mhurhangee/ep-ind-claims huggingface dataset:
A tool for releasably coupling a first tubing to a second tubing in a wellbore, the tool comprising: a tubular mandrel configured to couple to and be carried into the wellbore by the first tubing; a collet ring comprising a plurality of collets (308,310), the collet ring carried to axially translate between: a locked position where the collets (308,310) are supported radially outward by the mandrel to engage the second tubing thereby coupling the first and second tubing, and a released position where the collets (308,310) are unsupported and allowed to retract radially inward out of engagement with the second tubing and allow the first tubing to uncouple from the second tubing; and a releasing piston carried in the interior of the mandrel to translate axially between a supporting position supporting the collet ring in the released position and an unsupporting position allowing the collet ring to translate to the locked position, the releasing piston releasably retained in the unsupporting position until hydraulic pressure is applied against the releasing piston to move the releasing piston to the supporting position; characterised in that the collet ring is in an interior of the mandrel wherein the plurality of collets (308,310) extend from the interior of the mandrel to an exterior of the mandrel through a plurality of openings (312,314) in the mandrel, the collet ring being carried in the interior of the mandrel. a tubular mandrel configured to couple to and be carried into the wellbore by the first tubing; a collet ring comprising a plurality of collets (308,310), the collet ring carried to axially translate between: a locked position where the collets (308,310) are supported radially outward by the mandrel to engage the second tubing thereby coupling the first and second tubing, and a released position where the collets (308,310) are unsupported and allowed to retract radially inward out of engagement with the second tubing and allow the first tubing to uncouple from the second tubing; and a locked position where the collets (308,310) are supported radially outward by the mandrel to engage the second tubing thereby coupling the first and second tubing, and a released position where the collets (308,310) are unsupported and allowed to retract radially inward out of engagement with the second tubing and allow the first tubing to uncouple from the second tubing; and a releasing piston carried in the interior of the mandrel to translate axially between a supporting position supporting the collet ring in the released position and an unsupporting position allowing the collet ring to translate to the locked position, the releasing piston releasably retained in the unsupporting position until hydraulic pressure is applied against the releasing piston to move the releasing piston to the supporting position;
An interconnect structure for an integrated circuit, the interconnect structure comprising: a metal line comprising a plurality of sections (M1, M2, M3) extended in a 1 st direction; and a plurality of vias (V1, V2, V3) respectively protruding from the plurality of sections (M1, M2, M3) of the metal line, wherein the plurality of sections (M1, M2, M3) have different thicknesses along the 1 st direction, and/or wherein the vias (V1, V2, V3) have different widths (W1, W2, W3) in at least one of the 1 st direction and a 2 nd direction perpendicular to the 1 st direction, and have different protrusion heights in a 3 rd direction perpendicular to the 1 st and 2 nd direction (D1, D2). a metal line comprising a plurality of sections (M1, M2, M3) extended in a 1 st direction; and a plurality of vias (V1, V2, V3) respectively protruding from the plurality of sections (M1, M2, M3) of the metal line, wherein the plurality of sections (M1, M2, M3) have different thicknesses along the 1 st direction, and/or wherein the vias (V1, V2, V3) have different widths (W1, W2, W3) in at least one of the 1 st direction and a 2 nd direction perpendicular to the 1 st direction, and have different protrusion heights in a 3 rd direction perpendicular to the 1 st and 2 nd direction (D1, D2).
