mhurhangee/ep-ind-claims huggingface dataset:
A waterproof floatable remote control for a spa comprising: a top housing comprising a first upper step leading to a second lower step; a top polyester layer; a first adhesive layer located about the perimeter of an underside of the top polyester layer and attaching the top polyester layer to a tread portion of the first upper step; a clear polycarbonate layer having a sidewall lying adjacent a riser portion of the first upper step and having a rectangular top surface; a resistive touch screen structure comprising an upper conductive layer located on a backside of the top polyester layer and spaced apart from a lower conductive layer located on a top surface of the clear polycarbonate layer; a perimeter adhesive formed around a perimeter of the touch screen structure and bonding the backside of the top polyester layer to the top surface of the clear polycarbonate layer; a second adhesive layer fastening a bottom surface of the polycarbonate layer to a tread portion of the second lower step; an LCD module positioned adjacent a riser portion of the second lower step; a clear optical bonding adhesive adhering the back of the polycarbonate layer to the top of the LCD module; wherein the first adhesive layer on the underside of the top polyester layer forms a primary water proof seal and wherein the top polyester layer has a width greater than that of a width of the touch screen structure thereby preventing the touch screen structure from being exposed to water; and wherein the second layer of adhesive provides mechanical support for both the polyester layer and the LCD module. a top housing comprising a first upper step leading to a second lower step; a top polyester layer; a first adhesive layer located about the perimeter of an underside of the top polyester layer and attaching the top polyester layer to a tread portion of the first upper step; a clear polycarbonate layer having a sidewall lying adjacent a riser portion of the first upper step and having a rectangular top surface; a resistive touch screen structure comprising an upper conductive layer located on a backside of the top polyester layer and spaced apart from a lower conductive layer located on a top surface of the clear polycarbonate layer; a perimeter adhesive formed around a perimeter of the touch screen structure and bonding the backside of the top polyester layer to the top surface of the clear polycarbonate layer; a second adhesive layer fastening a bottom surface of the polycarbonate layer to a tread portion of the second lower step; an LCD module positioned adjacent a riser portion of the second lower step; a clear optical bonding adhesive adhering the back of the polycarbonate layer to the top of the LCD module; wherein the first adhesive layer on the underside of the top polyester layer forms a primary water proof seal and wherein the top polyester layer has a width greater than that of a width of the touch screen structure thereby preventing the touch screen structure from being exposed to water; and wherein the second layer of adhesive provides mechanical support for both the polyester layer and the LCD module.
A support assembly configured for supporting a loading apparatus, wherein the support assembly is also configured for removably hooking to a vehicle tow hitch, the tow hitch having a plane of symmetry, extending along said plane of symmetry, and comprising: - a neck having a first end fixed, or removably fixable, to a rear part of a vehicle and a second end provided with a sphere; a pair of positioning pins, configured for positioning the support assembly, which are arranged on the neck at a predefined distance from the sphere and project from the neck transversally with respect to the plane of symmetry; wherein the support assembly comprises: - a body provided with a hooking part, which is provided with a hooking cavity for receiving at least the sphere, and a positioning part, configured for cooperating with the positioning pins, the positioning part comprising a pair of positioning walls between which the neck is at least partially accommodated, each positioning wall being arranged for abutting, when the support assembly is mounted, exclusively a rear surface of a respective positioning pin; - a fixing device comprising a fixing element, which is movable between a fixing position and a release position and is configured for abutting a bottom section of the sphere and a head section of the neck, contiguous to said bottom section, when the support assembly is mounted and the fixing element is in the fixing position. - a neck having a first end fixed, or removably fixable, to a rear part of a vehicle and a second end provided with a sphere; a pair of positioning pins, configured for positioning the support assembly, which are arranged on the neck at a predefined distance from the sphere and project from the neck transversally with respect to the plane of symmetry; wherein the support assembly comprises: - a body provided with a hooking part, which is provided with a hooking cavity for receiving at least the sphere, and a positioning part, configured for cooperating with the positioning pins, the positioning part comprising a pair of positioning walls between which the neck is at least partially accommodated, each positioning wall being arranged for abutting, when the support assembly is mounted, exclusively a rear surface of a respective positioning pin; - a fixing device comprising a fixing element, which is movable between a fixing position and a release position and is configured for abutting a bottom section of the sphere and a head section of the neck, contiguous to said bottom section, when the support assembly is mounted and the fixing element is in the fixing position.
