mhurhangee/patent-ind-claim-en huggingface dataset:
A method of preparing a beverage with a beverage heating, mixing and drinking device , said device comprising : . a drinking container body, comprising a floor and a sidewall extending upwardly from the floor to form a space inside the sidewall and the floor wherein the beverage is mixed, . a mixing device positioned within the container body, . a motor cooperating with the mixing device through the floor of the container body, . a heating device configured for heating a liquid hold in the container body, . a temperature sensor configured for measuring the temperature of a liquid contained in the container body, . a control system operable to execute a beverage preparation process comprising control of the heating device and the mixing device , the control system comprising a communication interface to receive beverage preparation process information from a mobile device , said method comprising the steps of: a)- manually introducing a beverage ingredient and optionally a diluent in the container body, either simultaneously or subsequently, then b)- providing the control system with information related to at least the nature of the beverage ingredient manually introduced in the drinking container body in step a), by means of a mobile device , and c)- actuating the heating device and the mixing device either separately or simultaneously to prepare the beverage, the control system controlling the heating device and the mixing device based on at least information related to the nature of the beverage ingredient and received from the mobile device in step b). . a drinking container body, comprising a floor and a sidewall extending upwardly from the floor to form a space inside the sidewall and the floor wherein the beverage is mixed, . a mixing device positioned within the container body, . a motor cooperating with the mixing device through the floor of the container body, . a heating device configured for heating a liquid hold in the container body, . a temperature sensor configured for measuring the temperature of a liquid contained in the container body, . a control system operable to execute a beverage preparation process comprising control of the heating device and the mixing device , the control system comprising a communication interface to receive beverage preparation process information from a mobile device , a)- manually introducing a beverage ingredient and optionally a diluent in the container body, either simultaneously or subsequently, then b)- providing the control system with information related to at least the nature of the beverage ingredient manually introduced in the drinking container body in step a), by means of a mobile device , and c)- actuating the heating device and the mixing device either separately or simultaneously to prepare the beverage, the control system controlling the heating device and the mixing device based on at least information related to the nature of the beverage ingredient and received from the mobile device in step b).
A gas turbine engine comprising: an inlet particle separator that separates inlet air into scavenge air and clean air; a heat transfer system ; a scavenge air path that extends from the inlet particle separator to the heat transfer system and conveys the scavenge air from the inlet particle separator to the heat transfer system ; a heat exchange fluid path that conveys a heat exchange fluid to the heat transfer system and away from the heat transfer system ; and a flow control mechanism disposed in the scavenge air path between the inlet particle separator and the heat transfer system , wherein the flow control mechanism is configured to adjust the scavenge airflow to modulate the temperature of the heat exchange fluid; the heat transfer system being configured to transfer heat from the heat exchange fluid path to the scavenge air path to cool the heat exchange fluid. an inlet particle separator that separates inlet air into scavenge air and clean air; a heat transfer system ; a scavenge air path that extends from the inlet particle separator to the heat transfer system and conveys the scavenge air from the inlet particle separator to the heat transfer system ; a heat exchange fluid path that conveys a heat exchange fluid to the heat transfer system and away from the heat transfer system ; and a flow control mechanism disposed in the scavenge air path between the inlet particle separator and the heat transfer system , wherein the flow control mechanism is configured to adjust the scavenge airflow to modulate the temperature of the heat exchange fluid; the heat transfer system being configured to transfer heat from the heat exchange fluid path to the scavenge air path to cool the heat exchange fluid.
A data diode device that is installed between a transmitting side network and a receiving side network, and includes a transmitting device , a one-way transmission path and a receiving device , characterized in that the transmitting device comprises a network load prediction function unit that predicts a network load P1 of the receiving side network ,and a data control unit that discards IP packets of data sent from the transmitting side network when the network load predicted by the network load prediction function unit is determined to be higher than a predetermined value, wherein the network load prediction function unit uses the amount of communication of TCP communication vt, in bytes per second, and the amount of communication of UDP communication vu, in bytes per second, of data sent from the transmitting side network, and transmission capability sn, in bytes per second, of the receiving side network that is previously measured to calculate the network load P1 of the receiving side network with the following equation: P 1 = vt + vu / sn × 100 .
