mhurhangee/ep-ind-claims huggingface dataset:
Oven muffle, comprising at least a first metal sheet part and a second metal sheet part wherein the first metal sheet part and the second metal sheet part are arranged in an overlapping manner relative to each other, the first metal sheet part comprising a first surface and the second metal sheet part comprising a first surface which first surfaces (2a, 3a) are coated by a protective layer, in particular by an enamel coating, wherein the second metal sheet part comprises a portion which is formed by a S-like or Z-like displacement of the second metal sheet part and which is provided with a transition surface and wherein the first metal sheet part and the second metal sheet part form a joint such that the transition surface and a front end of the first metal sheet part are arranged adjacent, in particular in contact, to each other, and wherein the first metal sheet part and the second metal sheet part are connected by a welding seam at least in the overlapping region of first metal sheet part and second metal sheet part, in particular in the region of the joint of transition surface and front end, wherein the first surface of the first metal sheet part and the first surface of the second metal sheet part form together a substantially planar and even surface, at least in the region of the joint of transition surface and front end, wherein the length of the transition surface is as long as the thickness t 1 of the first metal sheet part, characterized in that the thickness t 1 of the first metal sheet part is smaller than the thickness t 2 of the second metal sheet part, wherein thickness t 1 = 0,5 mm and thickness t 2 = 0,6 mm.
Composition in the form of a fatty phase-in-water emulsion comprising: (a) a first solid fatty substance with a hardness, at 25°C, ranging from 0.2 to 2 MPa; (b) a second solid fatty substance with a hardness, at 25°C, ranging from 5 to 15 MPa; (c) an associative aqueous gelling polymer. (a) a first solid fatty substance with a hardness, at 25°C, ranging from 0.2 to 2 MPa; (b) a second solid fatty substance with a hardness, at 25°C, ranging from 5 to 15 MPa; (c) an associative aqueous gelling polymer.
A raw elastomeric composition in free-flowing pellet form comprising: a) a raw elastomer with molecular weight from 50,000 to 400,000 Da; and, b) from 2 to 8% by total weight of an anti-block agent selected from the group comprising metallic carbonates, metallic sulfates, metallic oxides, metallic hydroxides, metallic aluminosilicates, alumina, silica, talc and combinations thereof, in combination with a compatible emulsifier capable of forming emulsions of the same in water, which is selected from alkaline salts of organic 10 fatty esters with less than 20 carbon atoms; wherein the raw elastomeric composition is formed by a process comprising at least the following steps: a) Polymerizing at least one monomer through solution polymerization in order to obtain elastomer crumbs; b) Forming an aqueous suspension of the elastomer crumbs to eliminate polymerization solvents and residues; c) Dewatering the aqueous suspension to achieve a maximum water content of 25% by weight; d) Adding from 2 to 8% of an anti-block agent comprising inorganic fillers capable of forming emulsions in water; e) Drying the dewatered suspension to achieve a maximum water content of 1%; and f) Pelletizing the elastomer to form a raw elastomeric composition in free-flowing pellets form with maximum particle size of 5.08 cm (2 inches) a) a raw elastomer with molecular weight from 50,000 to 400,000 Da; and, b) from 2 to 8% by total weight of an anti-block agent selected from the group comprising metallic carbonates, metallic sulfates, metallic oxides, metallic hydroxides, metallic aluminosilicates, alumina, silica, talc and combinations thereof, in combination with a compatible emulsifier capable of forming emulsions of the same in water, which is selected from alkaline salts of organic 10 fatty esters with less than 20 carbon atoms; a) Polymerizing at least one monomer through solution polymerization in order to obtain elastomer crumbs; b) Forming an aqueous suspension of the elastomer crumbs to eliminate polymerization solvents and residues; c) Dewatering the aqueous suspension to achieve a maximum water content of 25% by weight; d) Adding from 2 to 8% of an anti-block agent comprising inorganic fillers capable of forming emulsions in water; e) Drying the dewatered suspension to achieve a maximum water content of 1%; and f) Pelletizing the elastomer to form a raw elastomeric composition in free-flowing pellets form with maximum particle size of 5.08 cm (2 inches)
A deicing composition comprising (i) a deicing agent selected from the group consisting of sodium chloride, calcium magnesium acetate, calcium chloride, magnesium chloride, potassium chloride, potassium acetate, sodium acetate, sodium formate, and potassium formate, (ii) between 10 ppm and 10,000 ppm of a lignin derivative, and (iii) between 10 ppm and 50,000 ppm of molasses. (i) a deicing agent selected from the group consisting of sodium chloride, calcium magnesium acetate, calcium chloride, magnesium chloride, potassium chloride, potassium acetate, sodium acetate, sodium formate, and potassium formate, (ii) between 10 ppm and 10,000 ppm of a lignin derivative, and (iii) between 10 ppm and 50,000 ppm of molasses.
