mhurhangee/ep-ind-claims huggingface dataset:
A press brake for bending sheet metals, the press brake comprising: a first fixed press beam, as well as a second press beam displaceable relative thereto; tool holders for holding bending tools arranged and/or formed on the press beams (4, 7); a tool storage designed for storing bending tools that are not being used; a tool-changing device formed for displacing the bending tools between the tool holder and the tool storage, wherein the tool storage has a set-up storage and a main storage, wherein the set-up storage is arranged on an end face of the press beams (4, 7), directly following them, and the main storage is arranged following the set-up storage, and wherein the set-up storage and the main storage are each formed for holding bending tools, wherein the tool-changing device comprises a manipulation head which is formed for the selective coupling with one of the bending tools, in order to be able to displace it in the horizontal direction of displacement along the tool holder, characterized in that the manipulation head has a drive arbor which is formed for engaging with one of the bending tools, wherein the bending tool has a recess in which the drive arbor can be inserted, and that the drive arbor is coupled with an actuator, by means of which actuator the drive arbor can be inserted into the recess of the bending tool. a first fixed press beam, as well as a second press beam displaceable relative thereto; tool holders for holding bending tools arranged and/or formed on the press beams (4, 7); a tool storage designed for storing bending tools that are not being used; a tool-changing device formed for displacing the bending tools between the tool holder and the tool storage, wherein the tool storage has a set-up storage and a main storage, wherein the set-up storage is arranged on an end face of the press beams (4, 7), directly following them, and the main storage is arranged following the set-up storage, and wherein the set-up storage and the main storage are each formed for holding bending tools, wherein the tool-changing device comprises a manipulation head which is formed for the selective coupling with one of the bending tools, in order to be able to displace it in the horizontal direction of displacement along the tool holder, characterized in that the manipulation head has a drive arbor which is formed for engaging with one of the bending tools, wherein the bending tool has a recess in which the drive arbor can be inserted, and that the drive arbor is coupled with an actuator, by means of which actuator the drive arbor can be inserted into the recess of the bending tool.
An insert for an inflow and outflow apparatus that is mountable on an aircraft, wherein the insert has - an accumulator sleeve having an entry opening; - an inflow line having a supply line connector for a respective supply line; and - at least one exit opening; wherein the accumulator sleeve forms a first supply line portion, is configured for insertion into a respective shaft of the respective inflow and outflow apparatus, and is dimensioned such that the entry opening of the accumulator sleeve in a state in which the insert is inserted into the respective shaft is located close to an opening between a respective head part and the respective shaft of the respective inflow and outflow apparatus; wherein the accumulator sleeve by way of the inflow line as the second supply line portion is connected to the supply line connector for a respective supply line; and wherein the accumulator sleeve is configured for generating in the state in which the insert is inserted into the respective shaft a pressure differential between the entry opening of the accumulator sleeve and the at least one exit opening of the insert, said pressure differential providing an air flow, wherein the inflow line that serves as the second supply line portion has a reduced diameter in relation to the accumulator sleeve that serves as the first supply line portion, on account of which in the state in which the insert is inserted into the respective shaft the pressure differential between the entry opening of the accumulator sleeve and the at least one exit opening of the insert is generated, characterized in that the insert has a discharge line connector for a respective discharge line, and the insert has an outflow jacket tube that surrounds the inflow line and is connected to the discharge line connector for the respective discharge line, the first supply line portion has a cross section that is larger than the sum of the cross sections of the second supply line portion and of the outflow jacket tube that surrounds the second supply line portion, and the outflow jacket tube has the at least one exit opening. - an accumulator sleeve having an entry opening; - an inflow line having a supply line connector for a respective supply line; and - at least one exit opening;
An article of footwear which is convertible between a usage condition in which the footwear is shaped to conform to a wearer's foot and a storage condition in which the profile of the article of footwear is reduced, wherein a body portion of the article of footwear comprises a polymer based material, the body portion being shaped to resiliently surround a substantial portion of the wearer's foot during use, the article of footwear comprising a planar insert member locatable within the body portion in the usage condition so as to improve the puncture resistance of the footwear; characterised in that the planar insert member has one or more fold lines such that the insert member is foldable to form an enclosure in the storage condition into which the body portion is insertable.
