mhurhangee/patent-ind-claim-en huggingface dataset:
A core extension , in particular a core extension for a lock core of a lock cylinder which extends substantially in an axial direction (Z), in order to axially extend a lock core , wherein the core extension is designed in several parts and comprises at least one extension part and at least one pressure piece adjoining it in the axial direction (Z), wherein the extension part has an eccentric pressure piece receptacle for receiving the pressure piece in which the pressure piece is at least partially received and/or can be received in order to realize an interaction of pressure piece and extension part , wherein the extension part has connection means for connection to corresponding connection means of the lock core , wherein the connection means form a predetermined breaking point of the core extension, wherein the extension part has at least one locking recess extending transversely to the axial direction (Z) for interaction with a locking mechanism , in particular for receiving a pin , wherein the connecting means of the lock core and extension part are configured for an axial coupling and here for a pin connection, so that in this way an at least positive connection is realized.
A gas replacement apparatus comprising: a side holding unit that holds a side portion of a bag (B); a mouth holding unit that holds a mouth portion of the bag (B); a gas nozzle having an ejection port to eject a replacement gas; a side holding drive unit that moves the side holding unit ; a mouth holding drive unit that moves the mouth holding unit ; a gas nozzle drive unit that moves the gas nozzle ; and a sealing unit that seals the mouth portion, wherein the side holding drive unit and the mouth holding drive unit move the side holding unit and the mouth holding unit from a first processing position to a second processing position while maintaining a state where the side holding unit holds the side portion and the mouth holding unit holds the mouth portion, and the gas nozzle drive unit moves the gas nozzle from the first processing position to the second processing position while maintaining a state where the ejection port is arranged inside the bag (B). a side holding unit that holds a side portion of a bag (B); a mouth holding unit that holds a mouth portion of the bag (B); a gas nozzle having an ejection port to eject a replacement gas; a side holding drive unit that moves the side holding unit ; a mouth holding drive unit that moves the mouth holding unit ; a gas nozzle drive unit that moves the gas nozzle ; and a sealing unit that seals the mouth portion, wherein the side holding drive unit and the mouth holding drive unit move the side holding unit and the mouth holding unit from a first processing position to a second processing position while maintaining a state where the side holding unit holds the side portion and the mouth holding unit holds the mouth portion, and the gas nozzle drive unit moves the gas nozzle from the first processing position to the second processing position while maintaining a state where the ejection port is arranged inside the bag (B).
An indexing cooler for a number of products , comprising: an insulated outer shell ; a plurality of rotating product zones within the outer shell; and an indexing drive motor ; wherein the plurality of product zones is defined by a plurality of indexing wings ; wherein the plurality of indexing wings comprises a brush seal ; wherein the indexing drive motor rotates one of the plurality of rotating product zones into an exposed zone for a first predetermined length of a time; and wherein the indexing drive motor rotates the remaining plurality of rotating product zones into a refrigerated zone for a second predetermined length of time. an insulated outer shell ; a plurality of rotating product zones within the outer shell; and an indexing drive motor ; wherein the plurality of product zones is defined by a plurality of indexing wings ; wherein the plurality of indexing wings comprises a brush seal ; wherein the indexing drive motor rotates one of the plurality of rotating product zones into an exposed zone for a first predetermined length of a time; and wherein the indexing drive motor rotates the remaining plurality of rotating product zones into a refrigerated zone for a second predetermined length of time.
A frame timing synchronization method, wherein the method comprises: receiving , by a first node, transmission timing information sent by a second node, wherein the transmission timing information comprises a first network timing advance and a timing offset, wherein the configuration granularity of the timing offset is an integer multiple of T c , T c = 1/(480 * 10 3 * 4096)s, wherein the configuration granularity of the timing offset in an FR1 frequency band is different from the configuration granularity of the timing offset in an FR2 frequency band; and determining , by the first node, frame timing of the first node based on the first network timing advance and the timing offset, wherein the frame timing comprises a downlink frame sending time and/or an uplink frame receiving time of the first node; and the second node is an upper-level node of the first node. receiving , by a first node, transmission timing information sent by a second node, wherein the transmission timing information comprises a first network timing advance and a timing offset, wherein the configuration granularity of the timing offset is an integer multiple of T c , T c = 1/(480 * 10 3 * 4096)s, wherein the configuration granularity of the timing offset in an FR1 frequency band is different from the configuration granularity of the timing offset in an FR2 frequency band; and determining , by the first node, frame timing of the first node based on the first network timing advance and the timing offset, wherein the frame timing comprises a downlink frame sending time and/or an uplink frame receiving time of the first node; and the second node is an upper-level node of the first node.