A system for heating aerosolizable material to volatilise at least one component of said aerosolizable material to generate a flow of aerosol for inhalation by a user, the system comprising: an article comprising a body of aerosolizable material and a ventilation region to enable a flow of air into the article, wherein the ventilation region is between a proximal end and the aerosolizable material, in a cooling segment; and an apparatus in which the aerosolizable material of the article can be heated, the apparatus comprising: a housing into which the article can be inserted to be heated; an opening in the housing to allow air to flow into the housing when the user draws on the apparatus or the article; and an airflow control arrangement configured to, in use, when the article is inserted in the housing, control the amount of airflow through the opening in the housing in order to control the amount of airflow passing into the article through the ventilation region. an article comprising a body of aerosolizable material and a ventilation region to enable a flow of air into the article, wherein the ventilation region is between a proximal end and the aerosolizable material, in a cooling segment; and an apparatus in which the aerosolizable material of the article can be heated, the apparatus comprising: a housing into which the article can be inserted to be heated; an opening in the housing to allow air to flow into the housing when the user draws on the apparatus or the article; and an airflow control arrangement configured to, in use, when the article is inserted in the housing, control the amount of airflow through the opening in the housing in order to control the amount of airflow passing into the article through the ventilation region. a housing into which the article can be inserted to be heated; an opening in the housing to allow air to flow into the housing when the user draws on the apparatus or the article; and an airflow control arrangement configured to, in use, when the article is inserted in the housing, control the amount of airflow through the opening in the housing in order to control the amount of airflow passing into the article through the ventilation region.
A cleaning robot, comprising: a chassis; a drive system, comprising an offset drop-type suspension system, wherein the offset drop-type suspension system is movably fastened to the chassis and receives a spring bias downward and away from the chassis, and the spring bias is configured to keep a drive wheel in contact with a ground with a grounding force; an energy storage unit, supported by the chassis and comprising at least one charging contact sheet (161, 162), wherein the charging contact sheet protrudes from a plane of the chassis slightly, and the energy storage unit is configured to be charged according to a predetermined amount in a case that the robot is located at a charging station; and characterized in that: the cleaning robot further comprises a navigation apparatus, configured to monitor a cleaned area in real time and report the cleaned area to a control system, wherein the control system is disposed on a main circuit board inside the cleaning robot and comprises a non-transitory memory and a processor, wherein the control system is configured to obtain a to-be-cleaned area according to the cleaned area, and control the energy storage unit to be charged according to the predetermined amount based on a to-be-cleaned area and a total power consumption factor. a chassis; a drive system, comprising an offset drop-type suspension system, wherein the offset drop-type suspension system is movably fastened to the chassis and receives a spring bias downward and away from the chassis, and the spring bias is configured to keep a drive wheel in contact with a ground with a grounding force; an energy storage unit, supported by the chassis and comprising at least one charging contact sheet (161, 162), wherein the charging contact sheet protrudes from a plane of the chassis slightly, and the energy storage unit is configured to be charged according to a predetermined amount in a case that the robot is located at a charging station; and characterized in that: the cleaning robot further comprises a navigation apparatus, configured to monitor a cleaned area in real time and report the cleaned area to a control system, wherein the control system is disposed on a main circuit board inside the cleaning robot and comprises a non-transitory memory and a processor, wherein the control system is configured to obtain a to-be-cleaned area according to the cleaned area, and control the energy storage unit to be charged according to the predetermined amount based on a to-be-cleaned area and a total power consumption factor.
A self-fluxing pellet for a blast furnace, characterized in that the CaO/SiO 2 weight ratio C/S is 0.8 to 2.0 and the MgO/SiO 2 weight ratio M/S is 0.7 to 1.1; the iron content (weight%) in the entire pellet, which is represented by %TFe, is 65% or less; and the temperature Ts (unit: °C) at which the pressure loss starts to increase sharply in a loaded high-temperature reduction test, and which is calculated by the equation below, is 1310°C to 1370°C: Ts = 110 × C / S + 100 × M / S + 25 × % TFe − 480.
