mhurhangee/ep-ind-claims huggingface dataset:
A milking arrangement for animals, wherein the milking arrangement comprises a rotary platform, driving means adapted to provide a rotary motion of the platform, and milking stalls adapted to house animals to be milked on the platform, wherein the milking arrangement comprises a blocking system (11, 20, 25) comprising a blocking member (20, 25) arranged in a passage (3a, 18) leading to at least one milking stall on the platform, wherein the blocking member (20, 25) is movably arranged between an open position, in which it allows an animal to enter the milking stall, and a closed position, in which it prevents an animal from entering the milking stall, and wherein the blocking system (11, 20, 25) comprises a control unit adapted to control the motion of blocking member (20, 25), characterised in that the blocking system (11, 20, 25) is able to block selected milking stalls on the platform temporarily such that the animals do not have access to the blocked milking stalls during a period of time while the remaining non-blocked milking stalls are in use, and in that the control unit is adapted to estimate the number of animals to enter the milking stalls during a period of time and it is adapted to control the blocking member (20, 25) such that it blocks one or several milking stalls on the platform when the number of animals to enter the rotary platform is smaller than a predetermined value.
An electrical connection box comprising side walls able to delimit an internal volume intended for the connection of electric connectors that can enter within the box through passages arranged in the side walls, the side walls comprising first and second lateral members (10, 20) each consisting in two wall portions (11, 12, 21, 22) with longitudinal and transversal edges being articulated to each other by a hinge (13, 23) along their adjacent transversal edge, the free transversal edges (16, 17) of the wall portions (11, 12) of the first lateral member including coupling means adapted to releasably cooperate with complementary coupling means arranged on the free transversal edges (26, 27) of the wall portions (21, 22) of the second lateral member, in order to be able to assemble the first and second lateral members (10, 20) by the free lateral edges of their respective wall portions, characterized in that the coupling means are provided to cooperate in order to flatly join the first and second lateral members (10, 20) when respective wall portions (11, 12, 21, 22) of first and second lateral members (10, 20) are arranged with their longitudinal edges substantially aligned, and to lock the assembly of the first and second lateral members (10, 20) when the respective wall portions (11, 12, 21, 22) of the first and second lateral members (10, 20) are arranged with their longitudinal edges substantially orthogonal so as to form only one rigid part maintained at right angle, the coupling means comprising elastic snap-fastening locking means, able to elastically snap-fasten it when the position at right angle of the first and second lateral members (10, 20) is reached, so that the first and second lateral members (10, 20) are blocked in this position.
Resonance method for a vibration system for the resonant vibration of an excitation unit with a vibrating mass, having the steps - deflection detection of a deflection (x) of the vibrating mass, wherein a deflection signal is detected by a deflection measuring apparatus for deflection detection and the deflection signal is corrected by a DC component relative to the vibrating mass as a function of the installation location of the deflection measuring apparatus, wherein the DC component is predetermined by a DC component parameter or determined by a DC component high-pass filter, - velocity formation of a velocity (v) of the vibrating mass by means of differentiating the deflection (x), - phase position generation of a mechanical phase position (Θ m) by means of the deflection (x) and the velocity (v), - phase position correction of the mechanical phase position (Θ m) by means of a correction value (k Θ) to form a corrected phase position (Θ k), - frequency formation of an electrical angular frequency (ω el) by means of at least one P-regulation on the basis of the corrected phase position (Θ k), - phase position formation of an electrical phase position (Θ el) by means of integration on the basis of the electrical angular frequency (ω el), - factor formation of a correction factor (k F) by means of a trigonometric function on the basis of the electrical phase position (Θ el) and - setpoint value application of the correction factor (k F) to an excitation setpoint value in order to generate a corrected excitation setpoint value. - deflection detection of a deflection (x) of the vibrating mass, wherein a deflection signal is detected by a deflection measuring apparatus for deflection detection and the deflection signal is corrected by a DC component relative to the vibrating mass as a function of the installation location of the deflection measuring apparatus, wherein the DC component is predetermined by a DC component parameter or determined by a DC component high-pass filter, - velocity formation of a velocity (v) of the vibrating mass by means of differentiating the deflection (x), - phase position generation of a mechanical phase position (Θ m) by means of the deflection (x) and the velocity (v), - phase position correction of the mechanical phase position (Θ m) by means of a correction value (k Θ) to form a corrected phase position (Θ k), - frequency formation of an electrical angular frequency (ω el) by means of at least one P-regulation on the basis of the corrected phase position (Θ k), - phase position formation of an electrical phase position (Θ el) by means of integration on the basis of the electrical angular frequency (ω el), - factor formation of a correction factor (k F) by means of a trigonometric function on the basis of the electrical phase position (Θ el) and - setpoint value application of the correction factor (k F) to an excitation setpoint value in order to generate a corrected excitation setpoint value.
