mhurhangee/ep-ind-claims huggingface dataset:
A capsule suspension formulation of pendimethalin comprising a herbicidally effective amount of microencapsulated pendimethalin, the microcapsules comprising said herbicidally effective amount of pendimethalin being encapsulated within a polymeric wall, said polymeric wall being in-situ formed by an interfacial polymerization reaction occurring between a first phase dispersed in a second phase, at least one of said first and second phases being characterized in comprising a pre-defined amount of at least one alkali or alkaline earth metal salt of an organic acid selected from acetic acid, propionic acid, citric acid, fumaric acid, tartaric acid, oxalic acid, succinic acid, valeric acid, malonic acid, glutaric acid, adipic acid and phthalic acid and wherein pendimethalin is present in an amount of 5% to 60% by weight of the formulation.
A pharmaceutical composition adapted for parenteral administration comprising solithromycin or a pharmaceutically acceptable salt thereof; and an acidifying agent comprising a tartaric acid or citric acid, or a combination thereof; where the composition is capable of reconstitution in one or more aqueous diluents.
An energy storage device comprising: a. a first electrode; and b. a second electrode separated from the first electrode by a dielectric, wherein at least one of the first electrode and the second electrode comprises a 3D turbostratic graphene network comprising carbon nanodots interconnected through carbon-carbon bonds. a. a first electrode; and b. a second electrode separated from the first electrode by a dielectric, wherein at least one of the first electrode and the second electrode comprises a 3D turbostratic graphene network comprising carbon nanodots interconnected through carbon-carbon bonds.
A functional footwear unit in the form of a kit with a modular protective function against radioactive toxic and/or harmful substances and against chemical and biological toxic and/or harmful substances, in particular warfare agents, the footwear unit having, as functionally coherent and/or as functionally associated, but detached and separate, in particular spatially separated components: on the one hand, footgear in the form of a shoe or preferably a boot, the footgear being water-impermeable and air-impermeable, but permeable to water vapour, the footgear containing no adsorption material, in particular no activated carbon, and the footgear having an oleophobic and/or hydrophobic finish, and on the other hand, an inner shoe material having at least one adsorption material in the form of a sock or a stocking to extend and increase the protective function of the footgear, the inner shoe material being air-permeable, water-permeable and permeable to water vapour, wherein the inner shoe material resting loosely and unconnected to the footgear when it is worn and in use. on the one hand, footgear in the form of a shoe or preferably a boot, the footgear being water-impermeable and air-impermeable, but permeable to water vapour, the footgear containing no adsorption material, in particular no activated carbon, and the footgear having an oleophobic and/or hydrophobic finish, and on the other hand, an inner shoe material having at least one adsorption material in the form of a sock or a stocking to extend and increase the protective function of the footgear, the inner shoe material being air-permeable, water-permeable and permeable to water vapour,
Bicycle hub (100, 200) comprising an axle with a first axle end and a second axle end, a first axle end cap, which is attached to the first axle end, a first sealing device for protecting a hub interior from dirt and water, a first hub bearing, characterized in that the bicycle hub additionally comprises a slotted clamp, wherein the first axle end cap comprises an external thread at which the slotted clamp is arranged via an internal thread, and wherein in an axial direction the first sealing device follows the slotted clamp attached to the first axle end cap, and the first hub bearing follows, in the axial direction, the first sealing device.
A light guide for a vehicle headlamp, wherein the light guide has an elongate shaping along a main light path and at one end has a light incoupling surface for coupling light into the light guide, and the light guide comprises a radiation region with a radiation region start and a radiation region end, wherein the radiation region comprises a plurality of light scattering elements along the light guide, by means of which the light can be reflected substantially transversely to the main light path in order to be radiated from the light guide, characterised in that the light guide comprises a diffusor region with a diffusor region start and a diffusor region end, which is formed on the surface of the light guide as an elevation running at least substantially along the light guide, wherein, along the main light path, the diffusor region start is arranged downstream of the light incoupling surface and the diffusor region end is arranged downstream of the diffusor region start, and the radiation region start is arranged downstream of the diffusor region start and the radiation region end is arranged downstream of the radiation region start.
A fitting arrangement for a window, a door or the like having a scissor fitting comprising a scissor arm and a stay arm which is coupled to the scissor arm in an articulated manner, wherein the stay arm can be coupled at a first coupling point to a leaf of the window or of the door and wherein the scissor arm can be coupled at a second coupling point to a scissor bearing which is fastenable to a frame of the window or of the door to pivotably support the leaf at the frame; wherein two parts of the support structure which comprises the scissor fitting and the scissor bearing are variably fixable in different positions relative to one another to adjust the effective length of the scissor fitting; and wherein the two parts are connected to one another by at least one adjustable coupling element (49; 51; 61) which is configured to be automatically set on the closing of the leaf such that an incorrect position of the leaf is corrected by shortening or lengthening the effective length of the scissor fitting, characterized in that the one of the named two parts is the scissor arm and the other one of the named two parts is the stay arm, with the scissor arm and the stay arm having a common articulation point which is variable in the longitudinal direction of the closed scissor fitting and at which they are coupled to one another in an articulated manner.
