mhurhangee/ep-ind-claims huggingface dataset:
A water processing system comprising: a reactor configured to receive a feed water input, the reactor configured to convert said feed water input into a de-mineralised steam output for use in a downstream operation and a concentrate output; wherein the water processing system is configured to utilise the thermal energy of the feed water input to partially power the conversion of the feed water input into the de-mineralised steam output and the concentrate output; a chemical additive supply for adding chemical additives to the feed water input; and a heat generator arrangement operatively associated with the reactor, the heat generator arrangement comprising a heat source configured to supply thermal energy to the reactor so as supply the remaining thermal energy required to convert the feed water input into the de-mineralised steam output and the concentrate output. a reactor configured to receive a feed water input, the reactor configured to convert said feed water input into a de-mineralised steam output for use in a downstream operation and a concentrate output; wherein the water processing system is configured to utilise the thermal energy of the feed water input to partially power the conversion of the feed water input into the de-mineralised steam output and the concentrate output; a chemical additive supply for adding chemical additives to the feed water input; and a heat generator arrangement operatively associated with the reactor, the heat generator arrangement comprising a heat source configured to supply thermal energy to the reactor so as supply the remaining thermal energy required to convert the feed water input into the de-mineralised steam output and the concentrate output.
Drive organ for a timepiece comprising: - a drive spring; - a drum delimiting an outer wall of a housing accommodating said drive spring, an outer end of said drive spring being linked to said drum, said drum being arranged to pivot about an axis of rotation and having the form of a toothed annular crown; - a toothed wheel secured to a boss to which an inner end of said drive spring is linked; wherein an open face of said housing is intended to be closed by being positioned opposite a fixed element of the timepiece against which said drum is intended to be mounted, characterized in that said boss and said toothed wheel are made of a single piece, and in that said drum and said drive spring are made of a single piece. - a drive spring; - a drum delimiting an outer wall of a housing accommodating said drive spring, an outer end of said drive spring being linked to said drum, said drum being arranged to pivot about an axis of rotation and having the form of a toothed annular crown; - a toothed wheel secured to a boss to which an inner end of said drive spring is linked; wherein an open face of said housing is intended to be closed by being positioned opposite a fixed element of the timepiece against which said drum is intended to be mounted, characterized in that said boss and said toothed wheel are made of a single piece, and in that said drum and said drive spring are made of a single piece.
A pressure sensing guidewire, comprising: a tubular member having a proximal region and a distal region, wherein a housing region is included in the distal region; a pressure sensor disposed within the housing region; a signal transmitting member coupled to the pressure sensor and extending proximally therefrom; characterized in that the pressure sensing guidewire further comprises a hydrophilic silicone coating disposed along an inner surface of the housing region. a tubular member having a proximal region and a distal region, wherein a housing region is included in the distal region; a pressure sensor disposed within the housing region; a signal transmitting member coupled to the pressure sensor and extending proximally therefrom; characterized in that the pressure sensing guidewire further comprises a hydrophilic silicone coating disposed along an inner surface of the housing region.
Motor vehicle inner trim component comprising a rigid substrate forming the body of said component and a composite cladding layer covering said substrate so as to form at least the visible face of said component, said composite layer comprising at least a support layer, and a thin translucent layer of organic or inorganic natural material, assembled or laminated with the support layer, the visible face of said thin translucent layer itself being covered by a layer of adhesion primer and a layer of varnish, forming the surface layer, the elementary layers (4, 5, 6, 7) mentioned above that together form the composite layer by superposition allowing light transmission through said composite layer, in particular for the production of light images by backlighting, which are visible on the surface of the varnish layer, which trim component is characterized in that the support layer consists of a film of optical quality, in that the material of the substrate is liable to block the diffusion and transmission of the light, and in that said substrate has through-openings forming rectilinear light passages, which open onto the support layer and of which the sections define the shapes of the constituent elements of the light image.
A nuclear magnetic resonance tool for measuring NMR properties of earth formations in a region of interest in a wellbore, comprising: an antenna assembly configured to generate a radio-frequency magnetic field; a magnet assembly configured to generate a static magnetic field; a motion sensor configured to generate readings for lateral motion of the antenna and magnet assemblies; a compensating assembly comprising at least one electromagnet; and wherein the compensating assembly is configured to reduce variation of the static magnetic field in the region of interest due to the lateral motion during NMR measurements based on the readings for the lateral motion. an antenna assembly configured to generate a radio-frequency magnetic field; a magnet assembly configured to generate a static magnetic field; a motion sensor configured to generate readings for lateral motion of the antenna and magnet assemblies; a compensating assembly comprising at least one electromagnet; and wherein the compensating assembly is configured to reduce variation of the static magnetic field in the region of interest due to the lateral motion during NMR measurements based on the readings for the lateral motion.