A sliding member having a sliding surface sliding under a wet condition in which a lubricant oil exists, the sliding surface being coated with a laminate film comprising an upper layer and a lower layer, the lower layer comprising hydrogen-free amorphous carbon referred to as "hydrogen-free DLC" and carbon particles dispersed on or in the hydrogen-free DLC and having a hydrogen content of 5 atom% or less when the lower layer as a whole is 100 atom%, the upper layer comprising boron-containing amorphous carbon referred to as "B-DLC" and having protrusions on a surface side of the upper layer along the carbon particles of the lower layer, the B-DLC having a boron content of 1-40 atom% when the upper layer as a whole is 100 atom%, the protrusions having a particle diameter of 0.5-5 μm and existing with a density of 20 protrusions/100 μm 2 or more.
A composition comprising HFC-1234yf and HFC-152a.
Isolated lymphocytes harvested from at least a portion of a spleen removed from a patient, for use in a method of increasing the patient's immunity and reducing the likelihood of post-splenectomy infection, wherein the isolated lymphocytes are administered to the patient, further comprising administering an antigen associated with a pathogen subsequent to removal of the spleen from the patient, wherein the antigen is a vaccine, and the vaccine response in the patient is improved.
Chassis mounting unit (11; 111) for mounting a bearing bracket (5; 105) to a vehicle chassis , said bearing bracket (5; 105) adapted to pivotally mount a trailing arm of a wheel axle suspension, wherein the mounting unit (11; 111) comprises a mounting plate (12; 112) to be attached to an overhead longitudinal chassis beam and adapted to mount the bearing bracket (5; 105) against, wherein the mounting plate (12; 112) has mounting holes (14; 114) for bolting the bearing bracket (5; 105) to the mounting plate (12; 112), wherein the chassis mounting unit (11; 111) furthermore comprises a transverse strut beam (13; 113) having a first end (13A; 113A) and having an opposite second end (13B; 113B) to be attached to an overhead chassis beam , wherein the transverse strut beam (13; 113B) extends transversely to the mounting plate (12; 112), characterized in that the first end is welded to the mounting plate (12; 112).
A composition comprising albumin-containing nanoparticle/antibody complexes, wherein the complex comprises: (a) a nanoparticle formulation that combines paclitaxel with human albumin; and (b) an antibody, wherein the antibody is an anti-VEGF polypeptide antibody, trastuzumab or rituximab. (a) a nanoparticle formulation that combines paclitaxel with human albumin; and (b) an antibody, wherein the antibody is an anti-VEGF polypeptide antibody, trastuzumab or rituximab.
A method comprising: determining one or more requests for a reception of one or more data items at a device ; causing , at least in part, a time delay in the reception of the one or more data items, wherein a duration of the time delay is determined based, at least in part, on the type of the one or more data items, source of the one or more data items or destination of the one or more data items; determining to monitor during the time delay for one or more user inputs specifying at least one operation to delay or pause the reception of the one or more data items; and causing , at least in part, an initiation of the at least one operation to delay or pause the reception of the one or more data items. determining one or more requests for a reception of one or more data items at a device ; causing , at least in part, a time delay in the reception of the one or more data items, wherein a duration of the time delay is determined based, at least in part, on the type of the one or more data items, source of the one or more data items or destination of the one or more data items; determining to monitor during the time delay for one or more user inputs specifying at least one operation to delay or pause the reception of the one or more data items; and causing , at least in part, an initiation of the at least one operation to delay or pause the reception of the one or more data items.
A tire pressure monitoring device comprising: an acquisition section that acquires air pressure data of a plurality of tires (T) mounted at a vehicle (V); and a calculation section that, based on the air pressure data of each tire (T), calculates a first representative value relating to air pressures of each tire (T) in a first period, calculates a second representative value relating to air pressures of each tire (T) in a second period that is longer than the first period, and calculates a decrease level of the first representative value relative to the second representative value for each tire (T), and characterized by comprising: a determination section that determines that there is a decrease in air pressure when a decrease level of one of the tires (T) is equal to or more than a first threshold value and a decrease level of another of the tires (T) that is different from the one of the tires (T) is less than the first threshold value. an acquisition section that acquires air pressure data of a plurality of tires (T) mounted at a vehicle (V); and a calculation section that, based on the air pressure data of each tire (T), calculates a first representative value relating to air pressures of each tire (T) in a first period, calculates a second representative value relating to air pressures of each tire (T) in a second period that is longer than the first period, and calculates a decrease level of the first representative value relative to the second representative value for each tire (T), and characterized by comprising: a determination section that determines that there is a decrease in air pressure when a decrease level of one of the tires (T) is equal to or more than a first threshold value and a decrease level of another of the tires (T) that is different from the one of the tires (T) is less than the first threshold value.