A searching device comprising: a data storage unit that stores a plurality of pieces of data, each of which prescribes search terms respectively corresponding to a plurality of attributes of the pieces of data; a character input unit that is configured to input characters that constitute an input search term one by one; and an attribute specifying screen display unit that is configured to display an attribute specifying screen, characterized in that the attribute specifying screen display unit is configured to display the attribute specifying screen (72, 73), when a next character is input subsequently to an input character that has been input by the character input unit, and an attribute of the input search term has not been specified before, or when a first character is input, wherein the attribute specifying screen (72, 73) includes a corresponding attribute corresponding to at least one candidate of the input search term to be extracted from among the search terms by inputting the next character or the first character, and is configured such that the corresponding attribute can be specified by a user and also displays a character key to select the next character or first character, and wherein, as the attribute is specified by the user, the input of the next character or first character is fixed for the input search and search term candidates corresponding to the specified attribute are extracted, and when the attribute is not specified by the user and the user only inputs the character by selecting the character key on the attribute specifying screen, search term candidates corresponding to all attributes having a search term candidate are extracted. a data storage unit that stores a plurality of pieces of data, each of which prescribes search terms respectively corresponding to a plurality of attributes of the pieces of data; a character input unit that is configured to input characters that constitute an input search term one by one; and an attribute specifying screen display unit that is configured to display an attribute specifying screen,
An electronic filter comprising: a capacitor (40, 54, 70, 90) comprising: first planar internal electrodes in electrical contact with a first termination (45, 56, F); second planar internal electrodes in electrical contact with a second termination (43, 58, B); and a dielectric between said first planar internal electrodes and said second planar internal electrodes; a third termination (44, 64, A); a conductive trace (46, 50, 62, 72, 92, 98) between said third termination and said first termination; and a ferromagnetic or ferrimagnetic material (48, 60, 96) coupled to said conductive trace, wherein said conductive trace forms a winding (50, 62, 98) around the ferromagnetic or ferrimagnetic material. a capacitor (40, 54, 70, 90) comprising: first planar internal electrodes in electrical contact with a first termination (45, 56, F); second planar internal electrodes in electrical contact with a second termination (43, 58, B); and a dielectric between said first planar internal electrodes and said second planar internal electrodes; a third termination (44, 64, A); a conductive trace (46, 50, 62, 72, 92, 98) between said third termination and said first termination; and a ferromagnetic or ferrimagnetic material (48, 60, 96) coupled to said conductive trace, wherein said conductive trace forms a winding (50, 62, 98) around the ferromagnetic or ferrimagnetic material. first planar internal electrodes in electrical contact with a first termination (45, 56, F); second planar internal electrodes in electrical contact with a second termination (43, 58, B); and a dielectric between said first planar internal electrodes and said second planar internal electrodes; a third termination (44, 64, A); a conductive trace (46, 50, 62, 72, 92, 98) between said third termination and said first termination; and a ferromagnetic or ferrimagnetic material (48, 60, 96) coupled to said conductive trace, wherein said conductive trace forms a winding (50, 62, 98) around the ferromagnetic or ferrimagnetic material.
