mhurhangee/patent-ind-claim-en huggingface dataset:
A device for closing a tissue opening , comprising: a capsule extending longitudinally from a proximal end to a distal end and including a lumen extending therethrough; a clip including a first arm and a second arm , proximal ends of which are slidably received in the lumen, the arms being movable between an open configuration in which distal ends of the arms are separated from one another to receive target tissue therebetween and a closed configuration in which the arms are drawn toward one another to grip the target tissue therebetween; a needle releasably connected to the first arm, the needle extending laterally inward toward the second arm and including a connecting structure extending along a portion thereof, the connecting structure being configured to engage a portion of the second arm, and a suture extending from a distal end connected to the needle to a proximal end extending proximally through the capsule, wherein the second arm includes an opening extending laterally therethrough and located so that, when the arms are moved to the closed configuration, the connecting structure of the needle engages the opening, wherein the arms are biased toward the open configuration and when the arms are drawn proximally into the capsule, the arms are constrained into the closed configuration via an interior surface of the capsule. a capsule extending longitudinally from a proximal end to a distal end and including a lumen extending therethrough; a clip including a first arm and a second arm , proximal ends of which are slidably received in the lumen, the arms being movable between an open configuration in which distal ends of the arms are separated from one another to receive target tissue therebetween and a closed configuration in which the arms are drawn toward one another to grip the target tissue therebetween; a needle releasably connected to the first arm, the needle extending laterally inward toward the second arm and including a connecting structure extending along a portion thereof, the connecting structure being configured to engage a portion of the second arm, and a suture extending from a distal end connected to the needle to a proximal end extending proximally through the capsule, wherein the second arm includes an opening extending laterally therethrough and located so that, when the arms are moved to the closed configuration, the connecting structure of the needle engages the opening, wherein the arms are biased toward the open configuration and when the arms are drawn proximally into the capsule, the arms are constrained into the closed configuration via an interior surface of the capsule.
A clock and detection system that samples an interference signal, comprising: a detector that detects the interference signal generated during frequency sweeping through a scan band of a swept optical signal; a data acquisition system that samples an output of the detector in response to a clock signal (k-clock) after receipt of a start signal (DAQ trig); a tunable clock system that generates the clock signal with a k-clock spectral filter , and the start signal in response to frequencies of the swept optical signal with a sweep start spectral filter ; a temperature control system for controlling the temperature of the tunable clock system; and a controller that controls the tunable clock system , wherein the k-clock spectral filter and the sweep start spectral filter are made of different materials and the controller controls the temperature control system to change a sweep start frequency at which the start signal and the frequencies at which the k-clock signals are generated. a detector that detects the interference signal generated during frequency sweeping through a scan band of a swept optical signal; a data acquisition system that samples an output of the detector in response to a clock signal (k-clock) after receipt of a start signal (DAQ trig); a tunable clock system that generates the clock signal with a k-clock spectral filter , and the start signal in response to frequencies of the swept optical signal with a sweep start spectral filter ; a temperature control system for controlling the temperature of the tunable clock system; and a controller that controls the tunable clock system , wherein the k-clock spectral filter and the sweep start spectral filter are made of different materials and the controller controls the temperature control system to change a sweep start frequency at which the start signal and the frequencies at which the k-clock signals are generated.
