mhurhangee/ep-ind-claims huggingface dataset:
A latch-lock assembly including a latch, a lock and at least one connecting member (4; 4'), said connecting member including: - a cam (8; 10) configured to pivot about an axis (6; 7) secured to a rotor of the latch or of an element of the lock and able to be connected to a transmission element connecting the latch and the lock, and - a stroke adapter mechanism (11; 21) interposed between said axis (6; 7) and said cam (8; 10), said stroke adapter mechanism (11; 21) being configured to increase or decrease the angular displacement of the axis (6; 7) relative to the angular displacement of the cam (8; 10); characterized in that said stroke adapter mechanism (11; 21) includes a gear train capable of meshing on the one hand with said axis (6; 7) and on the other hand with said cam (8; 10), and in that said gear train includes: - a ring secured to the axis (6; 7), said ring having an inner peripheral toothing, - a planet pinion meshing with the inner peripheral toothing of the ring, and - a toothed wheel coaxial with the axis (6; 7) and secured to the cam (8; 10), said toothed wheel meshing with the planet pinion. - a cam (8; 10) configured to pivot about an axis (6; 7) secured to a rotor of the latch or of an element of the lock and able to be connected to a transmission element connecting the latch and the lock, and - a stroke adapter mechanism (11; 21) interposed between said axis (6; 7) and said cam (8; 10), said stroke adapter mechanism (11; 21) being configured to increase or decrease the angular displacement of the axis (6; 7) relative to the angular displacement of the cam (8; 10); - a ring secured to the axis (6; 7), said ring having an inner peripheral toothing, - a planet pinion meshing with the inner peripheral toothing of the ring, and - a toothed wheel coaxial with the axis (6; 7) and secured to the cam (8; 10), said toothed wheel meshing with the planet pinion.
An information delivery system comprising: an event detection means configured to detect occurrence of a plurality of events and specify delivery area information of event information according to the events and to specify emergency delivery necessity information, the emergency delivery necessity information being information for determining whether to receive information delivered in an emergency situation in a mobile communication terminal, the emergency delivery necessity information comprising a flag indicating whether it is for a Machine-Type Communication, MTC, device; and a delivery means configured to deliver the event information and the emergency delivery necessity information to a delivery destination node corresponding to the delivery area information specified by the event detection means. an event detection means configured to detect occurrence of a plurality of events and specify delivery area information of event information according to the events and to specify emergency delivery necessity information, the emergency delivery necessity information being information for determining whether to receive information delivered in an emergency situation in a mobile communication terminal, the emergency delivery necessity information comprising a flag indicating whether it is for a Machine-Type Communication, MTC, device; and a delivery means configured to deliver the event information and the emergency delivery necessity information to a delivery destination node corresponding to the delivery area information specified by the event detection means.
A carbon black, characterized in that the CTAB surface area is from 100 to 160 m 2 /g, the quartile ratio is greater than 1.60, and the FP index is > 0, wherein the quartile ratio and the FP index are determined in accordance with the instructions given on page 4, line 3, to page 7, line 22.
An optical wireless communication, OWC, luminaire driver apparatus for use with one or more light emitting diodes or other light sources, comprising: driving circuitry configured to provide a drive current to the one or more light emitting diodes or other light sources, wherein the driving circuitry is configured to modulate the drive current based on a drive signal such that the one or more light emitting diodes or other light sources produces an optical wireless communication signal representing data; and voltage control circuitry configured to regulate a supply voltage to one or more light emitting diodes or other light sources and comprising monitoring means configured to monitor a parameter of the driving circuitry wherein the parameter is representative of the operation of the light emitting diode(s) or other light source and the voltage control circuitry is further configured to automatically adjust the supply voltage to the one or more light emitting diodes or other light sources based on the monitored parameter, wherein the voltage control circuitry is operable to adapt to a plurality of different types of light emitting diode or other light sources, and wherein the drive signal is modulated and contains a DC component and an AC component, wherein the DC component sets an operating point of the light emitting diode(s) or other light source, and the AC component corresponds to the modulation of the drive current provided to the light emitting diodes or other light source. driving circuitry configured to provide a drive current to the one or more light emitting diodes or other light sources, wherein the driving circuitry is configured to modulate the drive current based on a drive signal such that the one or more light emitting diodes or other light sources produces an optical wireless communication signal representing data; and voltage control circuitry configured to regulate a supply voltage to one or more light emitting diodes or other light sources and comprising monitoring means configured to monitor a parameter of the driving circuitry wherein the parameter is representative of the operation of the light emitting diode(s) or other light source and the voltage control circuitry is further configured to automatically adjust the supply voltage to the one or more light emitting diodes or other light sources based on the monitored parameter, wherein the voltage control circuitry is operable to adapt to a plurality of different types of light emitting diode or other light sources, and wherein the drive signal is modulated and contains a DC component and an AC component, wherein the DC component sets an operating point of the light emitting diode(s) or other light source, and the AC component corresponds to the modulation of the drive current provided to the light emitting diodes or other light source.
