mhurhangee/patent-ind-claim-en huggingface dataset:
A print module comprising: a cradle defining a longitudinal cavity and an access opening at a first end of the longitudinal cavity, the cradle having a supply assembly slidably received therein; a printhead carrier positioned in the longitudinal cavity, the printhead carrier comprising a longitudinal rail; and an elongate printhead having a longitudinal overhead hanger for complementary longitudinal sliding engagement with the rail; wherein: the printhead is removable from the cradle via longitudinal sliding movement of the printhead relative to the printhead carrier through the access opening; and the supply assembly is slidably movable relative to the printhead and comprises a thrust pin configured for urging a central portion of the printhead towards a lower nest portion of the cradle. a cradle defining a longitudinal cavity and an access opening at a first end of the longitudinal cavity, the cradle having a supply assembly slidably received therein; a printhead carrier positioned in the longitudinal cavity, the printhead carrier comprising a longitudinal rail; and an elongate printhead having a longitudinal overhead hanger for complementary longitudinal sliding engagement with the rail; wherein: the printhead is removable from the cradle via longitudinal sliding movement of the printhead relative to the printhead carrier through the access opening; and the supply assembly is slidably movable relative to the printhead and comprises a thrust pin configured for urging a central portion of the printhead towards a lower nest portion of the cradle. the printhead is removable from the cradle via longitudinal sliding movement of the printhead relative to the printhead carrier through the access opening; and the supply assembly is slidably movable relative to the printhead and comprises a thrust pin configured for urging a central portion of the printhead towards a lower nest portion of the cradle.
A hot water faucet having - tapping temperatures above 60°C, - a faucet body , - an outlet which is pivotable about a vertical axis and which is pivot-mounted on the faucet body by means of an insert , - having an outer envelope surrounding a water channel , - a check valve arranged in the faucet body , wherein a water supply line leads from a water heater or boiler to a water inlet opening of the check valve , - wherein the water channel is connected to an outlet opening of the check valve and the water channel is arranged from the outlet opening to a jet former on the end of the outlet , characterized in that - the water channel is provided as a flexible hose and is arranged in the outlet at a distance from the outer envelope, wherein an insulating layer of air is enclosed in the gap between the water channel and the outer envelope of the outlet , and - the hose is produced from a silicone, a polysiloxane or a polytetrafluorethylene. - tapping temperatures above 60°C, - a faucet body , - an outlet which is pivotable about a vertical axis and which is pivot-mounted on the faucet body by means of an insert , - having an outer envelope surrounding a water channel , - a check valve arranged in the faucet body , wherein a water supply line leads from a water heater or boiler to a water inlet opening of the check valve , - wherein the water channel is connected to an outlet opening of the check valve and the water channel is arranged from the outlet opening to a jet former on the end of the outlet , characterized in that - the water channel is provided as a flexible hose and is arranged in the outlet at a distance from the outer envelope, wherein an insulating layer of air is enclosed in the gap between the water channel and the outer envelope of the outlet , and - the hose is produced from a silicone, a polysiloxane or a polytetrafluorethylene.
A shutter valve for regulating pressure and controlling fluid flow, comprising: an actuator ring ; a plurality of arm pin bosses , each arm pin boss affixed within an inside circumference of the actuator ring , the arm pin boss further comprising a hinge pin aperture ; three or more pivot arms , each pivot arm having a first end and a second end , the first end mounted to a hinge pin aperture of an arm pin boss ; three or more obturator elements , each obturator element comprising: a) a petal shape structure including a tongue and groove feature along at least a portion of an outside circumference thereof; b) a hook element located at an apex of said petal shape structure of each obturator element ; and c) a hinged connection to a second end of a pivot arm ; wherein a housing defines a cavity for holding the actuator ring , the pivot arms and the obturator elements . an actuator ring ; a plurality of arm pin bosses , each arm pin boss affixed within an inside circumference of the actuator ring , the arm pin boss further comprising a hinge pin aperture ; three or more pivot arms , each pivot arm having a first end and a second end , the first end mounted to a hinge pin aperture of an arm pin boss ; three or more obturator elements , each obturator element comprising: a) a petal shape structure including a tongue and groove feature along at least a portion of an outside circumference thereof; b) a hook element located at an apex of said petal shape structure of each obturator element ; and c) a hinged connection to a second end of a pivot arm ; a) a petal shape structure including a tongue and groove feature along at least a portion of an outside circumference thereof; b) a hook element located at an apex of said petal shape structure of each obturator element ; and c) a hinged connection to a second end of a pivot arm ; wherein a housing defines a cavity for holding the actuator ring , the pivot arms and the obturator elements .
