mhurhangee/patent-ind-claim-en huggingface dataset:
Energy supply apparatus for supplying electrical energy to at least one device spaced apart from this energy supply , wherein the energy supply apparatus can be connected to an energy network and/or is supplied wirelessly with energy by another energy supply apparatus, comprising at least one position detection device for detecting a geometric or spatial position of the at least one device and an orienting device for orientation of an energy beam of the energy supply apparatus , wherein the energy supply apparatus and/or the energy radiation can be oriented with respect to the at least one device in such a way that energy can be transmitted by the energy supply apparatus wirelessly to the device and/or the device can be supplied with electrical energy by the energy supply apparatus , characterised in that the energy supply apparatus is assigned with a measuring unit for measuring a transmitted energy and/or an incoming energy at a device to be supplied and/or an energy consumption and for each energy supply apparatus and/or for each device to be charged the individual energy consumption and/or the received amount of energy can be measured. wherein the energy supply apparatus and/or the energy radiation can be oriented with respect to the at least one device in such a way that energy can be transmitted by the energy supply apparatus wirelessly to the device and/or the device can be supplied with electrical energy by the energy supply apparatus , characterised in that the energy supply apparatus is assigned with a measuring unit for measuring a transmitted energy and/or an incoming energy at a device to be supplied and/or an energy consumption and for each energy supply apparatus and/or for each device to be charged the individual energy consumption and/or the received amount of energy can be measured.
Mobile operating machine, provided with at least a work device supported by a movement turret , at least a pair of stabilizing front legs and at least a pair of stabilizing back legs , wherein said mobile operating machine comprises a support structure provided with at least a pair of box-like elements configured to house said stabilizing front legs or back legs, and at least a positioning seating of said movement turret made in a crossing zone (Z) of said box-like elements , each box-like element being provided with a first end that is open and through which a respective stabilizing front leg , or back leg, is slidingly mobile and a second end , opposite the first end and in correspondence with which a respective stabilizing back leg , or front leg, is pivoted, so as to rotate around a corresponding axis of rotation (R1, R2), wherein each box-like element is provided with a respective tubular cavity defining a respective sliding axis (S1, S2) along which one of said stabilizing front legs is slidingly moved, wherein each sliding axis (S1, S2) of said stabilizing front legs intersects an axis of rotation (V) of said movement turret , wherein each sliding axis (S1, S2) of one of said stabilizing front legs intersects one of said axes of rotation (R1, R2) of one of the stabilizing back legs and characterized in that said sliding axes (S1, S2) are offset in height.
Process for the regulation of an engine installation of a rotorcraft , said engine installation having two engine groups (3 and 4) and a main power gearbox , the two engine groups (3 and 4) being suitable to mechanically drag said main power gearbox in order to set in rotation a main output shaft of said main power gearbox , said main output shaft supporting the rotation of a main rotor of said rotorcraft , said main rotor turning at a rotation speed (NR), said two engine groups (3 and 4) having a first engine group comprising at least one main engine and a second engine group comprising at least one secondary engine , said regulation process including at least: • one determination stage of a first setpoint (NR1) of said rotation speed (NR) of said main rotor , • a first regulation stage of the functioning of said at least one main engine according to a current setpoint (NRi) of said rotation speed (NR) and having the same rotation speed (NR) as said first setpoint (NR1), • a first identification stage , enabling the identification that said rotorcraft is flying at a height (H) greater than or equal to a predetermined threshold height (H1), • a second identification stage enabling the identification that said rotorcraft is flying at a speed (V) greater than or equal to a predetermined threshold speed (V1), and said regulation process including a second regulation stage suitable to be implemented once the first stage of identification and the second stage of identification are simultaneously verified, said second stage of regulation consisting of regulating a rotation speed for said at least one main engine by gradually reducing a current setpoint (NRi) by an increment i as a percentage of the current setpoint (NRi) per second, until said first setpoint (NR1) reaches a second setpoint (NR2, NR2') lower than said first setpoint (NR1), said second stage of regulation being implemented during a flying phase and depending on the flying height (H) of said rotorcraft as long as an acceleration vector standard of said rotorcraft is less than 1 m/s. • one determination stage of a first setpoint (NR1) of said rotation speed (NR) of said main rotor , • a first regulation stage of the functioning of said at least one main engine according to a current setpoint (NRi) of said rotation speed (NR) and having the same rotation speed (NR) as said first setpoint (NR1), • a first identification stage , enabling the identification that said rotorcraft is flying at a height (H) greater than or equal to a predetermined threshold height (H1), • a second identification stage enabling the identification that said rotorcraft is flying at a speed (V) greater than or equal to a predetermined threshold speed (V1), and
A three-dimensional structure forming apparatus for forming a three-dimensional structure by layering layers, the three-dimensional structure including a shaped article and a colored portion that colors a surface of the shaped article, the forming apparatus being configured to be operable in: a first operation mode dedicated to performing a shaping to the shaped article; and a second operation mode of full-color coloring of the surface of the shaped article according to input data simultaneously with the shaping of the shaped article; and the forming apparatus comprising: a memory section configured to store shape data of the three-dimensional structure; and a switching section configured to switch between the first operation mode and the second operation mode, characterized in that the switching section is configured to switch between the first operation mode and the second operation mode before shaping the three-dimensional structure based on the shape data. a first operation mode dedicated to performing a shaping to the shaped article; and a second operation mode of full-color coloring of the surface of the shaped article according to input data simultaneously with the shaping of the shaped article; and the forming apparatus comprising: a memory section configured to store shape data of the three-dimensional structure; and a switching section configured to switch between the first operation mode and the second operation mode, a memory section configured to store shape data of the three-dimensional structure; and a switching section configured to switch between the first operation mode and the second operation mode, characterized in that the switching section is configured to switch between the first operation mode and the second operation mode before shaping the three-dimensional structure based on the shape data.
