mhurhangee/patent-ind-claim-en huggingface dataset:
A method for analysing a planar sample comprising: (a) labelling the planar sample with a capture agent composition comprising a plurality of capture agents that each recognize different complementary sites, wherein: i. said capture agent is an antibody; ii. each of the plurality of capture agents is linked to a double-stranded nucleic acid, that comprises a first strand and a second strand; iii. each double-stranded nucleic acid is linked to a single capture agent; iv. the 5' end or 3' end of the first or second strand is extendible using the other strand as a template; and v. the templates immediately downstream of the extendible ends are different for each of the plurality of capture agents; (b) treating the planar sample with a chemical crosslinker to crosslink the capture agent directly to the planar sample; (c) contacting the labelled sample with i. a polymerase and either an incomplete nucleotide mix or a nucleotide mix that comprises a reversible terminator nucleotide, thereby adding a nucleotide to the plurality of capture agents; and/or ii. a labeled oligonucleotide and a ligase, thereby adding a labelled oligonucleotide to the plurality of capture agents; and (d) reading a signal from the planar sample, generated by addition of the nucleotide or the labelled oligonucleotide to some but not all of the plurality of capture agents. (a) labelling the planar sample with a capture agent composition comprising a plurality of capture agents that each recognize different complementary sites, wherein: i. said capture agent is an antibody; ii. each of the plurality of capture agents is linked to a double-stranded nucleic acid, that comprises a first strand and a second strand; iii. each double-stranded nucleic acid is linked to a single capture agent; iv. the 5' end or 3' end of the first or second strand is extendible using the other strand as a template; and v. the templates immediately downstream of the extendible ends are different for each of the plurality of capture agents; i. said capture agent is an antibody; ii. each of the plurality of capture agents is linked to a double-stranded nucleic acid, that comprises a first strand and a second strand; iii. each double-stranded nucleic acid is linked to a single capture agent; iv. the 5' end or 3' end of the first or second strand is extendible using the other strand as a template; and v. the templates immediately downstream of the extendible ends are different for each of the plurality of capture agents; (b) treating the planar sample with a chemical crosslinker to crosslink the capture agent directly to the planar sample; (c) contacting the labelled sample with i. a polymerase and either an incomplete nucleotide mix or a nucleotide mix that comprises a reversible terminator nucleotide, thereby adding a nucleotide to the plurality of capture agents; and/or ii. a labeled oligonucleotide and a ligase, thereby adding a labelled oligonucleotide to the plurality of capture agents; and (d) reading a signal from the planar sample, generated by addition of the nucleotide or the labelled oligonucleotide to some but not all of the plurality of capture agents.
A method of headset communication, comprising: receiving (S301), by a wireless headset in response to a call request from a mobile terminal , first audio data sent by the mobile terminal , within a first time slot (S1) through a first wireless communication channel pre-established between the wireless headset and the mobile terminal ; receiving (S302), by the wireless headset in response to an audio transmission request from a wireless device , second audio data sent by the wireless device , within a second time slot (L1) through a second wireless communication channel pre-established between the wireless headset and the wireless device , wherein the first time slot (S1) and the second time slot (L1) belong to different unit groups of time slots; and mixing (S303), by the wireless headset , the received first and second audio data to acquire mixed audio data for playback. receiving (S301), by a wireless headset in response to a call request from a mobile terminal , first audio data sent by the mobile terminal , within a first time slot (S1) through a first wireless communication channel pre-established between the wireless headset and the mobile terminal ; receiving (S302), by the wireless headset in response to an audio transmission request from a wireless device , second audio data sent by the wireless device , within a second time slot (L1) through a second wireless communication channel pre-established between the wireless headset and the wireless device , wherein the first time slot (S1) and the second time slot (L1) belong to different unit groups of time slots; and mixing (S303), by the wireless headset , the received first and second audio data to acquire mixed audio data for playback.
An electronic device , comprising: a first housing comprising a first upper surface , a first lower surface , a first side surface , and a second side surface disposed at an opposite side of the first side surface ; a second housing comprising a third side surface and a second upper surface ; a connection member configured to rotatably connect the first housing and the second housing ; a first window extended from the first upper surface to the first side surface and made of a first material; a second window extended from the first lower surface to the second upper surface and made of a second material; and a flexible display mounted in the first housing and the second housing and mounted along the first window and the second window, wherein the first material is harder than the second material. a first housing comprising a first upper surface , a first lower surface , a first side surface , and a second side surface disposed at an opposite side of the first side surface ; a second housing comprising a third side surface and a second upper surface ; a connection member configured to rotatably connect the first housing and the second housing ; a first window extended from the first upper surface to the first side surface and made of a first material; a second window extended from the first lower surface to the second upper surface and made of a second material; and a flexible display mounted in the first housing and the second housing and mounted along the first window and the second window, wherein the first material is harder than the second material.
