mhurhangee/ep-ind-claims huggingface dataset:
A track system for low voltage power supply, comprising a power transmission track, and an electrical plug configured to be detachably connected to the power transmission track, wherein a surface of the power transmission track is provided with a first conductive bar, the electrical plug is provided with a second conductive bar, and the second conductive bar is contacted with the first conductive bar when the electrical plug is connected to the power transmission track for low voltage power supply, wherein surfaces of the first conductive bar and the second conductive bar are wrapped with a conductive elastomer, the conductive elastomer on the second conductive bar squeezes to contact with the conductive elastomer on the first conductive bar when the electrical plug is connected to the power transmission track, and those portions of the conductive elastomer that are squeezed due to their mutual contact when the electrical plug is connected to the power transmission track take a reduced electric resistance value to form a conductive contact portion for low voltage power supply, wherein the second conductive bar is bent towards the first conductive bar to form a bending portion extending in parallel with the first conductive bar, wherein the bending portion squeezes and contacts with the first conductive bar when the electrical plug is connected to the power transmission track and the shape of the conductive elastomer on the surface of the second conductive bar is matched to a deformation of the second conductive bar. a power transmission track, and an electrical plug configured to be detachably connected to the power transmission track, wherein a surface of the power transmission track is provided with a first conductive bar, the electrical plug is provided with a second conductive bar, and the second conductive bar is contacted with the first conductive bar when the electrical plug is connected to the power transmission track for low voltage power supply, wherein surfaces of the first conductive bar and the second conductive bar are wrapped with a conductive elastomer, the conductive elastomer on the second conductive bar squeezes to contact with the conductive elastomer on the first conductive bar when the electrical plug is connected to the power transmission track, and those portions of the conductive elastomer that are squeezed due to their mutual contact when the electrical plug is connected to the power transmission track take a reduced electric resistance value to form a conductive contact portion for low voltage power supply, wherein the second conductive bar is bent towards the first conductive bar to form a bending portion extending in parallel with the first conductive bar, wherein the bending portion squeezes and contacts with the first conductive bar when the electrical plug is connected to the power transmission track and the shape of the conductive elastomer on the surface of the second conductive bar is matched to a deformation of the second conductive bar.
Pressure screen for cleaning a fibrous stock suspension, having a cylindrical screen element which is formed rotationally symmetrically about a screen axis and divides the pressure screen into an inlet chamber and an accepted stock chamber, the inlet chamber located in the screen element being connected at one axial end to a suspension inlet and at the opposite axial end to a reject outlet, and the accepted stock chamber being connected to an accepted stock outlet, and a rotor with rotor blades being located in the inlet chamber, the rotational axis of which rotor corresponds to the screen axis, and which rotor rotates relative to the screen element, the rotor blades being arranged in a distributed manner over a plurality of circumferential planes of the rotor which run perpendicularly with respect to the rotational axis, the radial extent of the rotor blades decreasing from the suspension inlet to the reject outlet, characterized in that the width of the annular gap between the rotor and the screen element decreases in steps from the suspension inlet to the reject outlet.
A computer-implemented method executed by at least one processor, the method comprising: establishing an electronic communication between an agent at a call center using a first communication device and a caller using a second communication device receiving, during the electronic communication and by the at least one processor of a call center computing device, an input from a call center agent, the input indicating a symptom of a quality of an electronic communication between the agent, using the first communication device, and a caller (102, 104), using the second communication device; identifying, by the at least one processor and based on the input, a cause of the quality of the electronic communication and that the cause of the quality of the electronic communication is associated with the second communication device used by the caller (102, 104); and sending, during the electronic communication and by the at least one processor, instructions to the second communication device, characterized in that the instructions cause the second communication device to adjust a function or setting of the second communication device establishing an electronic communication between an agent at a call center using a first communication device and a caller using a second communication device receiving, during the electronic communication and by the at least one processor of a call center computing device, an input from a call center agent, the input indicating a symptom of a quality of an electronic communication between the agent, using the first communication device, and a caller (102, 104), using the second communication device; identifying, by the at least one processor and based on the input, a cause of the quality of the electronic communication and that the cause of the quality of the electronic communication is associated with the second communication device used by the caller (102, 104); and sending, during the electronic communication and by the at least one processor, instructions to the second communication device, characterized in that the instructions cause the second communication device to adjust a function or setting of the second communication device
