mhurhangee/patent-ind-claim-en huggingface dataset:
A protease-activatable T cell activating bispecific molecule comprising (a) a first antigen binding moiety capable of specific binding to CD3, wherein the first antigen binding moiety is an antibody or fragment thereof; (b) a second antigen binding moiety capable of specific binding to a target cell antigen wherein the second antigen binding moiety is an antibody or fragment thereof; and (c) a masking moiety covalently attached to the protease-activatable T cell activating bispecific molecule through a protease-cleavable linker, wherein the masking moiety is capable of specific binding to the idiotype of the first or the second antigen binding moiety thereby reversibly concealing the first or the second antigen binding moiety, wherein the masking moiety is an anti-idiotypic scFv. (a) a first antigen binding moiety capable of specific binding to CD3, wherein the first antigen binding moiety is an antibody or fragment thereof; (b) a second antigen binding moiety capable of specific binding to a target cell antigen wherein the second antigen binding moiety is an antibody or fragment thereof; and (c) a masking moiety covalently attached to the protease-activatable T cell activating bispecific molecule through a protease-cleavable linker, wherein the masking moiety is capable of specific binding to the idiotype of the first or the second antigen binding moiety thereby reversibly concealing the first or the second antigen binding moiety, wherein the masking moiety is an anti-idiotypic scFv.
An in vitro method for differentiating, transdifferentiating or reprogramming a cell, said method comprising: contacting the cell with a compound wherein XisH; Y is halogen, wherein the cell differentiates into_a mesenchymal cell that can differentiate into osteoblasts and chondrocytes. contacting the cell with a compound wherein XisH; Y is halogen, wherein the cell differentiates into_a mesenchymal cell that can differentiate into osteoblasts and chondrocytes.
A split-screen display processing method, wherein the method comprises: obtaining (S101) a screen splitting operation performed by a user on a touchscreen; splitting (S102) a current display screen into two areas based on the screen splitting operation, and displaying, in a first area, an interface of a first application that is displayed on the display screen before the screen splitting; obtaining (S103), from installed applications by using a clustering algorithm, at least one second application to be combined with the first application in a split-screen manner, comprising obtaining, by using an unsupervised learning clustering algorithm and based on historical data of combining each installed application with the first application in the split-screen manner, the at least one second application to be combined with the first application in the split-screen manner; and displaying (S104) an identifier of the at least one second application for user selection in a second area after the screen splitting; when the identifier of the at least one second application is displayed in the second area and selected by the user, further displaying another started application in a system in the second area. obtaining (S101) a screen splitting operation performed by a user on a touchscreen; splitting (S102) a current display screen into two areas based on the screen splitting operation, and displaying, in a first area, an interface of a first application that is displayed on the display screen before the screen splitting; obtaining (S103), from installed applications by using a clustering algorithm, at least one second application to be combined with the first application in a split-screen manner, comprising obtaining, by using an unsupervised learning clustering algorithm and based on historical data of combining each installed application with the first application in the split-screen manner, the at least one second application to be combined with the first application in the split-screen manner; and displaying (S104) an identifier of the at least one second application for user selection in a second area after the screen splitting; when the identifier of the at least one second application is displayed in the second area and selected by the user, further displaying another started application in a system in the second area.
A cable reel system for a multifunctional microgravity exercise apparatus, the cable reel system being configured to allow a plurality of resistive exercises, characterised in that the cable reel system comprises two cable reels rotatably journaled on a shaft , two ring gears and at least two pinion gears , wherein one of the two ring gears is connected to one of the two reels , the other of the two ring gears is connected to the other of the two reels , the two ring gears face one another with the at least two pinion gears arranged between the two ring gears with the at least two pinion gears each meshing with both of the two ring gears , and the shaft is provided with a pinion gear carrier for each of the at least two pinion gears . characterised in that the cable reel system comprises two cable reels rotatably journaled on a shaft , two ring gears and at least two pinion gears , wherein one of the two ring gears is connected to one of the two reels , the other of the two ring gears is connected to the other of the two reels , the two ring gears face one another with the at least two pinion gears arranged between the two ring gears with the at least two pinion gears each meshing with both of the two ring gears , and the shaft is provided with a pinion gear carrier for each of the at least two pinion gears .
