mhurhangee/patent-ind-claim-en huggingface dataset:
Front cover device connectable to a power socket, said power socket comprising a terminal socket , said terminal socket comprising a connecting terminal , said front cover device extending along a longitudinal axis and comprising : - a cover provided to be mounted on said terminal socket and defining an insertion well delimiting an interior cavity having a front opening of engagement suitable for engaging and receiving a plug with pins , said cover comprising a front side surrounding said front opening of engagement and a rear side and extending, along the longitudinal axis, between the latter, - a mobile element , such as a plate, having a front face and being mounted movable in translation in the interior cavity along the longitudinal axis, between a front position closing the front opening of engagement and a rear position making it possible the electrical contact between the connecting terminal and the pins , said mobile element having at least two front access holes for the pins , - elastic means able to exert a return force toward the front side of the cover , the mobile element further comprises a closure system , each front access hole for the pins being at least substantially closed by the closure system which forms, into each of said front access hole, an elastically deformable closure wall able to be crossed, through elastic deformation, by the pins of the plug and to elastically return toward its original form of closure after their removal, each closure wall being incised by at least one incision (I), preferably by at least one X-shaped incision, characterized in that the closure system comprises a plurality of closure elements , preferably made in an elastic or rubber material, each forming one of the elastically deformable closure walls and in that each deformable closure walls is flush or substantially flush or coincides with the front face of the mobile element so as to obtain, in front position of the mobile element , a regular visible front surface of the front face of the cover . - a cover provided to be mounted on said terminal socket and defining an insertion well delimiting an interior cavity having a front opening of engagement suitable for engaging and receiving a plug with pins , said cover comprising a front side surrounding said front opening of engagement and a rear side and extending, along the longitudinal axis, between the latter, - a mobile element , such as a plate, having a front face and being mounted movable in translation in the interior cavity along the longitudinal axis, between a front position closing the front opening of engagement and a rear position making it possible the electrical contact between the connecting terminal and the pins , said mobile element having at least two front access holes for the pins , - elastic means able to exert a return force toward the front side of the cover ,
An apparatus for detecting and identifying flying or jumping insects in farming or forestry production facilities, the apparatus comprising: an illumination module configured to simultaneously illuminate an entire target space and comprising light source configured to emit a diverging beam of incoherent infrared or near-infrared light along an illumination direction; a detector module comprising an imaging system and an image sensor , the detector module being configured to receive backscattered light from organisms inside the target space and to capture a plurality of images of the illuminated target space, the target space comprising one or more organisms moving about said target space, wherein the imaging system defines an imaging optical axis, wherein the imaging optical axis and the illumination direction define an angle between each other, the angle being between 1° and 30°; a processor configured to: - detect, from the captured images, a trajectory of an organism moving about said target space; - recognize a type of organism from the detected trajectory. an illumination module configured to simultaneously illuminate an entire target space and comprising light source configured to emit a diverging beam of incoherent infrared or near-infrared light along an illumination direction; a detector module comprising an imaging system and an image sensor , the detector module being configured to receive backscattered light from organisms inside the target space and to capture a plurality of images of the illuminated target space, the target space comprising one or more organisms moving about said target space, wherein the imaging system defines an imaging optical axis, wherein the imaging optical axis and the illumination direction define an angle between each other, the angle being between 1° and 30°; a processor configured to: - detect, from the captured images, a trajectory of an organism moving about said target space; - recognize a type of organism from the detected trajectory. - detect, from the captured images, a trajectory of an organism moving about said target space; - recognize a type of organism from the detected trajectory.
A computer-implemented cell counting method for counting cultured cells, wherein an image of the cultured cells is acquired; an image of cell clusters and an image of individual cells are separated from this image; circular approximation of individual cells is conducted based on the image of the individual cells, and the number of the individual cells and the average area of the individual cells are calculated; the volume of the cell cluster is calculated based on a projected area of the cell cluster and the assumption that the cell cluster is a sphere; the volume of the individual cells is calculated based on the average area of the individual cells; and the volume of the cell cluster is divided by the volume of the individual cell, whereby the number of cells in the cell cluster is calculated.
A method for regulating parameters of at least two cell culture bioreactor bags individually, which bioreactor bags are provided on one and the same rocking part of a bioreactor system , said method comprising the steps of: - carrying out cell culture processing within said cell culture bags using one or more cell culture parameters; - determining an individual weight of the content in each bioreactor bag at different points in time during said processing; and - regulating one or more of said cell culture parameters in each bioreactor bag dependent on the individual weights of said contents. - carrying out cell culture processing within said cell culture bags using one or more cell culture parameters; - determining an individual weight of the content in each bioreactor bag at different points in time during said processing; and - regulating one or more of said cell culture parameters in each bioreactor bag dependent on the individual weights of said contents.
