mhurhangee/ep-ind-claims huggingface dataset:
A compressor used for household appliances comprising: a cylinder for pumping a cooling gas, a piston on the cylinder for compressing the cooling gas into a cylinder opening, a suction muffler made of plastic material for allowing the cooling gas to reach an area of the cylinder before being heated and minimizing noise caused by the cooling gas, a cylinder head connecting the suction muffler and the cylinder, a valve plate making a rigid and tight connection between the cylinder and the cylinder head and allowing suction and compression of cycle fluids, a suction valve sheet on a side of the valve plate for allowing suction of the cycle fluids into the cylinder and an exhaust valve sheet on a side of the valve plate for allowing discharge of the cycle fluids in the cylinder characterized by the valve plate comprising a frame made of a material resistant to axial loads, and a damper in the frame made of another material adapted to minimize vibration and noise when the suction valve sheet and the exhaust valve sheet strikes a top of the valve plate. a cylinder for pumping a cooling gas, a piston on the cylinder for compressing the cooling gas into a cylinder opening, a suction muffler made of plastic material for allowing the cooling gas to reach an area of the cylinder before being heated and minimizing noise caused by the cooling gas, a cylinder head connecting the suction muffler and the cylinder, a valve plate making a rigid and tight connection between the cylinder and the cylinder head and allowing suction and compression of cycle fluids, a suction valve sheet on a side of the valve plate for allowing suction of the cycle fluids into the cylinder and an exhaust valve sheet on a side of the valve plate for allowing discharge of the cycle fluids in the cylinder characterized by the valve plate comprising a frame made of a material resistant to axial loads, and a damper in the frame made of another material adapted to minimize vibration and noise when the suction valve sheet and the exhaust valve sheet strikes a top of the valve plate.
An airfoil comprising: pressure and suction side walls (86, 88) extending in a chord-wise direction between leading and trailing edges (82, 84), the pressure and suction side walls (86, 88) extending in a radial direction to provide an exterior airfoil surface; a core cooling passage (90a, 90b, 90c) arranged between the pressure and suction walls (86, 88) in a thickness direction and extending radially toward a tip; a skin passage arranged in one of the pressure and suction side walls (86, 88) to form a hot side wall and a cold side wall, wherein the hot side wall defines a portion of the exterior airfoil surface, the cold side wall defines a portion of the core cooling passage (90a, 90b, 90c), and the core cooling passage (90a, 90b, 90c) and the skin passage are configured to have a same direction of fluid flow; and a resupply hole which fluidly interconnects the core cooling passage (90a, 90b, 90c) and the skin passage, wherein the resupply hole has a single inlet, a centerline of the single inlet is arranged at an angle relative to the direction of fluid flow in the core cooling passage (90a, 90b, 90c), and the centerline and the direction of fluid flow lie in a plane parallel to the thickness direction, characterised in that: the single inlet is fluidly connected to multiple discrete outlet apertures (114; 122, 124) pressure and suction side walls (86, 88) extending in a chord-wise direction between leading and trailing edges (82, 84), the pressure and suction side walls (86, 88) extending in a radial direction to provide an exterior airfoil surface; a core cooling passage (90a, 90b, 90c) arranged between the pressure and suction walls (86, 88) in a thickness direction and extending radially toward a tip; a skin passage arranged in one of the pressure and suction side walls (86, 88) to form a hot side wall and a cold side wall, wherein the hot side wall defines a portion of the exterior airfoil surface, the cold side wall defines a portion of the core cooling passage (90a, 90b, 90c), and the core cooling passage (90a, 90b, 90c) and the skin passage are configured to have a same direction of fluid flow; and a resupply hole which fluidly interconnects the core cooling passage (90a, 90b, 90c) and the skin passage, wherein the resupply hole has a single inlet, a centerline of the single inlet is arranged at an angle relative to the direction of fluid flow in the core cooling passage (90a, 90b, 90c), and the centerline and the direction of fluid flow lie in a plane parallel to the thickness direction, characterised in that: the single inlet is fluidly connected to multiple discrete outlet apertures (114; 122, 124)
A twin-shaft vacuum pump comprising: two shafts (10, 20) configured to rotate in synchronisation, each of said shafts (10, 20) comprising a gear mounted thereon, said gears each comprising gear wheels, said gear wheels being configured to intermesh to provide said synchronised rotation; and an oil reservoir comprising a porous material, characterised in that the porous material is disposed within said oil reservoir such that it is configured when supplied with oil to retain said oil within said porous material and avoid free oil being present within the pump; said oil reservoir further comprises at least one wick extending from said oil reservoir towards a first of said two shafts (10, 20) and operable to supply oil by capillary action from said porous material along said wick to lubricate said gears; and in that said gear wheels are at an end of the pump where the pressure is sub-atmospheric during pump operation. two shafts (10, 20) configured to rotate in synchronisation, each of said shafts (10, 20) comprising a gear mounted thereon, said gears each comprising gear wheels, said gear wheels being configured to intermesh to provide said synchronised rotation; and an oil reservoir comprising a porous material, characterised in that the porous material is disposed within said oil reservoir such that it is configured when supplied with oil to retain said oil within said porous material and avoid free oil being present within the pump; said oil reservoir further comprises at least one wick extending from said oil reservoir towards a first of said two shafts (10, 20) and operable to supply oil by capillary action from said porous material along said wick to lubricate said gears; and in that said gear wheels are at an end of the pump where the pressure is sub-atmospheric during pump operation.