A beverage preparation machine for providing a pressurized liquid to a dose of beverage ingredients such as a coffee capsule, the machine comprising: a pressurizing liquid chamber designed for being filled with a predefined amount of liquid upon operation of a liquid pump connected to a liquid reservoir of the machine, a potential energy accumulator associated to the pressurizing liquid chamber and which is designed for being brought into a charged position upon filling of the pressurizing liquid chamber , a brewing chamber for receiving the dose of beverage ingredients and which is designed for being selectively brought in fluid communication with the pressurizing liquid chamber , the machine further comprising flow control means designed for regulating the amount of liquid conveyed from the liquid pump into the pressurizing liquid chamber according to at least two flow control modes depending on the filling state of the pressurizing chamber ; and characterised in that the two modes comprise a first flow control mode in which liquid is conveyed from the pump into the pressurizing chamber and a second flow control mode in which the liquid is conveyed from the pump back into the liquid reservoir of the machine. a pressurizing liquid chamber designed for being filled with a predefined amount of liquid upon operation of a liquid pump connected to a liquid reservoir of the machine, a potential energy accumulator associated to the pressurizing liquid chamber and which is designed for being brought into a charged position upon filling of the pressurizing liquid chamber , a brewing chamber for receiving the dose of beverage ingredients and which is designed for being selectively brought in fluid communication with the pressurizing liquid chamber , the machine further comprising flow control means designed for regulating the amount of liquid conveyed from the liquid pump into the pressurizing liquid chamber according to at least two flow control modes depending on the filling state of the pressurizing chamber ; and characterised in that the two modes comprise a first flow control mode in which liquid is conveyed from the pump into the pressurizing chamber and a second flow control mode in which the liquid is conveyed from the pump back into the liquid reservoir of the machine.
Lock-key system, comprising a lock cylinder housing having a cylinder core mounted rotatably therein, into the key channel of which a key is insertable, and core pins which are alignable on the key shaft by means of a coding and which interact with at least one radially movable locking bar which are pushable into a recess in the lock cylinder housing across the cylinder core/lock cylinder housing separation plane in order to prevent a rotation of the cylinder core - and thus the execution of a locking process - when there is an incorrect coding of the key, wherein the key shaft and, correspondingly, the key channel are formed in an arcuate shape in the longitudinal direction, wherein the key shaft and the key channel are formed as a quarter or semi-circular arc viewed in the cross-section, wherein the coding is formed in the internal contour of the key shaft, wherein the core pins are spring-mounted in holes in the cylinder core and are positioned in such a way that the core pins are rotatable around their longitudinal axis when the key shaft is inserted into the key channel by means of the coding on the key shaft, in order to come into engagement with the at least one locking bar , allowing for its radial movement. the key shaft and, correspondingly, the key channel are formed in an arcuate shape in the longitudinal direction, wherein the key shaft and the key channel are formed as a quarter or semi-circular arc viewed in the cross-section, wherein the coding is formed in the internal contour of the key shaft, wherein the core pins are spring-mounted in holes in the cylinder core and are positioned in such a way that the core pins are rotatable around their longitudinal axis when the key shaft is inserted into the key channel by means of the coding on the key shaft, in order to come into engagement with the at least one locking bar , allowing for its radial movement.
