mhurhangee/ep-ind-claims huggingface dataset:
A connector system for securing a pivoting member to a guide anchor moveably secured within a guide track, the system comprising: a pivoting member; a guide track defining a linear trackway, a first strength wall at a first edge of the trackway, a second strength wall parallel to the first strength wall at an opposed second edge of the trackway, the first and second strength walls ascending above a support surface of the trackway in a direction away from the support surface; a guide anchor being movably secured between the first and second strength walls and adjacent the support surface of the trackway, the guide anchor being secured against movement away from the support surface and being secured for linear movement along the trackway, the guide anchor including at least a first guide shoulder, the first guide shoulder defining a first retention throughbore and the pivoting member defining a pivoting member throughbore dimensioned to be secured adjacent the first guide shoulder so that a longitudinal axis within the throughbores extends through the first retention throughbore and the pivoting member throughbore, and wherein the longitudinal axis within the throughbores is parallel to a width axis extending a shortest distance between the opposed first and second strength walls; and characterised by: a rod-and-bracket connector configured so that a rod of the connector passes through the first retention throughbore of the at least first guide shoulder and through the pivoting member throughbore to secure the pivoting member to the guide anchor; the rod-and-bracket connector also being configured so that a first section of an L-shaped arm of the connector is secured to an end of the rod that extends beyond one of the first retention throughbore and the pivoting member throughbore, and the first section of the L-shaped arm extends in a direction about perpendicular a longitudinal axis of the rod and also extends a distance sufficient to extend beyond an exterior edge of the guide anchor, the L-shaped arm also being configured so that a second section of the L-shaped arm is secured to a portion of the first section of the L-shaped arm that extends beyond the exterior edge of the guide anchor, the second section of the L-shaped arm extends in a direction parallel to the longitudinal axis of the rod and also extends adjacent the exterior edge of the guide anchor, and wherein the second section of the L-shaped arm includes a fastener configured to secure the rod-and-bracket connector to one of the guide anchor and the pivoting member.
Aircraft vertical stabilizer illumination light unit, configured for being arranged in a rotatable horizontal stabilizer of an aircraft and for being oriented towards a vertical stabilizer of the aircraft for illuminating the vertical stabilizer, characterized in that the aircraft vertical stabilizer illumination light unit comprises: an LED group, comprising a plurality of LEDs, and an optical system, comprising at least one optical element (8, 9), the optical system being associated with the LED group for shaping an output light intensity distribution from the light emitted by the LED group, wherein the LED group and the optical system are stationary within the aircraft vertical stabilizer illumination light unit, with each LED of the LED group having a set position with respect to the optical system, wherein at least some of the plurality of LEDs are independently controllable, and wherein the aircraft vertical stabilizer illumination light unit is configured to be operated in a plurality of operating modes, with a respective subset of the plurality of LEDs being switched on in each of the plurality of operating modes and with a different output light intensity distribution (120, 130, 140) being emitted by the aircraft vertical stabilizer illumination light unit in each of the plurality of operating modes, with a selection of the operating mode being carried out in response to a rotation angle of the rotatable horizontal stabilizer. an LED group, comprising a plurality of LEDs, and an optical system, comprising at least one optical element (8, 9), the optical system being associated with the LED group for shaping an output light intensity distribution from the light emitted by the LED group, wherein the LED group and the optical system are stationary within the aircraft vertical stabilizer illumination light unit, with each LED of the LED group having a set position with respect to the optical system, wherein at least some of the plurality of LEDs are independently controllable, and wherein the aircraft vertical stabilizer illumination light unit is configured to be operated in a plurality of operating modes, with a respective subset of the plurality of LEDs being switched on in each of the plurality of operating modes and with a different output light intensity distribution (120, 130, 140) being emitted by the aircraft vertical stabilizer illumination light unit in each of the plurality of operating modes, with a selection of the operating mode being carried out in response to a rotation angle of the rotatable horizontal stabilizer.
Soleplate having a curved edge on at least 50% of the length of the edge of the soleplate in distal position with respect to the tip, wherein the radius of curvature of the curved edge in the at least 50% of the length of the edge is equal to or higher than 4 mm, characterized in that the radius of curvature varies in a continuous way from a value lower than 2 mm on the tip to a value equal to or higher than 10 mm on the back end of the soleplate.
