mhurhangee/ep-ind-claims huggingface dataset:
A mechanical wristwatch comprising a case having a middle, a back cover and a bezel, a vibration-generating device for generating vibrations which are intended to produce at least one sound, which is accommodated in said case, a vibration-amplifying device for amplifying the vibrations generated by said vibration-generating device, and a membrane arranged to receive said amplified vibrations and generate a sound from the inside to the outside of the wristwatch, wherein the vibration-generating device is a rotary element having a reading surface comprising at least one groove formed of a coil, in the case of a plurality of grooves the coils being concentric, or at least one groove formed of several helical coils, one or said at least one groove extending over the reading surface of the rotary element and arranged to generate sounds, the wristwatch comprising means for rotationally driving the rotary element, means for actuating said means for rotationally driving the rotary element, and a transmission member arranged to cooperate with the rotary element to transmit, to the vibration-amplifying device, the vibrations generated by the groove during rotational movement of said rotary element, the transmission member and the rotary element being arranged to be mobile with respect to each other such that the transmission member moves over at least part of the reading surface of the rotary element when said rotary element performs more than one rotation, the vibration-amplifying device comprising a lever pivotally mounted on a support in a pivoting plane non-parallel to the plane of the membrane and arranged to be actuated by the transmission member to transmit the vibrations to said lever, said lever likewise being integral with the membrane at least translationally in the pivoting plane such that a movement of the transmission member, generated by the vibration of said transmission member linked to the rotary element and transmitted to the membrane by way of the lever actuated by said transmission member, generates an amplified movement of said membrane by a mechanical lever arm effect, so as to generate an amplified sound.
A polarizer assembly, comprising: a first component including a first channel portion and first flanges having first flange faces on opposite sides of the first channel portion; and a second component including a second channel portion and second flanges having second flange faces on opposite sides of the second channel portion; wherein the first and second channel portions form a channel that functions to polarize waveforms when the first and second components are in a fastened state; wherein the first and second components are configured to flex between a pre-fastened state and the fastened state, wherein in the pre-fastened state the first flange face of at least one of the first flanges contacts an opposite facing second flange face of at least one of the second flanges at contact regions along respective edges of the first and second channel portions to form a nonuniform thickness gap between the first and second flange faces outwardly from the contact regions toward outer edges of the first and second components, and wherein in the fastened state the first flange face is engaged flush with the second flange face to close the nonuniform thickness gap. a first component including a first channel portion and first flanges having first flange faces on opposite sides of the first channel portion; and a second component including a second channel portion and second flanges having second flange faces on opposite sides of the second channel portion; wherein the first and second channel portions form a channel that functions to polarize waveforms when the first and second components are in a fastened state; wherein the first and second components are configured to flex between a pre-fastened state and the fastened state, wherein in the pre-fastened state the first flange face of at least one of the first flanges contacts an opposite facing second flange face of at least one of the second flanges at contact regions along respective edges of the first and second channel portions to form a nonuniform thickness gap between the first and second flange faces outwardly from the contact regions toward outer edges of the first and second components, and wherein in the fastened state the first flange face is engaged flush with the second flange face to close the nonuniform thickness gap.
A light emitting device comprising: a mount base including a first plane portion and a second plane portion that inclines with respect to the first plane portion, the first plane portion being provided to be parallel to an emission direction of the light emitting device; a light source portion mounted on the second plane portion and including at least one light emitting element; and a reflector including a first reflective surface and a second reflective surface, light emitted from the light source portion being reflected on the first reflective surface to be emitted from the light emitting device in the emission direction, and the light emitted from the light source portion being reflected on the second reflective surface toward the first reflective surface, characterized in that the first reflective surface viewed in a direction parallel to a plane perpendicular to the emission direction of the light emitting device has a first end and a second end disposed at a position farther from the first end as compared with a position where a plane extending from the second plane portion and the first reflective surface cross each other. a mount base including a first plane portion and a second plane portion that inclines with respect to the first plane portion, the first plane portion being provided to be parallel to an emission direction of the light emitting device; a light source portion mounted on the second plane portion and including at least one light emitting element; and a reflector including a first reflective surface and a second reflective surface, light emitted from the light source portion being reflected on the first reflective surface to be emitted from the light emitting device in the emission direction, and the light emitted from the light source portion being reflected on the second reflective surface toward the first reflective surface, characterized in that the first reflective surface viewed in a direction parallel to a plane perpendicular to the emission direction of the light emitting device has a first end and a second end disposed at a position farther from the first end as compared with a position where a plane extending from the second plane portion and the first reflective surface cross each other.
