mhurhangee/patent-ind-claim-en huggingface dataset:
Microscopy device for producing three-dimensional images from objects located in a flat object region (g), comprising an objective lens arrangement having an objective lens focal length (f 1 ), a tube lens arrangement having a tube lens focal length (f 2 ) and a sensor , - wherein the objective lens arrangement and tube lens arrangement have a common optical axis, - wherein an object region (g) for arranging objects to be examined in the region of the objective lens arrangement facing away from the tube lens arrangement is arranged spaced from the objective lens arrangement , and - wherein the sensor is arranged in the region of the tube lens arrangement facing away from the objective lens arrangement spaced from the tube lens arrangement , wherein the sensor is configured to represent images of objects to be examined, in particular to capture them, - wherein an aperture (B) is provided, through the aperture opening (D) of which extends the common optical axis, - wherein the aperture (B) and/or the aperture opening (D) lies in a region of the common optical axis between the sensor and the focal point (F 1 ) of the objective lens arrangement which is arranged between the objective lens arrangement and tube lens arrangement , characterised in that - in a common focal plane (F E ) standing normal to the optical axis, the focal point (F 1 ) of the objective lens arrangement and the focal point (F 2 ) of the tube lens arrangement coincide and - the aperture (B) is arranged in the region between the common focal plane (F E ) and the tube lens arrangement or in the region between the tube lens arrangement and the sensor , such that a hypercentric perspective projection results. - wherein the objective lens arrangement and tube lens arrangement have a common optical axis, - wherein an object region (g) for arranging objects to be examined in the region of the objective lens arrangement facing away from the tube lens arrangement is arranged spaced from the objective lens arrangement , and - wherein the sensor is arranged in the region of the tube lens arrangement facing away from the objective lens arrangement spaced from the tube lens arrangement , wherein the sensor is configured to represent images of objects to be examined, in particular to capture them, - wherein an aperture (B) is provided, through the aperture opening (D) of which extends the common optical axis, - wherein the aperture (B) and/or the aperture opening (D) lies in a region of the common optical axis between the sensor and the focal point (F 1 ) of the objective lens arrangement which is arranged between the objective lens arrangement and tube lens arrangement , - in a common focal plane (F E ) standing normal to the optical axis, the focal point (F 1 ) of the objective lens arrangement and the focal point (F 2 ) of the tube lens arrangement coincide and - the aperture (B) is arranged in the region between the common focal plane (F E ) and the tube lens arrangement or in the region between the tube lens arrangement and the sensor , such that a hypercentric perspective projection results.
Corkscrew for the extraction of a cork from a neck of a bottle , the corkscrew comprising a body provided with a first end and with a second end , an extraction screw hinged at a pivot point which is placed between the first end and the second end , the extraction screw being suitable for insertion by screwing within the volume of the cork , an articulated lever hinged at a fulcrum point placed in correspondence of or near the first end , the articulated lever comprising a first lever and a second lever coupled with each other by a coupling system wherein the coupling system is configured to enable a reciprocal movement of the second lever with respect to the first lever , the articulated lever being provided with a first propping tooth placed on the first lever and with a second propping tooth placed on the second lever , the first and the second tooth being suitable for propping the corkscrew on the neck of the bottle wherein the coupling system between the first lever and the second lever comprises at least one set of slots (13', 13", 15', 15"), a set of pins and a set of holes (26', 26", 27', 27"), wherein the pins pass at least through the holes (26', 26", 27', 27") and the slots (13', 13", 15', 15") fixing the first lever and the second lever to each other, characterized in that the first lever and the second lever are fixed to each other in such a way that the second lever is a prolongation of the first lever , the pins being slidably engaged in respective slots (13', 13", 15', 15") in such a way that the reciprocal movement of the second lever with respect to the first lever is a movement that occurs in a guided condition by means of the pins , the reciprocal movement of the second lever with respect to the first lever being constrained by sliding paths which are defined by the set of slots (13', 13", 15', 15") within which the respective pins are slidable.
