mhurhangee/ep-ind-claims huggingface dataset:
Driving group for an electric load supplied through an electric system comprising a device for wireless driving said load having second switching means for opening and closing the connection between said load and at least one electric conductor (13, 14) of said electric system, and with control means connected to a wireless receiver and to a power supply circuit for connection to said electric system, said control means driving said second switching means for opening and closing in presence of a wireless control signal coming from said wireless receiver characterised in that said device for wireless driving is connected in series to first switching means provided with a manual interface for generating a manual control signal of lack of voltage having a duration (T 0), and in that said control means are further adapted to drive said second switching means for opening and closing in presence of said manual control signal of lack of voltage when its duration (T 0) is comprised between a minimum value (T min) and a maximum value (T max), said driving device being reset if said duration (T 0) of said manual control signal of lack of voltage is longer than said maximum value (T max).
A device for detecting pressure and/or temperature changes in a fluid-channel, comprising: a) a main duct with an inlet and an outlet; b) a branch ductwork with a first branch end branching off the main duct downwards the inlet and with a second branch end discharging into the main duct at a discharging point upwards the outlet; c) at least one dead-end channel with a first end that branches off the branch ductwork and a second closed end; d) wherein the at least one dead-end channel is adapted to trap a gas bubble within the dead-end channel when the device is primed or filled with a liquid fluid, and e) wherein the gas bubble changes its size or position if a change in pressure or temperature occurs in the device, characterized in that f) a cross sectional area of the main duct at the discharging point is greater than a cross sectional area of the branch ductwork at the discharging point, such that an interfacial energy minimization results in a flow barrier being formed at the discharging point prior to the fluid running through the main duct reaching the discharging point and that the flow barrier holds the flow of the liquid fluid in the branch ductwork until both the main duct and the branch ductwork are filled with the liquid fluid up to the discharging point. a) a main duct with an inlet and an outlet; b) a branch ductwork with a first branch end branching off the main duct downwards the inlet and with a second branch end discharging into the main duct at a discharging point upwards the outlet; c) at least one dead-end channel with a first end that branches off the branch ductwork and a second closed end; d) wherein the at least one dead-end channel is adapted to trap a gas bubble within the dead-end channel when the device is primed or filled with a liquid fluid, and e) wherein the gas bubble changes its size or position if a change in pressure or temperature occurs in the device, characterized in that f) a cross sectional area of the main duct at the discharging point is greater than a cross sectional area of the branch ductwork at the discharging point, such that an interfacial energy minimization results in a flow barrier being formed at the discharging point prior to the fluid running through the main duct reaching the discharging point and that the flow barrier holds the flow of the liquid fluid in the branch ductwork until both the main duct and the branch ductwork are filled with the liquid fluid up to the discharging point.
A wave power plant, comprising: at least one floating power plant body having a forward end, intended to face the propagation direction of the waves, a rearward end and a middle section therebetween, a flange shaped weight, which is eccentrically suspended from the floating power plant body and which lies below a waterline of the floating power plant body at a distance from the waterline so as to oppose up and down movement of the body, a system for converting movement of the floating power plant body into a rotary motion for power takeoff comprising a rotator, which is bearing-mounted for rotation around an upright gyration shaft and which has its center of gravity at a distance from the gyration shaft, and a computer controlled system configured to optimize output energy by having the rotator follow behind an inclination of the gyration shaft, wherein the floating power plant body is adapted to perform a gyrating motion in waves with the cooperation of a swinging motion generated by the buoyant force of waves, the gyration motion is a combination of swinging motions in lateral and longitudinal directions of the power plant body caused by the swinging motion generated by the buoyant force of waves, and the floating power plant body further comprises one or more transverse flanges, which is or are mounted on outside the floating power plant body in a crosswise position relative to a propagation direction of waves, said transverse flange or -flanges is or are located at a distance from the gyration shaft downstream of the gyration shaft in the propagation direction of waves. at least one floating power plant body having a forward end, intended to face the propagation direction of the waves, a rearward end and a middle section therebetween, a flange shaped weight, which is eccentrically suspended from the floating power plant body and which lies below a waterline of the floating power plant body at a distance from the waterline so as to oppose up and down movement of the body, a system for converting movement of the floating power plant body into a rotary motion for power takeoff comprising a rotator, which is bearing-mounted for rotation around an upright gyration shaft and which has its center of gravity at a distance from the gyration shaft, and a computer controlled system configured to optimize output energy by having the rotator follow behind an inclination of the gyration shaft, wherein the floating power plant body is adapted to perform a gyrating motion in waves with the cooperation of a swinging motion generated by the buoyant force of waves, the gyration motion is a combination of swinging motions in lateral and longitudinal directions of the power plant body caused by the swinging motion generated by the buoyant force of waves, and the floating power plant body further comprises one or more transverse flanges, which is or are mounted on outside the floating power plant body in a crosswise position relative to a propagation direction of waves, said transverse flange or -flanges is or are located at a distance from the gyration shaft downstream of the gyration shaft in the propagation direction of waves.