A motor control device for controlling at least one master motor and one slave motor by position sensor-less control comprising: an inverter configured to have a plurality of arms; a direct-current power source to supply a direct-current voltage to the inverter; a shunt resistor (7u, 7v, 7w) inserted between a lower-arm switching element for each phase of the inverter and a negative-electrode side of the direct-current power source; a current sensor to output a voltage according to an electric current flowing in the at least one master motor, the at least one master motor and one slave motor being connected to the inverter in parallel; a computing unit to generate driving signals for a plurality of switching elements based on an output of the current sensor and an output according to a voltage drop on the shunt resistor (7u, 7v, 7w); an inverter-overcurrent detection unit to perform overcurrent detection in accordance with a voltage drop on the shunt resistor (7u, 7v, 7w); and a motor-overcurrent detection unit to perform overcurrent detection in accordance with an output voltage of the current sensor, wherein the computing unit is configured to stop the operation of the inverter when one of absolute values of slave currents for the phases exceeds a determination value, and cause the operation of the inverter to continue when all the absolute values of the slave currents for the phases do not exceed the determination value, and wherein detection of an overcurrent of the one slave motor is performed in accordance with a current calculated by subtracting the motor current from the inverter current. an inverter configured to have a plurality of arms; a direct-current power source to supply a direct-current voltage to the inverter; a shunt resistor (7u, 7v, 7w) inserted between a lower-arm switching element for each phase of the inverter and a negative-electrode side of the direct-current power source; a current sensor to output a voltage according to an electric current flowing in the at least one master motor, the at least one master motor and one slave motor being connected to the inverter in parallel; a computing unit to generate driving signals for a plurality of switching elements based on an output of the current sensor and an output according to a voltage drop on the shunt resistor (7u, 7v, 7w); an inverter-overcurrent detection unit to perform overcurrent detection in accordance with a voltage drop on the shunt resistor (7u, 7v, 7w); and a motor-overcurrent detection unit to perform overcurrent detection in accordance with an output voltage of the current sensor, wherein the computing unit is configured to stop the operation of the inverter when one of absolute values of slave currents for the phases exceeds a determination value, and cause the operation of the inverter to continue when all the absolute values of the slave currents for the phases do not exceed the determination value, and wherein detection of an overcurrent of the one slave motor is performed in accordance with a current calculated by subtracting the motor current from the inverter current.
Redox device, in particular hydrogen-oxygen redox device, with at least one redox unit (32a-b), which is configured for carrying out at least one redox reaction with consumption and/or production of a first gas, in particular gaseous hydrogen, and of a second gas, in particular gaseous oxygen, with at least one first gas chamber (34a-b) for the first gas and with at least one second gas chamber (36a-b) for the second gas, and with a pressure adjustment unit (10a-b) for an adjustment of fluid pressures in at least one first fluid chamber (24a-c, 74b) and in at least one second fluid chamber (26a-c, 76b), which is at least substantially separate from the first fluid chamber (24a-c, 74b), within at least one pressure interval, in particular for the purpose of at least substantially avoiding a relative overpressure in one of the fluid chambers (24a-c, 26a-c, 74b, 76b), with at least one first pressure expansion element (12a-c, 62b) configured for modifying a spatial volume of the at least one first fluid chamber (24a-c, 74b), with at least one second pressure expansion element (14a-c, 64b) configured for modifying a spatial volume of the at least one second fluid chamber (26a-c, 76b), and with at least one pressure coupling unit (18a-c, 68b) configured to effect a negative feedback of spatial volume changes of the at least one first fluid chamber (24a-c, 74b) and of the at least one second fluid chamber (26a-c, 76b), wherein the pressure coupling unit (18a-b, 68b) comprises at least one pressure transmission fluid (22a-b, 72b), in particular water, wherein the pressure coupling unit (18a-c, 68b) transfers a pressure acting onto the at least one first pressure expansion element (12a-c, 62b), in particular a fluid pressure in the at least one first fluid chamber (24a-c, 74b), onto the second pressure expansion element (14a-c, 64b), wherein the pressure is transferred with an inverse direction of action, characterised in that the at least one first pressure expansion element (12a-c, 62b) and the at least one second pressure expansion element (14a-c, 64b) are embodied as concertina-type metal bellows, and that the redox device comprises at least one further redox unit, which is coupled with the at least one redox unit by substance-to-substance bond, and comprises a further pressure adjustment unit for an adjustment of fluid pressures of the at least one further redox unit.
