mhurhangee/ep-ind-claims huggingface dataset:
A collapsible bulk bin container comprising: a base having a first side, a second side, a third side and a fourth side; a first sidewall pivotably connected to the first side of the base; a second sidewall pivotably connected to the second side of the base by a floating hinge, the second side wall having an inwardly facing surface and an opposing outwardly facing surface; a third sidewall pivotably connected to the third side of the base; a fourth sidewall pivotably connected to the fourth side of the base; the first sidewall having a first wrap-around portion at a first side of the first sidewall, the first wrap around portion having an inwardly facing pocket that faces and contacts an edge portion of the outwardly facing surface of the second sidewall when the first and second sidewalls are pivoted upright, the first wrap-around portion having a first horizontal plate at a top portion of the first wrap-around portion extending outward over the first wrap-around portion; characterised in that, the second sidewall having a lift and lock feature, wherein the lift and lock feature includes the second sidewall has a first lower edge portion with a first ramp surface and the base having an upward projection including a first upper edge portion with a second ramp surface positioned to contact the first ramp surface of the second sidewall, the first ramp surface and second ramp surface configured to initially lift the second sidewall as the second sidewall is pivoted into an upright position. a base having a first side, a second side, a third side and a fourth side; a first sidewall pivotably connected to the first side of the base; a second sidewall pivotably connected to the second side of the base by a floating hinge, the second side wall having an inwardly facing surface and an opposing outwardly facing surface; a third sidewall pivotably connected to the third side of the base; a fourth sidewall pivotably connected to the fourth side of the base; the first sidewall having a first wrap-around portion at a first side of the first sidewall, the first wrap around portion having an inwardly facing pocket that faces and contacts an edge portion of the outwardly facing surface of the second sidewall when the first and second sidewalls are pivoted upright, the first wrap-around portion having a first horizontal plate at a top portion of the first wrap-around portion extending outward over the first wrap-around portion; characterised in that, the second sidewall having a lift and lock feature, wherein the lift and lock feature includes the second sidewall has a first lower edge portion with a first ramp surface and the base having an upward projection including a first upper edge portion with a second ramp surface positioned to contact the first ramp surface of the second sidewall, the first ramp surface and second ramp surface configured to initially lift the second sidewall as the second sidewall is pivoted into an upright position.
A catalysed filter for filtering particulate matter from exhaust gas emitted from a positive ignition internal combustion engine, which filter comprising a porous substrate having a total substrate length and having inlet surfaces and outlet surfaces, wherein the inlet surfaces are separated from the outlet surfaces by a porous structure containing pores of a first mean pore size, wherein the porous substrate is coated with a three-way catalyst washcoat composition comprising a combination of precious metals selected from the group consisting of (i) platinum and rhodium; (ii) palladium and rhodium; and (iii) platinum, palladium and rhodium, supported on a high surface area oxide, and an oxygen storage component, wherein the porous structure of the washcoated porous substrate contains pores of a second mean pore size, wherein the second mean pore size is less than the first mean pore size, which three-way catalyst washcoat being axially arranged on the porous substrate as a first zone comprising the inlet surfaces of a first substrate length less than the total substrate length and a second zone comprising the outlet surfaces of a second substrate length less than the total substrate length, wherein the sum of the substrate length in the first zone and the substrate length in the second zone ≥ 110%, wherein the substrate length in the first zone < the substrate length in the second zone, wherein the second zone contains washcoat and wherein: (i) a total precious metal loading in the first zone > second zone, wherein the total precious metal loading in the first zone is > 1.77 g/l (>50 g/ft 3); or (ii) both a washcoat loading and a total precious metal loading in the first zone > second zone, wherein the total precious metal loading in the first zone is > 1.77 g/l (>50 g/ft 3). (i) a total precious metal loading in the first zone > second zone, wherein the total precious metal loading in the first zone is > 1.77 g/l (>50 g/ft 3); or (ii) both a washcoat loading and a total precious metal loading in the first zone > second zone, wherein the total precious metal loading in the first zone is > 1.77 g/l (>50 g/ft 3).
A nonaqueous composition comprising (a) an alkyl quaternary ammonium germicide, (b) a highly volatile silicone solvent selected from the group consisting of hexamethyl disiloxane and octamethyl trisiloxane, (c) a single film-forming polymer which is polydimethylsiloxane having a viscosity of 0.05 m 2 /s (50,000 cSt) or greater, and (d) less than 5% by weight ethanol or isopropanol. (a) an alkyl quaternary ammonium germicide, (b) a highly volatile silicone solvent selected from the group consisting of hexamethyl disiloxane and octamethyl trisiloxane, (c) a single film-forming polymer which is polydimethylsiloxane having a viscosity of 0.05 m 2 /s (50,000 cSt) or greater, and (d) less than 5% by weight ethanol or isopropanol.
