mhurhangee/ep-ind-claims huggingface dataset:
A method for obtaining an antibody from an avian B cell antibody library, comprising the following steps (a) to (d): (a) a step of allowing an avian B cell antibody library to come into contact with an antigen in the presence of a calcineurin inhibitor and avian serum, (b) a step of selecting avian B cells that bind to the antigen in the step (a) in the presence of a calcineurin inhibitor and avian serum, (c) a step of culturing the avian B cells selected in the step (b) in the presence of a calcineurin inhibitor and avian serum, and (d) a step of obtaining the avian B cells obtained through the step (c) and an antibody expressed by the avian B cells. (a) a step of allowing an avian B cell antibody library to come into contact with an antigen in the presence of a calcineurin inhibitor and avian serum, (b) a step of selecting avian B cells that bind to the antigen in the step (a) in the presence of a calcineurin inhibitor and avian serum, (c) a step of culturing the avian B cells selected in the step (b) in the presence of a calcineurin inhibitor and avian serum, and (d) a step of obtaining the avian B cells obtained through the step (c) and an antibody expressed by the avian B cells.
Hose reel with a drum, driven in an appropriate manner by a motor, and provided with a hose through which a medium can flow, which hose is appropriately connected to a tool at one far end provided with a control to operate this tool, i.e. to start and to stop it, and whose other far end is appropriately, either directly or indirectly, connected to a supply line, characterised in that the hose reel comprises a detection module, which comprises a detection body, a signal sensor and a processing unit, which detection body can detect every flow and/or interruption of the flow of a medium resulting from the operation of the control, and can signal or transmit this to the processing unit which can read possible flow pulses or sequences on the basis of a pulse scheme so as to create one or several control signals, for example to produce a start signal for the motorized winding of the hose.
A composition comprising a CSNK1ε inhibitor effective to inhibit the growth and/or proliferation of tumor cells for use in treating a subject suffering from a tumor comprising neuroblastoma tumor cells with MYCN gene amplification.
A polyamide fiber which has a single fiber fineness of less than 5 dtex, and has a stress per unit fineness of 0.7 cN/dtex or more in 3% elongation in a tensile test of the fiber, wherein a stress F1 in 3% elongation in a tensile test of the fiber before 100°C boiling water treatment for 30 minutes and a stress F2 in 3% elongation in a tensile test of the fiber after the treatment satisfy the following formula: F 2 / F 1 > 0.7 wherein the tensile test is carried out under a constant speed tensile condition indicated in JIS L1013 Chemical Fiber Filament Test Method, 2010, as described herein.
A device for anchoring in multilayer soil having a hollow rod whereof a first end receives fastening means and whereof the free opposite end is intended to drill into the ground, in which a positioning plate is mounted on the hollow rod and is intended to bear on the surface of the soil, the rod successively supporting, from the positioning plate towards the free end, at least one helical force disc then a helical drilling disc, characterized in that the rod extends beyond the helical drilling disc opposite the positioning plate, and in that the hollow rod supports between the at least one helical force disc and the helical drilling disc at least one helical intermediate disc having an external diameter ranging between the external diameters of the helical force disc and drilling disc, respectively, and in that a bit is arranged on the free end of said rod, such that a first portion of the rod, extends from the positioning plate to the helical drilling disc, the second portion being suitable for being screwed into at least one first soil layer, and such that a second portion of the rod, extends from the drilling disc to the bit, the second portion being suitable for anchoring in a second soil layer..
A method performed by a mobile station, the method comprising: determining or receiving a route; estimating a navigation progress of the mobile station with regard to the route, the navigation progress being based on a current estimated location of the mobile station and a current time; identifying a wait starting time for the mobile station based, at least in part, on a comparison of the estimated location of the mobile station with an expected location with regard to the route at the current time; identifying a wait ending time for the mobile station based, at least in part, on a comparison of the estimated location of the mobile station with the expected location with regard to the route at the current time; gathering delay zone information during a period of between said wait starting time and said wait ending time, the delay zone information including the current estimated location of the mobile station during the period of waiting; and, selectively transmitting at least a portion of said delay zone information to at least one other device. determining or receiving a route; estimating a navigation progress of the mobile station with regard to the route, the navigation progress being based on a current estimated location of the mobile station and a current time; identifying a wait starting time for the mobile station based, at least in part, on a comparison of the estimated location of the mobile station with an expected location with regard to the route at the current time; identifying a wait ending time for the mobile station based, at least in part, on a comparison of the estimated location of the mobile station with the expected location with regard to the route at the current time; gathering delay zone information during a period of between said wait starting time and said wait ending time, the delay zone information including the current estimated location of the mobile station during the period of waiting; and, selectively transmitting at least a portion of said delay zone information to at least one other device.