A mechanical non-return mechanism for an aircraft application, wherein the aircraft application can be part of a flight control, comprising at least one drag brake, at least one main brake, and at least one ball ramp mechanism, characterized in that the main brake and the drag brake are coupled to one another by means of at least one friction washer.
A sound signal processing method, comprising: obtaining a sound signal; obtaining impulse response data that was measured in a predetermined space before the sound signal is obtained; generating an early reflected sound control signal by convolving impulse response data of an early reflected sound among the obtained impulse response data into the obtained sound signal, generating a reverberation control signal not including a direct sound by convolving impulse response data of a reverberant sound among the obtained impulse response data into the obtained sound signal; performing first signal processing on the early reflected sound control signal; performing second signal processing different from the first signal processing on the reverberation control signal; outputting the reverberation control signal having undergone the second signal processing to at least one first speaker (61A-61F); and outputting the early reflected sound control signal having undergone the first signal processing to at least one second speaker (51A-51D), characterized in that a number of the at least one second speaker (51A-51D) is smaller than a number of the at least one first speaker (61A-61F). obtaining a sound signal; obtaining impulse response data that was measured in a predetermined space before the sound signal is obtained; generating an early reflected sound control signal by convolving impulse response data of an early reflected sound among the obtained impulse response data into the obtained sound signal, generating a reverberation control signal not including a direct sound by convolving impulse response data of a reverberant sound among the obtained impulse response data into the obtained sound signal; performing first signal processing on the early reflected sound control signal; performing second signal processing different from the first signal processing on the reverberation control signal; outputting the reverberation control signal having undergone the second signal processing to at least one first speaker (61A-61F); and outputting the early reflected sound control signal having undergone the first signal processing to at least one second speaker (51A-51D), characterized in that a number of the at least one second speaker (51A-51D) is smaller than a number of the at least one first speaker (61A-61F).
A sealing assembly for installation sealing between upper and lower hearths of a reflow oven, characterized in that the sealing assembly comprises: a support part, the support part taking the form of a long strip; a sealing part, the sealing part being elastic, the sealing part and the support part having the same length directions, the sealing part being located at one side in the width direction of the support part and being connected to the support part; and a mounting seat, the support part and the sealing part being removably mounted on the mounting seat; and wherein the bottom of the sealing part and the bottom of the support part are connected, and together form a base part. a support part, the support part taking the form of a long strip; a sealing part, the sealing part being elastic, the sealing part and the support part having the same length directions, the sealing part being located at one side in the width direction of the support part and being connected to the support part; and a mounting seat, the support part and the sealing part being removably mounted on the mounting seat; and wherein the bottom of the sealing part and the bottom of the support part are connected, and together form a base part.
Sanding shoe holder (5, 5.1) for a sanding shoe (1, 1.1) with an elastic carrier, wherein a contact surface (9, 9.1) is provided for abutment of the carrier, wherein the contact surface has a chamfer (10, 10.1), characterised in that the contact surface has a surface sensor.
Blade for a cutting roller of a filter joining device of a machine of the tobacco-processing industry, in particular filter attaching machine, for cutting an endless or quasi-endless material web strip into material web strip sections of finite length, characterized in that the blade has a cutting area with a cutting edge for cutting the material web strip and two cutting guide sides (62.1, 62.2), wherein the cutting area between the two cutting guide sides (62.1, 62.2) projecting over the cutting area is made so that the cutting edge is offset back with respect to the laterally adjacent cutting guide sides (62,1, 62.2).
