mhurhangee/ep-ind-claims huggingface dataset:
An in vitro method for differentiation of cells into insulin-producing β-cells, said method comprising the steps of: i) inactivating Yap1 in a pancreatic progenitor cell population comprising at least one cell capable of differentiation; ii) differentiating the cells of step i) and committing them to endocrine fate, preferably to insulin producing β-cell fate; thereby obtaining a cell population enriched for insulin-producing β-cells, compared to cells where Yap1 was not inactivated. i) inactivating Yap1 in a pancreatic progenitor cell population comprising at least one cell capable of differentiation; ii) differentiating the cells of step i) and committing them to endocrine fate, preferably to insulin producing β-cell fate;
Use of a putty having a binder component, containing one or more epoxy resins, and a hardener component, including one or more NH-group-containing compounds, in mechanical processing methods comprising the steps (a) dosing the components, (b) mixing the components until a mass is obtained, and (c) applying the mass to an undercoat, characterised in that the composition for producing the putty contains 0.1 to 15 wt.-% of synthetic hollow bodies based on the total quantity of the composition.
Conveyor system for horizontal transport of metal sheets, comprising a control unit, said conveyor system having in a transport plane a first linear transport section and at least one second linear transport section, each of the second transport sections having at least one transport belt for transporting the metal sheets, the first transport section being designed as a table-like transport device and having a flat tabletop in the transport plane of the metal sheets, said tabletop having at least one transport belt in a strip-like middle region that extends longitudinally to the transport direction of the metal sheets and having a belt-free edge region (R1; R2) on each side of said middle region, the at least one second transport section being arranged in the transport plane at a right angle to the first transport section, characterized in that the tabletop of the transport device forming the first transport section has, in the edge region that faces the respective second transport section, at least one cutout that extends in a straight line transversely to the transport direction of the metal sheets, each of said cutouts being arranged in line with one of the transport belts of the respective second transport section, each transport belt of the respective second transport section that is in line with the respective recess being arranged so as to extend into the respective recess.
An integrated electric compressor comprising: a compressor; a polyphase motor for driving the compressor; a control board for operating the polyphase motor by controlling a current supplied from a power source to each phase of the polyphase motor; and a housing for accommodating the compressor, the polyphase motor, and the control board; and wires (25a, 25b, 25c) which are provided between the control board and the polyphase motor to supply a current to each phase of the polyphase motor from the control board are each formed by a bus bar (25a, 25b, 25c) having a rectangular cross-section; the bus bars (25a, 25b, 25c) corresponding to the number of phases of the polyphase motor are integrated by an insulator; and the insulator is provided with a positioning means (27a, 27b) for performing positioning with respect to the control board; characterized in that a terminal (28a, 28b, 28c) is connected to the bus bar (25a, 25b, 25c) and a flat joint plate (31a, 31b, 31c) is provided on the distal end part of the terminal (28a, 28b, 28c) on the polyphase motor side, such that the joint plate (31a, 31b, 31c) and the bus bar (25a, 25b, 25c) are joined to each other by welding. a compressor; a polyphase motor for driving the compressor; a control board for operating the polyphase motor by controlling a current supplied from a power source to each phase of the polyphase motor; and a housing for accommodating the compressor, the polyphase motor, and the control board; and wires (25a, 25b, 25c) which are provided between the control board and the polyphase motor to supply a current to each phase of the polyphase motor from the control board are each formed by a bus bar (25a, 25b, 25c) having a rectangular cross-section; the bus bars (25a, 25b, 25c) corresponding to the number of phases of the polyphase motor are integrated by an insulator; and the insulator is provided with a positioning means (27a, 27b) for performing positioning with respect to the control board; characterized in that a terminal (28a, 28b, 28c) is connected to the bus bar (25a, 25b, 25c) and a flat joint plate (31a, 31b, 31c) is provided on the distal end part of the terminal (28a, 28b, 28c) on the polyphase motor side, such that the joint plate (31a, 31b, 31c) and the bus bar (25a, 25b, 25c) are joined to each other by welding.
Slicing machine for slicing a strand-like foodstuff into slices, having a cutting knife rotating in a slicing plane, and a carriage, mounted in a displaceable manner parallel to the slicing plane, for supporting the in particular strand-like product to be sliced, wherein a set-down device sets down the slices cut off by the cutting knife on a set-down surface in a set-down region, characterized in that a first section of a belt conveyor device forms the set-down surface and a second section of the belt conveyor device is pivotably connected to the first section and has two or more parallel transport arms (57a, 57b) which each have a deflection roller at one end and are mounted on a pivot axle of the first section at the other end.
