mhurhangee/ep-ind-claims huggingface dataset:
Multi-function cleaning tool, which cleaning tool comprises a frame part, which frame part is longitudinal and substantially rectangular in shape, which cleaning tool comprises a mounting part for a handle arm, and engagement elements for a cleaning cloth, which frame part further comprises on one longitudinally extending side bristles and on other longitudinally extending side a squeegee, which frame part comprises a head surface to which the mounting part is attached by a turning joint and to which the engagement elements are attached, and which turning joint for the mounting part is located in middle part of the head surface of the frame part and configured to provide a turning movement of the frame part around its center such that depending on need of cleaning either the longitudinal side of the bristles is locatable against a floor or corresponding surface to be cleaned or the longitudinal side of the squeegee is locatable against the floor or corresponding surface to be cleaned, characterized in that the frame part has a propeller-like movement around its center and the turning joint.
A method for displaying information received or generated by a media terminal adapter on a display, the method comprising the steps of: receiving, at a tuner internal to the media terminal adapter, data from a cable modem termination system, CMTS, during initialization process for the media terminal adapter; filtering the received data to identify data intended for the media terminal adapter; providing the filtered data and a set of state machine information to a processor, wherein the state machine is internal to the media terminal adapter, and wherein the state machine information includes at least status of steps of the initialization process, a firmware load version, and a software load version of the media terminal adapter; converting the filtered data and the state machine information to a frequency shift keying, FSK, format to provide an FSK data signal; providing the FSK data signal to an interface; and displaying the FSK data signal on a display device in a readable format, wherein the display device is remote from the media terminal adapter. receiving, at a tuner internal to the media terminal adapter, data from a cable modem termination system, CMTS, during initialization process for the media terminal adapter; filtering the received data to identify data intended for the media terminal adapter; providing the filtered data and a set of state machine information to a processor, wherein the state machine is internal to the media terminal adapter, and wherein the state machine information includes at least status of steps of the initialization process, a firmware load version, and a software load version of the media terminal adapter; converting the filtered data and the state machine information to a frequency shift keying, FSK, format to provide an FSK data signal; providing the FSK data signal to an interface; and displaying the FSK data signal on a display device in a readable format, wherein the display device is remote from the media terminal adapter.
A drill guide assembly (1, 200) used to guide a drill into the jawbone of a patient during dental surgery, wherein the drill guide assembly (1, 200) is split into at least - a drill part (2, 210) comprising at least one first through going bore (5, 6, 7, 8, 212, 213, 214, 215) and at least a first reference area for referring the drill guide assembly (1, 200) to a first anatomical feature of the patient, and - an intermediate part (4, 250) comprising a guiding structure for guiding the drill guide assembly (1, 200) into a desired configuration relative to the jawbone of the patient, wherein the drill guide assembly (1, 200) further comprises at least one first attachment means on the drill part (2, 210) for securing the drill part (2, 210) of the drill guide assembly (1, 200) to a jaw of the patient during surgery, wherein the at least one first attachment means comprises a plurality of through going attachment bores (9, 10, 11, 220, 221, 222) extending through the drill part (2, 210) from a proximal gingiva facing surface and out through respective coaxially aligned attachment cylinders (223, 224, 225) which extend out from a distal coupling surface, characterised in that the drill part (2, 210) and the intermediate part (4, 250) are configured so that, while the patient bites down, a first part, which comprises the drill part (2, 210) and the intermediate part (4, 250), may be attached to the mandible by using attachment screws that are screwed through the through going attachment bores (9, 10, 11, 220, 221, 222) and into the bone. - a drill part (2, 210) comprising at least one first through going bore (5, 6, 7, 8, 212, 213, 214, 215) and at least a first reference area for referring the drill guide assembly (1, 200) to a first anatomical feature of the patient, and - an intermediate part (4, 250) comprising a guiding structure for guiding the drill guide assembly (1, 200) into a desired configuration relative to the jawbone of the patient, wherein the drill guide assembly (1, 200) further comprises at least one first attachment means on the drill part (2, 210) for securing the drill part (2, 210) of the drill guide assembly (1, 200) to a jaw of the patient during surgery, wherein the at least one first attachment means comprises a plurality of through going attachment bores (9, 10, 11, 220, 221, 222) extending through the drill part (2, 210) from a proximal gingiva facing surface and out through respective coaxially aligned attachment cylinders (223, 224, 225) which extend out from a distal coupling surface, characterised in that the drill part (2, 210) and the intermediate part (4, 250) are configured so that, while the patient bites down, a first part, which comprises the drill part (2, 210) and the intermediate part (4, 250), may be attached to the mandible by using attachment screws that are screwed through the through going attachment bores (9, 10, 11, 220, 221, 222) and into the bone.