Optical sensor arrangement, comprising: - a light sensor that is connected to a summation node and is designed for generating a sensor current, - a current source connected to the summation node and designed to provide a source current, and - an integrator that is coupled to the summation node and is designed for generating a first value of an integrator signal by integrating during a first phase and for generating a second value of the integrator signal by integrating during a second phase, wherein the integrator comprises - an amplifier having an input coupled to an input of the integrator and an output coupled to an output of the integrator, - an integrating capacitor coupling the output of the amplifier to the input of the amplifier, and - a reset switch that couples a first terminal of the integrating capacitor to a second terminal of the integrating capacitor, characterized in that the optical sensor arrangement comprises a sum and hold circuit that is coupled to the integrator and is designed to generate an analog output signal as a function of a difference of the first value and the second value of the integrator signal and to store the analog output signal, and wherein the integrating capacitor is configured such that a capacitance value of the integrating capacitor is controlled by a set signal. - a light sensor that is connected to a summation node and is designed for generating a sensor current, - a current source connected to the summation node and designed to provide a source current, and - an integrator that is coupled to the summation node and is designed for generating a first value of an integrator signal by integrating during a first phase and for generating a second value of the integrator signal by integrating during a second phase, - an amplifier having an input coupled to an input of the integrator and an output coupled to an output of the integrator, - an integrating capacitor coupling the output of the amplifier to the input of the amplifier, and - a reset switch that couples a first terminal of the integrating capacitor to a second terminal of the integrating capacitor, characterized in that the optical sensor arrangement comprises a sum and hold circuit that is coupled to the integrator and is designed to generate an analog output signal as a function of a difference of the first value and the second value of the integrator signal and to store the analog output signal, and wherein the integrating capacitor is configured such that a capacitance value of the integrating capacitor is controlled by a set signal.
A vehicle door lock control comprising: an operating handle (2;3) fixed to a door of a vehicle; a base plate fixed in the door; an operating shaft mounted to the base plate; an operating lever (13;15) pivotally secured to the operating shaft and connected to the operating handle (2;3); a release lever pivotally secured to the operating shaft and connected to a door latch device (4;5) for enabling the door to open in an unlocking position and to close in a locked position; a lock control pin that allows the release lever to move between the unlocking position and the locked position; a knob lever that moves the lock control pin to the unlocking position and the locked position; a knob provided at an inside of the vehicle to operate the knob lever manually; an actuator that operates the knob lever electrically; and an output shaft provided on the actuator, the knob lever being pivotally secured to the output shaft, characterized in that: the operating lever (13;15) and the release lever are disposed at one side of the base plate, the knob lever being disposed at the other side of the base plate, the lock control pin slidably engaging in an elongate hole of the knob lever and passing through an opening of the base plate to slidably engage in a control hole of the operating lever (13;15) and in a control hole of the release lever. an operating handle (2;3) fixed to a door of a vehicle; a base plate fixed in the door; an operating shaft mounted to the base plate; an operating lever (13;15) pivotally secured to the operating shaft and connected to the operating handle (2;3); a release lever pivotally secured to the operating shaft and connected to a door latch device (4;5) for enabling the door to open in an unlocking position and to close in a locked position; a lock control pin that allows the release lever to move between the unlocking position and the locked position; a knob lever that moves the lock control pin to the unlocking position and the locked position; a knob provided at an inside of the vehicle to operate the knob lever manually; an actuator that operates the knob lever electrically; and an output shaft provided on the actuator, the knob lever being pivotally secured to the output shaft, characterized in that: the operating lever (13;15) and the release lever are disposed at one side of the base plate, the knob lever being disposed at the other side of the base plate, the lock control pin slidably engaging in an elongate hole of the knob lever and passing through an opening of the base plate to slidably engage in a control hole of the operating lever (13;15) and in a control hole of the release lever. the operating lever (13;15) and the release lever are disposed at one side of the base plate, the knob lever being disposed at the other side of the base plate, the lock control pin slidably engaging in an elongate hole of the knob lever and passing through an opening of the base plate to slidably engage in a control hole of the operating lever (13;15) and in a control hole of the release lever.
A door locking device, in particular an electromagnetic door locking device for a door with a rotary latch to which in particular torque can be or is applied, for a locking bolt of the door, wherein the rotary latch has a recess with a closing system surface, with a pivoting body, in particular a pivoting locking body, and with a lever body, wherein the pivoting body is connected to the lever body by means of a connecting body, wherein the connecting body is connected to the pivoting body by means of a first joint, and is connected to the lever body by means of a second joint, wherein when the rotary latch is in the closed position, the closing system surface of the recess of the rotary latch is in contact, or can be brought into contact, with the first joint between the pivoting body and the connecting body.
