mhurhangee/patent-ind-claim-en huggingface dataset:
A method of modulating expression of a target nucleic acid in a cell comprising introducing into the cell a first foreign nucleic acid encoding one or more RNAs complementary to DNA, wherein the DNA includes the target nucleic acid, introducing into the cell a second foreign nucleic acid encoding a nuclease-null Cas9 protein that binds to the DNA and is guided by the one or more RNAs, introducing into the cell a third foreign nucleic acid encoding a transcriptional regulator protein or domain, wherein the one or more RNAs, the nuclease-null Cas9 protein, and the transcriptional regulator protein or domain are expressed, wherein the one or more RNAs, the nuclease-null Cas9 protein and the transcriptional regulator protein or domain co-localize to the DNA and wherein the transcriptional regulator protein or domain regulates expression of the target nucleic acid, wherein the first foreign nucleic acid encoding the one or more RNAs further encodes a tether sequence and the third foreign nucleic acid encoding the transcriptional regulator protein or domain further encodes a tether sequence binding domain fused to the transcriptional regulator protein or domain, and wherein the method steps take place in vitro or ex vivo.
A navigation method, comprising: obtaining, by a navigation terminal, first navigation information; generating, by the navigation terminal, a first navigation route according to the first navigation information; sending, by the navigation terminal, information about the first navigation route to a server; receiving, by the navigation terminal, second navigation information sent by the server, wherein the second navigation information carries a real-time route parameter of the first navigation route; characterized in that : the real-time route parameter is a quantity of vehicles that stop at a traffic light in the first navigation route; and when the real-time route parameter of the first navigation route satisfies a preset condition, enabling, by the navigation terminal, a navigation window to pop up or automatically adjusting content presented in a navigation window; and wherein that the real-time route parameter satisfies a preset condition comprises: the quantity of vehicles that stop at the traffic light in the first navigation route is greater than a preset threshold. obtaining, by a navigation terminal, first navigation information; generating, by the navigation terminal, a first navigation route according to the first navigation information; sending, by the navigation terminal, information about the first navigation route to a server; receiving, by the navigation terminal, second navigation information sent by the server, wherein the second navigation information carries a real-time route parameter of the first navigation route; characterized in that : the real-time route parameter is a quantity of vehicles that stop at a traffic light in the first navigation route; and when the real-time route parameter of the first navigation route satisfies a preset condition, enabling, by the navigation terminal, a navigation window to pop up or automatically adjusting content presented in a navigation window; and wherein that the real-time route parameter satisfies a preset condition comprises: the quantity of vehicles that stop at the traffic light in the first navigation route is greater than a preset threshold. the real-time route parameter is a quantity of vehicles that stop at a traffic light in the first navigation route; and when the real-time route parameter of the first navigation route satisfies a preset condition, enabling, by the navigation terminal, a navigation window to pop up or automatically adjusting content presented in a navigation window; and wherein that the real-time route parameter satisfies a preset condition comprises: the quantity of vehicles that stop at the traffic light in the first navigation route is greater than a preset threshold.
An apparatus for a gas turbine engine comprising: a conduit comprising a first end , a second end , and a longitudinal axis, wherein the conduit defines an inner channel and is configured to extend through a vane cavity of a vane in a radial direction of the gas turbine engine; and a damping finger comprising a first portion coupled to the conduit and a second portion , wherein the damping finger is resiliently flexible and the second portion of the damping finger is configured to contact an inner surface of the vane , characterised in that the second portion is diverging outward from the first portion at an angle relative to the longitudinal axis of the conduit ; and in that the first portion outward of the second portion in the radial direction when assembled within the gas turbine engine. a conduit comprising a first end , a second end , and a longitudinal axis, wherein the conduit defines an inner channel and is configured to extend through a vane cavity of a vane in a radial direction of the gas turbine engine; and a damping finger comprising a first portion coupled to the conduit and a second portion , wherein the damping finger is resiliently flexible and the second portion of the damping finger is configured to contact an inner surface of the vane , characterised in that the second portion is diverging outward from the first portion at an angle relative to the longitudinal axis of the conduit ; and in that the first portion outward of the second portion in the radial direction when assembled within the gas turbine engine.