A control method for a shape memory alloy SMA motor in a photographing apparatus , wherein the photographing apparatus comprises the SMA motor, an image sensor , a lens , and a controller , the SMA motor comprises at least one SMA wire, the at least one SMA wire is configured to deform to drive the lens to move, the controller is configured to output a pulse signal, the pulse signal comprises a drive signal and a detection signal, the drive signal is used to cause a first SMA wire in the at least one SMA wire to deform, the detection signal is used to detect deformation of the first SMA wire, N times a pulse signal cycle is equal to a time difference between the first time of sampling and the second time of sampling in correlated double sampling CDS of the image sensor, and N is a positive integer; and the method comprises: outputting, by the controller, a first detection signal in a first time, wherein the first time corresponds to the first time of sampling; and outputting, by the controller, a second detection signal in a second time, wherein a pulse width of the second detection signal is equal to a pulse width of the first detection signal, the second time corresponds to the second time of sampling, and the detection signal comprises the first detection signal and the second detection signal. outputting, by the controller, a first detection signal in a first time, wherein the first time corresponds to the first time of sampling; and outputting, by the controller, a second detection signal in a second time, wherein a pulse width of the second detection signal is equal to a pulse width of the first detection signal, the second time corresponds to the second time of sampling, and the detection signal comprises the first detection signal and the second detection signal.
A system for tracking assets, the system comprising: a visible light source that includes a wireless signal generator configured to produce first wireless signals ; a tag that includes a detector configured to detect the presence of the first wireless signals produced by the visible light source , wherein the tag includes a transmitter that is configured to send second wireless signals , and a tag monitor that includes a receiver that is configured to receive the second wireless signals , wherein the tag monitor is configured to determine a location of the tag based on the second wireless signals received from the tag , characterised in that the tag includes a motion sensor configured to determine when the tag moves and the velocity of the tag , the detector is configured to begin detecting the first wireless signals when activated by the motion sensor , and the detector is configured to detect the first wireless signals from the visible light source at a rate determined by the velocity of tag . a visible light source that includes a wireless signal generator configured to produce first wireless signals ; a tag that includes a detector configured to detect the presence of the first wireless signals produced by the visible light source , wherein the tag includes a transmitter that is configured to send second wireless signals , and a tag monitor that includes a receiver that is configured to receive the second wireless signals , wherein the tag monitor is configured to determine a location of the tag based on the second wireless signals received from the tag , characterised in that the tag includes a motion sensor configured to determine when the tag moves and the velocity of the tag , the detector is configured to begin detecting the first wireless signals when activated by the motion sensor , and the detector is configured to detect the first wireless signals from the visible light source at a rate determined by the velocity of tag .