A control assembly for a nuclear reactor, the control assembly comprising: - a reactivity control device comprising a control rod cluster extending along an axial direction (D) comprising an upper end which includes an attachment head , a drive rod extending along the axial direction (D), the drive rod comprising an upper end and a lower end located opposite the upper end , the lower end including an attachment device for attaching the drive rod to the attachment head of the control rod cluster , the attachment device being movable between a connection position wherein the drive rod is rigidly attached to the attachment head of the control rod cluster , and a disconnection position wherein the drive rod is separated from the attachment head of the control rod cluster , - a checking device for checking the separation between the control rod cluster and the drive rod , mating with the reactivity control device at least during a maintenance operation, the checking device comprising a probe rod , characterized in that the drive rod and the attachment device defining a through axial housing forming a sleeve , the probe rod being received inside the sleeve and mounted free in translation along the axial direction (D) in the sleeve , the probe rod comprising an upper end and a lower end located opposite the upper end , the lower end of the probe rod abutting against the attachment head of the control rod cluster . - a reactivity control device comprising a control rod cluster extending along an axial direction (D) comprising an upper end which includes an attachment head , a drive rod extending along the axial direction (D), the drive rod comprising an upper end and a lower end located opposite the upper end , the lower end including an attachment device for attaching the drive rod to the attachment head of the control rod cluster , the attachment device being movable between a connection position wherein the drive rod is rigidly attached to the attachment head of the control rod cluster , and a disconnection position wherein the drive rod is separated from the attachment head of the control rod cluster , - a checking device for checking the separation between the control rod cluster and the drive rod , mating with the reactivity control device at least during a maintenance operation, the checking device comprising a probe rod ,
A computer-implemented method for generating a machine code implementation of a finite state machine from a source code according to a hardware limitation of a target device, the source code comprising a plurality of regular expressions wherein at least one regular expression comprises a quantified expression describing a repeated sub-expression, the method comprising: creating a non-language specific representation of the plurality of regular expressions by parsing the source code, wherein the non-language specific representation comprises a plurality of operators that are relationally connected; converting the non-language specific representation into an automaton wherein the operators and the relationships between the operators in the non-language specific representation are converted into states with transitions between the states, and wherein converting the non-language specific representation comprises: unrolling the non-language specific representation of the at least one regular expression comprising the quantified expression, wherein unrolling comprises: determining a threshold number of state transitions based on a hardware limitation of the target device; and rewriting the quantified expression, based on the threshold number, as a plurality of non-quantified sub-expressions that are linked serially; and converting the automaton into machine code, wherein the machine code implements the function of the automaton on the target device. creating a non-language specific representation of the plurality of regular expressions by parsing the source code, wherein the non-language specific representation comprises a plurality of operators that are relationally connected; converting the non-language specific representation into an automaton wherein the operators and the relationships between the operators in the non-language specific representation are converted into states with transitions between the states, and wherein converting the non-language specific representation comprises: unrolling the non-language specific representation of the at least one regular expression comprising the quantified expression, wherein unrolling comprises: determining a threshold number of state transitions based on a hardware limitation of the target device; and rewriting the quantified expression, based on the threshold number, as a plurality of non-quantified sub-expressions that are linked serially; and determining a threshold number of state transitions based on a hardware limitation of the target device; and rewriting the quantified expression, based on the threshold number, as a plurality of non-quantified sub-expressions that are linked serially; and converting the automaton into machine code, wherein the machine code implements the function of the automaton on the target device.
A system for smart-home functionality comprising: a docking station configured to be mounted to a wall and comprising: a first housing , a rotating member mounted to the first housing , a male connector mounted to the rotating member , and a fastener embedded in the male connector ; and an electronic device comprising a recessed female connector positioned at the center of a rear section of the electronic device , wherein the female connector on the electronic device is to connect with the male connector on the docking station when the electronic device is attached to the docking station , wherein the rotating member is to rotate, when the electronic device is attached to the docking station , the electronic device between a portrait orientation and a landscape orientation. a first housing , a rotating member mounted to the first housing , a male connector mounted to the rotating member , and a fastener embedded in the male connector ; and an electronic device comprising a recessed female connector positioned at the center of a rear section of the electronic device , wherein the female connector on the electronic device is to connect with the male connector on the docking station when the electronic device is attached to the docking station , wherein the rotating member is to rotate, when the electronic device is attached to the docking station , the electronic device between a portrait orientation and a landscape orientation.
