mhurhangee/ep-ind-claims huggingface dataset:
A method for cutting a silicon ingot with a saw into a plurality of smaller silicon ingots for use as silicon seed rods in a chemical vapor deposition polysilicon reactor, the saw comprising a plurality of packs of saw blades connected to at least one motor, the saw blades movable along a track connected to a frame of the saw, the method comprising: cutting the silicon ingot with one of the plurality of packs of saw blades into a plurality of silicon slabs, wherein the pack of saw blades is moved along the track during cutting of the ingot at a first rate; rotating the plurality of silicon slabs 90 degrees; and cutting the plurality of silicon slabs with the pack of saw blades into a plurality of smaller-sized silicon seed rods for use in the chemical vapor deposition polysilicon reactor, wherein the pack of saw blades is moved along the track during cutting of the plurality of ingots at a second rate different than the first rate. cutting the silicon ingot with one of the plurality of packs of saw blades into a plurality of silicon slabs, wherein the pack of saw blades is moved along the track during cutting of the ingot at a first rate; rotating the plurality of silicon slabs 90 degrees; and cutting the plurality of silicon slabs with the pack of saw blades into a plurality of smaller-sized silicon seed rods for use in the chemical vapor deposition polysilicon reactor, wherein the pack of saw blades is moved along the track during cutting of the plurality of ingots at a second rate different than the first rate.
A training magazine assembly, comprising: a) a bullet-free magazine designed to emit sounds upon actuation by a push to fire trigger ergonomically structured to fit a regular weapon trigger; b) a magazine adaptor attached and electrically coupled to the magazine and adapted to fit together with the magazine into a magazine housing of the weapon, characterized in that the magazine includes a magazine body with an insertion member having a first surface (105a, 106) for the mechanical attachment and electrical coupling to the magazine adaptor and a second surface for mechanical coupling to the magazine housing, wherein the magazine adaptor includes a mounting adaptor member for engaging the magazine adaptor into a firing chamber of the weapon; and c) a fire flashlight designed to emit a fire flash together with the emitted sound, wherein the PTF trigger and the fire flashlight are electrically coupled to the magazine through two separate electrically conductive cables connected to the magazine adaptor. a) a bullet-free magazine designed to emit sounds upon actuation by a push to fire trigger ergonomically structured to fit a regular weapon trigger; b) a magazine adaptor attached and electrically coupled to the magazine and adapted to fit together with the magazine into a magazine housing of the weapon, characterized in that the magazine includes a magazine body with an insertion member having a first surface (105a, 106) for the mechanical attachment and electrical coupling to the magazine adaptor and a second surface for mechanical coupling to the magazine housing, wherein the magazine adaptor includes a mounting adaptor member for engaging the magazine adaptor into a firing chamber of the weapon; and c) a fire flashlight designed to emit a fire flash together with the emitted sound, wherein the PTF trigger and the fire flashlight are electrically coupled to the magazine through two separate electrically conductive cables connected to the magazine adaptor.
A method for detecting or assisting in the diagnosis of breast or ovarian cancer in a subject comprising: determining the presence of cytoplasmic expression of GT198 protein or one or more mutations, alterations, or rearrangements of the GT198 gene in a patient's biological sample, wherein the presence of cytoplasmic GT198 protein expression or one or more mutations, alterations, or rearrangements of the GT198 gene is indicative of breast or ovarian cancer.
Internal combustion engine having - at least one piston-cylinder unit, - a turbocharger having an exhaust gas turbine, - a catalytic converter, which is connected between the at least one piston-cylinder unit and the exhaust gas turbine, and - a regulating device, wherein the regulating device is formed to regulate a fluid conveying device such that, when the internal combustion engine is in a state in which no combustion and/or ignition takes place in the at least one piston-cylinder unit, the fluid conveying device conveys fuel-air mixture through the catalytic converter, characterized in that - a temperature sensor is arranged before, after or in the catalytic converter, wherein the regulating device is formed to use the measured values of the temperature sensor as feedback variables, and - a bypass line for bypassing the at least one piston-cylinder unit is provided, which bypass line is connected in terms of flow to a feed line for air or fuel-air mixture to the at least one piston-cylinder unit and a connecting line between the at least one piston-cylinder unit and the catalytic converter. - at least one piston-cylinder unit, - a turbocharger having an exhaust gas turbine, - a catalytic converter, which is connected between the at least one piston-cylinder unit and the exhaust gas turbine, and - a regulating device, wherein the regulating device is formed to regulate a fluid conveying device such that, when the internal combustion engine is in a state in which no combustion and/or ignition takes place in the at least one piston-cylinder unit, the fluid conveying device conveys fuel-air mixture through the catalytic converter, characterized in that - a temperature sensor is arranged before, after or in the catalytic converter, wherein the regulating device is formed to use the measured values of the temperature sensor as feedback variables, and - a bypass line for bypassing the at least one piston-cylinder unit is provided, which bypass line is connected in terms of flow to a feed line for air or fuel-air mixture to the at least one piston-cylinder unit and a connecting line between the at least one piston-cylinder unit and the catalytic converter.
