mhurhangee/patent-ind-claim-en huggingface dataset:
An automotive light comprising a substantially basin-shaped rear body structured so to be fixed onto the vehicle body; a front lenticular semi-shell , which is arranged to close the mouth of the rear body and is provided with at least one band-like, transparent or semi-transparent portion ; and at least a first lighting assembly , which is structured so as to emit light when electrically powered, and is arranged within the rear body so as to backlight the band-like, transparent or semi-transparent portion of the front lenticular semi-shell ; the automotive light being characterized in that said first lighting assembly comprises: a first light-guiding plate made of photoconductive material and which substantially extends from the bottom of the rear body up to and close to the front lenticular semi-shell , while remaining locally substantially perpendicular to said front lenticular semi-shell , and is furthermore shaped so as to arrange its front lateral side close to a first part of said band-like, transparent or semi transparent portion ; a second light-guiding plate made of photoconductive material, which laterally rests on or is joined with one of the two larger faces of said first light-guiding plate , close to the front lateral side of the same first light-guiding plate , so as to form a substantially L-shaped structure, which locally extends substantially tangent to the front lenticular semi-shell so as to substantially completely cover the remaining part of said band-like, transparent or semi-transparent portion , and which is structured to cause the controlled and progressive emission of the light travelling into the body of the second light-guiding plate through the surface of the second light-guiding plate directly facing the front lenticular semi-shell ; first lighting means which are structured so as to emit light when electrically powered, and are arranged within the rear body facing the rear lateral side of the first light-guiding plate , so as to direct/convey the light produced towards the same rear lateral side of the first light-guiding plate ; and second lighting means which are structured to emit light when electrically powered and are arranged within the rear body facing the free lateral side of the second light-guiding plate , so as to direct/convey the light produced towards the same free lateral side of the second light-guiding plate .
A product dispensing machine , comprising: a container for storing a base product; a freeze circuit constructed and arranged to extract a first portion of the base product from the container and substantially freeze the first portion into a first consistency, wherein the freeze circuit is in fluid communication with the container ; a liquid circuit constructed and arranged to extract a second portion of the base product from the container , wherein the liquid circuit is in fluid communication with the container , and wherein the first and second portions comprise a liquid form of the base product; a blending chamber assembly in fluid communication with the freeze and liquid circuits , and constructed and arranged to blend the first and second portions into a second consistency; and a dispensing assembly in fluid communication with the blending chamber assembly , and constructed and arranged to selectively dispense the first portion in the first consistency, and the first and second portions in the second consistency. a container for storing a base product; a freeze circuit constructed and arranged to extract a first portion of the base product from the container and substantially freeze the first portion into a first consistency, wherein the freeze circuit is in fluid communication with the container ; a liquid circuit constructed and arranged to extract a second portion of the base product from the container , wherein the liquid circuit is in fluid communication with the container , and wherein the first and second portions comprise a liquid form of the base product; a blending chamber assembly in fluid communication with the freeze and liquid circuits , and constructed and arranged to blend the first and second portions into a second consistency; and a dispensing assembly in fluid communication with the blending chamber assembly , and constructed and arranged to selectively dispense the first portion in the first consistency, and the first and second portions in the second consistency.
A method for determining sealing integrity of a heat-sealed container, the method comprising: imaging at least a part of a sealing region of the container using at least one imaging camera operative at a wavelength in the range of 0.76μm - 14 μm; wherein the imaging is performed before, during and/or after sealing of the container; characterized in that the imaging is performed during the movement and/or the transport of the container at a predetermined speed; and wherein the imaging is performed while moving the field of view of the camera in a same direction as the container, wherein the moving of the field of view is configured to reduce the velocity of the container relative to the imaging camera sufficiently to reduce smearing of images obtained from the imaging; determining, based on at least one frame obtained from the imaging made during the movement and/or the transport of the container at the predetermined speed, a sealing efficiency of the container and/or contamination of the sealing region by the filling material. imaging at least a part of a sealing region of the container using at least one imaging camera operative at a wavelength in the range of 0.76μm - 14 μm; wherein the imaging is performed before, during and/or after sealing of the container; characterized in that the imaging is performed during the movement and/or the transport of the container at a predetermined speed; and wherein the imaging is performed while moving the field of view of the camera in a same direction as the container, wherein the moving of the field of view is configured to reduce the velocity of the container relative to the imaging camera sufficiently to reduce smearing of images obtained from the imaging; determining, based on at least one frame obtained from the imaging made during the movement and/or the transport of the container at the predetermined speed, a sealing efficiency of the container and/or contamination of the sealing region by the filling material.