An apparatus for modeling a dental aligner and positioning of attachment devices for moving a tooth, comprising: a data storage unit; a processing unit coupled to the data storage unit, wherein the processing unit is configured to determine a first position of a tooth, determine a second position for the tooth in a treatment plan, and calculate a movement vector, associated with a sweep geometric path, to move the tooth from the first position to the second position, said processing unit being further configured to: determine a cavity geometry of a dental aligner for moving the tooth along the sweep geometric path, the cavity geometry configured to accommodate the union of all positions of the tooth along the sweep geometric path between the first position and the second position without interference between the cavity geometry and the union of all positions of the tooth along the sweep geometric path; after the processing unit determines the cavity geometry, modify the cavity geometry to interface with the tooth to apply a force to the tooth in a direction of the movement vector; determine whether the force is adequate to move the tooth to the target position, and upon the processing unit determining that the force is not adequate to move the tooth to the target position, further modifying the cavity geometry to increase the force applied to the tooth. a data storage unit; a processing unit coupled to the data storage unit, wherein the processing unit is configured to determine a first position of a tooth, determine a second position for the tooth in a treatment plan, and calculate a movement vector, associated with a sweep geometric path, to move the tooth from the first position to the second position, said processing unit being further configured to: determine a cavity geometry of a dental aligner for moving the tooth along the sweep geometric path, the cavity geometry configured to accommodate the union of all positions of the tooth along the sweep geometric path between the first position and the second position without interference between the cavity geometry and the union of all positions of the tooth along the sweep geometric path; after the processing unit determines the cavity geometry, modify the cavity geometry to interface with the tooth to apply a force to the tooth in a direction of the movement vector; determine whether the force is adequate to move the tooth to the target position, and upon the processing unit determining that the force is not adequate to move the tooth to the target position, further modifying the cavity geometry to increase the force applied to the tooth.
A method of operating a presence detector arranged for detecting presence of an object in a subarea of a space, the method comprising the steps of: - transmitting a first wave signal in a first time slot for detecting presence of an object based on an echo of the first wave signal; and - if presence of an object is detected, changing a property parameter of the first wave signal; - monitoring, in a second time slot offset from the first time slot, a property parameter of a second wave signal transmitted from another presence detector (320, 330), arranged for detecting presence of an object in another subarea of the space; and - transmitting a control signal upon detection of a change in the monitored property parameter of the second wave signal. - transmitting a first wave signal in a first time slot for detecting presence of an object based on an echo of the first wave signal; and - if presence of an object is detected, changing a property parameter of the first wave signal; - monitoring, in a second time slot offset from the first time slot, a property parameter of a second wave signal transmitted from another presence detector (320, 330), arranged for detecting presence of an object in another subarea of the space; and - transmitting a control signal upon detection of a change in the monitored property parameter of the second wave signal.
A biomedical electrode connector for coupling with a biomedical electrode of the type including an electrode base and a male terminal projecting from the electrode base, the electrode connector comprising: a connector element including first and second leg segments (14,16) and defining a longitudinal axis, and having a bend segment connecting the first and second leg segments (14,16), the first and second leg segments (14,16) each including inner surface portions defining terminal receiving apertures (22,24) therethrough, the first and second leg segments (14,16) adapted for relative movement between an open position whereby the male terminal is permitted to pass through terminal receiving apertures (22,24) of the first and second leg segments (14,16) and a lock position whereby the inner surface portions engage the male terminal in secured relation therewith to mount the connector element to the electrode, characterised in that the terminal receiving apertures (22,24) are generally elongated extending along the longitudinal axis and each having a first internal dimension adjacent the bend segment greater than a corresponding second internal dimension longitudinally displaced from the bend segment. a connector element including first and second leg segments (14,16) and defining a longitudinal axis, and having a bend segment connecting the first and second leg segments (14,16), the first and second leg segments (14,16) each including inner surface portions defining terminal receiving apertures (22,24) therethrough, the first and second leg segments (14,16) adapted for relative movement between an open position whereby the male terminal is permitted to pass through terminal receiving apertures (22,24) of the first and second leg segments (14,16) and a lock position whereby the inner surface portions engage the male terminal in secured relation therewith to mount the connector element to the electrode, characterised in that the terminal receiving apertures (22,24) are generally elongated extending along the longitudinal axis and each having a first internal dimension adjacent the bend segment greater than a corresponding second internal dimension longitudinally displaced from the bend segment.
A side grid for a bed, in particular a sick bed and/or care bed, comprising two longitudinal beams (9, 10) adjustable in height which can be transferred from a use position into a non-use position and vice versa, wherein the longitudinal beam that is the lower one of the two longitudinal beams (9, 10) in the use position is designed in a telescoping manner, characterized in that respectively a first and a second articulated arms (14, 15) are respectively arranged in a pivoting manner at the one end as well as at the other end of the telescoping longitudinal beam, wherein the rotation points (17, 18) of the first and the second articulated arms (14, 15) are respectively spaced apart from each other in the direction of height, wherein the other ends of the first articulated arms are respectively arranged in a pivoting manner on the other longitudinal beam and the other ends of the second articulated arms are respectively arranged in a pivoting manner on a support beam.