A locking device for a motor vehicle, comprising an actuating drive or an actuator (1, 210) having at least one electrically movable latch (5, 104, 211) for locking a first component which comprises a first casing wall, namely a charging socket of an electric vehicle, comprising a second component which comprises a second casing wall, namely a charging plug for an electric vehicle, wherein the second casing wall is slid into an opening of the first casing wall, wherein the actuating drive (1, 210) is mounted with the latch (5, 104, 211) on the casing wall of the first component, wherein the latch (5, 104, 211) can be slid by the actuating drive through a hole in the first casing wall, namely into a hole or into a recess in the second casing wall for the locking operation, wherein the actuating drive includes a lever (102, 119), by means of which the latch (5, 104, 211) can be manually actuated and mechanically moved out of its locking position into its unlocked starting position, characterized in that the actuating drive comprises a pivoted lever (102, 119), by means of which the latch can be manually actuated and mechanically moved out of its locking position by a rotary motion, that the latch (5, 104, 211) is connected to a ramp, by means of which a sensor can be actuated, wherein a catch, in particular a snap-in lug is provided for locking the latch (5, 104, 211) in the starting position and the locking position thereof, as well as comprising an elastic constriction and a bolt of the latch (5, 104, 211) which will be moved through the constriction, if the latch (5, 104, 211) is displaced from the starting position into the locking position or vice versa, comprising a sleeve gasket which rests on the housing (3a, 3b) of the actuating drive as well as on the latch (5, 104, 211), wherein the housing (3a, 3b) of the actuating drive (1, 210) is furthermore closed in a dust- and moisture-tight manner, wherein the sleeve gasket is pressed against the wall of the second component, through which the latch (5, 104, 211) passes through in its locking position, wherein the space of the second component into which the latch extends in its locking position is closed in a dust- and moisture-tight manner or is adapted to be closed in a dust- and moisture-tight manner.
A filter medium for filtering a fluid, the filter medium being at least formed of a pre-filter substrate laminated with a fine-filter substrate such that the pre-filter substrate comprises synthetic fibers and a first binder, the pre-filter substrate works as a combined surface and depth filter substrate, and the fine-filter substrate comprises a second binder and at least one of synthetic fibers and inorganic fibers, wherein the mean flow pore size for the pre-filter substrate ranging from 8 to 10 micrometers, for the fine-filter substrate from 3 to 10 micrometers and for the laminated filter medium from 1.5 to 6 micrometers. characterized in that the pre-filter substrate is laminated with the fine-filter substrate by means of a hot melt binder or adhesive.
A photosensitive gas generating agent, being a compound having: a photostimulation responsive gas generating group to generate a gas by photostimulation; a perfluoroalkyl group; and a polyalkyleneoxy group to link the photostimulation responsive gas generating group and the perfluoroalkyl group. a photostimulation responsive gas generating group to generate a gas by photostimulation; a perfluoroalkyl group; and a polyalkyleneoxy group to link the photostimulation responsive gas generating group and the perfluoroalkyl group.
A biotherapeutic anti-inflammatory topical composition in the form of a phase-stable emulsion, said composition comprising a first component consisting of powdered flavonoid-rich sour cherry seed extract previously separated from sour cherry seeds and a second component of sour cherry seed oil previously separated from sour cherry seeds; wherein said powdered flavonoid-rich sour cherry seed extract and said sour cherry seed oil each comprise 3-5 wt% of the total composition, wherein said composition comprises a mixture of a lipophilic component, a hydrophilic component, said powdered flavonoid-rich sour cherry seed extract and said sour cherry seed oil.
