mhurhangee/ep-ind-claims huggingface dataset:
An electronic timepiece with a built-in antenna comprising: an exterior case; a main plate disposed in the exterior case; a ring-shaped antenna body disposed in the exterior case; a reference surface that is formed on the main plate and positions the antenna body in a direction perpendicular to the main plate; an urging member that engages with the antenna body to urge the antenna body in a direction perpendicular to the reference surface; characterized in that an engaging portion that is formed on the antenna body and engages with the urging member, and wherein a predetermined gap is formed in a normal state between the antenna body and a structure disposed on an opposite side of the antenna body to the reference surface. an exterior case; a main plate disposed in the exterior case; a ring-shaped antenna body disposed in the exterior case; a reference surface that is formed on the main plate and positions the antenna body in a direction perpendicular to the main plate; an urging member that engages with the antenna body to urge the antenna body in a direction perpendicular to the reference surface; characterized in that an engaging portion that is formed on the antenna body and engages with the urging member, and wherein a predetermined gap is formed in a normal state between the antenna body and a structure disposed on an opposite side of the antenna body to the reference surface.
A pre-cut blank for forming a packing box comprising at least three perimeter panels (2, 3, 4, 5) positioned in parallel, delimited by fold lines (6, 7, 8, 9) provided with flaps for at least some of them and defining, once folded, a perimeter shell of which the open transverse ends can be closed by said flaps, one of the end perimeter panels being provided with an extension, characterized in that a cutout is provided straddling a fold line between two adjoining panels and in that an articulated tab in the form of a dihedral is provided in the extension by being connected to the extension by a pivot line and by a scored attachment zone, the tab, after folding the extension inside the perimeter shell, occupying a position closing the cutout and, after tearing of the attachment zone and pivoting of the tab, occupying a distribution position in which the tab extends through the cutout, forming a spout.
A human interface system comprising: a physical controller for receiving a first set of input instructions from a user; and a brain-computer interface in which at least one visual stimulus (402, 404, 408) is presented, the visual stimulus being generated by a stimulus generator and having a characteristic modulation, such that an object of focus of the user can be determined as a second set of input instructions; wherein the system is configured to combine the first set of input instructions with the second set of input instructions to generate a hybrid set of input instructions; and wherein the physical controller includes at least one of: a keyboard, a mouse device, a touchpad, a trackball, a joystick, a touch screen, a light pen, and a microphone. a physical controller for receiving a first set of input instructions from a user; and a brain-computer interface in which at least one visual stimulus (402, 404, 408) is presented, the visual stimulus being generated by a stimulus generator and having a characteristic modulation, such that an object of focus of the user can be determined as a second set of input instructions; wherein the system is configured to combine the first set of input instructions with the second set of input instructions to generate a hybrid set of input instructions; and wherein the physical controller includes at least one of: a keyboard, a mouse device, a touchpad, a trackball, a joystick, a touch screen, a light pen, and a microphone.
A frequency converter comprising: a first winding in which a plurality of windings on which a polyphase alternating voltage is applied are arranged approximately with equal pitch along a particular direction; a second winding which is magnetically coupled to the first winding and in which a plurality of windings are arranged along the particular direction with different pitch from the first winding; and a magnetic material row which is arranged on a magnetic path between the first and the second winding (12, 22) magnetically coupled to each other and in which a plurality of magnetic materials are arranged approximately with equal pitch along the particular direction, wherein a number of the plurality of magnetic materials in the particular direction and a number of repeated patterns of the plurality of windings of the first and the second winding (12, 22) are different from each other so that an alternating voltage having a frequency different from the frequency of the polyphase alternating voltage is induced in the second winding. a first winding in which a plurality of windings on which a polyphase alternating voltage is applied are arranged approximately with equal pitch along a particular direction; a second winding which is magnetically coupled to the first winding and in which a plurality of windings are arranged along the particular direction with different pitch from the first winding; and a magnetic material row which is arranged on a magnetic path between the first and the second winding (12, 22) magnetically coupled to each other and in which a plurality of magnetic materials are arranged approximately with equal pitch along the particular direction, wherein a number of the plurality of magnetic materials in the particular direction and a number of repeated patterns of the plurality of windings of the first and the second winding (12, 22) are different from each other so that an alternating voltage having a frequency different from the frequency of the polyphase alternating voltage is induced in the second winding.
