mhurhangee/patent-ind-claim-en huggingface dataset:
A turbine exhaust case frame for an industrial gas turbine disposed to carry a load, the frame comprising: an inner ring configured to carry load from inner bearings; an outer ring ; and a plurality of load-bearing struts connecting the inner ring to the outer ring and communicating bearing loads from the inner ring to the outer ring; characterized in that triangular installation mounts are extending from the outer ring and having retention surfaces and coplanar mount surfaces, said coplanar mount surfaces being downward-facing load-bearing surfaces configured to mate with upward-facing load surfaces of a support post , and wherein the retention surfaces are configured to mate with retention surfaces of the support post. an inner ring configured to carry load from inner bearings; an outer ring ; and a plurality of load-bearing struts connecting the inner ring to the outer ring and communicating bearing loads from the inner ring to the outer ring; characterized in that triangular installation mounts are extending from the outer ring and having retention surfaces and coplanar mount surfaces, said coplanar mount surfaces being downward-facing load-bearing surfaces configured to mate with upward-facing load surfaces of a support post , and wherein the retention surfaces are configured to mate with retention surfaces of the support post.
An interface device for a radio with digital remote control, the device enabling communication between at least one radio transceiver with a digital remote control interface and at least two client devices , the interface device comprising an interface selection module controlled by a selection choice algorithm , a permanent physical connection being made between the radio transceiver and at least two client devices , characterized in that the interface device further comprises a control module which is able to supervise the connection between the radio transceiver and the selected client device and which is able to manage the current status of the radio transceiver and to control status and reset changes so that the radio transceiver reliably and transparently accepts the change of client device .
A centering device mounted to a railroad car coupler and restoring the coupler to an initial position of the coupler , the centering device comprising: a pair of side-part support members supporting opposite sides of the coupler ; a centering part restoring the coupler to the initial position of the coupler by rotating the side-part support members ; a mounting bracket installed under a hinge part of the coupler , the centering part being installed at an end part of the mounting bracket ; characterized in that the centering part further comprises: a cover member configured to have a cylindrical shape having an open lower end part; a rubber unit provided inside the cover member and applying a restoring force to the cover member ; and a coupling member having a first end part coupled to the cover member and having second end parts coupled to the side-part support members . a pair of side-part support members supporting opposite sides of the coupler ; a centering part restoring the coupler to the initial position of the coupler by rotating the side-part support members ; a mounting bracket installed under a hinge part of the coupler , the centering part being installed at an end part of the mounting bracket ; characterized in that the centering part further comprises: a cover member configured to have a cylindrical shape having an open lower end part; a rubber unit provided inside the cover member and applying a restoring force to the cover member ; and a coupling member having a first end part coupled to the cover member and having second end parts coupled to the side-part support members . a cover member configured to have a cylindrical shape having an open lower end part; a rubber unit provided inside the cover member and applying a restoring force to the cover member ; and a coupling member having a first end part coupled to the cover member and having second end parts coupled to the side-part support members .
Method for managing an overload state of a core network (CN) controlling a mobile access network (AN), this management method being intended to be implemented by a device located at the input of the core network, said management method comprising, for at least one terminal connected to the mobile access network via an access point and managed by said device, following the receipt (E20) of a non-access stratum request, referred to as an NAS request, from said terminal: - a step (E30) of detecting whether a backoff timer is associated with this terminal; - if no backoff timer is associated with the terminal, a step of associating (E40) with, and of transmitting (E50) to said terminal, a backoff timer intended to be applied by the latter for sending NAS requests to the core network; said method being characterized in that it further comprises, if, during the detection step (E30), it is detected that a backoff timer is associated with the terminal and has not been respected by the latter (E60), a step (E110) of the device located at the input of the core network sending, to the terminal, via the access point, a temporary identifier allocated to the terminal to communicate with the core network, and a step (E140) of the device located at the input of the core network sending, to the access point, a control message comprising at least one part of said temporary identifier, this control message requesting that all or some of the requests transmitted by a terminal which contain said at least one part of said temporary identifier be blocked by the access point. - a step (E30) of detecting whether a backoff timer is associated with this terminal; - if no backoff timer is associated with the terminal, a step of associating (E40) with, and of transmitting (E50) to said terminal, a backoff timer intended to be applied by the latter for sending NAS requests to the core network;
