mhurhangee/ep-ind-claims huggingface dataset:
A trailer oscillation and stability control device comprising: an accelerometer configured to measure lateral acceleration of a trailer and to generate corresponding trailer lateral acceleration signals; an angular rate sensor positioned and configured to measure rate of angular trailer deflection about a hitch pivot point and to generate corresponding angular trailer deflection rate signals; an oscillation detection discriminator coupled with the accelerometer and the angular rate sensor and configured to detect oscillatory lateral trailer motion based on acceleration signals received from the accelerometer and angular trailer deflection rate signals received from the angular rate sensor, and to generate corresponding oscillatory event data; wherein said oscillation detection discriminator is configured to use data received from the angular rate sensor and the accelerometer to distinguish between a trailer oscillation event and a non-oscillatory trailer excursion or lateral deflection; a brake controller configured to generate a trailer braking control signal in response to oscillatory event data received from the oscillation detection discriminator. an accelerometer configured to measure lateral acceleration of a trailer and to generate corresponding trailer lateral acceleration signals; an angular rate sensor positioned and configured to measure rate of angular trailer deflection about a hitch pivot point and to generate corresponding angular trailer deflection rate signals; an oscillation detection discriminator coupled with the accelerometer and the angular rate sensor and configured to detect oscillatory lateral trailer motion based on acceleration signals received from the accelerometer and angular trailer deflection rate signals received from the angular rate sensor, and to generate corresponding oscillatory event data; wherein said oscillation detection discriminator is configured to use data received from the angular rate sensor and the accelerometer to distinguish between a trailer oscillation event and a non-oscillatory trailer excursion or lateral deflection; a brake controller configured to generate a trailer braking control signal in response to oscillatory event data received from the oscillation detection discriminator.
Degassing system (1, 23) with a control device (17, 36), the degassing system (1, 23) comprising a degassing tank (2, 24) with a first space area (3, 25) in that liquid is introducible and sprayable and a second space area (4, 26) in that the liquid from the first space area (3, 25) is introducible, a pipe (14, 32) being provided between the first area (3, 25) and the second area (4, 26), and the first space area (3, 25) and the second space area (4, 26) being partially separated from one another by at least one separation element (5, 27), wherein the at least one separation element (5, 27) is configured such that, in the single-stage vacuum degassing process, liquid from the first space area (3, 25) can overflow the at least one separation element (5, 27) into the second space area (4, 26) and that, in the two-stage degassing process, the liquid is retained in the first area (3, 25) by the at least one separation element (5, 27), characterized in that a controllable pump (15, 34) is provided, being configured for pumping liquid from the first space area (3, 25) through the pipe (14, 32) to the second space area (4, 26) for a two-stage vacuum degassing process, when the pump (15, 34) is operated, and the control device (17, 36) is configured to control the pump (15, 34) such that the pump (15, 34) will not be operated for a single-stage vacuum degassing process and will be operated for a two-stage vacuum degassing process.
A glass comprising SiO 2, Al 2 O 3, 12.5 mol% to 26 mol% Na 2 O, and Y 2 O 3, the glass having a molar ratio [Al 2 O 3 (mol%)/ Y 2 O 3 (mol%)] of greater than 2 and a Young's modulus of at least 80 GPa.
An electronic device comprising: a bracket; a first display including a first display panel disposed on a first side of the bracket and a first window glass disposed to cover the first display panel and having a first edge area, at least a portion of the first edge area being connected to a third edge area of the bracket; and a second display including a second display panel disposed on a second side of the bracket that is opposite to the first side and a second window glass disposed to cover the second display panel and having a second edge area, at least a portion of the second edge area being connected to the third edge area of the bracket, wherein the third edge area of the bracket includes a protruding portion that protrudes a specified distance from a lateral side of the electronic device, and wherein the protruding portion has a thickness smaller than or equal to a specified value; characterized in that the third edge area of the bracket has a smaller cross-sectional area than a cross-sectional area of a central area of the bracket.