An aerosol-generating system comprising: a cartridge comprising: a first compartment containing a nicotine source, the first compartment having a first air inlet and a first air outlet; and a second compartment containing an acid source, the second compartment having a second air inlet and a second air outlet; and a mouthpiece configured to engage with the cartridge to define a chamber in fluid communication with the first air outlet and the second air outlet, the mouthpiece comprising a third air inlet in fluid communication with the chamber and a third air outlet in fluid communication with the chamber, wherein the third air inlet defines a flow area, and wherein the mouthpiece is configured so that the flow area through the third air inlet is variable. a cartridge comprising: a first compartment containing a nicotine source, the first compartment having a first air inlet and a first air outlet; and a second compartment containing an acid source, the second compartment having a second air inlet and a second air outlet; and a first compartment containing a nicotine source, the first compartment having a first air inlet and a first air outlet; and a second compartment containing an acid source, the second compartment having a second air inlet and a second air outlet; and a mouthpiece configured to engage with the cartridge to define a chamber in fluid communication with the first air outlet and the second air outlet, the mouthpiece comprising a third air inlet in fluid communication with the chamber and a third air outlet in fluid communication with the chamber, wherein the third air inlet defines a flow area, and wherein the mouthpiece is configured so that the flow area through the third air inlet is variable.
Cooker device for the transferring, moving and the at least partial cooking of food products to be packaged or further processed in a line downstream, of the type comprising a. at least one lower half-tank which receives cooking water in the operative step, b. a loading zone and, at the outlet, an unloading zone, a product advancement drum immersed in the water, for product advancement from the inlet point to the outlet point, by means of at least one product advancement screw; said drum controllable in axial rotation; in operative conditions, the drum is partially immersed in the water; the drum is formed by two or more starts or threads (4, 5, 6) offset from each other;the cooker device being characterized in that: o each of said two or more starts or threads (4, 5, 6) starts from the inlet of the rotating drum to the outlet point, o at the end of each start or thread (4, 5, 6), an unloading cup or blade unloads the product at the outlet; each cup or blade being integral with the respective thread; said cup or blade comprising two adjacent portions and in which the portion is bent towards the outlet conferring in operative conditions an axial thrust to the product for the exit from the tank. a. at least one lower half-tank which receives cooking water in the operative step, b. a loading zone and, at the outlet, an unloading zone, a product advancement drum immersed in the water, for product advancement from the inlet point to the outlet point, by means of at least one product advancement screw; said drum controllable in axial rotation; in operative conditions, the drum is partially immersed in the water; the drum is formed by two or more starts or threads (4, 5, 6) offset from each other;the cooker device being characterized in that: o each of said two or more starts or threads (4, 5, 6) starts from the inlet of the rotating drum to the outlet point, o at the end of each start or thread (4, 5, 6), an unloading cup or blade unloads the product at the outlet; each cup or blade being integral with the respective thread; said cup or blade comprising two adjacent portions and in which the portion is bent towards the outlet conferring in operative conditions an axial thrust to the product for the exit from the tank. o each of said two or more starts or threads (4, 5, 6) starts from the inlet of the rotating drum to the outlet point, o at the end of each start or thread (4, 5, 6), an unloading cup or blade unloads the product at the outlet; each cup or blade being integral with the respective thread; said cup or blade comprising two adjacent portions and in which the portion is bent towards the outlet conferring in operative conditions an axial thrust to the product for the exit from the tank.
A composition suitable for wound closure applications, comprising: a cross-linkable silicone polymer having reactive functionalities; a silica-containing composition; a silicone cross-linking agent; and, a catalyst, wherein said catalyst comprises a platinum tetramethyldivinyl disiloxane diethyl maleate complex having the formula: Pt[(CH 2 = CH)(CH 3) 2 Si] 2 O·(COCH = CHCO)(C 2 H 5 O) 2. a cross-linkable silicone polymer having reactive functionalities; a silica-containing composition; a silicone cross-linking agent; and, a catalyst, wherein said catalyst comprises a platinum tetramethyldivinyl disiloxane diethyl maleate complex having the formula: Pt[(CH 2 = CH)(CH 3) 2 Si] 2 O·(COCH = CHCO)(C 2 H 5 O) 2. Pt[(CH 2 = CH)(CH 3) 2 Si] 2 O·(COCH = CHCO)(C 2 H 5 O) 2.