A gas sensor comprising: a housing having an upper portion and a lower portion ; a chamber formed in the lower portion of the housing , the chamber configured to receive an electrochemical solution; a plurality of electrodes formed in the upper portion of the housing; the plurality of electrodes molded in the upper portion of the housing and at least partially exposed to the chamber ; an access port formed in the upper portion , the access port configured to provide fluid communication between an interior of the housing and the outside environs, wherein the access port comprises a membrane that allows gas communication between the chamber and the outside environs while preventing liquid communication between the chamber and the outside environs. a housing having an upper portion and a lower portion ; a chamber formed in the lower portion of the housing , the chamber configured to receive an electrochemical solution; a plurality of electrodes formed in the upper portion of the housing; the plurality of electrodes molded in the upper portion of the housing and at least partially exposed to the chamber ; an access port formed in the upper portion , the access port configured to provide fluid communication between an interior of the housing and the outside environs, wherein the access port comprises a membrane that allows gas communication between the chamber and the outside environs while preventing liquid communication between the chamber and the outside environs.
Apparatus for recovering energy from water, comprising: a system for supplying heat having a plurality of heating elements ; a cylinder having a piston mounted therein, the piston connected by a piston rod to a driven crankshaft attached to a load; a generator for generation of electrical power resulting from the load; an impact chamber comprising a contact surface ; passages for receiving gas from the chamber for affecting the piston; and the heating elements uniformly distributed throughout a material of the impact chamber for effecting substantially uniform heating thereof; a battery or electrical power source/controller in electrical connection to the generator and the plurality of heating elements for energizing the plurality of heating elements for supplying heat to the contact surface to heat the contact surface to a desired temperature above the critical temperature of water; a source of water comprising a radiator and a pressure pump; a fluid injector comprising an atomizer in flow communication with the source of water for intermittently injecting liquid water into the impact chamber for contact with the contact surface , the injected water being at a pressure above the critical pressure of water; a conduit connected to the source of water for returning liquid water to the radiator from the cylinder ; and an exhaust valve for controlling flow of liquid water from the cylinder to the conduit . a system for supplying heat having a plurality of heating elements ; a cylinder having a piston mounted therein, the piston connected by a piston rod to a driven crankshaft attached to a load; a generator for generation of electrical power resulting from the load; an impact chamber comprising a contact surface ; passages for receiving gas from the chamber for affecting the piston; and the heating elements uniformly distributed throughout a material of the impact chamber for effecting substantially uniform heating thereof; a battery or electrical power source/controller in electrical connection to the generator and the plurality of heating elements for energizing the plurality of heating elements for supplying heat to the contact surface to heat the contact surface to a desired temperature above the critical temperature of water; a source of water comprising a radiator and a pressure pump; a fluid injector comprising an atomizer in flow communication with the source of water for intermittently injecting liquid water into the impact chamber for contact with the contact surface , the injected water being at a pressure above the critical pressure of water; a conduit connected to the source of water for returning liquid water to the radiator from the cylinder ; and an exhaust valve for controlling flow of liquid water from the cylinder to the conduit .
A composite rim for a vehicle wheel, comprising a drum provided with a rim bottom intended to receive a tire, and a web provided with a central hub intended to be mounted on a vehicle axle and with a plurality of connecting elements extending between the central hub and the drum , the rim further comprising: a composite and attached flange , which at least partially covers said web , forms all or part of the outer face of the rim, matches all or part of the shapes of said web , and is secured all or part to the connecting elements of said web and to said drum to form a reinforced one-piece structural rim, said flange being arranged to adjust the mechanical performance of said rim , the rim being characterised in that the drum , the web (4, 4 ') and the flange constitute structural parts, said structural parts being made of composite materials forming an all-composite rim, or one of the structural parts among said drum and said web being made of metal materials and the other structural part among said web and said drum being made of composite materials forming a hybrid rim.