A system for improving the precise and accurate temperature control of a water heating consumer appliance comprising: a reservoir for holding a liquid; at least one heating element located to heat said liquid; at least one temperature sensor that generates a signal representative of a sensed temperature located to sense the temperature of said liquid; at least one control component; said at least one control component connected to said at least one temperature sensor to receive said signal; means to indicate to said at least one control component that said signal represents a reference signal; and said at least one control component being capable of comparing future signals from said at least one temperature sensor with said reference signal, characterized in that the control component is adapted to, after a calibration cycle, cause water to be transferred from the reservoir, through a basket for holding coffee grounds, and into a vessel for holding brewed coffee. a reservoir for holding a liquid; at least one heating element located to heat said liquid; at least one temperature sensor that generates a signal representative of a sensed temperature located to sense the temperature of said liquid; at least one control component; said at least one control component connected to said at least one temperature sensor to receive said signal; means to indicate to said at least one control component that said signal represents a reference signal; and said at least one control component being capable of comparing future signals from said at least one temperature sensor with said reference signal, characterized in that the control component is adapted to, after a calibration cycle, cause water to be transferred from the reservoir, through a basket for holding coffee grounds, and into a vessel for holding brewed coffee.
A programmable digital filter comprising: a first finite impulse response filter section for receiving an input signal, said first finite impulse response filter section having a first transfer function wherein said first finite impulse response filter section includes a first jammer filter, a second jammer filter, and a third jammer filter for removing telecommunications jammer signals in said input signal; an infinite impulse response filter section connected to said first finite impulse response filter section, said first finite impulse response filter section having a second transfer function; and a second finite impulse response filter section connected to said infinite impulse response filter section for outputting a filtered output signal in response the receipt of said input signal by said programmable digital filter, said second finite impulse response filter section having a third transfer function; and means for providing a programmable coefficient in said first, second, or third transfer function, wherein said first, second and third transfer functions have an associated first, second and third programmable coefficient, respectively. a first finite impulse response filter section for receiving an input signal, said first finite impulse response filter section having a first transfer function wherein said first finite impulse response filter section includes a first jammer filter, a second jammer filter, and a third jammer filter for removing telecommunications jammer signals in said input signal; an infinite impulse response filter section connected to said first finite impulse response filter section, said first finite impulse response filter section having a second transfer function; and a second finite impulse response filter section connected to said infinite impulse response filter section for outputting a filtered output signal in response the receipt of said input signal by said programmable digital filter, said second finite impulse response filter section having a third transfer function; and means for providing a programmable coefficient in said first, second, or third transfer function, wherein said first, second and third transfer functions have an associated first, second and third programmable coefficient, respectively.