A microwave oven, comprising a microwave cavity adapted to receive a food item to be heated; a temperature sensor; manual input means for entering a quantity of food to be heated, means for determining a heating time for the food item based upon an initial temperature of said food item as measured by said temperature sensor, a desired target temperature, and a quantity of said food item, characterized in that the temperature sensor is arranged outside of said microwave cavity on the front of the microwave oven and in that the microwave oven further comprises a cradle arranged at the temperature sensor, for facilitating correct positioning of a container in front of the temperature sensor and a switch associated with the temperature sensor, wherein the switch is activated when the container is positioned in the cradle, and wherein the temperature of the food item is measured responsive to the activation of said switch.
Autoinjector for simultaneous administration of two or more active substances in two or more separate chambers (9, 11, 15), having a body with a trigger mechanism using a rod, a compression spring and a safety fuse which holds the rod in place with the compression spring in a compressed state, and a replaceable, cylindrical insert that is located under the trigger mechanism, wherein the top of the insert is closed with a sliding seal having a plug and the bottom of the insert is closed with a septum penetrable by an injection needle, wherein the insert is further divided by at least one sliding seal (10, 12) into at least two chambers (9, 11, 15), wherein the lower chamber has a larger diameter than the chamber located above it, wherein the injection needle held by a needle holder is located in the sliding seal separating the lower chamber from the chamber located above it, and wherein the injection needle is liquidly connected via an area above the injection needle and via canals, whereby the sliding seals (8, 10, 12) are equipped with annular plates providing for turbulent flow for improved mixing of the active substances, wherein the lower chamber serves as a mixing chamber of the active substances, wherein the resulting solution of active substances is transportable from the lower chamber through the canals and further through the area to the injection needle and then administered in one step, and the insert is crimped with a metal cap, and wherein the injection needle is attached to the needle holder and secured against moving into the area above the injection needle by a valve.
System for actuating a vacuum bottle of an electrical device, the vacuum bottle comprising a fixed electrode and an electrode that is mobile along a longitudinal axis between a closed position in which the two electrodes are in contact with each other and an open position in which the two electrodes are separated, the actuating system comprising an adjusting nut that is rotatably mobile about the longitudinal axis and is driven by a drive device (15, 16, 17) to perform an opening movement of the moving electrode, characterized in that: - the actuating system comprises an adjusting screw engaging with the adjusting nut in order to vary the moment when the drive device drives the moving electrode, - the adjusting screw comprises a fastening device for the moving electrode, allowing the moving electrode to be constrained to translate along the longitudinal axis with the adjusting screw, but to be free to rotate relative to the adjusting screw, - the rotation of the adjusting screw is limited by blocking means. - the actuating system comprises an adjusting screw engaging with the adjusting nut in order to vary the moment when the drive device drives the moving electrode, - the adjusting screw comprises a fastening device for the moving electrode, allowing the moving electrode to be constrained to translate along the longitudinal axis with the adjusting screw, but to be free to rotate relative to the adjusting screw, - the rotation of the adjusting screw is limited by blocking means.
A method for joining or repairing a pipe system that comprises a least two pipes made of weldable plastic material comprising the following steps; fitting a sleeve which is made in one piece and shaped as a tube made of weldable plastic material the distance between the two pipes, the sleeve having a length A that exceeds the distance B between the mutually opposing pipes, such as to overlap each pipe end (2a, 2b) to a given extent C, placing an electrically conductive band around one of the pipes, the band having two ends (6a, 6b), connecting the band ends (6a, 6b) to each other by placing the band ends (6a, 6b) overlapping each other, connecting at least two conductors to the band making it possible to attach the band to an electrical device applying the electric current to the band. placing the conductors at fixed decided places around the band for even distribution of the electric current around the band and the heat around the pipe and sleeve, fitting the sleeve over and against the pipe and the band, and applying an electric current to the band over a given period of time, thereby heating the band to a determined temperature for a determined time and fusing the band with the plastic surfaces of the pipe and the sleeve lying in abutment therewith to form a welding joint being fully executed around the pipe and inside the sleeve.