Vibroacoustic diagnosis tool for a structure to be analysed, in particular by means of diagnosis during a maintenance operation or after-sales assistance operation, comprising - a headset adapted to noisy environments, - a microphone designed for measuring airborne sounds, - a plurality of listening clamps designed to measure solid-borne sounds of the structure to be analysed, - a selection box connected to the headset, to the microphone and to the plurality of listening clamps, enabling an operator to identify immediately the closest listening clamp to the vibroacoustic phenomenon to be studied, said clamps comprising: - a body which is formed by two branches (11, 12) that are articulated around an articulation axis, each branch (11, 12) comprising at one end a jaw (13, 14) and at the other end a handle (15, 16) and - an accelerometer connected to the selection box, characterised in that each listening clamp also comprises a pad (20, 30, 40) mounted on each jaw (13, 14), each pad being mounted in a pivoting manner relative to its jaw such that the pad (20, 30, 40) ensures effective contact between the listening clamp and the structure to be analysed and uncouples the body of the listening clamp and in that the pad comprises: - a ball (34, 44) forming a collecting element for solid-borne sounds coming from the structure to be analysed and - a board (32, 42) which is mounted pivotably relative to the corresponding jaw and which is adapted to transmit the vibratory information collected by the ball to the accelerometer and said ball (34, 44) being in contact with and projecting relative to the board (32, 42). - a headset adapted to noisy environments, - a microphone designed for measuring airborne sounds, - a plurality of listening clamps designed to measure solid-borne sounds of the structure to be analysed, - a selection box connected to the headset, to the microphone and to the plurality of listening clamps, enabling an operator to identify immediately the closest listening clamp to the vibroacoustic phenomenon to be studied, - a body which is formed by two branches (11, 12) that are articulated around an articulation axis, each branch (11, 12) comprising at one end a jaw (13, 14) and at the other end a handle (15, 16) and - an accelerometer connected to the selection box, - a ball (34, 44) forming a collecting element for solid-borne sounds coming from the structure to be analysed and - a board (32, 42) which is mounted pivotably relative to the corresponding jaw and which is adapted to transmit the vibratory information collected by the ball to the accelerometer and said ball (34, 44) being in contact with and projecting relative to the board (32, 42).
A method for locking/unlocking a screen of a terminal based on Radio Frequency Identification, RFID, comprising: Receiving, by the terminal, via an RFID reader, locking or unlocking information carrying authentication information sent by an external electronic tag; performing user identity authentication according to the authentication information; and locking or unlocking the screen of the terminal according to the locking or unlocking information, after the authentication succeeds; characterized in that, the external electronic tag comprises a first electronic tag configured to send the locking information, a second electronic tag configured to send the unlocking information, and a shielding part configured to switch functions of the first and second electronic tags; wherein the shielding part is specifically configured to shield an electromagnetic field in the vicinity of the first electronic tag when the second electronic tag is used, or shield an electromagnetic field in the vicinity of the second electronic tag when the first electronic tag is used, so that only one of the first and second electronic tags functions. Receiving, by the terminal, via an RFID reader, locking or unlocking information carrying authentication information sent by an external electronic tag; performing user identity authentication according to the authentication information; and locking or unlocking the screen of the terminal according to the locking or unlocking information, after the authentication succeeds; characterized in that, the external electronic tag comprises a first electronic tag configured to send the locking information, a second electronic tag configured to send the unlocking information, and a shielding part configured to switch functions of the first and second electronic tags; wherein the shielding part is specifically configured to shield an electromagnetic field in the vicinity of the first electronic tag when the second electronic tag is used, or shield an electromagnetic field in the vicinity of the second electronic tag when the first electronic tag is used, so that only one of the first and second electronic tags functions.
