mhurhangee/patent-ind-claim-en huggingface dataset:
A piezoelectric material, containing: a first component which is a rhombohedral crystal in a single composition, in which a Curie temperature is Tc1, and which is composed of a lead-free-system composite oxide having a perovskite-type structure; a second component which is a crystal other than the rhombohedral crystal in a single composition, in which a Curie temperature Tc2 is lower than Tc1, and which is composed of a lead-free-system composite oxide having a perovskite-type structure; and a third component which is a crystal other than the rhombohedral crystal in a single composition similar to the second component, in which a Curie temperature Tc3 is equal to or higher than Tc1, and which is composed of a lead-free-system composite oxide that has a perovskite-type structure and is different from the second component, wherein when a molar ratio of the third component to the sum of the second component and the third component is set as α and α × Tc3 + (1 - α) × Tc2 is set as Tc4, |Tc4-Tc1| is 50°C or lower; characterised in that a Curie temperature Tc5 of the piezoelectric material is higher than 280°C at a composition in the vicinity of a morphotrophic phase boundary MPB, wherein a composition in the vicinity of the MPB is a composition region in which a piezoelectric constant is in a range equal to or greater than 70% with respect to a piezoelectric constant of the MPB composition at room temperature, wherein the first component is BaBiO 3 , the second component is (K, Na)NbO 3 +Li and the third component is (K, Na)NbO 3 . a first component which is a rhombohedral crystal in a single composition, in which a Curie temperature is Tc1, and which is composed of a lead-free-system composite oxide having a perovskite-type structure; a second component which is a crystal other than the rhombohedral crystal in a single composition, in which a Curie temperature Tc2 is lower than Tc1, and which is composed of a lead-free-system composite oxide having a perovskite-type structure; and a third component which is a crystal other than the rhombohedral crystal in a single composition similar to the second component, in which a Curie temperature Tc3 is equal to or higher than Tc1, and which is composed of a lead-free-system composite oxide that has a perovskite-type structure and is different from the second component, wherein when a molar ratio of the third component to the sum of the second component and the third component is set as α and α × Tc3 + (1 - α) × Tc2 is set as Tc4, |Tc4-Tc1| is 50°C or lower; characterised in that a Curie temperature Tc5 of the piezoelectric material is higher than 280°C at a composition in the vicinity of a morphotrophic phase boundary MPB, wherein a composition in the vicinity of the MPB is a composition region in which a piezoelectric constant is in a range equal to or greater than 70% with respect to a piezoelectric constant of the MPB composition at room temperature, wherein the first component is BaBiO 3 , the second component is (K, Na)NbO 3 +Li and the third component is (K, Na)NbO 3 .
A computer-implemented method for regulating an air purification system comprising a bioreactor, the method comprising the following steps: - receiving measurements of the levels of concentration of one or more pollutants and/or particles in air flows entering and exiting a bioreactor containing water and a biomass at least partially purifying a part of these pollutants and/or particles; - determining, as a function of regulation parameters comprising the received measurements of the levels of concentration, an amount of biomass to be discharged from the bioreactor to a sewage system connected to the bioreactor and an amount of water to be reintroduced into the bioreactor; - discharging said determined amount of biomass into said sewage system; - reintroducing water into the bioreactor with the determined amount of water; the regulation parameters comprising data derived from outside the bioreactor, with these outside data comprising data associated with the state of the sewage system and/or data associated with the state of the bioreactor water supply system; the regulation parameters further comprising data of measurements of the level of waste water present in the sewage system and/or weather forecasting data. - receiving measurements of the levels of concentration of one or more pollutants and/or particles in air flows entering and exiting a bioreactor containing water and a biomass at least partially purifying a part of these pollutants and/or particles; - determining, as a function of regulation parameters comprising the received measurements of the levels of concentration, an amount of biomass to be discharged from the bioreactor to a sewage system connected to the bioreactor and an amount of water to be reintroduced into the bioreactor; - discharging said determined amount of biomass into said sewage system; - reintroducing water into the bioreactor with the determined amount of water; the regulation parameters comprising data derived from outside the bioreactor, with these outside data comprising data associated with the state of the sewage system and/or data associated with the state of the bioreactor water supply system; the regulation parameters further comprising data of measurements of the level of waste water present in the sewage system and/or weather forecasting data. the regulation parameters comprising data derived from outside the bioreactor, with these outside data comprising data associated with the state of the sewage system and/or data associated with the state of the bioreactor water supply system; the regulation parameters further comprising data of measurements of the level of waste water present in the sewage system and/or weather forecasting data.
