mhurhangee/ep-ind-claims huggingface dataset:
A dispensing system, comprising: a housing; a conduit with a volumetric capacity between an internal discharge orifice for receipt of a flow of pressurized fluid from a valving assembly and an external discharge orifice; a volume of pressurized fluid; and a sensor, wherein the fluid has a volumetric flow rate of about 0.05 ml/ms to about 15 ml/ms when released into the conduit from the internal discharge orifice, and wherein the sensor detects a sound at the external discharge orifice; characterized in that the sensor is disposed within the housing and detects pressure waves within the housing and in that the surfaces defining the volumetric capacity of the conduit, the internal discharge orifice and/or the external discharge orifice comprise obstructions or interruptions to alter the sound profile detected by the sensor during emission of the flow of pressurized fluid. a housing; a conduit with a volumetric capacity between an internal discharge orifice for receipt of a flow of pressurized fluid from a valving assembly and an external discharge orifice; a volume of pressurized fluid; and a sensor, wherein the fluid has a volumetric flow rate of about 0.05 ml/ms to about 15 ml/ms when released into the conduit from the internal discharge orifice, and wherein the sensor detects a sound at the external discharge orifice; characterized in that the sensor is disposed within the housing and detects pressure waves within the housing and in that the surfaces defining the volumetric capacity of the conduit, the internal discharge orifice and/or the external discharge orifice comprise obstructions or interruptions to alter the sound profile detected by the sensor during emission of the flow of pressurized fluid.
A device for receiving hazardous materials, having at least one safety cabinet and container received therein for receiving the hazardous materials, and having a funnel provided outside the safety cabinet and having an outlet nozzle for feeding the hazardous materials filled into the funnel into the container, wherein the safety cabinet has a cabinet body and a cabinet door, and wherein the cabinet door can be transferred from its closed position into an open position in which the container is accessible, characterized in that the funnel, which is adjustable between a working position and a maintenance position, and/or its outlet nozzle lock/locks or release/releases the safety cabinet depending on the position and, for that purpose, the funnel and/or the outlet nozzle act/acts on a locking unit (12, 13, 14) for the cabinet door in a sensorial or mechanical manner.
Floor panel, wherein the floor panel is made rectangular and oblong and comprises a substrate and a top layer provided on this substrate; wherein the substrate substantially consists of a thermoplastic material; wherein the substrate has a thickness of 2 to 10 millimeters; wherein the substrate forms at least half of the thickness of the floor panel; wherein the top layer is at least composed of a print and a transparent thermoplastic layer situated above said print, the print being provided on a carrier sheet, which carrier sheet, together with the print, forms a printed synthetic film; wherein the floor panel, at least at two opposite edges, is provided with mechanical coupling means allowing that two of such floor panels can be coupled to each other, such that a locking is obtained in a vertical direction perpendicular to the plane of the coupled panels, as well as in a horizontal direction perpendicular to the coupled edge and in the plane of the floor panels; wherein the coupling means are realized as a tongue and groove bordered by an upper lip and a lower lip; wherein the tongue and groove substantially are responsible for the locking in said vertical direction; wherein the tongue and groove are provided with locking parts, substantially responsible for the locking in said horizontal direction; and wherein the coupling means are substantially realized in said substrate; characterized in that the floor panel comprises means for limiting the bending by the own weight, said means at least comprising the measure wherein at least one layer of the floor panel has a density of more than 650 kilograms per cubic meter; that the top layer of the floor panel comprises a back layer, which is situated between the print and the substrate and which comprises soft PVC; that the back layer extends above the center line determined by the tongue-in-groove coupling; the at least one layer of the floor panel having a density of more than 650 kilograms per cubic meter is arranged between the top layer and the substrate.
A method of forming a well, comprising: identifying a lost circulation zone in a wellbore, the lost circulation zone comprising a fracture in a formation adjacent to the wellbore; operating a circulating sub located on a conduit above an inflatable to remove at least some drilling fluid from the wellbore; arranging the inflatable in a vicinity of the lost circulation zone; forcing slurry into the inflatable to cause at least part of the inflatable containing the slurry to expand into the fracture and to cause the circulating sub to discontinue operation when slurry reaches an on/off valve in the circulating sub; allowing the slurry to set for a period of time to produce a solid; and drilling through the solid in the inflatable in the wellbore, leaving the solid in the fracture. identifying a lost circulation zone in a wellbore, the lost circulation zone comprising a fracture in a formation adjacent to the wellbore; operating a circulating sub located on a conduit above an inflatable to remove at least some drilling fluid from the wellbore; arranging the inflatable in a vicinity of the lost circulation zone; forcing slurry into the inflatable to cause at least part of the inflatable containing the slurry to expand into the fracture and to cause the circulating sub to discontinue operation when slurry reaches an on/off valve in the circulating sub; allowing the slurry to set for a period of time to produce a solid; and drilling through the solid in the inflatable in the wellbore, leaving the solid in the fracture.