A process for manufacturing pyrocarbon, comprising a step of forming pyrocarbon by a calefaction process from at least one alcohol precursor, the precursor being ethanol and rough laminar pyrocarbon being obtained by imposing a temperature of between 1250°C and 1325°C during calefaction.
An unauthorized access detecting system, comprising: a management device including a generating unit operable to generate authentication information; an analyzing host including an operating unit operable to set the authentication information generated by the generating unit on the analyzing host and to cause a program to be analyzed to operate on the analyzing host; a service providing server including a detecting unit operable to detect unauthorized access to a content by an outside attacker host using the authentication information; and an identifying unit operable to obtain a program corresponding to the authentication information by referring to a table stored in an analysis authentication information storage unit, the table prescribing correspondence between the authentication information and the obtained program, and to identify the obtained program as the program that operates on the analyzing host set with the authentication information as a program that leaks out the authentication information to the outside attacker host without consent of a user, if unauthorized access using the authentication information has been detected by the detecting unit. a management device including a generating unit operable to generate authentication information; an analyzing host including an operating unit operable to set the authentication information generated by the generating unit on the analyzing host and to cause a program to be analyzed to operate on the analyzing host; a service providing server including a detecting unit operable to detect unauthorized access to a content by an outside attacker host using the authentication information; and an identifying unit operable to obtain a program corresponding to the authentication information by referring to a table stored in an analysis authentication information storage unit, the table prescribing correspondence between the authentication information and the obtained program, and to identify the obtained program as the program that operates on the analyzing host set with the authentication information as a program that leaks out the authentication information to the outside attacker host without consent of a user, if unauthorized access using the authentication information has been detected by the detecting unit.
Material for the production of radiation dosimeters for electron paramagnetic resonance spectroscopy, said material including a dosimetric material associated with a binder, characterized in that the binder is polycaprolactone.
A light grid (37, 37', 37") comprising at least one light transmitter or light receiver and at least one optical system which comprises at least one beam deflection unit, at least one diaphragm element and at least one holder for fixing the beam deflection element and the diaphragm element in a predefined arrangement relative to one another, characterized in that the optical system is manufactured using a method in which (i) the beam deflection element and a screening element are provided, wherein a lens array, a combination of a lens array and a lens or a combination of a lens array and a mirror optics is provided as the beam deflection element; (ii) the beam deflection element and the screening element are fixed by means of the holder such that the actual arrangement of the screening element relative to the beam deflection element corresponds to the predefined arrangement of the diaphragm element relative to the beam deflection element; and (iii) the screening element is processed by means of processing light beams to form the diaphragm element, wherein (iv) the beam deflection element is irradiated by the processing light beams such that, after a deflection by the beam deflection element, the processing light beams are incident on a functional zone of the screening element and change its optical properties by energy emission. (i) the beam deflection element and a screening element are provided, wherein a lens array, a combination of a lens array and a lens or a combination of a lens array and a mirror optics is provided as the beam deflection element; (ii) the beam deflection element and the screening element are fixed by means of the holder such that the actual arrangement of the screening element relative to the beam deflection element corresponds to the predefined arrangement of the diaphragm element relative to the beam deflection element; and (iii) the screening element is processed by means of processing light beams to form the diaphragm element, wherein (iv) the beam deflection element is irradiated by the processing light beams such that, after a deflection by the beam deflection element, the processing light beams are incident on a functional zone of the screening element and change its optical properties by energy emission.