An embossing device for producing diffractive microstructures, the embossing device comprising at least a backing member and an embossing member for exerting embossing pressure on the surface layer of a substrate, wherein said embossing member is made of a sheet having a microstructure, and wherein said embossing member comprises at least one stamping surface having a diffractive microstructure whose grating constant ( d) is at at least one point between 0.4 and 3 micrometers, characterized in that said embossing member comprises: - one or more fastening portions ( 16, 16a, 16b, 16e, 16f), wherein said embossing member is attached to the embossing device by clamping said fastening portions ( 16, 16a, 16b, 16e, 16f) between mounting faces ( 27, 37), wherein at least one stamping surface is located between the first and the second fastening portions, or at least one stamping surface is located between the first part and the second part of a uniform fastening portion, and - at least one permanently doubly curved portion which connects said at least one stamping surface directly or indirectly to at least one of said fastening portions ( 16, 16a, 16b, 16e, 16f). - one or more fastening portions ( 16, 16a, 16b, 16e, 16f), wherein said embossing member is attached to the embossing device by clamping said fastening portions ( 16, 16a, 16b, 16e, 16f) between mounting faces ( 27, 37), wherein at least one stamping surface is located between the first and the second fastening portions, or at least one stamping surface is located between the first part and the second part of a uniform fastening portion, and - at least one permanently doubly curved portion which connects said at least one stamping surface directly or indirectly to at least one of said fastening portions ( 16, 16a, 16b, 16e, 16f).
Actuating apparatus having a pedal and a push rod which is arranged on it in an articulated manner for transmitting a force which is exerted on the pedal, the push rod being mounted in a receiving part which is fastened to the pedal, characterized in that the receiving part has an inner and an outer truncated cone which are connected to one another in such a way that the large base area of the inner truncated cone which is directed in the direction of the push rod forms the small base area of the outer truncated cone, the receiving part being formed from the envelope faces of the truncated cones (10, 11), which envelope faces are connected to one another.
A component comprising: a substrate carrying a surface, the substrate including a pocket defined by sidewalls and the surface as a bottom surface; a sensor assembly disposed on the surface; and an additive manufactured layer disposed over the sensor assembly and secured to the substrate by additive manufacturing; characterised in that: an EM reflector of the sensor assembly is located between the surface and an RF sensor of the sensor assembly; and the sensor assembly has an encapsulation that encapsulates the RF sensor and the EM reflector, the encapsulation adhered to the sidewalls and the bottom surface of the substrate to secure the sensor assembly in place. a substrate carrying a surface, the substrate including a pocket defined by sidewalls and the surface as a bottom surface; a sensor assembly disposed on the surface; and an additive manufactured layer disposed over the sensor assembly and secured to the substrate by additive manufacturing; characterised in that: an EM reflector of the sensor assembly is located between the surface and an RF sensor of the sensor assembly; and the sensor assembly has an encapsulation that encapsulates the RF sensor and the EM reflector, the encapsulation adhered to the sidewalls and the bottom surface of the substrate to secure the sensor assembly in place. an EM reflector of the sensor assembly is located between the surface and an RF sensor of the sensor assembly; and the sensor assembly has an encapsulation that encapsulates the RF sensor and the EM reflector, the encapsulation adhered to the sidewalls and the bottom surface of the substrate to secure the sensor assembly in place.
A computer-implemented method for executing unprotected mode services in a protected mode computing environment, the method comprising: initiating a protected mode service configured to execute in a protected mode; verifying the integrity of one or more unprotected mode services configured to execute in an unprotected mode, the one or more unprotected mode services being registered with the protected mode service,; and initiating an unprotected mode service of the one or more unprotected mode services in response to the integrity of the unprotected mode service being verified; wherein verifying the integrity of one or more unprotected mode services provides verified unprotected mode services, and wherein the protected mode service initiates the verified unprotected mode services such that the verified unprotected mode services are a child processes of the protected mode service; wherein verifying the integrity of the one or more unprotected mode services comprises: receiving a digital signature or hash value associated with an unprotected mode service; and determining whether the received digital signature or hash value matches a digital signature or hash value previously registered with the protected mode service, wherein the integrity of the unprotected mode service is verified by the protected mode service. initiating a protected mode service configured to execute in a protected mode; verifying the integrity of one or more unprotected mode services configured to execute in an unprotected mode, the one or more unprotected mode services being registered with the protected mode service,; and initiating an unprotected mode service of the one or more unprotected mode services in response to the integrity of the unprotected mode service being verified; wherein verifying the integrity of one or more unprotected mode services provides verified unprotected mode services, and wherein the protected mode service initiates the verified unprotected mode services such that the verified unprotected mode services are a child processes of the protected mode service; wherein verifying the integrity of the one or more unprotected mode services comprises: receiving a digital signature or hash value associated with an unprotected mode service; and determining whether the received digital signature or hash value matches a digital signature or hash value previously registered with the protected mode service, receiving a digital signature or hash value associated with an unprotected mode service; and determining whether the received digital signature or hash value matches a digital signature or hash value previously registered with the protected mode service, wherein the integrity of the unprotected mode service is verified by the protected mode service.