An acupuncture treatment apparatus comprising: at least one needle configured to be inserted into a body part; a cover configured to cover the needle configured to be inserted into the body part; and a plasma generation unit configured to generate plasma and supply the plasma to the cover . at least one needle configured to be inserted into a body part; a cover configured to cover the needle configured to be inserted into the body part; and a plasma generation unit configured to generate plasma and supply the plasma to the cover .
A method of controlling the operation of a second doser in a vehicle exhaust system, said system including a first SCR catalytic unit and a second SCR catalytic unit located downstream of said first unit , and including a first urea doser adapted to inject reductant upstream of said first unit , and where said second urea doser is located upstream of said second catalytic unit and adapted to inject urea upstream of said second catalytic unit , said method comprising the steps of a) determining a desired NH3 slip fraction based on operating conditions of said first SCR unit, b) controlling the operation of the second doser based on said desired slip fraction, wherein said slip fraction is defined as a/(a+b) where "a" is the desired NH3 slip and "b" is the NH3 flow to said second SCR unit provided by operation of said second doser . a) determining a desired NH3 slip fraction based on operating conditions of said first SCR unit, b) controlling the operation of the second doser based on said desired slip fraction,
A system for monitoring a mechanically ventilated patient, comprising: at least one internal probe for at least one of transmitting and receiving an RF signal, the internal probe set to be mounted on an elongated guiding element set for insertion via the pharynx into a tract of a patient, the internal probe and elongated guiding element are configured to be directly inserted into the tract independently of another guiding device; at least one external probe which is set to be positioned in a location outside the body for at least one of transmitting and receiving an RF signal; a processing unit configured to analyze an RF signal transmitted between at least one transducer of the at least one internal probe and at least one transducer of the at least one external probe, propagating via at least one tissue of the patient between walls of the tract and a skin layer of the patient, to estimate at least one dielectric property of the at least one tissue; wherein the RF signals are unsuitable for generating anatomical images of the at least one tissues, characterized in that the processing unit analyses the RF signal to assess lung ventilation through the at least one tissue; wherein the processing unit generates a signal for adjusting a mechanical ventilation machine ventilating the patient based on the assessed lung ventilation, the generated signal transmitted to at least one of a monitor for display to a user and a ventilation controller of the mechanical ventilation machine for automatically adjusting the mechanical ventilation machine . at least one internal probe for at least one of transmitting and receiving an RF signal, the internal probe set to be mounted on an elongated guiding element set for insertion via the pharynx into a tract of a patient, the internal probe and elongated guiding element are configured to be directly inserted into the tract independently of another guiding device; at least one external probe which is set to be positioned in a location outside the body for at least one of transmitting and receiving an RF signal; a processing unit configured to analyze an RF signal transmitted between at least one transducer of the at least one internal probe and at least one transducer of the at least one external probe, propagating via at least one tissue of the patient between walls of the tract and a skin layer of the patient, to estimate at least one dielectric property of the at least one tissue; wherein the RF signals are unsuitable for generating anatomical images of the at least one tissues, characterized in that the processing unit analyses the RF signal to assess lung ventilation through the at least one tissue; wherein the processing unit generates a signal for adjusting a mechanical ventilation machine ventilating the patient based on the assessed lung ventilation, the generated signal transmitted to at least one of a monitor for display to a user and a ventilation controller of the mechanical ventilation machine for automatically adjusting the mechanical ventilation machine .
An anchoring system for concrete structures, comprising a) an anchoring element having a wall which delimits a receptacle chamber and comprises an access opening for inserting an end region of a connection element, and b) a cover which comprises a base body and a protruding pin on the base body which can be inserted through the access opening in an insertion direction (Z) into the receptacle chamber, and which can be detachably fastened to the anchoring element to temporarily close the access opening of the receptacle chamber in a closing position, characterized in that the anchoring element comprises a primary securing element and the pin comprises a secondary securing element corresponding to the primary securing element such that, in the closing position, the securing elements engage with each other from behind relative to the insertion direction (Z) and effect a positive connection of the cover with the anchoring element . a) an anchoring element having a wall which delimits a receptacle chamber and comprises an access opening for inserting an end region of a connection element, and b) a cover which comprises a base body and a protruding pin on the base body which can be inserted through the access opening in an insertion direction (Z) into the receptacle chamber, and which can be detachably fastened to the anchoring element to temporarily close the access opening of the receptacle chamber in a closing position, characterized in that the anchoring element comprises a primary securing element and the pin comprises a secondary securing element corresponding to the primary securing element such that, in the closing position, the securing elements engage with each other from behind relative to the insertion direction (Z) and effect a positive connection of the cover with the anchoring element .