A thermal flow meter having a sensor element for outputting a nonlinear signal according to a flow rate, comprising: a first filter for filtering the nonlinear signal (V x) output from said sensor element; a signal processor for obtaining an absolute value of a differential signal between the filtered signal from said first filter and the nonlinear signal (Vx) output from said sensor element; a second filter for filtering the absolute value of the differential signal from said signal processor; an amplifier for amplifying the filtered differential signal from said second filter; and a correcting section (2, 44) for correcting the nonlinear signal (Vx) output from said sensor element by using the amplified differential signal. a first filter for filtering the nonlinear signal (V x) output from said sensor element; a signal processor for obtaining an absolute value of a differential signal between the filtered signal from said first filter and the nonlinear signal (Vx) output from said sensor element; a second filter for filtering the absolute value of the differential signal from said signal processor; an amplifier for amplifying the filtered differential signal from said second filter; and a correcting section (2, 44) for correcting the nonlinear signal (Vx) output from said sensor element by using the amplified differential signal.
A vehicle drum brake, wherein a pair of brake shoes (15, 16) configured to slidingly contact a brake drum, and a brake lever configured to rotate to cause the brake shoes (15, 16) to slidingly contact the brake drum so as to obtain a braking force are accommodated in a back plate, an anchor plate that abuts on one end of each of the pair of brake shoes (15, 16) to rotatably support the brake shoes (15, 16) is fixed on an anchor attachment part (46, 51, 64) that is formed on the back plate in a manner rising inward of the back plate, a guide part (48, 52, 55, 69) that guides a brake cable coupled to the brake lever is fixedly provided inward of the anchor attachment part (46, 51, 64) in a radial direction of the back plate, and at least one of the back plate and the anchor plate is integrally provided with a support part (50, 53, 54, 69) that abuts on the guide part (48, 52, 55, 68) to support the guide part (48, 52, 55, 68). a pair of brake shoes (15, 16) configured to slidingly contact a brake drum, and a brake lever configured to rotate to cause the brake shoes (15, 16) to slidingly contact the brake drum so as to obtain a braking force are accommodated in a back plate, an anchor plate that abuts on one end of each of the pair of brake shoes (15, 16) to rotatably support the brake shoes (15, 16) is fixed on an anchor attachment part (46, 51, 64) that is formed on the back plate in a manner rising inward of the back plate, a guide part (48, 52, 55, 69) that guides a brake cable coupled to the brake lever is fixedly provided inward of the anchor attachment part (46, 51, 64) in a radial direction of the back plate, and at least one of the back plate and the anchor plate is integrally provided with a support part (50, 53, 54, 69) that abuts on the guide part (48, 52, 55, 68) to support the guide part (48, 52, 55, 68).
A lawn mower, comprising: a deck, forming a platform and having an exit aperture at the rear of the deck, a side wall arranged around at least part of the perimeter of the deck, the deck and the side wall enclosing a cutting space under the deck, a front wheel set and a rear wheel set located at the front and the rear of the deck respectively, a motor attached to the outside top of the platform of the deck, having a drive shaft extending downwards through the deck, the lower part of the drive shaft located substantially at the centre of the cutting space, at least one grass cutting blade or blades, connected to the drive shaft within the cutting space so that the drive shaft causes the at least one grass cutting blade to rotate in a substantially horizontal grass cutting plane, a rear flap, connected to and pivoting from the top rear edge of the deck to allow a grass catcher to be attached in use, the rear flap resting on a detachable grass catcher when a grass catcher is attached, the rear flap facing downwards to close the exit aperture at the rear of the deck when a grass catcher is not attached, characterised by the rear flap having a sub-flap which can open and close an aperture of the rear flap independently of the remainder of the main flap, the mower further fitted with a biasing mechanism that is adapted to bias the flap and sub-flap towards a closed position at least when a grass catcher is attached to the mower. a deck, forming a platform and having an exit aperture at the rear of the deck, a side wall arranged around at least part of the perimeter of the deck, the deck and the side wall enclosing a cutting space under the deck, a front wheel set and a rear wheel set located at the front and the rear of the deck respectively, a motor attached to the outside top of the platform of the deck, having a drive shaft extending downwards through the deck, the lower part of the drive shaft located substantially at the centre of the cutting space, at least one grass cutting blade or blades, connected to the drive shaft within the cutting space so that the drive shaft causes the at least one grass cutting blade to rotate in a substantially horizontal grass cutting plane, a rear flap, connected to and pivoting from the top rear edge of the deck to allow a grass catcher to be attached in use, the rear flap resting on a detachable grass catcher when a grass catcher is attached, the rear flap facing downwards to close the exit aperture at the rear of the deck when a grass catcher is not attached, characterised by the rear flap having a sub-flap which can open and close an aperture of the rear flap independently of the remainder of the main flap, the mower further fitted with a biasing mechanism that is adapted to bias the flap and sub-flap towards a closed position at least when a grass catcher is attached to the mower.