A method of manufacturing a tissue matrix comprising seeding isolated placental stem cells onto or into a tissue matrix, wherein the isolated placental stem cells do not express MHC Class 2 antigens, wherein said placental stem cells are SSAE3 -, SSAE4 -, OCT-4 + and ABC-p +, wherein said placental stem cells are obtainable by: (a) exsanguinating a placenta; (b) perfusing the placenta to eliminate residual blood; (c) obtaining the placental stem cells by perfusion of the placenta with a perfusion solution; and (d) separating said placental stem cells from other cells in said perfusion solution by differential trypsinization. (a) exsanguinating a placenta; (b) perfusing the placenta to eliminate residual blood; (c) obtaining the placental stem cells by perfusion of the placenta with a perfusion solution; and (d) separating said placental stem cells from other cells in said perfusion solution by differential trypsinization.
A device for manufacturing a three-dimensional packaging product, such as a cushioning product, from a single or multi-layer paper web, comprising: a preforming station that transforms the paper web into a three-dimensional packaging product with at least one crumple cavity extending in the web direction, and a rotary cutter following the preforming station in the conveying direction of the paper web, which cuts a preformed paper web section to the desired length of the packaging product from the preformed paper web and has a cutting shaft to which a blade of the rotary cutter is attached, and optionally a countershaft to which a cutting pad is attached, into which the blade engages during the cutting process, characterized in that an attachment is fixed to the cutting shaft and/or the countershaft to increase the radial surface extension of the shaft and form a full-surface profile channel wall section, whose full-surface profile extends in the axial direction of the shaft over at least half the width of the preformed paper web section and is designed to form contact with the preformed paper web section before and after cutting by the rotary cutter. a preforming station that transforms the paper web into a three-dimensional packaging product with at least one crumple cavity extending in the web direction, and a rotary cutter following the preforming station in the conveying direction of the paper web, which cuts a preformed paper web section to the desired length of the packaging product from the preformed paper web and has a cutting shaft to which a blade of the rotary cutter is attached, and optionally a countershaft to which a cutting pad is attached, into which the blade engages during the cutting process, characterized in that an attachment is fixed to the cutting shaft and/or the countershaft to increase the radial surface extension of the shaft and form a full-surface profile channel wall section, whose full-surface profile extends in the axial direction of the shaft over at least half the width of the preformed paper web section and is designed to form contact with the preformed paper web section before and after cutting by the rotary cutter.
Pseudo-Schottky diode comprising an n-channel trench MOS field effect transistor comprising a cathode, an anode and, between the cathode and the anode, a highly n + -doped silicon substrate, an n-doped epitaxial layer, trenches extending into the n-doped epitaxial layer, p-doped body regions provided between the trenches, and highly n + -doped regions provided at the surface of the body regions, wherein the gate, the body regions and the source region are monolithically and electrically connected to one another and wherein the drain region serves as cathode, wherein dielectric layers are provided at the side edges of the trenches, the trenches are filled with a polysilicon layer, the bottoms of a portion of the trenches are formed by a further p-doped layer contacted with the p-doped polysilicon layer, characterized in that the further p-doped layers extend right into the highly n + -doped silicon substrate, in that the pn junction between the further p-doped layers and the highly n + -doped silicon substrate determines the breakdown voltage of the pseudo-Schottky diode, in that the polysilicon layer is p-doped, and in that the pseudo-Schottky diode comprises p + -doped regions provided at the surface of the body regions.
A roof gallery for a motor vehicle for at least partially lining a side of a vehicle roof facing the vehicle interior, comprising at least two handles, at least one storage surface, wherein said storage surface extends between the two handles, and at least one engagement edge arranged at the storage surface, characterized in that the storage surface forms a monolithic component together with the handles and the engagement edge, so that the storage surface together with the handles and the engagement edge is formed from a single unit, which is integrally and thus continuously formed, wherein at least in the engagement edge at least one injection channel is provided.
A solid form of a compound having the formula: wherein the solid form is crystalline; wherein the solid form is an anhydrate; and wherein the solid form is: a) Form I, having three or more characteristic XRPD peaks, in terms of 2-theta (± 0.2°), selected from 8.7, 9.8, 11.6, 12.7, 14.7, 15.7, 20.0, 21.4, 23.3, and 27.1 degrees; or b) Form II, having three or more characteristic XRPD peaks, in terms of 2-theta (± 0.2°), selected from 6.7, 9.5, 10.5, 14.8, 16.2, 17.0, 18.8, and 19.3 degrees. a) Form I, having three or more characteristic XRPD peaks, in terms of 2-theta (± 0.2°), selected from 8.7, 9.8, 11.6, 12.7, 14.7, 15.7, 20.0, 21.4, 23.3, and 27.1 degrees; or b) Form II, having three or more characteristic XRPD peaks, in terms of 2-theta (± 0.2°), selected from 6.7, 9.5, 10.5, 14.8, 16.2, 17.0, 18.8, and 19.3 degrees.
