mhurhangee/patent-ind-claim-en huggingface dataset:
An immune complex that can be formed by binding a monoclonal antibody against CDH3, or a fragment thereof having CDH3 binding ability, to DM1 via the divalent crosslinking reagent N-succinimidyl 4-(maleimidomethyl)cyclohexanecarboxylate (SMCC) or N-succinimidyl-4-(N-maleimidomethyl)-cyclohexane-1-carboxy-(6-amidocaproate)(LC-SMCC), provided that a complex of an antibody produced by the cell of NITE BP-1147 or NITE BP-1148 with 3 or 4 DM1 via the SMCC linker is excluded.
A controller for a hybrid vehicle, the hybrid vehicle including a motor arranged on a power transmission path between an engine and a wheel and including a clutch arranged on a portion of the power transmission path between the engine and the motor , the controller being configured to switch between stopping operation of the engine with the clutch disengaged and operating the engine with the clutch engaged, wherein the controller comprises a restart control unit configured to select a start mode from multiple start modes and restart the engine in the selected start mode, the multiple start modes include a first start mode of commanding engagement of the clutch and starting combustion in the engine when a fixed combustion start time has passed after engagement of the clutch is commanded and a second start mode of commanding engagement of the clutch and starting combustion in the engine after rotation of the engine is started by the torque transmitted from the motor through the clutch , and the restart control unit is configured to: in a case in which the engine is restarted in the second start mode, measure a cranking start time (TCR) from when engagement of the clutch is commanded to when transmission of the torque through the clutch is started; and only when measurement of the cranking start time (TCR) has been completed and the measured cranking start time (TCR) is less than or equal to the fixed combustion start time after the vehicle is activated, restart the engine in the first start mode. the controller comprises a restart control unit configured to select a start mode from multiple start modes and restart the engine in the selected start mode, the multiple start modes include a first start mode of commanding engagement of the clutch and starting combustion in the engine when a fixed combustion start time has passed after engagement of the clutch is commanded and a second start mode of commanding engagement of the clutch and starting combustion in the engine after rotation of the engine is started by the torque transmitted from the motor through the clutch , and the restart control unit is configured to: in a case in which the engine is restarted in the second start mode, measure a cranking start time (TCR) from when engagement of the clutch is commanded to when transmission of the torque through the clutch is started; and only when measurement of the cranking start time (TCR) has been completed and the measured cranking start time (TCR) is less than or equal to the fixed combustion start time after the vehicle is activated, restart the engine in the first start mode. in a case in which the engine is restarted in the second start mode, measure a cranking start time (TCR) from when engagement of the clutch is commanded to when transmission of the torque through the clutch is started; and only when measurement of the cranking start time (TCR) has been completed and the measured cranking start time (TCR) is less than or equal to the fixed combustion start time after the vehicle is activated, restart the engine in the first start mode.
A method for estimating a remaining charging time of a battery to reach a target state-of-charge of the battery by a battery management system , wherein the battery comprises N types of battery cells, N ≥ 2, and the method comprises: determining (S101) a minimum charging time of each type of battery cell at a K th charging phase based on a charge request current value of each type of battery cell at the K th charging phase, wherein the K th charging phase is defined by the battery cell reaching an upper limit of a predetermined fluctuation range of temperature or reaching an upper limit of a predetermined fluctuation range of state-of-charge of a battery cell, wherein the charge request current value of each type of battery cell at the K th charging phase is determined based on an initial state of charge and an initial temperature of said type of battery cell at said charging phase, wherein the minimum charging time of each type of battery cell at a K th charging phase is a smallest value of the time for the battery cell to reach the upper limit of the predetermined fluctuation range of temperature or the upper limit of the predetermined fluctuation range of state-of-charge; and determining (S102) the remaining charging time of the battery when the K th charging phase of any type of battery cell in the battery is a target state-of-charge phase, wherein the remaining charging time of the battery is a smallest one of accumulation values, each accumulation value being an accumulation of minimum charging times of a type of battery cell in the battery at all charging phases. determining (S101) a minimum charging time of each type of battery cell at a K th charging phase based on a charge request current value of each type of battery cell at the K th charging phase, wherein the K th charging phase is defined by the battery cell reaching an upper limit of a predetermined fluctuation range of temperature or reaching an upper limit of a predetermined fluctuation range of state-of-charge of a battery cell, wherein the charge request current value of each type of battery cell at the K th charging phase is determined based on an initial state of charge and an initial temperature of said type of battery cell at said charging phase, wherein the minimum charging time of each type of battery cell at a K th charging phase is a smallest value of the time for the battery cell to reach the upper limit of the predetermined fluctuation range of temperature or the upper limit of the predetermined fluctuation range of state-of-charge; and determining (S102) the remaining charging time of the battery when the K th charging phase of any type of battery cell in the battery is a target state-of-charge phase, wherein the remaining charging time of the battery is a smallest one of accumulation values, each accumulation value being an accumulation of minimum charging times of a type of battery cell in the battery at all charging phases.
