mhurhangee/patent-ind-claim-en huggingface dataset:
A first apparatus comprising a processor, a memory, and communication circuitry, the first apparatus being connected to a communications network via its communication circuitry, the first apparatus further comprising computer-executable instructions stored in the memory of the first apparatus which, when executed by the processor of the first apparatus, characterised to cause the first apparatus to: establish a connection with a second apparatus, the second apparatus comprising an entity managing operations of a first radio access network; obtain a first mobility set via communications with the second apparatus, the first mobility set comprising a first list of beams and a first condition within the first radio access network for selecting one or more of the beams from the first list based on communications conditions; and derive, based on a measurement of communications conditions with beams from the first list of beams and the first condition within the first mobility set, a second mobility set comprising a second list of beams, wherein the second list of beams are a subset of the first list of beams. establish a connection with a second apparatus, the second apparatus comprising an entity managing operations of a first radio access network; obtain a first mobility set via communications with the second apparatus, the first mobility set comprising a first list of beams and a first condition within the first radio access network for selecting one or more of the beams from the first list based on communications conditions; and derive, based on a measurement of communications conditions with beams from the first list of beams and the first condition within the first mobility set, a second mobility set comprising a second list of beams, wherein the second list of beams are a subset of the first list of beams.
Method for digitally triggering a recording of one or more signals ( S ) on a digital oscilloscope by a level comparison being carried out in each case between two successive sample values (S i,j , S i,j-1 ) of a reference signal (S i ) and a threshold value (SW i ) in order to determine a trigger time, at least one additional sample value (S i,j ', S i,j ") of the reference signal (S i ) being determined by means of interpolation between two successive sample values (S i,j , S i,j-1 ) of the reference signal (S i ), and the reference signal (S i ) being determined from one or more of the signals ( S ) to be displayed on the oscilloscope by means of signal combination, characterized in that the additional sample values (S i,j ') of the reference signal (S i ) are iteratively determined by means of interpolation in each case in the middle of a time interval which is halved compared to a time interval considered in the previous iteration step (j-1).
A method for preparing 2,3,3,3-tetrafluoroprop-1-ene comprising: a. providing a starting composition comprising at least one compound having a structure selected from Formulae I, II and III: CX 2 =CCl-CH 2 X (Formula I) CX 3 -CCl=CH 2 (Formula II) CX 3 -CHCl-CH 2 X (Formula III) wherein X is independently selected from F, Cl, Br, and I, provided that at least one X is not fluorine; b. contacting said starting composition with a first fluorinating agent to produce a first intermediate composition comprising 2-chloro-3,3,3-trifluoropropene and a first chlorine-containing byproduct; c. contacting said first intermediate composition with a second fluorinating agent to produce a second intermediate composition comprising 2-chloro-1,1,1,2-tetrafluoropropane; and d. dehydrochlorinating at least a portion of said 2-chloro-1,1,1,2-tetrafluoropropane to produce a reaction product comprising 2,3,3,3-tetrafluoroprop-1-ene and a second chlorine-containing byproduct, wherein said first and second fluorinating agents are hydrogen fluoride, said method further comprising the step of separating at least one portion of said hydrogen fluoride from said 2-chloro-3,3,3-trifluoropropene subsequent to, or concurrently with, step (b) and prior to step (c), and the step of separating at least a portion of said hydrogen fluoride from said 2-chloro-1,1,1,2-tetrafluoropropane subsequent to, or concurrently with, step (c) and prior to step (d), wherein said first fluorinating agent comprises at least a portion of said hydrogen fluoride separated from said 2-chloro-3,3,3-trifluoropropene and said second fluorinating agent comprises at least a portion of said hydrogen fluoride separated from said 2-chloro-1,1,1,2-tetrafluoropropane. a. providing a starting composition comprising at least one compound having a structure selected from Formulae I, II and III: CX 2 =CCl-CH 2 X (Formula I) CX 3 -CCl=CH 2 (Formula II) CX 3 -CHCl-CH 2 X (Formula III) wherein X is independently selected from F, Cl, Br, and I, provided that at least one X is not fluorine; b. contacting said starting composition with a first fluorinating agent to produce a first intermediate composition comprising 2-chloro-3,3,3-trifluoropropene and a first chlorine-containing byproduct; c. contacting said first intermediate composition with a second fluorinating agent to produce a second intermediate composition comprising 2-chloro-1,1,1,2-tetrafluoropropane; and d. dehydrochlorinating at least a portion of said 2-chloro-1,1,1,2-tetrafluoropropane to produce a reaction product comprising 2,3,3,3-tetrafluoroprop-1-ene and a second chlorine-containing byproduct,
A method comprising: determining, by a first device , that remaining capacity of a battery of the first device is less than a threshold; characterized by : subsequent to the determining, detecting stimulus by a sensor of the first device; and periodically transmitting, by a transmitter of the first device, a life-support beacon indicating that the battery has reached a low power condition subsequent to detection of the stimulus. determining, by a first device , that remaining capacity of a battery of the first device is less than a threshold; characterized by : subsequent to the determining, detecting stimulus by a sensor of the first device; and periodically transmitting, by a transmitter of the first device, a life-support beacon indicating that the battery has reached a low power condition subsequent to detection of the stimulus. subsequent to the determining, detecting stimulus by a sensor of the first device; and periodically transmitting, by a transmitter of the first device, a life-support beacon indicating that the battery has reached a low power condition subsequent to detection of the stimulus.
