mhurhangee/ep-ind-claims huggingface dataset:
A lighting system comprising: a smoke detector comprising a detector, a power source an alarm and control means; and a light socket, wherein the light socket is mounted to either a wall or a ceiling, where at least the detector is integrated into the light socket without obstructing the ability of the light socket to directly receive a separate removable light source, where the light socket is controlled by way of a wall switch, the wall switch also incorporating the control means, and where the control means includes a set of switches (20, 22), the set of switches including a switch that operates to turn on or turn off a light source and at least one of the following: a test switch; a reset switch; a combined test and reset switch, configured to send a signal to the detector. a smoke detector comprising a detector, a power source an alarm and control means; and a light socket, wherein the light socket is mounted to either a wall or a ceiling, where at least the detector is integrated into the light socket without obstructing the ability of the light socket to directly receive a separate removable light source, where the light socket is controlled by way of a wall switch, the wall switch also incorporating the control means, and where the control means includes a set of switches (20, 22), the set of switches including a switch that operates to turn on or turn off a light source and at least one of the following: a test switch; a reset switch; a combined test and reset switch, configured to send a signal to the detector.
Crucible device for growing crystals, the crucible device comprising a heating chamber, at least a first crucible in which a first crystal is growable, at least a second crucible in which a second crystal is growable, wherein the first crucible and the second crucible are arranged within the heating chamber spaced apart from each other along a horizontal direction, a heating system arranged within the heating chamber, the heating system is configured for adjusting a temperature, wherein the heating system comprises a thermal resistance isolation arranged in the heating chamber, such that the thermal resistance isolation separates the heating chamber in a upper heating volume and a lower heating volume, the thermal resistance isolation comprises a horizontal thermal resistance sheet extending in a horizontal direction for separating the heating chamber in the upper volume and the lower volume, characterized in that at least a first upper section of the first crucible is arranged in the first upper volume and at least a first lower section of the first crucible is arranged in the lower volume. a heating chamber, at least a first crucible in which a first crystal is growable, at least a second crucible in which a second crystal is growable, wherein the first crucible and the second crucible are arranged within the heating chamber spaced apart from each other along a horizontal direction, a heating system arranged within the heating chamber, the heating system is configured for adjusting a temperature, wherein the heating system comprises a thermal resistance isolation arranged in the heating chamber, such that the thermal resistance isolation separates the heating chamber in a upper heating volume and a lower heating volume, the thermal resistance isolation comprises a horizontal thermal resistance sheet extending in a horizontal direction for separating the heating chamber in the upper volume and the lower volume, characterized in that at least a first upper section of the first crucible is arranged in the first upper volume and at least a first lower section of the first crucible is arranged in the lower volume.
A fluid distribution device comprising: • at least one means for channelling a fluid, comprising a first and a second end (3, 4) and openings; • a cap comprising a principal body in the shape of a bell, the principal body having an outer surface and an inner surface and being integral with the second end of the means for channelling fluid via the inner surface, said principal body being elongated by a skirt extending in the direction of the second end towards the first end of the fluid channelling means and being provided with a plurality of holes; and in which the cap comprises at least one deflection means disposed on its outer surface and configured to direct or maintain the fluid towards or at the periphery of said cap, and in which the deflection means comprises a deflection surface and in which the deflection means form an angle α with the axis D of the skirt in the range 0° to 70°. • at least one means for channelling a fluid, comprising a first and a second end (3, 4) and openings; • a cap comprising a principal body in the shape of a bell, the principal body having an outer surface and an inner surface and being integral with the second end of the means for channelling fluid via the inner surface, said principal body being elongated by a skirt extending in the direction of the second end towards the first end of the fluid channelling means and being provided with a plurality of holes;
A method of manufacturing a biodegradable packaging material, comprising coextrusion onto a fibrous substrate a multilayer coating comprising (i) an innermost layer of a blend comprising 20-95 wt-% of a first polylactide and 5-80 wt-% of another biodegradable polymer, (ii) a middle layer consisting of a second polylactide, and (iii) an outermost layer of a blend comprising 20-95 wt-% of a third polylactide and 5-80 wt-% of another biodegradable polymer, the second polylactide having melt index lower than that of the first and the third polylactide.