A containment system comprising, a containment pant comprising: a chassis having a front waist region, a back waist region, and a crotch region joined between the front waist region and the back waist region, and a sling positioned within the chassis and being joined to the front waist region and the back waist region, wherein the sling comprises a fluid-impervious base sheet and a containment flap joined with the base sheet to define a fluid-impervious pouch, wherein the fluid-impervious pouch defines a first end containment flap having a first positioning key; and a discrete absorbent insert having a positioning notch, wherein the first positioning key is adapted to engage and align with the positioning notch of the discrete absorbent insert such that the positioning key is at least partially surrounded by portions of the discrete absorbent insert when said discrete absorbent insert is positioned within the pouch. a chassis having a front waist region, a back waist region, and a crotch region joined between the front waist region and the back waist region, and a sling positioned within the chassis and being joined to the front waist region and the back waist region, wherein the sling comprises a fluid-impervious base sheet and a containment flap joined with the base sheet to define a fluid-impervious pouch, wherein the fluid-impervious pouch defines a first end containment flap having a first positioning key; and a discrete absorbent insert having a positioning notch, wherein the first positioning key is adapted to engage and align with the positioning notch of the discrete absorbent insert such that the positioning key is at least partially surrounded by portions of the discrete absorbent insert when said discrete absorbent insert is positioned within the pouch.
A self-piercing rivet element having a central longitudinal axis, a body part with a thread cylinder and a hollow rivet section for being pressed into a non-pre-pierced metallic component or sheet metal part, wherein the rivet section is formed to be dilated at least regionally by means of a die button and tapers in the direction of the central longitudinal axis and away from the body part, wherein the hollow rivet section has a diameter in the region of the transition into the body part which is larger than the outer diameter of the thread cylinder and has a closed peripheral wall and also has an opening at its free end, characterized in that the rivet element is a nut element having an internal thread which extends at least substantially coaxially to the central longitudinal axis, and in that a diameter of the opening is fractionally smaller than a core diameter of the thread cylinder. the rivet element is a nut element having an internal thread which extends at least substantially coaxially to the central longitudinal axis, and in that a diameter of the opening is fractionally smaller than a core diameter of the thread cylinder.
Conveyor belt vehicle with - a chassis - which has four wheels (4a - d), of which at least two wheels (4a, b) can be steered, - a main conveyor liftably arranged on the chassis and having a front end liftable higher than the rear end - a front support and a rear support, each of which is pivotally mounted at the main conveyor on the one hand and on the chassis on the other hand about a respective transversely extending pivot axis (5'a, 5'b, 6'a, 6'b), characterized in that - the lower transverse axes (5'a, 6'a) can be moved in a controlled manner in the longitudinal direction along the chassis, so that the main conveyor can be displaced in the longitudinal direction relative to the chassis, - a control system (1*) is provided which controls the movement of at least all movable parts of the conveyor belt vehicle. - a chassis - which has four wheels (4a - d), of which at least two wheels (4a, b) can be steered, - a main conveyor liftably arranged on the chassis and having a front end liftable higher than the rear end - a front support and a rear support, each of which is pivotally mounted at the main conveyor on the one hand and on the chassis on the other hand about a respective transversely extending pivot axis (5'a, 5'b, 6'a, 6'b), - the lower transverse axes (5'a, 6'a) can be moved in a controlled manner in the longitudinal direction along the chassis, so that the main conveyor can be displaced in the longitudinal direction relative to the chassis, - a control system (1*) is provided which controls the movement of at least all movable parts of the conveyor belt vehicle.