A chewing gum product comprising: a gum core comprising an insoluble portion and a soluble portion; a first coating comprising at least one layer formed from a first syrup applied to an outer surface of the gum core, the first syrup comprising xylitol, a first coating impurity, and a binder, wherein the first syrup does not include a coloring agent, and wherein the first coating impurity is selected to slow the crystallization of xylitol; and a second coating comprising at least one layer formed from a second syrup applied to an outer surface of the first coating, the second syrup comprising xylitol, a second coating impurity, the binder, and a coloring agent, wherein the second coating impurity is selected to slow the crystallization of xylitol, wherein the first coating impurity and the second coating impurity is mannitol. a gum core comprising an insoluble portion and a soluble portion; a first coating comprising at least one layer formed from a first syrup applied to an outer surface of the gum core, the first syrup comprising xylitol, a first coating impurity, and a binder, wherein the first syrup does not include a coloring agent, and wherein the first coating impurity is selected to slow the crystallization of xylitol; and a second coating comprising at least one layer formed from a second syrup applied to an outer surface of the first coating, the second syrup comprising xylitol, a second coating impurity, the binder, and a coloring agent, wherein the second coating impurity is selected to slow the crystallization of xylitol, wherein the first coating impurity and the second coating impurity is mannitol.
A feeding device, characterized in that it comprises a locating element for connecting with a sleeve , and a knock-off element connected with the locating element , in which: the locating element is in the shape of a disk with a through hole at the center, and a boss extending upwards is provided at the center of the locating element at the location of the through hole; the knock-off element is tube-shaped, with its upper part being cylinder-shaped and lower part being cone-shaped, and the upper part of the knock-off element is interference fitted in the boss of the locating element; the locating element and the knock-off element are both made of metal. the locating element is in the shape of a disk with a through hole at the center, and a boss extending upwards is provided at the center of the locating element at the location of the through hole; the knock-off element is tube-shaped, with its upper part being cylinder-shaped and lower part being cone-shaped, and the upper part of the knock-off element is interference fitted in the boss of the locating element; the locating element and the knock-off element are both made of metal.
A method for switching among a plurality of embedded subscriber identity module, eSIM, profiles (P1, P2) in an electronic device , the method comprising: determining a plurality of contexts (C1, C2, ..., Cn) of the electronic device while a first eSIM profile of the plurality of eSIM profiles (P1, P2) is enabled in the electronic device ; determining a context weight (W1, W2, ..., Wn) of each of the plurality of contexts (C1, C2, ..., Cn) by applying a weight factor to each of the plurality of contexts (C1, C2, ..., Cn); determining , for each of the plurality of eSIM profiles (P1, P2), a profile weight (V1, V2) by combining the determined context weights (W1, W2, ..., Wn); determining , from the plurality of eSIM profiles (P1, P2), a second eSIM profile that has a highest profile weight (V1, V2), based on the profile weight (V1, V2) of each of the plurality of eSIM profiles (P1, P2), while the first eSIM profile is enabled in the electronic device ; and switching from the first eSIM profile to the second eSIM profile in the electronic device . determining a plurality of contexts (C1, C2, ..., Cn) of the electronic device while a first eSIM profile of the plurality of eSIM profiles (P1, P2) is enabled in the electronic device ; determining a context weight (W1, W2, ..., Wn) of each of the plurality of contexts (C1, C2, ..., Cn) by applying a weight factor to each of the plurality of contexts (C1, C2, ..., Cn); determining , for each of the plurality of eSIM profiles (P1, P2), a profile weight (V1, V2) by combining the determined context weights (W1, W2, ..., Wn); determining , from the plurality of eSIM profiles (P1, P2), a second eSIM profile that has a highest profile weight (V1, V2), based on the profile weight (V1, V2) of each of the plurality of eSIM profiles (P1, P2), while the first eSIM profile is enabled in the electronic device ; and switching from the first eSIM profile to the second eSIM profile in the electronic device .
A dental self-adhesive resin cement system, comprising: a polymerizable composition, having a first component and a second component in a 1:1 ratio by weight, the first component comprising an acidic monomer, and the second component comprising a basic filler selected from the group consisting of: Portland cement, tricalcium silicate, dicalcium silicate, calcium oxide, and calcium hydroxide; wherein the first component comprises 10-40% by weight of the acidic monomer, and the second component comprises 5-50% by weight of the basic filler; and wherein the composition has a pH before polymerization of pH 4 or less and a pH after polymerization of pH 8 or more. a polymerizable composition, having a first component and a second component in a 1:1 ratio by weight, the first component comprising an acidic monomer, and the second component comprising a basic filler selected from the group consisting of: Portland cement, tricalcium silicate, dicalcium silicate, calcium oxide, and calcium hydroxide; wherein the first component comprises 10-40% by weight of the acidic monomer, and the second component comprises 5-50% by weight of the basic filler; and wherein the composition has a pH before polymerization of pH 4 or less and a pH after polymerization of pH 8 or more.