An airfoil insert for discharging cooling air, comprising: a tubular body; a first end having an opening for introducing cooling air into said body said opening extending from a leading edge of said body to a trailing edge of said body; characterised by further comprising: a second end, said second end being opposite said first end and through which cooling air is discharged from the insert; one or more tabs extending from said second end of said body, said tabs being spaced about a periphery of said second end; and one or more covers joined to said one or more tabs, said covers bridging said second end and defining one or more spaced apertures for discharging at least a portion of the introduced cooling air from said second end. a tubular body; a first end having an opening for introducing cooling air into said body said opening extending from a leading edge of said body to a trailing edge of said body; characterised by further comprising: a second end, said second end being opposite said first end and through which cooling air is discharged from the insert; one or more tabs extending from said second end of said body, said tabs being spaced about a periphery of said second end; and one or more covers joined to said one or more tabs, said covers bridging said second end and defining one or more spaced apertures for discharging at least a portion of the introduced cooling air from said second end. a second end, said second end being opposite said first end and through which cooling air is discharged from the insert; one or more tabs extending from said second end of said body, said tabs being spaced about a periphery of said second end; and one or more covers joined to said one or more tabs, said covers bridging said second end and defining one or more spaced apertures for discharging at least a portion of the introduced cooling air from said second end.
System for aiding the landing of an aircraft on a landing runway of an airport equipped with a so-called ILS instrument landing system, this ILS system corresponding to an axis of a predetermined approach to the landing runway, the landing aid system comprising: - an ILS signals receiver; - a set of information sources configured to determine items of information in respect of current position of the aircraft; and - a database comprising items of information relating to the said predetermined approach, characterized in that the landing aid system furthermore comprises a processing unit configured to, when the ILS signals receiver has not yet captured a Glide signal corresponding to a Glide axis of the approach: - acquire, from the set of information sources, an item of information in respect of current position of the aircraft; - acquire, from the database, items of information relating to the predetermined approach; - determine, as a function of the items of information relating to the predetermined approach, a protection volume in which there is no risk of the ILS signals receiver detecting a replica of the Glide signal; - determine whether the current position of the aircraft is above the protection volume; and - when the current position of the aircraft is above the protection volume, inhibit the capture of the Glide signal by the ILS signals receiver and instruct the emission of an alert item of information in the cockpit of the aircraft. - an ILS signals receiver; - a set of information sources configured to determine items of information in respect of current position of the aircraft; and - a database comprising items of information relating to the said predetermined approach, - acquire, from the set of information sources, an item of information in respect of current position of the aircraft; - acquire, from the database, items of information relating to the predetermined approach; - determine, as a function of the items of information relating to the predetermined approach, a protection volume in which there is no risk of the ILS signals receiver detecting a replica of the Glide signal; - determine whether the current position of the aircraft is above the protection volume; and - when the current position of the aircraft is above the protection volume, inhibit the capture of the Glide signal by the ILS signals receiver and instruct the emission of an alert item of information in the cockpit of the aircraft.
A lock assembly comprising: a striking plate assembly comprising an aperture (12a, 12b); a first communication module; and a bolt (13, 14) being displaceable to enable movement through the at least one aperture (12a, 12b) of the striking plate assembly, the bolt (13, 14) comprising a second communication module; wherein the first communication module is configured to receive an identity of the bolt (13, 14) by communicating with the second communication module and wherein wireless signals from one of the first and second communication modules (20a, 20b) powers the other, wherein the first communication module is powered by the second communication module. a striking plate assembly comprising an aperture (12a, 12b); a first communication module; and a bolt (13, 14) being displaceable to enable movement through the at least one aperture (12a, 12b) of the striking plate assembly, the bolt (13, 14) comprising a second communication module; wherein the first communication module is configured to receive an identity of the bolt (13, 14) by communicating with the second communication module and wherein wireless signals from one of the first and second communication modules (20a, 20b) powers the other, wherein the first communication module is powered by the second communication module.
