curvature ( c) in the range comprised between 0.02 mm -1 and 0.06 mm -1, the curved reflector comprising a body made of thermally conductive material and forming a first portion of a heat dissipator of said light-emitting device (1, 1'), the light-emitting device further comprising a support base made of thermally conducting material, configured for carrying said substrate and forming a second portion of said heat dissipator, the support base and the substrate being in direct thermal contact with one another, wherein the support base and the curved reflector are made of a single piece forming said heat dissipator. - a light-emitting semiconductor device configured for emitting a light radiation; - a substrate, having a first side and a second side opposite to one another, housing the light-emitting semiconductor device at the first side; - a curved reflector having a concave reflecting surface and defining a plane of emission,
A radioactive material adsorbent for adsorbing radioactive strontium in water, the adsorbent comprising a titanate powder represented by the formula K 2 Ti 2 O 5, wherein the titanate powder is formed to granular particles using a binder, the granular particles having a diameter within the range of 150 μm to 3000 μm.
A para-aramid fibrid film, characterized in that at least 95% of the bonds of the polymer are para-oriented, that the Canadian freeness number of the para-aramid fibrid film is between 40 and 790, and that said fibrid film has an average length of 0.2 - 2 mm and a width of 10-500 μm, wherein the para-aramid fibrid film possesses an ability to form a waterleaf.