A radio frequency system, wherein the radio frequency system comprises a detection device, at least one antenna line device, and an antenna that are sequentially connected in series in a radio frequency network, and each of the at least one antenna line device is configured to: a) receive a detection signal from the detection device or a previous antenna line device connected in series to the antenna line device; and b) add device information of the antenna line device to the received detection signal, and send , to the antenna or a next antenna line device connected in series to the antenna line device, the detection signal to which the device information is added; and c) wherein the antenna line device is further configured to: c1) receive a feedback signal from the antenna, wherein the feedback signal comprises device information of the at least one antenna line device and device information of the antenna; and c2) send the feedback signal to the detection device; and d) wherein the device information of the antenna line device comprises port information of the antenna line device, or comprises port information of the antenna line device and device type information of the antenna line device; and e) wherein the port information of the antenna line device comprises a port number of a port used by the antenna line device to receive the detection signal, and a port number of a port used by the antenna line device to send the detection signal. a) receive a detection signal from the detection device or a previous antenna line device connected in series to the antenna line device; and b) add device information of the antenna line device to the received detection signal, and send , to the antenna or a next antenna line device connected in series to the antenna line device, the detection signal to which the device information is added; and c) wherein the antenna line device is further configured to: c1) receive a feedback signal from the antenna, wherein the feedback signal comprises device information of the at least one antenna line device and device information of the antenna; and c2) send the feedback signal to the detection device; and c1) receive a feedback signal from the antenna, wherein the feedback signal comprises device information of the at least one antenna line device and device information of the antenna; and c2) send the feedback signal to the detection device; and d) wherein the device information of the antenna line device comprises port information of the antenna line device, or comprises port information of the antenna line device and device type information of the antenna line device; and e) wherein the port information of the antenna line device comprises a port number of a port used by the antenna line device to receive the detection signal, and a port number of a port used by the antenna line device to send the detection signal.
Method for obtaining a sample from a biological material in solid form for storage on a solid medium, comprising pressing micro-needles of a device into said biological material , characterized in said device comprising an array of micro-needles arranged on a base plate , wherein the micro-needles are coated with a coating enhancing adherence of biological material to the microneedle , wherein said coating is selected from extracellular matrix attachment and/or adhesion proteins; mucopolysaccharides; basic synthetic polymers; or any combination thereof and subsequently removing the device from the biological material , and transferring the sample of biological material to said solid medium by pressing the micro-needles into the solid medium , wherein the biological material is from a deceased human or animal, or a fresh, frozen or formalin fixed paraffin embedded (FFPE) tissue sample.
Method for producing a functional element for an electrode unit of a battery cell , wherein at least one starting material is provided, and the starting material is compressed in a calender , and wherein, during the compressing, sound waves or ultrasonic waves are transferred from the calender into the starting material .
A computer-implemented method for security of enterprise networks , the method being executed by one or more processors and comprising: receiving, from an agile security platform, attack graph (AG) data representative of one or more AGs comprising nodes and edges between nodes, each edge being associated with an activity in an enterprise network , wherein the nodes and edges define one or more lateral paths within the enterprise network for reaching a target asset (122; 124; 126; 128) from one or more assets (122; 124; 126; 128) within the enterprise network ; processing, by a security platform , data from one or more data sources (406; 408; 410; 412) to selectively generate at least one event, the at least one event representing a potential security risk within the enterprise network ; and selectively generating, within the security platform , an alert representing the at least one event, the alert being associated with a priority within a set of alerts, the priority being based on a number of incoming and/or outgoing edges of at least one node in the AG data . receiving, from an agile security platform, attack graph (AG) data representative of one or more AGs comprising nodes and edges between nodes, each edge being associated with an activity in an enterprise network , wherein the nodes and edges define one or more lateral paths within the enterprise network for reaching a target asset (122; 124; 126; 128) from one or more assets (122; 124; 126; 128) within the enterprise network ; processing, by a security platform , data from one or more data sources (406; 408; 410; 412) to selectively generate at least one event, the at least one event representing a potential security risk within the enterprise network ; and selectively generating, within the security platform , an alert representing the at least one event, the alert being associated with a priority within a set of alerts, the priority being based on a number of incoming and/or outgoing edges of at least one node in the AG data .
