mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: an audio output transducer; a microphone; and control circuits coupled to the audio output transducer and the microphone, wherein software monitors input of the microphone for an acceptable audio signal level, wherein, when the acceptable audio signal level is not detected within a time period, the software activates the transducer to produce a supervisory signal that is routed through an audio path that includes routing through the audio output transducer and into the input of the microphone, and wherein, when the audio path is functioning, the software detects the supervisory signal. an audio output transducer; a microphone; and control circuits coupled to the audio output transducer and the microphone, wherein software monitors input of the microphone for an acceptable audio signal level, wherein, when the acceptable audio signal level is not detected within a time period, the software activates the transducer to produce a supervisory signal that is routed through an audio path that includes routing through the audio output transducer and into the input of the microphone, and wherein, when the audio path is functioning, the software detects the supervisory signal.
Security box for receiving in a water-tight manner a plug connection which is formed from a plug and a corresponding socket in the connected state, in particular for a plug connection for a 380V/400V three-phase alternating current, having a first and a second housing part (12, 14) which are connectable so as to form a housing that completely encloses the plug connection and are embodied as housing halves (12, 14) which each cover approximately 180° of the circumference of a circle, wherein the housing on the end regions thereof has in each case one cable inlet through which a cable of the plug connection is able to be routed, wherein configured and/or attachable externally on the first and/or the second housing part (12, 14) in the region of the cable inlets are in each case fastening means (50, 52) by way of which the first and the second housing part (12, 14) are able to be fastened to each other, wherein disposed internally on the cable inlets of each housing half (12, 14) is in each case one sealing element which in the closed state causes sealing of the housing on the cable, wherein configured internally on the cable inlets of each housing half (12, 14) is in each case one sealing element receptacle, and the respective sealing element is held so as to be replaceable in the respective sealing means receptacle, characterized in that positioning pins which extend into the respective sealing element are in each case configured on the first and the second housing part (12, 14). wherein the housing on the end regions thereof has in each case one cable inlet through which a cable of the plug connection is able to be routed, wherein configured and/or attachable externally on the first and/or the second housing part (12, 14) in the region of the cable inlets are in each case fastening means (50, 52) by way of which the first and the second housing part (12, 14) are able to be fastened to each other, wherein disposed internally on the cable inlets of each housing half (12, 14) is in each case one sealing element which in the closed state causes sealing of the housing on the cable, wherein configured internally on the cable inlets of each housing half (12, 14) is in each case one sealing element receptacle, and the respective sealing element is held so as to be replaceable in the respective sealing means receptacle, characterized in that positioning pins which extend into the respective sealing element are in each case configured on the first and the second housing part (12, 14).
Method for controlling a quasi-resonant converter suitable to drive an inductive load (L, R), particularly an induction coil coupled with a superposed cooking utensil, said converter being supplied with an alternate power supply voltage from a power supply source, said alternate power supply voltage being rectified in order to obtain a rectified voltage (V dc-bus) provided with a predetermined pulsing semi period (T 2), comprising the steps of: - activating a switch (IGBT) of said converter for a predetermined activation time ( T ON) within said period (T 2) - de-activating the switch (IGBT) of said converter for a predetermined deactivation time ( T OFF) within said semi period (T 2), repeating the cyclic alternation of those two steps repeated within the semi period resulting in the converter to draw an electrical current ( I line) and an active Power from said power supply source, characterized in that the switch (IGBT) activation time ( T ON) is varied during said semi period (T 2) so that an average activation time value ( T ON-AVG) over said semi period (T 2) is greater than a critical value (T ON Critical) of a predetermined quantity, said critical value (T ON Critical) corresponding to the maximum activation time value (T ON) applicable to said switch (IGBT) when said rectified voltage (V dc-bus) reaches a maximum voltage value during said semi period (T 2), said predetermined quantity being such that the active power absorbed by the converter from the AC line over said semi period (T 2) is increased in a range between 5% and 40% of the active power absorbed by the converter when the activation time (T ON) is set constant during the entire semi period (T 2) and equal to said critical value (T ON Critical). - activating a switch (IGBT) of said converter for a predetermined activation time ( T ON) within said period (T 2) - de-activating the switch (IGBT) of said converter for a predetermined deactivation time ( T OFF) within said semi period (T 2),
A method of setting an inspection logic for inspecting a PC board, the inspection logic including a color condition for specifying a color appearing in body of a component to be inspected and a determination condition, the method comprising: a step of specifying a part of the component body and a part adjacent to the component body by an image process from a captured image of an IC component mounted in a normal position; a step of obtaining frequency distributions of values of one or plural color characteristic amounts in a plurality of target points and exclusion points, the target points being pixels in the component body and the exclusion points being pixels in a part adjacent to the component body; a step of obtaining a range of values of color characteristic amounts, that ideally separates the values of the characteristic amounts in said target points from the values of the characteristic amounts in said exclusion points on the basis of the frequency distributions of the values of said one or plural color characteristic amounts; and a step of setting, as said color condition, the kind(s) of said one or plural color characteristic amounts and the range of values of the color characteristic amounts. a step of specifying a part of the component body and a part adjacent to the component body by an image process from a captured image of an IC component mounted in a normal position; a step of obtaining frequency distributions of values of one or plural color characteristic amounts in a plurality of target points and exclusion points, the target points being pixels in the component body and the exclusion points being pixels in a part adjacent to the component body; a step of obtaining a range of values of color characteristic amounts, that ideally separates the values of the characteristic amounts in said target points from the values of the characteristic amounts in said exclusion points on the basis of the frequency distributions of the values of said one or plural color characteristic amounts; and a step of setting, as said color condition, the kind(s) of said one or plural color characteristic amounts and the range of values of the color characteristic amounts.