A bar code reading apparatus, the bar code reading apparatus comprising: a first image sensor array , the first image sensor array being a color pixel array having a plurality of pixels; a first imaging lens focusing images onto an active surface of the first image sensor array ; a first illumination assembly associated with the first image sensor array ; a second image sensor array , the second image sensor array being a monochrome pixel array having a plurality of pixels; a second imaging lens focusing images onto an active surface of the second image sensor array ; a second illumination assembly associated with the second image sensor array ; and a control circuit which configures the bar code reading apparatus to: select a decode mode of operation; and in the decode mode of operation, capture one or more frames of image data using the second image sensor array ; and execute an indicia decode process on the one or more frames of image data; the bar code reading apparatus further comprising: a color display comprising a touch screen and operable to display decoded output data that is decoded from the one or more frames of image data, wherein the color display further comprises a graphical user interface with virtual selectable buttons. a first image sensor array , the first image sensor array being a color pixel array having a plurality of pixels; a first imaging lens focusing images onto an active surface of the first image sensor array ; a first illumination assembly associated with the first image sensor array ; a second image sensor array , the second image sensor array being a monochrome pixel array having a plurality of pixels; a second imaging lens focusing images onto an active surface of the second image sensor array ; a second illumination assembly associated with the second image sensor array ; and a control circuit which configures the bar code reading apparatus to: select a decode mode of operation; and in the decode mode of operation, capture one or more frames of image data using the second image sensor array ; and execute an indicia decode process on the one or more frames of image data; the bar code reading apparatus further comprising: a color display comprising a touch screen and operable to display decoded output data that is decoded from the one or more frames of image data, wherein the color display further comprises a graphical user interface with virtual selectable buttons. select a decode mode of operation; and in the decode mode of operation, capture one or more frames of image data using the second image sensor array ; and execute an indicia decode process on the one or more frames of image data; the bar code reading apparatus further comprising: a color display comprising a touch screen and operable to display decoded output data that is decoded from the one or more frames of image data, wherein the color display further comprises a graphical user interface with virtual selectable buttons.
A method of checking the maximum available power of a turbine engine of an aircraft equipped with two turbine engines configured to operate in parallel and together to supply the aircraft with the necessary power (P 1+2 ) during a flight phase, said method being characterised in that it comprises the following steps: - placing a first of the turbine engines in an engine speed substantially equal to an engine speed at maximum take-off power (PMD), and - adjusting a power supplied (P 2 , P 1 ) by a second of the turbine engines , so that the turbine engines keep supplying the aircraft with the necessary power (P 1+2 ) during the flight phase, - determining a power supplied (P 1 , P 2 ) by the turbine engine placed in engine speed at maximum take-off power (PMD), and - processing the thus determined supplied power (P 1 , P 2 ) in order to deduce an information related to the maximum available power. - placing a first of the turbine engines in an engine speed substantially equal to an engine speed at maximum take-off power (PMD), and - adjusting a power supplied (P 2 , P 1 ) by a second of the turbine engines , so that the turbine engines keep supplying the aircraft with the necessary power (P 1+2 ) during the flight phase, - determining a power supplied (P 1 , P 2 ) by the turbine engine placed in engine speed at maximum take-off power (PMD), and - processing the thus determined supplied power (P 1 , P 2 ) in order to deduce an information related to the maximum available power.