A scaffold transport system comprising a rail system having at least one horizontally running rail section, and at least one carriage module which is designed to move along the rail system, wherein the carriage module has a coupling section via which the carriage module is captively and movably coupled to the rail system, and a carrying section by means of which the carriage module carries objects during movement, wherein a system controller is provided which is designed, inter alia, to control the movement of the at least one carriage module along the rail system, wherein the rail system has at least one vertically running rail section which is coupled to the horizontally running rail section, wherein the carriage module is configured as a robot whose motion sequences are controlled by the system controller, wherein the system controller is configured to access sensor values in order to actuate a movement of the at least one carriage module along the rail system, and wherein the carriage module has a drive that ensures that the carriage module travels along the horizontally running rail section and along the vertically running rail section automatically, wherein the scaffold transport system comprises a scaffold, wherein the rail system comprises a plurality of modular rail elements which are fastened to the scaffold by means of fastening means (38, 54) and by which the rail sections (20, 22) are formed, and/or wherein the scaffold has scaffold elements, wherein the rail system is formed by means of the scaffold elements in each of which the rail sections (20, 22) are integrated.
A method, comprising: configuring, by a network node, a user equipment to use an aggregation of radio technologies, wherein at least one radio bearer is established between the user equipment and the network node and is routed over an access point of an alternate wireless network; determining whether trustworthy security is provided by the access point of the alternate wireless network; and instructing, by the network node, the user equipment to turn off ciphering based on the determining, wherein the ciphering is turned off for the at least one radio bearer between the user equipment and the network node. configuring, by a network node, a user equipment to use an aggregation of radio technologies, wherein at least one radio bearer is established between the user equipment and the network node and is routed over an access point of an alternate wireless network; determining whether trustworthy security is provided by the access point of the alternate wireless network; and instructing, by the network node, the user equipment to turn off ciphering based on the determining, wherein the ciphering is turned off for the at least one radio bearer between the user equipment and the network node.
A crushing and mixing apparatus, particularly for use in systems for catalytic pressureless oiling of hydrocarbon- containing feedstock, with a crushing and mixing part designed for arrangement in the mixing reactor of the system, a drive device designed for the positioning outside of the mixing reactor, and a drive shaft which connects said drive device to the crushing and mixing part in driving manner, characterized in that the crushing and mixing part is thermally decoupled from the drive device by means of heat barrier consisting of thin-walled stainless steel elements with low coefficient of thermal conductivity.
A cosmetic agent for changing the color of keratin fibers, which is produced immediately before application by mixing a preparation. containing at least one substantive dye as a color-changing component, and an oxidizing agent preparation, containing, in an aqueous cosmetic carrier as a chemical oxidizing agent, at least hydrogen peroxide, and which agent has a viscosity of from 5 to 100 Pa·s, measured at 22 °C, characterized in that the oxidizing agent preparation additionally contains at least one anionic, polymer thickening agent selected from crosslinked polyacrylic acids which have a molecular weight MW of at least 500,000 g/mol, the polyacrylic acids themselves constituting polymerizates of acrylic acid, and further characterized in that the preparation additionally contains at least one alkalizing agent selected from ammonia, sodium hydroxide, sodium carbonate, potassium hydroxide, potassium carbonate, sodium hydrogen carbonate, ammonium carbonate, ammonium hydrogen carbonate, arginine, histidine, monoethanolamine and/or 2-amino-2-methylpropanol.
- Tread of a tyre for a heavy-duty vehicle comprising, when new, a maximum thickness of material to be worn away during running, a tread surface, side faces (12, 12'), a middle region, this tread being provided with tread pattern elements, said tread pattern elements comprising channels, sipes (13, 14), radial openings and blocking devices, said channels being arranged in the thickness of the tread and connected to the tread surface by the radial openings, said radial openings being arranged alternating with the blocking devices along said channels, - the channels being arranged below the tread surface when the tread is new; - the channels being transverse and connect the middle region of the tread to the side faces of the tread; - each transverse channel connecting the middle region to a side face comprising at least one change of direction between the middle region and said side face; and - a maximum longitudinal distance between the points of a transverse channel furthest apart in the longitudinal direction being between 10% and 50% of the width of the tread (Lbdr), and preferably between 10% and 30%, this tread being characterized in that it is devoid of a circumferential groove. - the channels being arranged below the tread surface when the tread is new; - the channels being transverse and connect the middle region of the tread to the side faces of the tread; - each transverse channel connecting the middle region to a side face comprising at least one change of direction between the middle region and said side face; and - a maximum longitudinal distance between the points of a transverse channel furthest apart in the longitudinal direction being between 10% and 50% of the width of the tread (Lbdr), and preferably between 10% and 30%, this tread being characterized in that it is devoid of a circumferential groove.