A construction board comprising: a core; and a UV-cured coated facer disposed on a first surface of the core, the UV-cured coated facer having a first side and a second side and comprising: a non-woven mat having a first side and a second side; 10 g/m 2 to 400 g/m 2 of a cured intermediate coating disposed on the first side of the non-woven mat; wherein the intermediate coating comprises a coating binder and a filler; and a UV-cured coating composition disposed on the cured intermediate coating, wherein said UV-cured coating composition is free of a filler and, prior to being cured, has a solids content with a weight percent greater than 90%, wherein the UV-cured coating composition is applied to the intermediate coating with a coating weight before curing of 5 g/m 2 to 160g/m 2 and a thickness before curing of 5 μm to 200 μm, and wherein the UV-cured coated facer has a Gurley air permeation number from 20,000 s to 200,000 s. a core; and a UV-cured coated facer disposed on a first surface of the core, the UV-cured coated facer having a first side and a second side and comprising: a non-woven mat having a first side and a second side; 10 g/m 2 to 400 g/m 2 of a cured intermediate coating disposed on the first side of the non-woven mat; wherein the intermediate coating comprises a coating binder and a filler; and a UV-cured coating composition disposed on the cured intermediate coating, wherein said UV-cured coating composition is free of a filler and, prior to being cured, has a solids content with a weight percent greater than 90%, wherein the UV-cured coating composition is applied to the intermediate coating with a coating weight before curing of 5 g/m 2 to 160g/m 2 and a thickness before curing of 5 μm to 200 μm, and wherein the UV-cured coated facer has a Gurley air permeation number from 20,000 s to 200,000 s. a UV-cured coating composition disposed on the cured intermediate coating, wherein said UV-cured coating composition is free of a filler and, prior to being cured, has a solids content with a weight percent greater than 90%, wherein the UV-cured coating composition is applied to the intermediate coating with a coating weight before curing of 5 g/m 2 to 160g/m 2 and a thickness before curing of 5 μm to 200 μm, and wherein the UV-cured coated facer has a Gurley air permeation number from 20,000 s to 200,000 s.
A shrinking apparatus (1, 30) for shrinking external packaging around an assembly of articles to form a multipack (5*) with multipack cooling means, wherein the shrinking apparatus comprises a transport route, an entry region, a shrink tunnel and an exit region adjacent to the shrink tunnel, wherein the transport route serves for transporting the multipacks (5, 5*) without interruption through the entry region, the shrink tunnel and the exit region of the shrinking apparatus (1, 30), wherein at least one cooling device is arranged above the transport route in the exit region, by means of which a coolant can be applied from above to the multipacks (5*) coming out of the shrink tunnel, characterised in that the exit region is assigned at least one means for evening out the distribution of the coolant flow (22*) directed onto the multipacks (5*), wherein the means for evening out the distribution of the coolant flow (22*) directed onto the multipacks (5*) is a flow straightener, which has a regular structure that is permeable to the coolant flow, and in that the structuring is a honeycomb structure, wherein the honeycombs are aligned vertically and are arranged in such a manner that the coolant flow flows through them from top to bottom.
An insulin formulation comprising insulin, dissolution agent, and zinc chelator wherein the dissolution agent is sodium citrate or citric acid and the zinc chelator is selected from ethylenediaminetetraacetic acid (EDTA), EGTA, trisodium citrate, alginic acid, alpha lipoic acid, dimercaptosuccinic acid (DMSA), and CDTA (1,2-diaminocyclohexanetetraacetic acid), wherein the formulation has a pH of about 7.4 and is a clear aqueous solution.