The use of a liquid aqueous polymer composition containing, a. an aqueous polymer latex, where the polymer in the polymer latex is formed by polymerized ethylenically unsaturated monomers M and where the polymer is present in the form of finely dispersed polymer particles in an aqueous liquid phase, where the polymerized ethylenically unsaturated monomers M comprise a combination of i) at least two different monoethylenically unsaturated, non-ionic monomers M1, whose homopolymers have a theoretical glass transition temperature T g (th) of at least 25 °C and ii) at least two different monoethylenically unsaturated, non-ionic monomers M2, whose homopolymers have a theoretical glass transition temperature T g (th) of less than 25 °C, where each of the monomers M1 and M2 have a solubility at 20°C and 1 bar in deionized water of at most 50 g/L and where the total amount of monomers M1 and M2 contributes with at least 90 % by weight to the total amount of the monomers M, and b. at least one inorganic particulate material selected from inorganic pigments, inorganic fillers and mixtures thereof, for providing flexible roof coatings. a. an aqueous polymer latex, where the polymer in the polymer latex is formed by polymerized ethylenically unsaturated monomers M and where the polymer is present in the form of finely dispersed polymer particles in an aqueous liquid phase, where the polymerized ethylenically unsaturated monomers M comprise a combination of i) at least two different monoethylenically unsaturated, non-ionic monomers M1, whose homopolymers have a theoretical glass transition temperature T g (th) of at least 25 °C and ii) at least two different monoethylenically unsaturated, non-ionic monomers M2, whose homopolymers have a theoretical glass transition temperature T g (th) of less than 25 °C, where each of the monomers M1 and M2 have a solubility at 20°C and 1 bar in deionized water of at most 50 g/L and where the total amount of monomers M1 and M2 contributes with at least 90 % by weight to the total amount of the monomers M, and i) at least two different monoethylenically unsaturated, non-ionic monomers M1, whose homopolymers have a theoretical glass transition temperature T g (th) of at least 25 °C and ii) at least two different monoethylenically unsaturated, non-ionic monomers M2, whose homopolymers have a theoretical glass transition temperature T g (th) of less than 25 °C, b. at least one inorganic particulate material selected from inorganic pigments, inorganic fillers and mixtures thereof, for providing flexible roof coatings.
A linkage system for a nacelle and an inner fixed structure (IFS) of a nacelle , the linkage system comprising: a pivot (272; 330; 600) configured to extend through a second aperture disposed in a link arm ; a retaining member having a first end and a second end and defining a first aperture and a cavity , wherein the pivot (272; 330; 600) is configured to extend at least partially into the first aperture and the cavity is configured to accommodate a portion of the link arm , characterised in that the retaining member comprises an attachment aperture located at the first end and a lip extending from the retaining member at the second end , the attachment aperture configured to receive a fastener and the lip configured to be placed under a distal layer of the inner fixed structure (IFS) . a pivot (272; 330; 600) configured to extend through a second aperture disposed in a link arm ; a retaining member having a first end and a second end and defining a first aperture and a cavity , wherein the pivot (272; 330; 600) is configured to extend at least partially into the first aperture and the cavity is configured to accommodate a portion of the link arm , characterised in that the retaining member comprises an attachment aperture located at the first end and a lip extending from the retaining member at the second end , the attachment aperture configured to receive a fastener and the lip configured to be placed under a distal layer of the inner fixed structure (IFS) .
A micro-optical device for double-sided imaging, comprising a first microlens layer , a functional layer , a second microlens layer and a miniature graphic layer which are mutually compounded in sequence; the first microlens layer is a first microlens array formed by arranging a plurality of first microlenses ; the second microlens layer is a second microlens array formed by arranging a plurality of second microlenses ; the functional layer is arranged on the surface of the second microlens layer , and a material for the functional layer has a refractive index different from that of a surrounding material, characterized in that the layer number of the functional layer is two, the first functional film layer is compounded on the surface of the second microlens layer , the second functional film layer is compounded on the surface of the first functional film layer ; the refractive index of the first functional film layer is greater than that of the second functional film layer , the refractive index of the second functional film layer is greater than that of the surrounding material, and the difference between the refractive index of the first functional film layer and the refractive index of the second functional film layer is 0.3 to 0.8. a first microlens layer , a functional layer , a second microlens layer and a miniature graphic layer which are mutually compounded in sequence; the first microlens layer is a first microlens array formed by arranging a plurality of first microlenses ; the second microlens layer is a second microlens array formed by arranging a plurality of second microlenses ; the functional layer is arranged on the surface of the second microlens layer , and a material for the functional layer has a refractive index different from that of a surrounding material, characterized in that the layer number of the functional layer is two, the first functional film layer is compounded on the surface of the second microlens layer , the second functional film layer is compounded on the surface of the first functional film layer ; the refractive index of the first functional film layer is greater than that of the second functional film layer , the refractive index of the second functional film layer is greater than that of the surrounding material, and the difference between the refractive index of the first functional film layer and the refractive index of the second functional film layer is 0.3 to 0.8.