The method of obtaining high purity, colourless monochloroacetic acid encompassing the chlorination of acetic acid with chlorine in the presence of a catalyst, followed by the recovery of the catalyst through vacuum distillation and purification of the remaining liquid raw product by its hydrodehalogenation in the presence of a catalyst containing metal from group X of the periodic table of elements and then vacuum distillation, characterised in that a. hydrolysis is conducted of anhydrides and acid chlorides which are present in the stream of the liquid product obtained after the stage of recovery of the catalyst, whereby hydrolysis is conducted with such a continuous excess of water with respect to the content of chlorides and anhydrides that the concentration of water in the mixture leaving to the next stage is between 0.05 and 5% by weight, in a temperature of between from 50 to 160°C and then b. the excess water is removed by a reaction with added acid chlorides so that the concentration of water in the reaction mixture entering the hydrodehalogenation process is less than 2%, wherein the amount of chlorides added is no greater than the amount of water contained in the mixture after the hydrolysis stage. a. hydrolysis is conducted of anhydrides and acid chlorides which are present in the stream of the liquid product obtained after the stage of recovery of the catalyst, whereby hydrolysis is conducted with such a continuous excess of water with respect to the content of chlorides and anhydrides that the concentration of water in the mixture leaving to the next stage is between 0.05 and 5% by weight, in a temperature of between from 50 to 160°C and then b. the excess water is removed by a reaction with added acid chlorides so that the concentration of water in the reaction mixture entering the hydrodehalogenation process is less than 2%, wherein the amount of chlorides added is no greater than the amount of water contained in the mixture after the hydrolysis stage.
A nozzle for a cleaner, the nozzle comprising: a housing having a chamber formed in the housing and a front opening formed on a front side of the housing ; a rotation cleaning part accommodated in the chamber and to clean a floor through a rotation operation, and of which at least a portion is exposed through the front opening ; a partition member provided in the chamber to partition the chamber into two areas ; a driving unit inserted into the rotation cleaning part to rotate the rotation cleaning part ; and a connection tube connected to the housing and configured to transfer air introduced through the front opening to a dust container of the cleaner, wherein a lower passage (F1) is formed below the rotation cleaning part ; characterized in that an upper passage (F2) is formed above the rotation cleaning part and the lower passage (F1) and the upper passage (F2) are provided in the chamber , at least a portion of the partition member is in contact with the rotation cleaning part ; and a portion of the partition member is recessed to define the upper passage (F2). a housing having a chamber formed in the housing and a front opening formed on a front side of the housing ; a rotation cleaning part accommodated in the chamber and to clean a floor through a rotation operation, and of which at least a portion is exposed through the front opening ; a partition member provided in the chamber to partition the chamber into two areas ; a driving unit inserted into the rotation cleaning part to rotate the rotation cleaning part ; and a connection tube connected to the housing and configured to transfer air introduced through the front opening to a dust container of the cleaner, wherein a lower passage (F1) is formed below the rotation cleaning part ; characterized in that an upper passage (F2) is formed above the rotation cleaning part and the lower passage (F1) and the upper passage (F2) are provided in the chamber , at least a portion of the partition member is in contact with the rotation cleaning part ; and a portion of the partition member is recessed to define the upper passage (F2).
A composition comprising polyurethane microparticles coated with zinc salt particles, wherein the weight ratio of zinc salt to polyurethane is in a range of from 1:99 to 3:7, and the polyurethane microparticles have an average particle size of less than 100 microns.
A secondary battery , characterized in that , comprising: an electrode assembly comprising a main body portion and a tab extending out from the main body portion ; a current collecting member comprising a guiding section , the guiding section extending in a direction perpendicular to a length direction (X) of the electrode assembly ; a transition connecting piece , the transition connecting piece and the current collecting member being formed as two separately processed parts before being connected, the transition connecting piece extending in a width direction (Z) of the electrode assembly perpendicular to the length direction (X), the transition connecting piece comprising a current collecting portion and a fixing portion , the current collecting portion being adapted to connect with the tab and to form a first connection region , the fixing portion being adapted to connect with the guiding section and to form a second connection region , and respective projections of the first connection region and the second connection region on a plane perpendicular to the length direction (X) do not overlap. an electrode assembly comprising a main body portion and a tab extending out from the main body portion ; a current collecting member comprising a guiding section , the guiding section extending in a direction perpendicular to a length direction (X) of the electrode assembly ; a transition connecting piece , the transition connecting piece and the current collecting member being formed as two separately processed parts before being connected, the transition connecting piece extending in a width direction (Z) of the electrode assembly perpendicular to the length direction (X), the transition connecting piece comprising a current collecting portion and a fixing portion , the current collecting portion being adapted to connect with the tab and to form a first connection region , the fixing portion being adapted to connect with the guiding section and to form a second connection region , and respective projections of the first connection region and the second connection region on a plane perpendicular to the length direction (X) do not overlap.