A double wall lance for injecting pulverized coal and a combustion-supporting gas through a tuyere during blast furnace operation comprising: an inner tube; an outer tube; a plurality of notches formed circumferentially in an injection front end of the inner tube, wherein the ratio of the total width of the notches to the internal circumference of the inner tube is 0.05 or more and 0.3 or less. an inner tube; an outer tube; a plurality of notches formed circumferentially in an injection front end of the inner tube, wherein the ratio of the total width of the notches to the internal circumference of the inner tube is 0.05 or more and 0.3 or less.
Device for a system for conducting tests in a well comprising a plug of removable material inserted in a pipe through the well to conduct said tests, characterized in that the wall parts of the pipe comprise channel borings (3,8), wherein there is a boring above the plug, a boring below the plug, and an axial hollow chamber communicating the boring above the plug with the boring below the plug; wherein the device comprises a closing body positioned in the axial hollow chamber wherein the closing body can move from a first position to a second position; when the closing body is in the first position, there is a fluid connection between the boring above the plug, the axial hollow chamber, and the boring below the plug such that fluid connection is established between a well space above the plug and a well space below the plug, and when the closing body is in the second position, fluid communication through the channel borings (3,8) is closed such that there is not fluid connection between the well space above the plug and the well space below the plug and the fluid connection is closed permanently.
An electronics mounting adapter device, the device comprising: a base member that includes a cavity and at least one cable stabilizing element configured to secure a cable connector of a cable within the cavity, wherein the cable is routed through an opening in the base member into the cavity; a cover coupled to the base member by at least one fastener; one or more mounting provisions for securing the base member to a mounting surface; and at least one clamping element (116, 123, 180) configured to clamp a dongle within the cavity, wherein the dongle is coupled to the cable connector, wherein the dongle comprises a self-contained plug-in style peripheral device; and wherein the at least one clamping element comprises one or more fasteners that apply a clamping force on the dongle. a base member that includes a cavity and at least one cable stabilizing element configured to secure a cable connector of a cable within the cavity, wherein the cable is routed through an opening in the base member into the cavity; a cover coupled to the base member by at least one fastener; one or more mounting provisions for securing the base member to a mounting surface; and at least one clamping element (116, 123, 180) configured to clamp a dongle within the cavity, wherein the dongle is coupled to the cable connector, wherein the dongle comprises a self-contained plug-in style peripheral device; and wherein the at least one clamping element comprises one or more fasteners that apply a clamping force on the dongle.
A reconfiguration request method performed by a communication station, wherein the communication station is a base station or an access point, the method comprising the steps of: receiving a configuration message sent by a configuration management node managing the communication station; and monitoring at least one network performance parameter according to the configuration message; wherein the configuration message is configured to indicate a trigger condition for initiating a reconfiguration request, wherein the reconfiguration request is used for requesting the configuration management node to re-configure at least one network configuration parameter, and the method further comprising: initiating the reconfiguration request when the at least one network performance parameter satisfies the trigger condition. receiving a configuration message sent by a configuration management node managing the communication station; and monitoring at least one network performance parameter according to the configuration message; wherein the configuration message is configured to indicate a trigger condition for initiating a reconfiguration request, wherein the reconfiguration request is used for requesting the configuration management node to re-configure at least one network configuration parameter, and the method further comprising: initiating the reconfiguration request when the at least one network performance parameter satisfies the trigger condition.
A sprayer system, comprising: a trigger sprayer including a trigger, a pump mechanism, and a nozzle; a solvent reservoir for accommodating a solvent substance; and a bottle for accommodating a concentrate substance, characterized in that the solvent reservoir is a refillable solvent reservoir, and is positioned above the trigger sprayer and is in fluid communication with the trigger sprayer, and wherein the bottle is positioned below the trigger sprayer and is in fluid communication with the trigger sprayer. a trigger sprayer including a trigger, a pump mechanism, and a nozzle; a solvent reservoir for accommodating a solvent substance; and a bottle for accommodating a concentrate substance, characterized in that the solvent reservoir is a refillable solvent reservoir, and is positioned above the trigger sprayer and is in fluid communication with the trigger sprayer, and wherein the bottle is positioned below the trigger sprayer and is in fluid communication with the trigger sprayer.
