mhurhangee/patent-ind-claim-en huggingface dataset:
A connector assembly for connecting and establishing fluid communication between a first tube and a second tube , comprising: a housing with an open bore which extends along an axis (A) from an open first end to an open second end ; said housing including a plurality of fingers that are spaced circumferentially from one another and are deflectable in a radial direction; wherein at least one of said fingers has at least three teeth that are spaced axially from one another and extend into said open bore of said housing for engaging into the first tube to resist pull out of the first tube from said open bore; and each of said teeth extends by a height (H a , H b , H c ) to a leading edge of an engagement surface which also includes an angled portion that extends at an angle (θ a , θ b , θ c ) relative to said axis, characterised in that said at least three axially spaced teeth have differing angles (θ a , θ b , θ c ) of said angled portions . a housing with an open bore which extends along an axis (A) from an open first end to an open second end ; said housing including a plurality of fingers that are spaced circumferentially from one another and are deflectable in a radial direction; wherein at least one of said fingers has at least three teeth that are spaced axially from one another and extend into said open bore of said housing for engaging into the first tube to resist pull out of the first tube from said open bore; and each of said teeth extends by a height (H a , H b , H c ) to a leading edge of an engagement surface which also includes an angled portion that extends at an angle (θ a , θ b , θ c ) relative to said axis, characterised in that said at least three axially spaced teeth have differing angles (θ a , θ b , θ c ) of said angled portions .
A method performed by a server and a first camera for filtering messages, wherein the server performs the steps of: determining, using information from an agency, a first identifier of one or more first systems, selected from a group consisting of conducted electrical weapons "CEWs", holsters, and in-vehicle monitors, the one or more first systems associated with the first camera; generating, in accordance with the determining, a list that includes one or more entries, each entry including the first identifier of one of the one or more first systems associated with the first camera; transmitting the list to the first camera, and wherein the first camera performs the steps of: receiving the list; receiving one or more messages wirelessly transmitted from at least one of a CEW, a holster, and an in-vehicle monitor, each message comprising a second identifier of the CEW, the holster, or the in-vehicle monitor that sent the message; and ignoring the one or more messages unless the second identifier is the same as one of the first identifiers in the one or more entries of the list. determining, using information from an agency, a first identifier of one or more first systems, selected from a group consisting of conducted electrical weapons "CEWs", holsters, and in-vehicle monitors, the one or more first systems associated with the first camera; generating, in accordance with the determining, a list that includes one or more entries, each entry including the first identifier of one of the one or more first systems associated with the first camera; transmitting the list to the first camera, and wherein the first camera performs the steps of: receiving the list; receiving one or more messages wirelessly transmitted from at least one of a CEW, a holster, and an in-vehicle monitor, each message comprising a second identifier of the CEW, the holster, or the in-vehicle monitor that sent the message; and ignoring the one or more messages unless the second identifier is the same as one of the first identifiers in the one or more entries of the list. receiving the list; receiving one or more messages wirelessly transmitted from at least one of a CEW, a holster, and an in-vehicle monitor, each message comprising a second identifier of the CEW, the holster, or the in-vehicle monitor that sent the message; and ignoring the one or more messages unless the second identifier is the same as one of the first identifiers in the one or more entries of the list.
