mhurhangee/ep-ind-claims huggingface dataset:
A light-concentrating solar energy system, comprising: a first Fresnel lens provided with at least one tooth surface, wherein each tooth surface has at least one Fresnel unit; a reflective Fresnel lens comprising a second Fresnel lens and a first reflecting surface, wherein the first reflecting surface is acted by the bottom surface of the reflective Fresnel lens; a second reflecting surface; wherein the first Fresnel lens, the second Fresnel lens, the first reflecting surface and the second reflective surface are configured such that incident sunlight converges via the first Fresnel lens onto the second Fresnel lens, and then onto the first reflecting surface; reflected sunlight converges via the second Fresnel lens again, and at least part of the reflected sunlight is reflected again at the second reflecting surface; and a first photovoltaic panel is arranged to receive at least part of the sunlight reflected by the second reflecting surface; wherein at least one reflecting surface (112, 113) is made of a conductive material with coating film and is connected to a control circuit in the system so as to heat the reflecting surface when it is powered. a first Fresnel lens provided with at least one tooth surface, wherein each tooth surface has at least one Fresnel unit; a reflective Fresnel lens comprising a second Fresnel lens and a first reflecting surface, wherein the first reflecting surface is acted by the bottom surface of the reflective Fresnel lens; a second reflecting surface; wherein the first Fresnel lens, the second Fresnel lens, the first reflecting surface and the second reflective surface are configured such that incident sunlight converges via the first Fresnel lens onto the second Fresnel lens, and then onto the first reflecting surface; reflected sunlight converges via the second Fresnel lens again, and at least part of the reflected sunlight is reflected again at the second reflecting surface; and a first photovoltaic panel is arranged to receive at least part of the sunlight reflected by the second reflecting surface; wherein at least one reflecting surface (112, 113) is made of a conductive material with coating film and is connected to a control circuit in the system so as to heat the reflecting surface when it is powered.
An active energy ray curing type composition comprising: (meth)acrylic acid ester; and polyether-modified polysiloxane, wherein the (meth)acrylic acid ester comprises diethylene glycol dimethacrylate and alkoxy-modified (meth)acrylic acid ester, wherein the alkoxy -modified (meth)acrylic acid ester is one of ethylene oxide-modified bisphenol A diacrylate, polypropylene glycol diacrylate, or ethylene oxide-modified pentaerythritol tetraacrylate. (meth)acrylic acid ester; and polyether-modified polysiloxane, wherein the (meth)acrylic acid ester comprises diethylene glycol dimethacrylate and alkoxy-modified (meth)acrylic acid ester, wherein the alkoxy -modified (meth)acrylic acid ester is one of ethylene oxide-modified bisphenol A diacrylate, polypropylene glycol diacrylate, or ethylene oxide-modified pentaerythritol tetraacrylate.
Structure for developing at least one active layer of III-V material, comprising a substrate which is formed by a support having a main face, by a dielectric layer arranged on the main face of the support, and by a plurality of monocrystalline semiconductor islands arranged directly on the dielectric layer, the islands having an upper surface to be used as a seed for the growth of the active layer, the structure being characterized in that it comprises a bonding layer having a polycrystalline AIN surface arranged between the monocrystalline semiconductor islands, directly on the portion of the dielectric layer which is not covered by the islands, without masking the upper surface of the islands, such that the dielectric layer is no longer exposed to its environment.
Fluid distributing apparatus comprising a fixed part (201,205,220) and a rotating part (202,221), wherein the fixed part (201,205,220) is provided with at least two inlet channels (204, 209,222,225) and at least two outlet channels (210, 207,226,223) and wherein each inlet (204, 209,222,225) and outlet (210, 207,226,223) channel has a facing opening facing the rotating part (202,221), the rotating part (202,221) is rotatably positioned relative to the fixed part (201,205,220) such that the rotating part (202,221) can have multiple rotational positions relative to the fixed part (201,205,220), wherein the rotating part (202,221) is provided with at least two connecting channels (213,214,215,216,224,227,228), each connecting channel having an inlet and outlet opening in the rotating part (202,221), wherein the inlet and outlet opening of at least one connecting channel (213,214,215,216,224,227,228) in the rotating part (202,221) aligns with the facing openings of at least one inlet (204, 209,222,225) and outlet (210, 207,226,223) channel in the fixed part (201,205,220) in at least one rotational position and wherein in at least one other rotational position the inlet and outlet opening of the connecting channel (213,214,215,216,224,227,228) in the rotating part (202,221) is not aligned with the same facing openings of the inlet (204, 209,222,225) and outlet (210, 207,226,223) channel in the fixed part (201,205,220), wherein the inlet opening of at least one connecting channel (213,214,215,216,224,227,228) in the rotating part (202,221) aligns with the facing opening of one inlet channel (204, 209,222,225) in the fixed part (201,205,220) and wherein the outlet opening of the connecting channel (213,214,215,216,224,227,228) aligns with the facing opening of an outlet channel in the fixed part (201,205,220) in at least one rotational position and wherein in at least one other rotational position the same inlet opening of the connecting channel in the rotating part (202,221) is aligned with a facing opening of a different inlet channel in the fixed part (201,205,220) and aligned with a facing opening of a different outlet channel in the fixed part (201,205,220), wherein the rotating part (202,221) has a cylindrical shape and wherein the fixed part or fixed parts (201,205) are positioned axial relative to the rotating part (202,221) at one side or at both sides and wherein the rotating part (202,221) is comprised of two or more cylindrical layers (202a,202b,202c) piled up along the axis of rotation and wherein the connecting channels are formed by openings in the cylindrical layers (202a,202b,202c).