A semiconductor device composite structure which comprises an initial substrate with discreet, integrated devices and a heat removal structure, wherein the heat removal structure comprises: a bond layer which is applied to the initial substrate or to the devices; a heat removal layer which is applied to the bond layer and consists of a material with at least double the specific heat conductivity of the average specific heat conductivity of the initial substrate or the devices; and one or more metallic thermal bridges which thermally connect the devices with the heat removal layer via the bond layer, characterized in that the thermal bridges are designed as vertical through connections (vias) through the bond and heat removal layer (42, 44). a bond layer which is applied to the initial substrate or to the devices; a heat removal layer which is applied to the bond layer and consists of a material with at least double the specific heat conductivity of the average specific heat conductivity of the initial substrate or the devices; and one or more metallic thermal bridges which thermally connect the devices with the heat removal layer via the bond layer, characterized in that the thermal bridges are designed as vertical through connections (vias) through the bond and heat removal layer (42, 44).
A hand-held device for electrically powered skin treatment, comprising: a housing, a first outer electrode disposed on the housing, the first outer electrode being in contact with the hand when the device is held in the user's hand for use, a second outer electrode disposed on the housing, the second outer electrode being placeable on the area of skin to be treated, and an electrical energy source in the form of batteries contained in the housing, the poles of the batteries being electrically connected to electrodes (7, 20) during operation of the device, characterized in that the housing is a shallow housing having an underside and an upper side, the second electrode is located on the underside of the housing and takes up almost the entire underside, the first electrode is located peripherally on the outer edge of the upper side of the housing, a vibrator is located within the housing, and that the vibrator is fixed by a socket on the lower wall of the housing centrally above the second electrode and thus vibrates the wall together with the second electrode when operated so that during operation of the device, the device produces an intensified massaging effect on the skin to be treated, whereby the pores of the skin are widened. a housing, a first outer electrode disposed on the housing, the first outer electrode being in contact with the hand when the device is held in the user's hand for use, a second outer electrode disposed on the housing, the second outer electrode being placeable on the area of skin to be treated, and an electrical energy source in the form of batteries contained in the housing, the poles of the batteries being electrically connected to electrodes (7, 20) during operation of the device, characterized in that the housing is a shallow housing having an underside and an upper side, the second electrode is located on the underside of the housing and takes up almost the entire underside, the first electrode is located peripherally on the outer edge of the upper side of the housing, a vibrator is located within the housing, and that the vibrator is fixed by a socket on the lower wall of the housing centrally above the second electrode and thus vibrates the wall together with the second electrode when operated so that during operation of the device, the device produces an intensified massaging effect on the skin to be treated, whereby the pores of the skin are widened.
A vehicular glazing comprising two panes of glazing material spaced apart from one another, an electrically conductive coating provided on a surface of the glazing, and an electrical device mounted with respect to the electrically conductive coating, the electrical device being in the form of one or more light emitting diodes, wherein the glazing is provided with a solar control function, characterised in that the glazing further comprises a functional layer extending over the surface of at least one of the panes of glazing material such that the functional layer extends between the two panes of glazing material, said functional layer comprising a ply of polymeric material which includes a visible light dispersant material.
Dispenser for dispensing liquid or paste-like substances, comprising a dispenser head having a mouth opening, wherein at least a part of the dispenser head that has the mouth opening being extendable and retractable with respect to a surrounding housing wall and a surface that comes in contact with the mouth opening, or with an end face region of a protruding wall formed so as to surround the mouth opening, encloses an acute angle (α) with a vertical in a cross-section in which the surface appears as a line, and, in the retracted state, this region is in contact with a support surface formed of similar kind on the housing wall which faces the mouth opening or the end face region, characterized in that the dispenser head or the part of the dispenser head that is opposite the surface is, in the retracted state, in pressing contact with an inner surface of a housing wall that is in overlap there, in the retracted state, and that the pressing contact is effected by a displacement of the dispenser head achieved as a result of an excess dimension in the region of the mouth opening.