A security element, wherein the security element (S) has an optically variable embossed structure having a multiplicity of cells which are arranged in a 2D pattern, wherein the cells comprise a facet as the surface, which is oriented non-parallel to a base plane (E) of the security element and which is characterized by a surface height difference (t) and a direction of the surface orientation, and a return flank with which the cell returns by the surface height difference (t), wherein the cells have a semitransparent or opaque reflecting layer, wherein the security element represents an information item to a viewer by each cell acting as a pixel which is dark or light at a certain viewing angle in dependence on the surface orientation of the cell, wherein the embossed structure has at least two types of cells which mutually differ with respect to the direction of the surface orientation and/or the surface height difference (t), the embossed structure is equipped with ink, wherein the cells are configured in individual and differently colored (11.1 - 11.3) manner, characterized in that the cells are equipped with a colored area in each case, which is smaller than the cell area, but corresponds to more than 50% of the cell area.
A joint assembly comprising: a first component ; a second component movably coupled to the first component ; and a bush assembly configured to be disposed between the first component and the second component , the bush assembly comprising: a first bush portion comprising a self-lubricating material; and a second bush portion in constant contact with the first component and the second component, the second bush portion having greater electrical conductivity than the first bush portion , wherein the second bush portion provides a conductive path between the first component and the second component ; characterized in that the second bush portion is removable by being slid off the first component. a first component ; a second component movably coupled to the first component ; and a bush assembly configured to be disposed between the first component and the second component , the bush assembly comprising: a first bush portion comprising a self-lubricating material; and a second bush portion in constant contact with the first component and the second component, the second bush portion having greater electrical conductivity than the first bush portion , wherein the second bush portion provides a conductive path between the first component and the second component ; characterized in that the second bush portion is removable by being slid off the first component. a first bush portion comprising a self-lubricating material; and a second bush portion in constant contact with the first component and the second component, the second bush portion having greater electrical conductivity than the first bush portion , wherein the second bush portion provides a conductive path between the first component and the second component ; characterized in that the second bush portion is removable by being slid off the first component.
A mounting device that is configured for mounting a technical facility in a mobile standard container , in which the side walls (A) include a plurality of corrugations that project toward the container exterior, extend between the floor and the ceiling, and are uniformly spaced apart by a predefined first distance (D1) in a longitudinal direction of the standard container , wherein the mounting device includes a support frame that is designed for fastening the facility to a support device that is provided on the support frame and thus mechanically coupled thereto, and that has multiple support units which in each case have at least one support head that is configured for being supported against an inner wall (A) of the standard container and movable relative to the support frame along a respective line of action (W) by means of an adjustment unit , wherein the support heads are oriented or orientably mounted in such a way that the support heads [of] multiple support units have lines of action (W) that extend transversely, preferably perpendicularly, with respect to one another, characterized in that at least two support heads , which in the mounted state of an inner wall (A) face a particular side wall (A) that is provided with corrugations , have a second distance (D2), measured in the longitudinal direction of the side wall (A), that is an integral multiple of the first distance (D1), so that the support frame is positionable in such a way that in the mounted state, the at least two support heads which face the side wall (A) provided with corrugations sink into respective corrugations of the side wall (A), and may be impinged on by the inner wall (A) of the particular side wall (A) that projects outwardly through the corrugation .
