mhurhangee/ep-ind-claims huggingface dataset:
An injection flame burner comprising an outer tube and an inner tube provided coaxially with the outer tube, a plurality of double structure injection nozzles each composed of the outer tube and the inner tube arranged such that hydrogen gas is ejected either from the inner tube or from the outer tubes while oxygen gas is ejected from the other tubes, and an injection port of each of the plurality of injection nozzles located in an injection surface, characterized in that the plurality of injection nozzles is composed of at least one main injection nozzle that is equipped with the inner tube formed to spread toward the injection surface side in flared shape and sub-injection nozzles, gas that is ejected from the inner tube of said at least one main injection nozzle is ejected at a pressure higher than that ejected from the sub injection nozzles, the injection port of said at least one main injection nozzle is located at the center with respect to the injection ports of the sub injection nozzles, and the injection ports of the sub injection nozzles are arranged at a distance from one another around the injection port of said at least one main injection nozzle so that a flame obtained by burning the gas ejected from said at least one main injection nozzle will collide with a flame obtained by burning the gas ejected from the sub-injection nozzles.
A bicycle gear shifter, which is used to drive and release a cable connected to a bicycle derailleur to tighten or release the cable, wherein it comprises a shift positioning ratchet provided with a number of positioning teeth, release teeth and drive teeth, a drive member for driving the rotation of the shift positioning ratchet, a mounting member mounted on a bicycle handlebar, a resettable positioning member, a release member for driving movements of the positioning member, a fixing member connected to the mounting member, and an actuating member for driving the shift positioning ratchet to reversely rotate and for installing the cable; characterized in that, the shift positioning ratchet and the actuating member are mounted on the fixing member by a rotatable main shaft, the positioning member is sleeved around the rotatable main shaft, and the positioning pawl engaging with the positioning teeth is provided; the drive member is sleeved around the rotatable main shaft and is provided with a driving part engaging with the driving teeth; when upshifting, the drive part drives the shift positioning ratchet to rotate, which further drives the resettable positioning member to move and achieve reciprocating linear movements of the positioning member, so that the positioning pawl moving reciprocally and linearly and a number of positioning teeth of the rotating shift positioning ratchet are engaged and positioned; when downshifting, the release member drives the resettable positioning member to move and restricts the moving stroke of the positioning member by the release teeth, thereby achieving the reciprocating linear movements of the positioning member; meanwhile, the actuating member drives the shift positioning ratchet to rotate reversely, so that the positioning pawl moving reciprocally and linearly and a number of positioning teeth of the shift positioning ratchet rotating reversely are engaged and positioned.
Method for manufacturing a block of aluminium with a thickness of at least 250 mm, intended for manufacturing elements for vacuum chambers, in which, successively, (a) an alloy block is cast by semi-continuous casting, with a composition, as a percentage by weight, Si: 0.5-1.5; Mg: 0.5-1.5; Fe < 0.3; Cu < 0.2; Mn < 0.8; Cr < 0.10; Ti < 0.15; other elements < 0.05 each and < 0.15 in total, the remainder aluminium; (b) optionally, a homogenisation of the cast block is carried out at a temperature of between °C and 590°C; (c) solution heat treatment is carried out at a temperature between 450°C and 560°C directly on the cast and optionally homogenised block without carrying out any hot or cold deformation step before the solution heat treatment; (d) the block thus solution heat treated is quenched at a rate of cooling between the solution heat treatment temperature and 200°C of at least 200°C/hour; (e) optionally the block thus quenched is stress-relieved; (f) the block thus quenched and optionally stress-relieved is artificially aged. (a) an alloy block is cast by semi-continuous casting, with a composition, as a percentage by weight, Si: 0.5-1.5; Mg: 0.5-1.5; Fe < 0.3; Cu < 0.2; Mn < 0.8; Cr < 0.10; Ti < 0.15; other elements < 0.05 each and < 0.15 in total, the remainder aluminium; (b) optionally, a homogenisation of the cast block is carried out at a temperature of between °C and 590°C; (c) solution heat treatment is carried out at a temperature between 450°C and 560°C directly on the cast and optionally homogenised block without carrying out any hot or cold deformation step before the solution heat treatment; (d) the block thus solution heat treated is quenched at a rate of cooling between the solution heat treatment temperature and 200°C of at least 200°C/hour; (e) optionally the block thus quenched is stress-relieved; (f) the block thus quenched and optionally stress-relieved is artificially aged.
