mhurhangee/ep-ind-claims huggingface dataset:
A conveying device for conveying a viscous material from a container, - in which a follower plate, which can be inserted into the container, and a pump are provided, by means of which pump the viscous material can be conveyed through the follower plate, - in which a measuring chamber (31; 85) is provided for receiving a measuring sample of the viscous material, - in which the measuring chamber (31; 85) is provided with a closable material inlet opening (31.1; 85.1), - in which a closable disposal line is provided, which leads away from the measuring chamber (31; 85), - in which a closable material return line is provided, which leads from the measuring chamber (31; 85) into the container via the follower plate, - in which a controller is provided, which is formed and can be operated in such a way that -- in the case of several measuring samples, it determines the compressibility thereof in each case, and -- it releases the disposal line or the material return line for the measuring sample located in the measuring chamber (31; 85) as a function of the determined compressibility. - in which a follower plate, which can be inserted into the container, and a pump are provided, by means of which pump the viscous material can be conveyed through the follower plate, - in which a measuring chamber (31; 85) is provided for receiving a measuring sample of the viscous material, - in which the measuring chamber (31; 85) is provided with a closable material inlet opening (31.1; 85.1), - in which a closable disposal line is provided, which leads away from the measuring chamber (31; 85), - in which a closable material return line is provided, which leads from the measuring chamber (31; 85) into the container via the follower plate, - in which a controller is provided, which is formed and can be operated in such a way that -- in the case of several measuring samples, it determines the compressibility thereof in each case, and -- it releases the disposal line or the material return line for the measuring sample located in the measuring chamber (31; 85) as a function of the determined compressibility. -- in the case of several measuring samples, it determines the compressibility thereof in each case, and -- it releases the disposal line or the material return line for the measuring sample located in the measuring chamber (31; 85) as a function of the determined compressibility.
Implement regulation method for an agricultural machine comprising a frame, at least a with the frame connected, in the driving direction transferred row (a, b) of implements in the form of journaled discs, which are freely rotatable, each disc being connected to an arm (10, 110), which is journaled at the frame and to which each disc is connected via a shaft (21, 121) attached to the hub of the disc, wherein the hub (20, 120) of each disc (3, 103) is provided with a bearing part (21b, 121b) for the shaft (21, 121), which bearing part is journaled at the middle of the hub, and wherein the shaft at its other end has a coupling part (21a, 121a) formed so that it substantially corresponds to a form part at an end portion (23, 123) of the arm (10, 110), whereby a form tied and force tied coupling is achieved, characterised in that the centre axis of the coupling part (21a, 121a) is angled at an angle (β) in relation to the centre axis of the bearing part (21b, 121b), and that the form tied and force tied coupling can be achieved in at least two pre-determined positions freely receiving said coupling part in a corresponding hole (24, 124) in the end portion (23, 123) of the arm (10, 110), wherein the method comprises changing a working angle of an implement by loosening the shaft in the receiving hole (24, 124) by loosening a screw joint (30, 130), so that the coupling part (21a, 121a) of the shaft is loosened, rotating in the end portion to a new intended position, and fixedly locking it in this position by tightening said screw joint.
Electrohydraulic actuator comprising - a hydraulic piston; - a spindle drive, comprising a spindle and a nut, for moving the piston along an axis of rotation; - a worm wheel, which is attached coaxially to the nut; - an electric motor having a worm, which meshes with the worm wheel; - a radial bearing for supporting the nut, - a single-armed rotation-prevention mechanism for securing the spindle against rotation, - wherein an angle (β) with respect to the axis of rotation is included between a point of action of the worm on the worm wheel and the direction of action of the rotation-prevention mechanism, characterized in that - the angle (β) is selected in such a way that, for a predetermined torque acting on the nut, a radial force acting on the piston is minimized. - a hydraulic piston; - a spindle drive, comprising a spindle and a nut, for moving the piston along an axis of rotation; - a worm wheel, which is attached coaxially to the nut; - an electric motor having a worm, which meshes with the worm wheel; - a radial bearing for supporting the nut, - a single-armed rotation-prevention mechanism for securing the spindle against rotation, - wherein an angle (β) with respect to the axis of rotation is included between a point of action of the worm on the worm wheel and the direction of action of the rotation-prevention mechanism, - the angle (β) is selected in such a way that, for a predetermined torque acting on the nut, a radial force acting on the piston is minimized.
The method of microwave sterilisation of liquid media which consists in placing a vessel with the liquid medium in a pressure process chamber, heating the liquid medium using microwave energy to the desired process temperature in pressure higher than atmospheric, which eliminates overflowing of the liquid, and in maintaining the process temperature for the time required for sterilisation, and then - after switching the source of microwave energy off - in cooling down and reducing the pressure to the level which enables opening the process chamber, characterized in that the pressure in the process chamber in the cooling stage is reduced at a controlled pace, which makes it possible to keep the liquid medium in constant boiling and evaporating without any overflows, until the pressure is equal to the ambient pressure.
