mhurhangee/patent-ind-claim-en huggingface dataset:
A method for expanding hematopoietic stem/progenitor cells, comprising culturing the hematopoietic stem/progenitor cells in the presence of (a) one or more Notch agonists comprising (i) a Notch 1 paralog specific agonist which is an antibody or an antigen-binding fragment thereof that specifically binds to an extracellular EGF repeat domain of Notch 1, (ii) a Notch 2 paralog specific agonist which is an antibody or an antigen-binding fragment thereof that specifically binds to an extracellular EGF repeat domain of Notch 2, or (iii) a Notch 1 paralog specific agonist which is an antibody or an antigen-binding fragment thereof that specifically binds to an extracellular EGF repeat domain of Notch 1 and a Notch 2 paralog specific agonist which is an antibody or an antigen-binding fragment thereof that specifically binds to an extracellular EGF repeat domain of Notch 2, and (b) growth factors, thereby producing an expanded hematopoietic stem/progenitor cell population. (a) one or more Notch agonists comprising (i) a Notch 1 paralog specific agonist which is an antibody or an antigen-binding fragment thereof that specifically binds to an extracellular EGF repeat domain of Notch 1, (ii) a Notch 2 paralog specific agonist which is an antibody or an antigen-binding fragment thereof that specifically binds to an extracellular EGF repeat domain of Notch 2, or (iii) a Notch 1 paralog specific agonist which is an antibody or an antigen-binding fragment thereof that specifically binds to an extracellular EGF repeat domain of Notch 1 and a Notch 2 paralog specific agonist which is an antibody or an antigen-binding fragment thereof that specifically binds to an extracellular EGF repeat domain of Notch 2, and (b) growth factors,
A method for printing on a surface of a nonabsorbent substrate with an ink to be applied by an inkjet printing device , in which an ink containing water as a solvent is used to print on the substrate , wherein an ink with a water proportion of at least 70% is used, in which the substrate to be printed is supported by a workpiece support and is moved relative to the inkjet printing device , wherein during this relative movement by the inkjet printing device ink is applied to the surface of the substrate to be printed, wherein the ink applied to the surface of the substrate is heated to a temperature which is above the temperature of the air surrounding the substrate and below a boiling temperature of the solvent contained in the ink, wherein a vapor layer consisting of the solvent contained in the ink is formed above a liquid phase of the ink, wherein the vapor layer formed above the liquid phase of the ink is transported away by an air flow discharged by at least one blowing nozzle unit (06; 07), wherein the air output by the respective blowing nozzle unit (06; 07) is heated and/or dehumidified, characterized in that the workpiece support is heated to a temperature above the surrounding air temperature, wherein the substrate supported by the workpiece support and the ink applied to the surface of the substrate are respectively heated by thermal conduction of the workpiece support with a permissible deviation to the increased temperature of the workpiece support , wherein the substrate supported by the workpiece support and the ink applied to the surface of the substrate are heated to the increased temperature of the workpiece support in each case by thermal conduction of the workpiece carrier with a permissible deviation of no more than 5°C and/or to at least 90% of the increased temperature of the workpiece support .
A method for producing particles, the method comprising: applying vibration to a liquid including a physiologically active substance and included in a liquid-column resonance liquid-chamber to form a standing wave based on liquid column resonance, to thereby discharge the liquid from at least one discharging port, which is formed in an amplitude direction of the standing wave, to at least one region corresponding to at least one anti-node of the standing wave; and drying the liquid discharged, to thereby form particles containing a physiologically active substance, wherein the physiologically active substance is a pharmaceutical compound. applying vibration to a liquid including a physiologically active substance and included in a liquid-column resonance liquid-chamber to form a standing wave based on liquid column resonance, to thereby discharge the liquid from at least one discharging port, which is formed in an amplitude direction of the standing wave, to at least one region corresponding to at least one anti-node of the standing wave; and drying the liquid discharged, to thereby form particles containing a physiologically active substance, wherein the physiologically active substance is a pharmaceutical compound.
A seat track comprising: a composite frame comprising first fibers and second fibers in a resin matrix , the first fibers extending parallel to a principal axis of the seat track , the second fibers extending within planes perpendicular to the principal axis of the seat track , a tensile strength of the composite frame in a direction of the principal axis is greater than a tensile strength of the composite frame in any direction within the planes perpendicular to the principal axis ; and a reinforcement component attached to the composite frame . a composite frame comprising first fibers and second fibers in a resin matrix , the first fibers extending parallel to a principal axis of the seat track , the second fibers extending within planes perpendicular to the principal axis of the seat track , a tensile strength of the composite frame in a direction of the principal axis is greater than a tensile strength of the composite frame in any direction within the planes perpendicular to the principal axis ; and a reinforcement component attached to the composite frame .
A Zika virus vaccine comprising an inactivated Zika virus, wherein said Zika virus vaccine contains protamine sulphate (PS) at amounts below 1 μg/mL.
