mhurhangee/ep-ind-claims huggingface dataset:
An electrical household appliance having a first side with a display panel providing an information display means and operation control elements to set different operation settings of the household appliance and provided within a first-side sheet portion of the household appliance, said display panel being attached to said first-side sheet in a display panel slot having a second-side surface facing approximately 180 degrees away from the first side, wherein - a protective frame enclosure is secured around surface edges of said second-side surface of the display panel slot, said protective frame enclosure being provided in the form of a frame laterally enclosing a second side of the display panel slot, characterized in that - a foil sheet material is adhered to the second-side surface of the display panel slot such that the second-side surface and the protective frame enclosure are covered, - the protective frame enclosure is formed as a two-piece unit in the manner that the two pieces as U-shape members are joined to form the protective frame enclosure whereby each U-shape member can be separately mounted. - a protective frame enclosure is secured around surface edges of said second-side surface of the display panel slot, said protective frame enclosure being provided in the form of a frame laterally enclosing a second side of the display panel slot, - a foil sheet material is adhered to the second-side surface of the display panel slot such that the second-side surface and the protective frame enclosure are covered, - the protective frame enclosure is formed as a two-piece unit in the manner that the two pieces as U-shape members are joined to form the protective frame enclosure whereby each U-shape member can be separately mounted.
A rod guide for a rod arranged to an openable element, comprising: a first part configured to be arranged with a bottom side onto a surface of the openable element, and having at least one recess extending, from an open end of the recess at the bottom side of the first part, in a direction perpendicular to the surface of the openable element, a second part enclosed by the first part and being movable relative to the first part in a direction perpendicular to the surface, and having at least one recess configured to create a receptacle for receiving the rod, wherein the recess of the second part has an open end in a direction in parallel with the surface of the openable element when the rod guide is arranged thereto, and a height adjusting element (112, 113) configured to adjust the position of the second part inside of the first part along said direction, wherein when moving the second part by the height adjusting element (112, 113) the rod received in the receptacle of the recess of the second part is moved along the recess of the first part in a direction perpendicular to the openable element. a first part configured to be arranged with a bottom side onto a surface of the openable element, and having at least one recess extending, from an open end of the recess at the bottom side of the first part, in a direction perpendicular to the surface of the openable element, a second part enclosed by the first part and being movable relative to the first part in a direction perpendicular to the surface, and having at least one recess configured to create a receptacle for receiving the rod, wherein the recess of the second part has an open end in a direction in parallel with the surface of the openable element when the rod guide is arranged thereto, and a height adjusting element (112, 113) configured to adjust the position of the second part inside of the first part along said direction, wherein when moving the second part by the height adjusting element (112, 113) the rod received in the receptacle of the recess of the second part is moved along the recess of the first part in a direction perpendicular to the openable element.
A pressure transmitter with pressure sensor mount, comprising: - pressure measurement circuitry; - a metal body (18; 100) of the pressure transmitter having a pressure coupling configured to couple to a process pressure; - a pressure sensor configured to receive the process pressure and responsively provide a sensor output related to the process pressure to the pressure measurement circuitry, the sensor ouptut being electrically coupled to the measurement circuitry; - a metal conduit having a first end coupled to the pressure sensor and configured to apply an applied pressure, received at a second end thereof, corresponding to the process pressure to the pressure sensor, the metal conduit being coupled within the metal body (18; 100) of the pressure transmitter by a non-conductive compression joint; and - a non-conductive spacer, which is separate from the non-conductive compression joint, disposed between the metal body (18; 100) and the second end of the metal conduit and configured to electrically isolate the metal conduit from the metal body (18; 100) of the pressure transmitter, the non-conductive spacer having an opening formed therein and arranged to convey the applied pressure from the metal body (18; 100) to the metal conduit. - pressure measurement circuitry; - a metal body (18; 100) of the pressure transmitter having a pressure coupling configured to couple to a process pressure; - a pressure sensor configured to receive the process pressure and responsively provide a sensor output related to the process pressure to the pressure measurement circuitry, the sensor ouptut being electrically coupled to the measurement circuitry; - a metal conduit having a first end coupled to the pressure sensor and configured to apply an applied pressure, received at a second end thereof, corresponding to the process pressure to the pressure sensor, the metal conduit being coupled within the metal body (18; 100) of the pressure transmitter by a non-conductive compression joint; and - a non-conductive spacer, which is separate from the non-conductive compression joint, disposed between the metal body (18; 100) and the second end of the metal conduit and configured to electrically isolate the metal conduit from the metal body (18; 100) of the pressure transmitter, the non-conductive spacer having an opening formed therein and arranged to convey the applied pressure from the metal body (18; 100) to the metal conduit.