A pillar structure for a biochip comprising: a substrate portion which has a plate-shaped structure; and multiple pillar portions which protrude from one surface of the substrate portion and each of which has an end portion for disposing a sample; characterised in that it further comprises smooth surface forming portions which are formed on the other surface of the substrate portion that defines the plate-shaped structure together with the one surface of the substrate portion , the smooth surface forming portions forming flat and smooth surfaces (P) each having a cylindrical groove shape at a portion corresponding to a circumferential surface of each of the pillar portions , wherein the smooth surface forming portion protrudes from the other surface of the substrate portion in a direction opposite to a direction in which each of the pillar portions protrudes, and the smooth surface forming portion is disposed to surround, in a circumferential direction, the flat and smooth surface (P) which is a part of the other surface of the substrate portion , such that the cylindrical groove shape is formed. a substrate portion which has a plate-shaped structure; and multiple pillar portions which protrude from one surface of the substrate portion and each of which has an end portion for disposing a sample; characterised in that it further comprises smooth surface forming portions which are formed on the other surface of the substrate portion that defines the plate-shaped structure together with the one surface of the substrate portion , the smooth surface forming portions forming flat and smooth surfaces (P) each having a cylindrical groove shape at a portion corresponding to a circumferential surface of each of the pillar portions , wherein the smooth surface forming portion protrudes from the other surface of the substrate portion in a direction opposite to a direction in which each of the pillar portions protrudes, and the smooth surface forming portion is disposed to surround, in a circumferential direction, the flat and smooth surface (P) which is a part of the other surface of the substrate portion , such that the cylindrical groove shape is formed.
Projection display for projecting virtual images in a head-mounted display comprising: an imager for displaying sub-images in a two-dimensional distribution of sub-areas of the imager ; a projection optics array provided for near-eye-positioning with a two-dimensional distribution of projection optics configured to superimpose projections of sub-images to an overall image in an image plane such that a mutual area overlap of the projections of the sub-images in the image plane in pairs results, which is between 0.1 and 0.8 for all pairs ; wherein complete overlap corresponds to 1 and no overlap corresponds to 0; an eye-tracking sensor; wherein the projection display is implemented such that the overall image is a virtual overall image, wherein the imager is implemented to displace all sub-images evenly in the direction of a lateral extension of the two-dimensional distribution of the sub-areas of the imager , wherein the even displacement of the sub-images is adjustable in dependence on a position of an eyeball of a user with respect to an optical axis of the projection optics array measured by an eye-tracking sensor. an imager for displaying sub-images in a two-dimensional distribution of sub-areas of the imager ; a projection optics array provided for near-eye-positioning with a two-dimensional distribution of projection optics configured to superimpose projections of sub-images to an overall image in an image plane such that a mutual area overlap of the projections of the sub-images in the image plane in pairs results, which is between 0.1 and 0.8 for all pairs ; wherein complete overlap corresponds to 1 and no overlap corresponds to 0; an eye-tracking sensor; wherein the projection display is implemented such that the overall image is a virtual overall image, wherein the imager is implemented to displace all sub-images evenly in the direction of a lateral extension of the two-dimensional distribution of the sub-areas of the imager , wherein the even displacement of the sub-images is adjustable in dependence on a position of an eyeball of a user with respect to an optical axis of the projection optics array measured by an eye-tracking sensor.
A composite comprising a matrix comprising a thermoplastic polymeric material; and at least one sized fiber selected from the group consisting of polyetherimide-sized fibers, epoxy-sized fibers, and combinations thereof, wherein the fiber is embedded in the matrix, wherein the polymeric material comprises a polyetherimide of formula : wherein a is more than 1, the group V in formula is a (a) saturated, unsaturated or aromatic monocyclic and polycyclic group having 5 to 50 carbon atoms, substituted with an ether group; (b) linear or branched, saturated or unsaturated alkyl group having 1 to 30 carbon atoms substituted with ether group, or a combination of (a) and (b), R group is (a) aromatic hydrocarbon groups having 6 to 20 carbon atoms and halogenated derivatives thereof; (b) straight or branched chain alkylene groups having 2 to 20 carbon atoms; (c) cycloalkylene groups having 3 to 20 carbon atoms, or (d) divalent groups of formula : wherein Q 1 comprises -O-, -S-, -C(O)-, -SO 2 -, -SO-, -C y H 2y - wherein y is an integer from 1 to 5 and further wherein the polyetherimide is end-capped with para-cumyl phenol, an aliphatic amine, or an aromatic amine and/or has a hydroxyl group content greater than or equal to 100 ppm and less than or equal to 600 ppm.