Blower device for a vacuum cleaner, the blower device having the following features: a fan and a fan motor , the fan motor being coupled to the fan of the blower device ; characterised by a controllable motor bypass which is arranged between the fan and the fan motor , the motor bypass having at least one adjusting element for adjusting a flow cross section of the motor bypass . a fan and a fan motor , the fan motor being coupled to the fan of the blower device ; characterised by a controllable motor bypass which is arranged between the fan and the fan motor , the motor bypass having at least one adjusting element for adjusting a flow cross section of the motor bypass .
An EWOD device comprising a top substrate and a bottom substrate spaced apart from one another to define a fluid gap therebetween; wherein the device comprises at least M first temperature control elements and N second temperature control elements (52a,52b;54a,54b) for defining (M+N) respective zones of controllable temperature in the fluid gap, the first temperature control elements being in thermal contact with the first substrate and offset from one another along a direction parallel to the plane of the fluid gap, and the second temperature control elements being in thermal contact with the second substrate and offset from one another along the direction parallel to the plane of the fluid gap; wherein the first temperature control elements are offset, along the direction parallel to the plane of the fluid gap, relative to the second temperature control elements; and wherein the first and second temperature control elements are spaced along the direction parallel to the plane of the fluid gap such that the temperature within a zone of the zones of controllable temperature is determined by the temperature control element that defines that zone and by at least one other temperature control element.
Method of manufacturing a component made of a fibre-reinforced composite material by forming a thermoplastic organic component in a membrane press , wherein the membrane press comprises a press lower part, onto/on which a mould is arranged, and wherein the membrane press comprises a press upper part which has a pressure case that can be sealed against the press lower part, wherein as the workpiece, at least one organic sheet is placed onto or on the mould, wherein, as prefabricated semi-finished product, the organic sheet consists of several organic sheet layers which are placed together before insertion into the press , wherein an elastically expandable membrane is stretched over the mould with the interspersion of the organic sheet , wherein the membrane is fastened to the press upper part in an elastically pretensioned manner and wherein the organic sheet is formed, forming the component, in that a negative pressure is applied to the side of the membrane facing the mould and an overpressure is applied to the side facing away from the mould, so that the organic sheet adapts to the mould. wherein the membrane press comprises a press lower part, onto/on which a mould is arranged, and wherein the membrane press comprises a press upper part which has a pressure case that can be sealed against the press lower part, wherein as the workpiece, at least one organic sheet is placed onto or on the mould, wherein, as prefabricated semi-finished product, the organic sheet consists of several organic sheet layers which are placed together before insertion into the press , wherein an elastically expandable membrane is stretched over the mould with the interspersion of the organic sheet , wherein the membrane is fastened to the press upper part in an elastically pretensioned manner and wherein the organic sheet is formed, forming the component, in that a negative pressure is applied to the side of the membrane facing the mould and an overpressure is applied to the side facing away from the mould, so that the organic sheet adapts to the mould.
A method for making a high tensile strength galvanized steel sheet with excellent formability, comprising steps of subjecting a slab having an elemental composition consisting of, in terms of % by mass, 0.05 to 0.3% of C, 0.01 to 2.5% of Si, 0.5 to 3.5% of Mn, 0.003 to 0.100% of P, 0.02% or less of S, 0.010 to 1.5% of Al, 0.007% or less of N, and optionally one or more of 0.005 to 2.00% of Cr, 0.005 to 2.00% of Mo, 0.005 to 2.00% of V, 0.005 to 2.00% of Ni, 0.005 to 2.00% of Cu, 0.01 to 0.20% of Ti, 0.01 to 0.20% of Nb, 0.0002 to 0.005% of B, 0.001 to 0.005% of Ca and 0.001 to 0.005% of REM, the remainder being Fe and unavoidable impurities, to hot rolling and cold rolling thereby making a cold rolled steel sheet, subjecting the cold rolled steel sheet to annealing including steps of heating and maintaining the steel sheet in a temperature range from 750 to 950°C for 10 seconds or more, cooling the steel sheet from 750°C to a temperature range from (Ms point -100°C) to (Ms point -200°C) at an average cooling rate of 10°C/s or more, and reheating and maintaining the steel sheet in a temperature range from 350 to 600°C for 1 to 600 seconds, and then subjecting the annealed steel sheet to galvanizing treatment.