An un-lensed non-intrusive stress measurement system probe for a gas turbine engine, comprising: a housing comprising a first channel and an optical face; a first tube disposed within the first channel and coupled at a sensing aperture in the optical face; and a plurality of optical fibers disposed within the first tube, wherein the first tube executes a bend between 45° and 90° within the housing, characterized in that: the housing comprises a second channel within the first channel, the second channel comprising a radiused portion and the first tube bent along the radiused portion, and a cap is coupled to the housing, the cap comprising a hood covering the first channel and a sleeve portion about the first tube, a second tube disposed about the first tube and inserted into the sleeve portion. a housing comprising a first channel and an optical face; a first tube disposed within the first channel and coupled at a sensing aperture in the optical face; and a plurality of optical fibers disposed within the first tube, wherein the first tube executes a bend between 45° and 90° within the housing,
A cutting device for engaging a rock face, the cutting device comprising: a disc body supported for rotation about an axis of rotation; and a plurality of peripheral portions removably secured to the disc body, each of the peripheral portions including a plurality of cutting bits positioned on a peripheral edge, the peripheral edge of each peripheral portion aligned with the peripheral edges of adjacent peripheral portions; characterized in that the disc body includes a plurality of segment-receiving portions positioned along a perimeter, each segment-receiving portion including a generally planar surface oriented at an angle relative to a planar end surface of the disc body, and wherein each segment-receiving portion includes a slot and each of the peripheral portions includes a protrusion positioned within an associated one of the slots. a disc body supported for rotation about an axis of rotation; and a plurality of peripheral portions removably secured to the disc body, each of the peripheral portions including a plurality of cutting bits positioned on a peripheral edge, the peripheral edge of each peripheral portion aligned with the peripheral edges of adjacent peripheral portions; characterized in that the disc body includes a plurality of segment-receiving portions positioned along a perimeter, each segment-receiving portion including a generally planar surface oriented at an angle relative to a planar end surface of the disc body, and wherein each segment-receiving portion includes a slot and each of the peripheral portions includes a protrusion positioned within an associated one of the slots.
A method for wavefield separation for dual-sensor data, comprising: applying a first weighted integral operator to dual-sensor data to extrapolate the dual-sensor data to a first position above an acquisition surface, generating extrapolated data; and applying a second weighted integral operator to the extrapolated data to extrapolate the extrapolated data to a second position, generating wavefield separated data, wherein one of the integral operators is applied to a scaled combination of the dual sensor data. applying a first weighted integral operator to dual-sensor data to extrapolate the dual-sensor data to a first position above an acquisition surface, generating extrapolated data; and applying a second weighted integral operator to the extrapolated data to extrapolate the extrapolated data to a second position, generating wavefield separated data, wherein one of the integral operators is applied to a scaled combination of the dual sensor data.
A method for identification and characterization of underground metallic mineral deposits characterized by comprising the following steps: a) Sample collection and preparation, wherein samples are collected from the surface of areas located in different anisotropic or isotropic plans having black, dark blue and dark brown to dark red colour impregnated areas of outcrop rocks, and sample preparation is performed by (i) cutting a cross-section of a sample perpendicular to the fracture layers, (ii) impregnating with mixture of an epoxy resin and a hardener, and (iii) polishing, b) Sample analysis, wherein the coating layer is evaluated on the polished surfaces using VP-SEM-EDS, followed by X-ray analysis, by LA-ICP-MS analysis and micro-XRD analysis, said coating layer being a green film formed on rock surfaces after long exposure to the atmosphere, and c) Identification and characterization of an underground metallic mineral deposit, wherein a geological database is constructed, comprising: (i) a paragenetic table having the chemical elements and mineral phase discrimination of each analysed sample, and (ii) a GIS spatial representation of the chemical elements data of each analysed sample having a quantitative representation of each element located in each sample collected location in order to obtain a target area. a) Sample collection and preparation, wherein samples are collected from the surface of areas located in different anisotropic or isotropic plans having black, dark blue and dark brown to dark red colour impregnated areas of outcrop rocks, and sample preparation is performed by (i) cutting a cross-section of a sample perpendicular to the fracture layers, (ii) impregnating with mixture of an epoxy resin and a hardener, and (iii) polishing, b) Sample analysis, wherein the coating layer is evaluated on the polished surfaces using VP-SEM-EDS, followed by X-ray analysis, by LA-ICP-MS analysis and micro-XRD analysis, said coating layer being a green film formed on rock surfaces after long exposure to the atmosphere, and c) Identification and characterization of an underground metallic mineral deposit, wherein a geological database is constructed, comprising: (i) a paragenetic table having the chemical elements and mineral phase discrimination of each analysed sample, and (ii) a GIS spatial representation of the chemical elements data of each analysed sample having a quantitative representation of each element located in each sample collected location in order to obtain a target area.
