mhurhangee/patent-ind-claim-en huggingface dataset:
Device for the injection molding of a molded part , having an insert and comprising: - a molding tool comprising two mold halves (2.1, 2.2) and having at least one mold cavity (3.1), - an insert loading device , having at least one insert push rod (4.1) for the positioning of an insert in the at least one mold cavity (3.11), - at least one cartridge holder , having a row of inserts arranged next to one another, wherein an insert is flush with the at least one insert push rod (4.1), and - an insert delivery channel , which ends in the at least one mold cavity (3.11), and into which the insert , which is flush with the at least one insert push rod (4.1), can be pushed from the cartridge holder by means of the insert push rod (4.1), characterized in that - the cartridge holder comprises a horizontally aligned reception surface (5.1), having adjacent depository positions (5.11) for the inserts , wherein the depository positions (5.11) are implemented having a depository contour (5.12) adapted to the contour of the inserts , - the cartridge holder (5.1) comprises a loading area (5.13), having at least one freely accessible depository position (5.11) for the mechanical loading of the latter with an insert , and - the at least one insert deposited in the loading area (5.13) is moveable in the direction of an adjacent insert by means of a pushing device (8.1) in order to position an insert in the depository position (5.11) which is flush with the insert push rod (5.11), wherein the inserts on the insert reception surface (5.1) are successively moveable into the respective adjacent depository position (5.11). - a molding tool comprising two mold halves (2.1, 2.2) and having at least one mold cavity (3.1), - an insert loading device , having at least one insert push rod (4.1) for the positioning of an insert in the at least one mold cavity (3.11), - at least one cartridge holder , having a row of inserts arranged next to one another, wherein an insert is flush with the at least one insert push rod (4.1), and - an insert delivery channel , which ends in the at least one mold cavity (3.11), and into which the insert , which is flush with the at least one insert push rod (4.1), can be pushed from the cartridge holder by means of the insert push rod (4.1), - the cartridge holder comprises a horizontally aligned reception surface (5.1), having adjacent depository positions (5.11) for the inserts , wherein the depository positions (5.11) are implemented having a depository contour (5.12) adapted to the contour of the inserts , - the cartridge holder (5.1) comprises a loading area (5.13), having at least one freely accessible depository position (5.11) for the mechanical loading of the latter with an insert , and - the at least one insert deposited in the loading area (5.13) is moveable in the direction of an adjacent insert by means of a pushing device (8.1) in order to position an insert in the depository position (5.11) which is flush with the insert push rod (5.11), wherein the inserts on the insert reception surface (5.1) are successively moveable into the respective adjacent depository position (5.11).
Air conditioning assembly for a wagon of a rail vehicle, with an air conditioning unit which can be arranged on a roof of the rail vehicle, an air distribution box which is connected to a lower side of the air conditioning unit and has a feed air inlet opening on its upper side, main air conditioning channels which emanate from the air distribution box on both sides in each case in the longitudinal direction of the wagon, and a deflection device which is arranged within the air distribution box for the distribution of the feeder coming from the air conditioning unit and the main air conditioning channels , a main body of the deflection device being configured in a wedge-shaped manner in a longitudinal section of the main air conditioning channels , an uppermost edge of the main body of the deflection device facing the feed air inlet opening , while base regions of the main body of the deflection device adjoin bottoms of the main air conditioning channels in terms of their height level, and the deflection device being arranged within the air distribution box such that it can be displaced on both sides out of a central position in the longitudinal direction of the main air conditioning channels , characterized in that the deflection device has a web which extends from the uppermost edge of the main body of the deflection device in the direction of the feed air inlet opening of the air distribution box . a main body of the deflection device being configured in a wedge-shaped manner in a longitudinal section of the main air conditioning channels , an uppermost edge of the main body of the deflection device facing the feed air inlet opening , while base regions of the main body of the deflection device adjoin bottoms of the main air conditioning channels in terms of their height level, and the deflection device being arranged within the air distribution box such that it can be displaced on both sides out of a central position in the longitudinal direction of the main air conditioning channels , characterized in that the deflection device has a web which extends from the uppermost edge of the main body of the deflection device in the direction of the feed air inlet opening of the air distribution box .
