mhurhangee/patent-ind-claim-en huggingface dataset:
A method for forwarding content between different messaging application programs for use in a mobile terminal, wherein the method comprises: selecting, by a user, in a first application program content to be forwarded to a second application program, and triggering a content forwarding instruction, wherein the first and the second application program are both communicating with an operating system of the mobile terminal; associating (S401) a first address book of the first application program with a second address book of the second application program; when the content forwarding instruction is received, invoking and displaying (S402) the second address book, wherein the content forwarding instruction is used to forward the selected content in the first application program to the second application program; determining (S403) a contact selected by the user; and forwarding (S404) the selected content to the determined contact using the second application program. selecting, by a user, in a first application program content to be forwarded to a second application program, and triggering a content forwarding instruction, wherein the first and the second application program are both communicating with an operating system of the mobile terminal; associating (S401) a first address book of the first application program with a second address book of the second application program; when the content forwarding instruction is received, invoking and displaying (S402) the second address book, wherein the content forwarding instruction is used to forward the selected content in the first application program to the second application program; determining (S403) a contact selected by the user; and forwarding (S404) the selected content to the determined contact using the second application program.
A rotary sensor arrangement for mounting to a pivot arm arrangement , which comprises a fixed arm member and a pivoting arm member , the pivoting arm member being arranged to pivot about a pivot shaft , which is rotationally fixed to the fixed arm member , the rotary sensor arrangement is arranged to be mounted at an end portion of the pivot shaft , the sensor arrangement comprising a sensor arm member comprising a base and an arm , the base being arranged to rotate about the pivot shaft wherein the arm , extending away from the base is rotationally coupled to the pivoting arm member , at least one sensor device arranged at the base of the sensor arm member , and a sensor element , arranged rotationally fixed to the fixed arm member along an axis of rotation extending through the elongation of a centre of the pivot shaft , characterized in that the rotary sensor arrangement further comprises an adaptor element , wherein the sensor element is attached rotationally fixed to the axis of rotation by means said adaptor element , and that the at least one sensor device is arranged to read the relative rotational displacement of the sensor element with regards to the sensor device in a non-contact manner.
A multigene expression system for simultaneous expression of at least 6 transgenes, comprising at least two different nucleic acid expression cassettes, wherein each expression cassette comprises a promoter operably linked to three or more transgenes connected to one another by at least one sequence encoding a 2A peptide, and wherein the promoters of the expression cassettes are the same.
An information processing method, characterized in that : an information processing apparatus , based on a data set including a combination of information indicating a situation, information on comfort of a user, and information on power consumption when an air conditioner has been operated, performs reinforcement learning that uses, as a reward, a value determined based on a first index that increases as the comfort of a user increases and a second index that increases as the power consumption decreases, and executes a process of determining an operation setting according to a situation when the air conditioner is operated, the comfort of a user when the air conditioner is operated, and a condition related to the power consumption when the air conditioner is operated, wherein a first coefficient and a second coefficient are determined based on information specified by the user, and a value, value determined based on a value obtained by multiplying a value of the first index by the first coefficient and on a value obtained by multiplying a value of the second index by the second coefficient, is used as the reward. an information processing apparatus , based on a data set including a combination of information indicating a situation, information on comfort of a user, and information on power consumption when an air conditioner has been operated, performs reinforcement learning that uses, as a reward, a value determined based on a first index that increases as the comfort of a user increases and a second index that increases as the power consumption decreases, and executes a process of determining an operation setting according to a situation when the air conditioner is operated, the comfort of a user when the air conditioner is operated, and a condition related to the power consumption when the air conditioner is operated, wherein a first coefficient and a second coefficient are determined based on information specified by the user, and a value, value determined based on a value obtained by multiplying a value of the first index by the first coefficient and on a value obtained by multiplying a value of the second index by the second coefficient, is used as the reward.