Pressure sensor arrangement having a sensor housing which has a pressure connection and accommodates a pressure sensor in a sensor chamber, and having a pressure equalization element for equalizing pressure with respect to the external surroundings of the pressure sensor arrangement, wherein the pressure equalization element is fluidically connected to the pressure connection in parallel with the sensor chamber via a pressure connection line, wherein the pressure connection has a flow connection to the pressure connection line, from which a sensor line which opens into the sensor chamber branches off, and a second branch of the pressure connection line connects the pressure connection to the pressure equalization element, and the pressure equalization element closes a pressure equalization opening which is provided in a wall of the pressure connection line, wherein the sensor housing is composed of a first housing part and a second housing part, wherein the sensor chamber is formed jointly by the two housing parts (3, 4), wherein the pressure equalization element on an outer side of the first housing part, characterized in that the pressure connection is provided on the first housing part, and the pressure sensor is provided on the second housing part and a cover which engages at least partially over the pressure equalization element is arranged on the second housing part.
An ink or coating, comprising at least one polymeric binder, at least one carbonaceous filler, and at least one multi-chain lipid, characterized in that the carbonaceous filler comprises graphene sheets.
A security authentication method, comprising: receiving, by a first terminal, a public key for signature of a configuration device sent by the configuration device; receiving, by the first terminal, second signature information and second type information from a second terminal, wherein the second signature information is signature information sent by the configuration device to the second terminal, the second signature information is generated by the configuration device according to at least the second type information and a private key for signature of the configuration device, the second type information is role type information of the second terminal, and the public key for signature of the configuration device corresponds to the private key for signature of the configuration device; and determining, by the first terminal according to at least the second type information and the second signature information, that the first terminal is to generate key information, wherein the key information is used for the first terminal to establish a security connection to the second terminal; wherein determining, by the first terminal according to at least the second type information and the second signature information, that the first terminal is to generate key information comprises: determining that first type information matches the second type information and that the second signature information is correct, wherein the first type information is role type information of the first terminal. receiving, by a first terminal, a public key for signature of a configuration device sent by the configuration device; receiving, by the first terminal, second signature information and second type information from a second terminal, wherein the second signature information is signature information sent by the configuration device to the second terminal, the second signature information is generated by the configuration device according to at least the second type information and a private key for signature of the configuration device, the second type information is role type information of the second terminal, and the public key for signature of the configuration device corresponds to the private key for signature of the configuration device; and determining, by the first terminal according to at least the second type information and the second signature information, that the first terminal is to generate key information, wherein the key information is used for the first terminal to establish a security connection to the second terminal; wherein determining, by the first terminal according to at least the second type information and the second signature information, that the first terminal is to generate key information comprises: determining that first type information matches the second type information and that the second signature information is correct, wherein the first type information is role type information of the first terminal.
A battery management system for a lithium ion battery of an electrical appliance, in particular of an electrical hand tool or an electrical gardening tool, which is configured to - determine a difference between a current requirement and a preset measuring current, which corresponds to an amount of charge electrochemically providable by means of the lithium ion battery per time unit due to its maximally possible response speed; - control an output current of the lithium-ion battery such that the difference is covered using a dielectric capacitance of the lithium ion battery insofar as it is thereby not departed from preset acceptable operating states of the lithium ion battery. - determine a difference between a current requirement and a preset measuring current, which corresponds to an amount of charge electrochemically providable by means of the lithium ion battery per time unit due to its maximally possible response speed; - control an output current of the lithium-ion battery such that the difference is covered using a dielectric capacitance of the lithium ion battery insofar as it is thereby not departed from preset acceptable operating states of the lithium ion battery.