A survey voltage transmitter for use with an electric leakage detection device, the survey voltage transmitter comprising: a diode; a resistor; a first connection wire connected to a hot wire of AC power at a place; and a second connection wire connected to a neutral wire of the AC power at the place, a switching unit for turning on and off a circuit connected between the hot wire and the neutral wire to control a current flow through the diode and the resistor connected in series; characterized in that the survey voltage transmitter further comprises: a switching control unit for controlling a switch time of the circuit by providing a time control signal to the switching unit to turn on the circuit at a predetermined phase angle of the AC power and turn off the circuit before a half wave extinction phase angle of the AC power to generate a transient surge voltage as a survey voltage; and a coding unit for controlling the switching control unit whether to generate the current flow or not, thereby generating a survey voltage signal comprising a series of logic values corresponding to the current flow for receipt by the electric leakage detection device. a diode; a resistor; a first connection wire connected to a hot wire of AC power at a place; and a second connection wire connected to a neutral wire of the AC power at the place, a switching unit for turning on and off a circuit connected between the hot wire and the neutral wire to control a current flow through the diode and the resistor connected in series; characterized in that the survey voltage transmitter further comprises: a switching control unit for controlling a switch time of the circuit by providing a time control signal to the switching unit to turn on the circuit at a predetermined phase angle of the AC power and turn off the circuit before a half wave extinction phase angle of the AC power to generate a transient surge voltage as a survey voltage; and a coding unit for controlling the switching control unit whether to generate the current flow or not, thereby generating a survey voltage signal comprising a series of logic values corresponding to the current flow for receipt by the electric leakage detection device. a switching control unit for controlling a switch time of the circuit by providing a time control signal to the switching unit to turn on the circuit at a predetermined phase angle of the AC power and turn off the circuit before a half wave extinction phase angle of the AC power to generate a transient surge voltage as a survey voltage; and a coding unit for controlling the switching control unit whether to generate the current flow or not, thereby generating a survey voltage signal comprising a series of logic values corresponding to the current flow for receipt by the electric leakage detection device.
An electronic system comprising: an electronics chassis that includes a first heat dissipator and a second heat dissipator that are separated by a thermal isolator ; a first electronic component mounted to the first heat dissipator within the chassis; and a second electronic component mounted to the second heat dissipator within the chassis; characterised in that the thermal isolator surrounds the first heat dissipator, or wherein the thermal isolator forms a thermal isolation ring around the first heat dissipator . an electronics chassis that includes a first heat dissipator and a second heat dissipator that are separated by a thermal isolator ; a first electronic component mounted to the first heat dissipator within the chassis; and a second electronic component mounted to the second heat dissipator within the chassis; characterised in that the thermal isolator surrounds the first heat dissipator, or wherein the thermal isolator forms a thermal isolation ring around the first heat dissipator .
An interlayer film for a laminated glass, comprising a first layer that contains a polyvinyl acetal resin having a degree of acetylation of 1 mol% or higher and lower than 8 mol% and a plasticizer, and a second layer that contains a polyvinyl acetal resin and a plasticizer and is laminated on one face of the first layer, wherein the first layer contains, as the polyvinyl acetal resin having a degree of acetylation of 1 mol% or higher and lower than 8 mol%, only a polyvinyl acetal resin obtained by acetalizing a polyvinyl alcohol resin that has an average degree of polymerization determined by a method based on JIS K6726 exceeding 3000, or a polyvinyl acetal resin obtained by acetalizing a polyvinyl alcohol resin that has an average degree of polymerization determined by a method based on JIS K6726 exceeding 3000 in combination with a polyvinyl acetal resin obtained by acetalizing a polyvinyl alcohol resin that has an average degree of polymerization determined by a method based on JIS K6726 of 3000 or lower, and wherein the amount of the polyvinyl acetal resin having an average degree of polymerization exceeding 3000 is 50% by weight or more to 100 % by weight or less relative to 100 % by weight of the total amount of the polyvinyl acetal resin obtained by acetalizing a polyvinyl alcohol resin that has an average degree of polymerization determined by a method based on JIS K6726 exceeding . 3000 and the polyvinyl acetal resin obtained by acetalizing a polyvinyl alcohol resin that has an average degree of polymerization determined by a method based on JIS K6726 of 3000 or lower, further comprising a third layer that contains a polyvinyl acetal resin and a plasticizer and is laminated on the other face of the first layer, wherein an amount of the plasticizer for each 100 parts by weight of the polyvinyl acetal resin obtained by acetalizing a polyvinyl alcohol resin that has an average degree of polymerization determined by a method based on JIS K6726 exceeding 3000 in the first layer is larger than an amount of the plasticizer for each 100 parts by weight of the polyvinyl acetal resin in each of the second layer and the third layer, wherein the first layer has 55 parts by weight or more of the plasticizer for each 100 parts by weight of the polyvinyl acetal resin obtained by acetalizing a polyvinyl alcohol resin that has an average degree of polymerization determined by a method based on JIS K6726 exceeding 3000, wherein a ratio of a thickness of the first layer to a thickness of the interlayer film, [(thickness of the first layer)/(thickness of the interlayer film)], is 0.05 to 0.35.
