mhurhangee/ep-ind-claims huggingface dataset:
An armoured, mine-endangered vehicle having an exchange module adaptable to different uses, having a free space provided in the interior of the vehicle chassis, open to the top, closed off at the bottom by a floor pan bulging outward under the force of a mine, receiving the exchangeable exchange module designed for the respective use of the vehicle, closed off at the top by a roof plate and provided with a bottom, wherein - the exchange module, projecting with the edge of the roof plate beyond a respective horizontal area of the side walls (14, 16), rear wall and fronts of the vehicle and exchangeably connected to these, - the free space, receiving the exchange module, of the vehicle being delimited by side walls (14, 16), rear wall, floor pan, and front, - the exchange module is designed without side walls, - the use-specific equipment of the exchange module and the bottom are suspended from the roof plate by means of suspended cross beams, and - the bottom of the exchange module introduced into the free space of the vehicle is spaced away from the floor pan of the vehicle by a distance amounting to the bulging travel of the floor pan occurring under the force of a mine. - the exchange module, projecting with the edge of the roof plate beyond a respective horizontal area of the side walls (14, 16), rear wall and fronts of the vehicle and exchangeably connected to these, - the free space, receiving the exchange module, of the vehicle being delimited by side walls (14, 16), rear wall, floor pan, and front, - the exchange module is designed without side walls, - the use-specific equipment of the exchange module and the bottom are suspended from the roof plate by means of suspended cross beams, and - the bottom of the exchange module introduced into the free space of the vehicle is spaced away from the floor pan of the vehicle by a distance amounting to the bulging travel of the floor pan occurring under the force of a mine.
A method of molecular self-assembly, comprising: - extruding a stream of a dope solution of polymer molecules out of a capillary into a surrounding environment of a coaxially flowing focusing fluid miscible with the dope solution in a space limited by a convergent nozzle with an outlet that the dope and focusing fluid are forced to traverse; - hydrodynamically stretching the extruded stream of polymer dope solution inside the convergent nozzle due to its interaction with the focusing fluid while simultaneously and selectively extracting solvent into the focusing fluid from the dope solution by molecular diffusion; wherein polymer concentration in the dope solution at a stretched region of the stream reaches a level such that contact among polymer molecules results in molecular self-assembly of the polymer molecules and a delayed stretching is imposed when the dope solution and the focusing fluid are forced through the nozzle outlet; and - continuously extracting an elongated structure of self-assembled polymer molecules such as a fiber or a thread; wherein the capillary-nozzle system presents the following parameters: - distance between the end of the capillary and the outlet of the nozzle (d 5) between 400 and 15000 μm, - diameter of nozzle outlet (d 6) between 250 and 800 μm, and - dope capillary tapering angle (α) of 10° to 90°. - extruding a stream of a dope solution of polymer molecules out of a capillary into a surrounding environment of a coaxially flowing focusing fluid miscible with the dope solution in a space limited by a convergent nozzle with an outlet that the dope and focusing fluid are forced to traverse; - hydrodynamically stretching the extruded stream of polymer dope solution inside the convergent nozzle due to its interaction with the focusing fluid while simultaneously and selectively extracting solvent into the focusing fluid from the dope solution by molecular diffusion; wherein polymer concentration in the dope solution at a stretched region of the stream reaches a level such that contact among polymer molecules results in molecular self-assembly of the polymer molecules and a delayed stretching is imposed when the dope solution and the focusing fluid are forced through the nozzle outlet; and - continuously extracting an elongated structure of self-assembled polymer molecules such as a fiber or a thread; - distance between the end of the capillary and the outlet of the nozzle (d 5) between 400 and 15000 μm, - diameter of nozzle outlet (d 6) between 250 and 800 μm, and - dope capillary tapering angle (α) of 10° to 90°.