A detection device for detecting photons emitted by a radiation source, wherein the detection device is configured to detect the photons during a first time period, the detection device comprising: - a sensor comprising an anode, a cathode and an intermediate direct conversion material for converting photons into electrons and holes, - a shaping element adapted to convert a charge pulse generated by a photon into an electrical pulse, and - a compensation unit coupled between an output of the shaping element and an input of the shaping element, wherein the compensation unit comprises a photoconductive gain providing unit, wherein said photoconductive gain providing unit is configured to provide a photoconductive gain for said sensor, characterized in that: the compensation unit further comprises a second-time-period current providing unit, wherein said second-time-period current providing unit is configured to provide a current from said sensor during at least a second time period, wherein said second time period is shorter than said first time period, wherein the compensation unit is adapted to provide a compensation signal to said shaping element, wherein said compensation signal is based on the measured total current from said sensor and on the photoconductive gain for said sensor. - a sensor comprising an anode, a cathode and an intermediate direct conversion material for converting photons into electrons and holes, - a shaping element adapted to convert a charge pulse generated by a photon into an electrical pulse, and - a compensation unit coupled between an output of the shaping element and an input of the shaping element, wherein the compensation unit comprises a photoconductive gain providing unit, wherein said photoconductive gain providing unit is configured to provide a photoconductive gain for said sensor,
A method of controlling a communications channel, comprising: - receiving a real time digital signal; - processing the real time digital signal to provide a control signal; and - controlling a base station for a headset in response to the control signal; characterized in that the processing comprises; in succeeding time slots determining whether predefined signal content is present in the real time digital signal, increasing or decreasing a first value when predefined signal content is present and, respectively, decreasing or increasing the first value when predefined signal content is not present, and changing the control signal when the first value reaches a first target value. - receiving a real time digital signal; - processing the real time digital signal to provide a control signal; and - controlling a base station for a headset in response to the control signal;
A brake caliper, including a brake caliper housing and a brake application unit disposed within the caliper housing, the application unit comprising a pivoting lever, first and second tappets for transmitting force from the pivoting lever to a brake pad, the tappets each being formed in two threaded tappet sections (34, 32) and being adjustable in length by means of rotating one tappet section (34, 32) relative to the other tappet section (34, 32), and a gear train including first and second respective tappet gears for synchronising rotational movement of the first and second tappets, an intermediate coupling gear disposed substantially centrally between the first and second tappet gears as part of the gear train, characterised in that the coupling gear including means for removably receiving an output shaft of a substantially centrally disposed adjuster and for transmitting rotation from the adjuster to the first and second tappet gears, and the brake caliper housing being provided with an aperture in a rear wall, for allowing removal and replacement of the adjuster. the application unit comprising a pivoting lever, first and second tappets for transmitting force from the pivoting lever to a brake pad, the tappets each being formed in two threaded tappet sections (34, 32) and being adjustable in length by means of rotating one tappet section (34, 32) relative to the other tappet section (34, 32), and a gear train including first and second respective tappet gears for synchronising rotational movement of the first and second tappets, an intermediate coupling gear disposed substantially centrally between the first and second tappet gears as part of the gear train, characterised in that the coupling gear including means for removably receiving an output shaft of a substantially centrally disposed adjuster and for transmitting rotation from the adjuster to the first and second tappet gears, and the brake caliper housing being provided with an aperture in a rear wall, for allowing removal and replacement of the adjuster.
A liquid transfer system operable to transfer liquid from at least one container to at least one destination, the liquid transfer system comprising: a) at least one container; b) a vacuum source; c) a pressure source; d) at least one liquid input line leading to the at least one container; e) a first chamber adapted to retain liquid, the first chamber including i) a first liquid inlet port connected to the liquid input line, ii) a pressure port operable to subject the first chamber to a vacuum or a pressure, and iii) a first liquid outlet port; and f) a second chamber adapted to retain liquid, the second chamber including i) a second liquid inlet port connected to the first liquid outlet port; ii) a second liquid outlet port port connected to the at least one destination; and iii) a vent; characterised in that the vacuum source is operable to draw gas out of the liquid in the first chamber. a) at least one container; b) a vacuum source; c) a pressure source; d) at least one liquid input line leading to the at least one container; e) a first chamber adapted to retain liquid, the first chamber including i) a first liquid inlet port connected to the liquid input line, ii) a pressure port operable to subject the first chamber to a vacuum or a pressure, and iii) a first liquid outlet port; and i) a first liquid inlet port connected to the liquid input line, ii) a pressure port operable to subject the first chamber to a vacuum or a pressure, and iii) a first liquid outlet port; and f) a second chamber adapted to retain liquid, the second chamber including i) a second liquid inlet port connected to the first liquid outlet port; ii) a second liquid outlet port port connected to the at least one destination; and iii) a vent; i) a second liquid inlet port connected to the first liquid outlet port; ii) a second liquid outlet port port connected to the at least one destination; and iii) a vent;
A method for decreasing the reaction time between an alkanolamine and a fatty acid to produce esteramines, the method comprising: providing an alkanolamine; providing a fatty acid; reacting the alkanolamine and the fatty acid in the presence of a divalent zinc catalyst to form at least one esteramine; wherein the zinc catalyst is zinc oxide, zinc carbonate, zinc diphosphinate, zinc triflate or zinc stearate. providing an alkanolamine; providing a fatty acid; reacting the alkanolamine and the fatty acid in the presence of a divalent zinc catalyst to form at least one esteramine; wherein the zinc catalyst is zinc oxide, zinc carbonate, zinc diphosphinate, zinc triflate or zinc stearate.