A cataract surgical system, comprising: a laser source, configured to generate a first set of laser pulses; a guiding optic, coupled to the laser source, configured to guide the first set of laser pulses to a cataract target region in an eye; a laser controller, configured to generate an electronic representation of a target scan pattern, and to control the guiding optic to scan the first set of laser pulses according to a portion of the target scan pattern to create a first photo-disrupted region in the cataract target region; a Spectral Domain Optical Coherence Tomographic (SD-OCT) imaging system, configured to generate repeated images that include a portion of the first photo-disrupted region with an image resolution in the range of 0.5-5 million image points per image and a frame-rate in the range of 20-200 frames/sec; and an OCT image processor, configured to perform an image analysis of the image, wherein the laser controller is configured to generate an electronic representation of a modified scan pattern in relation to the image analysis performed by the OCT image processor, and to control the guiding optic to scan a second set of laser pulses according the modified scan pattern to create a second photo-disrupted region. a laser source, configured to generate a first set of laser pulses; a guiding optic, coupled to the laser source, configured to guide the first set of laser pulses to a cataract target region in an eye; a laser controller, configured to generate an electronic representation of a target scan pattern, and to control the guiding optic to scan the first set of laser pulses according to a portion of the target scan pattern to create a first photo-disrupted region in the cataract target region; to generate an electronic representation of a target scan pattern, and to control the guiding optic to scan the first set of laser pulses according to a portion of the target scan pattern to create a first photo-disrupted region in the cataract target region; a Spectral Domain Optical Coherence Tomographic (SD-OCT) imaging system, configured to generate repeated images that include a portion of the first photo-disrupted region with an image resolution in the range of 0.5-5 million image points per image and a frame-rate in the range of 20-200 frames/sec; and an OCT image processor, configured to perform an image analysis of the image, wherein the laser controller is configured to generate an electronic representation of a modified scan pattern in relation to the image analysis performed by the OCT image processor, and to control the guiding optic to scan a second set of laser pulses according the modified scan pattern to create a second photo-disrupted region. to generate an electronic representation of a modified scan pattern in relation to the image analysis performed by the OCT image processor, and to control the guiding optic to scan a second set of laser pulses according the modified scan pattern to create a second photo-disrupted region.
Shaking device comprising an engine rotating a pinion engaged to a first gear ring of a first wheel coaxially fixed to a crankshaft means connected to a big end of a connecting rod whose small end is connected to a pin connecting said small end to a pole having a hook means and constrained to reciprocate along a sliding straight line laying on the longitudinal axis of the pole and crossing the rotation geometric axis of the first wheel and of the crankshaft means; the pinion further engages a second gear ring, equal or symmetric to the first gear ring, of a second wheel having the same rotation geometric axis of the first wheel and facing the latter; each first and second wheel has a respective first and second mass means positioned in a way that, when they rotate together with the respective wheels (9, 21), they cross each other approximately along the sliding straight line and that their motion is in phase opposition with respect to the reciprocating of the pole; said device being characterized in that the first wheel has a first rotation shaft outward protruding and having a respective first bearing means housed in a respective seat of a device crankcase body; and in that the crankshaft means has a second rotation shaft outward protruding and having a respective second bearing means housed in a respective seat of the crankcase body, the crankshaft means further has a connecting rod pin, for the big end of a connecting rod, having an end fixed to the first wheel; and in that the second wheel is connected in a freely revolving way to the second rotation shaft by a third bearing means; the rotation geometric axis of the first and second rotation shaft, of the first, second and third bearing means and of the second wheel coincide with the rotation geometric axis of the first wheel and of the crankshaft means; the longitudinal geometric axis of the connecting rod pin is parallel and spaced out from the rotation geometric axis.
A computer-implemented method of audio processing, the method comprising: generating first band gains and a voice activity detection value of an audio signal using a machine learning model; generating a background noise estimate based on the first band gains and the voice activity detection value; generating second band gains by processing the audio signal using a Wiener filter controlled by the background noise estimate; generating combined gains by combining the first band gains and the second band gains; and generating a modified audio signal by modifying the audio signal using the combined gains. generating first band gains and a voice activity detection value of an audio signal using a machine learning model; generating a background noise estimate based on the first band gains and the voice activity detection value; generating second band gains by processing the audio signal using a Wiener filter controlled by the background noise estimate; generating combined gains by combining the first band gains and the second band gains; and generating a modified audio signal by modifying the audio signal using the combined gains.