A heat exchanger with a pressurised shell and a tube bundle with exchanging tubes between flexible tubesheets (16, 17), whereby the flexible tubesheets (16, 17) are reciprocally interconnected by a plurality of tie rods in a central zone of the tubesheets (16, 17) characterized in that said central zone is devoid of exchanging tubes and the exchanging tubes in the tube bundle are arranged around such plurality of tie rods.
Use of a film for sealing a space closed by an outer skin in buildings, wherein the film has a film side X and an opposite film side Y and the film is arranged such that the film side X is aligned with the outer skin, wherein the film sides X and Y are defined such that the water vapor diffusion from film side X to film side Y is greater than the water vapor diffusion from film side Y to film side X, with the proviso that in the experimental set-up according to DIN EN ISO 12572:2001 condition B (85% RH to o% RH; 23°C), film side X is aligned with the side of higher relative air humidity, whereby a greater water vapor diffusion can be measured than when at the same measurement, film side Y faces the side of higher relative air humidity, and wherein the film is arranged within the closed space.
A wet wipe comprising: a fibrous material having a strength of at least 300 g/in and a dispersibility of no more than 100 g/in; an ion-triggerable cationic binder composition; and a wetting composition comprising: at least one polyprotic acid having three or more functional groups and benzoic acid, wherein the ratio of the benzoic acid to the at least one polyprotic acid is greater than 2.5. a fibrous material having a strength of at least 300 g/in and a dispersibility of no more than 100 g/in; an ion-triggerable cationic binder composition; and a wetting composition comprising: at least one polyprotic acid having three or more functional groups and benzoic acid, wherein the ratio of the benzoic acid to the at least one polyprotic acid is greater than 2.5.
A security container comprising: a base; a lid configured to fit onto the base; a first locking mechanism configured to secure the lid to the base in a closed position; a second locking mechanism configured to secure the lid to the base, the second locking mechanism comprising a latch member fixedly attached to an inside surface of the base and a pivoting arm pivotally attached to the inside surface of the lid, the pivoting arm having a lip configured to engage with a lip of the latch member so as to limit movement of the lid away from the base; and means for disengaging the second locking mechanism, wherein the means for disengaging the second locking mechanism is accessible only once the first locking mechanism has been disengaged, characterised in that the first and second locking mechanisms (18, 28) are arranged such that when the first locking mechanism is disengaged, movement of the lid away from the base is restricted by the second locking mechanism such that after the first locking mechanism has been disengaged, the lid of the container is movable, by a distance that is limited by the second locking mechanism, to permit access to the means for disengaging the second locking mechanism. a base; a lid configured to fit onto the base; a first locking mechanism configured to secure the lid to the base in a closed position; a second locking mechanism configured to secure the lid to the base, the second locking mechanism comprising a latch member fixedly attached to an inside surface of the base and a pivoting arm pivotally attached to the inside surface of the lid, the pivoting arm having a lip configured to engage with a lip of the latch member so as to limit movement of the lid away from the base; and means for disengaging the second locking mechanism, wherein the means for disengaging the second locking mechanism is accessible only once the first locking mechanism has been disengaged, characterised in that
A motorcycle comprising: a front frame that includes a pair of right and left main frames (16, 16) extending rearward from a head pipe and a pair of right and left pivot frames (17, 17) coupled to rear portions of the respective main frames (16, 16) and extending in a vertical direction; a rear frame structure having a resin rear frame that is supported on the front frame through front fastening portions (110, 111), that is provided with a closed space formed in a rear portion thereof, and that supports a seat above the closed space; and an engine that includes a crankcase provided with an output shaft and a cylinder portion projecting upward from the crankcase and that is supported on the front frame, wherein an upper and a lower pair of fastening portions (110, 111) are provided, the upper fastening portions (110, 110) being attached to the main frames (16, 16), the lower fastening portions (111, 111) being attached to the pivot frames (17, 17) in a portion positioned rearward of the output shaft, characterized in that the rear frame is provided with a pair of right and left front sidewalls (82, 82) for coupling the respective upper fastening portions (110, 110) to the respective lower fastening portions (111, 111) along the front frame, and the upper fastening portions (111, 111) are attached to the main frames (16, 16) in a portion positioned forward of the output shaft. a front frame that includes a pair of right and left main frames (16, 16) extending rearward from a head pipe and a pair of right and left pivot frames (17, 17) coupled to rear portions of the respective main frames (16, 16) and extending in a vertical direction; a rear frame structure