A mass flow controller, comprising: a proportional valve having a first port connected to a first external line; a mass flow sensor; a first flow line connecting from a second port of the proportional valve through the mass flow sensor to a second external line, wherein one of the first external line and the second external line is an entry line for connection to a fluid source and the other of the first external line and the second external line is an exit line; a second flow line joining the first flow line at a first junction located upstream of the mass flow sensor and at a second junction located downstream of the mass flow sensor; a switching valve placed at the first junction or the second junction to join the first flow line and the second flow line such that the switching valve can regulate a flow of a fluid through the first flow line or the second flow line; and a control device, wherein the control device is connected with the proportional valve and the mass flow sensor to provide a feedback control loop for regulating the proportional valve based on signals measured by the mass flow sensor, wherein the control device comprises a program configured to keep a rate of a flow exiting the exit line substantially constant when the flow is through the second flow line. a proportional valve having a first port connected to a first external line; a mass flow sensor; a first flow line connecting from a second port of the proportional valve through the mass flow sensor to a second external line, wherein one of the first external line and the second external line is an entry line for connection to a fluid source and the other of the first external line and the second external line is an exit line; a second flow line joining the first flow line at a first junction located upstream of the mass flow sensor and at a second junction located downstream of the mass flow sensor; a switching valve placed at the first junction or the second junction to join the first flow line and the second flow line such that the switching valve can regulate a flow of a fluid through the first flow line or the second flow line; and a control device, wherein the control device is connected with the proportional valve and the mass flow sensor to provide a feedback control loop for regulating the proportional valve based on signals measured by the mass flow sensor, wherein the control device comprises a program configured to keep a rate of a flow exiting the exit line substantially constant when the flow is through the second flow line.
A hybrid ram air turbine assembly for an aircraft comprising: a turbine portion including a plurality of turbine blades connected to a turbine shaft via a hub; a pivot joint connected to the turbine portion by a hydraulic pump and an electric generator, wherein the hydraulic pump and the electric generator are in-line with each other and wherein the turbine shaft is connected to a generator input shaft via a first gear set; characterised in that a rotational output of the electric generator is connected to a rotational input of the hydraulic pump via a second gear set, the second gear set being a multi-speed planetary gear. a turbine portion including a plurality of turbine blades connected to a turbine shaft via a hub; a pivot joint connected to the turbine portion by a hydraulic pump and an electric generator, wherein the hydraulic pump and the electric generator are in-line with each other and wherein the turbine shaft is connected to a generator input shaft via a first gear set; characterised in that a rotational output of the electric
An extruded resin plate in which a layer containing a methacrylic resin is laminated on at least one surface of a layer containing a polycarbonate, wherein when an angle of an axis parallel to the extruding direction is defined as 0°, the absolute value of an angle of a slow axis or a fast axis of in-plane retardation is 5 to 45°, the glass transition temperature of the layer containing the methacrylic resin is 110°C or higher; when the extruded resin plate is heated at a constant temperature within a range of 75 to 100°C for 5 hours, the in-plane retardation value of at least a part of the extruded resin plate in a width direction is 50 to 330 nm both before and after the heating, the decreasing rate of the retardation value of the extruded resin plate after the heating to the retardation value thereof before the heating is lower than 30%, the ratio ((S2-S1)/S1) which is composed of the difference (S2-S1) between the linear expansion rate of the layer containing the polycarbonate and the linear expansion rate of the layer containing the methacrylic resin, and the linear expansion rate of the layer containing the polycarbonate is between -10% and +10%, and the angle of a slow axis or a fast axis of in-plane retardation, the glass transition temperature, the in-plane retardation value, the linear expansion rate, as well as the decreasing rate of the retardation value are determined as indicated in the description. the glass transition temperature of the layer containing the methacrylic resin is 110°C or higher; when the extruded resin plate is heated at a constant temperature within a range of 75 to 100°C for 5 hours, the in-plane retardation value of at least a part of the extruded resin plate in a width direction is 50 to 330 nm both before and after the heating, the decreasing rate of the retardation value of the extruded resin plate after the heating to the retardation value thereof before the heating is lower than 30%, the ratio ((S2-S1)/S1) which is composed of the difference (S2-S1) between the linear expansion rate of the layer containing the polycarbonate and the linear expansion rate of the layer containing the methacrylic resin, and the linear expansion rate of the layer containing the polycarbonate is between -10% and +10%, and the angle of a slow axis or a fast axis of in-plane retardation, the glass transition temperature, the in-plane retardation value, the linear expansion rate, as well as the decreasing rate of the retardation value are determined as indicated in the description.