A method of secure communication in mobile digital pages, comprising: transmitting, by a client computing device, to a data processing system, a request to access an electronic document; receiving, by the client computing device, from a cache of the data processing system, the electronic document; loading, by the client computing device, content of the electronic document; identifying, by the client computing device, contextual information in the electronic document; transmitting, by the client computing device, the contextual information to the data processing system; receiving, by the client computing device, from the data processing system, candidate data values identified based on the contextual information; providing, by the client computing device, to a user, an indication of the candidate data values; receiving, by the client computing device, input indicating that the candidate data values are approved for input into the electronic document; and in response to receiving the input indicating that the candidate data values are approved for input into the electronic document, transmitting, by the client computing device, the candidate data values to a third party developer device to execute an action, characterized by blocking by the client computing device access to the candidate data values by the electronic document prior to receiving the input indicating that the candidate data values are approved for input into the electronic document. transmitting, by a client computing device, to a data processing system, a request to access an electronic document; receiving, by the client computing device, from a cache of the data processing system, the electronic document; loading, by the client computing device, content of the electronic document; identifying, by the client computing device, contextual information in the electronic document; transmitting, by the client computing device, the contextual information to the data processing system; receiving, by the client computing device, from the data processing system, candidate data values identified based on the contextual information; providing, by the client computing device, to a user, an indication of the candidate data values; receiving, by the client computing device, input indicating that the candidate data values are approved for input into the electronic document; and in response to receiving the input indicating that the candidate data values are approved for input into the electronic document, transmitting, by the client computing device, the candidate data values to a third party developer device to execute an action, characterized by blocking by the client computing device access to the candidate data values by the electronic document prior to receiving the input indicating that the candidate data values are approved for input into the electronic document.
A system for measuring a presence of magnetic particles in a probe volume (34a-d), said system comprising: - a coil assembly (12, 12a-d) arranged around a central coil assembly axis for generating a rotating magnetic field distribution, said coil assembly (12, 12a-d) comprising at least 3 circumferentially distributed coil assembly sectors (16a-d), wherein said coil assembly sectors (16a-d) are arranged circumferentially with respect to said central coil assembly axis ; - a current controller configured to generate in each of said coil assembly sectors (16a-d) a corresponding time varying current, said corresponding time varying current comprising a corresponding periodic modulation, wherein the periodic modulations of the coil assembly sectors (16a-d) have a same frequency and said periodic modulations are phase shifted between adjacent coil assembly sectors (16a-d) to generate a magnetic field rotating in a plane perpendicular to said central coil assembly axis , said magnetic field rotating with a rotation frequency associated with said frequency of said periodic modulations, wherein said system is configured to measure said presence of magnetic particles in said probe volume (34a-d) with said coil assembly (12, 12a-d), wherein said coil assembly (12, 12a-d) is configured such that the generated rotating magnetic field is spaced from the coil assembly (12, 12a-d) along the central coil assembly axis in order for said probe volume (34a-d) to be spaced from said coil assembly (12, 12a-d) along said central coil assembly axis . - a coil assembly (12, 12a-d) arranged around a central coil assembly axis for generating a rotating magnetic field distribution, said coil assembly (12, 12a-d) comprising at least 3 circumferentially distributed coil assembly sectors (16a-d), wherein said coil assembly sectors (16a-d) are arranged circumferentially with respect to said central coil assembly axis ; - a current controller configured to generate in each of said coil assembly sectors (16a-d) a corresponding time varying current, said corresponding time varying current comprising a corresponding periodic modulation, wherein the periodic modulations of the coil assembly sectors (16a-d) have a same frequency and said periodic modulations are phase shifted between adjacent coil assembly sectors (16a-d) to generate a magnetic field rotating in a plane perpendicular to said central coil assembly axis , said magnetic field rotating with a rotation frequency associated with said frequency of said periodic modulations,
Device for monitoring and/or displaying an oil level that fluctuates in various operating components of a screw-type compressor, in an oil sump of the screw-type compressor for producing compressed air for the supply of compressed-air brake units, such that the device comprises an optical device which is fitted into a mounting device that can be connected to the screw-type compressor, wherein the mounting device is screwed into a threaded opening of a pressure container of the screw-type compressor and the threaded opening is arranged at the height of a minimum oil level, with a seal inserted between the threaded opening and the mounting device , and wherein the optical device is a sensor, such that the optical device is wired to an electronic evaluation device, characterised in that the sensor is adhesively bonded firmly into the mounting device , and the electronic evaluation device is designed to be wired to an engine control system of the vehicle, to receive signals about the operating condition of the vehicle and to evaluate them together with the operating condition of the screw-type compressor and the signals from the optical device .