An agricultural baler, comprising: - a bale chamber; - a plunger reciprocally movable within the main bale chamber during a compression stroke and a return stroke; - a flywheel associated with the plunger; and - a driveline associated with the flywheel and couplable with a power take-off of a traction unit; characterized in that the agricultural baler further comprises: - an auxiliary power system coupled with the driveline and configured for receiving power from the driveline and storing the power; - a PTO indicator providing an output signal indicative of an engagement of the PTO; and - an electrical processing circuit coupled with the APS and the PTO indicator, said electrical processing circuit controlling operation of the APS, dependent on the output signal from the PTO indicator. - a bale chamber; - a plunger reciprocally movable within the main bale chamber during a compression stroke and a return stroke; - a flywheel associated with the plunger; and - a driveline associated with the flywheel and couplable with a power take-off of a traction unit; characterized in that the agricultural baler further comprises: - an auxiliary power system coupled with the driveline and configured for receiving power from the driveline and storing the power; - a PTO indicator providing an output signal indicative of an engagement of the PTO; and - an electrical processing circuit coupled with the APS and the PTO indicator, said electrical processing circuit controlling operation of the APS, dependent on the output signal from the PTO indicator.
A method of manufacturing a contact lens, said method comprising the steps of: (i) dispensing to a mold a reactive mixture comprising (i) at least one silicone component, (ii) at least one low molecular weight polyamide having a weight average molecular weight of less than 200,000, (iii) at least one high molecular weight polyamide having a weight average molecular weight of greater than 200,000, and (iv) less than about 15 wt% diluent, wherein said low molecular weight polyamide does not contain a reactive group; (ii) curing said reactive mixture within said mold to form said contact lens; and (iii) removing said contact lens from said mold, without liquid. (iv) extracting the contact lens using aqueous solution; wherein polyamides are selected from polylactams, polyacrylamides and copolymers thereof. (i) dispensing to a mold a reactive mixture comprising (i) at least one silicone component, (ii) at least one low molecular weight polyamide having a weight average molecular weight of less than 200,000, (iii) at least one high molecular weight polyamide having a weight average molecular weight of greater than 200,000, and (iv) less than about 15 wt% diluent, wherein said low molecular weight polyamide does not contain a reactive group; (ii) curing said reactive mixture within said mold to form said contact lens; and (iii) removing said contact lens from said mold, without liquid. (iv) extracting the contact lens using aqueous solution;
A welding system component comprising: a controller; a power supply; a wireless communications device in communication with the controller; a housing enclosing the controller and the wireless communications device, the housing comprising a substantially vertical front panel, a substantially vertical rear panel offset a distance from the front panel, a right and a left side panel, the right and left side panels extending between the front and rear panels (44, 46), thereby defining a space for receiving the power supply and the wireless communications system between the front, rear, right and left panels, an upper panel enclosing the space, and an antenna coupled external to the housing and to the wireless communications system, the wireless communications device adapted to communicate with other welding system components in a welding system through the wireless communications system, wherein a portion of each of the right and left side panels and a portion of the upper panel extends beyond a plane defined by each of the front and rear panels (44, 46), and characterised in that: the antenna is a substantially flat conformal planar antenna which is mounted to at least one of the front and the rear panel of the housing and adjacent the portion of the upper panel extending beyond the plane defined by at least one of the front and rear panels (44, 46), and adjacent a portion of one of the right and the left side panel of the housing extending beyond the plane defined by at least one of the front and rear panels (44, 46) to protect the conformal planar antenna from damage. a controller; a power supply; a wireless communications device in communication with the controller; a housing enclosing the controller and the wireless communications device, the housing comprising a substantially vertical front panel, a substantially vertical rear panel offset a distance from the front panel, a right and a left side panel, the right and left side panels extending between the front and rear panels (44, 46), thereby defining a space for receiving the power supply and the wireless communications system between the front, rear, right and left panels, an upper panel enclosing the space, and an antenna coupled external to the housing and to the wireless communications system, the wireless communications device adapted to communicate with other welding system components in a welding system through the wireless communications system, wherein a portion of each of the right and left side panels and a portion of the upper panel extends beyond a plane defined by each of the front and rear panels (44, 46), and characterised in that: the antenna is a substantially flat conformal planar antenna which is mounted to at least one of the front and the rear panel of the housing and adjacent the portion of the upper panel extending beyond the plane defined by at least one of the front and rear panels (44, 46), and adjacent a portion of one of the right and the left side panel of the housing extending beyond the plane defined by at least one of the front and rear panels (44, 46) to protect the conformal planar antenna from damage.