A system for assembling a modular coupling, the systemcomprising: a main body; and a thread about a central axis with restricted freedom to move relative to said main body at least in a direction parallel to said central axis; the system being characterized in that it further comprises: a plurality of alternative toothed parts suitable for being fastened to the main body and each presenting a different set of teeth with at least one front tooth projecting along an axis parallel to said central axis. a main body; and a thread about a central axis with restricted freedom to move relative to said main body at least in a direction parallel to said central axis; a plurality of alternative toothed parts suitable for being fastened to the main body and each presenting a different set of teeth with at least one front tooth projecting along an axis parallel to said central axis.
A roof window comprising an insulation member for sealing a gap between at least part of a roof window frame and at least part of a frame of an aperture in a support structure for receiving the roof window frame, the insulation member being pre-fitted on the roof window frame, characterized in that the insulation member has a first out of use configuration and can be in a second in use insulating configuration wherein the insulation member has means for activating the insulation member between said first out of use configuration and said second in use insulating configuration.
A method of processing a sample obtained from a livestock animal, comprising: applying at least some of said sample to a test surface of a growth medium test plate, waiting for a time sufficient to allow microbial growth to form on said test surface, characterized by acquiring a visual spectrum image depicting at least part of the test surface, using an image capture device, and providing a computer-implemented pre-trained image classifier algorithm, said image classifier algorithm being pre-trained to determine a microorganism type based on a visible spectrum image depicting a growth pattern of a known microorganism, and applying said image to the pre-trained image classifier algorithm to determine a microorganism type based on a microorganism growth pattern visible on the image, wherein the image capture device forms part of a smartphone or a tablet, wherein the method further comprises positioning the test plate on a first part of an image capture support and positioning the image capture device on a second part of the image capture support, said second part being spaced from the first part, and wherein the acquisition of the image is performed while the image capture device and the test plate are positioned on the image capture support. applying at least some of said sample to a test surface of a growth medium test plate, waiting for a time sufficient to allow microbial growth to form on said test surface, characterized by acquiring a visual spectrum image depicting at least part of the test surface, using an image capture device, and providing a computer-implemented pre-trained image classifier algorithm, said image classifier algorithm being pre-trained to determine a microorganism type based on a visible spectrum image depicting a growth pattern of a known microorganism, and applying said image to the pre-trained image classifier algorithm to determine a microorganism type based on a microorganism growth pattern visible on the image, wherein the image capture device forms part of a smartphone or a tablet, wherein the method further comprises positioning the test plate on a first part of an image capture support and positioning the image capture device on a second part of the image capture support, said second part being spaced from the first part, and wherein the acquisition of the image is performed while the image capture device and the test plate are positioned on the image capture support.
An apparatus comprising: means for determining a viewing angle associated with at least one camera; means for determining from at least two audio signals a direction of at least one audio source relative to the apparatus; means for generating at least one spatial filter defining at least a first direction range associated with the viewing angle and with a viewing angle gain applicable for the first direction range so as to control a level of the at least one audio source dependent on whether the at least one audio source direction is located within the first direction range; means for displaying a representation of the first direction range associated with the viewing angle gain on a display of the apparatus, wherein the representation of the first direction range comprises an indication of the viewing angle gain for the first direction range; and means for receiving a user interface input that comprises an indication of a change in said viewing angle gain to control the level of the at least one audio source dependent on whether the at least one audio source is within the first direction range. means for determining a viewing angle associated with at least one camera; means for determining from at least two audio signals a direction of at least one audio source relative to the apparatus; means for generating at least one spatial filter defining at least a first direction range associated with the viewing angle and with a viewing angle gain applicable for the first direction range so as to control a level of the at least one audio source dependent on whether the at least one audio source direction is located within the first direction range; means for displaying a representation of the first direction range associated with the viewing angle gain on a display of the apparatus, wherein the representation of the first direction range comprises an indication of the viewing angle gain for the first direction range; and means for receiving a user interface input that comprises an indication of a change in said viewing angle gain to control the level of the at least one audio source dependent on whether the at least one audio source is within the first direction range.