having a resin rear frame that is supported on the front frame through front fastening portions (110, 111), that is provided with a closed space formed in a rear portion thereof, and that supports a seat above the closed space; and an engine that includes a crankcase provided with an output shaft and a cylinder portion projecting upward from the crankcase and that is supported on the front frame, wherein an upper and a lower pair of fastening portions (110, 111) are provided, the upper fastening portions (110, 110) being attached to the main frames (16, 16), the lower fastening portions (111, 111) being attached to the pivot frames (17, 17) in a portion positioned rearward of the output shaft, characterized in that the rear frame is provided with a pair of right and left front sidewalls (82, 82) for coupling the respective upper fastening portions (110, 110) to the respective lower fastening portions (111, 111) along the front frame, and the upper fastening portions (111, 111) are attached to the main frames (16, 16) in a portion positioned forward of the output shaft.
Guide wire holder for accommodation and holding in place of a medical guide wire that possesses inherent elasticity, and for attachment to a medical device, particularly to an endoscope, having an attachment part through which the guide wire can be passed and a guide wire support connected with the attachment part and projecting away from the latter, which support permits the guide wire to be held in place by means of a guide wire accommodation device (9, 5, 7), which device contains a first guide wire deflection member that deflects and clamps the guide wire at a distance from the attachment part, in a direction leading away from its passage direction in the attachment part, which member has a deflection and clamping bracket that is open on one side and rises from a flat initial region, which bracket allows the guide wire to be accommodated in an opening and released from the latter again, and is followed, at further distances from the attachment part, by an additional guide wire deflection element and yet a further guide wire deflection element, characterized in that the deflection and clamping bracket has two bracket parts (9a, 9b), which project away from the initial region of the guide wire support and between which a slot that forms the said opening is provided, which slot has a slot width that lies below the transverse dimension of the guide wire in the case of bracket parts that can be pressed elastically apart from one another, and a slot width that corresponds to the transverse dimension of the guide wire in the case of rigid bracket parts, and which is situated between the two bracket parts (9a, 9b) in a position and/or alignment outside of a guide wire expansion path of the guide wire support, which path is determined by the inherent elasticity of the guide wire, in which position the guide wire attempts to expand in a direction essentially perpendicular to its progressive path by pressing against the bottom side of the deflection and clamping bracket or its bracket parts (9a, 9b) facing the guide wire support on its expansion path.
An acoustic transducer assembly, comprising: a plurality of transducers; a flexible layer of support material; an electric circuit integrated with the flexible layer of support material, wherein the transducers are mounted on the flexible layer of support material to form at least part of an array of transducers, wherein the support material and the electric circuit form a flexible printed circuit, and a plurality of apertures (5, 12) arranged in the support material each aperture being arranged between a pair of the transducers (10,11) of the array of transducers, wherein each aperture is formed so as to create an open space in between two positions on the layer of support material on which the transducers are mounted which open space forms an opening at least towards a measurement area, to let acoustic waves originating from the measurement area through, characterized by a scalable supporting frame for supporting the transducers, wherein the supporting frame is configurable to change a spacing (Δ 4, Δ 5) between neighbouring transducers, and wherein at least part of the flexible layer of support material is arranged for bending away from a measurement area when the spacing (Δ 4) between the neighbouring transducers is reduced. a plurality of transducers; a flexible layer of support material; an electric circuit integrated with the flexible layer of support material, wherein the transducers are mounted on the flexible layer of support material to form at least part of an array of transducers, wherein the support material and the electric circuit form a flexible printed circuit, and a plurality of apertures (5, 12) arranged in the support material each aperture being arranged between a pair of the transducers (10,11) of the array of transducers, wherein each aperture is formed so as to create an open space in between two positions on the layer of support material on which the transducers are mounted which open space forms an opening at least towards a measurement area, to let acoustic waves originating from the measurement area through, characterized by a scalable supporting frame for supporting the transducers, wherein the supporting frame is configurable to change a spacing (Δ 4, Δ 5) between neighbouring transducers, and wherein at least part of the flexible layer of support material is arranged for bending away from a measurement area when the spacing (Δ 4) between the neighbouring transducers is reduced.