A hearing aid configured to be worn by a wearer having a mouth and an ear with an ear canal, comprising: a first microphone (MIC 1) configured to be worn about the ear of the wearer at a first location and to produce a first microphone signal; a second microphone (MIC 2) configured to be worn about the ear canal of the wearer at a second location and to produce a second microphone signal, wherein the second location is closer to the mouth than the first microphone to provide a time difference for sound from the wearer's voice to reach the first and second microphones; a voice detector (309, 409) including an adaptive filter configured to model a relative transfer function between the first microphone and the second microphone, the voice detector configured to analyze an impulse response of the adaptive filter, detect the voice of the wearer based on an amplitude of the impulse response, and produce an indication of detection in response to the voice of the wearer being detected; a sound processor configured to produce an output signal using the first microphone signal, the second microphone signal, and the indication of detection; and a receiver configured to produce an audible signal using the output signal. a first microphone (MIC 1) configured to be worn about the ear of the wearer at a first location and to produce a first microphone signal; a second microphone (MIC 2) configured to be worn about the ear canal of the wearer at a second location and to produce a second microphone signal, wherein the second location is closer to the mouth than the first microphone to provide a time difference for sound from the wearer's voice to reach the first and second microphones; a voice detector (309, 409) including an adaptive filter configured to model a relative transfer function between the first microphone and the second microphone, the voice detector configured to analyze an impulse response of the adaptive filter, detect the voice of the wearer based on an amplitude of the impulse response, and produce an indication of detection in response to the voice of the wearer being detected; a sound processor configured to produce an output signal using the first microphone signal, the second microphone signal, and the indication of detection; and a receiver configured to produce an audible signal using the output signal.
A switch device comprising: a rotor member (20, 60) mounted so as to be rotatable about a longitudinal axis of a lever main body, the rotor member (20, 60) comprising a cam surface; a knob member (30, 50) mounted so as to be integrally rotatable with the rotor member (20, 60), the knob member (30, 50) comprising a cam surface that faces the cam surface of the rotor member (20, 60) with a gap therebetween; a movable contact member (130, 140) disposed in the gap between the cam surface of the rotor member (20, 60) and the cam surface of the knob member (30, 50), the movable contact member (130, 140) being movable in the longitudinal axis direction by a rotational operation of the rotor member (20, 60) and the knob member (30, 50) about the longitudinal axis; and characterised by a flexible substrate linearly disposed in the longitudinal axis direction in at least a movable range of the movable contact member (130, 140), the flexible substrate comprising a contact portion (71a, 71b), a contact terminal (133, 143) of the movable contact member (130, 140) being brought into contact with and separated from the contact portion (71a, 71b) in association with the movement in the longitudinal axis direction of the movable contact member (130, 140), wherein the flexible substrate is fixed to the lever main body with a substantially central portion of the flexible substrate pressed against the lever main body by means of a plurality of projection portions formed on a lever cover at a plurality of locations in a direction of the longitudinal axis of the lever main body. a rotor member (20, 60) mounted so as to be rotatable about a longitudinal axis of a lever main body, the rotor member (20, 60) comprising a cam surface; a knob member (30, 50) mounted so as to be integrally rotatable with the rotor member (20, 60), the knob member (30, 50) comprising a cam surface that faces the cam surface of the rotor member (20, 60) with a gap therebetween; a movable contact member (130, 140) disposed in the gap between the cam surface of the rotor member (20, 60) and the cam surface of the knob member (30, 50), the movable contact member (130, 140) being movable in the longitudinal axis direction by a rotational operation of the rotor member (20, 60) and the knob member (30, 50) about the longitudinal axis; and characterised by a flexible substrate linearly disposed in the longitudinal axis direction in at least a movable range of the movable contact member (130, 140), the flexible substrate comprising a contact portion (71a, 71b), a contact terminal (133, 143) of the movable contact member (130, 140) being brought into contact with and separated from the contact portion (71a, 71b) in association with the movement in the longitudinal axis direction of the movable contact member (130, 140), wherein the flexible substrate is fixed to the lever main body with a substantially central portion of the flexible substrate pressed against the lever main body by means of a plurality of projection portions formed on a lever cover at a plurality of locations in a direction of the longitudinal axis of the lever main body.