An energy management system for a kitchen appliance, the energy management system comprising: a mains power system , a backup energy storage system , and at least one controller , wherein the controller is arranged to: determine a state of health of the energy storage system ; determine a state of charge of the energy storage system ; determine how energy from the energy storage system is to be used based on the determined state of health, the determined state of charge and at least one measured variable obtained from the kitchen appliance, and apply the energy to operate at least one function of the kitchen appliance, wherein the energy storage system comprises at least one battery , and the controller is further arranged to determine the state of charge based on a measured battery current and an estimated open circuit battery voltage, and wherein the controller is further arranged to determine the estimated open circuit battery voltage based on the battery temperature and the battery voltage. a mains power system , a backup energy storage system , and at least one controller , wherein the controller is arranged to: determine a state of health of the energy storage system ; determine a state of charge of the energy storage system ; determine how energy from the energy storage system is to be used based on the determined state of health, the determined state of charge and at least one measured variable obtained from the kitchen appliance, and apply the energy to operate at least one function of the kitchen appliance, determine a state of health of the energy storage system ; determine a state of charge of the energy storage system ; determine how energy from the energy storage system is to be used based on the determined state of health, the determined state of charge and at least one measured variable obtained from the kitchen appliance, and apply the energy to operate at least one function of the kitchen appliance, wherein the energy storage system comprises at least one battery , and the controller is further arranged to determine the state of charge based on a measured battery current and an estimated open circuit battery voltage, and wherein the controller is further arranged to determine the estimated open circuit battery voltage based on the battery temperature and the battery voltage.
A method of well intervention in which an intervention hose extends from a hose drum and into a well, wherein the drum comprises a pressure tight swivel connection at the centre of the drum and is connected to the innermost end of the hose, the method comprising providing a pressure tight flow path of a fluid from a non-rotating end of the swivel connection to the outermost end of the hose while the hose drum is rotatable around the centerline of the swivel connection, and delivering the hose into the well through a stuffing box , characterised in that the method further comprises pulling the hose out of the well without the use of an injector by pulling the hose out of the well with the hose drum .
A Schottky barrier diode device comprising: three semiconductor layers; wherein the semiconductor layers are arranged to form a 2DHG and a 2DEG separated by a polarization layer, a plurality of electrodes, wherein the electrodes comprise: first and second electrodes electrically connected to the 2DHG so that current can flow between them via the 2DHG; and a third electrode electrically connected to the 2DEG so that when a positive voltage is applied to the third electrode, with respect to at least one of the other electrodes, the 2DEG and the 2DHG will be at least partially depleted; wherein the first and second electrodes are a cathode and an anode respectively, one of which is arranged to form a Schottky barrier between it and the semiconductor layer it is connected to so that current can flow from the anode to the cathode. three semiconductor layers; wherein the semiconductor layers are arranged to form a 2DHG and a 2DEG separated by a polarization layer, a plurality of electrodes, wherein the electrodes comprise: first and second electrodes electrically connected to the 2DHG so that current can flow between them via the 2DHG; and a third electrode electrically connected to the 2DEG so that when a positive voltage is applied to the third electrode, with respect to at least one of the other electrodes, the 2DEG and the 2DHG will be at least partially depleted; wherein the first and second electrodes are a cathode and an anode respectively, one of which is arranged to form a Schottky barrier between it and the semiconductor layer it is connected to so that current can flow from the anode to the cathode.
Lever connection for connecting a guide vane to a lever of a guide vane adjustment of a turbomachine for conjoint rotation, the guide vane having a vane shaft that extends along a vertical axis (H), characterized in that the lever is formed in one piece at a radially outer end of a substantially hollow-cylindrical clamping sleeve that coaxially encloses the vane shaft in portions, and the vane shaft and the clamping sleeve are coupled via a longitudinal form-fitting connection or an end-face form-fitting connection and the vane shaft can be clamped by the clamping sleeve along the vertical axis (H) by means of a fastening element , in particular a threaded nut .