Handle for a hand-held power tool, comprising a grip portion which can be gripped by a user, a securing portion by means of which the handle can be secured to the hand-held power tool, and a vibration-decoupling device which is designed to decouple vibrations acting on the securing portion from the grip portion, the vibration-decoupling device having a spring element with an adjustable spring stiffness, the vibration-decoupling device having an adjustment element (20, 21) for adjusting the spring stiffness of the spring element, the spring element having an accommodating region (26, 27) extending in a longitudinal direction of the spring element, in which region the adjustment element (20, 21) is at least partly accommodated, characterized in that a plurality of accommodating regions (26, 27) and a plurality of adjustment elements (20, 21) which are distributed around a circumference of the spring element so as to be mutually uniformly spaced.
A semi-frozen product dispensing apparatus having at least one freezing barrel defining a freezing chamber having an inlet at one end for receiving a supply of product and an outlet, a product dispensing valve operatively associated with the outlet of the at least one freezing barrel for dispensing semi-frozen product, and a refrigeration system for circulating chilled refrigerant in heat exchange relationship with the product within the freezing chamber; said freezing barrel having an inner cylinder bounding the freezing chamber and extending longitudinally along a central axis; and an evaporator disposed about at least a portion of an outer surface of said inner cylinder, characterized in that said evaporator comprises a plurality of longitudinally extending channels disposed about the outer circumference of said inner cylinder in parallel relationship to the axis of the cylinder, each channel defining a cross-sectional flow passage having a hydraulic diameter in the range of about 0.50 millimetre to 2.54 millimetres (about 0.02 inch to 0.10 inch).
A method for determining the position of an underwater device, comprising: providing a plurality of station keeping devices on or below the surface of the water, each station keeping device being located in a known position; providing a device to locate below the surface of the water; providing each of the station keeping devices and device to locate with a synchronized time base; providing an acoustic pulse time schedule to each of the station keeping devices and the device to locate; sending an acoustic pulse at a time according to the acoustic pulse schedule from each one of the station keeping devices, the pulse being received by the device to locate; calculating a distance between the device to locate and each station keeping device based upon the scheduled time that the acoustic pulse is sent and the time that the pulse is received; and calculating a position of the device to locate based upon the distances between the device to locate and the station keeping devices. providing a plurality of station keeping devices on or below the surface of the water, each station keeping device being located in a known position; providing a device to locate below the surface of the water; providing each of the station keeping devices and device to locate with a synchronized time base; providing an acoustic pulse time schedule to each of the station keeping devices and the device to locate; sending an acoustic pulse at a time according to the acoustic pulse schedule from each one of the station keeping devices, the pulse being received by the device to locate; calculating a distance between the device to locate and each station keeping device based upon the scheduled time that the acoustic pulse is sent and the time that the pulse is received; and calculating a position of the device to locate based upon the distances between the device to locate and the station keeping devices.
Shoe comprising a shaft, wherein at least 30% of the shaft is made of a composite, wherein the composite at least comprises: A) a ventilation layer, which serves as an outer layer, wherein the ventilation layer A) is a knitted spacer fabric and is laminated to B) a water-proof, water vapor-permeable membrane, which in turn is laminated on the side facing away from the ventilation layer A) to C) a knitted fabric. A) a ventilation layer, which serves as an outer layer, wherein the ventilation layer A) is a knitted spacer fabric and is laminated to B) a water-proof, water vapor-permeable membrane, which in turn is laminated on the side facing away from the ventilation layer A) to C) a knitted fabric.