Device for roasting organic matter for extraction of volatile compounds, in particular guaiacol, continuously, comprising a tank of raw organic matter, a member for preparing organic matter disposed downstream of the tank of raw organic matter, a tank of prepared organic matter disposed downstream of the member for preparing organic matter, a member for supplying and circulating prepared organic matter disposed downstream of the tank of prepared organic matter, a furnace disposed downstream of the member for supplying and circulating prepared organic matter and comprising an electric resistor , a fan for supplying the furnace with air, a member for spraying water in the furnace , a temperature sensor disposed in the furnace , a control member receiving data from the temperature sensor and emitting settings to the electric resistor , the supply fan and the member for spraying water.
An agricultural harvesting machine, in particular a merger, with a pick-up conveyor for picking up crop from the ground, comprising a spike rotor having rotatably drivable feed tines , a connecting conveyor on to which the pick-up rotor transfers the crop that has been picked up from the ground, and a conveying aid arranged above the spike rotor to assist the transfer of crop from the spike rotor to the connecting conveyor , characterised in that the conveying aid comprises a directional baffle curtain , which is stretched on a stretching frame and arranged at a distance from the spike rotor , wherein the baffle curtain extends inclined at an acute angle relative to the discharge direction of the spike rotor and/or approximately in the circumferential direction of the spike rotor and deflects and diverts crop discharged by the spike rotor to the connecting conveyor .
A method of identifying whether a subject has or is at risk of having type 1 diabetes comprising - i) quantifying the population of MAIT cells (Mucosal-Associated Invariant T cells) in the blood sample obtained from the subject, ii) comparing the quantification value determined at step i) with a predetermined reference value and iii) concluding that the subject has or is at risk of having type 1 diabetes when the quantification value at step i) is lower than the predetermined reference value. - i) quantifying the population of MAIT cells (Mucosal-Associated Invariant T cells) in the blood sample obtained from the subject, ii) comparing the quantification value determined at step i) with a predetermined reference value and iii) concluding that the subject has or is at risk of having type 1 diabetes when the quantification value at step i) is lower than the predetermined reference value.
A protective woven fabric comprising super fiber yarns, wherein a warp of the woven fabric is a covered yarn composed of two twisted inorganic filament yarns as core yarns and two super fiber yarns as covering yarns that are wound and twisted around the core yarns , and a weft of the woven fabric is a super fiber yarn, wherein the super fiber yarns are high strength high elastic modulus yarns having a strength of 18 cN/decitex or more and an elastic modulus of 380 cN/decitex or more, wherein the inorganic filament yarns as core yarns have a twist coefficient K 1 determined by a formula below of 500 to 20000: K 1 = T × D 1 / 2 where T represents the number of twists per 1 m of the core yarns , and D represents the fineness of the core yarns (unit: decitex), wherein the covered yarn is a W covered yarn configured so that the covering yarns are twisted in a Z direction and a S direction on the outside of the core yarns , and a twist coefficient K 2 of the core yarns and the covering yarns determined by a formula below is 2000 to 30000: K 2 = T × D 1 / 2 where T represents the number of twists per 1 m of the core yarns and the covering yarns , and D represents the fineness of the core yarns and the covering yarns (unit: decitex). where T represents the number of twists per 1 m of the core yarns , and D represents the fineness of the core yarns (unit: decitex), where T represents the number of twists per 1 m of the core yarns and the covering yarns , and D represents the fineness of the core yarns and the covering yarns (unit: decitex).
A fluid-flow sensor assembly, comprising: a sensor body having opposing open ends for enabling fluid flow therethrough, the body defining an interior measurement section therein disposed about a longitudinal axis, the body having an outer wall and a ridge assembly circumscribing said outer wall, the ridge assembly extends across the measurement section of the body; and a rigid structure circumscribing the sensor body and extending across the measurement section of the body; said rigid structure acting to restrict size variation of the body during use, characterized in that the rigid structure is disposed in recesses defined by the ridge assembly. a sensor body having opposing open ends for enabling fluid flow therethrough, the body defining an interior measurement section therein disposed about a longitudinal axis, the body having an outer wall and a ridge assembly circumscribing said outer wall, the ridge assembly extends across the measurement section of the body; and a rigid structure circumscribing the sensor body and extending across the measurement section of the body; said rigid structure acting to restrict size variation of the body during use, characterized in that the rigid structure is disposed in recesses defined by the ridge assembly.