A synergistic herbicidal mixture comprising an herbicidally effective amount of (a) fluroxypyr and (b) an ACCase inhibitor herbicide, wherein the ACCase inhibitor herbicide is metamifop.
Fire-resistant oriented strand board material consisting of a middle layer and two outer layers, whereby the layers (2, 3) primarily consist of bonded wood flakes, whereby there is a first fire-retardant agent in the middle layer, and whereby in one or both outer layers there is the first fire-retardant agent together with a second fire-retardant agent, whereby the fire-retardant agents in one or both outer layers provide a stronger fire-retardant effect than the fire-retardant agent or fire-retardant agents in the middle layer, and whereby the concentration of the first fire-retardant agent in the outer layer or outer layers in which it is present is lower than in the middle layer.
A pharmaceutical composition for use in the prevention and/or treatment of rheumatoid arthritis wherein the pharmaceutical composition comprises a nucleic acid molecule comprising (i) the nucleotide sequence of Figure 1, or (ii) a sequence which has more than 70 e.g. 75%, preferably more than 80%, e.g. more than 90 or 95% identity to sequence (i) or a sequence which hybridizes to sequence (i) under conditions of 2 x SSC, 65 °C (wherein SCC = 0.15M NaCl, 0.015M sodium citrate, pH 7.2) which encodes a functionally equivalent protein to the sequence encoded by the nucleotide sequence of Figure 1, or (iii) a fragment of sequence (i) or (ii) encoding a functionally equivalent protein fragment; and a pharmaceutically acceptable excipient, diluent or carrier. (i) the nucleotide sequence of Figure 1, or (ii) a sequence which has more than 70 e.g. 75%, preferably more than 80%, e.g. more than 90 or 95% identity to sequence (i) or a sequence which hybridizes to sequence (i) under conditions of 2 x SSC, 65 °C (wherein SCC = 0.15M NaCl, 0.015M sodium citrate, pH 7.2) which encodes a functionally equivalent protein to the sequence encoded by the nucleotide sequence of Figure 1, or (iii) a fragment of sequence (i) or (ii) encoding a functionally equivalent protein fragment; and a pharmaceutically acceptable excipient, diluent or carrier.
Method for producing solar modules, wherein solar elements are combined to form lines, wherein each line comprises at least two solar elements and wherein the solar modules are constructed from electrically interconnected lines, characterized in that, for the equipping of the solar module, at least two lines are picked up in one operation and held ready at different heights above the solar module, and in that, for the equipping of the solar module, the lines are lowered together in each case only to the extent that only the respective line currently to be equipped contacts the solar module.
A thin-film transistor, comprising a gate (110; 110'), a gate insulation layer (120; 120') and an active layer (130; 130') stacked on a substrate, the active layer (130; 130') being formed therein with a source region, a drain region and a channel region, the surface of the active layer (130; 130') facing the gate insulation layer (120; 120') is at least partially formed with a non-planar surface in the channel region, such that the non-planar surface of the active layer (130; 130') has a tortuous shape in a width direction of the channel region, and that the active layer (130; 130') has a constant thickness in the channel region, wherein the width direction of the channel region is a direction perpendicular to a length direction of the channel region in a plane parallel to a surface of the substrate, and the length direction of the channel region is a direction from the source region to the drain region.
A DC-DC converter including a main switch formed by a normally ON switch element connected in series with a normally OFF switch element equipped with a control circuit, a first node being common to both switch elements (J1, M1), a load of the transformer type with a primary winding (ep) and at least one secondary winding (es1, es2), the primary winding (ep) being in series with the main switch, the main switch and the primary winding (ep) being intended to be connected to the terminals of a D-C voltage source, a main peak detector circuit connected at the input to the main switch and at the output to the control circuit of the normally OFF switch element, wherein the main peak detector circuit includes a current unidirectional switch in series with an electrical energy reservoir, the current unidirectional switch being connected between the first node and the electrical energy reservoir, the current unidirectional switch being intended, when closed, to charge the electrical energy reservoir, the electrical energy reservoir delivering a main useful voltage (Vp) when the current unidirectional switch is open, the main useful voltage (Vp) being taken in at a second node between the electrical energy reservoir and the current unidirectional switch, characterized in that this second node is connected to the input of the control circuit of the normally OFF switch element, and in that the main peak detector circuit further includes a current unidirectional switch (Dj) connected on the one hand to the node and on the other hand to the secondary winding, wherein the normally ON switch element is equipped with a control circuit connected at one end of the main switch to be connected to the DC voltage source.