An energy storage assembly for a coulter guide of an agricultural sowing- or distribution machine, consisting of a coulter bar with application coulter units arranged laterally thereon at a distance from one another, wherein a depth guidance device is associated with the application coulter units, wherein the application coulter unit is connected in a height-adjustable manner with the coulter bar, wherein between coulter bar and application coulter unit or between coulter bar and depth guidance device at least one expandable energy storage unit is arranged, which has an adjusting means, with which the pre-tensioning of the energy storage unit can be manipulated, wherein a latching device is associated with the adjusting means, which latching device is designed in such a manner as to be lockable in several positions, wherein the latching device contains a spring element, which in a first self-retaining position acts in a movement inhibiting manner on a latching element and in a second self-retaining position does not act in a movement inhibiting manner on the latching element, characterized in that the spring element has two leg ends (12, 13), which in each case rotate about an abutment axis, in order to pivot between the first self-retaining position and the second self-retaining position, and which are arranged spaced apart from one another.
Device for guiding the movement of furniture parts (1, 2) which can be moved relative to one another, in particular for drawer guides, with a guide rail which is angled in cross section, which has a flat material section, on which a separate structural unit can be attached replaceably, areas of the guide rail which are at an angle to one another each comprise a flat material section, the structural unit is attached onto attachment sides (6a, 6b) of the flat material sections which are at an angle to one another, on the opposite counter sides of which, spaced apart by a wall thickness of the flat material section from the respective attachment side (6a, 6b), guide bodies (12a, 12b) move along when using the device, and in the respective flat material section through holes (36, 39, 40) are provided, into which attachment means (28, 29, 37, 38) of the structural unit engage for their attachment, characterised in that in the attached state by means of the attachment means (28, 29, 37, 38) at least one through hole (36, 39, 40) is filled such that a surface aligned with the counter side is produced, which extends over an essential part of the through hole (36, 39, 40) on the opposite side.
A spray system comprises a fluid source (22; 26); a fluid destination (28; 30); a pump cylinder disposed fluidly between the fluid source and the fluid destination; a plunger situated within the pump cylinder and positioned by a displacement rod; a pump motor configured to drive the displacement rod to reciprocate the plunger within the pump cylinder; first and second inlet valves (104, 106) situated along fluid lines from the fluid source to the pump cylinder; first and second outlet valves (108, 110) situated along fluid lines from the cylinder to a sprayer; valve seals disposed about the each of the first and second inlet and outlet valves; a seal lubricant reservoir for lubricant fluid; gravity-fed valve seal lubricant lines (114, 116, 118, 120, 122, 124) disposed to carry the lubricant fluid to each of the valve seals: a first cylinder bearing situated at a first axial extent of the pump cylinder, adjacent to the motor, to carry the displacement rod; a second cylinder bearing situated at a second axial extent of the pump cylinder, opposite the motor, to carry the displacement rod; first and second bearing seals (136, 148) respectively disposed about the first and second cylinder bearings; first and second gravity-fed bearing seal lubricant lines (114, 116) disposed to carry the lubricant fluid to the first and second bearing seals, respectively: and a rod reservoir situated at the second bearing seal, and sized and positioned to receive the displacement rod during a maximum extension of the displacement rod from the motor; wherein the second gravity-fed bearing seal lubricant line is disposed to flood the rod reservoir with lubricant.