A method for safeguarding electrical devices using a continuous analysis of background sound, characterised in that - power is supplied to the system protecting the electrical device , - the correct operation of the system for safeguarding the electrical device is verified , wherein - in the event of incorrect operation of the system, this fact is signalled , preferably by means of a lighting and/or acoustic signal, - in the event of correct operation of the safety system, the power of the safeguarded electrical device is turned on , followed by a continuous analysis of the background sound, in which: - continuous monitoring of background sounds is performed , - sounds with a frequency different from the frequency of human voice are filtered out , - the filtered-out background sounds are compared to the sound patterns of human scream caused by pain and/or fear, - in the event of detecting conformance of the recorded sound with the pattern of human scream caused by pain and/or fear, the power is cut off from the safeguarded electrical device . - power is supplied to the system protecting the electrical device , - the correct operation of the system for safeguarding the electrical device is verified , wherein - in the event of incorrect operation of the system, this fact is signalled , preferably by means of a lighting and/or acoustic signal, - in the event of correct operation of the safety system, the power of the safeguarded electrical device is turned on , followed by a continuous analysis of the background sound, in which: - continuous monitoring of background sounds is performed , - sounds with a frequency different from the frequency of human voice are filtered out , - the filtered-out background sounds are compared to the sound patterns of human scream caused by pain and/or fear, - in the event of detecting conformance of the recorded sound with the pattern of human scream caused by pain and/or fear, the power is cut off from the safeguarded electrical device . - continuous monitoring of background sounds is performed , - sounds with a frequency different from the frequency of human voice are filtered out , - the filtered-out background sounds are compared to the sound patterns of human scream caused by pain and/or fear, - in the event of detecting conformance of the recorded sound with the pattern of human scream caused by pain and/or fear, the power is cut off from the safeguarded electrical device .
A method for producing a stent which is formed into a tubular body and comprises at least one marker including a marker housing and a marker insert comprising: using an indenter having a spherical shaped distal end , the distal end coming into contact with the marker insert when the marker insert is pressed with the indenter and is pressure fitted to an opening provided on the marker housing to fix it thereon.
A method for establishing a connection implemented in first radio access network, RAN, element, comprising: receiving a state notification, from a second RAN element, wherein the state notification includes an active state notification or an inactive state notification ; sending an instruction based on the inactive state notification to a terminal device if the first RAN element has no data of the terminal device to transmit within a preset time period, wherein the instruction instructs the terminal device to enter an inactive state; receiving connection resumption request information from the terminal device, wherein the connection resumption request information comprises an identifier of the terminal device; obtaining, based on the identifier of the terminal device, configuration information of a secondary cell corresponding to the terminal device in a connected state; and sending acknowledgement information to the terminal device, wherein the acknowledgement information responds to the connection resumption request information and instructs the terminal device to resume a connection to the second RAN element, and the second RAN element is a RAN element indicated by the configuration information of the secondary cell, the method characterized in that the acknowledgement information comprises information for instructing the terminal device to maintain a configuration of the secondary cell.. receiving a state notification, from a second RAN element, wherein the state notification includes an active state notification or an inactive state notification ; sending an instruction based on the inactive state notification to a terminal device if the first RAN element has no data of the terminal device to transmit within a preset time period, wherein the instruction instructs the terminal device to enter an inactive state; receiving connection resumption request information from the terminal device, wherein the connection resumption request information comprises an identifier of the terminal device; obtaining, based on the identifier of the terminal device, configuration information of a secondary cell corresponding to the terminal device in a connected state; and sending acknowledgement information to the terminal device, wherein the acknowledgement information responds to the connection resumption request information and instructs the terminal device to resume a connection to the second RAN element, and the second RAN element is a RAN element indicated by the configuration information of the secondary cell, the method characterized in that the acknowledgement information comprises information for instructing the terminal device to maintain a configuration of the secondary cell..
Method for machining a rail by grinding and/or planing, comprising the steps of - approaching the surface to be machined until contact with a metal abrasive module having at least one abrasive block , wherein the metal abrasive module is mounted on a vehicle, - performing movements with the at least one abrasive block while pressing the abrasive block onto the rail , - guiding a fluid and/or a coolant to the contact surface of the rail and the at least one abrasive block through a first hollow channel in the at least one abrasive block . - approaching the surface to be machined until contact with a metal abrasive module having at least one abrasive block , wherein the metal abrasive module is mounted on a vehicle, - performing movements with the at least one abrasive block while pressing the abrasive block onto the rail , - guiding a fluid and/or a coolant to the contact surface of the rail and the at least one abrasive block through a first hollow channel in the at least one abrasive block .