A component for a gas turbine engine, comprising: a vascular engineered lattice structure (80; 280; 380; 480) formed inside of said component ; and said vascular engineered lattice structure including a hollow vascular structure in which airflow is communicated inside hollow passages of one or more nodes and inside of hollow passages of one or more branches of said hollow vascular structure, said vascular engineered lattice structure (180...480) includes at least two separate axial flow vascular engineered lattice structures , and characterized in that airflow is communicated over and around said one or more nodes and said one or more branches . a vascular engineered lattice structure (80; 280; 380; 480) formed inside of said component ; and said vascular engineered lattice structure including a hollow vascular structure in which airflow is communicated inside hollow passages of one or more nodes and inside of hollow passages of one or more branches of said hollow vascular structure, said vascular engineered lattice structure (180...480) includes at least two separate axial flow vascular engineered lattice structures , and characterized in that airflow is communicated over and around said one or more nodes and said one or more branches .
An air conditioner comprising: a compressor configured to compress refrigerant; an outdoor heat exchanger provided with a plurality of heat exchangers to form an internal refrigerant flow path in multiple stages; a refrigerant flow channel extending from an indoor heat exchanger toward the outdoor heat exchanger; first flow pipes branched from the refrigerant flow channel such that the refrigerant is branched from the refrigerant flow channel in correspondence with the plurality of heat exchangers , characterized by a bypass pipe configured to branch the refrigerant discharged from the compressor, wherein the bypass pipe includes a plurality of bypass pipes corresponding to the plurality of heat exchangers (61, 62, 63 64), which are branched from the bypass pipe and extending to the plurality of heat exchangers , and which include bypass valves for controlling flow of the refrigerant, respectively; second flow pipes branched from the plurality of bypass pipes and extending to refrigerant pipes provided in the plurality of heat exchangers ; and overlap pipes branched from one of the second flow pipes connected to any one of the plurality of heat exchangers and extending to another one of the second flow pipes connected to another heat exchanger of the plurality of heat exchangers . a compressor configured to compress refrigerant; an outdoor heat exchanger provided with a plurality of heat exchangers to form an internal refrigerant flow path in multiple stages; a refrigerant flow channel extending from an indoor heat exchanger toward the outdoor heat exchanger; first flow pipes branched from the refrigerant flow channel such that the refrigerant is branched from the refrigerant flow channel in correspondence with the plurality of heat exchangers , characterized by a bypass pipe configured to branch the refrigerant discharged from the compressor, wherein the bypass pipe includes a plurality of bypass pipes corresponding to the plurality of heat exchangers (61, 62, 63 64), which are branched from the bypass pipe and extending to the plurality of heat exchangers , and which include bypass valves for controlling flow of the refrigerant, respectively; second flow pipes branched from the plurality of bypass pipes and extending to refrigerant pipes provided in the plurality of heat exchangers ; and overlap pipes branched from one of the second flow pipes connected to any one of the plurality of heat exchangers and extending to another one of the second flow pipes connected to another heat exchanger of the plurality of heat exchangers .