A multi-component mixing device comprising at least a first supply of a first product and a second supply of a second product, the mixing device having a mixing chamber with at least a first inlet and a second inlet, the first supply opening into the mixing chamber at the first inlet, the second supply opening into the mixing chamber at the second inlet, the mixing device comprising a nozzle arranged and adapted to inject the second product from the second supply into the mixing chamber as a flat jet, advantageously having a jet angle (α) of between 50° and 80°, wherein the nozzle is arranged in the second supply, the nozzle comprising a downstream end, characterized in that the mixing chamber has a flow axis, the distance in the direction of the flow axis between the first inlet and the downstream end is less than or equal to 10.0 mm, the first supply being adapted to introduce the first product into the mixing chamber along a central supply axis (D'), the central supply axis (D') and the flow axis each defining a respective line having a non-zero minimum distance from each other referred to as an offset between the central supply axis (D') and the flow axis.
A washing machine comprising a body; a tub which is disposed in the body; a drum which is disposed in the tub and wherein the washing process is performed; a housing which is arranged on the body and which is in fluid communication with the tub; a circulation line which enables the water received from the tub to be delivered to the housing; a dispenser which is movably disposed into the housing; and a filter box placed into the dispenser so as to move together with the dispenser and having at least one filter through which the water coming from the circulation line is passed and which filters the fibers in the water, characterized by a cleaning member having an arm which is fixed to the housing and which extends from the housing into the dispenser, and a headpiece which is provided on the arm and which is arranged to scrape the filter as the dispenser is moved with respect to the housing and sweep the fibers on the filter.
Method for producing a formed part from a circular blank, in which - the circular blank is set into rotation and at least one upsetting roller, which has a circumferential forming groove, is fed radially to an outer edge of the circular blank, - the outer edge of the circular blank is upset to a thickened region which is formed to a thickened edge contour according to the forming groove of the upsetting roller, and - during radial upsetting at least two axial forming rollers (41, 42), which cooperate during the forming of the opposite edge contour, are applied or fed laterally to an outer region of the circular blank, characterized in that - at least in a starting phase of radial upsetting the two axial forming rollers (41, 42) are fed to the thickened region with an axial forming distance to each other which is smaller than an axial width of the forming groove of the upsetting roller, wherein the thickened region is back-upset axially. - the circular blank is set into rotation and at least one upsetting roller, which has a circumferential forming groove, is fed radially to an outer edge of the circular blank, - the outer edge of the circular blank is upset to a thickened region which is formed to a thickened edge contour according to the forming groove of the upsetting roller, and - during radial upsetting at least two axial forming rollers (41, 42), which cooperate during the forming of the opposite edge contour, are applied or fed laterally to an outer region of the circular blank, - at least in a starting phase of radial upsetting the two axial forming rollers (41, 42) are fed to the thickened region with an axial forming distance to each other which is smaller than an axial width of the forming groove of the upsetting roller, wherein the thickened region is back-upset axially.
A switching apparatus comprising: a first current-conductive branch including a first switching element, the first switching element configured to be switchable to selectively permit and block a flow of current in the first current-conductive branch; a second current-conductive branch including a second switching element, the second switching element configured to be switchable to selectively permit and block a flow of current in the second current-conductive branch; and first and second terminals (18,20) for connection, in use, to an electrical network, wherein the first and second current-conductive branches (12,14) extend between the first and second terminals (18,20), wherein the switching apparatus further includes an inductance element (44,44a,44b) configured to carry, in use, a current flowing through the switching apparatus, the switching apparatus being characterised in that it further comprises a secondary winding electrically coupled to a gate drive of the second switching element, the inductance element (44,44a,44b) being mutually coupled with the secondary transformer winding in such a way that the inductance element (44,44a,44b) is electrically coupled to the second switching element through the secondary winding and that inductance element (44,44a,44b) is configured as a power source for enabling the operation of the second switching element with a galvanic isolation from the first current-conductive branch. a first current-conductive branch including a first switching element, the first switching element configured to be switchable to selectively permit and block a flow of current in the first current-conductive branch; a second current-conductive branch including a second switching element, the second switching element configured to be switchable to selectively permit and block a flow of current in the second current-conductive branch; and first and second terminals (18,20) for connection, in use, to an electrical network, wherein the first and second current-conductive branches (12,14) extend between the first and second terminals (18,20), wherein the switching apparatus further includes an inductance element (44,44a,44b) configured to carry, in use, a current flowing through the switching apparatus, the switching apparatus being characterised in that it further comprises a secondary winding electrically coupled to a gate drive of the second switching element, the inductance element (44,44a,44b) being mutually coupled with the secondary transformer winding in such a way that the inductance element (44,44a,44b) is electrically coupled to the second switching element through the secondary winding and that inductance element (44,44a,44b) is configured as a power source for enabling the operation of the second switching element with a galvanic isolation from the first current-conductive branch.