A split mechanical seal for mounting to a housing containing a rotating shaft , comprising a gland assembly configured for mounting to the housing and forming a chamber , a holder assembly disposed in the chamber and positioned so as to be in a cooperative sealing relationship with the gland assembly , the holder assembly defining a space and capable of rotating with the shaft , the holder assembly having an inner surface and an opposed outer surface , a rotary seal ring sized and configured for seating within the space defined by the holder assembly , the rotary seal ring having an outer surface, a holder assembly detent groove formed in the inner surface of the holder assembly forming a holder detent groove for at least partially seating a portion of a sealing element , and a seal ring detent groove formed in the outer surface of the rotary seal ring forming a seal ring detent groove for at least partially seating another portion of the sealing element , wherein the holder detent groove and the seal ring detent groove in combination are configured to seat and to retain the sealing element , characterized in that the inner surface of the holder assembly includes a first radially outermost and axially extending inner surface that transitions to a first radially outermost and radially inwardly extending stepped wall surface , the outer surface of the rotary seal ring includes a radially inwardly sloping surface and an inner axially extending surface , and wherein the rotary seal ring further includes a planar sealing surface , the holder detent groove is formed between the radially inwardly extending stepped wall surface and a top portion of the first radially outermost and axially extending inner surface , the detent groove is formed in the inner axially extending surface of the rotary seal ring , the detent groove seats the sealing element above the stepped wall surface , and upon application of an axial force the sealing element is displaced from the detent groove .
An information processing method, characterized in that the method comprises: detecting (S110) a creation operation acting on an application, App, icon of a first App on a terminal device; reading (S120) a pre-stored null file of the first App responsive to that the creation operation points to the first App deleted from the terminal device; wherein the null file is created, and after the null file is opened, there is no content that has been edited; and creating (S130) a target file corresponding to the first App based on the read pre-stored null file ; further comprising: storing information indicating a corresponding relationship between the App icon of the first App and the null file; and determining a storage address of the null file based on the corresponding relationship to read the null file from the storage address . detecting (S110) a creation operation acting on an application, App, icon of a first App on a terminal device; reading (S120) a pre-stored null file of the first App responsive to that the creation operation points to the first App deleted from the terminal device; wherein the null file is created, and after the null file is opened, there is no content that has been edited; and creating (S130) a target file corresponding to the first App based on the read pre-stored null file ; further comprising: storing information indicating a corresponding relationship between the App icon of the first App and the null file; and determining a storage address of the null file based on the corresponding relationship to read the null file from the storage address . storing information indicating a corresponding relationship between the App icon of the first App and the null file; and determining a storage address of the null file based on the corresponding relationship to read the null file from the storage address .
A wireless communication method, comprising: sending (S501), by a first terminal device, a first request that is used to request a second terminal device to release a first radio resource, wherein the first radio resource is a radio resource currently used by the second terminal device; determining, by the first terminal device, a first available radio resource set, wherein the first available radio resource set comprises at least a part of the first radio resource, and radio resources comprised in the first available radio resource set are consecutive in frequency domain; and sending (S505), by the first terminal device, information by using the first available radio resource set, characterized in that the first request comprises information about a radio resource that the second terminal device is recommended to select. sending (S501), by a first terminal device, a first request that is used to request a second terminal device to release a first radio resource, wherein the first radio resource is a radio resource currently used by the second terminal device; determining, by the first terminal device, a first available radio resource set, wherein the first available radio resource set comprises at least a part of the first radio resource, and radio resources comprised in the first available radio resource set are consecutive in frequency domain; and sending (S505), by the first terminal device, information by using the first available radio resource set, characterized in that the first request comprises information about a radio resource that the second terminal device is recommended to select.