An integrated orthopedic external fixation system , for the treatment of complex or displaced fractures under precarious environmental conditions, of the type comprising an external fixator and a plurality of bone screws for fixing the fixator to a fractured long bone, comprising: - at least a pair of cylindrical portions interconnected coaxially together by means of interlocking connection means able to adjust the movement relative to each other of these cylindrical portions ; - a plurality of through-holes formed transversely with respect to the axis (X) of the body of the fixator and at a predefined distance from the opposite free ends of the fixator , for receiving a respective bone screw ; - each bone screw having a smooth cylindrical central section and being slidably engaged in a guided manner inside the corresponding hole of the body of the fixator ; and - a threaded front tip portion, intended to come into screwing engagement with said long bone, in a substantially self-tapping manner; characterized in that said interlocking connection means are able to adjust the movement towards and away from each other of these cylindrical portions ; and in that each bone screw further has - a threaded rear tail portion intended to come into screwing engagement with the corresponding hole of the fixator body , in a substantially self-tapping manner. - at least a pair of cylindrical portions interconnected coaxially together by means of interlocking connection means able to adjust the movement relative to each other of these cylindrical portions ; - a plurality of through-holes formed transversely with respect to the axis (X) of the body of the fixator and at a predefined distance from the opposite free ends of the fixator , for receiving a respective bone screw ; - each bone screw having a smooth cylindrical central section and being slidably engaged in a guided manner inside the corresponding hole of the body of the fixator ; and - a threaded front tip portion, intended to come into screwing engagement with said long bone, in a substantially self-tapping manner; characterized in that said interlocking connection means are able to adjust the movement towards and away from each other of these cylindrical portions ; and in that each bone screw further has - a threaded rear tail portion intended to come into screwing engagement with the corresponding hole of the fixator body , in a substantially self-tapping manner.
Device for double folding leaves, characterised in that the device is provided with two conveyor belts that are located against one another such that leaves can be clasped between the conveyor belts with the exception of a strip that protrudes between the conveyor belts , whereby the conveyor belts are aligned with respect to one another along the side of the strip and with two or more folding elements along the conveyor belts that can fold the aforementioned strip , whereby the device is equipped such that leaves are guided with their strip alongside the folding elements by the driving of the conveyor belts , whereby at least one folding element folds the strip in one direction and at least one folding element folds the strip in the other direction.
Signal conditioning circuit having at least one signal path between an input and an output of the signal conditioning circuit , the signal path having a first passive integrating element and an active integrator , the active integrator being embodied as a non-inverting active integrator , the first passive integrating element and the active integrator being connected in series within the signal path , characterized in that the active integrator is embodied for integrating signal components of an input signal having a frequency between 0 Hz and a first cut-off frequency f g1 , in that the first passive integrating element is embodied for integrating signal components with a frequency above the first cut-off frequency f g1 , in that the signal path furthermore has a second passive integrating element and a differentiating element , and in that the second passive integrating element is embodied for integrating signal components of the input signal with a frequency which is only between the first cut-off frequency f g1 and a second cut-off frequency f g2 , the second cut-off frequency f g2 being greater than the first cut-off frequency f g1 .