A system for transferring quantum states information, particularly of macromolecular systems, comprising a source medium of quantum information, a transmitter and receiver of quantum states information and an end medium, and a quantum states resonator in contact with an intermediate medium, and characterised in that the transmitter and receiver of quantum states information being at least two pairs of entanglement elements (3, 4, 7, 9) Ia-Ib, IIa-IIb, wherein the first entanglement element la of the first pair of entanglement elements la-Ib is connected to a quantum states generator in contact with the source medium of quantum information, and the second entanglement element lb of the first pair of entanglement elements Ia-Ib is connected to the quantum states resonator, and comprises at least one end tank in contact with the end medium, wherein the first entanglement element Ila of at least one second pair of entanglement elements IIa-IIb is connected to a quantum states resonator, and the second entanglement element Ilb of at least one second pair of entanglement elements lla-llb is connected to at least one end tank.
A method for reducing hair volume, the method comprising the step of: a treating the hair with an aqueous treatment composition comprising an aqueous phase comprising at least 0.5% by weight of N-formyl amino acid.
A positive electrode material for lithium ion batteries, comprising a lithium transition metal-based oxide powder having a general formula Li 1+a ((Ni z (Ni 0.5 Mn 0.5) y Co x) 1-k A k) 1-a O 2, wherein A is a dopant, -0.025≤a≤0.025, 0.18≤x≤0.22, 0.42≤z≤0.52, 1.075<z/y<1.625, x+y+z=1 and k≤0.01.
A femur support assembly attachable to a surgical table, said support assembly comprising: a support plate; a lifting device for reciprocally moving said support plate in a generally vertical direction; an elongated rod reciprocally movable in a generally vertical direction relative to said support plate, said elongated rod having a plurality of spaced-apart, aligned cylindrical bores formed along one side of said rod; a spring-biased locking pin dimensioned to be received in one of said plurality of said cylindrical bores and extending through said support plate to lock said rod in one of several positions relative to said support plate; an elongated support mounted to said rod, said elongated support being rotatable about said rod and having a plurality of like apertures formed thereon, each of said apertures defining a mounting position; and a femur hook having an end dimensioned to be received in one of said plurality of apertures. a support plate; a lifting device for reciprocally moving said support plate in a generally vertical direction; an elongated rod reciprocally movable in a generally vertical direction relative to said support plate, said elongated rod having a plurality of spaced-apart, aligned cylindrical bores formed along one side of said rod; a spring-biased locking pin dimensioned to be received in one of said plurality of said cylindrical bores and extending through said support plate to lock said rod in one of several positions relative to said support plate; an elongated support mounted to said rod, said elongated support being rotatable about said rod and having a plurality of like apertures formed thereon, each of said apertures defining a mounting position; and a femur hook having an end dimensioned to be received in one of said plurality of apertures.
A toner cartridge comprising: (i) a casing including (i-i) a toner accommodation chamber accommodating toner, and (i-ii) a discharge opening capable of discharging the toner; (ii) a first engaging portion forming an opening; (iii) a second engaging portion forming an opening; (iv) a feeding member (54, 154) movable relative to the casing and configured to feed the toner in the toner accommodation chamber toward the discharge opening; (v) a pump configured to discharge the toner through the discharge opening by using air; and (vi) a storing element provided with an electrical contact, wherein the pump is provided with a connecting portion connected with the casing, and wherein as viewed in a feeding direction of the toner by the feeding member (54, 154), the electrical contact of the storing element and the connecting portion of the pump are in opposite sides from each other with respect to a line connecting the first engaging portion and the second engaging portion. (i) a casing including (i-i) a toner accommodation chamber accommodating toner, and (i-ii) a discharge opening capable of discharging the toner; (ii) a first engaging portion forming an opening; (iii) a second engaging portion forming an opening; (iv) a feeding member (54, 154) movable relative to the casing and configured to feed the toner in the toner accommodation chamber toward the discharge opening; (v) a pump configured to discharge the toner through the discharge opening by using air; and (vi) a storing element provided with an electrical contact, wherein the pump is provided with a connecting portion connected with the casing, and wherein as viewed in a feeding direction of the toner by the feeding member (54, 154), the electrical contact of the storing element and the connecting portion of the pump are in opposite sides from each other with respect to a line connecting the first engaging portion and the second engaging portion.