Household PEF cooking device (1; 11; 15) having - a cooking product container (2; 12; 16) which can be filled with liquid (W) and comprises PEF electrodes (4a, 4b; 6a, 4b) lying opposite one another, between which a cooking product (G) can be introduced, - a PEF signal generator for applying PEF signals (PS) to the PEF electrodes (4a, 4b; 6a, 4b), - a control device for controlling the PEF signal generator and - at least one IR sensor that measures contactlessly, is provided at a distance from the PEF electrodes (4a, 4b; 6a, 4b) and is connected to the control device , wherein - a measuring dot (M) of the IR sensor encompasses an outer face of an electrically conductive region (4a; 14) of a wall (3; 12; 17) of the cooking product container (2; 12; 16), which region can be contacted on its inner face by the liquid (W) when the cooking product container is full. - a cooking product container (2; 12; 16) which can be filled with liquid (W) and comprises PEF electrodes (4a, 4b; 6a, 4b) lying opposite one another, between which a cooking product (G) can be introduced, - a PEF signal generator for applying PEF signals (PS) to the PEF electrodes (4a, 4b; 6a, 4b), - a control device for controlling the PEF signal generator and - at least one IR sensor that measures contactlessly, is provided at a distance from the PEF electrodes (4a, 4b; 6a, 4b) and is connected to the control device , - a measuring dot (M) of the IR sensor encompasses an outer face of an electrically conductive region (4a; 14) of a wall (3; 12; 17) of the cooking product container (2; 12; 16), which region can be contacted on its inner face by the liquid (W) when the cooking product container is full.
A tire, comprising a tire component at least partially comprising a rubber composition, having a dynamic modulus E* that reversibly changes with water and satisfying the following relationship : Dynamic modulus E * when water-wet / Dynamic modulus E * when dry × 100 % ≤ 90 % wherein the dynamic modulus E* when water-wet and dynamic modulus E* when dry are determined by the methods defined in the description.
A method for supporting a first end of a first floor element at a beam , wherein the beam being provided with a supporting flange section configured to support said first end of the first floor element and a web section projecting upwards from the supporting flange section , and wherein the method comprises, supporting said first end of the first floor element on a first supporting surface of the supporting flange section at a first lateral side of the beam so that a first space is formed between the first end of the first floor element and the web section of the beam , providing elongated transverse fittings in the web section of the beam , providing transverse reinforcements to extend between the first lateral side of the beam and the inside of the first floor element , and filling fill material in the first space between the first end of the first floor element and the web section of the beam , fey providing the elongated transverse fitting to have a first free end at the first lateral side of the beam , characterized by connecting a first protective element to the first free end of the elongated transverse fitting outside the web section of the beam . supporting said first end of the first floor element on a first supporting surface of the supporting flange section at a first lateral side of the beam so that a first space is formed between the first end of the first floor element and the web section of the beam , providing elongated transverse fittings in the web section of the beam , providing transverse reinforcements to extend between the first lateral side of the beam and the inside of the first floor element , and filling fill material in the first space between the first end of the first floor element and the web section of the beam , fey providing the elongated transverse fitting to have a first free end at the first lateral side of the beam , characterized by connecting a first protective element to the first free end of the elongated transverse fitting outside the web section of the beam .