An illumination device (10, 20, 30, 60) comprising: a lenticular lens sheet (11, 21, 41) that includes a plurality of plano-convex cylindrical lenses each of which extends in a first direction, plural plano-convex cylindrical lenses being arranged in a second direction perpendicular to the first direction, such that adjacent lenses are parallel to each other, the lenticular lens sheet (11, 21, 41) being curved in the first direction and having a convex surface (11A, 21A, 41A) of the plano-convex cylindrical lenses formed in a concave shape; and a light source that is disposed inside the convex surface (11A, 21A, 41A) of the plano-convex cylindrical lenses, wherein in a case where components acquired by reflecting light rays emitted from the light source from the convex surface (11A, 21A, 41A) include reflection components (R1, R2) incident on left and right eyes (LE, RE) of an observer positioned opposite to the lenticular lens sheet (11, 21, 41) in a direction perpendicular to the Y-direction from the light source, bright points (S1, S2) at which the reflection components (R1, R2) are reflected from the convex surface (11A, 21A, 41A) form line-shaped light rays along the second direction. a lenticular lens sheet (11, 21, 41) that includes a plurality of plano-convex cylindrical lenses each of which extends in a first direction, plural plano-convex cylindrical lenses being arranged in a second direction perpendicular to the first direction, such that adjacent lenses are parallel to each other, the lenticular lens sheet (11, 21, 41) being curved in the first direction and having a convex surface (11A, 21A, 41A) of the plano-convex cylindrical lenses formed in a concave shape; and a light source that is disposed inside the convex surface (11A, 21A, 41A) of the plano-convex cylindrical lenses, wherein in a case where components acquired by reflecting light rays emitted from the light source from the convex surface (11A, 21A, 41A) include reflection components (R1, R2) incident on left and right eyes (LE, RE) of an observer positioned opposite to the lenticular lens sheet (11, 21, 41) in a direction perpendicular to the Y-direction from the light source, bright points (S1, S2) at which the reflection components (R1, R2) are reflected from the convex surface (11A, 21A, 41A) form line-shaped light rays along the second direction.
A method for positioning an endoscope, being characterized in that the method comprising the following steps: a) installing a robot arm, wherein the robot arm defines a remote center of motion; b) preparing an auxiliary positioning device, wherein the auxiliary positioning device has a fastener, a docking member detachably connected to the fastener, and an apparatus-receiving hole passing through the fastener and the docking member, and installing the fastener of the auxiliary positioning device onto the robot arm, so that a terminal of the docking member of the auxiliary positioning device coincides with the remote center of motion of the robot arm; c) inserting an endoscope into the apparatus-receiving hole of the auxiliary positioning device, so that a terminal of the endoscope is aligned with the terminal of the docking member of the auxiliary positioning device; d) removing the docking member of the auxiliary positioning device, so that the terminal of the endoscope coincides with the remote center of motion of the robot arm; and e) inserting the endoscope into a catheter that has been inserted in a body cavity. a) installing a robot arm, wherein the robot arm defines a remote center of motion; b) preparing an auxiliary positioning device, wherein the auxiliary positioning device has a fastener, a docking member detachably connected to the fastener, and an apparatus-receiving hole passing through the fastener and the docking member, and installing the fastener of the auxiliary positioning device onto the robot arm, so that a terminal of the docking member of the auxiliary positioning device coincides with the remote center of motion of the robot arm; c) inserting an endoscope into the apparatus-receiving hole of the auxiliary positioning device, so that a terminal of the endoscope is aligned with the terminal of the docking member of the auxiliary positioning device; d) removing the docking member of the auxiliary positioning device, so that the terminal of the endoscope coincides with the remote center of motion of the robot arm; and e) inserting the endoscope into a catheter that has been inserted in a body cavity.