An adjustable anchoring group for the wall assembly of wall cupboards comprising a hanging bracket device equipped with at least one anchoring flange to a wall cupboard with shoulders, a top and lining, and a hook, said group also comprising an anchoring support to a wall, in which said hanging bracket device comprises a slide which slides linearly with respect to said flange in a first direction, said hook being at least partly associated with said slide and being movable with respect to the latter in at least a second direction substantially perpendicular with respect to said first direction, said flange comprising fixing elements for fixing to a cupboard and sliding rails, and wherein said slide comprises sliding guides, said rails and said guides being suitable for cooperating with each other for guiding the sliding of said slide in at least said first direction, said first direction being substantially perpendicular to the axis of said fixing elements wherein said fixing elements extend from a side edge of the flange and lying substantially parallel each other on the same plane of the latter, regulation means and actuation means, both accessible from above, with respect to a mounted position of the anchoring group, being associated with said slide and said hook, respectively, said regulation means accessible from above (6D, 9D, 10D) being suitable for controlling the sliding of said slide with respect to said flange, said regulation means comprise: a threaded seat situated in said slide, a counter-flap integral with said flange which extends perpendicularly to said rails and a regulation screw cooperating with said counter-flap and with said threaded seat to effect the sliding of said slide in said first direction, said actuation means (13D, 101D, 15D, 16D) accessible from above, being suitable for controlling said movement of said hook in said second direction and comprising an actuation screw, at least partly housed in said slide, said actuation screw being positioned parallel to said regulation screw, said actuation means comprising tilted planes (15D, 16D) with respect to said first sliding direction and cooperating with each other to cause the movement of said hook in at least said second direction.
A metal nanoparticle dispersion characterized by comprising: organic solvent; and metal-containing particles dispersed in the organic solvent, the metal-containing particles comprising first metal nanoparticles and second metal nanoparticles, the first and second metal nanoparticles being of differing metals, the first metal nanoparticules being copper particles or particles comprising copper as a major component, the second metal nanoparticles being silver particles or particles comprising silver as a major component, each of the first metal nanoparticles having a high-molecular compound having a weight average molecular weight range of 1,000 or more on at least part of a surface thereof, each of the second metal nanoparticles having a low-molecular compound having molecular weight of 500 or less on at least part of a surface thereof, an amount of the second metal nanoparticles being 0.1 to 30% of an amount of the first metal nanoparticles, a total amount of the low-molecular compound on all of the second nanoparticles containing an amount of a primary amine as the low-molecular compound, the amount of the primary amine being 5% or more based on an amount of the low-molecular compound. organic solvent; and metal-containing particles dispersed in the organic solvent, the metal-containing particles comprising first metal nanoparticles and second metal nanoparticles, the first and second metal nanoparticles being of differing metals, the first metal nanoparticules being copper particles or particles comprising copper as a major component, the second metal nanoparticles being silver particles or particles comprising silver as a major component, each of the first metal nanoparticles having a high-molecular compound having a weight average molecular weight range of 1,000 or more on at least part of a surface thereof, each of the second metal nanoparticles having a low-molecular compound having molecular weight of 500 or less on at least part of a surface thereof, an amount of the second metal nanoparticles being 0.1 to 30% of an amount of the first metal nanoparticles, a total amount of the low-molecular compound on all of the second nanoparticles containing an amount of a primary amine as the low-molecular compound, the amount of the primary amine being 5% or more based on an amount of the low-molecular compound.
A method of manufacturing an implant comprising the steps of: (i) preparing a three-dimensional mold in the shape of an implant, (ii) molding a porous two-dimensional construct into a three-dimensional shape using the three-dimensional mold, (iii) removing the molded shape from the mold, (iv) cutting an aperture in the molded three-dimensional shape in a position to angulate the patient's nipple areola complex, NAC, slightly skyward so that the angle between the nipple projection line and the nipple meridian reference line is 1-27 degrees after implantation, and (v) reinforcing the three-dimensional shape with a plurality of reinforcing pillars radially extending from the aperture to an outer edge of the implant.