Device for mixing and/or pureeing food comprising a container for the food to be mixed and/or pureed with a lid, as well as a base, which comprises a drive motor, and on which the container is placeable, characterized in that the lid comprises a permanent magnet and the container comprises a leaf spring, whereby the leaf spring is able to be attracted by the permanent magnet in such a way that a circuit integrated in the container is closable, that the container comprises an identification element with data storable thereon and the base comprises a reading and control module, whereby the identification element is able to be activated via the circuit, and whereby the data storable on the identification element are readable by the reading and control module and the drive motor is controllable. characterized in that the lid comprises a permanent magnet and the container comprises a leaf spring, whereby the leaf spring is able to be attracted by the permanent magnet in such a way that a circuit integrated in the container is closable, that the container comprises an identification element with data storable thereon and the base comprises a reading and control module, whereby the identification element is able to be activated via the circuit, and whereby the data storable on the identification element are readable by the reading and control module and the drive motor is controllable.
A method for optimally utilizing a peer to peer network having at least a first node and a second node, said method comprising the steps of a. connecting said first node to said second node through said peer to peer network; b. issuing one of a ping request and a search request for a predefined term to the network from said first node through said second node; c. receiving responses by said first node from said second and any node available through said second node, wherein each response includes distance information indicating a distance between the first node and the responding node; d. calculating a distance value by said first node with an equation; e. comparing the distance information in each response with the calculated distance value; f. selecting particular responding nodes in the network that responded to said first node based on the distance information in the responses of the particular responding nodes being greater than or equal to the distance value; and g. connecting said first node to said selected particular responding nodes, wherein the first node does not connect to other responding nodes when the distance information in the response of the other responding nodes is less than the distance value. a. connecting said first node to said second node through said peer to peer network; b. issuing one of a ping request and a search request for a predefined term to the network from said first node through said second node; c. receiving responses by said first node from said second and any node available through said second node, wherein each response includes distance information indicating a distance between the first node and the responding node; d. calculating a distance value by said first node with an equation; e. comparing the distance information in each response with the calculated distance value; f. selecting particular responding nodes in the network that responded to said first node based on the distance information in the responses of the particular responding nodes being greater than or equal to the distance value; and g. connecting said first node to said selected particular responding nodes,
Process for the preparation of an alumina gel in a single precipitation step a), said precipitation step consisting in dissolving an acidic aluminium precursor, aluminium chloride, in water, at a temperature in the range 10°C to 90°C, in a manner such that the pH of the solution is in the range 0.5 to 5, for a period in the range 2 to 60 minutes, then adjusting the pH to a pH in the range 7.5 to 9.5 by adding a basic precursor, sodium hydroxide, to the solution obtained in order to obtain a suspension, at a temperature in the range 5°C to 35°C, and for a period in the range 5 minutes to 5 hours, and a filtration step b) for filtering the suspension obtained at the end of step a), said process not comprising any steps for washing the precipitate obtained at the end of the filtration step b).