A combustor, comprising; a. a tube bundle that extends radially across at least a portion of the combustor, wherein the tube bundle comprises an upstream surface axially separated from a downstream surface, wherein the upstream surface and the downstream surface define a fuel plenum therebetween; b. a shroud that circumferentially surrounds the upstream and downstream surfaces to at least partially define the fuel plenum; c. a fuel conduit extending through the upstream surface and/or the shroud to conduct fuel radially outwards in all directions; d. a plurality of tubes that extends from the upstream surface through the downstream surface, wherein each tube provides fluid communication through the tube bundle, wherein each tube includes a fuel port in fluid communication with the fuel plenum and disposed between the upstream surface and the downstream surface of the tube bundle, wherein the plurality of tubes comprise a first row of tubes arranged annularly about an axial centerline of the tube bundle and a second row of tubes coaxially aligned with and spaced radially outwardly from the first row of tubes; characterized in that said combustor further comprising: e. a baffle that extends axially inside the fuel plenum and extends circumferentially around the first row of tubes and is positioned radially between the first row of tubes and the second row of tubes, wherein the baffle defines a plurality of fuel flow paths to allow fuel to flow radially outwardly from the first row of tubes towards the second row of tubes. a. a tube bundle that extends radially across at least a portion of the combustor, wherein the tube bundle comprises an upstream surface axially separated from a downstream surface, wherein the upstream surface and the downstream surface define a fuel plenum therebetween; b. a shroud that circumferentially surrounds the upstream and downstream surfaces to at least partially define the fuel plenum; c. a fuel conduit extending through the upstream surface and/or the shroud to conduct fuel radially outwards in all directions; d. a plurality of tubes that extends from the upstream surface through the downstream surface, wherein each tube provides fluid communication through the tube bundle, wherein each tube includes a fuel port in fluid communication with the fuel plenum and disposed between the upstream surface and the downstream surface of the tube bundle, wherein the plurality of tubes comprise a first row of tubes arranged annularly about an axial centerline of the tube bundle and a second row of tubes coaxially aligned with and spaced radially outwardly from the first row of tubes; characterized in that said combustor further comprising: e. a baffle that extends axially inside the fuel plenum and extends circumferentially around the first row of tubes and is positioned radially between the first row of tubes and the second row of tubes, wherein the baffle defines a plurality of fuel flow paths to allow fuel to flow radially outwardly from the first row of tubes towards the second row of tubes.
A communication device, comprising: a tunable circuit coupled to an antenna; a modem to: poll a plurality of channels, each channel associated with a frequency band; and record a received signal strength indicator, RSSI, value associated with each of the plurality of channels; and a control unit to: determine a first channel having a highest RSSI value from the plurality of channels; and control the tunable circuit to tune the antenna based on a frequency of the first channel; wherein the control unit is to control the tunable circuit to match an operating frequency of the antenna to the frequency of the first channel. a tunable circuit coupled to an antenna; a modem to: poll a plurality of channels, each channel associated with a frequency band; and record a received signal strength indicator, RSSI, value associated with each of the plurality of channels; and poll a plurality of channels, each channel associated with a frequency band; and record a received signal strength indicator, RSSI, value associated with each of the plurality of channels; and a control unit to: determine a first channel having a highest RSSI value from the plurality of channels; and control the tunable circuit to tune the antenna based on a frequency of the first channel; wherein the control unit is to control the tunable circuit to match an operating frequency of the antenna to the frequency of the first channel. determine a first channel having a highest RSSI value from the plurality of channels; and control the tunable circuit to tune the antenna based on a frequency of the first channel; wherein the control unit is to control the tunable circuit to match an operating frequency of the antenna to the frequency of the first channel.