Integrated circuit for measuring the polarization of light - having polarization-sensitive sensors with different polarization plane alignments as basic elements in four different alignments , - having sensory elements, each arranged so as to interact with a polarization filter to form one of the polarization-sensitive sensors as a structural unit, - wherein the polarization-sensitive filter of the polarization-sensitive sensor arranged as a structural unit has a specific extension and orientation, - wherein the polarization filter has lattice structures produced by lithographic methods in at least one production plane, - wherein the polarization-sensitive sensors of different alignment consist of a plurality of individual sensor elements arranged in a matrix, - wherein the integrated circuit contains devices configured to make a statement about the polarization of the incident light from the signals of the polarization-sensitive sensors, - wherein the basic elements with different alignments are arranged in an 8x8 matrix, - wherein the basic elements in the first line of the 8x8 matrix have the arrangement , in the second line of the 8x8 matrix have the arrangement , in the third line of the 8x8 matrix have the arrangement , in the fourth line of the 8x8 matrix have the arrangement , in the fifth line of the 8x8 matrix have the arrangement , in the sixth line of the 8x8 matrix have the arrangement , in the seventh line of the 8x8 matrix have the arrangement , and in the eighth line of the 8x8 matrix have the arrangement . - having polarization-sensitive sensors with different polarization plane alignments as basic elements in four different alignments , - having sensory elements, each arranged so as to interact with a polarization filter to form one of the polarization-sensitive sensors as a structural unit, - wherein the polarization-sensitive filter of the polarization-sensitive sensor arranged as a structural unit has a specific extension and orientation, - wherein the polarization filter has lattice structures produced by lithographic methods in at least one production plane, - wherein the polarization-sensitive sensors of different alignment consist of a plurality of individual sensor elements arranged in a matrix, - wherein the integrated circuit contains devices configured to make a statement about the polarization of the incident light from the signals of the polarization-sensitive sensors, - wherein the basic elements with different alignments are arranged in an 8x8 matrix, - wherein the basic elements in the first line of the 8x8 matrix have the arrangement , in the second line of the 8x8 matrix have the arrangement , in the third line of the 8x8 matrix have the arrangement , in the fourth line of the 8x8 matrix have the arrangement , in the fifth line of the 8x8 matrix have the arrangement , in the sixth line of the 8x8 matrix have the arrangement , in the seventh line of the 8x8 matrix have the arrangement , and in the eighth line of the 8x8 matrix have the arrangement .
A method, by a transmitting device , for transmitting messages to a target device over a wireless network, the wireless network comprising at least one primary channel in which first messages are transmitted in a random access procedure, and at least one secondary channel in which second messages are transmitted using a dedicated access procedure with scheduled transmission, wherein each of the first messages transmitted in the primary channel comprises a pointer to the at least one secondary channel , each first message furthermore comprising information about at least the transmitting device transmitting the first and second message and the target device as intended recipient of the first and second message, the method comprising: - selecting, for each of the first and second message transmitted by the transmitting device, a transmission opportunity comprising at least a time slot for transmitting the corresponding message to the target device , characterized by - scanning the primary channel in order to receive first messages sent by devices other than the transmitting device, and to determine, based on the received first messages, whether at least one second message will be transmitted in the time slots selected for the first or second message in which the transmitting device or the target device is involved, - confirming or amending the selected transmission opportunities based on a result of the scanning. - selecting, for each of the first and second message transmitted by the transmitting device, a transmission opportunity comprising at least a time slot for transmitting the corresponding message to the target device , characterized by - scanning the primary channel in order to receive first messages sent by devices other than the transmitting device, and to determine, based on the received first messages, whether at least one second message will be transmitted in the time slots selected for the first or second message in which the transmitting device or the target device is involved, - confirming or amending the selected transmission opportunities based on a result of the scanning.
A method for functional analysis of biological cells, comprising: isolating into a monodisperse emulsion microdroplet a single target cell from a plurality of target cell clones of a first cell type and one or more inducer cells from a plurality of inducer cell clones of a second cell type; incubating isolated cells in the monodisperse emulsion microdroplet, wherein the isolated cells comprise the single target cell and the one or more inducer cells; introducing an aqueous solution containing a lysis reagent into said monodisperse emulsion microdroplet, thereby inducing lysis of the isolated cells; capturing RNA released from the isolated cells on a solid surface; and generating a library of hybridized polynucleic acids that comprise a transcript from the one or more inducer cells linked to a transcript from the single target cell, wherein the hybridized polynucleic acids are indicative of transcriptional change in the single target cell after the step of incubating the isolated cells. isolating into a monodisperse emulsion microdroplet a single target cell from a plurality of target cell clones of a first cell type and one or more inducer cells from a plurality of inducer cell clones of a second cell type; incubating isolated cells in the monodisperse emulsion microdroplet, wherein the isolated cells comprise the single target cell and the one or more inducer cells; introducing an aqueous solution containing a lysis reagent into said monodisperse emulsion microdroplet, thereby inducing lysis of the isolated cells; capturing RNA released from the isolated cells on a solid surface; and generating a library of hybridized polynucleic acids that comprise a transcript from the one or more inducer cells linked to a transcript from the single target cell, wherein the hybridized polynucleic acids are indicative of transcriptional change in the single target cell after the step of incubating the isolated cells.