A device for compensating swath height error comprising: a memory to store instructions ; and a processor to execute the instructions to perform operations, the operations including: determining a density of an image (S410) to be printed in an overlap area of a printing material, the overlap area including target pixels capable of being printed by a first set of drop ejection elements of a first printhead die and a second set of drop ejection elements of a second printhead die, the second set of drop ejection elements being redundant to the first set of drop ejection elements; determining a mask to apply to the first set of drop ejection elements and the second set of drop ejection elements based on the determined density (S420); and applying the mask (S430) to the first set of drop ejection elements and the second set of drop ejection elements; characterized in that the step of determining the mask is performed such that the mask designates at least one additional drop to apply to at least one target pixel by at least one of the first set of drop ejection elements and the second set of drop ejection elements, wherein at least one additional drop is applied to at least one of the target pixel. a memory to store instructions ; and a processor to execute the instructions to perform operations, the operations including: determining a density of an image (S410) to be printed in an overlap area of a printing material, the overlap area including target pixels capable of being printed by a first set of drop ejection elements of a first printhead die and a second set of drop ejection elements of a second printhead die, the second set of drop ejection elements being redundant to the first set of drop ejection elements; determining a mask to apply to the first set of drop ejection elements and the second set of drop ejection elements based on the determined density (S420); and applying the mask (S430) to the first set of drop ejection elements and the second set of drop ejection elements; determining a density of an image (S410) to be printed in an overlap area of a printing material, the overlap area including target pixels capable of being printed by a first set of drop ejection elements of a first printhead die and a second set of drop ejection elements of a second printhead die, the second set of drop ejection elements being redundant to the first set of drop ejection elements; determining a mask to apply to the first set of drop ejection elements and the second set of drop ejection elements based on the determined density (S420); and applying the mask (S430) to the first set of drop ejection elements and the second set of drop ejection elements; characterized in that the step of determining the mask is performed such that the mask designates at least one additional drop to apply to at least one target pixel by at least one of the first set of drop ejection elements and the second set of drop ejection elements, wherein at least one additional drop is applied to at least one of the target pixel.
A lithium secondary battery comprising: a positive electrode, a negative electrode, and a separator disposed between the positive electrode and the negative electrode, wherein the negative electrode is lithiated by pre-lithiation, a total capacity of a negative electrode active material of the negative electrode is larger than a total capacity of a positive electrode active material of the positive electrode, and a charge capacity of the negative electrode is smaller than a charge capacity of the positive electrode due to the pre-lithiation of the negative electrode, and wherein the negative electrode comprises electroplated lithium. a positive electrode, a negative electrode, and a separator disposed between the positive electrode and the negative electrode, wherein the negative electrode is lithiated by pre-lithiation, a total capacity of a negative electrode active material of the negative electrode is larger than a total capacity of a positive electrode active material of the positive electrode, and a charge capacity of the negative electrode is smaller than a charge capacity of the positive electrode due to the pre-lithiation of the negative electrode, and wherein the negative electrode comprises electroplated lithium.
A rechargeable battery comprising: an electrode assembly that includes a first electrode and a second electrode ; a case of which one side is opened, and that receives the electrode assembly ; a cap assembly that includes a cap plate covering the opened portion of the case ; a first current collecting member that is disposed at a lower side of the cap assembly and is thus connected with the first electrode ; a sealing member that is made of an insulation material and penetrates the cap plate and the first current collecting member ; characterized in that a first terminal in which a base portion fixed to an outer side of the cap plate and an extension portion formed to penetrate the sealing member such that the first current collecting member is fixed to the cap assembly are formed as a single body. an electrode assembly that includes a first electrode and a second electrode ; a case of which one side is opened, and that receives the electrode assembly ; a cap assembly that includes a cap plate covering the opened portion of the case ; a first current collecting member that is disposed at a lower side of the cap assembly and is thus connected with the first electrode ; a sealing member that is made of an insulation material and penetrates the cap plate and the first current collecting member ; characterized in that a first terminal in which a base portion fixed to an outer side of the cap plate and an extension portion formed to penetrate the sealing member such that the first current collecting member is fixed to the cap assembly are formed as a single body.