An adapter module configured to be attached to a socket member of a prosthetic sleeve , into which sleeve an amputation stump of a prosthesis user is to be inserted, the adapter module comprising a module body provided with a washer space structured to provide room for a disc-shaped connection washer , the washer space has an extension to provide for movement of the connection washer within a plane essentially perpendicular to a longitudinal axis A of said prosthetic sleeve prior the connection washer is fixated in a determined position, and that the connection washer is provided with a through-going first opening structured to receive a washer attachment screw such that the screw essentially extends along said longitudinal axis A, characterized in that the adapter module is configured to be attached to the socket member by a predetermined number of screws , and the connection washer is provided with indentations shaped to give room for each of the predetermined number of screws . the adapter module is configured to be attached to the socket member by a predetermined number of screws , and the connection washer is provided with indentations shaped to give room for each of the predetermined number of screws .
A method, comprising: receiving at an access network one or more requests of a data pulling operation initiated at a user equipment to pull a data set from a content server ; wherein the one or more requests comprise a sequence of requests for respective parts of the data set; forwarding the one or more requests from the user equipment to the content server ; transmitting for the user equipment from the access network a plurality of responses for the sequence of requests for respective parts of the data set from the content server ; and before transmitting all responses for the data pulling operation to the user equipment , receiving assistance information from the user equipment; wherein the assistance information comprises: an indication of a maximum useful length of time to assist the access network in managing traffic through the access network such that the data pulling operation is completed within the maximum useful length of time; an indication to identify the start time of the data pulling operation; and an indication of an identifier of the first and last requests of the sequence of requests; wherein the method further comprises: increasing the priority assigned to traffic related to the data pulling operation by increasing the priority assigned to forwarding responses from the content server until the earliest of: (a) lapse of the maximum useful length of time since the start time; and (b) the transmission of responses for all of the sequence of requests of the data pulling operation. receiving at an access network one or more requests of a data pulling operation initiated at a user equipment to pull a data set from a content server ; wherein the one or more requests comprise a sequence of requests for respective parts of the data set; forwarding the one or more requests from the user equipment to the content server ; transmitting for the user equipment from the access network a plurality of responses for the sequence of requests for respective parts of the data set from the content server ; and before transmitting all responses for the data pulling operation to the user equipment , receiving assistance information from the user equipment; wherein the assistance information comprises: an indication of a maximum useful length of time to assist the access network in managing traffic through the access network such that the data pulling operation is completed within the maximum useful length of time; an indication to identify the start time of the data pulling operation; and an indication of an identifier of the first and last requests of the sequence of requests; an indication of a maximum useful length of time to assist the access network in managing traffic through the access network such that the data pulling operation is completed within the maximum useful length of time; an indication to identify the start time of the data pulling operation; and an indication of an identifier of the first and last requests of the sequence of requests; (a) lapse of the maximum useful length of time since the start time; and (b) the transmission of responses for all of the sequence of requests of the data pulling operation.