Procedure for the production of mineral high-temperature fibres with a high proportion of silicon dioxide using continuous glass fibre filaments and/or continuous basalt filaments, characterised in that at least two filaments, as core filament and as effect filament, are each fed at different speeds from a godet (3, 4) to one or more air texturing nozzles, where they are textured to form a fancy yarn and this fancy yarn is then subjected to an acid bath (leaching).
An aqueous ophthalmic composition comprising 1,4-bis[isobutylamino]2,3-dihydroxy butane or a pharmaceutically acceptable salt thereof in an amount effective to enhance the antimicrobial activity of the composition; and a pharmaceutically acceptable vehicle thereof.
An acoustic transducer comprising: a substrate; a vibrating membrane, formed above the substrate, which includes a vibrating electrode; and a fixed membrane, formed on an upper surface of the substrate, which includes a fixed electrode, said acoustic transducer converting an acoustic wave into an electrical signal according to a change in capacitance between the vibrating electrode and the fixed electrode, the fixed membrane having a plurality of sound holes formed therein in order to allow the acoustic wave to reach the vibrating membrane from outside; characterized in that the sound holes being arranged so that a distance between centers of sound holes adjacent to each other is shorter than a sum of diameters of the sound holes adjacent to each other, the fixed electrode being formed so that, when seen from an angle of a line normal to the surface of the substrate, a boundary of an edge portion of the fixed electrode does not intersect the sound holes and the sound holes are arranged both inside and outside of the boundary of the edge portion. a substrate; a vibrating membrane, formed above the substrate, which includes a vibrating electrode; and a fixed membrane, formed on an upper surface of the substrate, which includes a fixed electrode, said acoustic transducer converting an acoustic wave into an electrical signal according to a change in capacitance between the vibrating electrode and the fixed electrode, the fixed membrane having a plurality of sound holes formed therein in order to allow the acoustic wave to reach the vibrating membrane from outside; characterized in that the sound holes being arranged so that a distance between centers of sound holes adjacent to each other is shorter than a sum of diameters of the sound holes adjacent to each other, the fixed electrode being formed so that, when seen from an angle of a line normal to the surface of the substrate, a boundary of an edge portion of the fixed electrode does not intersect the sound holes and the sound holes are arranged both inside and outside of the boundary of the edge portion.
A method executed by a computer for biometric authentication, the method comprising: acquiring, from a manipulation unit, contact positions of a particular finger of a particular hand and contact information about the particular finger including contact pressure and/or area of the particular finger in contact at each contact position; acquiring, from photographing unit, a plurality of images of a palm of the particular hand captured while the finger is in contact with a plurality of mutually different positions on the manipulation unit due to manipulations drawing a particular shape with the finger moving the hand so that images of mutually different portions on the palm are captured, the photographing unit photographs a part of the palm of the hand; creating a variation value indicating the contact pressure and/or area of the particular finger in contact that indicates a variation in contact information, according to a plurality of contact information corresponding to the plurality of contact positions; executing, when the variation is smaller than a threshold according to the variation value, a process for creating biometric information about the hand based on the plurality of images, the biometric information being used for biometric authentication, and the biometric information is biometric information concerning the palm; and outputting, when the variation is equal to or greater than the threshold according to the variation value, command information to the user, the command information commanding the user to redo the manipulations. acquiring, from a manipulation unit, contact positions of a particular finger of a particular hand and contact information about the particular finger including contact pressure and/or area of the particular finger in contact at each contact position; acquiring, from photographing unit, a plurality of images of a palm of the particular hand captured while the finger is in contact with a plurality of mutually different positions on the manipulation unit due to manipulations drawing a particular shape with the finger moving the hand so that images of mutually different portions on the palm are captured, the photographing unit photographs a part of the palm of the hand; creating a variation value indicating the contact pressure and/or area of the particular finger in contact that indicates a variation in contact information, according to a plurality of contact information corresponding to the plurality of contact positions; executing, when the variation is smaller than a threshold according to the variation value, a process for creating biometric information about the hand based on the plurality of images, the biometric information being used for biometric authentication, and the biometric information is biometric information concerning the palm; and outputting, when the variation is equal to or greater than the threshold according to the variation value, command information to the user, the command information commanding the user to redo the manipulations.