A system for the treatment of gases and/or liquids with UV radiation, comprising at least one UV light source and a reactor having side surfaces (32, 32a, 32b, 32.1, 32.2, 32.3, 32.4, 34, 34a, 34b, 34.1, 34.2, 34.3, 34.4), a first part or end part (40, 40.1, 40.2, 40.3, 40.4) which connects the side surfaces, as well as an interior space (60, 60.1, 60.2, 60.3, 60.4) which is open towards the front and rear side and through which the medium flows, wherein the reactor is at least partially formed in the form of a reflector which reflects radiation emitted by the optical system into the interior space of the reactor, wherein the reactor is divided into two functional areas, a first functional area F1 which is closest to the at least one optical system and a second functional area F2 which is arranged further away from the at least one optical system than the first functional area F1, wherein, in the operating state of the system, radiation in the first functional area can propagate substantially unhindered, and superimpositions of the radiation are present in the second functional area, and a) in the first functional area F1 of the reactor, the distance between the opposing side surfaces (32b and 34b) of the reactor increases with rising distance from the at least one optical system, characterized in that the cross-section of the reactor is in the form of an irregular polygon. a) in the first functional area F1 of the reactor, the distance between the opposing side surfaces (32b and 34b) of the reactor increases with rising distance from the at least one optical system,
An instrument support device for a manipulator of a robotic surgical system, comprising - a three-link arm as the end piece of an open kinematic chain with a first, second and third arm link (3.1, 3.2, 3.3), - an interface for connecting the first arm link (3.1) to the manipulator via an interface rotation joint, - a torsion joint (G3.1), which connects the first arm link (3.1) to the second arm link (3.2), - a first rotation joint (G3.2), which connects the second arm link (3.2) to the third arm link (3.3), - a thrust joint (G3.3) which connects the third arm link (3.3) to an instrument holder (3.4) for holding a surgical instrument (4, 5, 18, 19) with a longitudinal instrument axis (l), and - a control system with drives for the torsion joint (G3.1), the first rotation joint (G3.2) and the thrust joint (G3.3) for moving the arm links (3.1, 3.2, 3.3) and the instrument holder (3.4) relative to one another, characterised in that - the instrument holder (3.4) is connected to the third arm link (3.3) via a second, passive rotation joint (G3.4) and is freely rotatable about the axis of rotation of the latter, the axes of rotation of the first rotation joint (G3.2) and of the second rotation joint (G3. 4) being parallel to each other, which allows the longitudinal instrument axis (l) to be guided without constraint through a pivot point, which lies on the axis of rotation of the torsion joint (G3.1) in an extension out of the second arm link (3.2). - a three-link arm as the end piece of an open kinematic chain with a first, second and third arm link (3.1, 3.2, 3.3), - an interface for connecting the first arm link (3.1) to the manipulator via an interface rotation joint, - a torsion joint (G3.1), which connects the first arm link (3.1) to the second arm link (3.2), - a first rotation joint (G3.2), which connects the second arm link (3.2) to the third arm link (3.3), - a thrust joint (G3.3) which connects the third arm link (3.3) to an instrument holder (3.4) for holding a surgical instrument (4, 5, 18, 19) with a longitudinal instrument axis (l), and - a control system with drives for the torsion joint (G3.1), the first rotation joint (G3.2) and the thrust joint (G3.3) for moving the arm links (3.1, 3.2, 3.3) and the instrument holder (3.4) relative to one another, characterised in that - the instrument holder (3.4) is connected to the third arm link (3.3) via a second, passive rotation joint (G3.4) and is freely rotatable about the axis of rotation of the latter, the axes of rotation of the first rotation joint (G3.2) and of the second rotation joint (G3. 4) being parallel to each other, which allows the longitudinal instrument axis (l) to be guided without constraint through a pivot point, which lies on the axis of rotation of the torsion joint (G3.1) in an extension out of the second arm link (3.2).