Single-phase, self-powered recloser for installation in voltage networks and comprising: a vacuum ampoule having a fixed terminal and a mobile terminal, a conductive bar connected to the mobile terminal and to an output terminal via a flexible cord, an enclosure in form of a polymeric bottle, wherein the fixed terminal and the output terminal are mounted on the polymeric bottle, an air core measurement transformer (Rogowski) for monitoring the current circulating between the fixed terminal and the output terminal, a bistable electromagnetic actuator for mechanically opening and closing internal contacts of the vacuum ampoule based on a current measured by the measurement transformer, ultracapacitors adapted to store energy coming from photovoltaic cells (15a-15d), a power transformer and an induction coil to feed electronic circuits (8, 9, 10, 11, 12, 13), and further ultracapacitors adapted to store the energy coming from the photovoltaic cells (15a-15d), the power transformer and the induction coil to operate the bistable electromagnetic actuator. a vacuum ampoule having a fixed terminal and a mobile terminal, a conductive bar connected to the mobile terminal and to an output terminal via a flexible cord, an enclosure in form of a polymeric bottle, wherein the fixed terminal and the output terminal are mounted on the polymeric bottle, an air core measurement transformer (Rogowski) for monitoring the current circulating between the fixed terminal and the output terminal, a bistable electromagnetic actuator for mechanically opening and closing internal contacts of the vacuum ampoule based on a current measured by the measurement transformer, ultracapacitors adapted to store energy coming from photovoltaic cells (15a-15d), a power transformer and an induction coil to feed electronic circuits (8, 9, 10, 11, 12, 13), and further ultracapacitors adapted to store the energy coming from the photovoltaic cells (15a-15d), the power transformer and the induction coil to operate the bistable electromagnetic actuator.
An apparatus for fabricating a plurality of lighting devices, comprising: a film supplying roll configured to supply a film to form the plurality of lighting devices with aging pads (129a, 129b) thereon; a film collecting roll configured to collect the film; a deposition unit configured to deposit a deposition material on the film being transferred between the film supplying roll and the film collecting roll; and an aging unit (290, 296) disposed at a rear end area of the deposition unit and configured to consecutively age the lighting devices on the film being transferred after depositing the deposition material on the film by the deposition unit, wherein the aging unit comprises: an aging roller configured to contact the aging pads (129a, 129b) of the lighting devices; and a supporting roller configured to contact the aging roller, wherein the film is disposed between the aging roller and the supporting roller, and the aging roller is configured to keep in contact with the aging pads (129a, 129b) by rotating the aging roller and the supporting roller, thereby applying an aging voltage to the lighting devices, while the film is transferred. a film supplying roll configured to supply a film to form the plurality of lighting devices with aging pads (129a, 129b) thereon; a film collecting roll configured to collect the film; a deposition unit configured to deposit a deposition material on the film being transferred between the film supplying roll and the film collecting roll; and an aging unit (290, 296) disposed at a rear end area of the deposition unit and configured to consecutively age the lighting devices on the film being transferred after depositing the deposition material on the film by the deposition unit, wherein the aging unit comprises: an aging roller configured to contact the aging pads (129a, 129b) of the lighting devices; and a supporting roller configured to contact the aging roller, wherein the film is disposed between the aging roller and the supporting roller, and the aging roller is configured to keep in contact with the aging pads (129a, 129b) by rotating the aging roller and the supporting roller, thereby applying an aging voltage to the lighting devices, while the film is transferred. an aging roller configured to contact the aging pads (129a, 129b) of the lighting devices; and a supporting roller configured to contact the aging roller, wherein the film is disposed between the aging roller and the supporting roller, and the aging roller is configured to keep in contact with the aging pads (129a, 129b) by rotating the aging roller and the supporting roller, thereby applying an aging voltage to the lighting devices, while the film is transferred.