Laser weapon system, having: an active laser, which is designed to irradiate a target with a continuous-wave laser beam at a predetermined beam intensity; and a radiation detector, which is designed to detect reflected laser radiation which is reflected by the target with a reflection intensity; wherein the active laser is designed to impose a modulation pulse on the beam intensity of the continuous-wave laser beam in continuous-wave operation, and wherein the radiation detector is designed to detect the modulation pulse in the reflection intensity of the detected reflected laser radiation and to determine a distance of the target from the laser weapon system via a time-of-flight measurement of the modulation pulse; wherein the active laser is designed to produce the modulation pulse by lowering and/or increasing the beam intensity over a pulse duration of less than 1 ms by operating the active laser in an overload range and/or an underload range in which the beam intensity deviates by a modulation amplitude from a standard intensity of the active laser. an active laser, which is designed to irradiate a target with a continuous-wave laser beam at a predetermined beam intensity; and a radiation detector, which is designed to detect reflected laser radiation which is reflected by the target with a reflection intensity; wherein the active laser is designed to impose a modulation pulse on the beam intensity of the continuous-wave laser beam in continuous-wave operation, and wherein the radiation detector is designed to detect the modulation pulse in the reflection intensity of the detected reflected laser radiation and to determine a distance of the target from the laser weapon system via a time-of-flight measurement of the modulation pulse; wherein the active laser is designed to produce the modulation pulse by lowering and/or increasing the beam intensity over a pulse duration of less than 1 ms by operating the active laser in an overload range and/or an underload range in which the beam intensity deviates by a modulation amplitude from a standard intensity of the active laser.
Basketball practice equipment, comprising a base, a mast mounted in an upright position on said base, a basket mounted in translation along said mast to present a variable playing height and a system for adjusting said height, said adjustment system comprising an adjustment strap presenting a distal end integral with the basket and a return element which is mounted on an upper part of said mast, said strap being engaged on said element by presenting a distal portion extending between said end and one side of said element and a proximal portion extending from the other side of said element to a proximal end, the respective length of said portions being adjustable to vary the clearance height, said equipment being characterized in that the adjustment system comprises a holding device having a lower portion integral with the base and an upper portion connected to the proximal end of the adjustment strap via a mechanism for adjusting the length of said upper portion of the holding device.
Portable object comprising at least a middle part and a back cover for confining an electronic module, said electronic module including a plate provided with a housing arranged for receiving an electrical energy accumulator, said electronic module including at least one circuit with at least one electrical contact area, and a connecting contact member for providing an electrical connection between said accumulator and said at least one contact area, said contact member being elastically deformable, characterized in that said connecting contact member is formed of a shaped strip including a central portion at the ends of which there extend at least one first and one second converging arms arranged to clamp said electronic module and thereby hold said electrical energy accumulator in the housing thereof.
Mobile electrical appliance (1a...1d), comprising an appliance housing with at least one battery compartment for accommodating a battery with at least one voltage-generating cell and a battery-side charge indicator, an electrical consumer, a power connector, a charger for charging the at least one battery, means for detecting the state of charge of the at least one battery and an appliance-side charge indicator (14, 14a, 14b) arranged on the mobile electrical appliance (1a...1d), characterised by a controller designed to deactivate the appliance-side charge indicator (14, 14a, 14b) during mains operation of the electrical appliance (1a...1d).
Method for using a communication system connected to at least a first mobile device and a second mobile device, wherein the communication system is operable in at least a first operating state and a second operating state, wherein the connection of the communication system to the first mobile device is prioritized in the first operating state and the connection of the communication system to the second mobile device is prioritized in the second operating state, wherein the communication system is an in-vehicle communication system comprising a display means configured to facilitate controlling various vehicle functions, wherein the communication system further comprises the capability of a media system and/or an entertainment system, wherein the first operating state comprises a use of the first or second mobile device (121, 122) and optionally the in-vehicle communication system for placing a telephone call and/or receiving a telephone call, wherein the second operating state comprises a use of the first or second mobile device (121, 122) as well as the in-vehicle communication system for listening to music or another audio and/or video and/or multimedia content, wherein the prioritization of the mobile devices (121, 122) is configurable by means of a user input to the communication system, and wherein the operating state is changed in dependency of the vehicle driving condition.
A microwave heating construct, comprising: a platform having a plurality of peripheral edges; a plurality of elevating panels (104, 106, 108) joined to the platform, the panels (104, 106, 108) being for maintaining the platform in a raised position; and microwave energy interactive material overlying at least a portion of the platform, the microwave energy interactive material being operative for converting at least a portion of impinging microwave energy into thermal energy, characterized in that the platform includes a movable portion defined at least partially by a line of disruption extending substantially between a pair of adjacent edges of the platform, the movable portion of the platform being adapted to pivot along the line of disruption. a platform having a plurality of peripheral edges; a plurality of elevating panels (104, 106, 108) joined to the platform, the panels (104, 106, 108) being for maintaining the platform in a raised position; and microwave energy interactive material overlying at least a portion of the platform, the microwave energy interactive material being operative for converting at least a portion of impinging microwave energy into thermal energy, characterized in that the platform includes a movable portion defined at least partially by a line of disruption extending substantially between a pair of adjacent edges of the platform, the movable portion of the platform being adapted to pivot along the line of disruption.