A linearly polarized multiple input multiple output, MIMO, antenna, comprising: a primary antenna and a diversity antenna, wherein the primary antenna comprises a radiation end and an antenna branch, the diversity antenna comprises radiation end and an antenna branch, and the radiation end of the diversity antenna is disposed perpendicularly to the radiation end of the primary antenna; wherein the antenna branch of the primary antenna forms a geometry of at least one of: a rectangle, a triangle, a circle, a polygon or an irregular shape, and the antenna branch of the diversity antenna forms a geometry that is different from the geometry of the antenna branch of the primary antenna and is at least one of: a rectangle, a triangle, a circle, a polygon or an irregular shape; and wherein the MIMO antenna further comprises: a parasitic coupling unit, the parasitic coupling unit is an antenna branch disposed around the diversity antenna and the parasitic coupling unit is configured to increase a bandwidth by near-field coupling of electromagnetic waves. wherein the antenna branch of the primary antenna forms a geometry of at least one of: a rectangle, a triangle, a circle, a polygon or an irregular shape, and the antenna branch of the diversity antenna forms a geometry that is different from the geometry of the antenna branch of the primary antenna and is at least one of: a rectangle, a triangle, a circle, a polygon or an irregular shape; and wherein the MIMO antenna further comprises: a parasitic coupling unit, the parasitic coupling unit is an antenna branch disposed around the diversity antenna and the parasitic coupling unit is configured to increase a bandwidth by near-field coupling of electromagnetic waves.
Method for reproducing images of backward cameras of a combination of a vehicle (C1) and a trailer (T) by - capturing a first image by a first backward camera, which is arranged on the vehicle (C1), - capturing a second image by a second backward camera, which is arranged on the trailer (T), and - simultaneous reproduction of the first image and the second image on a display unit in the vehicle (C1), characterized in that - for the reproduction a predeterminable window (F) of the display unit is used in order to exclusively represent the second image of the second camera of the trailer (T) while a position of the trailer (T) is determined, and in dependency on the position of the trailer (T) a position of the window (F) is fixed within the display area such position to be dynamically changed when the position of the trailer is monitored automatically. - capturing a first image by a first backward camera, which is arranged on the vehicle (C1), - capturing a second image by a second backward camera, which is arranged on the trailer (T), and - simultaneous reproduction of the first image and the second image on a display unit in the vehicle (C1), characterized in that - for the reproduction a predeterminable window (F) of the display unit is used in order to exclusively represent the second image of the second camera of the trailer (T)
A flux leakage detection system, comprising: a ferrous metal flux quality indicator (FQI) having at least one index incorporated between two opposed extents thereof that approximates an anomaly in metallic tissue with the at least one index having a cumulative cross-sectional area to facilitate flux leakage from ferrous metal; a sensor inspection device for detecting breaks in ferrous reinforcement elements during a tire inspection process, wherein the sensor inspection device has a sensor array having a plurality of sensors spaced from one another along a longitudinal direction, wherein the sensor inspection device comprises a curved inspection surface incorporating a profile of an arc of a circle when viewed along the longitudinal direction that engages the FQI during data collection, wherein the sensors of the sensor array are located between a permanent magnet and the sensor inspection surface, wherein the permanent magnet creating fields of magnetic flux used in detecting breaks in ferrous reinforcements during the tire inspection process; wherein movement of the FQI is effected such that, at the start of a test, the at least one index is disposed between one magnetic pole of the magnet and one end of the sensor array of the sensor inspection device; and once data collection has started, movement of the FQI is effected such that the at least one index is moved relative to the sensor array at a constant speed past the sensors of the sensor array one after another until the index is disposed between an opposite end of the sensor array and an opposite magnetic pole of the magnet . a ferrous metal flux quality indicator (FQI) having at least one index incorporated between two opposed extents thereof that approximates an anomaly in metallic tissue with the at least one index having a cumulative cross-sectional area to facilitate flux leakage from ferrous metal; a sensor inspection device for detecting breaks in ferrous reinforcement elements during a tire inspection process, wherein the sensor inspection device has a sensor array having a plurality of sensors spaced from one another along a longitudinal direction, wherein the sensor inspection device comprises a curved inspection surface incorporating a profile of an arc of a circle when viewed along the longitudinal direction that engages the FQI during data collection, wherein the sensors of the sensor array are located between a permanent magnet and the sensor inspection surface, wherein the permanent magnet creating fields of magnetic flux used in detecting breaks in ferrous reinforcements during the tire inspection process; wherein movement of the FQI is effected such that, at the start of a test, the at least one index is disposed between one magnetic pole of the magnet and one end of the sensor array of the sensor inspection device; and once data collection has started, movement of the FQI is effected such that the at least one index is moved relative to the sensor array at a constant speed past the sensors of the sensor array one after another until the index is disposed between an opposite end of the sensor array and an opposite magnetic pole of the magnet .