An air conditioning rotating body having a rotor in a cylindrical shape, the rotor being housed in a casing so as to be freely rotatable, the air conditioning rotating body being configured to treat air passing through the rotor in an axial direction, wherein a labyrinth seal structure is provided between an outer circumferential portion of the rotor and the casing, the labyrinth seal structure includes a first protrusion protruding in the axial direction from the rotor toward the casing, and a second protrusion protruding in the axial direction from the casing toward the rotor, one of the first protrusion or the second protrusion is an elastic element configured to be deformed by a wind pressure of air leaking to a space between the outer circumferential portion of the rotor and the casing, the other of the first protrusion or the second protrusion is an inelastic element that is not deformed by the wind pressure of air leaking to the space between the outer circumferential portion of the rotor and the casing, the first protrusion includes a plurality of first protrusions, and the second protrusion includes a plurality of second protrusions, the labyrinth seal structure includes: the plurality of first protrusions; a first recess between adjacent ones of the plurality of first protrusions; the plurality of second protrusions; and a second recess between adjacent ones of the plurality of second protrusions, and a corresponding one of the plurality of first protrusions is inserted in the second recess and a corresponding one of the plurality of second protrusions is inserted in the first recess. a labyrinth seal structure is provided between an outer circumferential portion of the rotor and the casing, the labyrinth seal structure includes a first protrusion protruding in the axial direction from the rotor toward the casing, and a second protrusion protruding in the axial direction from the casing toward the rotor, one of the first protrusion or the second protrusion is an elastic element configured to be deformed by a wind pressure of air leaking to a space between the outer circumferential portion of the rotor and the casing, the other of the first protrusion or the second protrusion is an inelastic element that is not deformed by the wind pressure of air leaking to the space between the outer circumferential portion of the rotor and the casing, the first protrusion includes a plurality of first protrusions, and the second protrusion includes a plurality of second protrusions, the labyrinth seal structure includes: the plurality of first protrusions; a first recess between adjacent ones of the plurality of first protrusions; the plurality of second protrusions; and a second recess between adjacent ones of the plurality of second protrusions, and a corresponding one of the plurality of first protrusions is inserted in the second recess and a corresponding one of the plurality of second protrusions is inserted in the first recess.
A serum- or plasma-separating composition comprising a liquid organic compound, a thixotropic-property imparting component, and a thermoplastic elastomer, wherein the liquid organic compound comprises a liquid resin.
Contact device of a contactor of a starter motor, comprising: - a contact stem made of electrically insulating material - a contact plate made of electrically conductive material comprising a hole in which the contact stem is mounted - a compression spring - a return spring - a closure clip of radial width equal to or greater than the external diameter of the compression spring, the compression spring being mounted compressed between the closure clip and the contact plate which is in abutment on a holding collar of the contact stem, characterized in that a radial notch is created in said closure clip and receives a portion of the contact stem. - a contact stem made of electrically insulating material - a contact plate made of electrically conductive material comprising a hole in which the contact stem is mounted - a compression spring - a return spring - a closure clip of radial width equal to or greater than the external diameter of the compression spring, the compression spring being mounted compressed between the closure clip and the contact plate which is in abutment on a holding collar of the contact stem, characterized in that a radial notch is created in said closure clip and receives a portion of the contact stem.
Application device for the application in series of a coating agent to surfaces of workpieces, in particular of motor vehicle bodies and/or add-on parts thereof, having a nozzle printhead (8, 9) which contains a plurality of nozzles (D1, D2; 40) arranged side by side which apply the coating agent to the surface to be coated as continuous jets or individual drops, wherein the nozzle printhead is arranged on a multi-axis coating robot (3, 4) having six or more rotary axes which moves the nozzle printhead (8, 9) over the surface to be coated, and having a supply unit containing the coating agent, wherein the coating agent consists of at least two components which are to be mixed together, which components comprise at least one material component and at least one curing agent component which reacts with the material component for the curing thereof, and wherein there is provided a flushing apparatus for the nozzle printhead, which (a) is formed by at least one flushing medium line which leads into the application device and/or into the nozzle printhead and to which the nozzles are connected or can be connected, and/or (b) is formed by an apparatus arranged externally in the vicinity of the multi-axis coating robot (3, 4) which moves the nozzle printhead, characterised in that the nozzle printhead (8, 9) has at least two separate supply lines for the components to be mixed, which supply lines are provided to jointly supply the nozzles (D1, D2; 40) with the coating agent or the components thereof, and the components remain separate at least until they enter the nozzle printhead (8, 9). (a) is formed by at least one flushing medium line which leads into the application device and/or into the nozzle printhead and to which the nozzles are connected or can be connected, and/or (b) is formed by an apparatus arranged externally in the vicinity of the multi-axis coating robot (3, 4) which moves the nozzle printhead,
A labyrinth piston compressor comprising a cylinder, a piston arranged in the cylinder, and a piston rod, wherein the piston rod extends in a longitudinal direction and is connected to the piston, and wherein the piston is reciprocally movable within the cylinder in the longitudinal direction, wherein the cylinder comprises a first cylinder cover, wherein an inlet valve and an outlet valve are arranged in the first cylinder cover, and wherein the inlet valve and the outlet valve are arranged symmetrically with respect to a plane of symmetry extending in the longitudinal direction along the piston rod, the inlet valve and the outlet valve being arranged in the cylinder cover (11, 12) so as to extend inclinedly with respect to the plane of symmetry, characterized in that a flange leading to the outside is arranged directly upstream of the inlet valve in the fluid flow direction of a conveyed fluid or directly downstream of the outlet valve in the fluid flow direction, in order to feed the fluid to the cylinder from the outside or to discharge the fluid from the cylinder to the outside.