A method in a user equipment, UE, for transmission of a non-orthogonal multiple access, NoMA, signal, the method comprising: obtaining information bits ; and transmitting the NoMA signal in an uplink direction from the UE , to a network receiver , wherein the NoMA signal comprises one or more layers, the NoMA signal is generated according to the information bits and according to a set of signal processing operations selected from a plurality of signal processing operations, wherein the set of signal processing operations comprises a layer-specific signal processing operation and a user equipment, UE-specific signal processing operation that each perform at least one of: a) bit-level interleaving; b) bit-level scrambling; c) symbol level spreading; d) symbol level interleaving; e) symbol-to-transmission unit mapping; f) modulated symbol sequence generating; g) symbol to resource element, RE, mapping; h symbol sequence pre-coding; and i) waveform modulation, and the UE makes a decision of which of the plurality of signal processing operations to select without input from a network. obtaining information bits ; and transmitting the NoMA signal in an uplink direction from the UE , to a network receiver , wherein the NoMA signal comprises one or more layers, the NoMA signal is generated according to the information bits and according to a set of signal processing operations selected from a plurality of signal processing operations, wherein the set of signal processing operations comprises a layer-specific signal processing operation and a user equipment, UE-specific signal processing operation that each perform at least one of: a) bit-level interleaving; b) bit-level scrambling; c) symbol level spreading; d) symbol level interleaving; e) symbol-to-transmission unit mapping; f) modulated symbol sequence generating; g) symbol to resource element, RE, mapping; h symbol sequence pre-coding; and i) waveform modulation, and a) bit-level interleaving; b) bit-level scrambling; c) symbol level spreading; d) symbol level interleaving; e) symbol-to-transmission unit mapping; f) modulated symbol sequence generating; g) symbol to resource element, RE, mapping; h symbol sequence pre-coding; and i) waveform modulation, and the UE makes a decision of which of the plurality of signal processing operations to select without input from a network.
A method for indicating interference, characterized in that , the method comprises: determining , by a network device, interference information to be indicated to a User Equipment, UE, wherein interference information which does not include any parameters instructs the UE not to perform any interference cancellation operation, and interference information including parameters indicates to the UE to cancel interference using these parameters; and indicating , by the network device, the interference information to the UE via signaling. determining , by a network device, interference information to be indicated to a User Equipment, UE, wherein interference information which does not include any parameters instructs the UE not to perform any interference cancellation operation, and interference information including parameters indicates to the UE to cancel interference using these parameters; and indicating , by the network device, the interference information to the UE via signaling.
An electrosurgical generator comprising: a resonant inverter including an H-bridge and a tank ; a sensor array configured to measure at least one property of the tank including an input voltage and an output voltage of the tank; a pulse width modulation (PWM) controller configured to output a first PWM timing signal and a second PWM timing signal to the H-bridge, wherein the PWM controller is configured to control a dead-time between the first PWM timing signal and the second PWM timing signal based on the at least one property measured by the sensor array, wherein the PWM controller calculates an efficiency measurement based on the input voltage and the output voltage, and wherein the PWM controller is configured to control the dead-time based on the efficiency measurement. a resonant inverter including an H-bridge and a tank ; a sensor array configured to measure at least one property of the tank including an input voltage and an output voltage of the tank; a pulse width modulation (PWM) controller configured to output a first PWM timing signal and a second PWM timing signal to the H-bridge, wherein the PWM controller is configured to control a dead-time between the first PWM timing signal and the second PWM timing signal based on the at least one property measured by the sensor array, wherein the PWM controller calculates an efficiency measurement based on the input voltage and the output voltage, and wherein the PWM controller is configured to control the dead-time based on the efficiency measurement.
A method for detecting a tension force defect of a steel cable, comprising the following steps: step S10: providing an excitation sensor on a first position of the steel cable to be detected for loading a white noise signal through a power amplifier so that the excitation sensor sends an electrical signal to the steel cable and providing a detection sensor on a second position of the steel cable ; step S20: obtaining a value of a tension force on the steel cable and obtaining a first display diagram showing a first line segment related to a natural frequency spectrum and a direct guided wave amplitude when the steel cable has no defect at a corresponding value of the tension force; step S30: loading the white noise signal on the excitation sensor through the power amplifier; step S40: acquiring a detection signal collected by the detection sensor within a first preset time period; step S50: uploading the detection signal to a personal computer (PC) and performing a Fast Fourier Transform (FFT) process on the detection signal to generate a second display diagram showing a second line segment related to a natural frequency spectrum and a direct guided wave amplitude; step S60: determining whether there is a defect in the steel cable by placing the first line segment and the second line segment in the same coordinate system to compare a coincidence degree to determine whether there is an error region, and if there is an error region, performing step S70; step S70: determining a defect position of the steel cable . step S10: providing an excitation sensor on a first position of the steel cable to be detected for loading a white noise signal through a power amplifier so that the excitation sensor sends an electrical signal to the steel cable and providing a detection sensor on a second position of the steel cable ; step S20: obtaining a value of a tension force on the steel cable and obtaining a first display diagram showing a first line segment related to a natural frequency spectrum and a direct guided wave amplitude when the steel cable has no defect at a corresponding value of the tension force; step S30: loading the white noise signal on the excitation sensor through the power amplifier; step S40: acquiring a detection signal collected by the detection sensor within a first preset time period; step S50: uploading the detection signal to a personal computer (PC) and performing a Fast Fourier Transform (FFT) process on the detection signal to generate a second display diagram showing a second line segment related to a natural frequency spectrum and a direct guided wave amplitude; step S60: determining whether there is a defect in the steel cable by placing the first line segment and the second line segment in the same coordinate system to compare a coincidence degree to determine whether there is an error region, and if there is an error region, performing step S70; step S70: determining a defect position of the steel cable .