Method in a base station for providing feedback to user equipments (120, 122) in a cell concerning the reception status of data received from the user equipments (120, 122), the base station and the user equipments (120, 122) are comprised in a wireless communication system adapted for contention based transmissions, the base station is adapted to serve user equipments (120, 122) within the cell, the method comprising the steps of: sending a contention based grant for uplink resources that have not been allocated to any dedicated user equipment (120, 122), to a plurality of uplink time aligned user equipments (120, 122) within the cell that have data to send, forming a contention based group, receiving data from at least one user equipment (120, 122) from the contention based group, transmitted according to the contention based grant, verifying if the data is correctly received, sending feedback to the plurality of user equipments (120, 122), wherein the feedback comprises an acknowledgement feedback "ACK", if it is verified that data has been correctly received from at least one user equipment (120, 122) and the feedback comprises a non-acknowledgement feedback "NACK" if it is verified that data has not been correctly received from any user equipment (120, 122), and if a NACK is sent, receiving a radio link control retransmission from at least one user equipment (120, 122), the method characterised wherein a random delay has been added by the user equipment (120, 122) before the radio link control retransmission of data is performed. sending a contention based grant for uplink resources that have not been allocated to any dedicated user equipment (120, 122), to a plurality of uplink time aligned user equipments (120, 122) within the cell that have data to send, forming a contention based group, receiving data from at least one user equipment (120, 122) from the contention based group, transmitted according to the contention based grant, verifying if the data is correctly received, sending feedback to the plurality of user equipments (120, 122), wherein the feedback comprises an acknowledgement feedback "ACK", if it is verified that data has been correctly received from at least one user equipment (120, 122) and the feedback comprises a non-acknowledgement feedback "NACK" if it is verified that data has not been correctly received from any user equipment (120, 122), and if a NACK is sent, receiving a radio link control retransmission from at least one user equipment (120, 122), the method characterised wherein a random delay has been added by the user equipment (120, 122) before the radio link control retransmission of data is performed.
A preservative or anti-microbial system comprising at least two esters of salicylic acid and glycerin according to the following formulae: or or salts thereof.
An aircraft control system comprising: pilot and co-pilot flight control systems ( P, A), each including a first shaft (100,200) mechanically coupled to and displaced apart from a second shaft (102, 202), the shafts defining and being rotatable about independent longitudinal axes, wherein a connecting link (104, 204) enables rotation of one of the first shafts (100, 200) to rotate a corresponding one of the second shafts (102, 202); characterised in that the aircraft control system further comprises: a plurality of position transducers (108, 110, 208, 210), wherein a respective one of said plurality of position transducers (108, 110, 208, 210) is mechanically coupled to each of said shafts and configured to communicate an electrical signal corresponding to the rotation of the respective shaft; and a flight control unit in communication with the plurality of position transducers (108, 110, 208, 210) and configured to: (a) receive the electrical signal from each of the position transducers, (b) detect a failure of the pilot or co-pilot flight control system by detecting differences in the electrical signals from the plurality of position transducers (108, 110, 208, 210), and (c) communicate the electrical signal from at least one of the plurality of position transducers to a flight control surface actuation system to compensate for the detected failure. pilot and co-pilot flight control systems ( P, A), each including a first shaft (100,200) mechanically coupled to and displaced apart from a second shaft (102, 202), the shafts defining and being rotatable about independent longitudinal axes, wherein a connecting link (104, 204) enables rotation of one of the first shafts (100, 200) to rotate a corresponding one of the second shafts (102, 202); characterised in that the aircraft control system further comprises: a plurality of position transducers (108, 110, 208, 210), wherein a respective one of said plurality of position transducers (108, 110, 208, 210) is mechanically coupled to each of said shafts and configured to communicate an electrical signal corresponding to the rotation of the respective shaft; and a flight control unit in communication with the plurality of position transducers (108, 110, 208, 210) and configured to: (a) receive the electrical signal from each of the position transducers, (b) detect a failure of the pilot or co-pilot flight control system by detecting differences in the electrical signals from the plurality of position transducers (108, 110, 208, 210), and (c) communicate the electrical signal from at least one of the plurality of position transducers to a flight control surface actuation system to compensate for the detected failure. (a) receive the electrical signal from each of the position transducers, (b) detect a failure of the pilot or co-pilot flight control system by detecting differences in the electrical signals from the plurality of position transducers (108, 110, 208, 210), and (c) communicate the electrical signal from at least one of the plurality of position transducers to a flight control surface actuation system to compensate for the detected failure.