An electric lawn tractor having a power management system, comprising: a power management switch having a normal mode setting and a power management mode setting; a blade motor controller commanding a blade motor to rotate at a power management speed that is lower than a normal speed in response to actuation of the power management switch to the power management mode setting; a traction drive motor controller commanding a traction drive motor to rotate up to a maximum power management speed that is lower than a normal maximum speed in response to actuation of the power management switch to the power management mode setting; at least one persistence counter notifying the blade motor controller and traction drive motor controller if any excess loading conditions exist on the blade motor and/or the traction drive motor; the blade motor controller and/or traction drive motor controller changing the speeds and response of the blade motor and traction drive motor in response to the excess loading conditions. a power management switch having a normal mode setting and a power management mode setting; a blade motor controller commanding a blade motor to rotate at a power management speed that is lower than a normal speed in response to actuation of the power management switch to the power management mode setting; a traction drive motor controller commanding a traction drive motor to rotate up to a maximum power management speed that is lower than a normal maximum speed in response to actuation of the power management switch to the power management mode setting; at least one persistence counter notifying the blade motor controller and traction drive motor controller if any excess loading conditions exist on the blade motor and/or the traction drive motor; the blade motor controller and/or traction drive motor controller changing the speeds and response of the blade motor and traction drive motor in response to the excess loading conditions.
A local exhaust device being installable on a wall or adjacent to a wall, the device comprising: a main body part having an inlet port formed on a lower surface thereof; and a vortex forming device installed on the main body part and configured to form a vortex so as to induce intake of external air through the inlet port, wherein the vortex forming device comprises: a swirler disposed at the inlet port and rotated to form the vortex a driving part is configured to rotate the swirler; and a flow guide disposed at the inlet port and configured to guide air flowing by a rotation of the swirler downward, wherein the flow guide comprises an upper surface disposed at an upper portion of the swirler, wherein the upper surface of the flow guide comprises an open region configured to open the upper portion of the swirler and a closed region configured to block the upper portion of the swirler, characterized in that the upper surface of the flow guide is halved to the open region located at a rear thereof and the closed region located at a front thereof. a main body part having an inlet port formed on a lower surface thereof; and a vortex forming device installed on the main body part and configured to form a vortex so as to induce intake of external air through the inlet port, wherein the vortex forming device comprises: a swirler disposed at the inlet port and rotated to form the vortex a driving part is configured to rotate the swirler; and a flow guide disposed at the inlet port and configured to guide air flowing by a rotation of the swirler downward, wherein the flow guide comprises an upper surface disposed at an upper portion of the swirler, wherein the upper surface of the flow guide comprises an open region a swirler disposed at the inlet port and rotated to form the vortex a driving part is configured to rotate the swirler; and a flow guide disposed at the inlet port and configured to guide air flowing by a rotation of the swirler downward, wherein the flow guide comprises an upper surface disposed at an upper portion of the swirler, wherein the upper surface of the flow guide comprises an open region configured to open the upper portion of the swirler and a closed region configured to block the upper portion of the swirler, characterized in that the upper surface of the flow guide is halved to the open region located at a rear thereof and the closed region located at a front thereof.
Copper-ceramic composite comprising - a ceramic substrate containing aluminum oxide, wherein the aluminum oxide - has grain sizes in the range from 0.01 μm to 25 μm and - has a number distribution of the grain sizes with a median value d 50 and an arithmetic mean d arith, and the ratio of d 50 to d arith is in the range from 0.75 to 1.10, - a coating composed of copper or a copper alloy present on the ceramic substrate. - a ceramic substrate containing aluminum oxide, wherein the aluminum oxide - has grain sizes in the range from 0.01 μm to 25 μm and - has a number distribution of the grain sizes with a median value d 50 and an arithmetic mean d arith, and the ratio of d 50 to d arith is in the range from 0.75 to 1.10, - a coating composed of copper or a copper alloy present on the ceramic substrate.