A method of welding components along a welding joint, the method comprising: (a) causing by a controller a first manipulator to manipulate a joint detection device along a predetermined welding trajectory; (b) detecting by the joint detection device welding joint characteristics; (c) determining by the controller a corrected trajectory based on the predetermined trajectory and on the detected welding joint characteristics; characterized in that in step (b) the joint detection device detects said welding joint characteristics by means of a camera combined with a recognition software, and the method further comprises: (d) causing by the controller the first manipulator to manipulate a first welding device of the high energy welding type, such as laser, plasma or electron beam types along a first corrected trajectory after a first time delay determined by the controller as a function of the corrected trajectory and a distance between the joint detection device and the first welding device; and (e) causing by the controller a second manipulator to manipulate a second welding device of an electrode type along a second corrected trajectory after a second time delay determined by the controller as a function of the corrected trajectory and a distance between the joint detection device and the second welding device or as a function of the corrected trajectory and a distance between the first welding device and the second welding device; wherein the first welding device melts a material of the components to be welded along the welding joint, and the second welding device adds filler material to the weld pool created between the components to be welded. (a) causing by a controller a first manipulator to manipulate a joint detection device along a predetermined welding trajectory; (b) detecting by the joint detection device welding joint characteristics; (c) determining by the controller a corrected trajectory based on the predetermined trajectory and on the detected welding joint characteristics; (d) causing by the controller the first manipulator to manipulate a first welding device of the high energy welding type, such as laser, plasma or electron beam types along a first corrected trajectory after a first time delay determined by the controller as a function of the corrected trajectory and a distance between the joint detection device and the first welding device; and (e) causing by the controller a second manipulator to manipulate a second welding device of an electrode type along a second corrected trajectory after a second time delay determined by the controller as a function of the corrected trajectory and a distance between the joint detection device and the second welding device or as a function of the corrected trajectory and a distance between the first welding device and the second welding device;
Asphalt production arrangement for preparation of an asphalt mixture, said arrangement comprising: - a hollow drier drum, adapted to hold an aggregate for an asphalt mixture; - a heat source arranged in connection with said drier drum, and adapted to heat said drier drum, such that said aggregate is heated to a desired temperature, said heat source comprising a pellets combustion device adapted to burn wood or biomass, or pellets, or pulverized pellets, of wood or biomass in order to generate said heat, wherein said arrangement comprises a pulverizing device adapted to pulverize said pellets into a first predefined fraction characterized in that said arrangement comprises a sifting device adapted to sift said first predefined fraction, wherein a second predefined fraction is separated from said first predefined fraction, wherein said arrangement comprises a dosing device adapted to deliver a predetermined amount of pellets, or pulverized pellets, of said second predefined fraction to said pellets combustion device. - a hollow drier drum, adapted to hold an aggregate for an asphalt mixture; - a heat source arranged in connection with said drier drum, and adapted to heat said drier drum, such that said aggregate is heated to a desired temperature,
A system for buildings, in particular industrial building facades, with cassette shaped wall elements having an insulation element inserted therein, wherein each wall element includes a cassette wall with two webs that are provided at an end side of the cassette wall and which respectively advantageously protrude at a right angle from the cassette wall, wherein at least one of the two cassette webs that are angled from the cassette wall includes an angled support flange (12; 14) which forms an engagement element for the insulation element inserted in the cassette, the insulation element having two main surfaces and four circumferential edge sides, wherein a thickness of the insulation element is greater than a clear width between the engagement element and the cassette wall, and wherein the engagement element engages a slot of an engagement receiver in one of the edge sides of the insulation element, characterized in that the edge side of the insulation element which is engaged by the engagement element is provided with at least two slots (22, 24) which form the engagement receiver, which slots are arranged at a distance from each other and with a different distance from one of two main surfaces of the insulation element. respectively advantageously protrude at a right angle from the cassette wall, wherein at least one of the two cassette webs that are angled from the cassette wall includes an angled support flange (12; 14) which forms an engagement element for the insulation element inserted in the cassette, the insulation element having two main surfaces and four circumferential edge sides, wherein a thickness of the insulation element is greater than a clear width between the engagement element and the cassette wall, and wherein the engagement element engages a slot of an engagement receiver in one of the edge sides of the insulation element, characterized in that the edge side of the insulation element which is engaged by the engagement element is provided with at least two slots (22, 24) which form the engagement receiver, which slots are arranged at a distance from each other and with a different distance from one of two main surfaces of the insulation element.
A product comprising an effective amount of (a) mastic extract and (b) (i) one or more natural or naturally derived compounds and/or (ii) one or more other antimicrobials to inhibit microbial growth in the product, selected from: (a) an effective amount of mastic oil and piroctone olamine; (b) an effective amount of mastic water and ethyl lauroyl arginate or a salt thereof; (c) an effective amount of mastic water and p-anisic acid or a salt thereof; or (d) an effective amount of mastic water and quinic acid to inhibit microbial growth in the product. (a) an effective amount of mastic oil and piroctone olamine; (b) an effective amount of mastic water and ethyl lauroyl arginate or a salt thereof; (c) an effective amount of mastic water and p-anisic acid or a salt thereof; or (d) an effective amount of mastic water and quinic acid