A shape-adaptive medical implant comprising at least one actuator by means of which the implant can be shifted from a first implant geometry to a second implant geometry, the implant having a different geometric shape in the second implant geometry than in the first implant geometry, the actuator having a swellable chemical substance which swells as a consequence of supply of liquid, and the implant having at least one liquid-transport means which is configured to supply liquid present outside the implant to the swellable chemical substance , characterized by one of, a plurality of or all of the following features a), b), c), d): a) the implant has an electrical signal-delivery arrangement suppliable with electrical signals and comprising an arrangement of electrical conductors and/or electrodes, which is configured to supply the swellable chemical substance of the actuator with an electric and/or electromagnetic field, the swellable chemical substance being configured to convert from the swollen state into the nonswollen state as a consequence of its supply with the electric and/or electromagnetic field by the electrical signal-delivery arrangement , b) the implant has a liquid-tight sealing means composed of a liquid-soluble chemical substance which seals the liquid-transport means in a liquid-tight manner , c) the implant , more particularly its actuator , has lateral limiting means , by means of which the lateral expansion of the implant and/or of the actuator as a consequence of the swelling of the swellable chemical substance is limited, d) the actuator , more particularly the swellable chemical substance , contains an ionic medicament for the specific delivery of active ingredient after implantation of the implant in the body. a) the implant has an electrical signal-delivery arrangement suppliable with electrical signals and comprising an arrangement of electrical conductors and/or electrodes, which is configured to supply the swellable chemical substance of the actuator with an electric and/or electromagnetic field, the swellable chemical substance being configured to convert from the swollen state into the nonswollen state as a consequence of its supply with the electric and/or electromagnetic field by the electrical signal-delivery arrangement , b) the implant has a liquid-tight sealing means composed of a liquid-soluble chemical substance which seals the liquid-transport means in a liquid-tight manner , c) the implant , more particularly its actuator , has lateral limiting means , by means of which the lateral expansion of the implant and/or of the actuator as a consequence of the swelling of the swellable chemical substance is limited, d) the actuator , more particularly the swellable chemical substance , contains an ionic medicament for the specific delivery of active ingredient after implantation of the implant in the body.
A stopper (100; 200; 300) for a transportation system (1; 5) configured to convey a load , comprising: a stop element configured to contact with the load , wherein the stop element is supported to be capable of pivoting around an axis ; a pin movably supported by the stop element , wherein the stop element has a slit or opening configured to support the pin movably along the opening ; a lock lever (130; 1130) having a seat (132; 1132) configured to engage with the pin ; characterized by a cam (140; 1140) configured to move the pin ; and a push rod (150; 2151) connected to the cam (140; 1140), wherein the cam (140; 1140) is configured to disengage the pin from the seat (132; 1132) of the lock lever (130; 1130) when the push rod (150; 2151) is moved from a lock position to an unlock position, and the cam (140; 1140) is configured to engage the pin with the seat (132; 1132) of the lock lever (130; 1130) when the push rod (150; 2151) is moved from the unlock position to the lock position. a stop element configured to contact with the load , wherein the stop element is supported to be capable of pivoting around an axis ; a pin movably supported by the stop element , wherein the stop element has a slit or opening configured to support the pin movably along the opening ; a lock lever (130; 1130) having a seat (132; 1132) configured to engage with the pin ; characterized by a cam (140; 1140) configured to move the pin ; and a push rod (150; 2151) connected to the cam (140; 1140), wherein the cam (140; 1140) is configured to disengage the pin from the seat (132; 1132) of the lock lever (130; 1130) when the push rod (150; 2151) is moved from a lock position to an unlock position, and the cam (140; 1140) is configured to engage the pin with the seat (132; 1132) of the lock lever (130; 1130) when the push rod (150; 2151) is moved from the unlock position to the lock position.
A nacelle for a wind turbine , the nacelle comprising: - a nacelle housing ; - a rotor hub ; - a rotor bearing for bearing the rotor hub on the nacelle housing , wherein in the nacelle housing and/or in the rotor hub , a lubricating oil sump for receiving a lubricating oil for the sliding bearing element is formed such that the lubricating oil sump can be filled with lubricating oil up to a lubricating oil level , wherein at least a section of the rotor hub is arranged in the lubricating oil sump vertically below the lubricating oil level , characterized in that the rotor bearing comprises at least one inner ring element and at least one outer ring element , wherein at least one oil-lubricated sliding bearing element is formed between the inner ring element and the outer ring element , wherein the lubricating oil sump is formed entirely in the nacelle housing , wherein the nacelle housing is configured so as to be partible in the region of the lubricating oil sump . - a nacelle housing ; - a rotor hub ; - a rotor bearing for bearing the rotor hub on the nacelle housing , wherein in the nacelle housing and/or in the rotor hub , a lubricating oil sump for receiving a lubricating oil for the sliding bearing element is formed such that the lubricating oil sump can be filled with lubricating oil up to a lubricating oil level , wherein at least a section of the rotor hub is arranged in the lubricating oil sump vertically below the lubricating oil level , characterized in that the rotor bearing comprises at least one inner ring element and at least one outer ring element , wherein at least one oil-lubricated sliding bearing element is formed between the inner ring element and the outer ring element , wherein the lubricating oil sump is formed entirely in the nacelle housing , wherein the nacelle housing is configured so as to be partible in the region of the lubricating oil sump .