An assembly comprising: - an elongate structural member; - a pre-cast casting disposed around the structural member, the casting comprising: - an elongate heat insulating tube, the heat insulating tube made of a heat insulating material comprising an intumescent material providing passive fire protection; and - a support tube made of a non-intumescent material; and - a stabilising element arranged to maintain a gap between the inner circumferential surface of the heat insulating tube and an outer surface of the structural member, characterised in that the heat insulating tube is in the form of a complete tube having a continuous inner circumferential surface and a continuous outer circumferential surface and the support tube is encapsulated within the heat insulating tube between the inner circumferential surface and the outer circumferential surface. - an elongate structural member; - a pre-cast casting disposed around the structural member, the casting comprising: - an elongate heat insulating tube, the heat insulating tube made of a heat insulating material comprising an intumescent material providing passive fire protection; and - a support tube made of a non-intumescent material; and - an elongate heat insulating tube, the heat insulating tube made of a heat insulating material comprising an intumescent material providing passive fire protection; and - a support tube made of a non-intumescent material; and - a stabilising element arranged to maintain a gap between the inner circumferential surface of the heat insulating tube and an outer surface of the structural member,
A screening device (100,101,102,103,104) for screening a window, said screening device comprising: a screen with a variable length, a fixed width between two edges of said screen and with a positionable free end, the longitudinal position of said free end determining the length of said screen, an electric drive operably connected to said screen for adjusting the longitudinal position said free end, an elongated guide member parallel with said two edges and arranged adjacent to one of said two edges, a position indicator for manually indicting a desired longitudinal position of said free end, the longitudinal position of said position indicator being freely manually adjustable by an operator to any longitudinal position along said elongated guide element, a sensor arrangement configured for detecting a difference between the actual longitudinal position of said free end and the actual longitudinal position of said position indicator, a circuit or processor connected to said sensor arrangement, said circuit or processor being configured to activate said electric drive to move said free edge in a direction that reduces the detected difference between the actual longitudinal position of said free end and the actual longitudinal position of said position indicator. a screen with a variable length, a fixed width between two edges of said screen and with a positionable free end, the longitudinal position of said free end determining the length of said screen, an electric drive operably connected to said screen for adjusting the longitudinal position said free end, an elongated guide member parallel with said two edges and arranged adjacent to one of said two edges, a position indicator for manually indicting a desired longitudinal position of said free end, the longitudinal position of said position indicator being freely manually adjustable by an operator to any longitudinal position along said elongated guide element, a sensor arrangement configured for detecting a difference between the actual longitudinal position of said free end and the actual longitudinal position of said position indicator, a circuit or processor connected to said sensor arrangement, said circuit or processor being configured to activate said electric drive to move said free edge in a direction that reduces the detected difference between the actual longitudinal position of said free end and the actual longitudinal position of said position indicator.
An optical device formed as a potting or lens for an LED-comprising optoelectronic device, comprising a resin moulding compound treated with a plasma containing fluorine-containing compounds, so that the carbon atoms contained in a surface layer (3a, 6a) of the resin moulding compound are fluorinated and the resin moulding compound comprises a chemically modified, adhesion-reducing surface layer (3a, 6a) with teflon-like compounds, and the resin moulding compound is a silicone resin.
A medical instrument (10; 11) with: a liquid-tight sheath; a heat source (22, 32, 72, 74); a surface area thermally coupled to the heat source (22, 32, 72, 74); a rotor arranged outside the sheath and serving to generate a flow of fluid (57, 58, 59) at the surface; a magnet at the rotor; a means (60, 61, 62, 64, 68) for generating a variable magnetic field in order to move the rotor, the means being arranged inside the sheath, characterized in that the medical instrument is an endoscope with a long thin shaft or an exoscope or a surgical microscope, and in that the flow of fluid (57, 58, 59) is a flow of ambient air and is produced for removal of thermal output generated by the heat source. a liquid-tight sheath; a heat source (22, 32, 72, 74); a surface area thermally coupled to the heat source (22, 32, 72, 74); a rotor arranged outside the sheath and serving to generate a flow of fluid (57, 58, 59) at the surface; a magnet at the rotor; a means (60, 61, 62, 64, 68) for generating a variable magnetic field in order to move the rotor, the means being arranged inside the sheath, characterized in that the medical instrument is an endoscope with a long thin shaft or an exoscope or a surgical microscope, and in that the flow of fluid (57, 58, 59) is a flow of ambient air and is produced for removal of thermal output generated by the heat source.