An actuation counter, for example for use with a drug dispenser device, comprising: a driver feature (250,690;250,790) having one or more driver elements (252a,252b) which driver feature is arranged for drivable movement in response to an actuation; a first count member (620;720) including one or more drive receipt elements (624;724) arranged thereon for receipt of drive from said one or more driver elements of the driver feature for drivable movement of the count member, and a second count member (630;730); characterised in that the driver feature includes one or more brake elements (694;794) arranged to selectively interact with the first and second count members to prevent overrun thereof when registering a count of an actuation. a driver feature (250,690;250,790) having one or more driver elements (252a,252b) which driver feature is arranged for drivable movement in response to an actuation; a first count member (620;720) including one or more drive receipt elements (624;724) arranged thereon for receipt of drive from said one or more driver elements of the driver feature for drivable movement of the count member, and a second count member (630;730); characterised in that the driver feature includes one or more brake elements (694;794) arranged to selectively interact with the first and second count members to prevent overrun thereof when registering a count of an actuation.
An ultrafine fiber production device comprising: a first heating unit that melts a thermoplastic resin; a nozzle unit that discharges the thermoplastic resin melted by the first heating unit; a hot air heating unit that produces high-temperature gas; a hot air blowing unit that performs fiber forming by extending the melted thermoplastic resin after blowing the high-temperature gas produced by the hot air heating unit to the melted thermoplastic resin discharged by the nozzle unit; a second heating unit that has a through-hole which allows the thermoplastic resin subjected to fiber forming by the hot air blowing unit to pass through for heating, and that further fines the thermoplastic resin subjected to fiber forming by heating the thermoplastic resin subjected to fiber forming when the thermoplastic resin subjected to fiber forming passes the through-hole; and a fiber collecting unit that collects the thermoplastic resin in a fibrous form which is fined by the second heating unit; wherein a spinning direction in which the thermoplastic resin moves is a direction perpendicular to a vertical direction, wherein the hot air blowing unit has a hot air blowing hole which ejects the high-temperature gas, and characterized in that in the vertical direction, a center of the through-hole of the second heating unit is lower than the hot air blowing hole of the hot air blowing unit. a first heating unit that melts a thermoplastic resin; a nozzle unit that discharges the thermoplastic resin melted by the first heating unit; a hot air heating unit that produces high-temperature gas; a hot air blowing unit that performs fiber forming by extending the melted thermoplastic resin after blowing the high-temperature gas produced by the hot air heating unit to the melted thermoplastic resin discharged by the nozzle unit; a second heating unit that has a through-hole which allows the thermoplastic resin subjected to fiber forming by the hot air blowing unit to pass through for heating, and that further fines the thermoplastic resin subjected to fiber forming by heating the thermoplastic resin subjected to fiber forming when the thermoplastic resin subjected to fiber forming passes the through-hole; and a fiber collecting unit that collects the thermoplastic resin in a fibrous form which is fined by the second heating unit; wherein a spinning direction in which the thermoplastic resin moves is a direction perpendicular to a vertical direction, wherein the hot air blowing unit has a hot air blowing hole which ejects the high-temperature gas, and characterized in that in the vertical direction, a center of the through-hole of the second heating unit is lower than the hot air blowing hole of the hot air blowing unit.
A device for producing tubular bags sealed on multiple sides, the device comprising a forming shoulder for deforming a plane film web into an envelope web, a forming tube which is surrounded by the envelope web, and a longitudinal seal former which surrounds the forming tube and which has a film guide for forming film overlap areas (46, 47) extending in the transport direction of the film web and which comprises a heat sealer for forming longitudinal sealed seams in the film overlap areas (46, 47), the forming tube having, adjacent to a forming shoulder outlet, a number of fins for forming the film overlap areas (46, 47), the number of fins corresponding to the number of longitudinal sealed seams, and the film guide having first and second film guide elements (25, 26), a first and a second film guide element being associated with each fin, each fin being disposed between a first and a second film guide element (25, 26) in such a manner that a double guide gap is formed, characterized in that the first and second film guide elements (25, 26) are adjustable independently of each other in terms of their position relative to the fin.