A system for fastening a telematic module to a structure of a motor vehicle, in particular to the roof of a motor vehicle, comprising: - a telematic module having a closed outer casing and containing at least one first connector for receiving signals and at least one electronic component for processing said signals; and - a block for supporting said module, which is to be fixed to said structure of the motor vehicle and is equipped with a second connector designed for connection to said first connector, wherein said first and second connectors (14, 22) have a configuration of a male-female type that defines a single direction (Z, Z1) of mutual connection for said first and second connectors; - at least one coupling element and a respective receiving seat (12, 16), the former carried by said block and the latter carried by said module, or vice versa, which are to be coupled together as a result of a movement of said module and said supporting block towards one another in said direction (Z, Z1); wherein said coupling element comprises a lateral projection or recess, said system being characterized in that said supporting block or said module has a manually operable locking member, which carries an interference element and is mobile in a direction transverse to said single direction of connection, between an inactive position, in which said coupling element is allowed to fit into said seat (12, 16), and an active position, in which said interference element engages said coupling element fitted into said seat (12, 16) at said lateral projection or recess, thus preventing extraction of said coupling element from said seat; wherein said locking member has on itself at least two localised surface features for identifying said active and inactive positions. - a telematic module having a closed outer casing and containing at least one first connector for receiving signals and at least one electronic component for processing said signals; and - a block for supporting said module, which is to be fixed to said structure of the motor vehicle and is equipped with a second connector designed for connection to said first connector, - at least one coupling element and a respective receiving seat (12, 16), the former carried by said block and the latter carried by said module, or vice versa, which are to be coupled together as a result of a movement of said module and said supporting block towards one another in said direction (Z, Z1);
Method for preparing and obtaining fibres, for paper manufacturing or for the manufacture of insulating material, from a fibre-containing material, in particular from waste paper, wherein the fibre-containing material at a consistency of 40% to 99% is pulped by continuous impact action.
Pumping system intended to be connected to an enclosure of a load lock for a substrate, comprising at least: - a first roughing pump unit (9a, 9b) having a first maximum pumping speed, and - a second roughing pump unit (10a, 10b) having a second maximum pumping speed, - each roughing pump unit (9a, 9b, 10a, 10b) comprising a single-stage Roots vacuum pump and a rough vacuum pump, the single-stage Roots vacuum pump being arranged in series and upstream of the rough vacuum pump in the direction of flow of the gases being pumped, - said first and second roughing pump units (9a, 9b, 10a, 10b) being mounted in parallel and configured to simultaneously pump the enclosure of the load lock of the substrate, - characterized in that said first roughing pump unit (9a, 9b) has pumping characteristics that are different from said second roughing pump unit (10a, 10b), the difference between the first and second maximum pumping speeds (S1, S2) of said first and second roughing pump units (9a, 9b, 10a, 10b) being greater than 500 m 3 /h. - a first roughing pump unit (9a, 9b) having a first maximum pumping speed, and - a second roughing pump unit (10a, 10b) having a second maximum pumping speed, - each roughing pump unit (9a, 9b, 10a, 10b) comprising a single-stage Roots vacuum pump and a rough vacuum pump, the single-stage Roots vacuum pump being arranged in series and upstream of the rough vacuum pump in the direction of flow of the gases being pumped, - said first and second roughing pump units (9a, 9b, 10a, 10b) being mounted in parallel and configured to simultaneously pump the enclosure of the load lock of the substrate, - characterized in that said first roughing pump unit (9a, 9b) has pumping characteristics that are different from said second roughing pump unit (10a, 10b), the difference between the first and second maximum pumping speeds (S1, S2) of said first and second roughing pump units (9a, 9b, 10a, 10b) being greater than 500 m 3 /h.
A configuration for mounting an electronic control board on a brushed electric motor, said configuration comprising a brushed electric motor, wherein said brushed electric motor comprises a cylindrical stator housing, a motor head of plastic material fixed to the stator housing and carrying brushes and relative brush holders, said motor head providing support for a shaft of the electric motor, and a plurality of motor terminals carried by the motor head and connected to said brushes, and a board holder configured to support an electronic control board, said board holder comprising a body made of plastic material in which there is formed a seat configured to receive the electronic control board, and on which there is formed, opposite to the seat, a coupling face snap-fitted radially to the electric motor to establish an electrical connection between the motor terminals and the electronic control board, wherein the coupling face of the board holder comprises hollow projections configured to receive board terminals of the electronic control board and provided with open ends in which the motor terminals are inserted, wherein the coupling face comprises a first snap tooth protruding from the coupling face and engaging an anchoring formation formed on the motor head and a second snap tooth protruding from the coupling face and engaging an edge of the stator housing, and wherein the coupling face further comprises at least one pair of leaf spring projections configured to engage a side surface (1 1c) of the stator housing. a brushed electric motor, wherein said brushed electric motor comprises a cylindrical stator housing, a motor head of plastic material fixed to the stator housing and carrying brushes and relative brush holders, said motor head providing support for a shaft of the electric motor, and a plurality of motor terminals carried by the motor head and connected to said brushes, and a board holder configured to support an electronic control board, said board holder comprising a body made of plastic material in which there is formed a seat configured to receive the electronic control board, and on which there is formed, opposite to the seat, a coupling face snap-fitted radially to the electric motor to establish an electrical connection between the motor terminals and the electronic control board, wherein the coupling face of the board holder comprises hollow projections configured to receive board terminals of the electronic control board and provided with open ends in which the motor terminals are inserted, wherein the coupling face comprises a first snap tooth protruding from the coupling face and engaging an anchoring formation formed on the motor head and a second snap tooth protruding from the coupling face and engaging an edge of the stator housing, and wherein the coupling face further comprises at least one pair of leaf spring projections configured to engage a side surface (1 1c) of the stator housing.