A computer-implemented method of selective encryption of a test dataset, the method comprising: determining a relevancy grade associated with each of a plurality of datapoints within a test dataset by comparing the test dataset with a common heat map, wherein the common heat map is generated using a plurality of training datasets; assigning a priority index to each of a plurality of regions of the common heat map, based on relative importance of each of the plurality of regions, wherein the relative importance of each of the plurality of regions is based on a color scheme within the heat map; determining the relevancy grade associated with each of the plurality of datapoints within a test dataset based on the priority index assigned to each of the plurality of regions of the common heat map; calculating based on the relevancy grade, an encryption level associated with each of the plurality of datapoints; and selectively encrypting at least one datapoint from the plurality of datapoints based on the encryption level associated with each of the plurality of datapoints, wherein selectively encrypting the at least one datapoint comprises: iteratively encrypting each of the at least one datapoint, wherein a number of iterations is based on the relevancy grade associated with each of the at least one datapoint, wherein different regions of each of the plurality of datapoints within the test dataset are encrypted with different keys, based on the common heat map, wherein the at least one data point is rendered to a user after being decrypted. determining a relevancy grade associated with each of a plurality of datapoints within a test dataset by comparing the test dataset with a common heat map, wherein the common heat map is generated using a plurality of training datasets; assigning a priority index to each of a plurality of regions of the common heat map, based on relative importance of each of the plurality of regions, wherein the relative importance of each of the plurality of regions is based on a color scheme within the heat map; determining the relevancy grade associated with each of the plurality of datapoints within a test dataset based on the priority index assigned to each of the plurality of regions of the common heat map; calculating based on the relevancy grade, an encryption level associated with each of the plurality of datapoints; and iteratively encrypting each of the at least one datapoint, wherein a number of iterations is based on the relevancy grade associated with each of the at least one datapoint, wherein different regions of each of the plurality of datapoints within the test dataset are encrypted with different keys, based on the common heat map, wherein the at least one data point is rendered to a user after being decrypted.
A method, comprising: receiving, at a computing device, an operating system manifest including a declarative summary of a target device OS to be instantiated on a target device of a target device class, wherein the OS manifest includes a plurality of resource identifiers and a reference to a base OS template; building, by the computing device, an OS image package from the base OS template referenced by the OS manifest by installing resources corresponding to the plurality of resource identifiers to the base OS template; generating, by the computing device, a finalized OS image package by sealing the OS image package to prevent runtime modifications to the finalized OS image package upon installation of the target device OS on the target device; and causing the finalized OS image package to be deployed to a plurality of target devices (104a-n) of the target device class. receiving, at a computing device, an operating system manifest including a declarative summary of a target device OS to be instantiated on a target device of a target device class, wherein the OS manifest includes a plurality of resource identifiers and a reference to a base OS template; building, by the computing device, an OS image package from the base OS template referenced by the OS manifest by installing resources corresponding to the plurality of resource identifiers to the base OS template; generating, by the computing device, a finalized OS image package by sealing the OS image package to prevent runtime modifications to the finalized OS image package upon installation of the target device OS on the target device; and causing the finalized OS image package to be deployed to a plurality of target devices (104a-n) of the target device class.
An electrode material comprising: first carbon nanotubes having an average diameter of 100 nm or more; and second carbon nanotubes having an average diameter of 30 nm or less, wherein the second carbon nanotubes are adhered to surfaces of the first carbon nanotubes such that the second carbon nanotubes bridge between the plural first carbon nanotubes. first carbon nanotubes having an average diameter of 100 nm or more; and second carbon nanotubes having an average diameter of 30 nm or less,
A system, comprising: a capsule; a drum of the capsule comprising a wall defining a chamber; an additional drum of the capsule, wherein the drum is disposed within the additional drum; and, a drive system configured to: drive rotation of the drum about a central axis of the drum and relative to the additional drum; and, drive forward or rearward movement of the capsule along a track, wherein the central axis of the drum is parallel to a direction of travel of the forward and rearward movement of the capsule along the track. a capsule; a drum of the capsule comprising a wall defining a chamber; an additional drum of the capsule, wherein the drum is disposed within the additional drum; and, a drive system configured to: drive rotation of the drum about a central axis of the drum and relative to the additional drum; and, drive forward or rearward movement of the capsule along a track,
A battery mount provided for supplying a specific portable electric tool with a rechargeable battery, comprising a shoe provided for holding the battery, and a specific contact base equipped with electrical connections that pass therethrough, characterised in that the contact base is removable with respect to the shoe and the shoe is designed to removably attach the battery, which is standard, the base comprising on one side a standard face suitable to fit on the shoe, having a first end of the electrical connections coming onto the shoe or onto the standard battery, and comprising on the other side a specific face designed to fit on the specific portable electric tool, having a second end of the electrical connections configured to come into contact with the terminals of the tool.