A polymer comprising structural units according to formula (I), R 1 -X-(C=O)-NH-R 2 -NH-(C=O)-O-POA-R 3 -(O-POA-R 4 ) n wherein R 1 represents an organic group terminated by a hydrocarbyl group having 6 to 50 carbon atoms, X represents O or N-R 5 , wherein R 5 represents a hydrogen atom or a hydrocarbyl group having 1 to 30 carbon atoms, R 2 represents an aliphatic hydrocarbyl group having 4 to 40 carbon atoms, POA represents a polyoxyalkylene group R 3 represents an organic group having 2 to 40 carbon atoms, n is an integer from 1 to 6 R 4 is independently selected from -(C=O)-NH-R 2 -NH-(C=O)-X-R 1 , -(C=O)-NH-R 1 , -R 6 , wherein R 6 represents a hydrogen atom or an aliphatic or aromatic group having 1 to 24 carbon atoms, and wherein the polymer has an average of at least 1.8 end groups R 1 per molecule, a number average molecular weight in the range of 2000 to 100000 g/mol (Daltons), a polydispersity in the range of 1.0 to 5.0, wherein the quotient of the polydispersity divided by (n+1) is less than 1.0, with the proviso that the polymer is not the reaction product of a) the mono-adduct of isophorone diisocyanate with 1-dodecanol and b) a polyether based on glycerol and a mixture of ethylene oxide and propylene oxide with an OH number of 18 mg KOH/g. R 1 represents an organic group terminated by a hydrocarbyl group having 6 to 50 carbon atoms, X represents O or N-R 5 , wherein R 5 represents a hydrogen atom or a hydrocarbyl group having 1 to 30 carbon atoms, R 2 represents an aliphatic hydrocarbyl group having 4 to 40 carbon atoms, POA represents a polyoxyalkylene group R 3 represents an organic group having 2 to 40 carbon atoms, n is an integer from 1 to 6 R 4 is independently selected from -(C=O)-NH-R 2 -NH-(C=O)-X-R 1 , -(C=O)-NH-R 1 , -R 6 , wherein R 6 represents a hydrogen atom or an aliphatic or aromatic group having 1 to 24 carbon atoms, and wherein the polymer has an average of at least 1.8 end groups R 1 per molecule, a number average molecular weight in the range of 2000 to 100000 g/mol (Daltons), a polydispersity in the range of 1.0 to 5.0, wherein the quotient of the polydispersity divided by (n+1) is less than 1.0, with the proviso that the polymer is not the reaction product of a) the mono-adduct of isophorone diisocyanate with 1-dodecanol and b) a polyether based on glycerol and a mixture of ethylene oxide and propylene oxide with an OH number of 18 mg KOH/g.
- Method for preparing a composition comprising mineral particles functionalised by at least one organic group and having a specific surface area determined according to the BET method - standard AFNOR X 11 - 621 and 622 - of greater than 500 m 2 /g, wherein: - there is chosen a composition, named the phyllosilicate composition, comprising mineral particles belonging to the family of the lamellar silicates, said mineral particles having a thickness of less than 100 nm and a largest dimension of less than 10 μm; - there is chosen at least one compound, named the functionalising agent, from the group formed of oxysilanes and oxygermanes having at least one organic group, - said phyllosilicate composition is brought into contact with a solution, named the functionalising solution, comprising said functionalising agent, so as to obtain a phyllosilicate composition comprising mineral particles functionalised by said organic group, characterised in that : - the organic group is chosen from the group formed of cationic heteroaryl groups and their salts, - said functionalising agent has the chemical formula: wherein: - A denotes said organic group, - T is chosen from the group formed of silicon and germanium, and - R1, R2 and R3 are identical or different and are chosen from the group formed of hydrogen and linear alkyl groups containing from 1 to 3 carbon atom(s). - there is chosen a composition, named the phyllosilicate composition, comprising mineral particles belonging to the family of the lamellar silicates, said mineral particles having a thickness of less than 100 nm and a largest dimension of less than 10 μm; - there is chosen at least one compound, named the functionalising agent, from the group formed of oxysilanes and oxygermanes having at least one organic group, - said phyllosilicate composition is brought into contact with a solution, named the functionalising solution, comprising said functionalising agent, so as to obtain a phyllosilicate composition comprising mineral particles functionalised by said organic group, - the organic group is chosen from the group formed of cationic heteroaryl groups and their salts, - said functionalising agent has the chemical formula: - A denotes said organic group, - T is chosen from the group formed of silicon and germanium, and - R1, R2 and R3 are identical or different and are chosen from the group formed of hydrogen and linear alkyl groups containing from 1 to 3 carbon atom(s).