A scale trapping unit for trapping a scale particle whose diameter is less than 1 mm contained in a fluid, comprising: - a casing having a water inlet and a water outlet at respective ends; and - a scale adsorbing element loaded in the casing, the scale adsorbing element having opening ports, each of the opening ports having a representative length greater than a length of the scale particle, the casing having a frusto-conical portion formed in frusto-conical shape, the frusto-conical portion being close to a water inlet portion and, a void region that separates the scale adsorbing element from the water inlet portion, - a water inlet pipe being perpendicularly connected to a central portion of a bottom surface of the frusto-conical portion at the end of the casing where the water inlet is located, the water inlet pipe, the void region, and the scale adsorbing element being linearly aligned so that water flows therethrough in a constant direction, characterized in that a central portion of a first end of the scale adsorbing element located on a side of the water inlet has a recessed shape being recessed toward a central portion of a second end of the scale adsorbing element, the central portion of the second end being downstream of the first end. - a casing having a water inlet and a water outlet at respective ends; and - a scale adsorbing element loaded in the casing, the scale adsorbing element having opening ports, each of the opening ports having a representative length greater than a length of the scale particle, the casing having a frusto-conical portion formed in frusto-conical shape, the frusto-conical portion being close to a water inlet portion and, a void region that separates the scale adsorbing element from the water inlet portion, - a water inlet pipe being perpendicularly connected to a central portion of a bottom surface of the frusto-conical portion at the end of the casing where the water inlet is located, the water inlet pipe, the void region, and the scale adsorbing element being linearly aligned so that water flows therethrough in a constant direction, characterized in that
A medical apparatus comprising: an endoscopic tool comprising first and second members (50, 54, 56) longitudinally slideable relative to each other; and a control connected to a proximal end of the endoscopic tool, where the control comprises a housing and an actuation mechanism, where the actuation mechanism is connected to the housing, where the actuation mechanism has the first member and the second member connected thereto, and where the housing comprises a connector, characterized in that the connector is configured to removeably connect the housing to a deflection control lever of an endoscope, and the connector is sized and shaped to resiliently snap onto the deflection control lever of a control section of the endoscope. an endoscopic tool comprising first and second members (50, 54, 56) longitudinally slideable relative to each other; and a control connected to a proximal end of the endoscopic tool, where the control comprises a housing and an actuation mechanism, where the actuation mechanism is connected to the housing, where the actuation mechanism has the first member and the second member connected thereto, and where the housing comprises a connector, characterized in that the connector is configured to removeably connect the housing to a deflection control lever of an endoscope, and the connector is sized and shaped to resiliently snap onto the deflection control lever of a control section of the endoscope.
A process for making a consumer antiperspirant or deodorant product, said consumer product comprising packaging comprising a product chamber and an outer jacket at least partially surrounding the product chamber; the method comprising the steps of: (a) providing a container; (b) providing a material process stream comprising a gellant and heating the material process stream to a first temperature to substantially melt the gellant; (c) lowering the process stream to a second temperature that is lower than the first temperature by at least 10°C, but is still above the onset of crystallization of the gellant; (d) after and/or during step (c), adding an antiperspirant and/or deodorant active to the material process stream to form an antiperspirant composition; (e) charging a volume of the antiperspirant composition into the container; (f) disposing an outer jacket at least partially around the container to define a double-walled container; and (g) achieving an antiperspirant composition temperature that is lower than the second temperature by 15°C within 30 minutes of completing steps (e) and (f). (a) providing a container; (b) providing a material process stream comprising a gellant and heating the material process stream to a first temperature to substantially melt the gellant; (c) lowering the process stream to a second temperature that is lower than the first temperature by at least 10°C, but is still above the onset of crystallization of the gellant; (d) after and/or during step (c), adding an antiperspirant and/or deodorant active to the material process stream to form an antiperspirant composition; (e) charging a volume of the antiperspirant composition into the container; (f) disposing an outer jacket at least partially around the container to define a double-walled container; and (g) achieving an antiperspirant composition temperature that is lower than the second temperature by 15°C within 30 minutes of completing steps (e) and (f).