A warp-knitted composite mesh having a minimum area density of 50 g/m 2, the mesh comprising: (a) a slow-absorbing, biodegradable multifilament yarn component having an individual filament diameter of less than about 20 microns, the slow-absorbing yarn component comprising a segmented copolymer comprising at least 80 percent of l -lactide-based sequences; and (b) a fast-absorbing multifilament yarn component having an individual filament diameter of greater than about 20 microns, the fast-absorbing yarn component comprising a segmented polyaxial copolymer comprising at least 70 percent of glycolide-based sequences, wherein the slow-absorbing yarn component is knitted in a 2-bar sand-fly net pattern and the fast-absorbing yarn component is knitted in a standard 2-bar marquisette pattern, with all guide bars threaded 1-in and 1-out, using a warp knitting machine, or wherein the slow-absorbing yarn component is knitted in a 2-bar full tricot net pattern and the fast-absorbing yarn component is knitted in a standard 2-bar marquisette net pattern, with all guide bars threaded 1-in and 1-out, using a warp knitting machine. (a) a slow-absorbing, biodegradable multifilament yarn component having an individual filament diameter of less than about 20 microns, the slow-absorbing yarn component comprising a segmented copolymer comprising at least 80 percent of l -lactide-based sequences; and (b) a fast-absorbing multifilament yarn component having an individual filament diameter of greater than about 20 microns, the fast-absorbing yarn component comprising a segmented polyaxial copolymer comprising at least 70 percent of glycolide-based sequences,
A portable apparatus for acquiring images of a skin surface, this apparatus comprising: - an image acquisition camera, - a storage medium for storing images acquired by the camera, - multiple light-emitting diodes (7, 11) for illuminating a common area of the skin surface, these light-emitting diodes comprising white and colored light-emitting diodes, - a power supply, - a distance sensor for measuring the distance between the camera and the skin surface, - a processing unit connected to the distance sensor and configured to signal when the skin surface is within the depth of field of the camera, characterized in that it comprises a display screen and the processing unit is configured to simultaneously display a video stream acquired in white light to visualize the morphology of the skin surface and a graphic representation of the oxygenation level in color levels on the skin surface with a display of the average oxygenation rate. - an image acquisition camera, - a storage medium for storing images acquired by the camera, - multiple light-emitting diodes (7, 11) for illuminating a common area of the skin surface, these light-emitting diodes comprising white and colored light-emitting diodes, - a power supply, - a distance sensor for measuring the distance between the camera and the skin surface, - a processing unit connected to the distance sensor and configured to signal when the skin surface is within the depth of field of the camera, characterized in that it comprises a display screen and the processing unit is configured to simultaneously display a video stream acquired in white light to visualize the morphology of the skin surface and a graphic representation of the oxygenation level in color levels on the skin surface with a display of the average oxygenation rate.
Food processor having a preparation vessel which has an upper opening, and having a plurality of attachable containers (3, 4, 5) which are placed on the preparation vessel in such a way that an opening on the base side of the attachable containers (3, 4, 5) is arranged above the upper opening of the preparation vessel, wherein the attachable container (3, 4, 5) has closure means which are formed in the attachable container (3, 4, 5) itself and are otherwise movable relative to the attachable container (3, 4, 5), which closure means close the base-side opening in a closed position and can be brought into an open position for filling ingredients (23, 24) stored in the attachable container (3, 4, 5) into the preparation vessel, wherein a lowermost attachable container rests on the preparation vessel or a lid of the preparation vessel and at least one upper attachable container (4, 5) is arranged on the lowermost attachable container, characterised in that an upper side of the attachable container (3, 4, 5) has a first interface element and a lower side of the attachable container (3, 4, 5) has a second interface element, which are designed and arranged in such a way that the two interface elements (14, 15) of two attachable containers (3, 4, 5) arranged one above the other are connected to one another, wherein signals and/or electrical energy can be transmitted via the interface elements (14, 15) coupled to one another.
An endoscope system comprising: an endoscope device that includes an objective lens provided at a distal end of the endoscope device, the objective lens being disposed such that an optical axis of the objective lens and a longitudinal axis of the objective lens intersect at a predetermined angle, an endoscope head provided at a proximal end of the endoscope device, and comprising an imaging unit configured to generate an image signal from the image light passing through the objective lens; a gyro sensor provided on the endoscope head and configured to detect an angular velocity of movement of the endoscope head; and image processing circuitry configured to implement image stabilization of an image signal input from the endoscope device based on the detected angular velocity, characterized in that the image processing circuitry is further configured to implement the image stabilization of the image signal by determining a shift amount of an image cut-out area based on the angular velocity and by subsequently cutting out the cut-out area and adjusting the position of the cut-out area in accordance with the determined shift amount. an endoscope device that includes an objective lens provided at a distal end of the endoscope device, the objective lens being disposed such that an optical axis of the objective lens and a longitudinal axis of the objective lens intersect at a predetermined angle, an endoscope head provided at a proximal end of the endoscope device, and comprising an imaging unit configured to generate an image signal from the image light passing through the objective lens; a gyro sensor provided on the endoscope head and configured to detect an angular velocity of movement of the endoscope head; and image processing circuitry configured to implement image stabilization of an image signal input from the endoscope device based on the detected angular velocity, characterized in that the image processing circuitry is further configured to implement the image stabilization of the image signal by determining a shift amount of an image cut-out area based on the angular velocity and by subsequently cutting out the cut-out area and adjusting the position of the cut-out area in accordance with the determined shift amount.