A surgical instrument, comprising: a first jaw comprising a distal jaw end; a second jaw movable relative to said first jaw between an open position and a closed position, wherein said second jaw comprises: a closure cam surface; and an opening cam surface; a closure tube movable toward said distal jaw end during a closure stroke, wherein said closure tube comprises a distal tube end configured to engage said closure cam surface and move said second jaw into said closed position during said closure stroke, wherein said closure tube is movable away from said distal jaw end during an opening stroke; and a cutting member movable toward said distal jaw end during a cutting stroke and movable away from said distal jaw end during a retraction stroke, wherein said cutting member comprises: a proximal portion; and a distal portion; and characterized by: a biasing member positioned intermediate said proximal portion and said distal portion, wherein said biasing member is configured to bias said distal portion into engagement with said opening cam surface of said second jaw to at least partially open said second jaw after said retraction stroke; wherein said closure tube holds said second jaw in said closed position against said bias of said biasing member until said distal tube end is disengaged from said closure cam surface during said opening stroke. a first jaw comprising a distal jaw end; a second jaw movable relative to said first jaw between an open position and a closed position, wherein said second jaw comprises: a closure cam surface; and an opening cam surface; a closure cam surface; and an opening cam surface; a closure tube movable toward said distal jaw end during a closure stroke, wherein said closure tube comprises a distal tube end configured to engage said closure cam surface and move said second jaw into said closed position during said closure stroke, wherein said closure tube is movable away from said distal jaw end during an opening stroke; and a cutting member movable toward said distal jaw end during a cutting stroke and movable away from said distal jaw end during a retraction stroke, wherein said cutting member comprises: a proximal portion; and a distal portion; and characterized by: a biasing member positioned intermediate said proximal portion and said distal portion, wherein said biasing member is configured to bias said distal portion into engagement with said opening cam surface of said second jaw to at least partially open said second jaw after said retraction stroke; a proximal portion; and a distal portion; and characterized by: a biasing member positioned intermediate said proximal portion and said distal portion, wherein said biasing member is configured to bias said distal portion into engagement with said opening cam surface of said second jaw to at least partially open said second jaw after said retraction stroke; wherein said closure tube holds said second jaw in said closed position against said bias of said biasing member until said distal tube end is disengaged from said closure cam surface during said opening stroke.
An airbag comprising: a first tier of material; a second tier of material, the second tier at least partially overlapping the first tier; wherein the first and second tiers (11, 12) are joined together by one or more rows of a sewn threaded seam having a plurality of thread stitches extending from one exterior side through to the opposite exterior side of the at least partially overlapped first and second tiers (11, 12); and wherein the thread stitches are coated in each exterior side with a seam coating material, the seam coating material being applied over the stitches on one exterior side (14, 16) and flowing through to the opposite side (14, 16) through thread holes formed upon the creation of the seam to encapsulate and seal the seam, and said seam coating material is extending between the first tier of material and the second tier of material and passing through to the exterior of the second tier of material. a first tier of material; a second tier of material, the second tier at least partially overlapping the first tier; wherein the first and second tiers (11, 12) are joined together by one or more rows of a sewn threaded seam having a plurality of thread stitches extending from one exterior side through to the opposite exterior side of the at least partially overlapped first and second tiers (11, 12); and wherein the thread stitches are coated in each exterior side with a seam coating material, the seam coating material being applied over the stitches on one exterior side (14, 16) and flowing through to the opposite side (14, 16) through thread holes formed upon the creation of the seam to encapsulate and seal the seam, and said seam coating material is extending between the first tier of material and the second tier of material and passing through to the exterior of the second tier of material.