A Multi Point, High Sensitive Tactile Sensing Module For Robots And Devices, comprising an elastic material, which is covered with a layer providing light reflection; a CMOS or CCD image sensor; at least one light source; having a plurality of first fiber optic cables, tips which are separated from surrounding environment via said layer by being located under the layer and other tips of which are in connection with said light source, wherein said first fiber optic cables adapted to carry light beams from the light source to said layer; plurality of second fiber optic cables, having tips which are separated from surrounding environment via said layer by being located under the layer and being directed towards the layer and other tips which are in connection with said image sensor so that each second fiber optic cable is paired with one pixel of the image sensor, wherein light beams reflected from the layer are transferred to the image sensor by said second fiber optic cables; a processor which is adapted to calculate every individual force applied to the layer according to light intensity changes of each pixel connected with a second fiber cable, of a photo frame generated by the image sensor in response to the displacement of the layer by using image processing techniques.
Arrangement of at least two cables (10, 20) which extend adjacently in a substantially parallel manner, a first cable and a second cable of which each having at least one stranding group (11, 21) which has two or more conductors that are twisted together, wherein the lay length of each of the stranding groups (11, 21) varies in the longitudinal direction of the cables (10, 20), and the lay length of at least one stranding group winding of the stranding group of the first cable differs from the lay length of an adjacent stranding group winding of the stranding group of the second cable by more than 10%, the lay length of the stranding groups (11, 21) in each case varying between a minimum lay length (A, B') and a maximum lay length (A', B), characterised in that a distance between two adjacent stranding sections (14, 15) of a stranding group with a minimum lay length defines a stranding length, wherein the stranding length of a stranding group varies periodically in the longitudinal direction of the cable.
An electromagnetically actuable valve device having a valve housing which has a first fluid port and a second fluid port, each being configured for the controlled opening and closing by moving an assigned first closure unit and an assigned second closure unit of the valve device, respectively, and at least one other fluid port which is provided on the valve housing and which forms a fluid channel toward the first and/or the second fluid port, said fluid channel being interruptible by the first and/or the second closure unit, the first and the second closure unit being provided on or in an armature unit which is guided movably along a longitudinal movement axis in the valve housing and which is drivable in reaction to current being supplied to a coil unit of the valve device which is provided stationary on a coil housing of the valve device, the armature unit being movable on the valve housing between opposite first and second frontal stop positions, the armature unit being preloaded in the first stop position, in which the first closure unit closes the first fluid port, by first spring means (38, 40) engaging the valve housing, the armature unit being configured for the controlled electromagnetic movement into an intermediate armature position which is provided along the longitudinal movement axis between the first and the second stop position and in which the first closure unit closes the first fluid port and the second closure unit closes the second fluid port, and at least one of the first and second closure units being guided axially movable on or in the armature unit and being preloaded in the direction of the assigned one of the fluid ports by second spring means (32, 34), characterized in that the first spring means have a plurality of springs interacting with each other, preferably mechanically connected in parallel to each other in sections, a first spring formed as a compression spring being supported by a stationary housing abutment portion and a second spring of the first spring means interacting with an axially movable abutment which is guided axially movable and designed to abut against the housing and to be axially driven by the armature unit.
A curable epoxy resin system, comprising 1) an epoxy resin component containing one or more epoxy resins, wherein at least 80% by weight of the epoxy resins is one or more polyglycidyl ethers of a polyphenol that has an epoxy equivalent weight of up to 250; 2) an amine hardener, wherein the amine hardener is a polyethylene tetraamine mixture containing at least 95% by weight polyethylene tetraamines, the mixture containing at least 40% by weight linear triethylene tetraamine, wherein at least 0.8 epoxy equivalents are provided to the reaction mixture by the epoxy resin component per amine hydrogen equivalent provided by the amine hardener; and 3) 0.01 to 0.5 moles of triethylene diamine per mole of primary and/or secondary amine compounds in the amine hardener, the triethylene diamine being present in the epoxy resin component, the amine hardener, or both. 1) an epoxy resin component containing one or more epoxy resins, wherein at least 80% by weight of the epoxy resins is one or more polyglycidyl ethers of a polyphenol that has an epoxy equivalent weight of up to 250; 2) an amine hardener, wherein the amine hardener is a polyethylene tetraamine mixture containing at least 95% by weight polyethylene tetraamines, the mixture containing at least 40% by weight linear triethylene tetraamine, wherein at least 0.8 epoxy equivalents are provided to the reaction mixture by the epoxy resin component per amine hydrogen equivalent provided by the amine hardener; and 3) 0.01 to 0.5 moles of triethylene diamine per mole of primary and/or secondary amine compounds in the amine hardener, the triethylene diamine being present in the epoxy resin component, the amine hardener, or both.