An electronic device, comprising: a display; and at least one processor operatively connected to the display, wherein the at least one processor is configured to: receive a user input associated with movement of a screen output on the display, and determine whether a screen movement direction corresponding to the user input is identical to a gate scan direction, and detect a screen movement speed corresponding to the user input associated with the screen movement, when the screen movement direction is not identical to the gate scan direction (303 No), wherein the screen movement speed includes a first interval in which an amount of screen tilt compensation is changed according to level of the screen movement speed, a second interval in which the amount of screen tilt compensation is kept constant, and a third interval in which the screen tilt compensation is not to be applied, wherein level of the second interval is faster than level of the first interval, level of the third interval is faster than the level of the second interval or is slower than the level of the first interval (309, 311, 313). a display; and at least one processor operatively connected to the display, wherein the at least one processor is configured to: receive a user input associated with movement of a screen output on the display, and determine whether a screen movement direction corresponding to the user input is identical to a gate scan direction, and detect a screen movement speed corresponding to the user input associated with the screen movement, when the screen movement direction is not identical to the gate scan direction (303 No), wherein the screen movement speed includes a first interval in which an amount of screen tilt compensation is changed according to level of the screen movement speed, a second interval in which the amount of screen tilt compensation is kept constant, and a third interval in which the screen tilt compensation is not to be applied, wherein level of the second interval is faster than level of the first interval, level of the third interval is faster than the level of the second interval or is slower than the level of the first interval (309, 311, 313). receive a user input associated with movement of a screen output on the display, and determine whether a screen movement direction corresponding to the user input is identical to a gate scan direction, and detect a screen movement speed corresponding to the user input associated with the screen movement, when the screen movement direction is not identical to the gate scan direction (303 No), wherein the screen movement speed includes a first interval in which an amount of screen tilt compensation is changed according to level of the screen movement speed, a second interval in which the amount of screen tilt compensation is kept constant, and a third interval in which the screen tilt compensation is not to be applied, wherein level of the second interval is faster than level of the first interval, level of the third interval is faster than the level of the second interval or is slower than the level of the first interval (309, 311, 313).
A cantilever structure comprising attaching devices for attaching to a building façade, comprising: at least two beams with on each tightly secured guide plates for aligning the cantilever structure both horizontally and vertically with cantilevers secured to the façade; characterised in that an attaching device is removably attached on each of said guide plates, said attaching device comprising: a housing, an actuator enclosed in the housing, a scissor mechanism connected to said actuator by a sliding element, where upon activation of the actuator, the scissor mechanism clamps on the fixing lug attached to the cantilever of the building. at least two beams with on each tightly secured guide plates for aligning the cantilever structure both horizontally and vertically with cantilevers secured to the façade; characterised in that an attaching device is removably attached on each of said guide plates, said attaching device comprising: a housing, an actuator enclosed in the housing, a scissor mechanism connected to said actuator by a sliding element, where upon activation of the actuator, the scissor mechanism clamps on the fixing lug attached to the cantilever of the building.
A method for securing communication in networks with the interposition of a security computer system between a data processing device to be protected and the network, wherein the data exchange between the data processing device to be protected and the network is monitored and/or controlled by means of at least one computer program which is implemented on the security computer system as embedded software according to a predefinable set of rules, wherein the data exchange is effected via an interface of the security computer system via which configuration data is not exchanged, characterized in that security features and other configurations of the security computer system can only be set via a configuration interface of the security computer system after an authentication with respect to the security computer system.