Holder for objects, comprising a bracket and a holder element supported by the bracket, where the bracket comprises a base part, a first bracket arm with a first hinge joint and a second bracket arm with a second hinge joint, wherein the holder element comprises a resilient gripping section, a first pivoting arm and a second pivoting arm, where the first pivoting arm is stiff and pivotably suspended to the first bracket arm at an inner end of the first pivoting arm and where the outer end of the first pivoting arm is fixedly attached to a first end of the gripping section, where the second pivoting arm is stiff and pivotably suspended to the second bracket arm at an inner end of the second pivoting arm and where the outer end of the second pivoting arm is fixedly attached to a second end of the gripping section, where the holder element comprises a first receiving position in which the pivoting arms (10, 11) are directed away from the bracket, and a second holding position in which the object is held by the holder element and in which the pivoting arms (10, 11) are pivoted inwards towards the bracket such that the gripping section is positioned within the bracket, characterized in that the holder element comprises a first expansion section between the first end of the gripping section and the outer end of the first pivoting arm and a second expansion section between the second end of the gripping section and the outer end of the second pivoting arm.
Modular element (1, 7, 8, 9, 10) for constructions comprising a substantially parallelepiped body, having an upper face, a lower face, and lateral faces extending vertically between the upper and lower faces, said body comprising: - at least one main half joint opening at the upper face, - at least one vertical channel placed in the interior the body and connected to a main half joint, - at least one secondary half joint opening at one of the lateral faces, characterized in that the main and secondary half joints are connected through oblique channels, the modular element also comprising at least two joint elements on the upper and/or lower face. - at least one main half joint opening at the upper face, - at least one vertical channel placed in the interior the body and connected to a main half joint, - at least one secondary half joint opening at one of the lateral faces, characterized in that
A geotextile-based structure for soil stabilization comprising a cage having a hollow interior and at least one open side, wherein the interior of the cage is lined with a geotextile fabric designed to retain fine particles and an exterior surface of the cage is covered by a geotextile mat capable of supporting vegetation, further comprising a vegetative-sustaining material selected from the group consisting of soil, mulch, hydroseeding, sand, or mixtures thereof, wherein the vegetative- sustaining material lies within a pocket formed between the geotextile mat capable of supporting vegetation and the exterior surface of the cage. wherein the interior of the cage is lined with a geotextile fabric designed to retain fine particles and an exterior surface of the cage is covered by a geotextile mat capable of supporting vegetation, further comprising a vegetative-sustaining material selected from the group consisting of soil, mulch, hydroseeding, sand, or mixtures thereof, wherein the vegetative- sustaining material lies within a pocket formed between the geotextile mat capable of supporting vegetation and the exterior surface of the cage.
A liquid cleanser composition for low temperature stability and retention of viscosity comprising: 5 to 40 wt% of surfactants containing one or a mixture of anionic, nonionic, zwitterionic surfactants, 0.5 to 5 wt% linear fatty acids with 10 to 20 carbons, 1 to 15 wt% of partially hydrogenated triglyceride oil with IV number 40 to 100, and a melting temperature between 35°C to 80°C; wherein said partially hydrogenated triglyceride oil is added alone or as a mixture with other triglyceride oils wherein said partially hydrogenated triglyceride oil of defined IV comprises 60% or more of such mixture, wherein sufficient partially hydrogenated triglyceride oil is used such that the liquid cleanser composition is stable at low temperature and retains at least 70% of its original viscosity after being stored at 4°C refrigerator for 7 days. 5 to 40 wt% of surfactants containing one or a mixture of anionic, nonionic, zwitterionic surfactants, 0.5 to 5 wt% linear fatty acids with 10 to 20 carbons, 1 to 15 wt% of partially hydrogenated triglyceride oil with IV number 40 to 100, and a melting temperature between 35°C to 80°C;
Printing machine for printing substrates such as circuit boards, wafers or solar cells, comprising at least one movably mounted printing unit (3,4) with a working surface on which the substrate to be printed can be placed, wherein the printing unit (3,4) is paired with a transport belt device (15,14) which comprises a rotatably mounted supply roller with a transport belt (11,12) wound thereon, and a rotatably mounted collection roller for winding up the transport belt (11,12), as well as two deflecting surfaces, in particular deflecting rollers (18,20), paired with the working surface, wherein the transport belt (11,12) is guided by the supply roller over one of the deflecting surfaces and onto the working surface in order to form a contact surface for the substrates, and by the working surface over the other deflecting surface to the collection roller, and comprising a print head, wherein the printing unit (3,4) is movable between a processing position paired with the print head and a substrate exchange position paired with a feed- or removal device (5,6) for the substrates, wherein the deflecting surfaces (18,20) are movably held on the respective printing unit (3,4), characterized in that the supply roller and the collection roller are held on the printing machine in a stationary manner.