A system for selection of operation of a power toothbrush, comprising: - a toothbrush assembly having: - a first switch operable by a user to control the ON/OFF condition of the toothbrush, and - a second switch , operable by the user during the time that the first switch is in its OFF condition, to select one of a plurality of possible modes of operation established in the toothbrush, wherein when the second switch is operated to select a particular mode of operation, the toothbrush will then operate in that particular mode when the ON/OFF switch is thereafter operated to an ON condition; and - an indicator means for indicating which mode has been selected; characterized in that the toothbrush is programmed to revert to a normal mode of operation when the toothbrush turns OFF and is not turned back ON within a preselected time. - a toothbrush assembly having: - a first switch operable by a user to control the ON/OFF condition of the toothbrush, and - a second switch , operable by the user during the time that the first switch is in its OFF condition, to select one of a plurality of possible modes of operation established in the toothbrush, wherein when the second switch is operated to select a particular mode of operation, the toothbrush will then operate in that particular mode when the ON/OFF switch is thereafter operated to an ON condition; and - a first switch operable by a user to control the ON/OFF condition of the toothbrush, and - a second switch , operable by the user during the time that the first switch is in its OFF condition, to select one of a plurality of possible modes of operation established in the toothbrush, - an indicator means for indicating which mode has been selected;
A method for handling link quality measurements, the method being performed by a wireless device in a wireless communication network, the method comprising: - receiving (S1), from a network node in the wireless communication network, measurement parameters defining a triggering link quality measurement signal, wherein the measurement parameters specify the triggering signal and comprise reference sequence identifiers of other link quality measurement signals to be measured in response to detecting the triggering signal; - detecting (S2) the triggering link quality measurement signal, and - performing (S3), in response to the detection of the triggering link quality measurement signal, measurements on said other link quality measurement signals. - receiving (S1), from a network node in the wireless communication network, measurement parameters defining a triggering link quality measurement signal, wherein the measurement parameters specify the triggering signal and comprise reference sequence identifiers of other link quality measurement signals to be measured in response to detecting the triggering signal; - detecting (S2) the triggering link quality measurement signal, and - performing (S3), in response to the detection of the triggering link quality measurement signal, measurements on said other link quality measurement signals.
A fan assembly comprising a first fan blade ; a first fairing platform mounted on and supported from a first surface of the first fan blade and an abutting second fairing platform mounted on and supported from a second surface of the first fan blade , wherein the first fairing platform interfaces with the abutting second fairing platform near a trailing edge of the blade , and characterised in that a clip is disposed aft of the first fairing platform and the adjacent fairing platform and connecting the first fairing platform to the adjacent fairing platform . a first fan blade ; a first fairing platform mounted on and supported from a first surface of the first fan blade and an abutting second fairing platform mounted on and supported from a second surface of the first fan blade , wherein the first fairing platform interfaces with the abutting second fairing platform near a trailing edge of the blade , and characterised in that a clip is disposed aft of the first fairing platform and the adjacent fairing platform and connecting the first fairing platform to the adjacent fairing platform .
A reference clock duty cycle calibration circuit, comprising: a first low-noise low-dropout regulator , configured to provide a low-noise voltage; an oscillation circuit , configured to generate a sine wave signal under the driving of the low-noise voltage; a duty cycle adjustment circuit , configured to adjust, based on a first reference voltage, a duty cycle of a first reference clock signal generated based on the sine wave signal; and a duty cycle calibration circuit , comprising: a duty cycle detection circuit , configured to detect the duty cycle of the first reference clock signal, and adjust an amplitude of an output signal of the duty cycle detection circuit based on the duty cycle of the first reference clock signal; and a second low-noise low-dropout regulator , configured to adjust and output the first reference voltage based on the amplitude of the output signal of the duty cycle detection circuit, wherein a value of the first reference voltage is directly proportional to the amplitude of the output signal of the duty cycle detection circuit. a first low-noise low-dropout regulator , configured to provide a low-noise voltage; an oscillation circuit , configured to generate a sine wave signal under the driving of the low-noise voltage; a duty cycle adjustment circuit , configured to adjust, based on a first reference voltage, a duty cycle of a first reference clock signal generated based on the sine wave signal; and a duty cycle calibration circuit , comprising: a duty cycle detection circuit , configured to detect the duty cycle of the first reference clock signal, and adjust an amplitude of an output signal of the duty cycle detection circuit based on the duty cycle of the first reference clock signal; and a second low-noise low-dropout regulator , configured to adjust and output the first reference voltage based on the amplitude of the output signal of the duty cycle detection circuit, wherein a value of the first reference voltage is directly proportional to the amplitude of the output signal of the duty cycle detection circuit. a duty cycle detection circuit , configured to detect the duty cycle of the first reference clock signal, and adjust an amplitude of an output signal of the duty cycle detection circuit based on the duty cycle of the first reference clock signal; and a second low-noise low-dropout regulator , configured to adjust and output the first reference voltage based on the amplitude of the output signal of the duty cycle detection circuit, wherein a value of the first reference voltage is directly proportional to the amplitude of the output signal of the duty cycle detection circuit.
