mhurhangee/patent-ind-claim-en huggingface dataset:
Illumination system of a cooking appliance, the cooking appliance comprising a plurality of burners and a knob associated with each burner , the illumination system comprising an electric circuit (C) associated with each knob , and each electric circuit (C) comprising a display device that lights up when an electric current (I) with a value equal to or greater than a minimum value circulates therethrough, and activation means which are operated by means of turning the knob , characterized in that the activation means are arranged in a first electrical branch of the electric circuit (C), and the display device is arranged in a second electrical branch of said electric circuit (C), both electrical branches being connected in parallel, the knob acts on the activation means causing the voltage drop in the first electrical branch to be different when said knob is in an OFF position and when it is in a position other than the OFF position, and the illumination system comprises an electronic module feeding the electric circuit (C) and comprising a controller monitoring the voltage drop in the first electrical branch and controlling the electric current (I) circulating through the display device depending on the measured voltage drop, the module being attached to the electric circuit (C) by means of a first connection through which it feeds the electric circuit (C) with a supply voltage (V), and by means of a second connection , the controller obtaining the voltage drop in the first electrical branch by measuring the voltage in said second connection , said module being connected to all the electric circuits (C) by means of the same first connection and by means of a second connection specific for each electric circuit (C), and the module comprising an additional electric control circuit (Ca) associated with each burner and controlled by the controller , the additional electric circuit (Ca) being connected in series with the electric circuit (C) of the corresponding burner between the second connection and a reference point, preferably ground.
A continuous process to treat a hydrogen sulphide comprising gas comprising the following steps: (a) contacting the hydrogen sulphide comprising gas with an aqueous alkaline solution further comprising sulphide oxidising bacteria thereby obtaining a loaded aqueous solution comprising sulphide compounds and sulphide oxidising bacteria, (b) contacting the loaded aqueous solution with air to regenerate the sulphide oxidising bacteria to obtain a liquid effluent comprising regenerated sulphide oxidising bacteria which is partly used as the aqueous alkaline solution in step (a), (c) separating elemental sulphur as prepared by the sulphide oxidising bacteria in steps (a) and (b) from the loaded aqueous solution of step (a) and/or from the liquid effluent of step (b) and wherein the consumption of oxygen in step (b) is measured by measuring the oxygen content in a gas flow as discharged from step (b) and wherein the supply of oxygen in step (b) is controlled by the measured consumption of oxygen. (a) contacting the hydrogen sulphide comprising gas with an aqueous alkaline solution further comprising sulphide oxidising bacteria thereby obtaining a loaded aqueous solution comprising sulphide compounds and sulphide oxidising bacteria, (b) contacting the loaded aqueous solution with air to regenerate the sulphide oxidising bacteria to obtain a liquid effluent comprising regenerated sulphide oxidising bacteria which is partly used as the aqueous alkaline solution in step (a), (c) separating elemental sulphur as prepared by the sulphide oxidising bacteria in steps (a) and (b) from the loaded aqueous solution of step (a) and/or from the liquid effluent of step (b) and
A method for producing an inflatable product including a first sheet and a second sheet , the method comprising: aligning a leading end of a first tensioning structure with a first welder and the first sheet ; aligning a trailing end of the first tensioning structure with a second welder and the second sheet ; and simultaneously welding the leading end of the first tensioning structure to the first sheet and the trailing end of the first tensioning structure to the second sheet by simultaneously operating the first and second welders . aligning a leading end of a first tensioning structure with a first welder and the first sheet ; aligning a trailing end of the first tensioning structure with a second welder and the second sheet ; and simultaneously welding the leading end of the first tensioning structure to the first sheet and the trailing end of the first tensioning structure to the second sheet by simultaneously operating the first and second welders .
