mhurhangee/patent-ind-claim-en huggingface dataset:
Fluid valve comprising a valve body provided with an inlet section and an outlet section for said fluid, and a shutter arranged inside a housing obtained inside said valve body and provided with an inner duct for the passage of said fluid, said shutter being at least rotatably constrained inside said housing between a first open position, wherein the passage of fluid between said inlet section and said outlet section through said inner duct is allowed, and a second closed position, wherein the passage of fluid between said inlet section and said outlet section is prevented, said valve further comprising sealing elements between said shutter and said housing of said valve body , said valve body being provided with a seat for a filtering element , comprising a filter and a filter-holder element , part of said seat being made inside said shutter so that, in use, a first portion of said filtering element is inserted in said shutter and a second portion of said filtering element protrudes from said shutter , said second portion being inserted, for at least part of its extent, with clearance in the seat so that to obtain a fluidic chamber at least between said second portion of said filtering element and said seat , said fluidic chamber being fluidically connected to said outlet section , wherein said fluidic chamber extends at least partially also between said first portion and said seat , characterised in that at least for 80% of the height of the filter , the distance between the filter and the seat , considered laterally to the filter , is always greater than 1 mm, and in that the valve is configured so that said filtering element rotates integrally with said shutter by means of one or more protrusions made on said filtering element.
A method of molding a composite molded article providing a first mold member attached to a fixed platen , a second mold member attached to a movable platen and a movable mold member which can rotate and move in a mold opening/closing direction between the first mold member and the second mold member , using the first mold member to mold a primary molded article by primary molding, switching the movable mold member holding the primary molded article with a movable mold member positioned with the second mold member , then using the second mold member in which the primary molded article is inserted to mold a secondary molded article by secondary molding, wherein the movable mold member approaches the first mold member to form a first cavity , in which the primary molded article is not held, the movable platen , to which the second mold member is attached, approaches the movable mold member to form a second cavity upon which the mold closing is completed; the primary molding and the secondary molding can be switched so that the second mold member molds the primary molded article and the first mold member molds the secondary molded article ; the primary molding and the secondary molding are executed by noncontinuous different steps at points of time different from each other, and either of the primary molding and the secondary molding is performed by compression molding reducing a volume of the first or second cavity ; and the primary molding is performed after the secondary molding in which the primary molded article is inserted to mold a secondary molded article .
Masonry compound having a multiplicity of facing bricks arranged next to one another and/or above one another, wherein the facing bricks , which have in each case a face side , a back side and a lower side , in the installed state have on their upper side in each case a longitudinally oriented recess and the face sides form the outer facade of the masonry compound upon which the sun radiation shines directly, wherein the recess is positioned closer to the front face side than to the back side , wherein adjacent facing bricks are arranged such that their recesses align with one another, wherein a pipeline section is laid in each case into the recesses of adjacent facing bricks , wherein the pipeline sections are connected with one another such that a fluid flowing through these pipeline sections absorbs a large proportion of the thermal energy and supplies it to a heat exchange device, wherein the recess in the respective facing brick is formed as a rectangularly cutout groove , characterised in that the respective pipeline section is fixed in the groove by means of at least one fastening element set force-fittingly and/or form-fittingly into the respective groove, wherein the masonry compound has at least one finishing facing brick which in the installed state has on a narrow side a cutout extending vertically which accommodates a bent pipeline element , wherein the respective pipeline section with the fastening element is inserted into the groove such that the pipeline section does not touch the facing brick but rather only contacts the fastening element , wherein between the pipeline section and the surface of the groove which has the smallest distance to the lower side of the facing brick is formed a gap , wherein mortar is filled into the groove such that this mortar distributes itself in the gap and inhibits the formation of air inclusions between the pipeline section and the facing brick .
A lock device (12a; 12b) comprising: - an input member rotatable about an input axis ; - a manually rotatable knob fixed to the input member ; - an output member rotatable about an output axis ; - an electromechanical coupling device (22a; 22b) configured to adopt an uncoupled state , where the input member can rotate freely about the input axis and rotation of the input member about the input axis is not transmitted to a rotation of the output member about the output axis , and a coupled state , where rotation of the input member about the input axis can be transmitted to a rotation of the output member about the output axis ; - an electric control system configured to control the coupling device (22a; 22b) to switch between the uncoupled state and the coupled state ; and - a sensor in signal communication with the control system , the sensor being configured to generate a position signal indicative of a position of the output member about the output axis . - an input member rotatable about an input axis ; - a manually rotatable knob fixed to the input member ; - an output member rotatable about an output axis ; - an electromechanical coupling device (22a; 22b) configured to adopt an uncoupled state , where the input member can rotate freely about the input axis and rotation of the input member about the input axis is not transmitted to a rotation of the output member about the output axis , and a coupled state , where rotation of the input member about the input axis can be transmitted to a rotation of the output member about the output axis ; - an electric control system configured to control the coupling device (22a; 22b) to switch between the uncoupled state and the coupled state ; and - a sensor in signal communication with the control system , the sensor being configured to generate a position signal indicative of a position of the output member about the output axis .