Method of processing a request for connection of a wireless terminal (UE) to a first network (NET1) by a gateway (GW) offering access to said first network (NET1) according to at least a first and a second type of access, the first type of access being associated with an identifier common to several gateways, termed public identifier, the method being performed by the gateway and characterized in that the second type of access is specific to the gateway and the method comprises the following steps: • a step (E1) of receiving a connection request comprising the public identifier and an identifier of the wireless terminal (UE), and not comprising a private identifier unique to the gateway, originating from the wireless terminal (UE), • a step (E2a) of determining the existence of at least one right to the first type of access of the wireless terminal (UE) to said first network (NET1), on the basis of an information item obtained by consulting an authentication server, the method further comprising the following steps: • a step (E2b) of determining the existence of a right to the second type of access of the wireless terminal (UE) to said first network (NET1), on the basis of an information item relating to a privileged right of access to the gateway allocatable to the terminal, • a step (E3) of selecting a type of access from among the at least first and second types of access as a function of said at least one right determined, • a step (E4, E5) of triggering the connection of the wireless terminal (UE) to said first network (NET1) according to the type of access selected. • a step (E1) of receiving a connection request comprising the public identifier and an identifier of the wireless terminal (UE), and not comprising a private identifier unique to the gateway, originating from the wireless terminal (UE), • a step (E2a) of determining the existence of at least one right to the first type of access of the wireless terminal (UE) to said first network (NET1), on the basis of an information item obtained by consulting an authentication server, • a step (E2b) of determining the existence of a right to the second type of access of the wireless terminal (UE) to said first network (NET1), on the basis of an information item relating to a privileged right of access to the gateway allocatable to the terminal, • a step (E3) of selecting a type of access from among the at least first and second types of access as a function of said at least one right determined, • a step (E4, E5) of triggering the connection of the wireless terminal (UE) to said first network (NET1) according to the type of access selected.
A valve trim apparatus for use with a fluid valve, comprising: a primary valve seat ; a first flow control member having a cavity and a first seating surface , the first flow control member movable relative to the primary valve seat ; a second flow control member disposed within the cavity , the second flow control member being slidably coupled relative to the first flow control member ; and a secondary valve seat coupled to the first flow control member , the second flow control member to move relative to the secondary valve seat to throttle a fluid flow across the secondary valve seat , and an actuator operatively coupled to the second flow control member , characterized in that the second flow control member is configured to move away from the secondary valve seat upon the first flow control member being in an open position relative to the primary valve seat , wherein the first flow control member moves together with the second flow control member along at least a first portion of a stroke length of the actuator , and wherein the second flow control member moves independently relative to the first flow control member along at least a second portion of the stroke length of the actuator . a primary valve seat ; a first flow control member having a cavity and a first seating surface , the first flow control member movable relative to the primary valve seat ; a second flow control member disposed within the cavity , the second flow control member being slidably coupled relative to the first flow control member ; and a secondary valve seat coupled to the first flow control member , the second flow control member to move relative to the secondary valve seat to throttle a fluid flow across the secondary valve seat , and an actuator operatively coupled to the second flow control member , characterized in that the second flow control member is configured to move away from the secondary valve seat upon the first flow control member being in an open position relative to the primary valve seat , wherein the first flow control member moves together with the second flow control member along at least a first portion of a stroke length of the actuator , and wherein the second flow control member moves independently relative to the first flow control member along at least a second portion of the stroke length of the actuator .
An exhaust nozzle for a gas turbine engine , the exhaust nozzle comprising a frame extending along a longitudinal axis and the exhaust nozzle comprising: a convergent petal pivotably attached at a convergent pivot point to the frame and extending axially downstream and radially inward from the frame ; a follower roller fixed to the convergent petal on a radially outer side of the convergent petal ; and a cam defining a working surface configured to engage the follower roller to react a force from the convergent petal ; wherein the cam is movable along a travel in an axial direction to actuate radial movement of the follower roller to pivot the convergent petal , whereby the cam defines a convex working surface in which a radius of curvature of the cam is located radially outward of the cam , with respect to the longitudinal axis such that a contact angle between the follower roller and the cam varies along the travel to thereby vary an axial component of the force reacted by the cam . a convergent petal pivotably attached at a convergent pivot point to the frame and extending axially downstream and radially inward from the frame ; a follower roller fixed to the convergent petal on a radially outer side of the convergent petal ; and a cam defining a working surface configured to engage the follower roller to react a force from the convergent petal ; wherein the cam is movable along a travel in an axial direction to actuate radial movement of the follower roller to pivot the convergent petal , whereby the cam defines a convex working surface in which a radius of curvature of the cam is located radially outward of the cam , with respect to the longitudinal axis such that a contact angle between the follower roller and the cam varies along the travel to thereby vary an axial component of the force reacted by the cam .