A method of preparing 1,3,5-trioxane using a reaction distillation tower including a reactor 10 and a distillation tower 20 provided with integrally-formed distillation and extraction units 21 and 22, wherein, at the time of extracting 1,3,5-trioxane from the extraction unit 22, a part of a water phase, which is separated from a stream discharged from a top of the distillation tower 20, is refluxed to an upper end of an extractant supply stream of the extraction unit 22.
Fireproof ceramic base in the connection area to at least one wall of a vessel for the treatment of a high temperature melt, with the following characteristics: a) the base features at least two layers (10, 20), namely b) a lower layer made of a fireproof ceramic permanent lining with at least one step, and c) an upper layer made of a fireproof ceramic wear lining, wherein d) the permanent fining features a surface which is adjacent to the wear lining, which is sloped by at least 1 ° compared to the horizontal, e) this surface features a three dimensional design, and f) the wear lining consists to at least 60M.-% of fireproof ceramic solid bricks, g) the permanent lining and the wear lining feature at least one inconsistency for the integration of at least one common discharge opening for the high temperature melt. a) the base features at least two layers (10, 20), namely b) a lower layer made of a fireproof ceramic permanent lining with at least one step, and c) an upper layer made of a fireproof ceramic wear lining, wherein d) the permanent fining features a surface which is adjacent to the wear lining, which is sloped by at least 1 ° compared to the horizontal, e) this surface features a three dimensional design, and f) the wear lining consists to at least 60M.-% of fireproof ceramic solid bricks, g) the permanent lining and the wear lining feature at least one inconsistency for the integration of at least one common discharge opening for the high temperature melt.
A composite resin composition comprising: an amount of 30 to 59% by weight of semicrystalline polyamide; an amount of 5 to 20% by weight of amorphous polyamide; an amount of 5 to 30% by weight of an acrylonitrile-butadiene-styrene resin; an amount of 0.5 to 5% by weight of a compatibilizer; and an amount of 30 to 50% by weight of a strength-reinforcing agent, all the % by weight based on the total weight of the composite resin composition. wherein the semicrystalline polyamide comprises one or more selected from the group consisting of polyamide 3, polyamide 4, polyamide 6, polyamide 8, polyamide 9, polyamide 11, polyamide 12, polyamide 6,6, polyamide 6,10, and polyamide 6,12, wherein the amorphous polyamide comprises a polymer having a form in which a terephthalic acid monomer in polyphthalamide is substituted with isophthalic acid, wherein the compatibilizer comprises a styrene-N-phenylmaleimide copolymer, and wherein the strength-reinforcing agent comprises a flat glass fiber. an amount of 30 to 59% by weight of semicrystalline polyamide; an amount of 5 to 20% by weight of amorphous polyamide; an amount of 5 to 30% by weight of an acrylonitrile-butadiene-styrene resin; an amount of 0.5 to 5% by weight of a compatibilizer; and an amount of 30 to 50% by weight of a strength-reinforcing agent, all the % by weight based on the total weight of the composite resin composition. wherein the semicrystalline polyamide comprises one or more selected from the group consisting of polyamide 3, polyamide 4, polyamide 6, polyamide 8, polyamide 9, polyamide 11, polyamide 12, polyamide 6,6, polyamide 6,10, and polyamide 6,12, wherein the amorphous polyamide comprises a polymer having a form in which a terephthalic acid monomer in polyphthalamide is substituted with isophthalic acid, wherein the compatibilizer comprises a styrene-N-phenylmaleimide copolymer, and wherein the strength-reinforcing agent comprises a flat glass fiber.