Method for joining components (1, 2, 3) of a fuel cell, wherein a) a photochemically curable adhesive in liquid form is applied to at least some areas of at least one component (1, 2, 3) of the fuel cell, then b) the adhesive is photochemically pre-cured, then c) the component (1, 2, 3) with the pre-cured adhesive is brought into contact with at least one further component (1, 2, 3) of the fuel cell, and then d) the adhesive is cured, characterised in that the photochemically curable adhesive is photochemically pre-cured to different strengths in at least two different component areas (B1, B2) of the component (1, 2, 3). a) a photochemically curable adhesive in liquid form is applied to at least some areas of at least one component (1, 2, 3) of the fuel cell, then b) the adhesive is photochemically pre-cured, then c) the component (1, 2, 3) with the pre-cured adhesive is brought into contact with at least one further component (1, 2, 3) of the fuel cell, and then d) the adhesive is cured,
Process for shaping a sulphur cement product comprising cooling a molten sulphur cement product in a mould having an inner surface in contact with the molten sulphur cement product to obtain a shaped solid sulphur cement product, wherein the inner surface is a polymeric material, a silicon-based glass or a combination thereof and the polymeric material is a silicon-based rubber, polycarbonate, poly(ethylene terephthalate), polyimide, polyamide, fluorpolymer or a combination thereof, wherein at most 100 W/m 2 K is diffused per unit area through the mould in a direction perpendicular to the inner surface, wherein the inner surface describes an inner volume for receiving a cast material, and wherein the mould has an outer surface and a barrier comprised between the inner surface and the outer surface, and wherein the barrier has a thermal conductivity of at most 1 W/mK in a direction perpendicular to the inner surface.
A module for slidable receipt in an electronics enclosure, comprising: a chassis including opposite front and rear portions, opposite first and second side portions, an interior portion and a bottom portion; a printed circuit board, PCB, mounted within the interior portion of the chassis for sliding movement relative to the chassis along a first axis that extends from the front portion to the rear portion between the first and second side portions of the chassis, wherein the PCB is slidable over the bottom portion of the chassis along the first axis; at least a first connector electrically connected to the PCB adjacent the rear portion of the chassis; a biasing apparatus interconnected between the chassis and the PCB that is configured to deflect upon engagement between the first connector and a corresponding second connector secured within the electronics enclosure in response to the chassis being inserted into a socket of the electronics; and characterized by a frame that is slidably attached to the bottom portion of the chassis for sliding movement along the first axis, wherein the PCB is rigidly attached to the frame for movement therewith along the first axis. a chassis including opposite front and rear portions, opposite first and second side portions, an interior portion and a bottom portion; a printed circuit board, PCB, mounted within the interior portion of the chassis for sliding movement relative to the chassis along a first axis that extends from the front portion to the rear portion between the first and second side portions of the chassis, wherein the PCB is slidable over the bottom portion of the chassis along the first axis; at least a first connector electrically connected to the PCB adjacent the rear portion of the chassis; a biasing apparatus interconnected between the chassis and the PCB that is configured to deflect upon engagement between the first connector and a corresponding second connector secured within the electronics enclosure in response to the chassis being inserted into a socket of the electronics; and characterized by a frame that is slidably attached to the bottom portion of the chassis for sliding movement along the first axis, wherein the PCB is rigidly attached to the frame for movement therewith along the first axis.
An application assembly for applying coating onto confectionary product comprising a housing comprising a product coating void for vertically receiving the confectionery product to be coated, at least one receptacle, the receptacle being adapted to receive coating material and comprising a supply hole or holes through which, in use, coating material flows from the housing and into the coating void where it becomes transferred onto the product, and wherein each receptacle comprises one or more application members to transfer coating material onto the confectionery product and wherein the supply hole or holes are formed within said receptacles, and wherein the one or more applicator member comprises a cavity to allow accumulated coating material to be collected and stored when a product remains static in the product void. a housing comprising a product coating void for vertically receiving the confectionery product to be coated, at least one receptacle, the receptacle being adapted to receive coating material and comprising a supply hole or holes through which, in use, coating material flows from the housing and into the coating void where it becomes transferred onto the product, and a product coating void for vertically receiving the confectionery product to be coated, at least one receptacle, the receptacle being adapted to receive coating material and comprising a supply hole or holes through which, in use, coating material flows from the housing and into the coating void where it becomes transferred onto the product, and wherein each receptacle comprises one or more application members to transfer coating material onto the confectionery product and wherein the supply hole or holes are formed within said receptacles, and wherein the one or more applicator member comprises a cavity to allow accumulated coating material to be collected and stored when a product remains static in the product void.