An ejector pin (5, 5', 5") for ejecting moulded parts from a casting tool , comprising: a shaft , and a head formed thereon, the head being shaped such that the ejector pin (5, 5', 5") can be mounted in a complementary support plate in one unique installation position only, the head , when viewed in the longitudinal direction of the shaft, having at least two opposing straight circumferential sections which serve to prevent rotation when the ejector pin (5, 5', 5") is mounted in a complementary support plate , wherein the head comprises, at its lower side, a bearing surface (A) for bearing against the support plate and, at an upper subsection of its circumferential surface (K), a contact surface (AF) for contacting a complementary recess in the support plate , characterized in that the head comprises, at a lower section of its circumferential surface (K), a slope (S) for pre-centring, wherein the slope (S) is formed circumferentially around the head and adjacent to the bearing surface (A), and the slope (S) is at an angle of 3 to 10 degrees to the longitudinal axis of the shaft. a shaft , and a head formed thereon, the head being shaped such that the ejector pin (5, 5', 5") can be mounted in a complementary support plate in one unique installation position only, the head , when viewed in the longitudinal direction of the shaft, having at least two opposing straight circumferential sections which serve to prevent rotation when the ejector pin (5, 5', 5") is mounted in a complementary support plate , wherein the head comprises, at its lower side, a bearing surface (A) for bearing against the support plate and, at an upper subsection of its circumferential surface (K), a contact surface (AF) for contacting a complementary recess in the support plate , characterized in that
Arrangement for transmitting data via a data bus, wherein a characteristic impedance is operative for signals sent via the data bus lines, wherein each data bus line is connected to a potential of a supply voltage by way of a resistor (R B ), in particular a BIAS resistor, the resistance value of which is at least twenty times greater than the characteristic impedance value, wherein at least a resistor (R T ), the resistance value of which is equal to the characteristic impedance value, and a capacitor (C T ) are arranged in series between the data bus lines in the form of a termination circuit, wherein an inductor (L 1 , L 2 ) of a common-mode line impedance is arranged in each case between the terminals of the termination circuit and each data bus line, wherein the inductors have a shared coil core, wherein a first inductor of the common-mode line impedance is arranged between a first terminal of the termination circuit and a first data bus line, and wherein a second inductor of the common-mode line impedance is arranged between a second terminal of the termination circuit and a second data bus line. wherein a characteristic impedance is operative for signals sent via the data bus lines, wherein each data bus line is connected to a potential of a supply voltage by way of a resistor (R B ), in particular a BIAS resistor, the resistance value of which is at least twenty times greater than the characteristic impedance value, wherein at least a resistor (R T ), the resistance value of which is equal to the characteristic impedance value, and a capacitor (C T ) are arranged in series between the data bus lines in the form of a termination circuit, wherein an inductor (L 1 , L 2 ) of a common-mode line impedance is arranged in each case between the terminals of the termination circuit and each data bus line, wherein the inductors have a shared coil core, wherein a first inductor of the common-mode line impedance is arranged between a first terminal of the termination circuit and a first data bus line, and wherein a second inductor of the common-mode line impedance is arranged between a second terminal of the termination circuit and a second data bus line.
A printing system capable of performing continuous printing based on a plurality of jobs, the printing system comprising: a first printing unit including a first printer that prints a first element, and configured to sequentially output the first element; a second printing unit including a second printer that prints a second element, and configured to sequentially output the second element; a bookbinding machine configured to perform bookbinding by combining the first element outputted from the first printing unit and the second element outputted from the second printing unit ; a job group creation unit configured to create a job group defining a plurality of jobs to be grouped and a print order of the plurality of jobs; a job group storage unit configured to store information on the plurality of jobs constituting the job group and information on the print order of the plurality of jobs; a job group updating unit configured to update the information on the print order stored in the job group storage unit on a basis of information on an output order of the second element from the second printing unit in job units when printing based on the plurality of jobs constituting the job group is executed by the second printer ; and a print instruction unit configured to instruct the first printer to execute printing such that printing based on the plurality of jobs constituting the job group is executed by the first printer in the print order stored in the job group storage unit . a first printing unit including a first printer that prints a first element, and configured to sequentially output the first element; a second printing unit including a second printer that prints a second element, and configured to sequentially output the second element; a bookbinding machine configured to perform bookbinding by combining the first element outputted from the first printing unit and the second element outputted from the second printing unit ; a job group creation unit configured to create a job group defining a plurality of jobs to be grouped and a print order of the plurality of jobs; a job group storage unit configured to store information on the plurality of jobs constituting the job group and information on the print order of the plurality of jobs; a job group updating unit configured to update the information on the print order stored in the job group storage unit on a basis of information on an output order of the second element from the second printing unit in job units when printing based on the plurality of jobs constituting the job group is executed by the second printer ; and a print instruction unit configured to instruct the first printer to execute printing such that printing based on the plurality of jobs constituting the job group is executed by the first printer in the print order stored in the job group storage unit .