An apparatus comprising: a switch having a gate, a source and a drain; a control circuit connected to the gate and configured and arranged to apply a bias to the gate to control a conductance state of the switch by, in response to a control signal presented at the source, in a first mode, controlling the switch in an open state to block signals from passing through the switch, and in a second mode, controlling the switch in a closed state to pass signals through the switch; and a logic circuit configured and arranged to respond to address information received in a signal presented at the source by, in the first mode, storing the address information to configure the apparatus with the address and, in the second mode, ignoring address information in signals presented at the source; the apparatus further including: an impedance circuit connected between the gate and the source, wherein the control circuit is connected to the gate and the impedance circuit, and the control circuit is configured and arranged to: control the switch in the open state by flowing a bias current of a first polarity through the impedance circuit; and control the switch in the closed state by flowing a bias current of opposite polarity through the impedance circuit. a switch having a gate, a source and a drain; a control circuit connected to the gate and configured and arranged to apply a bias to the gate to control a conductance state of the switch by, in response to a control signal presented at the source, in a first mode, controlling the switch in an open state to block signals from passing through the switch, and in a second mode, controlling the switch in a closed state to pass signals through the switch; and a logic circuit configured and arranged to respond to address information received in a signal presented at the source by, in the first mode, storing the address information to configure the apparatus with the address and, in the second mode, ignoring address information in signals presented at the source; the apparatus further including: an impedance circuit connected between the gate and the source, wherein the control circuit is connected to the gate and the impedance circuit, and the control circuit is configured and arranged to: control the switch in the open state by flowing a bias current of a first polarity through the impedance circuit; and control the switch in the closed state by flowing a bias current of opposite polarity through the impedance circuit.
A method of operating a gas turbine engine in a multi-engine aircraft , the gas turbine engine having an engine shaft mounted for rotation in a bearing , and a gearbox connected to the engine shaft for torque transmission therebetween, characterized in that it comprises axially preloading the bearing using an axially biasing element disposed between the gas turbine engine and the gearbox , wherein the axially biasing element reacts against the gearbox to exert an axial preload force on the bearing and the engine shaft of the gas turbine engine .
A switchable linear actuator device to control the operating mode of a coupling assembly , the device having a plurality of magnetic sources which produce corresponding magnetic fields to create a net translational force, the device including: a stator structure including at least one electromagnetic source ; and a translator structure including a permanent magnet source magnetically coupled to the stator structure across a radial air gap and supported for translational movement relative to the stator structure along an axis between first and second stable axial end positions which correspond to first and second operating modes of the coupling assembly: the permanent magnet source having an unstable axial equilibrium position between the end positions and wherein the translator structure translates along the axis between the different positions upon experiencing the net translational force comprising a first translation force caused by energization of the at least one electromagnetic source and a latching force based upon linear position of the permanent magnet source along the axis; characterised by : a guide member (64', 64", 264, 364) disposed in the radial air gap configured to guide the movement. a stator structure including at least one electromagnetic source ; and a translator structure including a permanent magnet source magnetically coupled to the stator structure across a radial air gap and supported for translational movement relative to the stator structure along an axis between first and second stable axial end positions which correspond to first and second operating modes of the coupling assembly: the permanent magnet source having an unstable axial equilibrium position between the end positions and wherein the translator structure translates along the axis between the different positions upon experiencing the net translational force comprising a first translation force caused by energization of the at least one electromagnetic source and a latching force based upon linear position of the permanent magnet source along the axis; characterised by : a guide member (64', 64", 264, 364) disposed in the radial air gap configured to guide the movement.