A discharge lamp ignition device for lighting a discharge lamp (Ld) having a pair of facing electrodes as main electrodes (E1, E2), comprising: a feeder circuit (Ux) for feeding power to the discharge lamp (Ld), an inverter (Ui) located at a stage following the feeder circuit (Ux) that inverts the polarity of a voltage impressed on the discharge lamp (Ld), a transformer (Th) with a primary winding (Ph) and a secondary winding (Sh), an intermittent voltage impression means (Uj) for drive impression of voltage on the primary winding (Ph) of the transformer (Th); wherein the secondary winding (Sh) of the transformer (Th) is constituted such that the voltage generated in the secondary winding (Sh) is impressible overlapping the output voltage of said inverter (Ui) between the electrodes (E1, E2) of the discharge lamp (Ld) by means of interposing it in a path connecting the output of the inverter (Ui) and the electrodes (E1, E2) for the main discharge of the discharge lamp (Ld); characterised in that; a capacitor (Ch) is connected to the secondary winding (Sh) of the transformer (Th), and wherein the capacitor (Ch) has a capacitance with a value such that a free oscillation frequency of the voltage generated in the secondary winding (Sh) does not exceed 3 MHz; wherein, during startup of the discharge lamp (Ld), the intermittent voltage impression means (Ui) drives voltage impression at an average frequency of at least 8,000 repetitions per second and the voltage impression drive continues for a period after discharge begins in the discharge lamp (Ld). a feeder circuit (Ux) for feeding power to the discharge lamp (Ld), an inverter (Ui) located at a stage following the feeder circuit (Ux) that inverts the polarity of a voltage impressed on the discharge lamp (Ld), a transformer (Th) with a primary winding (Ph) and a secondary winding (Sh), an intermittent voltage impression means (Uj) for drive impression of voltage on the primary winding (Ph) of the transformer (Th); wherein the secondary winding (Sh) of the transformer (Th) is constituted such that the voltage generated in the secondary winding (Sh) is impressible overlapping the output voltage of said inverter (Ui) between the electrodes (E1, E2) of the discharge lamp (Ld) by means of interposing it in a path connecting the output of the inverter (Ui) and the electrodes (E1, E2) for the main discharge of the discharge lamp (Ld); characterised in that; a capacitor (Ch) is connected to the secondary winding (Sh) of the transformer (Th), and wherein the capacitor (Ch) has a capacitance with a value such that a free oscillation frequency of the voltage generated in the secondary winding (Sh) does not exceed 3 MHz; wherein, during startup of the discharge lamp (Ld), the intermittent voltage impression means (Ui) drives voltage impression at an average frequency of at least 8,000 repetitions per second and the voltage impression drive continues for a period after discharge begins in the discharge lamp (Ld).
An imaging instrument, comprising: a microscope; and a first light beam projector (142; 330; 530), wherein the microscope has a detection objective (104; 338; 552) having an optical axis at a normal to a predefined plane defined by two axes of a traversing system; the first light beam projector (142; 330; 530) has imaging optics separate from said microscope; the first light beam projector (142; 330; 530) forms a light sheet (144; 210, 212; 237, 239) having a beam waist in the form of a line of maximum intensity; the first light beam projector (142; 330; 530) is positioned to direct the light sheet (144; 210, 212; 237, 239) that crosses said optical axis at an angle oblique to the normal such that the light sheet (144; 210, 212; 237, 239) enters a sample from the same side of the predefined plane that the detection objective (104; 338; 552) is on; and the first light beam projector (142; 330; 530) has a scanning mechanism that scans the line of maximum intensity through a range of positions along a scan direction perpendicular to the line of maximum intensity. a microscope; and a first light beam projector (142; 330; 530), wherein the microscope has a detection objective (104; 338; 552) having an optical axis at a normal to a predefined plane defined by two axes of a traversing system; the first light beam projector (142; 330; 530) has imaging optics separate from said microscope; the first light beam projector (142; 330; 530) forms a light sheet (144; 210, 212; 237, 239) having a beam waist in the form of a line of maximum intensity; the first light beam projector (142; 330; 530) is positioned to direct the light sheet (144; 210, 212; 237, 239) that crosses said optical axis at an angle oblique to the normal such that the light sheet (144; 210, 212; 237, 239) enters a sample from the same side of the predefined plane that the detection objective (104; 338; 552) is on; and the first light beam projector (142; 330; 530) has a scanning mechanism that scans the line of maximum intensity through a range of positions along a scan direction perpendicular to the line of maximum intensity.