A method for controlling a device for dispensing molten glass, said device being of the type comprising: - a tank provided for containing molten glass; - one or more delivery openings, through which the glass contained in said tank is delivered; - at least one tubular element set inside said tank for collecting, above said one or more openings, molten glass at a given level; and - at least one plunger element, which is set inside said tubular element and can be moved for causing outlet of discrete amounts of molten glass through said one or more delivery openings; wherein said method envisages regulating the position of said tubular element as a function of a reference value of the amount of molten glass to be dispensed, said method comprising the steps of: - detecting a first signal indicating the level of molten glass contained in said tank outside said tubular element; - detecting a second signal indicating the temperature of the molten glass, contained in or at inlet to said tank; and - regulating the position of said tubular element and the stroke of movement of said plunger element as a function of said first and second signals in order to dispense a constant amount of molten glass, equal to said reference value, said method being characterised in that it comprises to estimate a value of the amount of molten glass that is to be dispensed as a function of said first and second signals, of the position of the tubular element, and of the stroke of movement of the plunger element, to compare the estimated value with said reference value, and, in the case of a deviation between said estimated value and said reference value, to regulate the position of said tubular element and the stroke of movement of said plunger element so as to bring said estimated value to the reference value. - a tank provided for containing molten glass; - one or more delivery openings, through which the glass contained in said tank is delivered; - at least one tubular element set inside said tank for collecting, above said one or more openings, molten glass at a given level; and - at least one plunger element, which is set inside said tubular element and can be moved for causing outlet of discrete amounts of molten glass through said one or more delivery openings; - detecting a first signal indicating the level of molten glass contained in said tank outside said tubular element; - detecting a second signal indicating the temperature of the molten glass, contained in or at inlet to said tank; and - regulating the position of said tubular element and the stroke of movement of said plunger element as a function of said first and second signals in order to dispense a constant amount of molten glass, equal to said reference value,
An optical-electrical conductor assembly comprising: - an optical waveguide having an outer organic jacket layer; - a base layer portion consisting of a single layer or a sequence of layers; and - an electrically conducting conductive layer disposed on the base layer portion and consisting of a single layer or a sequence of layers; - and a barrier layer disposed on the conductive layer and consisting of a single layer or a sequence of layers, comprising a layer including a nitride, oxide, carbide, boride, oxynitride, or carbonitride, wherein the barrier layer is adapted to inhibit oxygen and/or ions from acidic or alkaline solutions from diffusing into the conductive layer; characterized in that the base layer portion is defined by or comprises: a near-surface layer of the outer jacket layer, which has at least one altered surface property comprising increased surface energy and/or an increased number of oxygen radicals, produced or producible by a chemical and/or physical process for altering the surface property of the outer jacket layer. - an optical waveguide having an outer organic jacket layer; - a base layer portion consisting of a single layer or a sequence of layers; and - an electrically conducting conductive layer disposed on the base layer portion and consisting of a single layer or a sequence of layers; - and a barrier layer disposed on the conductive layer and consisting of a single layer or a sequence of layers, comprising a layer including a nitride, oxide, carbide, boride, oxynitride, or carbonitride, wherein the barrier layer is adapted to inhibit oxygen and/or ions from acidic or alkaline solutions from diffusing into the conductive layer;
A method for controlling access to content from a user application executing in an isolated environment on a user device, the method comprising: intercepting, by a security application, data relating to content in a graphical user interface of the user application using an accessibility application programming interface, API, exposed by an operating system of the user device; generating a first template associated with the content based on the intercepted data, wherein the template specifies a pattern of elements of the graphical user interface; determining a category of the content based on a comparison of the pattern of elements of the graphical user interface of the first template with a plurality of patterns of elements of the graphical user interface of previously generated templates, wherein the category of the content is determined as being undesirable when results of the comparison indicate that the first template is similar to at least one of the previously generated templates whose category has been previously identified as being undesirable; and controlling access to the content of the graphical user interface based on the determined category. intercepting, by a security application, data relating to content in a graphical user interface of the user application using an accessibility application programming interface, API, exposed by an operating system of the user device; generating a first template associated with the content based on the intercepted data, wherein the template specifies a pattern of elements of the graphical user interface; determining a category of the content based on a comparison of the pattern of elements of the graphical user interface of the first template with a plurality of patterns of elements of the graphical user interface of previously generated templates, wherein the category of the content is determined as being undesirable when results of the comparison indicate that the first template is similar to at least one of the previously generated templates whose category has been previously identified as being undesirable; and controlling access to the content of the graphical user interface based on the determined category.