A handover control method, comprising: receiving , by a target base station, a handover request message from a source base station, wherein the handover request message comprises an identity of a small cell base station or a cell identity of the small cell base station; and transmitting , by the target base station, a handover acknowledge message to the source base station, wherein the handover acknowledge message comprises indication that occupies a bit, a value of the indication being used to represent that user data of an user equipment, UE, continues to be transmitted by the small cell base station after the UE accessing the target base station, wherein the target base station provides a control plane service for the UE. receiving , by a target base station, a handover request message from a source base station, wherein the handover request message comprises an identity of a small cell base station or a cell identity of the small cell base station; and transmitting , by the target base station, a handover acknowledge message to the source base station, wherein the handover acknowledge message comprises indication that occupies a bit, a value of the indication being used to represent that user data of an user equipment, UE, continues to be transmitted by the small cell base station after the UE accessing the target base station, wherein the target base station provides a control plane service for the UE.
A method of sequencing two or more units of an analyte modified with at least a first arresting construct and a second arresting construct, comprising: (a) providing a nanopore positioned between a cis side comprising a first conductive liquid medium and the modified analyte and a trans side comprising a second conductive liquid medium, wherein the nanopore provides liquid communication between the cis side and the trans side; (b) causing the first arresting construct of the modified analyte to pause translocation of the modified analyte upon the first arresting construct entering the nanopore, thereby producing a first ion current level representing a first unit; (c) altering the first arresting construct of the modified analyte, the alteration allowing the modified analyte to advance toward the trans side; (d) causing the second arresting construct of the modified analyte to pause translocation of the modified analyte upon the second arresting construct entering the nanopore, thereby producing a second ion current level representing a second unit; and (e) comparing the first ion current level and the second ion current level with a known ion current level of a known unit, thereby identifying the first and second units of the analyte. (a) providing a nanopore positioned between a cis side comprising a first conductive liquid medium and the modified analyte and a trans side comprising a second conductive liquid medium, wherein the nanopore provides liquid communication between the cis side and the trans side; (b) causing the first arresting construct of the modified analyte to pause translocation of the modified analyte upon the first arresting construct entering the nanopore, thereby producing a first ion current level representing a first unit; (c) altering the first arresting construct of the modified analyte, the alteration allowing the modified analyte to advance toward the trans side; (d) causing the second arresting construct of the modified analyte to pause translocation of the modified analyte upon the second arresting construct entering the nanopore, thereby producing a second ion current level representing a second unit; and (e) comparing the first ion current level and the second ion current level with a known ion current level of a known unit, thereby identifying the first and second units of the analyte.
Combination of a piston and a connecting rod mounted in a pivotable manner in a bearing receptacle of the piston , wherein the piston comprises an upper piston part forming the piston head and a piston lower part forming at least one section of the piston skirt , which are connectible within the framework of the assembly of the combination, and wherein a connecting rod head of the connecting rod can be inserted in a first rotational alignment into the bearing receptacle and is secured against loosening from the bearing receptacle in a second rotational alignment twisted by an angular distance about the longitudinal axis of the connecting rod , characterized in that the connecting rod , after assembly of the combination by means of the lower piston part connected to the upper piston part , is secured against twisting from the second rotational alignment into the first rotational alignment, by the piston lower part forming a projection which after assembly of the combination engages in a section of the bearing receptacle , in which a section of the connecting rod head is arranged in the first rotational alignment and is not positioned in the second rotational alignment.