A thread traversing device for traversing a thread at a work station of a textile machine producing cross-wound spools , comprising - a thread laying unit having a thread guide movable between a first end position and a second end position, and - an electromotive drive connected to the thread laying unit for the oscillating adjustment of the thread guide between the first and the second end position, characterized by a temperature control system comprising a heating unit having a control unit for heating the thread laying unit . - a thread laying unit having a thread guide movable between a first end position and a second end position, and - an electromotive drive connected to the thread laying unit for the oscillating adjustment of the thread guide between the first and the second end position,
Method for virtual design by computer of a lingual orthodontics appliance comprising an arch provided with at least one attachment and which is intended for a patient, comprising the following steps: - obtaining a representation of at least a part of the dentition of the patient - producing a virtual predictive modelling from this representation - for each tooth of said virtual predictive modelling , selecting a virtual standard attachment (30 to 33) and positioning them on the virtual predictive modelling - defining virtually, on said modelling , the form of an orthodontic dental arch suited to the position of said attachments once positioned on said modelling - defining virtually, on said modelling , at least two guides of said arch, an anterior sagittal retention guide and a posterior transverse retention guide , suited to said arch - virtually combining said predictive modelling and said guides in a single virtual object forming a virtual reference predictive modelling . - obtaining a representation of at least a part of the dentition of the patient - producing a virtual predictive modelling from this representation - for each tooth of said virtual predictive modelling , selecting a virtual standard attachment (30 to 33) and positioning them on the virtual predictive modelling - defining virtually, on said modelling , the form of an orthodontic dental arch suited to the position of said attachments once positioned on said modelling - defining virtually, on said modelling , at least two guides of said arch, an anterior sagittal retention guide and a posterior transverse retention guide , suited to said arch - virtually combining said predictive modelling and said guides in a single virtual object forming a virtual reference predictive modelling .
Method for centring or deflecting a coupling head of a rail vehicle, wherein a connection element is located mid-centred between a traction and impact device and the coupling head on a contact surface of a support device , characterized in that this contact surface of the support device is moved from the mid-centring position adopted in the operational state into an approximately horizontal alignment, and in consequence the connection element on the contact surface is pivoted horizontally into the one or the other direction, and that this contact surface of the support device is moved back again into the alignment in which the connection element is aligned as mid-centred.
A tubular assembly with an adjustable length for mounting a safety net in a vehicle, the tubular assembly comprising: - an inner metal bar having an outer end connectable to a side bracket of the vehicle; - a first spring arranged around the inner metal bar and configured for pushing the inner metal bar in the direction of the outer end away from a mounting position of the spring ; - a tubular inner sleeve made of plastic surrounding the first spring ; - a tubular outer sleeve made of metal surrounding the plastic inner sleeve ; characterized by means of: - the inner metal bar having a transverse through-hole with a first cylindrical region having a first diameter (d1) for allowing passage of an elongated portion of a pin , and a second cylindrical region having a second diameter (d2) larger than the first diameter for accommodating a second spring , - the pin having a bolt-like or mushroom-like shape comprising said elongated portion and further comprising a head portion , the head portion having a cross section larger than the first region but smaller than the second region for allowing movement of the pin in transverse direction relative to the inner bar ; - the second spring being arranged for pushing the pin outwardly such that the elongated portion extends partially from the inner metal bar ; and - the tubular inner sleeve and the tubular outer sleeve having a plurality of at least two corresponding slots , for receiving an outer end of said elongated portion of the pin for allowing a length of the tubular assembly to be selected from at least two predefined lengths. - an inner metal bar having an outer end connectable to a side bracket of the vehicle; - a first spring arranged around the inner metal bar and configured for pushing the inner metal bar in the direction of the outer end away from a mounting position of the spring ; - a tubular inner sleeve made of plastic surrounding the first spring ; - a tubular outer sleeve made of metal surrounding the plastic inner sleeve ; - the inner metal bar having a transverse through-hole with a first cylindrical region having a first diameter (d1) for allowing passage of an elongated portion of a pin , and a second cylindrical region having a second diameter (d2) larger than the first diameter for accommodating a second spring , - the pin having a bolt-like or mushroom-like shape comprising said elongated portion and further comprising a head portion , the head portion having a cross section larger than the first region but smaller than the second region for allowing movement of the pin in transverse direction relative to the inner bar ; - the second spring being arranged for pushing the pin outwardly such that the elongated portion extends partially from the inner metal bar ; and - the tubular inner sleeve and the tubular outer sleeve having a plurality of at least two corresponding slots , for receiving an outer end of said elongated portion of the pin for allowing a length of the tubular assembly to be selected from at least two predefined lengths.