A hair feeding device configured to perform a feeding operation for pulling out flocking hairs (M) one by one from a bundle (B) of flocking hairs (M), characterized in that the device comprises: a feeder configured to hold the bundle (B) of flocking hairs (M) and separate hair ends of a plurality of the flocking hairs (M) in a direction different from that of the bundle (B); a head configured to hold the hair ends of the flocking hairs (M); a conveyance mechanism configured to convey the head ; and a control device configured to perform an operation control of the feeding operation, wherein the feeder includes a bundle holder configured to hold the bundle (B) of flocking hairs (M), and a separator configured to separate a plurality of the flocking hairs (M) from the bundle (B) of flocking hairs (M) held by the bundle holder in a state where the hair ends are oriented in a direction different from that of the bundle (B). a feeder configured to hold the bundle (B) of flocking hairs (M) and separate hair ends of a plurality of the flocking hairs (M) in a direction different from that of the bundle (B); a head configured to hold the hair ends of the flocking hairs (M); a conveyance mechanism configured to convey the head ; and a control device configured to perform an operation control of the feeding operation, wherein the feeder includes a bundle holder configured to hold the bundle (B) of flocking hairs (M), and a separator configured to separate a plurality of the flocking hairs (M) from the bundle (B) of flocking hairs (M) held by the bundle holder in a state where the hair ends are oriented in a direction different from that of the bundle (B). a bundle holder configured to hold the bundle (B) of flocking hairs (M), and a separator configured to separate a plurality of the flocking hairs (M) from the bundle (B) of flocking hairs (M) held by the bundle holder in a state where the hair ends are oriented in a direction different from that of the bundle (B).
A drug coating layer comprising: a crystalline morphological form of a water-insoluble drug; the drug coating layer comprising crystalline particles of the water-insoluble drug configured to be arranged with regularity on the substrate surface; and excipient particles comprised of an excipient configured to be irregularly arranged between the crystalline particles, wherein a molecular weight of the excipient is less than a molecular weight of the water-insoluble drug, a ratio occupied by the excipient particles per a predetermined area of a substrate is less than a ratio occupied by the crystalline particles. a crystalline morphological form of a water-insoluble drug; the drug coating layer comprising crystalline particles of the water-insoluble drug configured to be arranged with regularity on the substrate surface; and excipient particles comprised of an excipient configured to be irregularly arranged between the crystalline particles, wherein a molecular weight of the excipient is less than a molecular weight of the water-insoluble drug, a ratio occupied by the excipient particles per a predetermined area of a substrate is less than a ratio occupied by the crystalline particles.
Use of a concentration of from 0.5 to 25 vol% of a C1-C5 hydrocarbyl valerate ester composition in a liquid fuel composition comprising a major portion of a base fuel suitable for use in an internal combustion engine, to provide improved compatibility with elastomeric materials in comparison with equivalent liquid fuel compositions comprising an equivalent concentration of an ethyl levulinate ester composition instead of the C1-C5 hydrocarbyl valerate ester composition, wherein the C1-C5 hydrocarbyl valerate ester composition is selected from methyl valerate, ethyl valerate, propyl valerate, and mixtures thereof.
A cap for a drug delivery device , the cap comprising: a needle assembly retained within the cap; and a pre-stressed biasing element disposed between the cap and the needle assembly and configured to bias the needle assembly proximally with respect to the drug delivery device while the cap is secured to a main body of the drug delivery device; wherein the cap is configured to be moved by rotation between an initial position, an intermediate position and a final position, the rotation being about a longitudinal axis of the drug delivery device extending between a distal end of the drug delivery device at which the cap is located and an opposing proximal end of the drug delivery device, and wherein the cap is further configured: in an initial position to be secured to drug delivery device and to retain locking elements of the cap or the main body in a locked position; in an intermediate position to be secured to drug delivery device and to release the locking elements to allow the needle assembly to engage with a cartridge located within the main body of the drug delivery device; and to be rotated to the final position in which protrusions on the main body of the drug delivery device reach the end of bayonet fitting grooves in the cap, allowing the cap to be unsecured from the drug delivery device. a needle assembly retained within the cap; and a pre-stressed biasing element disposed between the cap and the needle assembly and configured to bias the needle assembly proximally with respect to the drug delivery device while the cap is secured to a main body of the drug delivery device; wherein the cap is configured to be moved by rotation between an initial position, an intermediate position and a final position, the rotation being about a longitudinal axis of the drug delivery device extending between a distal end of the drug delivery device at which the cap is located and an opposing proximal end of the drug delivery device, and wherein the cap is further configured: in an initial position to be secured to drug delivery device and to retain locking elements of the cap or the main body in a locked position; in an intermediate position to be secured to drug delivery device and to release the locking elements to allow the needle assembly to engage with a cartridge located within the main body of the drug delivery device; and to be rotated to the final position in which protrusions on the main body of the drug delivery device reach the end of bayonet fitting grooves in the cap, allowing the cap to be unsecured from the drug delivery device. in an initial position to be secured to drug delivery device and to retain locking elements of the cap or the main body in a locked position; in an intermediate position to be secured to drug delivery device and to release the locking elements to allow the needle assembly to engage with a cartridge located within the main body of the drug delivery device; and to be rotated to the final position in which protrusions on the main body of the drug delivery device reach the end of bayonet fitting grooves in the cap, allowing the cap to be unsecured from the drug delivery device.