Method for the production of a multilayer body, wherein a) a single- or multilayer decorative layer is formed with a first region and a second region on and/or in a carrier layer having a first side and a second side, wherein the decorative layer, seen perpendicularly to the plane of the carrier layer, has a first degree of transmission in the first region and, in the second region, a second degree of transmission that is greater in comparison with the first degree of transmission, wherein said degrees of transmission relate to electromagnetic radiation having a wavelength that is suitable for photoactivation, characterised in that b) at least one layer to be structured is arranged on the first side of the carrier layer, c) a resist layer that is photoactivatable by means of said electromagnetic radiation is arranged on the first side of the carrier layer in such a way that the resist layer is arranged on the side of the at least one layer to be structured that is turned away from the carrier layer and the decorative layer is arranged on the other side of the at least one layer to be structured, d) the resist layer is exposed from the second side of the carrier layer by means of said electromagnetic radiation, wherein the decorative layer serves as an exposure mask as a result of the formation of the first region and the second region, and e) the at least one layer to be structured and the resist layer are structured in register with each other by means of structure-providing processes that are synchronised with one another. a) a single- or multilayer decorative layer is formed with a first region and a second region on and/or in a carrier layer having a first side and a second side, wherein the decorative layer, seen perpendicularly to the plane of the carrier layer, has a first degree of transmission in the first region and, in the second region, a second degree of transmission that is greater in comparison with the first degree of transmission, wherein said degrees of transmission relate to electromagnetic radiation having a wavelength that is suitable for photoactivation, b) at least one layer to be structured is arranged on the first side of the carrier layer, c) a resist layer that is photoactivatable by means of said electromagnetic radiation is arranged on the first side of the carrier layer in such a way that the resist layer is arranged on the side of the at least one layer to be structured that is turned away from the carrier layer and the decorative layer is arranged on the other side of the at least one layer to be structured, d) the resist layer is exposed from the second side of the carrier layer by means of said electromagnetic radiation, wherein the decorative layer serves as an exposure mask as a result of the formation of the first region and the second region, and e) the at least one layer to be structured and the resist layer are structured in register with each other by means of structure-providing processes that are synchronised with one another.
A method for the cash-less payment of a purchase by a buyer from a seller of products and/or services, wherein the buyer uses a mobile terminal operable in a mobile radio network for the payment and the payment is carried out via the mobile radio network, wherein the mobile terminal of the buyer comprises a device which is capable of a near field communication and comprises a near field communication identification, the seller is provided, in connection with a retail facility and/or cash device, with at least one device which is capable of a near field communication for recording at least one near field communication identification, and within the scope of a payment process, the at least one near field communication identification of the device capable of a near field communication of the mobile terminal of the buyer will be recorded by the at least one device capable of a near field communication for recording at least one near field communication identification, characterized in that the at least one near field communication identification of the device capable of a near field communication of the mobile terminal of the buyer is unequivocally allocated to the buyer and/or to the mobile terminal of the buyer by the mobile radio network, wherein the allocation is at least realized via the mobile radio network call number (MSISDN) assigned to the buyer respectively to his mobile terminal by the mobile radio network, the recorded near field communication identification of the device capable of a near field communication of the mobile terminal (5, 6) of the buyer is transmitted by a device of the seller to the mobile radio network, the mobile radio network carries out or initiates a check with respect to the identity of the buyer and with respect to the creditworthiness of the buyer using the near field communication identification, the local position of the mobile terminal in the mobile radio network is determined by means of so called LBS services or LBS devices and/or by means of so called GPS services or GPS devlces, the determined local position of the mobile terminal in the mobile radio network is compared to the local position allocated to the retail facility and/or the cash device of the seller by the mobile radio network, and if a check of the identity and the creditworthiness of the buyer has been successfully carried out as well as in case of an identity of the local positions, the payment will be made via the mobile radio network.
A printed circuit board, comprising: a body having at least one signal trace; a hearing aid compatibility coil located in the body and electrically coupled to the at least one signal trace; a ferrite core located in the body for amplifying a magnetic field generated by the HAC coil;and a speaker mounted to a surface of the body, charaterized in that a HAC coil system, comprising the HAC coil and the ferrite core, is aligned with the centre of the speaker and located below the speaker in the body of the PCB. a body having at least one signal trace; a hearing aid compatibility coil located in the body and electrically coupled to the at least one signal trace; a ferrite core located in the body for amplifying a magnetic field generated by the HAC coil;and a speaker mounted to a surface of the body, charaterized in that a HAC coil system, comprising the HAC coil and the ferrite core, is aligned with the centre of the speaker and located below the speaker in the body of the PCB.