An oil tank of an internal combustion engine, in particular for an internal combustion engine installed on a ship, wherein for lubrication and if applicable cooling of the internal combustion engine oil collected in the oil tank can be removed from the oil tank, delivered in the direction of the internal combustion engine and, subsequently, emanating from the internal combustion engine, returned into the oil tank, having a central oil chamber, from which oil can be sucked in and delivered in the direction of the internal combustion engine, and having lateral oil chambers (16, 17), which, dependent on an inclined position of the oil tank, are positioned either obliquely above or alternatively obliquely below the central oil chamber, wherein oil, emanating from the internal combustion engine, can be returned into the lateral lateral oil chamber (16, 17),wherein the central oil chamber, dependent on the inclined position of the oil tank, can be coupled to a first lateral oil chamber which on a first side of the central oil chamber adjoins the central oil chamber or to a second lateral oil chamber which on a second side of the central oil chamber adjoins the central oil chamber, via in each case at least one passively controlled none-return valve, characterised in that each of the lateral oil chambers (16, 17)is subdivided into multiple part oil chambers (16a, 16b, 17a, 17b) and each of the lateral oil chambers (16, 17) is sub divided into an inner lateral part oil chamber (16a, 17a), and at least one outer lateral part oil chamber (16b, 17b), wherein part oil chambers (16a, 16b, 17a, 17b) adjoining one another are coupled via separating walls to permanently open and thus oil-permeable recesses.
A wavelength conversion device, including: a wavelength conversion layer (210, 310), having a first surface and a second surface opposite each other, wherein the first surface is disposed to receive an excitation light, wherein the wavelength conversion layer (210, 310) absorbs the excitation light to generate a converted light, and outputs the converted light or a mixed light of the converted light and the excitation light from the first surface and the second surface; a reflective substrate (220, 320) which is stacked with the wavelength conversion layer (210, 310), wherein the reflective substrate (220, 320) has a third surface facing the second surface, the reflective substrate (220, 320) reflecting at least a portion of the light incident on the third surface and outputting all of the light incident on the third surface to the second surface, characterized in that the reflective substrate is a scattering reflective substrate and includes a white porous ceramic or a white scattering material, the white scattering material being a salt or an oxide and the white porous ceramic or white scattering material scattering light incident on it. a wavelength conversion layer (210, 310), having a first surface and a second surface opposite each other, wherein the first surface is disposed to receive an excitation light, wherein the wavelength conversion layer (210, 310) absorbs the excitation light to generate a converted light, and outputs the converted light or a mixed light of the converted light and the excitation light from the first surface and the second surface; a reflective substrate (220, 320) which is stacked with the wavelength conversion layer (210, 310), wherein the reflective substrate (220, 320) has a third surface facing the second surface, the reflective substrate (220, 320) reflecting at least a portion of the light incident on the third surface and outputting all of the light incident on the third surface to the second surface, characterized in that the reflective substrate is a scattering reflective substrate and includes a white porous ceramic or a white scattering material, the white scattering material being a salt or an oxide and the white porous ceramic or white scattering material scattering light incident on it.
Method for producing a carcass for a pneumatic vehicle tyre that is completed by a breaker belt assembly and a tread rubber to make up the finished green tyre, the method comprising the following steps: - building up a sidewall-free carcass with an inner layer, a single- or multi-ply carcass insert, bead cores, in particular with bead fillers, at a carcass station on a carcass building drum and creating the ply turnups, - applying the sidewalls to the carcass, - transferring the carcass provided with the sidewalls to a shaping machine and shaping the carcass into a toroidal shape, characterized in that the carcass created without sidewalls is transferred to a first transfer device, which moves the carcass to a sidewall station, at which two sidewall drums are moved up laterally to the tyre carcass and are clamped to it, the transfer device subsequently being released from the carcass and returned to the carcass station, the sidewalls being rolled onto the sidewall drums and laterally onto the tyre carcass, and a second transfer device subsequently taking over the tyre carcass from the sidewall drums and moving it to the shaping station. - building up a sidewall-free carcass with an inner layer, a single- or multi-ply carcass insert, bead cores, in particular with bead fillers, at a carcass station on a carcass building drum and creating the ply turnups, - applying the sidewalls to the carcass, - transferring the carcass provided with the sidewalls to a shaping machine and shaping the carcass into a toroidal shape,