An apparatus for transmitting high power fluxes greater than 100 w cm 2 for the purposes of additive manufacturing of metal, plastic, or ceramic products, comprising: an optic to be thermally managed, the optic having opposing surfaces, a light source producing a high powered light beam with power fluxes greater than 100 w cm 2 at wavelengths suitable for the purposes of additive manufacturing of metal, plastic, or ceramic products, said high powered light beam being directed from said light source through the optic to be thermally managed, an optic cooling system operatively connected to said optic, and configured to flow a cooling fluid over both of the opposing surfaces of the optic, wherein the combination of pressures in the cooling fluid, balanced with temperatures in the optic to be cooled do not result in any significant deformation of the optic, and where the cooling fluid is transparent to said wavelengths of the high powered light beam that is transmitted through the cooling fluid. an optic to be thermally managed, the optic having opposing surfaces, a light source producing a high powered light beam with power fluxes greater than 100 w cm 2 at wavelengths suitable for the purposes of additive manufacturing of metal, plastic, or ceramic products, said high powered light beam being directed from said light source through the optic to be thermally managed, an optic cooling system operatively connected to said optic, and configured to flow a cooling fluid over both of the opposing surfaces of the optic, wherein the combination of pressures in the cooling fluid, balanced with temperatures in the optic to be cooled do not result in any significant deformation of the optic, and where the cooling fluid is transparent to said wavelengths of the high powered light beam that is transmitted through the cooling fluid.
A seismic source apparatus (200, 300, 400), configured to be maneuvered by a vehicle over a terrain and operable while in motion, said seismic source apparatus (200, 300, 400) comprising: a seismic source unit (152, 301) mounted on a source platform (302, 414) and configured to be maneuvered by the vehicle, the seismic source unit (152, 301) being configured to generate seismic waves while the vehicle is in on the move, said seismic source unit (152, 301) including at least one movable mass and an energy transfer element configured to maintain continuous and intimate contact with the terrain while the vehicle is in motion and the seismic waves are generated; characterized in that the seismic source apparatus further comprises at least one motion de-coupling assembly (230, 350, 420) associating said energy transfer element with said source platform (302, 414) or vehicle, and provided to reduce or prevent vibrational energy generated by said seismic source unit to be transferred to the source platform (302, 414) or the vehicle, wherein motion of said seismic source unit (152, 301) while the vehicle is in motion is independent of the motion of said vehicle and/or said source platform (302, 414), wherein the motion of said seismic source unit is along or about at least one selected axis, within a determined range. a seismic source unit (152, 301) mounted on a source platform (302, 414) and configured to be maneuvered by the vehicle, the seismic source unit (152, 301) being configured to generate seismic waves while the vehicle is in on the move, said seismic source unit (152, 301) including at least one movable mass and an energy transfer element configured to maintain continuous and intimate contact with the terrain while the vehicle is in motion and the seismic waves are generated; characterized in that the seismic source apparatus further comprises at least one motion de-coupling assembly (230, 350, 420) associating said energy transfer element with said source platform (302, 414) or vehicle, and provided to reduce or prevent vibrational energy generated by said seismic source unit to be transferred to the source platform (302, 414) or the vehicle, wherein motion of said seismic source unit (152, 301) while the vehicle is in motion is independent of the motion of said vehicle and/or said source platform (302, 414), wherein the motion of said seismic source unit is along or about at least one selected axis, within a determined range.
Photodiode comprising at least one absorption portion, the absorption portion comprising at least one core surrounded by at least one portion of a sleeve comprising at least two zones (221, 222) for extracting charges, the core comprising: * a plurality of patterns formed from a first material having the property of generating, by absorbing photons, free electrical charge carriers; * a confinement layer inside which are situated the patterns, the confinement layer being formed from a second material, different from the first, and capable of being made electrically conductive; characterised in that: * the patterns are arranged periodically along a main direction De (z) of extension of said core, by having a step p such that: p ≤ λ 4 λ being the smallest wavelength to be detected by the photodiode; * the patterns extend mainly along a direction Dm forming with a direction Dp (x) perpendicular to said main direction De (z), an angle Θ, such that 90>Θ>0, and preferably 80>Θ>10, * the photodiode is configured such that a light to be detected is incident in the core along said main direction De (z). * a plurality of patterns formed from a first material having the property of generating, by absorbing photons, free electrical charge carriers; * a confinement layer inside which are situated the patterns, the confinement layer being formed from a second material, different from the first, and capable of being made electrically conductive; * the patterns are arranged periodically along a main direction De (z) of extension of said core, by having a step p such that: p ≤ λ 4 λ being the smallest wavelength to be detected by the photodiode; * the patterns extend mainly along a direction Dm forming with a direction Dp (x) perpendicular to said main direction De (z), an angle Θ, such that 90>Θ>0, and preferably 80>Θ>10, * the photodiode is configured such that a light to be detected is incident in the core along said main direction De (z).