A pallet changer for changing pallets between a table to which a pallet is vertically mounted and a pallet loading station in which a pallet is held horizontally, comprising: a changing arm provided for rotation between the table and the pallet loading station about a rotational axis upwardly inclined relative to a horizontal axis by 45 degrees; two arm portions (16a, 16b), provided at the either end of the changing arm, for gripping gripped members, each of the gripped members being disposed on a side of the pallet, which side is positioned at a lower end of the pallet when the pallet is vertically oriented; and characterized by a traverser for conveying the pallet between the arm portion (16a, 16b), which is positioned at the table side position, and the table, wherein the traverser comprises a first slider reciprocable in a horizontal direction relative to the arm portion (16a, 16b), a second slider reciprocable in the horizontal direction relative to the first slider and a pallet holder adapted to engage a held member which is provided further outside of the gripped member of the pallet. a changing arm provided for rotation between the table and the pallet loading station about a rotational axis upwardly inclined relative to a horizontal axis by 45 degrees; two arm portions (16a, 16b), provided at the either end of the changing arm, for gripping gripped members, each of the gripped members being disposed on a side of the pallet, which side is positioned at a lower end of the pallet when the pallet is vertically oriented; and characterized by a traverser for conveying the pallet between the arm portion (16a, 16b), which is positioned at the table side position, and the table, wherein the traverser comprises a first slider reciprocable in a horizontal direction relative to the arm portion (16a, 16b), a second slider reciprocable in the horizontal direction relative to the first slider and a pallet holder adapted to engage a held member which is provided further outside of the gripped member of the pallet.
A hub for a pedal-driven vehicle, comprising; a fixed axle, a planetary gear mechanism arranged about the fixed axle, the planetary gear mechanism operable to produce an initial gear ratio corresponding to an initial gear setting and at least one other gear ratio; a driver arranged about the fixed axle and rotatable in a drive direction and a non-drive direction; a braking mechanism coupled to the driver, the braking mechanism activated in response to rotation of the driver an amount in the non-drive direction; and a shifting mechanism coupled to the driver, the shifting mechanism including a cam, a reset member, and a cam follower engageable with the cam and the reset member, the cam including a profile engagable by the cam follower, characterized in that the cam is axially movable to select between the initial gear ratio and the at least one other gear ratio of the hub, the cam follower is configured to engage the profile of the cam to axially position the cam, and the reset member is configured to disengage the cam follower from the cam in response to a rotational movement of the driver in the non-drive direction, and permit the cam to move axially to reset to the initial gear setting corresponding to the initial gear.
A device for driving at least one wheel of an aircraft landing gear, this device comprising: - at least one landing gear wheel, this wheel comprising a rim driven in rotation by a rim drive shaft, - an electric motor comprising a shaft, and - a mechanical transmission system between the shaft of the motor and the rim drive shaft, said system comprising a mechanical reduction gear comprising: - an input line coupled to the shaft of the motor and comprising a driving pinion, - an output line comprising a driven wheel and carried by said rim drive shaft, and - two intermediate transmission lines (32, 34) each comprising a wheel driven by the pinion of the input line and a pinion driving the wheel of the rim drive shaft; characterised in that the input line comprises a floating shaft, a first end of which comprises splines engaged in complementary splines of the shaft of the motor, and a second, opposite end of which comprises the pinion, said floating shaft being centred and guided in rotation by at least one bearing and being able to swivel inside this bearing. - at least one landing gear wheel, this wheel comprising a rim driven in rotation by a rim drive shaft, - an electric motor comprising a shaft, and - a mechanical transmission system between the shaft of the motor and the rim drive shaft, said system comprising a mechanical reduction gear comprising: - an input line coupled to the shaft of the motor and comprising a driving pinion, - an output line comprising a driven wheel and carried by said rim drive shaft, and - two intermediate transmission lines (32, 34) each comprising a wheel driven by the pinion of the input line and a pinion driving the wheel of the rim drive shaft;
An automatic reversible arc assembly for a sprinkler comprising: a pair of primary stop members circumferentially spaced from each other by a first amount; a pair of secondary stop members circumferentially spaced from each other by a second amount, different from the first amount, wherein the primary stop members and the secondary stop members are coupled together and define a pivot assembly pivotable between a first position of the pivot assembly and a second position of the pivot assembly; and a timer module cooperable with the pivot assembly, the timer module being configured to hold the pivot assembly in the first position of the pivot assembly for a selectable period of time, after which the timer module enables the pivot assembly to pivot to the second position of the pivot assembly, wherein the primary stop members are active in the first position of the pivot assembly, and wherein the secondary stop members are active in the second position of the pivot assembly. a pair of primary stop members circumferentially spaced from each other by a first amount; a pair of secondary stop members circumferentially spaced from each other by a second amount, different from the first amount, wherein the primary stop members and the secondary stop members are coupled together and define a pivot assembly pivotable between a first position of the pivot assembly and a second position of the pivot assembly; and a timer module cooperable with the pivot assembly, the timer module being configured to hold the pivot assembly in the first position of the pivot assembly for a selectable period of time, after which the timer module enables the pivot assembly to pivot to the second position of the pivot assembly, wherein the primary stop members are active in the first position of the pivot assembly, and wherein the secondary stop members are active in the second position of the pivot assembly.