An appliance comprising: an ice manipulation reservoir capable of receiving ice having a base, wherein the base includes a first level and a second level an ice shaving blade disposed inside the ice manipulation reservoir adjacent the first level of the base, and an ice crushing blade disposed inside the ice manipulation reservoir adjacent the second level of the base; a motor operably connected with the ice manipulation reservoir and including an output shaft; and an impeller connected with the output shaft proximate to the ice crushing blade and the ice shaving blade, the impeller being operable in a first rotational direction and in a second rotational direction, characterized in that the base descends gradually from the first level to the second level in a helical or spiral manner. an ice manipulation reservoir capable of receiving ice having a base, wherein the base includes a first level and a second level an ice shaving blade disposed inside the ice manipulation reservoir adjacent the first level of the base, and an ice crushing blade disposed inside the ice manipulation reservoir adjacent the second level of the base; a motor operably connected with the ice manipulation reservoir and including an output shaft; and an impeller connected with the output shaft proximate to the ice crushing blade and the ice shaving blade, the impeller being operable in a first rotational direction and in a second rotational direction, characterized in that the base descends gradually from the first level to the second level in a helical or spiral manner.
A population of mammalian stromal stem cells, wherein 30% or more of the cells are positive for Syndecan-2 for use in treating a disease or disorder in an individual.
A switching unit comprising - a receiving area for receiving an actuator, - a pivoting element arranged in the receiving area which, in response to a translatory movement of the actuator, is designed to execute a pivoting movement in a direction of insertion into the receiving area, - a switch actuating element which can be moved to actuate an electrical switch element (52, 54) in a direction of actuation, - wherein a drive chamber is provided to receive a drive coupling in order to move the switch actuating element in the direction of actuation, characterized in that - the drive chamber is separated from the receiving area by a wall which is penetrated by a shaft, - and wherein the drive coupling is coupled to the pivoting element via the shaft so that the switch actuating element is adjusted during a pivoting movement. - a receiving area for receiving an actuator, - a pivoting element arranged in the receiving area which, in response to a translatory movement of the actuator, is designed to execute a pivoting movement in a direction of insertion into the receiving area, - a switch actuating element which can be moved to actuate an electrical switch element (52, 54) in a direction of actuation, - wherein a drive chamber is provided to receive a drive coupling in order to move the switch actuating element in the direction of actuation, - the drive chamber is separated from the receiving area by a wall which is penetrated by a shaft, - and wherein the drive coupling is coupled to the pivoting element via the shaft so that the switch actuating element is adjusted during a pivoting movement.
A prosthesis assembly for use with a patient's scapula, comprising an acromion spacer unit (108;150;170) having: a first articulation surface (120;152) on an inferior surface of the acromion spacer unit for positioning against the patient's humerus or against a humeral prosthetic component which is implanted in the patient's humerus, a bone contacting surface (114; 154) on a superior surface of the acromion spacer unit for positioning immediately below the patient's acromion, in which the acromion spacer unit includes a shaft (122;156) which extends sideways so that it can be received in a bore formed in the coracoid process through the upper portion of the glenoid fossa when the acromion spacer unit is positioned between the patient's acromion and humerus, at a height above the height of a midpoint of a glenoid fossa of the scapula. a first articulation surface (120;152) on an inferior surface of the acromion spacer unit for positioning against the patient's humerus or against a humeral prosthetic component which is implanted in the patient's humerus, a bone contacting surface (114; 154) on a superior surface of the acromion spacer unit for positioning immediately below the patient's acromion, in which the acromion spacer unit includes a shaft (122;156) which extends sideways so that it can be received in a bore formed in the coracoid process through the upper portion of the glenoid fossa when the acromion spacer unit is positioned between the patient's acromion and humerus, at a height above the height of a midpoint of a glenoid fossa of the scapula.