A method for re-establishing a Radio Resource Control, RRC, connection between a User Equipment , UE, and a target evolved NodeB , target eNB, for Control Plane Cellular Internet-of-Things optimization, the method being performed by the UE and comprising: receiving (S100) an RRC Connection Reestablishment message from the target eNB , the RRC Connection Reestablishment message including a downlink, DL, authentication token which has been generated by a Mobility Management Entity and has had a Non Access Stratum integrity key and a target cell's identity as input; and authenticating (S110) the received DL authentication token. receiving (S100) an RRC Connection Reestablishment message from the target eNB , the RRC Connection Reestablishment message including a downlink, DL, authentication token which has been generated by a Mobility Management Entity and has had a Non Access Stratum integrity key and a target cell's identity as input; and authenticating (S110) the received DL authentication token.
A connection fitting for fluidly coupling a fluid flow device to a fluid source, the connection fitting comprising: a receiver having a first inlet , a first outlet , and a first internal passageway extending between the first inlet and the first outlet , the receiver including a reception chamber centered about a first axis (A-A), the reception chamber being in fluid communication with the first internal passageway ; a swivel member disposed in the reception chamber of the receiver , the swivel member having a second inlet fluidly coupled to the first outlet , a second outlet , and a second internal passageway extending between the second inlet and the second outlet , the swivel member including a connection port centered about a second axis (B-B) and configured to be coupled to the fluid flow device , the connection port being downstream of the second outlet and in fluid communication with the second internal passageway ; and a restriction member having an internal surface configured to engage an external surface of the swivel member to permit rotation of the swivel member relative to the restriction member about only a third axis (C-C) that intersects and is perpendicular to the first axis (A-A), characterised in that the connection fitting further comprises: a securement member coupling the restriction member to the receiver , wherein the securement member is directly coupled to the receiver . a receiver having a first inlet , a first outlet , and a first internal passageway extending between the first inlet and the first outlet , the receiver including a reception chamber centered about a first axis (A-A), the reception chamber being in fluid communication with the first internal passageway ; a swivel member disposed in the reception chamber of the receiver , the swivel member having a second inlet fluidly coupled to the first outlet , a second outlet , and a second internal passageway extending between the second inlet and the second outlet , the swivel member including a connection port centered about a second axis (B-B) and configured to be coupled to the fluid flow device , the connection port being downstream of the second outlet and in fluid communication with the second internal passageway ; and a restriction member having an internal surface configured to engage an external surface of the swivel member to permit rotation of the swivel member relative to the restriction member about only a third axis (C-C) that intersects and is perpendicular to the first axis (A-A), characterised in that the connection fitting further comprises: a securement member coupling the restriction member to the receiver , wherein the securement member is directly coupled to the receiver . a securement member coupling the restriction member to the receiver , wherein the securement member is directly coupled to the receiver .
A multilayer scintillation crystal comprising an upper surface defined as a top surface, a lower surface defined as a bottom surface, n layers of scintillation crystal array and m layers of continuous scintillation crystals, wherein the highest layer of the multilayer scintillation crystal is defined as a top layer, and the lowest layer of the multilayer scintillation crystal is defined as a bottom layer and wherein the continuous scintillation crystals are not cut internally, both n and m are integers greater than or equal to 1, the sum of m and n is smaller than or equal to 10, the scintillation crystal array is formed by multiple strip-type scintillation crystals spliced along width and length directions of the scintillation crystal array, the scintillation crystal array and the continuous scintillation crystals are coupled in sequence along the height of the strip-type scintillation crystals to form the multilayer scintillation crystal, and the bottom layer of the multilayer scintillation crystal is formed by the continuous scintillation crystal, the multilayer scintillation crystal being characterized in that a coupler is disposed between joint surfaces of two jointing scintillation crystal layers in the multilayer scintillation crystal to couple the two jointing scintillation crystal layers, and the coupler is optical glue or a light guide or glass or other optical elements, wherein the two jointing scintillation crystal layers comprise one layer of the scintillation crystal array and one layer of the continuous scintillation crystals that are coupled together.