A tire (1, 2, 3, 4) comprising: a carcass ply which extends from one bead core to another bead core; and an inner liner which is provided to a tire inner cavity side of the carcass ply, wherein an electronic component is disposed between the carcass ply and the inner liner, characterized in that the electronic component is covered by a first rubber sheet (431, 441) disposed on a tire inner cavity side of the electronic component, and a second rubber sheet (432, 442) disposed on a tire outer surface side of the electronic component, and wherein the first rubber sheet is configured from thicker rubber sheet than the second rubber sheet. a carcass ply which extends from one bead core to another bead core; and an inner liner which is provided to a tire inner cavity side of the carcass ply, wherein an electronic component is disposed between the carcass ply and the inner liner, characterized in that the electronic component is covered by a first rubber sheet (431, 441) disposed on a tire inner cavity side of the electronic component, and a second rubber sheet (432, 442) disposed on a tire outer surface side of the electronic component, and wherein the first rubber sheet is configured from thicker rubber sheet than the second rubber sheet.
A method carried out by a voice command module (104, 400) for a home device network having one or more home devices, comprising steps of: receiving utterances from users and converting the utterances to commands from a vocabulary of predetermined commands, the vocabulary including a customization command to define a new wake-up utterance corresponding to a wake-up command; in response to receiving the customization command from the user: capturing a new wake-up utterance following the customization command from the user; evaluating a likelihood of confusion between the vocabulary of predetermined commands and the new wake-up utterance based on one or more evaluation criteria; and in response to determining that there is no likelihood of confusion, storing the a representation of the new wake-up utterance to be used as the wake-up utterance corresponding to the wake-up command; and in response to determining that there is likelihood of confusion, alerting the user and confirming with the user before setting up to use the wake-up utterance. receiving utterances from users and converting the utterances to commands from a vocabulary of predetermined commands, the vocabulary including a customization command to define a new wake-up utterance corresponding to a wake-up command; in response to receiving the customization command from the user: capturing a new wake-up utterance following the customization command from the user; evaluating a likelihood of confusion between the vocabulary of predetermined commands and the new wake-up utterance based on one or more evaluation criteria; and in response to determining that there is no likelihood of confusion, storing the a representation of the new wake-up utterance to be used as the wake-up utterance corresponding to the wake-up command; and in response to determining that there is likelihood of confusion, alerting the user and confirming with the user before setting up to use the wake-up utterance. capturing a new wake-up utterance following the customization command from the user; evaluating a likelihood of confusion between the vocabulary of predetermined commands and the new wake-up utterance based on one or more evaluation criteria; and in response to determining that there is no likelihood of confusion, storing the a representation of the new wake-up utterance to be used as the wake-up utterance corresponding to the wake-up command; and in response to determining that there is likelihood of confusion, alerting the user and confirming with the user before setting up to use the wake-up utterance.
A process for cooling polyethylene terephthalate pellets exiting a polycondensation solid stating reactor in a polyethylene terephthalate production process, comprising contacting pellets exiting a solid stating reactor with liquid water resulting in a flowing mixture of water and pellets such that the temperature of the pellets is lowered, followed by separating water from said pellets, and recovering cooled pellets containing less than 25 weight percent water.
An ice maker for a home appliance, in particular for a refrigerator or freezer, including: an upper assembly including an upper tray having at least one upper chamber as a portion of an ice chamber; a lower assembly including a lower support and a lower tray having at least one lower chamber as a remaining portion of the ice chamber, wherein the lower assembly is movable with respect to the upper assembly between an open position and a closed position, wherein in the closed position, the lower chamber and the upper chamber form the ice chamber in which ice is to be formed, and characterized in that the lower tray has a convex portion protruding into the lower chamber and configured to be deformed towards an outside of the lower chamber for compensating the volume increase during ice formation. an upper assembly including an upper tray having at least one upper chamber as a portion of an ice chamber; a lower assembly including a lower support and a lower tray having at least one lower chamber as a remaining portion of the ice chamber, wherein the lower assembly is movable with respect to the upper assembly between an open position and a closed position, wherein in the closed position, the lower chamber and the upper chamber form the ice chamber in which ice is to be formed, and characterized in that the lower tray has a convex portion protruding into the lower chamber and configured to be deformed towards an outside of the lower chamber for compensating the volume increase during ice formation.