A live cell analysis apparatus comprising: an electro stimulator arranged to apply first electrical stimulations to one or more live cells; an image capture apparatus arranged to capture a sequence of images of the one or more live cells; and at least one data processor configured to process the sequence of images to determine motion of the one or more live cells that is responsive to the applied first electrical stimulations; wherein the at least one processor is further configured to determine a refractory period for cardiomyocytes from the determined motion when the one or more live cells are cardiomyocytes. an electro stimulator arranged to apply first electrical stimulations to one or more live cells; an image capture apparatus arranged to capture a sequence of images of the one or more live cells; and at least one data processor configured to process the sequence of images to determine motion of the one or more live cells that is responsive to the applied first electrical stimulations; wherein the at least one processor is further configured to determine a refractory period for cardiomyocytes from the determined motion when the one or more live cells are cardiomyocytes.
A crane assembly including a trolley and a beam or rail , wherein the trolley is a low construction trolley for a wire rope hoist, arranged to travel along a lower flange of the horizontal beam or rail , whereby the trolley comprises a trolley frame (4; 4'); bearing wheels that are attached to the frame (4; 4') of the trolley and arranged to travel on an upper surface of the lower flange of the beam or rail on both longitudinal edges thereof, and at least some of which are driven wheels to move the trolley ; a hoisting mechanism comprising a rope drum for a hoisting rope , a hoisting member in cooperation with the hoisting rope for hoisting a load, a hoisting motor for driving the rope drum and a gear to interconnect the hoisting motor and the rope drum ; whereby the rope drum is supported to one side of the trolley frame (4; 4') and the hoisting member is arranged to travel under the beam or rail in a vertical plane (A) passing substantially through the middle of the beam or rail, and the hoisting motor is arranged under the beam or rail and on a different side than the rope drum in relation to a vertical plane (B) passing through the contact line of the bearing wheels that touches the lower flange of the beam or rail on the rope drum side, characterized in that the hoisting motor is placed between vertical planes passing through said bearing wheels arranged to travel on the upper surface of the lower flange of said beam or rail on both longitudinal edges thereof, said vertical planes passing through said bearing wheels being parallel to said vertical plane (A) passing substantially through the middle of the beam or rail. a trolley frame (4; 4'); bearing wheels that are attached to the frame (4; 4') of the trolley and arranged to travel on an upper surface of the lower flange of the beam or rail on both longitudinal edges thereof, and at least some of which are driven wheels to move the trolley ; a hoisting mechanism comprising a rope drum for a hoisting rope , a hoisting member in cooperation with the hoisting rope for hoisting a load, a hoisting motor for driving the rope drum and a gear to interconnect the hoisting motor and the rope drum ; whereby the rope drum is supported to one side of the trolley frame (4; 4') and the hoisting member is arranged to travel under the beam or rail in a vertical plane (A) passing substantially through the middle of the beam or rail, and the hoisting motor is arranged under the beam or rail and on a different side than the rope drum in relation to a vertical plane (B) passing through the contact line of the bearing wheels that touches the lower flange of the beam or rail on the rope drum side, characterized in that the hoisting motor is placed between vertical planes passing through said bearing wheels arranged to travel on the upper surface of the lower flange of said beam or rail on both longitudinal edges thereof, said vertical planes passing through said bearing wheels being parallel to said vertical plane (A) passing substantially through the middle of the beam or rail.
Attraction for amusement rides, such as an amusement park attraction, provided with at least one support construction comprising two or more masts , wherein on the underside each of the masts is mountable on a base , wherein at least one first mast comprises two mast segments connected movably to each other, wherein each of the masts is mounted pivotally on the base on the underside and the mast segments are attached to each other by means of a pivotable connection (S2), wherein the attraction is provided with a number of passenger seats which are connected rotatably to the support construction, and the attraction is provided with positioning means for moving the mast segments of the at least one first mast relative to each other in order to move the support construction between a boarding position, in which the passenger seats are accessible to the passengers, and a position of use in which the passenger seats can execute the movements of the amusement ride, wherein the positioning means are configured to pivot the mast segments, characterized in that the two or more masts converge from an underside toward an upper side of the support construction and at least the first mast is mounted pivotally in the support construction on the upper side and at least one second mast is attached fixedly on the upper side in the support construction, wherein the positioning means are configured to urge the mast segments of the first mast toward each other in the boarding position and to tilt the second mast toward the first mast during movement from the position of use to the boarding position.