Terminal of an aerial transportation installation provided with at least one vehicle, the terminal comprising: - a moving device configured to drive the at least one vehicle in the terminal , the moving device defining a running path of the at least one vehicle in the terminal , the moving device comprising a plurality of moving parts able to move the at least one vehicle in the terminal ; - a platform arranged on a first side of the running path, the platform being configured to allow an operator to move alongside the moving device and to enable him/her to perform operations on the moving device ; - at least one shrouding mounted movable between a first position and a second position, in the first position the at least one shrouding at least partially covering the moving device to separate the operator on the platform and the moving device and prevent access to the moving device from the platform , in the second position the at least one shrouding allowing access to the moving device from the platform ; the terminal defining a running space designed to let a grip of the at least one vehicle run, the grip fixing the at least one vehicle to the cable , the moving device being arranged between the platform and the running space; terminal characterised in that , in the second position, the at least one shrouding forms an additional platform (A) able to support the operator to enable him/her to perform an operation on the moving device , the additional platform (A) being arranged on a second side of the running path facing the platform , the second side being opposite the first side with respect to the running path in a vertical observation. - a moving device configured to drive the at least one vehicle in the terminal , the moving device defining a running path of the at least one vehicle in the terminal , the moving device comprising a plurality of moving parts able to move the at least one vehicle in the terminal ; - a platform arranged on a first side of the running path, the platform being configured to allow an operator to move alongside the moving device and to enable him/her to perform operations on the moving device ; - at least one shrouding mounted movable between a first position and a second position, in the first position the at least one shrouding at least partially covering the moving device to separate the operator on the platform and the moving device and prevent access to the moving device from the platform , in the second position the at least one shrouding allowing access to the moving device from the platform ;
An electrode plate aligned state inspection system for inspecting an electrode plate aligned state of a secondary battery, the electrode plate aligned state inspection system comprising: an electrode plate supply unit configured to alternately and sequentially transfer a cathode plate and an anode plate to a stack table; a separator supply unit configured to supply a separator on the stack table so that the separator is interposed between the cathode plate and the anode plate transferred from the electrode plate supply unit; an inspection unit installed above the stack table, configured to image a stacking process of the cathode plate, the anode plate, and the separator, and configured to inspect a position of the cathode plate, the anode plate, and the separator; and a lightning unit installed above and below the stack table and irradiating light. an electrode plate supply unit configured to alternately and sequentially transfer a cathode plate and an anode plate to a stack table; a separator supply unit configured to supply a separator on the stack table so that the separator is interposed between the cathode plate and the anode plate transferred from the electrode plate supply unit; an inspection unit installed above the stack table, configured to image a stacking process of the cathode plate, the anode plate, and the separator, and configured to inspect a position of the cathode plate, the anode plate, and the separator; and a lightning unit installed above and below the stack table and irradiating light.
A beam irradiation system , comprising: a first irradiation chamber and a second irradiation chamber ; a beam generation device configured to generate a beam and emit the beam to the first irradiation chamber or the second irradiation chamber ; a system control module including a first control sub-module and a second control sub-module , wherein the first control sub-module corresponds to the first irradiation chamber and is capable of controlling the beam generation device to emit the beam to the first irradiation chamber , and the second control sub-module corresponds to the second irradiation chamber and is capable of controlling the beam generation device to emit the beam to the second irradiation chamber ; and a beam control module connected between the beam generation device and the system control module , one of the first control sub-module and the second control sub-module being capable of controlling the beam generation device through the beam control module when the beam control module is not occupied by the other of the first control sub-module and the second control sub-module . a first irradiation chamber and a second irradiation chamber ; a beam generation device configured to generate a beam and emit the beam to the first irradiation chamber or the second irradiation chamber ; a system control module including a first control sub-module and a second control sub-module , wherein the first control sub-module corresponds to the first irradiation chamber and is capable of controlling the beam generation device to emit the beam to the first irradiation chamber , and the second control sub-module corresponds to the second irradiation chamber and is capable of controlling the beam generation device to emit the beam to the second irradiation chamber ; and a beam control module connected between the beam generation device and the system control module , one of the first control sub-module and the second control sub-module being capable of controlling the beam generation device through the beam control module when the beam control module is not occupied by the other of the first control sub-module and the second control sub-module .