A negative-pressure sheet structure for applying a gripping force on a strip and adapted to be provided on a metal slitter line, characterized in that the negative-pressure sheet structure is a tabular negative-pressure sheet, said negative-pressure sheet structure comprising: a main body comprising a baseplate and a sheet disposed at an outer side of the baseplate; conduction holes which are provided inside the sheet and in which a negative pressure is generated, in use, by a predetermined suction device; conduction grooves formed on a surface of the sheet and connected to the conduction holes; and an outer layer portion provided at an outer side of the sheet and of the conduction grooves and having air permeability of 1.0 cm 3 /cm 2 /s or less in terms of Frazier air permeability. a main body comprising a baseplate and a sheet disposed at an outer side of the baseplate; conduction holes which are provided inside the sheet and in which a negative pressure is generated, in use, by a predetermined suction device; conduction grooves formed on a surface of the sheet and connected to the conduction holes; and an outer layer portion provided at an outer side of the sheet and of the conduction grooves and having air permeability of 1.0 cm 3 /cm 2 /s or less in terms of Frazier air permeability.
A container for receiving an object manufactured in a 3D printer trolley having a build platform, the container comprising: a wall forming the sides of the container; a top extending to the sides of the container a connector for connection to a vacuum source; and a guillotine member; wherein a lower portion of the container has support members to slidably receive the guillotine member to form a base of the container and prevent manufactured objects from falling out of the container; and wherein the guillotine member is selectively adjustable between an apertured configuration having a plurality of through holes to allow passage of air and/or build material, and a closed configuration in which the through holes are closed so as to prevent build material from falling out of the container. a wall forming the sides of the container; a top extending to the sides of the container a connector for connection to a vacuum source; and a guillotine member; wherein a lower portion of the container has support members to slidably receive the guillotine member to form a base of the container and prevent manufactured objects from falling out of the container; and wherein the guillotine member is selectively adjustable between an apertured configuration having a plurality of through holes to allow passage of air and/or build material, and a closed configuration in which the through holes are closed so as to prevent build material from falling out of the container.
A walk-behind electric gardening device (10; 10'), comprising: a base unit (12; 12') arranged to move on a surface; a handle assembly (14; 14') connected to the base unit (12; 12'); a tool (112; 112'; 112") connected to the base unit (12; 12') for performing gardening operation; a first drive unit operable to propel the base unit (12; 12'); a second drive unit operable to drive the tool (112; 112'; 112"); and a switch assembly (108; 108'; 108") is operable by a user to selectively activate and deactivate the first drive unit, wherein the base unit (12; 12') includes a deck supported by two or more wheels (114; 114"; 106; 106'; 106"), and at least two of the wheels (106; 106'; 106") are connected with the first drive unit, characterized in that the first drive unit comprises one or more modular motor and gearbox unit each connected with a respective wheel (106; 106'; 106"), the modular motor and gearbox unit is arranged at least partly, and preferably entirely, outside a footprint of the deck. a base unit (12; 12') arranged to move on a surface; a handle assembly (14; 14') connected to the base unit (12; 12'); a tool (112; 112'; 112") connected to the base unit (12; 12') for performing gardening operation; a first drive unit operable to propel the base unit (12; 12'); a second drive unit operable to drive the tool (112; 112'; 112"); and a switch assembly (108; 108'; 108") is operable by a user to selectively activate and deactivate the first drive unit, wherein the base unit (12; 12') includes a deck supported by two or more wheels (114; 114"; 106; 106'; 106"), and at least two of the wheels (106; 106'; 106") are connected with the first drive unit, characterized in that the first drive unit comprises one or more modular motor and gearbox unit each connected with a respective wheel (106; 106'; 106"), the modular motor and gearbox unit is arranged at least partly, and preferably entirely, outside a footprint of the deck.
A method of sample delivery for a sample analyser, which has a delivery device for samples which can be loaded with exchangeable liners, which are tubular at least at the inlet end and hold the sample, the liners, on which there is respectively fitted at the gas inlet end a transporting head which holds the liner by means of a seal hereby having a friction fit, being arranged such that they are inserted at predetermined locations in at least one of a magazine and a sample container, a changing device, which is equipped with a gripper for the transporting heads of the liners, being used and on the basis of a predetermined programme, the changing device gripping the respective liner at a predetermined place on its transporting head and inserting it into the delivery device in a sealing manner, the sample delivery being performed and, subsequently, the liner being removed from the delivery device by the changing device, by gripping its transporting head.