An apparatus for permanently extending a penis, which comprises a support ring and at least two extension rods which are articulatedly fastened to the support ring and are axially resiliently mounted by means of a spring and are longitudinally adjustable, wherein the extension rods comprise a joint sleeve which is articulatedly connected at one end to the support ring, a spring sleeve in which the spring is arranged and which is connected at one end to a coupling element which is suitable for connecting a fastening device for a penis to the extension rods and for exerting a tensile force on the penis, and at least one rod-shaped telescopic adjustment unit arranged between the spring sleeve and the joint sleeve, characterized in that the joint sleeve comprises an internal bore in the wall of which an internal thread is formed, a first and a second telescopic adjustment unit are arranged between the spring sleeve and the joint sleeve, the first adjustment unit provides a threaded sleeve which has an external thread which is screwed into the internal thread of the joint sleeve and an internal bore in the wall of which an internal thread is formed, the second adjustment unit provides a threaded spindle, which is provided towards the threaded sleeve with an external thread, which is screwed into the internal thread of the threaded sleeve, and towards the spring sleeve with a plug pin projecting into the spring sleeve, and the spring is arranged in the spring sleeve between the plug pin and the coupling element. a joint sleeve which is articulatedly connected at one end to the support ring, a spring sleeve in which the spring is arranged and which is connected at one end to a coupling element which is suitable for connecting a fastening device for a penis to the extension rods and for exerting a tensile force on the penis, and at least one rod-shaped telescopic adjustment unit arranged between the spring sleeve and the joint sleeve, the joint sleeve comprises an internal bore in the wall of which an internal thread is formed, a first and a second telescopic adjustment unit are arranged between the spring sleeve and the joint sleeve, the first adjustment unit provides a threaded sleeve which has an external thread which is screwed into the internal thread of the joint sleeve and an internal bore in the wall of which an internal thread is formed, the second adjustment unit provides a threaded spindle, which is provided towards the threaded sleeve with an external thread, which is screwed into the internal thread of the threaded sleeve, and towards the spring sleeve with a plug pin projecting into the spring sleeve, and the spring is arranged in the spring sleeve between the plug pin and the coupling element.
Method for measuring a physical parameter by means of an electronic circuit with a resistive sensor, which includes a resistive divider with at least two resistors (R1, R2) mounted in series, wherein a connection node of the two resistors is connected to a moving mass, which is elastically retained in a fixed structure of the sensor, and to a first input of an amplifier-comparator, a second input of the amplifier-comparator receiving a reference voltage (V cm), one output of the amplifier-comparator being connected to a logic unit for digital processing of the information provided by the amplifier-comparator and for providing at least one digital output signal, and a digital-to-analogue converter connected to the logic unit and capable of providing a measurement voltage (V dac) to a free end of the first resistor or to a free end of the second resistor via a switching unit (11, 12, 13, 14), the measurement voltage being defined on the basis of a conversion of a binary word (DAC bus) of the logic unit, which defines at least one measurement signal, the measurement method being characterized in that the method includes several successive measurement cycles for one measurement conversion, wherein each successive measurement cycle comprises the steps of: a) polarizing, via the switching unit, the free end of the second resistor by a polarization voltage (V pol) and the free end of the first resistor by a measurement voltage (V dac) provided by the digital-to-analogue converter based on a first digital measurement signal from a preceding cycle or from an initial binary word provided by the logic unit, the first digital signal depending on a first polarization of the resistive sensor, b) polarizing, via the switching unit, the free end of the first resistor by a polarization voltage (V pol) and the free end of the second resistor by a measurement voltage (V dac) provided by the digital-to-analogue converter based on a second digital measurement signal from a preceding cycle or from an initial binary word provided by the logic unit, the second digital signal depending on a second polarization of the resistive sensor. a) polarizing, via the switching unit, the free end of the second resistor by a polarization voltage (V pol) and the free end of the first resistor by a measurement voltage (V dac) provided by the digital-to-analogue converter based on a first digital measurement signal from a preceding cycle or from an initial binary word provided by the logic unit, the first digital signal depending on a first polarization of the resistive sensor, b) polarizing, via the switching unit, the free end of the first resistor by a polarization voltage (V pol) and the free end of the second resistor by a measurement voltage (V dac) provided by the digital-to-analogue converter based on a second digital measurement signal from a preceding cycle or from an initial binary word provided by the logic unit, the second digital signal depending on a second polarization of the resistive sensor.