Optoelectronic measuring device comprising at least two carrier bodies joined to each other, a scale arranged inside the carrier bodies, and a read head that faces the scale and that is movable longitudinally in relation to the carrier bodies, each carrier body comprising a longitudinal inner surface on which the read head runs when it moves, each carrier body comprising an outer surface substantially parallel to the inner surface, there being defined between the inner and outer surfaces (30a, 30b) a thickness of said carrier body, the device also comprising at least one additional element joined to each carrier body that is used as a reference to align the carrier bodies with each other, each additional element comprises a reference arranged at a determined reference distance in relation to the inner surface of the corresponding carrier body, the reference distances being equal for all the carrier bodies and their corresponding references, the references being aligned with each other, so that the inner surfaces of the various carrier bodies are aligned, the additional element comprising an insert with a reference surface substantially parallel to said surfaces (30a, 30b), and fixing means for keeping the additional element fixed to the corresponding carrier body, the reference of said additional element being the reference surface, each carrier body comprising a housing that extends from the outer surface towards the inner surface, the additional element being partially housed in said housing, so that the reference surface projects out from said outer surface, characterized in that the reference distance between said reference surface and the corresponding inner surface is greater than the thickness of said carrier body.
A composite material comprising: an aluminum or aluminum alloy substrate with an anodic oxide film layer having micropores; and two or more kinds of dyes filled in the micropores, wherein (i) in case of two dyes the amount of one kind of dye is being gradient distributed in a direction along the substrate, while the other kind of dye is being gradient distributed in an opposite direction along the substrate; or (ii) in case of more than two kinds dyes the amount of each of the dyes is being gradient distributed in different directions along the substrate respectively. an aluminum or aluminum alloy substrate with an anodic oxide film layer having micropores; and two or more kinds of dyes filled in the micropores, wherein (i) in case of two dyes the amount of one kind of dye is being gradient distributed in a direction along the substrate, while the other kind of dye is being gradient distributed in an opposite direction along the substrate; or (ii) in case of more than two kinds dyes the amount of each of the dyes is being gradient distributed in different directions along the substrate respectively.
A raccoon trapping module which is configured be attached to a wildlife trapping cage which comprises at least a cage which holds wildlife, a door which opens and closes an entrance at one end of the cage, a lock mechanism which locks the door in an open state, and a linkage member which is linked with a trigger member which performs a lock release operation of the lock mechanism when wildlife engages in the action of taking bait, wherein the raccoon trapping module comprises: a hollow housing which is configured to be attached to a module mounting hole which is formed by removing a back wall at an opposite side to the entrance, wherein a surface of the housing at the entrance side has an arm insertion hole which enables a raccoon to insert a forearm, a baiting member in which a bait is placed is provided inside of the housing within a range which a hand of the raccoon can reach when the raccoon inserts its forearm from the arm insertion hole, a connecting member is provided at the baiting member for connection with the linkage member, and the connecting member is configured to make the linkage member perform a lock release operation of the lock mechanism if a raccoon engages in the action of taking bait from the baiting member, characterized in that an outer edge part of said housing at a surface at the opposite side to said entrance side is formed with a flange part and that said housing is configured to be inserted at the inside of said module mounting hole to be attached to said wildlife trapping cage and that said housing is configured to be fastened by being inserted from said module mounting hole inside said cage up to the position which said flange part abuts. a hollow housing which is configured to be attached to a module mounting hole which is formed by removing a back wall at an opposite side to the entrance, wherein a surface of the housing at the entrance side has an arm insertion hole which enables a raccoon to insert a forearm, a baiting member in which a bait is placed is provided inside of the housing within a range which a hand of the raccoon can reach when the raccoon inserts its forearm from the arm insertion hole, a connecting member is provided at the baiting member for connection with the linkage member, and the connecting member is configured to make the linkage member perform a lock release operation of the lock mechanism if a raccoon engages in the action of taking bait from the baiting member, characterized in that an outer edge part of said housing at a surface at the opposite side to said entrance side is formed with a flange part and that said housing is configured to be inserted at the inside of said module mounting hole to be attached to said wildlife trapping cage and that said housing is configured to be fastened by being inserted from said module mounting hole inside said cage up to the position which said flange part abuts.
Hand-guided floor treatment device, comprising a bottom part with at least one tool for floor treatment and a motor for driving the at least one tool, and comprising a guide part with a handle part, wherein the guide part is connected to the bottom part via a first articulation adjustable in a treatment direction with an articulated axis transversely to the treatment direction, characterized in that the bottom part includes a liquid supply and a liquid intake, in that a suction unit is provided and structurally separate from the bottom part, which unit includes at least one suction turbine for the intake of liquid, and in that the guide part comprises at the lower end below the center, but above the bottom part a further articulation with a further articulated axis extending transversely to the first articulated axis, around said axis the guide part is adjustable transversely to the treatment direction such that the bottom part can be turned by a user in at least ± 45° parallel to the treatment surface about a vertical axis of the bottom part.