An electrolyte for a lithium secondary battery, the electrolyte comprising: a lithium salt; an organic solvent; and an additive, wherein the additive comprises a compound represented by Formula 1: wherein, in Formula 1, R 1 and R 2 are each independently an alkyl group having 1 to 3 carbon atoms.
A downhole apparatus comprising: a mandrel or tubular body ; a bearing comprising: an annular body located on and around the mandrel or tubular body ; an upset portion extending radially outwards from the annular body , wherein the annular body and the upset portion of the bearing define a channel for receiving fluid flow for lubricating the bearing ; and a rotational lock arrangement for preventing rotation of the bearing relative to the mandrel or tubular body ; and a sleeve or collar mounted on the mandrel or tubular body of said downhole apparatus via the bearing , wherein the sleeve or collar is configured to engage a bore wall or bore-lining tubular wall to support and/or offset the mandrel or tubular body of said downhole apparatus from said bore wall or bore-lining tubular wall, wherein the bearing is interposed between said sleeve or collar and said mandrel or tubular body , such that a bearing surface is formed between the radially extending upset portion of the bearing and an inner bore surface of the sleeve or collar , the bearing facilitating relative rotation between the mandrel or tubular body of said downhole apparatus and said sleeve or collar and reduce or mitigate frictional losses between the rotating mandrel or tubular body and the bore wall or bore-lining tubular wall a mandrel or tubular body ; a bearing comprising: an annular body located on and around the mandrel or tubular body ; an upset portion extending radially outwards from the annular body , wherein the annular body and the upset portion of the bearing define a channel for receiving fluid flow for lubricating the bearing ; and a rotational lock arrangement for preventing rotation of the bearing relative to the mandrel or tubular body ; and an annular body located on and around the mandrel or tubular body ; an upset portion extending radially outwards from the annular body , wherein the annular body and the upset portion of the bearing define a channel for receiving fluid flow for lubricating the bearing ; and a rotational lock arrangement for preventing rotation of the bearing relative to the mandrel or tubular body ; and a sleeve or collar mounted on the mandrel or tubular body of said downhole apparatus via the bearing , wherein the sleeve or collar is configured to engage a bore wall or bore-lining tubular wall to support and/or offset the mandrel or tubular body of said downhole apparatus from said bore wall or bore-lining tubular wall, wherein the bearing is interposed between said sleeve or collar and said mandrel or tubular body , such that a bearing surface is formed between the radially extending upset portion of the bearing and an inner bore surface of the sleeve or collar , the bearing facilitating relative rotation between the mandrel or tubular body of said downhole apparatus and said sleeve or collar and reduce or mitigate frictional losses between the rotating mandrel or tubular body and the bore wall or bore-lining tubular wall
A method for carrying MBMS notification information, characterized by comprising: when the MBMS notification information is transmitted more than once in a modification period of MCCH information, carrying at least once the MBMS notification information in a control field of the first multicast sub-frame carrying the MCCH information before a radio frame of the modification period of the MCCH information arrives, or in the control field of the first sub-frame carrying the MCCH information in the radio frame in which the modification period of the MCCH information is located ; and when the MBMS notification information is transmitted once in the modification period of the MCCH information, carrying the MBMS notification information in a control field of the first multicast sub-frame carrying the MCCH information before a radio frame of the modification period of the MCCH information arrives, or in the control field of the first sub-frame carrying the MCCH information in the radio frame in which the modification period of the MCCH information is located; wherein the MBMS notification information is used to indicate whether the MCCH information is updated when compared with the MCCH information transmitted at the last modification period; wherein the control field is a resource carrying a Physical Downlink Control Channel, PDCCH, in the sub-frame. when the MBMS notification information is transmitted more than once in a modification period of MCCH information, carrying at least once the MBMS notification information in a control field of the first multicast sub-frame carrying the MCCH information before a radio frame of the modification period of the MCCH information arrives, or in the control field of the first sub-frame carrying the MCCH information in the radio frame in which the modification period of the MCCH information is located ; and when the MBMS notification information is transmitted once in the modification period of the MCCH information, carrying the MBMS notification information in a control field of the first multicast sub-frame carrying the MCCH information before a radio frame of the modification period of the MCCH information arrives, or in the control field of the first sub-frame carrying the MCCH information in the radio frame in which the modification period of the MCCH information is located; wherein the MBMS notification information is used to indicate whether the MCCH information is updated when compared with the MCCH information transmitted at the last modification period; wherein the control field is a resource carrying a Physical Downlink Control Channel, PDCCH, in the sub-frame.