Mobile lifting equipment comprising: • a removable lifting element comprising a rotary turntable and at least two telescopic arms, and • a removable vertical-elevation element allowing the said removable lifting element to be raised vertically, • a modular attachment interface for attaching the removable lifting element and the removable vertical-elevation element to the chassis, the said modular attachment interface comprising a female system of the modular attachment interface situated on the chassis, characterized in that the male system of the modular attachment interface is situated both on the removable lifting element and on the removable vertical-elevation element so that the removable lifting element and/or the removable vertical-elevation element can be fixed to the chassis, and • an in-built device for transferring the removable lifting element and the removable vertical-elevation element between a transport position and an operating position of the said removable elements. • a removable lifting element comprising a rotary turntable and at least two telescopic arms, and • a removable vertical-elevation element allowing the said removable lifting element to be raised vertically, • a modular attachment interface for attaching the removable lifting element and the removable vertical-elevation element to the chassis, the said modular attachment interface comprising a female system of the modular attachment interface situated on the chassis, characterized in that the male system of the modular attachment interface is situated both on the removable lifting element and on the removable vertical-elevation element so that the removable lifting element and/or the removable vertical-elevation element can be fixed to the chassis, and • an in-built device for transferring the removable lifting element and the removable vertical-elevation element between a transport position and an operating position of the said removable elements.
A fluid guiding device, with an inner wall, an intermediate wall and an outer wall which are respectively circularly cylindric relative to a longitudinal center axis of the fluid guiding device, whereby, on a first axial side of the fluid guiding device, a first internal fluid port is formed on a first radial side of the intermediate wall, and a first outer fluid port is formed on a second radial side of the intermediate wall, and, on a second axial side of the fluid guiding device, opposite the first axial side, a second internal fluid port is formed on the first radial side of the intermediate wall, and a second outer fluid port is formed on the second radial of the intermediate wall, whereby the first inner fluid port is in fluid communication with the second outer fluid port and is fluidically isolated from the second inner fluid port, and the first outer fluid port is in fluid communication with the second inner fluid port and is fluidically isolated from the second outer fluid port, whereby the fluid guiding device has two axial regions adjacent to one another in the axial direction, whereby each of the axial regions has an inner wall region (13, 14) of the inner wall, an intermediate wall region (11, 12) of the intermediate wall, an outer wall region (9, 10) of the outer wall and radial web regions of the radial webs, whereby the outer wall regions (9, 10), the inner wall regions (13, 14) and the radial web regions are adjacent to one another, and the intermediate wall regions (11, 12), in alignment with one another, are spaced apart from each other in the axial direction, characterised in that each of the axial regions is respectively formed by a fluid distribution element (6, 7), and the fluid distribution elements (6, 7) are provided as identical parts connected to each other with an angular offset in the circumferential direction.
A method for supporting updates of database contact information for mobile communications device, the method comprising: compiling database contact information for a group of mobile communications devices; uploading the database contact information to a master database of a service provider computer server; downloading, via a wireless link of a mobile communications device, database contact information contained in the master database of the service provider computer server to a global database of the mobile communications device to update the global database; entering database contact information directly into a mobile communications device, said mobile communications device including a local logical database and the global logical database; and enabling to indicate on a mobile communications device whether the entered information is to remain local or global, wherein global information is sent to the service provider computer server to update the master database. compiling database contact information for a group of mobile communications devices; uploading the database contact information to a master database of a service provider computer server; downloading, via a wireless link of a mobile communications device, database contact information contained in the master database of the service provider computer server to a global database of the mobile communications device to update the global database; entering database contact information directly into a mobile communications device, said mobile communications device including a local logical database and the global logical database; and enabling to indicate on a mobile communications device whether the entered information is to remain local or global, wherein global information is sent to the service provider computer server to update the master database.