A turbine blade comprising: an attachment root having: an inner diameter end ; a first axial end ; a second axial end , a rearward direction defined from the first axial end to the second axial end ; a first lateral side ; and a second lateral side , an end-to-end centerplane between and extending parallel to the first and second lateral sides; an airfoil having: a pressure side ; a suction side ; a leading edge ; and a trailing edge ; and a cooling passageway system comprising: a plurality of trunks extending from respective inlets along the root inner diameter end from a leading trunk near the first axial end to a trailing trunk near the second axial end ; and a plurality of outlets along the airfoil including trailing edge outlets fed by the trailing trunk , wherein viewed normal to the end-to-end centerplane: the trailing trunk has a turn including an upstream first portion turning forward and a downstream second portion turning rearward; an outside of the second portion of the turn protrudes forward; and characterised in that the outside of the second portion of the turn has a tighter curvature than an inside of the second portion of the turn. an attachment root having: an inner diameter end ; a first axial end ; a second axial end , a rearward direction defined from the first axial end to the second axial end ; a first lateral side ; and a second lateral side , an end-to-end centerplane between and extending parallel to the first and second lateral sides; an inner diameter end ; a first axial end ; a second axial end , a rearward direction defined from the first axial end to the second axial end ; a first lateral side ; and a second lateral side , an end-to-end centerplane between and extending parallel to the first and second lateral sides; an airfoil having: a pressure side ; a suction side ; a leading edge ; and a trailing edge ; and a pressure side ; a suction side ; a leading edge ; and a trailing edge ; and a cooling passageway system comprising: a plurality of trunks extending from respective inlets along the root inner diameter end from a leading trunk near the first axial end to a trailing trunk near the second axial end ; and a plurality of outlets along the airfoil including trailing edge outlets fed by the trailing trunk , a plurality of trunks extending from respective inlets along the root inner diameter end from a leading trunk near the first axial end to a trailing trunk near the second axial end ; and a plurality of outlets along the airfoil including trailing edge outlets fed by the trailing trunk , the trailing trunk has a turn including an upstream first portion turning forward and a downstream second portion turning rearward; an outside of the second portion of the turn protrudes forward; and characterised in that the outside of the second portion of the turn has a tighter curvature than an inside of the second portion of the turn.
An interferometer for sensing the displacement of an object, the interferometer comprising: a laser and optics portion including, a master laser configured to generate a master laser beam, a slave laser configured to generate a slave laser beam, and optical elements configured and arranged to direct only one of the master laser beam and the slave laser beam off of the object and combine the master laser beam and slave laser beam to provide a sensing beat signal to a beat signal phase measurement loop and a reference beat signal to a reference phase lock loop , the reference beat signal used at least in part to control the phase of the slave laser ; and an electronic circuit portion coupled to receive the sensing beat signal and the reference beat signal, the electronic circuit portion including, a clock , at least one numerically controlled oscillator having a clock input coupled to the clock , a first mixer having a first input coupled to receive the reference beat signal, a second input coupled to receive an output of the at least one numerically controlled oscillator and an output used to at least in part control the slave laser , a second mixer having a first input to receive the sensing beat signal and a second input to receive an output of the at least one numerically controlled oscillator , an interferometer output coupled to receive an output of the second mixer ; at least one sensing heterodyne detector , configured and arranged to provide the sensing beat signal; and at least one reference heterodyne detector configured and arranged to provide the reference beat signal. a laser and optics portion including, a master laser configured to generate a master laser beam, a slave laser configured to generate a slave laser beam, and optical elements configured and arranged to direct only one of the master laser beam and the slave laser beam off of the object and combine the master laser beam and slave laser beam to provide a sensing beat signal to a beat signal phase measurement loop and a reference beat signal to a reference phase lock loop , the reference beat signal used at least in part to control the phase of the slave laser ; and an electronic circuit portion coupled to receive the sensing beat signal and the reference beat signal, the electronic circuit portion including, a clock , at least one numerically controlled oscillator having a clock input coupled to the clock , a first mixer having a first input coupled to receive the reference beat signal, a second input coupled to receive an output of the at least one numerically controlled oscillator and an output used to at least in part control the slave laser , a second mixer having a first input to receive the sensing beat signal and a second input to receive an output of the at least one numerically controlled oscillator , an interferometer output coupled to receive an output of the second mixer ; at least one sensing heterodyne detector , configured and arranged to provide the sensing beat signal; and at least one reference heterodyne detector configured and arranged to provide the reference beat signal.
Apparatus for generating pressure pulses by means of explosions, comprising a pressure-resistant container with a main explosion chamber incorporated therein and an auxiliary explosion chamber with an ignition device , further comprising at least one supply line for supplying a flowable explosive material, and a discharge opening for the directed discharge of a pressure pulse generated by the ignition of the explosive material in the main explosion chamber, further comprising a closure means which closes the discharge opening and which at least partially releases the discharge opening by the pressure force of an explosion in the auxiliary explosion chamber, and having a delay means between the main and auxiliary explosion chamber for delayed ignition of a main explosion in the main explosion chamber, in such a way that at the time of the main explosion the discharge opening is at least partially open, characterized in that the pressure force of the explosion in the auxiliary explosion chamber acts on the closure means and in that the closure means is thus displaceable in its position and at least partially opens the discharge opening, wherein the main explosion chamber and the closure means closing the discharge opening being arranged in such a way that a gas pressure in the main explosion chamber acts on the closure means perpendicularly to the direction of movement of the closure.