A dry powder inhaler for a capsule containing dry powder, the inhaler comprising a base body having a capsule receptacle, two actuator buttons arranged on opposing sides of the base body and two perforation needles, each needle being fixedly connected to a respective one of the actuator buttons and movable relative to guiding sections of the base body towards each other from a normal position to a perforation position along an actuation direction to perforate a capsule arranged in the capsule receptacle, wherein the capsule receptacle is arranged in an inclined angle within the range of about 40° to about 50° with respect to the actuation direction, characterized in that at least one of or both of the piercing needles comprise an extracentric tip located on an imaginary cylindrical barrel of said needle and the rotational position of said needle determines that the needle tip is in a tip position which faces a longitudinal axis of the other piercing needle to ensure that in use the needle tip of said needle hits the capsule shell substantially perpendicularly.
An aerosol generating device (5, 400) comprising: a heater configured to heat an aerosol generating material; a battery configured to supply power to the heater; a puff detection sensor configured to detect a user's puff; and a controller configured to: receive a sensing value from the puff detection sensor; control power supplied to the heater based on a first temperature profile for a pre-set time period in response to the sensing value becoming equal to or less than a first threshold value (502, 602), and control the power supplied to the heater based on a second temperature profile (620, 630) after the pre-set time period, wherein the controller is further configured to determine the first temperature profile regardless of puff strength, and determine the second temperature profile (620, 630) based on the puff strength, and wherein the controller is further configured to: detect a weak puff based on the sensing value being maintained between the first threshold value (502, 602) and a second threshold value (503, 603) during the pre-set time period, and detect a strong puff based on the sensing value becoming less than the second threshold value (503, 603) at any time during the pre-set time period. a heater configured to heat an aerosol generating material; a battery configured to supply power to the heater; a puff detection sensor configured to detect a user's puff; and a controller configured to: receive a sensing value from the puff detection sensor; control power supplied to the heater based on a first temperature profile for a pre-set time period in response to the sensing value becoming equal to or less than a first threshold value (502, 602), and control the power supplied to the heater based on a second temperature profile (620, 630) after the pre-set time period, receive a sensing value from the puff detection sensor; control power supplied to the heater based on a first temperature profile for a pre-set time period in response to the sensing value becoming equal to or less than a first threshold value (502, 602), and control the power supplied to the heater based on a second temperature profile (620, 630) after the pre-set time period, wherein the controller is further configured to determine the first temperature profile regardless of puff strength, and determine the second temperature profile (620, 630) based on the puff strength, and wherein the controller is further configured to: detect a weak puff based on the sensing value being maintained between the first threshold value (502, 602) and a second threshold value (503, 603) during the pre-set time period, and detect a strong puff based on the sensing value becoming less than the second threshold value (503, 603) at any time during the pre-set time period. detect a weak puff based on the sensing value being maintained between the first threshold value (502, 602) and a second threshold value (503, 603) during the pre-set time period, and detect a strong puff based on the sensing value becoming less than the second threshold value (503, 603) at any time during the pre-set time period.
A support base for a child safety seat, including a shell body, an adjustable arm assembled with the shell body, a latch assembly provided at an end of the arm and operable to fixedly attach the shell body with an anchorage fixture of a vehicle, and a cushion structure (108, 202) operable to allow a cushioned displacement of the shell body relative to the latch assembly when the child safety seat is subject to collision, characterized in that: the latch assembly is affixed with a bracket; and the cushion structure (108, 202) includes a portion of the arm having a solid cushioning portion (116, 202A), and a fastener (118, 208) engaging through a first hole (112, 212) of the arm and the bracket at a position adjacent to the cushioning portion (116, 202A) to fixedly fasten the bracket with the arm, the fastener (118, 208) pushing against the cushioning portion (116, 202A) when collision occurs for absorbing a part of the collision energy. the latch assembly is affixed with a bracket; and the cushion structure (108, 202) includes a portion of the arm having a solid cushioning portion (116, 202A), and a fastener (118, 208) engaging through a first hole (112, 212) of the arm and the bracket at a position adjacent to the cushioning portion (116, 202A) to fixedly fasten the bracket with the arm, the fastener (118, 208) pushing against the cushioning portion (116, 202A) when collision occurs for absorbing a part of the collision energy.
An electrostatic adsorbable sheet (iii) comprising a laminate of a label layer (i) containing a resin film layer and a recording layer on one surface of the resin film layer, and a peelable sheet layer (ii) containing a peelable layer and a support layer, in which the label layer (i) and the peelable sheet layer (ii)-are laminated so that the resin film layer and the peelable layer contact with each other, wherein the peeling strength between the label layer (i) and the peelable sheet layer (ii) is from 1 to 50 g/cm, and the label layer (i) peeled from the peelable sheet layer (ii) is electrostatically adsorbable to an object to be attached.