A filter for removing aldehyde-like Volatile Organic Compounds, VOCs, from indoor air, said filter including at least one casing acting as a container, said container comprising two air-permeable opposite walls through which a volume of said indoor air flows, the casing housing one or more natural polyphenols and a catalytic agent, wherein the filter acts as an absorption filter, reacting irreversibly with the aldehyde-like VOCs of the indoor air, characterised in that : - said one or more natural polyphenols are powdered polyphenols and are selected from a group comprising: resveratrol (3,4',5-trihydroxystilbene), resorcinol (1,3-benzenediol), pyrogallol (1,2,3-benzenetriol), phloroglucinol (1,3,5-benzenetriol) and hydroquinone (1,4-benzenediol), or a combination thereof, and - said catalytic agent is a solid sulfonic acid, wherein a mixture of said one or more natural polyphenols and said catalytic agent are present, in the container, as compacted block elements . - said one or more natural polyphenols are powdered polyphenols and are selected from a group comprising: resveratrol (3,4',5-trihydroxystilbene), resorcinol (1,3-benzenediol), pyrogallol (1,2,3-benzenetriol), phloroglucinol (1,3,5-benzenetriol) and hydroquinone (1,4-benzenediol), or a combination thereof, and - said catalytic agent is a solid sulfonic acid,
A process for producing hydrogen by carrying out oxidation/decomposition of ammonia in the presence of an ammonia oxidation/decomposition catalyst comprising a support composed of an oxidizable and reducible metal oxide and a catalytically active metal supported thereon, wherein: the metal oxide is a rare earth metal oxide which is cerium oxide, lanthanum oxide or samarium oxide, or a composite oxide of a rare earth metal and at least one metal selected from the group consisting of magnesium, titanium, zirconium, yttrium, aluminum, silicon, cobalt, iron, and gallium, the catalytically active metal is at least one metal selected from the group consisting of a metal belonging to the Group VIII, tin, copper, silver, manganese, chromium, and vanadium, and the hydrogen stream is heated to 200°C or higher, the process comprising reducing the support by heating in a hydrogen stream, and bringing ammonia and air into contact with the catalyst at ordinary temperature, such that the reduced support reacts with oxygen to generate oxidation heat, the temperature of the catalyst layer is increased in a moment to a temperature at which ammonia react with oxygen, and the heat generated by the ammonia oxidation according to the following equation: NH 3 + 3/4O 2 → 1/2N 2 + 3/2H 2 O (exothermic reaction) is used in decomposing ammonia in the presence of the catalyst according to the following equation: 2NH 3 → 3H 2 + N 2 (endothermic reaction) , thereby producing hydrogen.
A vertical axis wind turbine , comprising: a wind turbine body ; a blade ; and a strut (11a-b) having a first end coupled to the wind turbine body and a second end coupled to the blade using a fastening arrangement , wherein the fastening arrangement comprises a pliable fastening member pulling the blade towards the second end of the strut (11a-b) with a force pressing the blade against the second end of the strut (11a-b), wherein the pliable fastening member passes around at least a portion of the blade , wherein the fastening arrangement comprises a tensioning arrangement tensioning the pliable fastening member , and wherein the tensioning arrangement is attached to the strut (11a-b) at a position along the strut spaced apart from the second end of the strut (11a-b). a wind turbine body ; a blade ; and a strut (11a-b) having a first end coupled to the wind turbine body and a second end coupled to the blade using a fastening arrangement , wherein the fastening arrangement comprises a pliable fastening member pulling the blade towards the second end of the strut (11a-b) with a force pressing the blade against the second end of the strut (11a-b), wherein the pliable fastening member passes around at least a portion of the blade , wherein the fastening arrangement comprises a tensioning arrangement tensioning the pliable fastening member , and wherein the tensioning arrangement is attached to the strut (11a-b) at a position along the strut spaced apart from the second end of the strut (11a-b).
An optical system configured to scan a laser light comprising: a prism having an incident surface, an exit surface, and one or more reflecting surfaces; a first scanning element configured to scan the laser light in a first direction, which is a diameter direction of a pupil diameter of the laser light, and reflect the laser light in a direction of the incident surface of the prism; and a second scanning element configured to scan in a second direction the laser light that exits from the exit surface of the prism, the second direction being orthogonal to the first direction, wherein the first scanning element, the incident surface, the one or more reflecting surfaces, the exit surface, and the second scanning element are arranged in order of the optical path of the laser light, and characterized in that the incident surface of the prism has a convex shape with respect to the first scanning element. a prism having an incident surface, an exit surface, and one or more reflecting surfaces; a first scanning element configured to scan the laser light in a first direction, which is a diameter direction of a pupil diameter of the laser light, and reflect the laser light in a direction of the incident surface of the prism; and a second scanning element configured to scan in a second direction the laser light that exits from the exit surface of the prism, the second direction being orthogonal to the first direction, wherein the first scanning element, the incident surface, the one or more reflecting surfaces, the exit surface, and the second scanning element are arranged in order of the optical path of the laser light, and characterized in that the incident surface of the prism has a convex shape with respect to the first scanning element.