A knife comprising: a handle; a neck configured to hold a blade; and a lever configured to selectively release the blade from the neck, wherein the lever is coupled to a blade lock arm configured to extend along a side of the blade; and characterized in that a ramped surface pushes the blade lock arm into the blade to press the blade against a side of the neck to clamp the blade to the side of the neck when the blade lock arm is in a blade locked position. a handle; a neck configured to hold a blade; and a lever configured to selectively release the blade from the neck, wherein the lever is coupled to a blade lock arm configured to extend along a side of the blade; and characterized in that a ramped surface pushes the blade lock arm into the blade to press the blade against a side of the neck to clamp the blade to the side of the neck when the blade lock arm is in a blade locked position.
A playback device comprising: a playback unit operable to decode a video stream stored on a recording medium to execute stereoscopic playback of the video stream; a platform unit operable to execute a Java application; a plurality of plane memories; and a rendering unit operable to render images in the plane memories in response to a rendering request issued by the Java application, wherein one of the plane memories is a left-view plane memory and another one is a right-view plane memory, wherein the rendering request includes first information specifying writing to the left-view plane memory and second information specifying writing to the right-view plane memory, wherein the playback device is adapted to, when an operation mode is switched from a first mode in which the rendering unit renders an image only in the left-view plane memory and renders no image in the right-view plane memory to a second mode in which the rendering unit renders a left-view image in the left-view plane memory and renders a right-view image in the right-view plane memory, copy the image stored in the left-view plane memory to the right-view plane memory, so that the image stored in the left-view plane and the image copied to the right-view plane memory are output. a playback unit operable to decode a video stream stored on a recording medium to execute stereoscopic playback of the video stream; a platform unit operable to execute a Java application; a plurality of plane memories; and a rendering unit operable to render images in the plane memories in response to a rendering request issued by the Java application, wherein one of the plane memories is a left-view plane memory and another one is a right-view plane memory, wherein the rendering request includes first information specifying writing to the left-view plane memory and second information specifying writing to the right-view plane memory, wherein the playback device is adapted to, when an operation mode is switched from a first mode in which the rendering unit renders an image only in the left-view plane memory and renders no image in the right-view plane memory to a second mode in which the rendering unit renders a left-view image in the left-view plane memory and renders a right-view image in the right-view plane memory, copy the image stored in the left-view plane memory to the right-view plane memory, so that the image stored in the left-view plane and the image copied to the right-view plane memory are output.
A container of consumer goods comprising: a housing (10a, 10b, 10c); and one or more consumer goods wrapped in a wrapper and contained within the housing, the wrapper comprising a plurality of intersecting lines of weakness that together define a plurality of interconnected detachable portions of the wrapper.
A method for the detection of a crosstalk phenomenon in the communication between a wayside transmission unit, WTU, especially a balise, and an On-board Unit, OBU, of a railway vehicle, wherein the OBU comprises an antenna unit, the method comprising the steps of: - receiving (S 1) an excitation signal of the WTU via the antenna unit in a moving state of the railway vehicle; - measuring (S 2) an electric and/or a magnetic field in a near field of the WTU by means of a probe connected to the antenna unit and arranged in the near field region of the WTU when passing it upon reception of the excitation signal; wherein the method further comprises the step of - performing a near field to far field transformation, NF2FFT, on the field measured in the step of measuring to detect a presence of a crosstalk phenomenon by determining parameters, which are the beam width and the polarization of the NF2FFT curve or other parameters such as the directivity and/or the gain of the NF2FFT curve. - receiving (S 1) an excitation signal of the WTU via the antenna unit in a moving state of the railway vehicle; - measuring (S 2) an electric and/or a magnetic field in a near field of the WTU by means of a probe connected to the antenna unit and arranged in the near field region of the WTU when passing it upon reception of the excitation signal; - performing a near field to far field transformation, NF2FFT, on the field measured in the step of measuring to detect a presence of a crosstalk phenomenon by determining parameters, which are the beam width and the polarization of the NF2FFT curve or other parameters such as the directivity and/or the gain of the NF2FFT curve.