A work area for members of a flight crew, with the work area comprising: a central module; a floor area for the members of the flight crew; an area adapted for being closed for a crewmember to change clothes; a stairhouse module, wherein the central module is adapted for arrangement in a rear area of a cabin of the aircraft on a floor area; and wherein the area adapted for being closed borders the central module wherein the area adapted for being closed comprises two doors (118, 119), characterized in that the area is arranged between the stairhouse module on the one side and the central module on the other side; and wherein the area adapted for being closed with the doors (118, 119) open is designed as a first passageway between the two cabin areas (121, 122); and wherein the floor area is designed as a second passageway between the two cabin areas (121, 122). a central module; a floor area for the members of the flight crew; an area adapted for being closed for a crewmember to change clothes; a stairhouse module, wherein the central module is adapted for arrangement in a rear area of a cabin of the aircraft on a floor area; and wherein the area adapted for being closed borders the central module
A composition of matter comprising: a powder comprising a plurality of beads, wherein each bead comprises: a primary matrix material comprising a zinc alkanethiolate polymer; and a population of quantum dot nanoparticles incorporated into the primary matrix material. a primary matrix material comprising a zinc alkanethiolate polymer; and a population of quantum dot nanoparticles incorporated into the primary matrix material.
Contactless seal for a rotating shaft passing through an opening of a wall, this seal comprising a rotating member intended to be carried by the shaft and a fixed member intended to be carried by the opening of the wall, the rotating member being slotted into the fixed member while being mobile in rotation with respect to it, the rotating member having an outer face provided with at least one circumferential ridge (9a-9c) and the fixed member having an inner face provided with at least one recess (14a-14c) or vice versa, each ridge (9a-9c) being partially engaged in a corresponding recess (14a-14c) such that the inner face of the fixed member and the outer face of the rotating member jointly delimit a labyrinthine leak route, where the rotating member and the fixed member are each formed from one single part, the rotating member and the fixed member cannot be disconnected from each other, these members (6, 7) being jointly obtained in one same additive manufacturing operation, and the rotating member comprises at one end a deoiling element, and where the rotating seal comprises, at its opposite extremity, a ventilation element tending to introduce fluid into one of the ends of the labyrinthine leak route to reduce a pressure difference between the ends of this labyrinthine leak route.
Gearbox for a vehicle, the gearbox comprising: a housing with an opening; a gearbox control module, which gearbox control module sealingly closes off the opening; a hydraulics control module; wherein the gearbox control module comprises an electronics component with an electronic circuit for controlling the gearbox; wherein the gearbox control module comprises electrical connections that are connected to the electronics component; wherein the gearbox control module comprises a module carrier on which the electronics component and the electrical connections are mounted; wherein the module carrier comprises a module carrier plate having an inner surface and an outer surface, wherein the module carrier is designed as a cover for sealingly closing off a gearbox interior, wherein the electronics component is arranged on the inner surface of the module carrier plate, and the electronics component is thermally connected to the module carrier plate, wherein the inner surface of the module carrier plate faces towards the gearbox interior, and the outer surface is configured as a cooling surface for the gearbox control module; wherein the opening is delimited by a flange to which the gearbox control module is connected; characterized in that the flange is two-stepped, and the hydraulics control module between the gearbox control module and the opening is screwed onto the flange on an internal shoulder of the flange. a housing with an opening; a gearbox control module, which gearbox control module sealingly closes off the opening; a hydraulics control module; wherein the gearbox control module comprises an electronics component with an electronic circuit for controlling the gearbox; wherein the gearbox control module comprises electrical connections that are connected to the electronics component; wherein the gearbox control module comprises a module carrier on which the electronics component and the electrical connections are mounted; wherein the module carrier comprises a module carrier plate having an inner surface and an outer surface, wherein the module carrier is designed as a cover for sealingly closing off a gearbox interior, wherein the electronics component is arranged on the inner surface of the module carrier plate, and the electronics component is thermally connected to the module carrier plate, wherein the inner surface of the module carrier plate faces towards the gearbox interior, and the outer surface is configured as a cooling surface for the gearbox control module; wherein the opening is delimited by a flange to which the gearbox control module is connected; characterized in that the flange is two-stepped, and the hydraulics control module between the gearbox control module and the opening is screwed onto the flange on an internal shoulder of the flange.
Use of N-acetyl-L-cysteine combined with Promelase for the preparation of compositions for the treatment and prevention of symptoms associated with acute and chronic inflammations and infections of the upper and lower airways.