A channel state information feedback method performed by a base station, the method comprising: • sending, on each beam of a predetermined group of beams, a first reference signal to a terminal device, wherein each beam of the predetermined group of beams forms a different virtual sector (step 701); • receiving beam information from the terminal device, wherein the beam information is used to indicate information about a virtual sector among the virtual sectors corresponding to the group of beams having a maximum receive power at the terminal device (step 703); • determining a first precoding matrix C 1 based on the beam information (step 704); • sending a second reference signal to the terminal within a range of the virtual sector (step 705); • receiving long-term wideband channel information from the terminal device, wherein the long-term wideband channel information is used to indicate information about a spatial dimension reduction of the virtual sector (step 707); • determining a second precoding matrix C 2 based on the received long-term wideband channel information (step 708); • performing the spatial dimension reduction on the virtual sector based on the received long-term wideband channel information, thereby arriving at the reduced virtual sector; • sending a third reference signal to the terminal within a range of the reduced virtual sector (step 709); • receiving instantaneous channel information from the terminal device (step 711); • determining a third precoding matrix W based on the instantaneous channel information (step 712); • determining a precoding matrix F = C 1 C 2 W . • sending, on each beam of a predetermined group of beams, a first reference signal to a terminal device, wherein each beam of the predetermined group of beams forms a different virtual sector (step 701); • receiving beam information from the terminal device, wherein the beam information is used to indicate information about a virtual sector among the virtual sectors corresponding to the group of beams having a maximum receive power at the terminal device (step 703); • determining a first precoding matrix C 1 based on the beam information (step 704); • sending a second reference signal to the terminal within a range of the virtual sector (step 705); • receiving long-term wideband channel information from the terminal device, wherein the long-term wideband channel information is used to indicate information about a spatial dimension reduction of the virtual sector (step 707); • determining a second precoding matrix C 2 based on the received long-term wideband channel information (step 708); • performing the spatial dimension reduction on the virtual sector based on the received long-term wideband channel information, thereby arriving at the reduced virtual sector; • sending a third reference signal to the terminal within a range of the reduced virtual sector (step 709); • receiving instantaneous channel information from the terminal device (step 711); • determining a third precoding matrix W based on the instantaneous channel information (step 712); • determining a precoding matrix F = C 1 C 2 W .
An auto-segmentation method performed by a processor, the method comprising: performing atlas-based auto-segmentation on a subject image to generate first data representative of at least one structure in the subject image, wherein performing the atlas-based auto-segmentation includes registering the subject image with a plurality of atlas images to map a plurality of points in the subject image to points of the atlas images; selecting a subset of the plurality of points in the subject image ; applying the selected subset of the plurality of the points in the subject image to a trained classifier to generate second data representative of the at least one structure in the subject image; and combining the first data with the second data to generate third data representative of the at least one structure in the subject image . performing atlas-based auto-segmentation on a subject image to generate first data representative of at least one structure in the subject image, wherein performing the atlas-based auto-segmentation includes registering the subject image with a plurality of atlas images to map a plurality of points in the subject image to points of the atlas images; selecting a subset of the plurality of points in the subject image ; applying the selected subset of the plurality of the points in the subject image to a trained classifier to generate second data representative of the at least one structure in the subject image; and combining the first data with the second data to generate third data representative of the at least one structure in the subject image .
An acceleration system for launching a projectile , the system comprising: a chamber at vacuum pressure; a tether having a first end portion , central portion, and second end portion , the first end portion connected to a projectile ; a motor that rotates a hub attached to the tether in a circular motion inside the chamber, the rotating causing the projectile to accelerate until it reaches a desired launch speed; a release mechanism configured to release the projectile from the tether once the projectile reaches the desired launch speed; an exit port to allow the projectile to exit from the chamber upon release from the tether; and a counterweight mass coupled to the second end portion of the tether , wherein the counterweight mass is released from the tether at the same time as the projectile . a chamber at vacuum pressure; a tether having a first end portion , central portion, and second end portion , the first end portion connected to a projectile ; a motor that rotates a hub attached to the tether in a circular motion inside the chamber, the rotating causing the projectile to accelerate until it reaches a desired launch speed; a release mechanism configured to release the projectile from the tether once the projectile reaches the desired launch speed; an exit port to allow the projectile to exit from the chamber upon release from the tether; and a counterweight mass coupled to the second end portion of the tether , wherein the counterweight mass is released from the tether at the same time as the projectile .
A method by a reception server for receiving information from a transmission server in a content delivery network, the method comprising: receiving (S500), from the transmission server, first information; determining (S510) a delivery unit of the first information based on a type or an amount of the first information, wherein the delivery unit corresponds to a ruleset among a plurality of predetermined rulesets, each of the plurality of predetermined rulesets including size information for each of at least one chunk used to transmit the first information; determining (S517) whether the received first information corresponds to previously stored information; in case that the received first information corresponds to previously stored information, transmitting (S520), to the transmission server, a request for a transmission of compression information for the first information, the request including information on the delivery unit; and receiving (S530), from the transmission server, the compression information generated based on the information on the delivery unit, the compression information being generated by splitting the first information into at least one first chunk based on size information for each of the at least one first chunk included in the ruleset corresponding to the delivery unit and by compressing the at least one first chunk. receiving (S500), from the transmission server, first information; determining (S510) a delivery unit of the first information based on a type or an amount of the first information, wherein the delivery unit corresponds to a ruleset among a plurality of predetermined rulesets, each of the plurality of predetermined rulesets including size information for each of at least one chunk used to transmit the first information; determining (S517) whether the received first information corresponds to previously stored information; in case that the received first information corresponds to previously stored information, transmitting (S520), to the transmission server, a request for a transmission of compression information for the first information, the request including information on the delivery unit; and receiving (S530), from the transmission server, the compression information generated based on the information on the delivery unit, the compression information being generated by splitting the first information into at least one first chunk based on size information for each of the at least one first chunk included in the ruleset corresponding to the delivery unit and by compressing the at least one first chunk.