An interventional medical system useful for implanting an epicardial medical electrical lead, the system comprising a guiding catheter and a delivery catheter ; the guiding catheter comprising a shaft that defines a guide lumen , a handle joined to a proximal end of the shaft, and an inflation assembly, the inflation assembly comprising an inflation lumen configured to extend within the handle and the shaft, from a proximal port thereof, which is formed in the handle, to a distal port thereof, which is formed in the shaft, in proximity to a distal end thereof, the distal end of the shaft defining a distal-most opening of the guide lumen; and the delivery catheter comprising an elongate tubular member configured for sliding engagement within the guide lumen, the tubular member defining a delivery lumen sized to receive the lead in sliding engagement therewith, the tubular member including a proximal segment (P3), an adjustable segment (A3) that extends distally from the proximal segment, a distal tip segment (D3) that extends distally from the adjustable segment, and a reach, the adjustable segment configured to be adjustable between a straight configuration and a curved configuration, the reach being a maximum orthogonal distance from the proximal segment to a distal-most edge of the distal tip segment, when the adjustable segment is in the curved configuration, the distal-most edge of the distal tip segment defining a distal-most opening of the delivery lumen, and the reach, the proximal segment, the adjustable segment, and the distal tip segment all being co-planar with one another; wherein the inflation assembly of the guiding catheter further comprises: a non-compliant inflatable sleeve configured to, when inftated, have a maximum diameter of at least twice the reach of the delivery catheter tubular member, the sleeve being secured to the shaft of the guiding catheter so that a sealed interior portion thereof is in fluid communication with the inflation lumen via the distal port; and wherein a distal-facing surface of the inflated sleeve is configured to be located proximal to, and no more than 6.4 mm (0.25 inch) from the distal-most opening of the guide lumen. a non-compliant inflatable sleeve configured to, when inftated, have a maximum diameter of at least twice the reach of the delivery catheter tubular member, the sleeve being secured to the shaft of the guiding catheter so that a sealed interior portion thereof is in fluid communication with the inflation lumen via the distal port; and wherein a distal-facing surface of the inflated sleeve is configured to be located proximal to, and no more than 6.4 mm (0.25 inch) from the distal-most opening of the guide lumen.
A method for operating a user equipment, UE, the method comprising: transmitting , by the UE, a registration request message to a network entity to establish a connection for onboarding, the registration message comprising an onboarding and provisioning indication information; and completing, by the UE with the network entity, provisioning in accordance with the onboarding and provisioning indication information; the onboarding and provision indication information comprising a provisioning method indication indicating a provisioning method preferred or supported by the UE, the provisioning method indication indicating at least one of control plane, CP, based remote provisioning or user plane, UP, based remote provisioning. transmitting , by the UE, a registration request message to a network entity to establish a connection for onboarding, the registration message comprising an onboarding and provisioning indication information; and completing, by the UE with the network entity, provisioning in accordance with the onboarding and provisioning indication information; the onboarding and provision indication information comprising a provisioning method indication indicating a provisioning method preferred or supported by the UE, the provisioning method indication indicating at least one of control plane, CP, based remote provisioning or user plane, UP, based remote provisioning.
An attraction system , comprising: an elevator assembly comprising an elevator path , wherein the elevator path intersects a ride path of the attraction system ; an elevator car comprising a support , wherein the elevator car is configured to travel along the elevator path ; a ride vehicle comprising a cabin coupled to a bogie , wherein the ride vehicle is configured to travel along the ride path via the bogie , wherein the bogie is configured to travel into the elevator car via the ride path ; characterised by further comprising a cabin projection of the cabin , wherein the support is configured to capture the cabin projection on at least two sides when the ride vehicle is in a loaded position. an elevator assembly comprising an elevator path , wherein the elevator path intersects a ride path of the attraction system ; an elevator car comprising a support , wherein the elevator car is configured to travel along the elevator path ; a ride vehicle comprising a cabin coupled to a bogie , wherein the ride vehicle is configured to travel along the ride path via the bogie , wherein the bogie is configured to travel into the elevator car via the ride path ; characterised by further comprising a cabin projection of the cabin , wherein the support is configured to capture the cabin projection on at least two sides when the ride vehicle is in a loaded position.