An underwater energy storage system comprising: - a container adapted to be arranged in a body of water with a water surface , the container having a container volume comprising a void container volume adapted to be filled with gas and water to varying degrees at an internal pressure lower than the external pressure of the body of water surrounding the container , - means for pumping water from the void container volume into the body of water for storing energy, and means for allowing water from the body of water flowing via a turbine into the void container volume for generating energy, characterized in that : - the container comprises a water- and gas-tight membrane defining the container volume, and - incompressible objects are densely packed throughout the container volume limiting deformation of the membrane by the external pressure, and - the void container volume is formed by a communicating void interstitial volume between the incompressible objects . - a container adapted to be arranged in a body of water with a water surface , the container having a container volume comprising a void container volume adapted to be filled with gas and water to varying degrees at an internal pressure lower than the external pressure of the body of water surrounding the container , - means for pumping water from the void container volume into the body of water for storing energy, and means for allowing water from the body of water flowing via a turbine into the void container volume for generating energy, characterized in that : - the container comprises a water- and gas-tight membrane defining the container volume, and - incompressible objects are densely packed throughout the container volume limiting deformation of the membrane by the external pressure, and - the void container volume is formed by a communicating void interstitial volume between the incompressible objects .
A conductive composition, comprising: a conductive material (A); and a water-soluble polymer (b) containing a hydrophilic group and a terminal hydrophobic group having at least 13 carbon atoms, wherein the conductive material (A) comprises a conductive polymer (a), the hydrophilic group of the water-soluble polymer (b) comprises a nitrogen atom, and the conductive polymer (a) comprises a sulfonic acid group or carboxyl acid group. a conductive material (A); and a water-soluble polymer (b) containing a hydrophilic group and a terminal hydrophobic group having at least 13 carbon atoms, wherein the conductive material (A) comprises a conductive polymer (a), the hydrophilic group of the water-soluble polymer (b) comprises a nitrogen atom, and the conductive polymer (a) comprises a sulfonic acid group or carboxyl acid group.
An actuator comprising: a piezoelectric element ; a vibration plate that has the piezoelectric element joined thereto and is configured to vibrate in accordance with displacement of the piezoelectric element ; and a support configured to support the vibration plate ; wherein the vibration plate and the support are integrally molded; characterized in that an angle between the vibration plate and the support is acute when the actuator is not driven. a piezoelectric element ; a vibration plate that has the piezoelectric element joined thereto and is configured to vibrate in accordance with displacement of the piezoelectric element ; and a support configured to support the vibration plate ; wherein the vibration plate and the support are integrally molded; characterized in that an angle between the vibration plate and the support is acute when the actuator is not driven.
System for treating process water from a machine for producing and/or finishing a paper, board, tissue or other fibrous web, wherein the process water is subdivided in a sorting or filtering device into a plurality of partial fractions having differently high proportions of fibres, characterized in that at least two partial fractions are led at least partly over at least one predefined time interval to a common washing device , the fine fraction from this washing device can be led to a flotation device and the accept of this flotation device can be led to the machine, another machine for producing a fibrous web or an upstream process for treating a fibrous suspension.
A method for wireless communication, comprising: identifying that an uplink transmission includes a first channel associated with a first reliability threshold and a first latency threshold and a second channel associated with a second reliability threshold and a second latency threshold; determining that the first channel and the second channel are scheduled to collide during the uplink transmission; configuring a set of priority rules from a plurality sets of priority rules to indicate whether the first channel has a lower priority than the second channel or the second channel has a lower priority than the first channel, wherein configuring the set of priority rules is based on the first reliability threshold and the second reliability threshold, and/or the first latency threshold and the second latency threshold; prioritizing the second channel based at least in part on determining that the first channel and the second channel are scheduled to collide during the uplink transmission, the first reliability threshold, the second reliability threshold, the first latency threshold, and the second latency threshold, wherein prioritizing the second channel is based at least in part on the set of priority rules; and transmitting the uplink transmission. identifying that an uplink transmission includes a first channel associated with a first reliability threshold and a first latency threshold and a second channel associated with a second reliability threshold and a second latency threshold; determining that the first channel and the second channel are scheduled to collide during the uplink transmission; configuring a set of priority rules from a plurality sets of priority rules to indicate whether the first channel has a lower priority than the second channel or the second channel has a lower priority than the first channel, wherein configuring the set of priority rules is based on the first reliability threshold and the second reliability threshold, and/or the first latency threshold and the second latency threshold; prioritizing the second channel based at least in part on determining that the first channel and the second channel are scheduled to collide during the uplink transmission, the first reliability threshold, the second reliability threshold, the first latency threshold, and the second latency threshold, wherein prioritizing the second channel is based at least in part on the set of priority rules; and transmitting the uplink transmission.