A mobile terminal, comprising: a main body configured to be worn on a user's wrist; a display unit; a wireless communication unit configured to wirelessly communicate with a glasses-type terminal worn by the user, said glasses-type terminal including a camera configured to capture an image including operation data for operating an external apparatus and information of a type of the external apparatus; and a controller configured to: receive the operation data from the glasses-type terminal 500) and the information of the type of the external apparatus;, store the operation data in a memory associated with the mobile terminal, characterized in that the controller is further configured to: display, on the display unit, an image of the external apparatus corresponding to the operation data and time for which the external apparatus operates based on the received operation data; forming a control signal based on the stored operation data; and transmit the control signal to the external apparatus to control the external apparatus when the mobile terminal is held in close proximity to the external apparatus. a main body configured to be worn on a user's wrist; a display unit; a wireless communication unit configured to wirelessly communicate with a glasses-type terminal worn by the user, said glasses-type terminal including a camera configured to capture an image including operation data for operating an external apparatus and information of a type of the external apparatus; and a controller configured to: receive the operation data from the glasses-type terminal 500) and the information of the type of the external apparatus;, store the operation data in a memory associated with the mobile terminal, receive the operation data from the glasses-type terminal 500) and the information of the type of the external apparatus;, store the operation data in a memory associated with the mobile terminal, characterized in that the controller is further configured to: display, on the display unit, an image of the external apparatus corresponding to the operation data and time for which the external apparatus operates based on the received operation data; forming a control signal based on the stored operation data; and transmit the control signal to the external apparatus to control the external apparatus when the mobile terminal is held in close proximity to the external apparatus. display, on the display unit, an image of the external apparatus corresponding to the operation data and time for which the external apparatus operates based on the received operation data; forming a control signal based on the stored operation data; and transmit the control signal to the external apparatus to control the external apparatus when the mobile terminal is held in close proximity to the external apparatus.
A grounding circuit (100, 105, 900) of a submarine branching device, the grounding circuit (100, 105, 900) comprising: a contact of a first relay (110, 910) connected to a grounded device; a resistance being connected between the contact of the first relay (110, 910) and an earth (340, 345), and suppressing current that flows through the contact of the first relay (110, 910) when the contact of the first relay (110, 910) is closed; and a contact of a second relay being connected in parallel with the resistance, and closed before the contact of the first relay (110, 910) is opened when the grounded device is un-grounded. a contact of a first relay (110, 910) connected to a grounded device; a resistance being connected between the contact of the first relay (110, 910) and an earth (340, 345), and suppressing current that flows through the contact of the first relay (110, 910) when the contact of the first relay (110, 910) is closed; and a contact of a second relay being connected in parallel with the resistance, and closed before the contact of the first relay (110, 910) is opened when the grounded device is un-grounded.
Baler for forming round-cylindrical pressed bales, comprising a wrapping device for wrapping a pressed bale with a wrapping material, a guiding device for leading wrapping material to a pressing chamber of the baler, and a guiding means designed for guiding the wrapping material over a region from the wrapping device to the guiding device, wherein the guiding means is provided movably in such a way that it can adopt at least a first position, in which it substantially bridges the region between the wrapping device and the guiding device, and at least a second position, in which it at least partially frees the region, characterized in that means are provided via which the guiding means is connected pivotably to the guiding device.
A method for controlling a resonance DC/DC converter, wherein an input switch device of a resonance circuit of the converter is controlled by a driving pulse through a drive circuit, acquisition of a driving pulse comprising the following steps of: 1) acquiring a feedback (V f) signal of a load circuit of the converter; 2) determining whether or not a load operates at a light load or non-load state based on the feedback signal (V f); characterized in the step of 3) using a pulse signal of which both frequency and duty ratio are adjusted with the change of the feedback signal (V f) as the driving pulse of the drive circuit if the load operates at the light load or non-load state so as to have the resonance circuit operate in a combined mode of pulse width modulation control and pulse frequency modulation control (PWM+PFM); otherwise, using a pulse signal of which the duty ratio is stable and the frequency varies with the change of the feedback signal (V f) as the driving pulse of the drive circuit so as to have the resonance circuit operate in a pulse frequency modulation control mode, wherein, at the light load state, the frequency decreases with the increase of the duty ratio. 1) acquiring a feedback (V f) signal of a load circuit of the converter; 2) determining whether or not a load operates at a light load or non-load state based on the feedback signal (V f); characterized in the step of 3) using a pulse signal of which both frequency and duty ratio are adjusted with the change of the feedback signal (V f) as the driving pulse of the drive circuit if the load operates at the light load or non-load state so as to have the resonance circuit operate in a combined mode of pulse width modulation control and pulse frequency modulation control (PWM+PFM); otherwise, using a pulse signal of which the duty ratio is stable and the frequency varies with the change of the feedback signal (V f) as the driving pulse of the drive circuit so as to have the resonance circuit operate in a pulse frequency modulation control mode, wherein, at the light load state, the frequency decreases with the increase of the duty ratio.