A braking system resetting mechanism for a hoisted structure comprising: a guide rail configured to guide movement of the hoisted structure; a brake member operatively coupled to the hoisted structure and having a brake surface configured to frictionally engage the guide rail, the brake member moveable between a braking position and a non-braking position; and a brake member actuation mechanism (12; 100) operatively coupled to the brake member and configured to magnetically engage the guide rail to actuate the brake member from the non-braking position to the braking position; characterised by: an outer structure having a slot configured to guide the brake member actuation mechanism wherein the slot includes a first angled region and a second angled region that intersect at an outer location; and a spring loaded lever operatively coupled to the outer structure and configured to engage the brake member actuation mechanism during a resetting operation, wherein the spring loaded lever biases the brake member actuation mechanism toward the outer location of the slot of the outer structure to disengage the brake member actuation mechanism from the guide rail. a guide rail configured to guide movement of the hoisted structure; a brake member operatively coupled to the hoisted structure and having a brake surface configured to frictionally engage the guide rail, the brake member moveable between a braking position and a non-braking position; and a brake member actuation mechanism (12; 100) operatively coupled to the brake member and configured to magnetically engage the guide rail to actuate the brake member from the non-braking position to the braking position; characterised by: an outer structure having a slot configured to guide the brake member actuation mechanism wherein the slot includes a first angled region and a second angled region that intersect at an outer location; and a spring loaded lever operatively coupled to the outer structure and configured to engage the brake member actuation mechanism during a resetting operation, wherein the spring loaded lever biases the brake member actuation mechanism toward the outer location of the slot of the outer structure to disengage the brake member actuation mechanism from the guide rail. an outer structure having a slot configured to guide the brake member actuation mechanism wherein the slot includes a first angled region and a second angled region that intersect at an outer location; and a spring loaded lever operatively coupled to the outer structure and configured to engage the brake member actuation mechanism during a resetting operation, wherein the spring loaded lever biases the brake member actuation mechanism toward the outer location of the slot of the outer structure to disengage the brake member actuation mechanism from the guide rail.
A folding bed device 100 having a bed frame 110 that is rendered transportable from a first level to a second level and vice versa by means of adjustment means, wherein the adjustment means are provided with a supporting platform 120, characterized in that on the supporting platform 120 there is mounted a guide carriage 140 mounted for movement along linear guide means 130 and also a lifting device 125 exhibiting a linearly displaceable controller 150, wherein the free end of the controller 150 is connected to at least one roller block 160 mounted on the guide carriage 140.
A system comprising: an implantable cardiac device comprising: at least one lead (305, 307) comprising one or more electrodes for applying cardiac contractility modulation stimulation to the heart; and circuitry for controlling and activating said leads, said circuitry programmed to set at least one of timing and an intensity of the cardiac contractility modulation stimulation current according to a detected respiratory rate, the respiratory rate being a parameter indicative of respiration; wherein the timing includes one or more time intervals of a respiratory cycle during which applying of cardiac contractility modulation stimulation causes least pain or sensation to the patient. at least one lead (305, 307) comprising one or more electrodes for applying cardiac contractility modulation stimulation to the heart; and circuitry for controlling and activating said leads, said circuitry programmed to set at least one of timing and an intensity of the cardiac contractility modulation stimulation current according to a detected respiratory rate, the respiratory rate being a parameter indicative of respiration; wherein the timing includes one or more time intervals of a respiratory cycle during which applying of cardiac contractility modulation stimulation causes least pain or sensation to the patient.