A randomly shaped battery comprising: a randomly shaped cathode ; a core, operating as an anode current collector positioned in the randomly shaped cathode; and an outer conductor coupling the randomly shaped cathode, the outer conductor wrapping the randomly shaped cathode such that the outer conductor conforms to the shape of the randomly shaped cathode, wherein the randomly shaped cathode incorporates a metal foam applied around the anode current collector. a randomly shaped cathode ; a core, operating as an anode current collector positioned in the randomly shaped cathode; and an outer conductor coupling the randomly shaped cathode, the outer conductor wrapping the randomly shaped cathode such that the outer conductor conforms to the shape of the randomly shaped cathode, wherein the randomly shaped cathode incorporates a metal foam applied around the anode current collector.
Monitoring-and-control drawer for an electrical connection enclosure , the monitoring-and-control drawer comprising functional elements , the monitoring-and-control drawer being configured to allow an electrical load to be connected and potentially to be driven and/or monitored, the monitoring-and-control drawer being configured to be mobile within an electrical connection enclosure between an operating position, in which the monitoring-and-control drawer is supplied with electrical power and in which the electrical load is supplied with electrical power, and a test position, in which the monitoring-and-control drawer is supplied with electrical power and in which the electrical load is not supplied with electrical power, the monitoring-and-control drawer comprising a locking system , the locking system for locking the monitoring-and-control drawer comprising a first, electromagnetic lock , the locking system being configured to allow the monitoring-and-control drawer to be locked in the test position or in the operating position regardless of the functional elements contained in the monitoring-and-control drawer, characterized in that the monitoring-and-control drawer further comprises a control circuit board , configured to control the functional elements and the electromagnetic lock , and in that a prior validation of the correct operation of the monitoring-and-control drawer and/or of the electrical load is required for unlocking the monitoring-and-control drawer, the prior validation of the correct operation of the monitoring-and-control drawer and/or of the electrical load before unlocking the monitoring-and-control drawer being performed by the control circuit board and allowing the electromagnetic lock to be unlocked.
A method for forming a depolymerized wax and employing said depolymerized wax to modify polymeric processing and material properties, the method comprising: (a) selecting a solid polymeric material wherein said solid polymeric material includes recycled polyethylene and/or recycled polypropylene; (b) heating said solid polymeric material in an extruder to produce a molten polymeric material; (c) filtering said molten polymeric material; (d) placing said molten polymeric material through a chemical depolymerization process in a reactor to produce a depolymerized wax, wherein said chemical depolymerization process utilizes a catalyst; and (e) adding between 1 and 8 percent by weight of said depolymerized wax material into a pre-wax mixture consisting of said polymeric material which has not been depolymerized to produce a modified polymer with an increased melt flow index. (a) selecting a solid polymeric material wherein said solid polymeric material includes recycled polyethylene and/or recycled polypropylene; (b) heating said solid polymeric material in an extruder to produce a molten polymeric material; (c) filtering said molten polymeric material; (d) placing said molten polymeric material through a chemical depolymerization process in a reactor to produce a depolymerized wax, wherein said chemical depolymerization process utilizes a catalyst; and (e) adding between 1 and 8 percent by weight of said depolymerized wax material into a pre-wax mixture consisting of said polymeric material which has not been depolymerized to produce a modified polymer with an increased melt flow index.
Polyamide moulding composition having the following composition: (A) from 20 to 79% by weight of at least one partially aromatic polyamide in the form of a partially crystalline copolyamide 6T/6I having more than 65% and up to 80 mol% of units formed from hexanediamine and terephthalic acid, (B) 1 to 15% by weight of at least one impact modifier in the form of a copolymer of ethylene and glycidyl methacrylate, (C) 20 to 60% by weight of at least one carbon fibre, (D) 0 to 5% by weight of at least one additive, the components (A) to (D) adding up to 100% by weight. (A) from 20 to 79% by weight of at least one partially aromatic polyamide in the form of a partially crystalline copolyamide 6T/6I having more than 65% and up to 80 mol% of units formed from hexanediamine and terephthalic acid, (B) 1 to 15% by weight of at least one impact modifier in the form of a copolymer of ethylene and glycidyl methacrylate, (C) 20 to 60% by weight of at least one carbon fibre, (D) 0 to 5% by weight of at least one additive,