A razor comprising: a razor blade cartridge including at least one razor blade; a blade housing in which the at least one razor blade is accommodated, a cartridge frame assembled to the blade housing and configured to secure the at least one razor blade to the blade housing; and a handle coupled to a rear surface of the razor blade cartridge, wherein: a first hook is formed at a rear surface of the blade housing; a second hook is formed at a rear surface of the cartridge frame; and the handle is configured to be engaged with the first hook and the second hook such that the handle is coupled to the rear surface of the razor blade cartridge; wherein the first hook is aligned perpendicular to a direction in which the at least one razor blade is accommodated; and the second hook is aligned parallel to the direction in which the at least one razor blade is accommodated. a razor blade cartridge including at least one razor blade; a blade housing in which the at least one razor blade is accommodated, a cartridge frame assembled to the blade housing and configured to secure the at least one razor blade to the blade housing; and a handle coupled to a rear surface of the razor blade cartridge, wherein: a first hook is formed at a rear surface of the blade housing; a second hook is formed at a rear surface of the cartridge frame; and the handle is configured to be engaged with the first hook and the second hook such that the handle is coupled to the rear surface of the razor blade cartridge; wherein the first hook is aligned perpendicular to a direction in which the at least one razor blade is accommodated; and the second hook is aligned parallel to the direction in which the at least one razor blade is accommodated. a first hook is formed at a rear surface of the blade housing; a second hook is formed at a rear surface of the cartridge frame; and the handle is configured to be engaged with the first hook and the second hook such that the handle is coupled to the rear surface of the razor blade cartridge; wherein the first hook is aligned perpendicular to a direction in which the at least one razor blade is accommodated; and the second hook is aligned parallel to the direction in which the at least one razor blade is accommodated.
A connector with a rinsing cap for establishing a fluid connection between at least two medical-technical systems, after the connector has been moved out of the rinsing cap, comprising a multi-lumen end section, which comprises at least: - a first fluid guide comprising at least a first lumen for connecting the at least two medical-technical systems, provided for receiving and/or guiding a first medical fluid; and - a second fluid guide comprising at least a second lumen, provided for receiving and/or guiding a second fluid being different from the first one; and further - a third fluid guide comprising at least a third lumen, provided for receiving and/or guiding the first and/or the second fluid; characterized in that the connector is provided and designed to be closed in a locking status in the area of its end section with the rinsing cap, wherein the lumens (31, 51, 71) of the connector in the locking status are in fluid contact with an inside of the rinsing cap, wherein the rinsing cap is adapted to close or seal the connector to the outside, wherein the connector is adapted so that the second fluid can be introduced from the outlet opening or from the free end of the second lumen out of the connector and into the inside of the rinsing cap and the connector is moreover adapted so that the first and/or the second fluid can be derived from the inside of the rinsing cap via the third lumen from the connector. - a first fluid guide comprising at least a first lumen for connecting the at least two medical-technical systems, provided for receiving and/or guiding a first medical fluid; and - a second fluid guide comprising at least a second lumen, provided for receiving and/or guiding a second fluid being different from the first one; and further - a third fluid guide comprising at least a third lumen, provided for receiving and/or guiding the first and/or the second fluid;
A light assembly comprising a base with a light source mounted thereto; an annular reflector comprising a first radially outward surface and a first radially inward surface, the annular reflector defining a central longitudinal axis and the first radially outward surface comprising a reflective surface; and characterized in that a retainer is coupled to the base, the retainer comprising a second radially outward surface; wherein the second radially outward surface of the retainer seats against the first radially inward surface of the annular reflector to retain the annular reflector in a desired position relative to the light source mounted to the base. a base with a light source mounted thereto; an annular reflector comprising a first radially outward surface and a first radially inward surface, the annular reflector defining a central longitudinal axis and the first radially outward surface comprising a reflective surface; and characterized in that a retainer is coupled to the base, the retainer comprising a second radially outward surface; wherein the second radially outward surface of the retainer seats against the first radially inward surface of the annular reflector to retain the annular reflector in a desired position relative to the light source mounted to the base.
A composition comprising a polymer blend derived from melt mixing: (a) a pre-polymer, which is an incompletely imidized oligomer, comprising a reactive end group selected from the group consisting of free amine groups, free anhydride groups, and combinations thereof and further comprising structural units derived from a first dianhydride and a first diamine wherein the total reactive end group concentrations of the pre-polymer are 0.5 to 20 mole%. and (b) a polymer comprising a reactive member selected from the group consisting of end groups wherein the polymer is a polyetherimide and wherein the total reactive end group concentrations of the polyetherimide are 0.05 to 0.3 mole% resin. (a) a pre-polymer, which is an incompletely imidized oligomer, comprising a reactive end group selected from the group consisting of free amine groups, free anhydride groups, and combinations thereof and further comprising structural units derived from a first dianhydride and a first diamine wherein the total reactive end group concentrations of the pre-polymer are 0.5 to 20 mole%. and (b) a polymer comprising a reactive member selected from the group consisting of end groups wherein the polymer is a polyetherimide and wherein the total reactive end group concentrations of the polyetherimide are 0.05 to 0.3 mole% resin.