A method for removing a radiation polymerized cosmetic coating from nails wherein first a polymerizable nail coating composition comprising a (meth)acrylic oligomer, (meth)acrylic polymer or (meth)acrylic monomer, or a mixture of a (meth)acrylic oligomer and/or (meth)acrylic polymer and a (meth)acrylic monomer, wherein the oligomer or monomer has an acidic or basic ionizable group, has been applied to a nail and radiation cured, the method further comprising applying a solvent system comprising a hydroxyl-containing solvent selected from the group consisting of methanol, ethanol, and water and a non-hydroxyl-containing solvent selected from the group consisting of acetone and ethyl acetate to the polymerized cosmetic coating.
A subsea hydrocarbon production system which comprises a wellhead housing mounted at the upper end of a well bore, a number of concentric well casings extending from the wellhead housing through the well bore, including an innermost casing through which a hydrocarbon fluid is produced, a plurality of casing annuli (A, B, C, D) formed between successive ones of the wellhead housing and the well casings , and a monitoring system for monitoring a parameter existing in at least one of the casing annuli (A, B, C, D), the monitoring system comprising: an interrogation package which is operable to wirelessly transmit an interrogation signal, wherein the interrogation package is located externally of the wellhead housing or within the innermost casing ; and a plurality of sensing packages , each of which is located in a corresponding casing annulus (A, B, C, D) and includes at least one sensor for sensing the parameter, the sensing packages being operable to wirelessly receive the interrogation signal and in response thereto wirelessly transmit a response signal to the interrogation package which is indicative of the parameter sensed by the sensor, characterized in that the monitoring system is arranged so that the interrogation signals are transmitted between the interrogation package and the sensing packages using a multi-hop signal transmission technique; and the interrogation package is adapted to communicate with a radially adjacent sensing package and the sensing packages are adapted to communicate with each other using near-field magnetic induction (NFM) signals. an interrogation package which is operable to wirelessly transmit an interrogation signal, wherein the interrogation package is located externally of the wellhead housing or within the innermost casing ; and a plurality of sensing packages , each of which is located in a corresponding casing annulus (A, B, C, D) and includes at least one sensor for sensing the parameter, the sensing packages being operable to wirelessly receive the interrogation signal and in response thereto wirelessly transmit a response signal to the interrogation package which is indicative of the parameter sensed by the sensor,
A data transmission method, wherein the method is performed by an Ethernet physical layer of a transmitting device and comprises: obtaining media access control, MAC, layer data; allocating, according to bandwidth required by the MAC layer data and reference bandwidth of a logical channel, at least one logical channel among N logical channels, wherein multiple logical channels are time division multiplexed to one physical channel, and wherein N is an integer not smaller than 2; generating target physical layer data by encoding the MAC layer data according to the at least one logical channel; and sending the target physical layer data and first indication information to a target receiving device, wherein the first indication information indicates a mapping relationship between the MAC layer data and the at least one logical channel and the first indication information differentiates the MAC layer data carried in each logical channel of the N logical channels. obtaining media access control, MAC, layer data; allocating, according to bandwidth required by the MAC layer data and reference bandwidth of a logical channel, at least one logical channel among N logical channels, wherein multiple logical channels are time division multiplexed to one physical channel, and wherein N is an integer not smaller than 2; generating target physical layer data by encoding the MAC layer data according to the at least one logical channel; and sending the target physical layer data and first indication information to a target receiving device, wherein the first indication information indicates a mapping relationship between the MAC layer data and the at least one logical channel and the first indication information differentiates the MAC layer data carried in each logical channel of the N logical channels.