An injection system (70; 70A; 70B; 70C; 70D; 70E) for injecting an air and fuel mixture in a turbomachine combustion chamber, comprising a sleeve for centring an injector, a bowl , a first air intake swirler (100; 100A; 100C) axially arranged between the sleeve and the bowl , and a second air intake swirler (200; 200A; 200B; 200D; 200E) axially arranged between the first air intake swirler (100; 100A; 100C) and the bowl , each of the air intake swirlers comprising an upstream wall and a downstream wall both of revolution about an axis of the air intake swirler, and fins distributed about the axis and connecting the upstream wall to the downstream wall so as to delimit between the downstream and upstream walls air inlet channels each having an inlet arranged on a radially outer side and an outlet arranged on a radially inner side, wherein the downstream wall of the first air intake swirler (100; 100A; 100C) is the upstream wall of the second air intake swirler (200; 200A; 200B; 200D; 200E), characterised in that each of the air intake swirlers further includes a respective aerodynamic deflector (120, 220; 120A, 220A; 120, 220B; 120C, 220; 120, 220D; 120, 220E) which is an outwardly radial extension of the downstream wall of the corresponding air intake swirler and is terminated with a free end (122, 222; 122A, 222A; 122, 222B; 122, 222E), wherein each respective aerodynamic deflector has a concavity pointing upstream such that the aerodynamic deflector extends radially facing the respective inlets of the air inlet channels of the corresponding air intake swirler, wherein at least one of the respective aerodynamic deflectors (220B; 220E) of the first and second air intake swirlers is shaped such that the radial extent (S2) of the air inlet section of the corresponding air intake swirler (200B; 200E) varies about the axis .
A surgical stapler 10 comprising: a handle assembly 14 including a trigger 26; a clamping device having a staple cartridge 21 including a plurality of staples and an anvil 22 having a fastener forming surface thereon, the anvil pivotable relative to the staple cartridge between an open position having a distal end spaced from the staple cartridge and a closed position in close cooperative alignment with the staple cartridge; and a controller 28 configured to determine an occurrence of clamping by the anvil and the staple cartridge, the controller controlling firing of the plurality of staples from the staple cartridge; characterised in that when the trigger is actuated the controller delays firing of the plurality of staples from the staple cartridge to provide for a predetermined time period of tissue compression of the tissue between the anvil and staple cartridge and wherein the controller outputs a control signal to allow firing once the predetermined time period is reached. a handle assembly 14 including a trigger 26; a clamping device having a staple cartridge 21 including a plurality of staples and an anvil 22 having a fastener forming surface thereon, the anvil pivotable relative to the staple cartridge between an open position having a distal end spaced from the staple cartridge and a closed position in close cooperative alignment with the staple cartridge; and a controller 28 configured to determine an occurrence of clamping by the anvil and the staple cartridge, the controller controlling firing of the plurality of staples from the staple cartridge; characterised in that when the trigger is actuated the controller delays firing of the plurality of staples from the staple cartridge to provide for a predetermined time period of tissue compression of the tissue between the anvil and staple cartridge and wherein the controller outputs a control signal to allow firing once the predetermined time period is reached.
An installation for producing a support for a product in a unitary dose, comprising - at least one supply member of at least one material web , - a cutting apparatus which can be controlled in order to obtain from the at least one material web a support card having a main portion , in which there is formed a main opening , and a foldable flap on the main portion , in which there is formed a secondary opening or a notch or a pre-cut which is centred in a symmetrically equidistant manner from the centre of the main opening with respect to a folding line (X-X) of the flap on the main portion, - movement members for receiving the packaging of a product (P, S) in a unitary dose in the main opening in the main portion of the card so that a portion thereof projects from the main opening and a peripheral edge thereof is supported on the main portion of the card , - folding members for folding the flap along the folding line (X-X) until it is brought to the main portion so as to enclose at least a portion of the peripheral edge between the flap and the main portion of the card , and - a fixing apparatus for fixing the flap to the main portion of the card . - at least one supply member of at least one material web , - a cutting apparatus which can be controlled in order to obtain from the at least one material web a support card having a main portion , in which there is formed a main opening , and a foldable flap on the main portion , in which there is formed a secondary opening or a notch or a pre-cut which is centred in a symmetrically equidistant manner from the centre of the main opening with respect to a folding line (X-X) of the flap on the main portion, - movement members for receiving the packaging of a product (P, S) in a unitary dose in the main opening in the main portion of the card so that a portion thereof projects from the main opening and a peripheral edge thereof is supported on the main portion of the card , - folding members for folding the flap along the folding line (X-X) until it is brought to the main portion so as to enclose at least a portion of the peripheral edge between the flap and the main portion of the card , and - a fixing apparatus for fixing the flap to the main portion of the card .