A washing machine, comprising: a tub for containing washing water; a drum rotatably installed in the tub for rotation about a generally horizontal axis; a circulation unit for circulating the washing water stored in the tub to the drum; and a spray nozzle for spraying the washing water, circulated by the circulation unit, along the inside of the drum from a front portion of the drum to a rear portion of the drum, wherein the spray nozzle sprays the washing water such that the washing water is dispersed in the lower portion of the drum, and the spray nozzle includes a plurality of spray holes adapted to spray the washing water to different falling positions in the lengthwise direction of the drum, characterized in that at least two of the spray holes have different cross-sectional areas to spray the washing water to the different falling positions. a tub for containing washing water; a drum rotatably installed in the tub for rotation about a generally horizontal axis; a circulation unit for circulating the washing water stored in the tub to the drum; and a spray nozzle for spraying the washing water, circulated by the circulation unit, along the inside of the drum from a front portion of the drum to a rear portion of the drum, wherein the spray nozzle sprays the washing water such that the washing water is dispersed in the lower portion of the drum, and the spray nozzle includes a plurality of spray holes adapted to spray the washing water to different falling positions in the lengthwise direction of the drum, characterized in that at least two of the spray holes have different cross-sectional areas to spray the washing water to the different falling positions.
Method for packaging multiple containers for substances for medical, pharmaceutical or cosmetic uses in a packaging structure which has an top part and a bottom part and forms a box-shaped receptacle in which the containers can be held, wherein the containers have a cylindrical side wall and a bottom or a lower edge which extends perpendicularly to their side wall, with the steps: arranging the multiple containers directly on a flat base in such a way that the containers are supported perpendicularly to the flat base; mounting the top part or an intermediate part on the upper ends of the containers, wherein the top part or the intermediate part is box-shaped; transferring the multiple containers from the flat base to a base of the bottom part; and sealing the packaging structure with the top and bottom part and the containers held by these, by introducing it into a hose or into a sealable bag made of a synthetic material and sealing the hose or sealable bag, or by means of a gas-permeable synthetic film; wherein side walls (12, 13; 42, 43) of the top part or the intermediate part, which come down vertically from the bottom of the top part or the intermediate part, serve as guides when the multiple containers are slid onto the base of the bottom part. arranging the multiple containers directly on a flat base in such a way that the containers are supported perpendicularly to the flat base; mounting the top part or an intermediate part on the upper ends of the containers, wherein the top part or the intermediate part is box-shaped; transferring the multiple containers from the flat base to a base of the bottom part; and sealing the packaging structure with the top and bottom part and the containers held by these, by introducing it into a hose or into a sealable bag made of a synthetic material and sealing the hose or sealable bag, or by means of a gas-permeable synthetic film; wherein side walls (12, 13; 42, 43) of the top part or the intermediate part, which come down vertically from the bottom of the top part or the intermediate part, serve as guides when the multiple containers are slid onto the base of the bottom part.
A spinal stabilization device to facilitate spinal fusion, the spinal stabilization device being an inter-transverse process implant and comprising: a first end that includes a curved portion in one of a u-shape or a j-shape in cross-sectional view adapted to be in contact with a first vertebra of an adjacent vertebral pair wherein the first end includes a cutout; a second end that includes a curved portion in one of a u-shape or a j-shape in cross-sectional view adapted to be in contact with a second vertebra of the adjacent vertebral pair wherein the second end includes a cutout; and a middle portion extending between the first end and the second end, at least a portion of the middle portion adapted to be positioned between the first vertebra and the second vertebra. a first end that includes a curved portion in one of a u-shape or a j-shape in cross-sectional view adapted to be in contact with a first vertebra of an adjacent vertebral pair wherein the first end includes a cutout; a second end that includes a curved portion in one of a u-shape or a j-shape in cross-sectional view adapted to be in contact with a second vertebra of the adjacent vertebral pair wherein the second end includes a cutout; and a middle portion extending between the first end and the second end, at least a portion of the middle portion adapted to be positioned between the first vertebra and the second vertebra.