A method performed by an access point for connecting an electronic device of a guest user to a wireless network provided by the access point both the electronic device and the access point being associated respectively to a first and second identifier in a server hosting a social network, the social network being defined by a graph structure defining relationships between a plurality of nodes, each node corresponding to an identifier in the social network, the method comprising: - receiving a connection request for connecting to the network, the connection request comprising the first identifier, - determining, using the server hosting the social network, if a portion of the graph structure defines a relationship between the nodes corresponding respectively to the first and second identifiers, and - granting access to the network based on the determining, the method being characterized in that the access point is associated to a plurality of second identifiers, each second identifier being associated at a respective server to a different social network, the connection request further comprising the first identifier associated to a social network selected, by the guest user, among the social networks available associated to the plurality of second identifiers, the step of determining further comprising: - selecting the second identifier corresponding to the social network comprised in connection request. - receiving a connection request for connecting to the network, the connection request comprising the first identifier, - determining, using the server hosting the social network, if a portion of the graph structure defines a relationship between the nodes corresponding respectively to the first and second identifiers, and - granting access to the network based on the determining, the method being characterized in that the access point is associated to a plurality of second identifiers, each second identifier being associated at a respective server to a different social network, the connection request further comprising the first identifier associated to a social network selected, by the guest user, among the social networks available associated to the plurality of second identifiers, the step of determining further comprising: - selecting the second identifier corresponding to the social network comprised in connection request. - selecting the second identifier corresponding to the social network comprised in connection request.
A process for determining the functionality of an artificial genetic element, wherein the process comprises the steps of a) providing a plurality of cells, wherein the cells comprise a native genetic element essential to propagation of said cells; b) introducing an artificial genetic element expected or designed to serve the same biological function as said native genetic element into said plurality of cells, in a transgenesis step; c) subjecting said plurality of cells to conditions of high frequency transposon mutagenesis in a mutagenesis step, wherein a transposable element may be inserted into said native genetic element and/or said artificial genetic element, and thereafter d) obtaining a set of DNA sequences, wherein each sequence is representative of a site of insertion of said transposable element from said plurality of cells; and e) determining the frequency of insertion of said transposable element into - said native genetic element and - said artificial genetic element f) comparing the frequency of transposon insertion into said native genetic element to the frequency of transposon insertion into said artificial genetic element and g) assigning a likelihood of functionality to said artificial functional element, which is - high if the frequency of transposon insertion is essentially equal for both elements, and - low if the frequency of transposon insertion is higher into the artificial genetic element. a) providing a plurality of cells, wherein the cells comprise a native genetic element essential to propagation of said cells; b) introducing an artificial genetic element expected or designed to serve the same biological function as said native genetic element into said plurality of cells, in a transgenesis step; c) subjecting said plurality of cells to conditions of high frequency transposon mutagenesis in a mutagenesis step, wherein a transposable element may be inserted into said native genetic element and/or said artificial genetic element, and thereafter d) obtaining a set of DNA sequences, wherein each sequence is representative of a site of insertion of said transposable element from said plurality of cells; and e) determining the frequency of insertion of said transposable element into - said native genetic element and - said artificial genetic element - said native genetic element and - said artificial genetic element f) comparing the frequency of transposon insertion into said native genetic element to the frequency of transposon insertion into said artificial genetic element and g) assigning a likelihood of functionality to said artificial functional element, which is - high if the frequency of transposon insertion is essentially equal for both elements, and - low if the frequency of transposon insertion is higher into the artificial genetic element. - high if the frequency of transposon insertion is essentially equal for both elements, and - low if the frequency of transposon insertion is higher into the artificial genetic element.
Fastening system for recessed mounting in an insulating material on a substrate , comprising: - a fastening element with a first and a second end region, wherein the first end region comprises fastening means for fastening the fastening element to the substrate, and - a holding element for holding the insulating material, wherein the holding element comprises cutting means for rotary cutting into the insulating material, characterized in that - the second end region of the fastening element comprises an external thread , - the holding element comprises a corresponding internal thread , and - the fastening system comprises a rotation means which prevents further screwing of the external thread into the internal thread, such that further rotation of the fastening element then causes rotation of the holding element and of the cutting means. - a fastening element with a first and a second end region, wherein the first end region comprises fastening means for fastening the fastening element to the substrate, and - a holding element for holding the insulating material, wherein the holding element comprises cutting means for rotary cutting into the insulating material, - the second end region of the fastening element comprises an external thread , - the holding element comprises a corresponding internal thread , and - the fastening system comprises a rotation means which prevents further screwing of the external thread into the internal thread, such that further rotation of the fastening element then causes rotation of the holding element and of the cutting means.