A multipoint fuel injection system comprising: an outer support and an inner support 104 that form a pair of rings that defines an axis (A); wherein the outer support is a circumferentially extending outer support extending circumferentially around the axis (A); wherein the inner support is a circumferentially extending inner support extending circumferentially around the axis (A), with a plurality of circumferentially spaced apart feed arms extending radially between the inner support and the outer support; a plurality of outlet openings extending in an axial direction from the feed arm for feeding respective injection nozzles, wherein the outer support and feed arm define a plurality of fuel passages therethrough to convey fluid from an external source through the outer support and feed arm to the outlet openings; and a heat shield extending around the feed arms from the outer support to the inner support; wherein a plurality of outlet openings extend in an axial direction from each feed arm for feeding respective injection nozzles; and the heat shield is a single heat shield extending around the feed arms from the outer support to the inner support, wherein the heat shield is spaced apart from the feed arms with an insulative gap therebetween. an outer support and an inner support 104 that form a pair of rings that defines an axis (A); wherein the outer support is a circumferentially extending outer support extending circumferentially around the axis (A); wherein the inner support is a circumferentially extending inner support extending circumferentially around the axis (A), with a plurality of circumferentially spaced apart feed arms extending radially between the inner support and the outer support; a plurality of outlet openings extending in an axial direction from the feed arm for feeding respective injection nozzles, wherein the outer support and feed arm define a plurality of fuel passages therethrough to convey fluid from an external source through the outer support and feed arm to the outlet openings; and a heat shield extending around the feed arms from the outer support to the inner support; wherein a plurality of outlet openings extend in an axial direction from each feed arm for feeding respective injection nozzles; and the heat shield is a single heat shield extending around the feed arms from the outer support to the inner support, wherein the heat shield is spaced apart from the feed arms with an insulative gap therebetween.
Single-screw extruder for plasticizing plastics, having a cylinder and having a cylindrical screw which is rotatably mounted in the cylinder , wherein the cylinder has a feed zone for a supply of plastic material to be plasticized and a plasticizing zone arranged downstream of the feed zone in the conveying direction, wherein the feed zone is widened rotationally symmetrically relative to the plasticizing zone such that an annular gap is provided between a wall of the feed zone and a nominal diameter of the screw , characterized in that the annular gap is at least 10 times larger is larger than an annular gap between a wall of the plasticizing zone and the nominal diameter of the screw , and that between the feed zone and the plasticizing zone of the cylinder a transition zone conically tapering towards the plasticizing zone is provided, the wall of which is provided at least in sections with grooves which track the conical taper.
An accessory of footwear comprising a cap for adhering to an upper surface of a shoe , wherein said cap comprises a first set of fingers , a second set of fingers , and a midline , characterised in that said first set of fingers projects towards said midline , said second set of fingers projects towards said midline , said first and second sets of fingers extend towards each other, said first and second sets of fingers are inter-digitated, and said fingers each have an adhesive side covered by a release layer configured to be peeled off to expose adhesive, thereby permitting said fingers to adhere to said upper surface of said shoe.
Management system for a technical facility, in particular a process or manufacturing facility, which has an operator station server and an operator station client , wherein for control and monitoring the operator station server is designed to transfer a facility mimic diagram of the technical facility to the operator station client , wherein the facility mimic diagram comprises an alarm signal indicator , and wherein the operator station client is designed to visually display the facility mimic diagram with the alarm signal indicator , characterised in that the operator station server has a computer-implemented alarm signal service , which is designed to communicate to the operator station client , when transferring the facility mimic diagram with the alarm signal indicator , which duration it is allowed to expend for the visual display of the alarm signal indicator , and wherein the operator station client is designed to determine which value an actual display time has for the visual display of the alarm signal indicator , wherein the alarm signal service is also designed to inform the operator station client about an emergence of a new or updated alarm signal in the management system by way of a message, wherein the operator station client is designed to determine whether a display time for the visual display of the alarm signal indicator with the new or updated alarm signal would overshoot the value of the duration, which the operator station client is allowed to expend for the visual display of the alarm signal indicator , and wherein the operator station client is also designed to limit the visual display of the alarm signal indicator when the available duration is overshot. and wherein the operator station client is designed to visually display the facility mimic diagram with the alarm signal indicator , characterised in that the operator station server has a computer-implemented alarm signal service , which is designed to communicate to the operator station client , when transferring the facility mimic diagram with the alarm signal indicator , which duration it is allowed to expend for the visual display of the alarm signal indicator , and wherein the operator station client is designed to determine which value an actual display time has for the visual display of the alarm signal indicator , wherein the alarm signal service is also designed to inform the operator station client about an emergence of a new or updated alarm signal in the management system by way of a message, wherein the operator station client is designed to determine whether a display time for the visual display of the alarm signal indicator with the new or updated alarm signal would overshoot the value of the duration, which the operator station client is allowed to expend for the visual display of the alarm signal indicator , and wherein the operator station client is also designed to limit the visual display of the alarm signal indicator when the available duration is overshot.