A wake-up circuit for triggering a determination of an absolute rotational position of a rotatable shaft of a motor in an electric power steering system of a vehicle , the wake-up circuit comprising: a plurality of inputs coupled to separate phases of the motor ; a voltage boosting circuit operable to increase a back electromotive force, EMF, voltage induced on one or more of the inputs by rotation of the rotatable shaft of the motor and produce at least one voltage-boosted back EMF voltage; characterized by a comparator circuit operable to compare the at least one voltage-boosted back EMF voltage to a reference voltage and trigger a monitoring system to perform the determination of the absolute rotational position of the rotatable shaft of the motor in the electric power steering system of the vehicle based on a result of the compare during an ignition off state of the vehicle . a plurality of inputs coupled to separate phases of the motor ; a voltage boosting circuit operable to increase a back electromotive force, EMF, voltage induced on one or more of the inputs by rotation of the rotatable shaft of the motor and produce at least one voltage-boosted back EMF voltage; characterized by a comparator circuit operable to compare the at least one voltage-boosted back EMF voltage to a reference voltage and trigger a monitoring system to perform the determination of the absolute rotational position of the rotatable shaft of the motor in the electric power steering system of the vehicle based on a result of the compare during an ignition off state of the vehicle .
A system for continuously measuring density of a flowing media, comprising: a cartridge connected serially between an inflow media pipe and an outflow media pipe , the inflow media pipe and the outflow media pipe arranged on opposite sides of the cartridge and oriented along a same direction as the cartridge, the cartridge including a conduit connecting the inflow media pipe and the outflow media pipe; a displacement sensing device adapted to monitor displacement changes of the cartridge when the media flow through the cartridge; a base configured to provide a support for the displacement sensing device; and a pressure sensor, wherein the inflow media pipe and outflow media pipe are connected to an input and output of the cartridge via respective flanges , which are attached to respective end walls with at least one gasket mounted therebetween, characterized in that the system further comprises a temperature sensor, and a processor configured to calculate density of the flowing media based on measured displacement change, temperature and pressure, the cartridge being only supported by the end walls via the flanges , wherein the displacement sensing device comprises a laser displacement sensor. a cartridge connected serially between an inflow media pipe and an outflow media pipe , the inflow media pipe and the outflow media pipe arranged on opposite sides of the cartridge and oriented along a same direction as the cartridge, the cartridge including a conduit connecting the inflow media pipe and the outflow media pipe; a displacement sensing device adapted to monitor displacement changes of the cartridge when the media flow through the cartridge; a base configured to provide a support for the displacement sensing device; and a pressure sensor, wherein the inflow media pipe and outflow media pipe are connected to an input and output of the cartridge via respective flanges , which are attached to respective end walls with at least one gasket mounted therebetween, a temperature sensor, and a processor configured to calculate density of the flowing media based on measured displacement change, temperature and pressure, the cartridge being only supported by the end walls via the flanges , wherein the displacement sensing device comprises a laser displacement sensor.
A method for user equipment, UE, identification in a wireless network, characterized by comprising: receiving, at the UE, a secret value from the wireless network, wherein the secret value is a UE key, and storing the secret value at the UE; receiving, at the UE, a dedicated connection ID, DCID, for the UE; applying a hash function to a combination of the DCID, the UE key and a time stamp; selecting, at the UE, a sequence from a stored pool of possible sequences based on an output of the hash function; and transmitting the selected sequence to the wireless network. receiving, at the UE, a secret value from the wireless network, wherein the secret value is a UE key, and storing the secret value at the UE; receiving, at the UE, a dedicated connection ID, DCID, for the UE; applying a hash function to a combination of the DCID, the UE key and a time stamp; selecting, at the UE, a sequence from a stored pool of possible sequences based on an output of the hash function; and transmitting the selected sequence to the wireless network.