A colour-image sensor, comprising a matrix of N active photosensitive pixels, each pixel having a photodiode in order to deliver an electrical signal as a function of the electrical charges generated in the photodiode by light, the matrix being covered with a mosaic of colour filters (GF, GR) placed in correspondence with the matrix of pixels to form pixels that are referred to as coloured pixels (R, G, B) coated with a colour filter, the filters being of K different types corresponding to a number K of different colours at least equal to two and the pixels of each colour being distributed in the matrix, the matrix further comprising P pixels, with P<N, that are referred to as white pixels, distributed in the matrix, the photodiodes of the coloured pixels being constructed differently from the photodiodes of the white pixels, the photodiodes of the coloured pixels having, for infrared wavelengths, a coefficient of conversion of photons into electrical charges significantly lower than the conversion coefficient of the photodiodes of the white pixels for the same wavelengths, characterized in that the photodiode is a silicon photodiode and in that the white pixels are not covered with a colour filter.
A porous, carbon-containing preform to be used in a carbon-ceramic brake disc, comprising: a body of unidirectional carbon fiber fabrics; and a friction layer of randomly-arranged-carbon-fiber fabrics, combined with the body by a needle-punching operation, characterized in that a density of the body is in the range of 0.1 - 1.0 g/cm 3, and in that a density of the friction layer is in the range of 0.01 - 0.5 g/cm 3. a body of unidirectional carbon fiber fabrics; and a friction layer of randomly-arranged-carbon-fiber fabrics, combined with the body by a needle-punching operation, characterized in that a density of the body is in the range of 0.1 - 1.0 g/cm 3, and in that a density of the friction layer is in the range of 0.01 - 0.5 g/cm 3.
A cutting tool, comprising: a. a substrate, wherein the substrate comprises a material selected from the set consisting of carbides, nitrides, carbonitrides, polycrystalline cubic boron nitride (PCBN), PCBN tip-brazed material, cermets, and steels; and b. a coating on the substrate, wherein the coating comprises a material selected from the set consisting of carbides, nitrides, oxides, and carbon, wherein the material is one of continuous and discontinuous, further wherein the coating is infiltrated with a material selected from the set consisting of titanium nitride, hafnium nitride, zirconia nitride, titanium carbide, hafnium carbide, titanium carbonitride, and hafnium carbonitride, further wherein the coating comprises at least one cutting edge, wherein the at least one cutting edge comprises an aperiodic plurality of serrations, the aperiodic plurality of serrations comprising a plurality of protrusions and a plurality of valleys, wherein at least a subset of the aperiodic plurality of serrations are aperiodic in at least a first linear dimension which is in the range of 1 to 3 microns, wherein the subset of the plurality of serrations are aperiodic in at least one aperiodic scale, and further wherein the serrations appear along the cutting edges and other surfaces of the coated substrate in a statistically random distribution. a. a substrate, wherein the substrate comprises a material selected from the set consisting of carbides, nitrides, carbonitrides, polycrystalline cubic boron nitride (PCBN), PCBN tip-brazed material, cermets, and steels; and b. a coating on the substrate, wherein the coating comprises a material selected from the set consisting of carbides, nitrides, oxides, and carbon, wherein the material is one of continuous and discontinuous, further wherein the coating is infiltrated with a material selected from the set consisting of titanium nitride, hafnium nitride, zirconia nitride, titanium carbide, hafnium carbide, titanium carbonitride, and hafnium carbonitride, further wherein the coating comprises at least one cutting edge, wherein the at least one cutting edge comprises an aperiodic plurality of serrations, the aperiodic plurality of serrations comprising a plurality of protrusions and a plurality of valleys, wherein at least a subset of the aperiodic plurality of serrations are aperiodic in at least a first linear dimension which is in the range of 1 to 3 microns, wherein the subset of the plurality of serrations are aperiodic in at least one aperiodic scale, and further wherein the serrations appear along the cutting edges and other surfaces of the coated substrate in a statistically random distribution.
A compound of Formula I: or a pharmaceutically acceptable salt thereof, wherein: each Y 1 is the same and is hydrogen or deuterium; each Y 2 is the same and is hydrogen or deuterium; Y 3 is hydrogen or deuterium; Y 4 is hydrogen or deuterium; each Y 5 is the same and is hydrogen or deuterium; each Y 6 is the same and is hydrogen or deuterium; each Y 7 is the same and is hydrogen or deuterium; and R 1 is -(CD 2) 6 -CD 3, wherein when a position is designated specifically as "D" or "deuterium", the position has at least 45% incorporation of deuterium. wherein: each Y 1 is the same and is hydrogen or deuterium; each Y 2 is the same and is hydrogen or deuterium; Y 3 is hydrogen or deuterium; Y 4 is hydrogen or deuterium; each Y 5 is the same and is hydrogen or deuterium; each Y 6 is the same and is hydrogen or deuterium; each Y 7 is the same and is hydrogen or deuterium; and R 1 is -(CD 2) 6 -CD 3,