A flow channel switching valve comprising: a valve body ; a valve member that is rotatably installed in the valve body ; a valve shaft that is mounted on the valve member ; a driving section that rotationally drives the valve member via the valve shaft ; a rotational position detection portion that detects a rotational position of the valve member ; and a case that is mounted on the valve body and that contains the driving section and the rotational position detection portion , wherein the valve shaft is rotatably supported by a bearing portion that is included in the case , and the valve shaft has an end portion on which the valve member is mounted, wherein the rotational position detection portion includes a rotational angle sensor that detects a rotational angle of the valve shaft and a base body that supports the rotational angle sensor, wherein the base body includes a base main body portion that is mounted on the case and a sensor support portion that is disposed facing the other end portion of the valve shaft and having the rotational angle sensor mounted thereon, and characterized in that the sensor support portion has a through-hole (84a1) that has an arc shape along an outer circumferential surface of the valve shaft and that is formed such that the valve shaft is visible when viewed in the direction of the axis of the valve shaft or through-holes (84a3) that are arranged in an interval along the outer circumferential surface of the valve shaft and that are formed such that the valve shaft is visible when viewed in the direction of the axis of the valve shaft . a valve body ; a valve member that is rotatably installed in the valve body ; a valve shaft that is mounted on the valve member ; a driving section that rotationally drives the valve member via the valve shaft ; a rotational position detection portion that detects a rotational position of the valve member ; and a case that is mounted on the valve body and that contains the driving section and the rotational position detection portion , wherein the valve shaft is rotatably supported by a bearing portion that is included in the case , and the valve shaft has an end portion on which the valve member is mounted, wherein the rotational position detection portion includes a rotational angle sensor that detects a rotational angle of the valve shaft and a base body that supports the rotational angle sensor, wherein the base body includes a base main body portion that is mounted on the case and a sensor support portion that is disposed facing the other end portion of the valve shaft and having the rotational angle sensor mounted thereon, and characterized in that the sensor support portion has a through-hole (84a1) that has an arc shape along an outer circumferential surface of the valve shaft and that is formed such that the valve shaft is visible when viewed in the direction of the axis of the valve shaft or through-holes (84a3) that are arranged in an interval along the outer circumferential surface of the valve shaft and that are formed such that the valve shaft is visible when viewed in the direction of the axis of the valve shaft .
A microchannel flat tube comprising: a flat tube body comprising a first plane , a second plane , a first side surface and a second side surface , the first plane and the second plane being arranged on two opposite sides of the flat tube body in a thickness direction (H), the first side surface and the second side surface being arranged on two opposite sides of the flat tube body in a width direction (W), the first side surface connecting the first plane and the second plane, and the second side surface connecting the first plane and the second plane; and a row of channels extending through the flat tube body along a length direction (L), the row of channels at least comprising a first channel , a second channel and a third channel which are arranged along the width direction, characterized in that cross-sectional areas of the first channel, the second channel and the third channel along the width direction change according to an exponential function, or change according to a power function, or change according to a polynomial function, and each cross-sectional area of the first channel, the second channel and the third channel is of a rectangular shape with rounded corners; the first channel comprises four first chamfers , the second channel comprises four second chamfers , and the third channel comprises four third chamfers ; wherein a radius of the first chamfer, a radius of the second chamfer and a radius of the third chamfer are equal or decreased at a fixed ratio. a flat tube body comprising a first plane , a second plane , a first side surface and a second side surface , the first plane and the second plane being arranged on two opposite sides of the flat tube body in a thickness direction (H), the first side surface and the second side surface being arranged on two opposite sides of the flat tube body in a width direction (W), the first side surface connecting the first plane and the second plane, and the second side surface connecting the first plane and the second plane; and a row of channels extending through the flat tube body along a length direction (L), the row of channels at least comprising a first channel , a second channel and a third channel which are arranged along the width direction, characterized in that cross-sectional areas of the first channel, the second channel and the third channel along the width direction change according to an exponential function, or change according to a power function, or change according to a polynomial function, and each cross-sectional area of the first channel, the second channel and the third channel is of a rectangular shape with rounded corners; the first channel comprises four first chamfers , the second channel comprises four second chamfers , and the third channel comprises four third chamfers ; wherein a radius of the first chamfer, a radius of the second chamfer and a radius of the third chamfer are equal or decreased at a fixed ratio.