A hydraulic valve assembly (13*) for wall-mounted boilers; the hydraulic valve assembly (13*) comprising: - a primary circuit for distribution of heating water in premises; said primary circuit being provided with pumping means; - a secondary circuit for distribution of sanitary water; said secondary circuit comprising a secondary heat exchanger for heating the sanitary water; and - a three-way valve controlled by actuation means; hydraulic valve assembly (13*) wherein said secondary heat exchanger represents an plate heat exchanger, mounted on which, by means of fast-coupling mechanical means (,) are: - a first, central, sub-assembly comprising at least one portion of said means for pumping the water into the primary circuit for distribution of heating water in premises; - a second, lateral, sub-assembly comprising at least some elements belonging to said secondary circuit for distribution of sanitary water; and - a third, lateral, sub-assembly comprising at least some elements belonging to said primary circuit for distribution of heating water in premises; the hydraulic valve assembly (13*) being characterized in that said second, lateral, sub-assembly further comprises at least one device for crossing of the sanitary waters; said at least one device for crossing of the sanitary waters being connected to an inlet and outlet of said secondary heat exchanger, that is to an inlet for sanitary cold water, and to an outlet for sanitary hot water; said at least one device for crossing of the sanitary waters being arranged such that heat can be transferred from the sanitary hot water to the sanitary cold water; and such that in said at least one device for crossing of the sanitary waters there is no mixing between the sanitary cold water and the sanitary hot water. - a primary circuit for distribution of heating water in premises; said primary circuit being provided with pumping means; - a secondary circuit for distribution of sanitary water; said secondary circuit comprising a secondary heat exchanger for heating the sanitary water; and - a three-way valve controlled by actuation means; hydraulic valve assembly (13*) wherein said secondary heat exchanger represents an plate heat exchanger, mounted on which, by means of fast-coupling mechanical means (,) are: - a first, central, sub-assembly comprising at least one portion of said means for pumping the water into the primary circuit for distribution of heating water in premises; - a second, lateral, sub-assembly comprising at least some elements belonging to said secondary circuit for distribution of sanitary water; and - a third, lateral, sub-assembly comprising at least some elements belonging to said primary circuit for distribution of heating water in premises;
A method for caching tiles in an interactive mapping system comprising: receiving, from a first client, a request for a root node of a directory structure in which resource locators for nodes are generated based on a hash of resource locators of respective one or more descendant nodes, wherein requests for parent nodes generate responses containing resource locators of respective one or more descendant nodes, and wherein leaf nodes are associated with corresponding resource locators for tiles in an interactive mapping system; serving, to the first client, a first configuration of tiles (428, 434), wherein each intermediate node and each tile is served as a cacheable resource; receiving an indication of a new node added to the directory structure (604, 606), the new node corresponding to a new version of a tile; adding to the directory structure one or more new ancestor nodes of the new node; receiving, from a second client, a request for the root node; and serving, to the second client, a second configuration of tiles including the new node (648, 654), while continuing to serve the first configuration of tiles to one or more other clients that requested the root node before the one or more new ancestor nodes of the new node were added. receiving, from a first client, a request for a root node of a directory structure in which resource locators for nodes are generated based on a hash of resource locators of respective one or more descendant nodes, wherein requests for parent nodes generate responses containing resource locators of respective one or more descendant nodes, and wherein leaf nodes are associated with corresponding resource locators for tiles in an interactive mapping system; serving, to the first client, a first configuration of tiles (428, 434), wherein each intermediate node and each tile is served as a cacheable resource; receiving an indication of a new node added to the directory structure (604, 606), the new node corresponding to a new version of a tile; adding to the directory structure one or more new ancestor nodes of the new node; receiving, from a second client, a request for the root node; and serving, to the second client, a second configuration of tiles including the new node (648, 654), while continuing to serve the first configuration of tiles to one or more other clients that requested the root node before the one or more new ancestor nodes of the new node were added.
A multirotor wind turbine comprising a tower, two or more energy generating units, a load carrying structure comprising first and second arms extending from the tower, the energy generating units being carried by the arms, a yaw arrangement allowing the load carrying structure to rotate relative to the tower, and a logistics system, the logistics system comprising: - a transport system (14, 30, 31, 32, 33, 34, 36) interconnecting a lower interior part of the tower with each of the energy generating units, thereby allowing equipment to be transported between the lower interior part of the tower and each energy generating unit, and - a plurality of transport containers being connectable to the transport system (14, 30, 31, 32, 33, 34, 36) and being configured to hold equipment to be transported, wherein the yaw arrangement comprises an outer wall part forming a closed ring extending circumferentially about an outer surface of the tower, thereby forming a space between the tower and the outer wall part, the outer wall part and the outer surface of the tower being rotatable relative to each other, wherein the yaw arrangement defines a passage from an interior part of the tower to an interior part of the arms through the space, and wherein the transport system (14, 30, 31, 32, 33, 34, 36) extends through the yaw arrangement via the passage. - a transport system (14, 30, 31, 32, 33, 34, 36) interconnecting a lower interior part of the tower with each of the energy generating units, thereby allowing equipment to be transported between the lower interior part of the tower and each energy generating unit, and - a plurality of transport containers being connectable to the transport system (14, 30, 31, 32, 33, 34, 36) and being configured to hold equipment to be transported,