A microwave antenna assembly, comprising: a feedline including an inner conductor, an outer conductor and an inner insulator disposed therebetween; a radiating section coupled to the feedline, the radiating section including a dipole antenna and a tubular dielectric loading disposed about the dipole antenna; and a choke disposed around at least a portion of the feedline, the choke including an inner dielectric layer and an outer conductive layer, the inner dielectric layer extending distally past a distal end of the outer conductive layer; an outer insulator disposed over the outer conductor, the outer insulator extending past a distal end of the choke; wherein the radiating section further includes a proximal portion and a distal portion and a feed point therebetween; wherein the feed point includes a dielectric material, and wherein a dielectric permittivity of the tubular dielectric loading is higher than a dielectric permittivity of the dielectric material of the feed point, and a dielectric permittivity of the dielectric material of the feed point is higher than a dielectric permittivity of the outer insulator. a feedline including an inner conductor, an outer conductor and an inner insulator disposed therebetween; a radiating section coupled to the feedline, the radiating section including a dipole antenna and a tubular dielectric loading disposed about the dipole antenna; and a choke disposed around at least a portion of the feedline, the choke including an inner dielectric layer and an outer conductive layer, the inner dielectric layer extending distally past a distal end of the outer conductive layer; an outer insulator disposed over the outer conductor, the outer insulator extending past a distal end of the choke; wherein the radiating section further includes a proximal portion and a distal portion and a feed point therebetween; wherein the feed point includes a dielectric material, and wherein a dielectric permittivity of the tubular dielectric loading is higher than a dielectric permittivity of the dielectric material of the feed point, and a dielectric permittivity of the dielectric material of the feed point is higher than a dielectric permittivity of the outer insulator.
A data storage system comprising: an optical media having a gap dividing the media into segments having a plurality of tracks each exhibiting fields of modulated wobble indicative of a physical track address, wherein the optical media is a linear optical tape; an optical pick-up unit configured to detect the fields of modulated wobble; and at least one controller operatively arranged with the pick-up unit and configured to determine, in a calibration mode, settings to be used for positioning the pick-up unit over an estimated track location, characterised in that the at least one controller is configured to perform the following steps during the calibration mode: record the physical track address of one of the tracks on one side of the gap, wherein the pick-up unit has a position when detecting the fields of modulated wobble indicative of the physical track address of the one track, maintain the position of the pick-up unit as the gap moves by the pick-up unit, record the physical track address of a first detected one of the tracks on the other side of the gap, and assign a single logical track address to the recorded physical track addresses. an optical media having a gap dividing the media into segments having a plurality of tracks each exhibiting fields of modulated wobble indicative of a physical track address, wherein the optical media is a linear optical tape; an optical pick-up unit configured to detect the fields of modulated wobble; and at least one controller operatively arranged with the pick-up unit and configured to determine, in a calibration mode, settings to be used for positioning the pick-up unit over an estimated track location, characterised in that the at least one controller is configured to perform the following steps during the calibration mode: record the physical track address of one of the tracks on one side of the gap, wherein the pick-up unit has a position when detecting the fields of modulated wobble indicative of the physical track address of the one track, maintain the position of the pick-up unit as the gap moves by the pick-up unit, record the physical track address of a first detected one of the tracks on the other side of the gap, and assign a single logical track address to the recorded physical track addresses. record the physical track address of one of the tracks on one side of the gap, wherein the pick-up unit has a position when detecting the fields of modulated wobble indicative of the physical track address of the one track, maintain the position of the pick-up unit as the gap moves by the pick-up unit, record the physical track address of a first detected one of the tracks on the other side of the gap, and assign a single logical track address to the recorded physical track addresses.