A bistable-type solenoid valve for fluid with a main obturator as well as an auxiliary obturator actuated by a core (27, 32) of an electromagnet, said solenoid valve having a longitudinal axis, a fluid inlet, a fluid outlet and the electromagnet controlling the auxiliary obturator being aligned along the longitudinal axis of the solenoid valve, the core having a bore and a obturator stem being housed in said bore, the obturator stem bearing, at its lower end, the auxiliary obturator, said obturator stem having, at its upper end, an annular rim housed in the bore of the core, said bore having a shoulder opposite the annular rim of the obturator stem, said shoulder being configured so that the core can drive vertically the movement of the obturator stem during an opening command of the solenoid valve, a return member being housed in the bore to push the obturator stem back during a closing command of the solenoid valve, the solenoid valve including a hub with radial partitions delimiting housings for an upper winding, a lower winding and one or several permanent magnets with a crescent shape, each permanent magnet being inserted between the two windings (24, 24') in cells of a central partition of the hub, said permanent magnet being arranged perpendicularly to the axis of the core sliding in a central bore of the hub, such that the periphery of this permanent magnet is in contact with an inner wall of a carcass with two nested parts (21, 21') made from stamped sheet metal in which the hub is housed and such that an inner radius of said magnet is as close as possible to the core, said permanent magnet being made up of one or several sectors that are radially magnetized relative to the axis of the core in order to generate two balanced magnetic fluxes, a first rising magnetic flux and a second descending magnetic flux, characterized in that a clearance separates the annular rim of the shoulder when the solenoid valve is in the closed position.
A method of preserving a compliant multi-use personal cleansing article comprising a composition and a substrate, in an open system, comprising: including in the composition a first preservative with a log water solubility of less than 0 to -5.0; wherein the first preservative is selected from the group consisting of a metal pyrithione, an organic acid, a glycol, and a combination thereof and a second preservative which is selected from the group consisting of sodium benzoate; wherein the composition comprises a fine, fiber, or filament, comprising cellulose; wherein the composition has a consumption rate of 1.0 to 10 g/use as measured according to the Consumption Test and a water activity of 0.90 or more after 2 simulated uses.
Inlet valve for a compressor, whereby this inlet valve is intended to be provided in an inlet conduit of the compressor, whereby the inlet valve comprises a pipe for connection to the inlet conduit and a housing that extends around this pipe and which forms a chamber with two walls located opposite one another, respectively a base and a cover, that extend laterally around the pipe, whereby in this chamber the inlet valve comprises an aperture in the shape of a number of blades that are slidingly provided on the base, whereby these blades present a protruding section and which lie against or in one another by edges of the protruding section and whereby the blades are provided with a spindle that is slidable in a radially oriented slot in the base, and means are provided to enable the blades to pivot simultaneously around these spindles, during the radial movement of the spindles in the aforementioned slots, between a closed position whereby the protruding sections are oriented radially to close off the passage in the pipe, and an open position whereby the protruding sections are turned away from the pipe, characterised in that the means are formed by the blades being provided with a guide edge turned away from the point of the protruding section which, due to the contact with a fixed ridge on the base, forces the blade to pivot around the aforementioned spindle during the radial movement of the spindle in the aforementioned radially oriented slot.
Clamping device, having: a guide path running along a guide direction for guiding a rope element through the clamping device, at least one clamping body (14, 16) mounted movably in the guide path for clamping the rope element in place in the guide path if this is pulled through the guide path contrary to the guide direction, at least one tensioning element through the tensioning force of which the clamping body (14, 16) is forced from a release position into a clamping position in which it narrows the guide path more tightly than in the release position, characterised by an actuating mechanism for moving the clamping body (14, 16) from the clamping position into the release position, with two actuating sections (32, 34) which are each parts of a lever (36, 38) and which can be moved towards one another in order to actuate the actuating mechanism through compressive force. a guide path running along a guide direction for guiding a rope element through the clamping device, at least one clamping body (14, 16) mounted movably in the guide path for clamping the rope element in place in the guide path if this is pulled through the guide path contrary to the guide direction, at least one tensioning element through the tensioning force of which the clamping body (14, 16) is forced from a release position into a clamping position in which it narrows the guide path more tightly than in the release position,
Suspension system for an at least partially muscle-powered two-wheeled vehicle having at least one controllable damper device wherein a control device and a storage device and an operating device for controlling the damper device are provided, and wherein at least one damping characteristic of the damper device can be influenced by a signal of the control device, characterized in that the control device is configured and organized to provide at least one teaching mode in which route-related data are stored in the storage device, and that the control device is configured and organized to provide at least one repeat mode in which the damper device can be controlled according to the route-related data stored in the storage device.