A vacuum cleaner comprising: a cleaner body including a suction motor assembly to generate a suction force; and a wheel assembly to facilitate a movement of the cleaner body, wherein the wheel assembly comprises: a wheel supporter including a fixing portion coupled with the inside of the cleaner body and a shaft which is the center axis of rotation; and a wheel body coupled with the shaft at the outside of the cleaner body, wherein the fixing portion and the shaft are integrally formed by an insert injection molding, characterized in that a bearing to be coupled with the shaft is provided at the wheel body, and the bearing and the wheel body are integrally formed by the insert injection molding. a cleaner body including a suction motor assembly to generate a suction force; and a wheel assembly to facilitate a movement of the cleaner body, wherein the wheel assembly comprises: a wheel supporter including a fixing portion coupled with the inside of the cleaner body and a shaft which is the center axis of rotation; and a wheel body coupled with the shaft at the outside of the cleaner body, a wheel supporter including a fixing portion coupled with the inside of the cleaner body and a shaft which is the center axis of rotation; and a wheel body coupled with the shaft at the outside of the cleaner body, wherein the fixing portion and the shaft are integrally formed by an insert injection molding, characterized in that a bearing to be coupled with the shaft is provided at the wheel body, and the bearing and the wheel body are integrally formed by the insert injection molding.
Object, in particular a rotor blade for a wind turbine, with a composite construction comprising a plurality of layers of fabric arranged in a matrix material, characterised in that several of the plurality of layers are made of fabric comprising at least one portion (9-11, 16-20) being equipped with luminescent material.
A water gas shift process comprising: (a) a reaction stage wherein a feed gas comprising CO and H 2 O is fed into a water gas shift reactor containing a sorbent material capable of adsorbing H 2 O and CO 2 and wherein a product gas issuing from the reactor is collected, (b) a regeneration stage wherein CO 2 is removed from the reactor, (c) a loading stage, wherein H 2 O is fed into the reactor, said loading stage coinciding with or following said regeneration stage (b); said loading stage (c) being performed at a pressure of less than 2/3 of the pressure of said reaction stage (a), and said reaction stage and regeneration and loading stages being performed in alternating sequence, wherein said feed gas mixture has a molar ratio of H 2 O to CO of below 1.2.
A kit for detecting steroids comprising: i. a pair of quantitative charge tags having the formulae: wherein X is a halide ion; and ii. an agent capable of oxidising an OH group at the steroid 3-position to a ketone. i. a pair of quantitative charge tags having the formulae: wherein X is a halide ion; and ii. an agent capable of oxidising an OH group at the steroid 3-position to a ketone.
A sugar-cane derived extract enriched in polyphenols for use in a method of treatment of a subject suffering from obesity or type 2 diabetes or a subject having one or more risk factors for insulin resistance selected from the group consisting of: being over the age of 30; having a body mass index greater than 23; having fasting glucose levels above 5mmol/L; and combinations thereof; wherein administration of the extract lowers postprandial glucose and insulin responses without leading to hypoglycaemia; and wherein the extract comprises: (i) 20-30g polyphenols / 100g of extract in a powder form, contained in the retained compounds of molasses subjected to hydrophobic chromatography, or (ii) 4-8g polyphenols / 100g of extract in a liquid form, after passing the extract through a 30-35 kDa filter by ion exclusion chromatography, or (iii) 6.5-13.5g polyphenols / 100g of extract in a powder form, after passing the extract through a 30-35 kDa filter by ion exclusion chromatography; wherein the sugar-cane derived extract is derived from molasses. wherein administration of the extract lowers postprandial glucose and insulin responses without leading to hypoglycaemia; and wherein the extract comprises: (i) 20-30g polyphenols / 100g of extract in a powder form, contained in the retained compounds of molasses subjected to hydrophobic chromatography, or (ii) 4-8g polyphenols / 100g of extract in a liquid form, after passing the extract through a 30-35 kDa filter by ion exclusion chromatography, or (iii) 6.5-13.5g polyphenols / 100g of extract in a powder form, after passing the extract through a 30-35 kDa filter by ion exclusion chromatography; (i) 20-30g polyphenols / 100g of extract in a powder form, contained in the retained compounds of molasses subjected to hydrophobic chromatography, or (ii) 4-8g polyphenols / 100g of extract in a liquid form, after passing the extract through a 30-35 kDa filter by ion exclusion chromatography, or (iii) 6.5-13.5g polyphenols / 100g of extract in a powder form, after passing the extract through a 30-35 kDa filter by ion exclusion chromatography; wherein the sugar-cane derived extract is derived from molasses.
Process for producing a carcass for a pneumatic vehicle tire, which is assembled with a belt assembly and a tread rubber to form the finished green tire, wherein the process comprises the following steps: - building up a carcass free from sidewalls with an inner liner, a single-ply or multiply carcass inlay, bead cores, in particular with bead fillers, at a carcass station on a carcass building drum, while 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 produced without sidewalls is transferred to a transfer device, and remains thereon both as the sidewalls are being fitted and also as it is being subsequently transferred to the shaping machine. - building up a carcass free from sidewalls with an inner liner, a single-ply or multiply carcass inlay, bead cores, in particular with bead fillers, at a carcass station on a carcass building drum, while 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,