An offshore structure, comprising: a wall element which defines a chamber; at least one aperture through the wall element at a lower portion of the wall element; at least one flexible elongate element each extending through a respective aperture in the wall element; and at least one annular seal member comprising a seal body each located at a respective interface region between the wall element and a respective elongate element; characterized in that each seal body comprises a locating portion locatable against the wall element of the offshore structure, an inner surface, an outer surface and a lip portion that defines an open mouth of the seal member for receiving the elongate element therethrough, and is disposed within the chamber and arranged such that a higher water level within the chamber than a surrounding water level provides a static pressure acting on the outer surface of the seal body that exceeds a static pressure acting on the inner surface of the seal body such that a net positive pressure is exerted on the outer surface which at least partly deforms inwardly to provide a portion of the seal body for sealing against an outer surface of the elongate element to seal a respective interface region so that a respective water level within the chamber relative to a surrounding water level is maintained at a desired level. a wall element which defines a chamber; at least one aperture through the wall element at a lower portion of the wall element; at least one flexible elongate element each extending through a respective aperture in the wall element; and at least one annular seal member comprising a seal body each located at a respective interface region between the wall element and a respective elongate element; characterized in that each seal body comprises a locating portion locatable against the wall element of the offshore structure, an inner surface, an outer surface and a lip portion that defines an open mouth of the seal member for receiving the elongate element therethrough, and is disposed within the chamber and arranged such that a higher water level within the chamber than a surrounding water level provides a static pressure acting on the outer surface of the seal body that exceeds a static pressure acting on the inner surface of the seal body such that a net positive pressure is exerted on the outer surface which at least partly deforms inwardly to provide a portion of the seal body for sealing against an outer surface of the elongate element to seal a respective interface region so that a respective water level within the chamber relative to a surrounding water level is maintained at a desired level.
A method for producing in-situ grooves in a CMP pad comprising the steps of: patterning a silicone lining; adhering the silicone lining to a mold; adding CMP pad material to the silicone lining; allowing the CMP pad to solidify. patterning a silicone lining; adhering the silicone lining to a mold; adding CMP pad material to the silicone lining; allowing the CMP pad to solidify.
A method comprising: receiving, at a computing device (102, 602), a spoken query by a user of the computing device; obtaining, by the computing device, a list of search results that are relevant to the spoken query, each search result comprising a corresponding telephone number and a corresponding score indicating a quality of the search result; determining, by the computing device, whether a first score for a first search result having the highest score of the list of search results exceeds a second score for a second search result having a next highest score of the list of search results by a threshold difference; and when the first score for the first search result exceeds the second score for the second search result by the threshold difference, and without receiving a further input from the user after receiving the spoken query, calling, by the computing device, the telephone number that corresponds to the first search result automatically; wherein calling the telephone number that corresponds to the first search result automatically comprises presenting a user interface element that, when selected with user input, causes a cancellation of the automatic calling of the telephone number. obtaining, by the computing device, a list of search results that are relevant to the spoken query, each search result comprising a corresponding telephone number and a corresponding score indicating a quality of the search result; determining, by the computing device, whether a first score for a first search result having the highest score of the list of search results exceeds a second score for a second search result having a next highest score of the list of search results by a threshold difference; and when the first score for the first search result exceeds the second score for the second search result by the threshold difference, and without receiving a further input from the user after receiving the spoken query, calling, by the computing device, the telephone number that corresponds to the first search result automatically;
Construction body, in particular of prefabricated parts, for a small power station in a watercourse having an inflow chamber, a turbine and outflow chamber, and a shaft provided for conducting water as a fish guiding device in parallel to the inflow chamber and to the turbine and outflow chamber as well as having fish passing openings (7, 13) into the shaft and from there out to the turbine and outflow chamber, characterized in that the fish passing opening debouching into the shaft is provided in the bottom of the inflow chamber formed as inlet basin, and includes a connecting piece inclined in flow direction to the shaft, wherein there are arranged in the bottom of the inlet basin guiding devices such as guiding surfaces or ribs leading in flow direction toward the fish passing opening.
Method for monitoring a displacement machine having a displacer which periodically changes its position in a working area, wherein a system pressure is captured as a function of a displacer position and the resulting displacer-position-dependent system pressure profile is compared with an expected displacer-position-dependent system pressure profile in order to determine malfunctions, characterized in that the measured values of the system pressure are filtered and are recorded in a table memory, wherein the table memory comprises a number of memory locations, wherein each memory location is assigned to a particular displacer position, wherein a system pressure value associated with the displacer position is stored in each memory location, wherein the current displacer position is used as an index in order to address the memory location, and wherein the memory locations of the table memories are updated using a filter function.
Flange arrangement, comprising a power shaft, a flanged hub detachably connected thereto and a locking means, which is designed to detachably hold the flanged hub on the power shaft, characterized in that the locking means is designed to exert a disassembly force on the flanged hub so that it can rotate about an axis of rotation of the power shaft, wherein at least one radially outwardly projecting supporting segment is formed on the locking means and/or a radially inwardly projecting supporting segment is formed on the flanged hub.