An amplifier system with controllable current measurement characteristics, the amplifier system comprising: a load terminal configured to output a current to a device under test (DUT) ; a control circuit ; a controllable sensing circuit ; a first amplifier including an output electrically connected to the load terminal through the controllable sensing circuit; and a second amplifier including an input coupled to the controllable sensing circuit, wherein the second amplifier is operable to generate a measurement signal indicating a detected amount of the current outputted from the load terminal, characterized in that : the controllable sensing circuit includes a resistor and a capacitor , each selectable by the control circuit to control an impedance of the controllable sensing circuit. a load terminal configured to output a current to a device under test (DUT) ; a control circuit ; a controllable sensing circuit ; a first amplifier including an output electrically connected to the load terminal through the controllable sensing circuit; and a second amplifier including an input coupled to the controllable sensing circuit, wherein the second amplifier is operable to generate a measurement signal indicating a detected amount of the current outputted from the load terminal, characterized in that : the controllable sensing circuit includes a resistor and a capacitor , each selectable by the control circuit to control an impedance of the controllable sensing circuit.
A lithographic printing plate precursor comprising a substrate and at least a heat sensitive layer and an ink repellent layer, wherein the ink repellent layer which is a silicone rubber layer contains an ink repellent liquid, the ink repellent liquid having a boiling point of not less than 150°C at 101,3 kPa (1 atmospheric pressure), wherein the ink repellent layer contains the liquid in an amount of from 10% by mass to 30% by mass.
Electronic unit for a vehicle communication interface designed for bidirectional communication, having a switching matrix with at least one switch which is connected to a first pin and to a second pin , wherein the first pin transmits and the second pin receives in a first communication direction and the first pin receives and the second pin transmits in a second communication direction , wherein the at least one switch is designed to simultaneously interrupt both communication directions (130 and 132), characterized in that a measurement circuit having an analogue/digital converter is provided for measuring the voltage, wherein the analogue/digital converter has high input resistances, and wherein the electronic unit is in the form of an integrated module with very low leakage currents, namely a few nA, when the switches in the switching matrix are open or closed, in order to enable an open-load diagnosis.
An operating method for a clothes treating apparatus comprising: a drum configured to accommodate therein an object to be dried; an air exhaustion duct configured to form a flow path of air exhausted from the drum; a main fan configured to exhaust air to the air exhaustion duct from the drum; an air suction duct configured to form a flow path of air introduced into the drum; an auxiliary fan configured to introduce air into the air suction duct; and a heat pump system including: a condenser configured to heat air to be sucked into the drum through the air suction duct; an evaporator configured to cool air exhausted from the drum through the air exhaustion duct; a compressor ; and an expander , characterized in that the method comprising: measuring a discharge side pressure (Pd) of the compressor; determining that the auxiliary fan operates in an abnormal state if the measured pressure (Pd) of the refrigerant is higher than a preset maximum value; and increasing a rotation speed of the main fan if it is determined that the auxiliary fan operates in an abnormal state. a drum configured to accommodate therein an object to be dried; an air exhaustion duct configured to form a flow path of air exhausted from the drum; a main fan configured to exhaust air to the air exhaustion duct from the drum; an air suction duct configured to form a flow path of air introduced into the drum; an auxiliary fan configured to introduce air into the air suction duct; and a heat pump system including: a condenser configured to heat air to be sucked into the drum through the air suction duct; an evaporator configured to cool air exhausted from the drum through the air exhaustion duct; a compressor ; and an expander , characterized in that the method comprising: measuring a discharge side pressure (Pd) of the compressor; determining that the auxiliary fan operates in an abnormal state if the measured pressure (Pd) of the refrigerant is higher than a preset maximum value; and increasing a rotation speed of the main fan if it is determined that the auxiliary fan operates in an abnormal state. measuring a discharge side pressure (Pd) of the compressor; determining that the auxiliary fan operates in an abnormal state if the measured pressure (Pd) of the refrigerant is higher than a preset maximum value; and increasing a rotation speed of the main fan if it is determined that the auxiliary fan operates in an abnormal state.