A method for processing isolated fibrous cellulosic material from brown seaweed comprising: i) suspending the isolated fibrous cellulosic material in water to form a suspension; and ii) passing the suspension through a high shear homogeniser having at least one chamber with a gap of 70 microns to 250 microns, to produce cellulose nanofibrils; wherein the isolated fibrous cellulosic material is derived from fibrous cellulosic material extracted from brown seaweed together with alginate and subsequently separated from alginate and the isolated fibrous cellulosic material is not subjected to any pre-treatments to aid extraction of the cellulose nanofibrils, such as treatments with swelling, hydrolytic or oxidation agents prior to suspending in water, as required in known cellulose nanofibril production from wood-pulp; and wherein the suspension undergoes up to 7 passes through the at least one chamber. i) suspending the isolated fibrous cellulosic material in water to form a suspension; and ii) passing the suspension through a high shear homogeniser having at least one chamber with a gap of 70 microns to 250 microns, to produce cellulose nanofibrils; wherein the isolated fibrous cellulosic material is derived from fibrous cellulosic material extracted from brown seaweed together with alginate and subsequently separated from alginate and the isolated fibrous cellulosic material is not subjected to any pre-treatments to aid extraction of the cellulose nanofibrils, such as treatments with swelling, hydrolytic or oxidation agents prior to suspending in water, as required in known cellulose nanofibril production from wood-pulp; and wherein the suspension undergoes up to 7 passes through the at least one chamber.
A flexible display device comprising: a display panel including a plastic substrate where an organic light emitting diode and a thin film transistor are formed; a circuit portion applying a power signal and a data signal, which are supplied from an external portion, to the display panel ; and a support member coupled to the plastic substrate, the display panel and the circuit portion bent around the support member , the support member includes a flat surface coupled to the plastic substrate, the circuit portion is formed as a COF, and the COF includes an IC element , characterized in that the support member includes a side surface with an outer rounded surface having a constant bending radius, and the support member includes an accommodation portion accommodating the IC element , wherein the support member includes an insulator formed on an inner surface of the accommodation portion to prevent transfer of electromagnetic waves from the IC element to the support member , the accommodation portion being formed in a groove shape having an opening opposite to the display panel , thereby a part of the support member is disposed between the IC element and the display panel . a display panel including a plastic substrate where an organic light emitting diode and a thin film transistor are formed; a circuit portion applying a power signal and a data signal, which are supplied from an external portion, to the display panel ; and a support member coupled to the plastic substrate, the display panel and the circuit portion bent around the support member , the support member includes a flat surface coupled to the plastic substrate, the circuit portion is formed as a COF, and the COF includes an IC element , characterized in that the support member includes a side surface with an outer rounded surface having a constant bending radius, and the support member includes an accommodation portion accommodating the IC element , wherein the support member includes an insulator formed on an inner surface of the accommodation portion to prevent transfer of electromagnetic waves from the IC element to the support member , the accommodation portion being formed in a groove shape having an opening opposite to the display panel , thereby a part of the support member is disposed between the IC element and the display panel .
A wireless communications system that is constituted from a control station and a slave station that perform encryption communication using an encryption key and that changes the encryption key in a predetermined key change procedure during a call, the system being characterized by : a controller that operates in such a manner that audio data of the call is reduced, if the key change procedure in which the encryption key is changed is not correctly executed, in a case where a change of the encryption key is made.
An aluminum alloy material having an alloy composition comprising, by mass%, Mg in an amount of 0.20 to 1.80%, Si in an amount of 0.20 to 2.00% and Fe in an amount of 0.01 to 1.50%, further one or more element selected from the group of Cu, Ag, Zn, Ni, Ti, Co, Au, Mn, Cr, V, Zr and Sn in an amount of 0.00 to 2.00% in total, with the balance being Al and inevitable impurities, wherein the aluminum alloy material has a fibrous metal structure in which crystal grains extend along one direction, wherein, in a cross section of the aluminum alloy material perpendicular to a longitudinal direction along which the crystal grains extend, an average crystal grain size R1 of crystal grains existing in a thickness position D is 400 nm or less, with the thickness position D being a position in a region extending from a surface of the aluminum alloy material to 1/20 of a thickness of the aluminum alloy material and wherein a ratio (R2/R1) of an average crystal grain size R2 of crystal grains existing in a thickness central position C of the aluminum alloy material with respect to the average crystal grain size R1 in the thickness position D is equal to or greater than 1.8. wherein the aluminum alloy material has a fibrous metal structure in which crystal grains extend along one direction, wherein, in a cross section of the aluminum alloy material perpendicular to a longitudinal direction along which the crystal grains extend, an average crystal grain size R1 of crystal grains existing in a thickness position D is 400 nm or less, with the thickness position D being a position in a region extending from a surface of the aluminum alloy material to 1/20 of a thickness of the aluminum alloy material and wherein a ratio (R2/R1) of an average crystal grain size R2 of crystal grains existing in a thickness central position C of the aluminum alloy material with respect to the average crystal grain size R1 in the thickness position D is equal to or greater than 1.8.