A tool for the stamping of a flan for the formation of a stamped part, including a motor vehicle, including - a lower base ∘ attached to a support table ∘ and having a punch , ∘ a stamping cushion under the support table , ∘ a flannel located above the base and having vertical columns at the lower ends with bobbins in support on the upper ends of vertical stamping stems passing through bores of the base and of the support table , respectively, and the lower ends of which are in support of the cushion stamping , ∘ a slider ▪ supporting a matrix capable of moving vertically to the flanking wheel , ▪ the latter and the matrix having two litters (10.11) between which the flan can be placed , the stamping rod being capable of transmitting the tightening force of the stamping cushion to the range of the greenhouse , characterized in that the vertical columns of the flannel each have between its end and the corresponding coil at least one flannel allowing elastic deformation of the flannel by the stamping cushion and the stamping rod to ensure a homogeneous tightening of the flan over the full range of the greenhouse flan . - a lower base ∘ attached to a support table ∘ and having a punch , ∘ a stamping cushion under the support table , ∘ a flannel located above the base and having vertical columns at the lower ends with bobbins in support on the upper ends of vertical stamping stems passing through bores of the base and of the support table , respectively, and the lower ends of which are in support of the cushion stamping , ∘ a slider ▪ supporting a matrix capable of moving vertically to the flanking wheel , ▪ the latter and the matrix having two litters (10.11) between which the flan can be placed , the stamping rod being capable of transmitting the tightening force of the stamping cushion to the range of the greenhouse , ∘ attached to a support table ∘ and having a punch , ∘ a stamping cushion under the support table , ∘ a flannel located above the base and having vertical columns at the lower ends with bobbins in support on the upper ends of vertical stamping stems passing through bores of the base and of the support table , respectively, and the lower ends of which are in support of the cushion stamping , ∘ a slider ▪ supporting a matrix capable of moving vertically to the flanking wheel , ▪ the latter and the matrix having two litters (10.11) between which the flan can be placed , the stamping rod being capable of transmitting the tightening force of the stamping cushion to the range of the greenhouse , ▪ supporting a matrix capable of moving vertically to the flanking wheel , ▪ the latter and the matrix having two litters (10.11) between which the flan can be placed , the stamping rod being capable of transmitting the tightening force of the stamping cushion to the range of the greenhouse ,
A method comprising: receiving, by a cluster node manager , a first request from a client device ; generating, by the cluster node manager, a plurality of uniform resource locators, URLs, each of the plurality of URLs comprising an encoded representation of a network address associated with a respective node from a plurality of nodes in a computer cluster ; sending, by the cluster node manager, a first response to the client device, the first response comprising the plurality of URLs; receiving, by a cluster load balancer , a second request from the client device, the second request comprising a first URL from the plurality of URLs; determining, by the cluster load balancer, the second request should be routed to a first network address based on decoding the first URL, the first network address associated with a first node from the plurality of nodes; and forwarding, by the cluster load balancer, the second request to the first node in response to the determining. receiving, by a cluster node manager , a first request from a client device ; generating, by the cluster node manager, a plurality of uniform resource locators, URLs, each of the plurality of URLs comprising an encoded representation of a network address associated with a respective node from a plurality of nodes in a computer cluster ; sending, by the cluster node manager, a first response to the client device, the first response comprising the plurality of URLs; receiving, by a cluster load balancer , a second request from the client device, the second request comprising a first URL from the plurality of URLs; determining, by the cluster load balancer, the second request should be routed to a first network address based on decoding the first URL, the first network address associated with a first node from the plurality of nodes; and forwarding, by the cluster load balancer, the second request to the first node in response to the determining. determining, by the cluster load balancer, the second request should be routed to a first network address based on decoding the first URL, the first network address associated with a first node from the plurality of nodes; and forwarding, by the cluster load balancer, the second request to the first node in response to the determining.
A device for positioning a resurfacing prosthesis comprising a gripping and handling instrument for a main body of a resurfacing prosthesis, a connecting body , interposed between said gripping and handling instrument and said main body of said resurfacing prosthesis and suitable to connect them, coupling means suitable to secure said connecting body to said main body , said coupling means comprising a plurality of bonding elements adapted to be interlocked, in an irremovable manner, in respective recesses provided in said connecting body , wherein the device comprises shear releasing means , interposed between said main body of said resurfacing prosthesis and said connecting body , adapted to detach said connecting body from said main body , characterized in that said releasing means comprise an annular body provided with a plurality of slots the number of which is equal to the number of interlocking bonding elements , each provided with a blade ; said slots differing in size but with diametrically opposite pairs being of the same size, such that the cutting of the bonding elements is not simultaneous but occurs in succession according to a predetermined sequence.