Shaped body , in particular for a pressure sensor, with a membrane and with a supporting section supporting the membrane , wherein the membrane is produced at least in sections from a ceramic material by means of additive manufacturing, characterized in that the greatest possible distance between two points lying on the outer circumference of the membrane is less than 10 mm and in that the supporting section has a total height of more than 2 mm.
Control crown for a timepiece , capable of cooperating with a middle for manoeuvring a control rod belonging to said control crown , said middle comprising at least one main recess along a main axis (D1) for receiving a tube comprised in said control crown , which comprises a crown body capable of being mounted such that it rotates about said main axis (D1) and arranged so as to be handled by a user to manoeuvre said control rod , and said crown body covering both said tube and said control rod , characterised in that said tube comprises a hollow to allow said control rod to pass and/or be guided in rotation about an axis (D2) parallel to said main axis (D1), and in that said control crown comprises a closing cap arranged so as to be fastened to said tube , in a fixed angular position relative to said middle by the cooperation between indexing means comprised in said tube and complementary indexing means comprised in said closing cap , to axially enclose said crown body between said middle and said closing cap , characterised in that said hollow is off-centred to allow said control rod to pass and/or be guided in rotation about a secondary axis (D2) parallel to said main axis (D1) and separate therefrom.
A method of identifying a fault in a synchronous reluctance electric machine comprising a stator and a rotor , the rotor comprising a plurality of magnetically conductive core elements stacked in an axial direction of the rotor , and each core element comprises flux barriers , the method comprising: - carrying out a first vibration measurement on the stator in a first radial direction of the stator ; - carrying out a second vibration measurement on the stator in a second radial direction of the stator ; - determining, on the basis of at least one of the first vibration measurement and the second vibration measurement, a first vibration frequency; - determining, on the basis of the first vibration measurement and the second vibration measurement, a mode shape of the vibration at the first vibration frequency; and - determining, on the basis that the first vibration frequency f b and the mode shape m fulfil the following barrier fault conditions: f b = f r , and m = 1 where f r is a rotation frequency of the rotor , that a flux barrier of the rotor is defect. - carrying out a first vibration measurement on the stator in a first radial direction of the stator ; - carrying out a second vibration measurement on the stator in a second radial direction of the stator ; - determining, on the basis of at least one of the first vibration measurement and the second vibration measurement, a first vibration frequency; - determining, on the basis of the first vibration measurement and the second vibration measurement, a mode shape of the vibration at the first vibration frequency; and - determining, on the basis that the first vibration frequency f b and the mode shape m fulfil the following barrier fault conditions: f b = f r , and m = 1 where f r is a rotation frequency of the rotor , that a flux barrier of the rotor is defect.
A base wireless communication terminal operating a basic service set, BSS, the base wireless communication terminal comprising: a processor ; and a communication unit , wherein the processor is configured to: assign an association ID, AID, of a terminal which is associated with the base wireless communication terminal, and transmit a frame including the AID to the terminal, wherein the frame includes a subfield indicating whether an AID assignment rule is applied for an allocation of the AID, wherein when the subfield indicates application of the AID assignment rule, predetermined N-bit(s) of the AID assigned to the terminal is determined based on a value obtained by subtracting an N-bit value based on a BSSID of the BSS from partial BSS color bits of a BSS color of the BSS, and wherein the partial BSS color bits are used to identify whether a specific frame received by the terminal is an inter-BSS frame or an intra-BSS frame. a processor ; and a communication unit , wherein the processor is configured to: assign an association ID, AID, of a terminal which is associated with the base wireless communication terminal, and transmit a frame including the AID to the terminal, wherein the frame includes a subfield indicating whether an AID assignment rule is applied for an allocation of the AID, wherein when the subfield indicates application of the AID assignment rule, predetermined N-bit(s) of the AID assigned to the terminal is determined based on a value obtained by subtracting an N-bit value based on a BSSID of the BSS from partial BSS color bits of a BSS color of the BSS, and wherein the partial BSS color bits are used to identify whether a specific frame received by the terminal is an inter-BSS frame or an intra-BSS frame. assign an association ID, AID, of a terminal which is associated with the base wireless communication terminal, and transmit a frame including the AID to the terminal, wherein the frame includes a subfield indicating whether an AID assignment rule is applied for an allocation of the AID, wherein when the subfield indicates application of the AID assignment rule, predetermined N-bit(s) of the AID assigned to the terminal is determined based on a value obtained by subtracting an N-bit value based on a BSSID of the BSS from partial BSS color bits of a BSS color of the BSS, and wherein the partial BSS color bits are used to identify whether a specific frame received by the terminal is an inter-BSS frame or an intra-BSS frame.