A speed-reducing unit having an epicyclic gear train, in particular for a turbine engine, comprising an inner planetary gear and an outer planetary gear which are coaxial, at least one planetary wheel rotatably mounted on a planetary wheel carrier and engaging with both the inner planetary gear and the outer planetary gear , the planetary wheel carrier pivoting about the axis (X) of the inner planetary gear and of the outer planetary gear , the planetary wheel comprising an inner cylindrical surface pivotably mounted about a cylindrical surface of the planetary wheel carrier , with the speed-reducing unit further comprising an improved means for supplying oil at the interface between said cylindrical surfaces , with the means for supplying oil comprising a chamber provided in the planetary wheel carrier , intended to form an oil buffer volume, and comprising a so-called lower zone spaced from the axis of rotation (X) of the planetary wheel carrier , a so-called upper zone , close to the axis (X) of rotation of the planetary wheel carrier , and at least one secondary channel opening into said interface and at the lower zone , characterized in that the inner planetary gear is rotatably mounted about its axis (X) and the outer planetary gear is stationary, and in that the means for supplying oil comprise at least one main channel opening at said interface and at the upper zone .
An applicator 1 for a cosmetic product, in particular for mascara, comprising: - a solid core 2 extending along a main longitudinal extension axis X and having two ends 5, 6; - a plurality of projections 4 protruding from the core 2 and being moulded with the core 2; the core 2 having a plurality of vacuum zones 12 for the product storage, alternating with prominence zones 11 for the eyelash combing, succeeding one another axially along its axis X, said vacuum zones 12 consisting of cylindrical sections 12, characterised in that the applicator has an outer envelope 13 and an inner envelope 14 nested one inside the other, said envelopes 13, 14 being formed by free ends of the projections 4, the inner envelope 14 having, from the axis of extension X, a radial extension which is smaller than the radial extension of the outer envelope 13, and in that said projections 4 are all inclined with respect to a direction perpendicular to the axis X, the projections 4 of the same row 7 all having the same inclination and the projections 4a forming the outer envelope 13 being inclined towards a first end 6 of the core, the so-called distal end 6, and the projections 4b forming the inner envelope 14 are inclined towards a second free end 5 of the core, the so-called proximal end 5. - a solid core 2 extending along a main longitudinal extension axis X and having two ends 5, 6; - a plurality of projections 4 protruding from the core 2 and being moulded with the core 2; characterised in that the applicator has an outer envelope 13 and an inner envelope 14 nested one inside the other, said envelopes 13, 14 being formed by free ends of the projections 4, the inner envelope 14 having, from the axis of extension X, a radial extension which is smaller than the radial extension of the outer envelope 13, and in that said projections 4 are all inclined with respect to a direction perpendicular to the axis X, the projections 4 of the same row 7 all having the same inclination and the projections 4a forming the outer envelope 13 being inclined towards a first end 6 of the core, the so-called distal end 6, and the projections 4b forming the inner envelope 14 are inclined towards a second free end 5 of the core, the so-called proximal end 5.
Brush head for a sonic toothbrush, comprising a brush neck , wherein the brush neck , a. in a distal region, comprises a cleaning element with an alignment axis , in particular a plurality of filaments for cleaning teeth; and, b. in a proximal region, comprises an adapter , which has an adapter axis and is intended for coupling the brush head to a vibration generator and for transmitting vibrations from the vibration generator to the cleaning element ; c. the adapter axis and the alignment axis enclose an angle greater than 90°, preferably an angle of 91° to 120°, further preferably an angle of 95° to 105°, particularly preferably an angle of 98° to 102°, wherein d. the brush neck comprises a front part made of a first material and a rear part made of a second material, the two parts being connected to one another, wherein the front part comprises the cleaning element, and wherein the front part consists of a first plastic and the rear part consists of a second plastic, and wherein, in order to set such a vibration behaviour that optimum cleaning of teeth can be achieved, the second plastic has a lower level of hardness than the first plastic. a. in a distal region, comprises a cleaning element with an alignment axis , in particular a plurality of filaments for cleaning teeth; and, b. in a proximal region, comprises an adapter , which has an adapter axis and is intended for coupling the brush head to a vibration generator and for transmitting vibrations from the vibration generator to the cleaning element ; c. the adapter axis and the alignment axis enclose an angle greater than 90°, preferably an angle of 91° to 120°, further preferably an angle of 95° to 105°, particularly preferably an angle of 98° to 102°, wherein d. the brush neck comprises a front part made of a first material and a rear part made of a second material, the two parts being connected to one another, wherein the front part comprises the cleaning element, and wherein the front part consists of a first plastic and the rear part consists of a second plastic, and wherein, in order to set such a vibration behaviour that optimum cleaning of teeth can be achieved, the second plastic has a lower level of hardness than the first plastic.