A vehicle barrier apparatus comprising: abase ; a deployable element rotatably coupled to the base to enable a transition from a stored orientation to a deployed orientation, the deployable element being configured in the deployed orientation to engage a vehicle physically to impair motion of the vehicle; an actuating mechanism mechanically coupled to the deployable element and configured to cause the deployable element to move from the stored orientation to the deployed orientation in response to a trigger; and a triggering device operably coupled to the actuating mechanism and configured to detect a presence of the vehicle and to provide the trigger to the actuating mechanism responsive to detecting a presence of the vehicle, wherein the triggering device includes one or more shear components configured to be sheared in response to at least one of a weight and momentum of the vehicle. abase ; a deployable element rotatably coupled to the base to enable a transition from a stored orientation to a deployed orientation, the deployable element being configured in the deployed orientation to engage a vehicle physically to impair motion of the vehicle; an actuating mechanism mechanically coupled to the deployable element and configured to cause the deployable element to move from the stored orientation to the deployed orientation in response to a trigger; and a triggering device operably coupled to the actuating mechanism and configured to detect a presence of the vehicle and to provide the trigger to the actuating mechanism responsive to detecting a presence of the vehicle, wherein the triggering device includes one or more shear components configured to be sheared in response to at least one of a weight and momentum of the vehicle.
Printing system for printing cup-shaped hollow bodies , having a first printing machine which has a first machine frame on which a first switching star wheel is mounted such that it can rotate about a first switching star wheel axis and a first turret head is mounted such that it can rotate about a first turret axis aligned parallel to the first switching star wheel axis , the first turret head being assigned to a first printing unit and the first switching star wheel being designed to supply hollow bodies to the first turret head , and with a second printing machine which has a second machine frame , on which a second switching star wheel is mounted such that it can rotate about a second switching star wheel axis and a second turret head is mounted such that it can rotate about a second turret axis aligned parallel to the second switching star wheel axis , the second turret head being assigned to a second printing unit and the second switching star wheel being designed to supply hollow bodies to the second turret head , characterized in that the first printing machine and the second printing machine are held on a guide device which is designed for a movement of the first printing machine between an operating position opposite a conveying device associated with the guide device and a maintenance position away from the conveying device and for a movement of the second printing machine between an operating position opposite the conveying device and a maintenance position away from the conveying device , the guide device having a pivot joint for a pivotally movable mounting of the first printing machine and of the second printing machine about a common pivot axis aligned transversely to the first turret axis and to the second turret axis .
A knee brace comprising: an anterior arch support ; a medial support extending from the anterior arch support; a medial hinge attached to the medial support distal the anterior arch support; a lower medial support extending from the medial hinge ; a hinge element integrated in the anterior arch support proximate the medial support, said hinge element having an axis of rotation substantially perpendicular to an axis of rotation of the medial hinge; characterised in that said hinge element has an axis of rotation substantially parallel to a neutral axis of the leg, the medial support and the lower medial support extending through the medial hinge with the knee in a normal unflexed position. an anterior arch support ; a medial support extending from the anterior arch support; a medial hinge attached to the medial support distal the anterior arch support; a lower medial support extending from the medial hinge ; a hinge element integrated in the anterior arch support proximate the medial support, said hinge element having an axis of rotation substantially perpendicular to an axis of rotation of the medial hinge; characterised in that said hinge element has an axis of rotation substantially parallel to a neutral axis of the leg, the medial support and the lower medial support extending through the medial hinge with the knee in a normal unflexed position.
A method performed by a communication device , comprising: receiving an out-of-office presence status data packet regarding a first contact associated with an email address in a personal address book associated with the communication device, wherein the out-of-office presence status data packet is pushed to the communication device in response to the first contact's out-of-office utility being enabled, the out-of-office utility being configured to generate automatic replies to received email messages when enabled; receiving an input via a user interface in a "To" field or "CC" field; displaying a name of the first contact in a display in response to the received input; and displaying , along with the name of the first contact, an out-of-office indication regarding the first contact, the out-of-office indication being based on the pushed presence status data packet, wherein the first displaying step includes displaying the name in a "To" field or "CC" field. receiving an out-of-office presence status data packet regarding a first contact associated with an email address in a personal address book associated with the communication device, wherein the out-of-office presence status data packet is pushed to the communication device in response to the first contact's out-of-office utility being enabled, the out-of-office utility being configured to generate automatic replies to received email messages when enabled; receiving an input via a user interface in a "To" field or "CC" field; displaying a name of the first contact in a display in response to the received input; and displaying , along with the name of the first contact, an out-of-office indication regarding the first contact, the out-of-office indication being based on the pushed presence status data packet, wherein the first displaying step includes displaying the name in a "To" field or "CC" field.