An operation track response method, wherein the method comprises: detecting a touch operation triggered by a user on a current display interface; if it is detected that a track of the touch operation is an arc, determining a radian of the arc; and adjusting, according to the radian of the arc and an adjustment mode of the touch operation, content presented on the current display interface, wherein different radians correspond to adjustment of different degrees, the adjustment mode of the touch operation is a fine adjustment mode or a normal adjustment mode, in a case that the radian of the arc is determined, an adjustment degree in the fine adjustment mode is less than an adjustment degree in the normal adjustment mode; wherein a fine adjustment mode is entered by means of pauses of a finger and is disabled when the finger departs. detecting a touch operation triggered by a user on a current display interface; if it is detected that a track of the touch operation is an arc, determining a radian of the arc; and adjusting, according to the radian of the arc and an adjustment mode of the touch operation, content presented on the current display interface, wherein different radians correspond to adjustment of different degrees, the adjustment mode of the touch operation is a fine adjustment mode or a normal adjustment mode, in a case that the radian of the arc is determined, an adjustment degree in the fine adjustment mode is less than an adjustment degree in the normal adjustment mode; wherein a fine adjustment mode is entered by means of pauses of a finger and is disabled when the finger departs.
A fluid transfer device (2; 102; 502) or connection comprising: a fluid transfer tip (6; 106; 506); and a lever member (34; 134; 334; 534) pivotally mounted to move relative to the fluid transfer tip (6; 106; 506); characterised by: the fluid transfer tip (6; 106; 506) comprising a tapered friction fitting for a corresponding hub (10; 110; 210; 310; 410; 510); a screw thread (46; 146; 546) mounted on the lever member (34; 134; 334; 534) to enable a hub (10; 110; 210; 310; 410; 510) to be connected to the tip (6; 106; 506) by a screw fit in addition to the friction fitting; wherein the lever member (34; 134; 334; 534) is resiliently biased (40; 140; 540) so that the screw thread (46; 146; 546) is positioned to form a screw fit with the hub (10; 110; 210; 310; 410; 510); and wherein the hub (10; 110; 210; 310; 410; 510) can be disconnected by pivoting the lever member (34; 134; 334; 534) against the resilient bias (40; 140; 540) to release the screw fit with the hub (10; 110; 210; 310; 410; 510) and to subsequently release the hub (10; 110; 210; 310; 410; 510) from the friction fitting. a fluid transfer tip (6; 106; 506); and a lever member (34; 134; 334; 534) pivotally mounted to move relative to the fluid transfer tip (6; 106; 506); characterised by: the fluid transfer tip (6; 106; 506) comprising a tapered friction fitting for a corresponding hub (10; 110; 210; 310; 410; 510); a screw thread (46; 146; 546) mounted on the lever member (34; 134; 334; 534) to enable a hub (10; 110; 210; 310; 410; 510) to be connected to the tip (6; 106; 506) by a screw fit in addition to the friction fitting; wherein the lever member (34; 134; 334; 534) is resiliently biased (40; 140; 540) so that the screw thread (46; 146; 546) is positioned to form a screw fit with the hub (10; 110; 210; 310; 410; 510); and wherein the hub (10; 110; 210; 310; 410; 510) can be disconnected by pivoting the lever member (34; 134; 334; 534) against the resilient bias (40; 140; 540) to release the screw fit with the hub (10; 110; 210; 310; 410; 510) and to subsequently release the hub (10; 110; 210; 310; 410; 510) from the friction fitting. the fluid transfer tip (6; 106; 506) comprising a tapered friction fitting for a corresponding hub (10; 110; 210; 310; 410; 510); a screw thread (46; 146; 546) mounted on the lever member (34; 134; 334; 534) to enable a hub (10; 110; 210; 310; 410; 510) to be connected to the tip (6; 106; 506) by a screw fit in addition to the friction fitting; wherein the lever member (34; 134; 334; 534) is resiliently biased (40; 140; 540) so that the screw thread (46; 146; 546) is positioned to form a screw fit with the hub (10; 110; 210; 310; 410; 510); and wherein the hub (10; 110; 210; 310; 410; 510) can be disconnected by pivoting the lever member (34; 134; 334; 534) against the resilient bias (40; 140; 540) to release the screw fit with the hub (10; 110; 210; 310; 410; 510) and to subsequently release the hub (10; 110; 210; 310; 410; 510) from the friction fitting.