A method for three-dimensional nucleic acid imaging diagnosis of tissue, comprising: (a) clearing a tissue sample, wherein the clearing process comprises: (i) fixing a tissue sample by adding it to a fixing solution comprising sucrose, (ii) reacting the fixed sample in a tissue clearing solution comprising 3-[(3-cholamidopropyl)dimethylammonio]-1-propanesulfonate (CHAPS), urea and sodium chloride (NaCl), and (iii) adding the sample reacted in the tissue clearing solution to a washing solution comprising phosphate buffer saline (PBS) and sodium azide to wash an organic material attached to the sample; (b) isothermally amplifying a biomarker to be detected by adding an enzyme reaction mixed solution and a primer to the cleared tissue sample obtained in Step (a); and (c) detecting the biomarker amplified in Step (b). (a) clearing a tissue sample, wherein the clearing process comprises: (i) fixing a tissue sample by adding it to a fixing solution comprising sucrose, (ii) reacting the fixed sample in a tissue clearing solution comprising 3-[(3-cholamidopropyl)dimethylammonio]-1-propanesulfonate (CHAPS), urea and sodium chloride (NaCl), and (iii) adding the sample reacted in the tissue clearing solution to a washing solution comprising phosphate buffer saline (PBS) and sodium azide to wash an organic material attached to the sample; (i) fixing a tissue sample by adding it to a fixing solution comprising sucrose, (ii) reacting the fixed sample in a tissue clearing solution comprising 3-[(3-cholamidopropyl)dimethylammonio]-1-propanesulfonate (CHAPS), urea and sodium chloride (NaCl), and (iii) adding the sample reacted in the tissue clearing solution to a washing solution comprising phosphate buffer saline (PBS) and sodium azide to wash an organic material attached to the sample; (b) isothermally amplifying a biomarker to be detected by adding an enzyme reaction mixed solution and a primer to the cleared tissue sample obtained in Step (a); and (c) detecting the biomarker amplified in Step (b).
A forward-swept centrifugal compressor impeller for a gas turbine engine, comprising: an inboard impeller section ; an outboard impeller section circumscribing the inboard impeller section, the outboard impeller section joined to the inboard impeller section along an annular interface concentric with a rotational axis of the forward-swept impeller, the annular interface having a radius equal to a free ring radius of the forward-swept impeller; and a plurality of hub flow paths defined by the outboard impeller section and extending from the inboard impeller section to the outboard impeller section, each hub flow path of the plurality of hub flow paths having an inducer portion along an initial portion, a knee portion along an intermediate portion and an exducer portion along a final portion, and each having an axial length of AX FLOW , as taken along the rotational axis; characterized in that the forward-swept impeller has a first Center of Gravity (CG; 92) considered as a whole, the outboard impeller section has a second CG , and the second CG is offset from the first CG in a forward direction by an axial offset AX OFF that is at least 10% AX FLOW ; and the exducer portion of each of the plurality of hub flow paths has a flow path exit that is tilted in a forward direction, as taken along a line tangent to the flow path exit and forming an angle θ with a radius of the forward-swept impeller, the radius of the forward-swept impeller perpendicular to the rotational axis, and the angle θ having a value between 5 and 15 degrees. an inboard impeller section ; an outboard impeller section circumscribing the inboard impeller section, the outboard impeller section joined to the inboard impeller section along an annular interface concentric with a rotational axis of the forward-swept impeller, the annular interface having a radius equal to a free ring radius of the forward-swept impeller; and a plurality of hub flow paths defined by the outboard impeller section and extending from the inboard impeller section to the outboard impeller section, each hub flow path of the plurality of hub flow paths having an inducer portion along an initial portion, a knee portion along an intermediate portion and an exducer portion along a final portion, and each having an axial length of AX FLOW , as taken along the rotational axis; characterized in that the forward-swept impeller has a first Center of Gravity (CG; 92) considered as a whole, the outboard impeller section has a second CG , and the second CG is offset from the first CG in a forward direction by an axial offset AX OFF that is at least 10% AX FLOW ; and the exducer portion of each of the plurality of hub flow paths has a flow path exit that is tilted in a forward direction, as taken along a line tangent to the flow path exit and forming an angle θ with a radius of the forward-swept impeller, the radius of the forward-swept impeller perpendicular to the rotational axis, and the angle θ having a value between 5 and 15 degrees.
A method of increasing the quantity of milk or meat produced by a milk-producing animal or a meat-producing animal comprising: 1) applying at least one gibberellin compound to a corn plant; 2) producing silage from the corn plant; and 3) feeding the milk-producing animal or the meat-producing animal the silage made from the corn plant.