A delivery system for a hybrid aerial vehicle (HAV) comprising: a delivery chute adapted to be mounted on a top surface of a delivery warehouse, the delivery chute adapted to accept one or more items; a roller ramp , extendable away from the delivery chute, designed to drive the at least one item towards the delivery chute, and mounted adjacent to the delivery chute; and a rotating landing platform configured to be mounted on the top surface of the delivery warehouse; wherein the rotating platform is configured to, after the HAV lands on the rotating landing platform, rotate to an unloading position with respect to the roller ramp, and the roller ramp is configured to, thereafter, extend towards the HAV over the rotating landing platform and be positioned with respect to the HAV for receiving items from the HAV. a delivery chute adapted to be mounted on a top surface of a delivery warehouse, the delivery chute adapted to accept one or more items; a roller ramp , extendable away from the delivery chute, designed to drive the at least one item towards the delivery chute, and mounted adjacent to the delivery chute; and a rotating landing platform configured to be mounted on the top surface of the delivery warehouse; wherein the rotating platform is configured to, after the HAV lands on the rotating landing platform, rotate to an unloading position with respect to the roller ramp, and the roller ramp is configured to, thereafter, extend towards the HAV over the rotating landing platform and be positioned with respect to the HAV for receiving items from the HAV.
An ignition protected switch device comprising: a housing ; a line-side terminal and a load-side terminal coupled to the housing ; a bus structure in the housing and including at least one solid state switching element operable in an arc-free manner to connect the load-side terminal to the line-side terminal and disconnect the load-side terminal from the line-side terminal ; a temperature sensor in the housing ; and a controller configured to receive an input from the temperature sensor to operate the at least one solid state switching element in reference to a first operating temperature limit for the bus structure, thereby precluding the operating bus structure from being an ignition source in a hazardous location, whereby the ignition protected switch device is compliant for use in the hazardous location without requiring a separately provided explosion-proof enclosure. a housing ; a line-side terminal and a load-side terminal coupled to the housing ; a bus structure in the housing and including at least one solid state switching element operable in an arc-free manner to connect the load-side terminal to the line-side terminal and disconnect the load-side terminal from the line-side terminal ; a temperature sensor in the housing ; and a controller configured to receive an input from the temperature sensor to operate the at least one solid state switching element in reference to a first operating temperature limit for the bus structure, thereby precluding the operating bus structure from being an ignition source in a hazardous location, whereby the ignition protected switch device is compliant for use in the hazardous location without requiring a separately provided explosion-proof enclosure.
A gateway device connected to a plurality of networks used by a plurality of electronic control units (100, 101, 200, 201, 300, 301; 400, 401, 500, 600, 700) for communication, the gateway device comprising: a reception unit configured to receive a frame; and a transfer unit configured to transfer one or more frames to a destination network, which is one of the plurality of networks ; characterized in that the transfer unit is further configured to remove or add verification information, which is used to verify the frame, from or to content of the frame received by the reception unit and to transfer a frame resulting from the removing or adding of said verification information to the destination network; wherein, if a first frame including verification information received by the reception unit satisfies a certain removal condition for removing the verification information, the transfer unit is configured to perform the transfer by generating a second frame including information based on the content of the first frame other than the verification information and transmitting the second frame to the destination network, and wherein, if a network occupation rate of the destination network is higher than a certain value, the transfer unit is configured to determine that the certain removal condition has been satisfied and transfer the second frame. a reception unit configured to receive a frame; and a transfer unit configured to transfer one or more frames to a destination network, which is one of the plurality of networks ; characterized in that the transfer unit is further configured to remove or add verification information, which is used to verify the frame, from or to content of the frame received by the reception unit and to transfer a frame resulting from the removing or adding of said verification information to the destination network; wherein, if a first frame including verification information received by the reception unit satisfies a certain removal condition for removing the verification information, the transfer unit is configured to perform the transfer by generating a second frame including information based on the content of the first frame other than the verification information and transmitting the second frame to the destination network, and wherein, if a network occupation rate of the destination network is higher than a certain value, the transfer unit is configured to determine that the certain removal condition has been satisfied and transfer the second frame.
A conveyor system for conveying at least one product, comprising at least one first conveyor , which is adjacent to at least one second conveyor via a junction , wherein the conveying direction of the first conveyor near the junction is different from the conveying direction of the second conveyor near the junction as seen from above, wherein the first conveyor has a first conveying surface and the second conveyor has a second conveying surface for supporting the product thereon, wherein moving means (11-15) are provided for moving the product from the first conveyor to the second conveyor , wherein the first conveying surface describes an arcuate path at least near the junction , wherein the second conveyor extends almost or fully tangentially relative to the first conveyor , wherein the moving means (11-15) comprise a guide for guiding the product present on the first conveyor near the junction to the second conveyor , characterized in that the guide can be moved via a translating movement from a non-guiding position to a guiding position by means of an actuator, which actuator is disposed on the side of the second conveyor relative to the first conveyor .
A sensitizing composition for generating gas bubbles in an energetic hydrogen peroxide emulsion, which sensitizing composition comprises; - a liquid carrier - a solid hydrogen peroxide catalyst which is dispersed in the liquid carrier and; - a coating agent which is non-soluble in hydrogen peroxide and in water, wherein the coating agent is arranged to coat the solid hydrogen peroxide catalyst dispersed in the liquid carrier. - a liquid carrier - a solid hydrogen peroxide catalyst which is dispersed in the liquid carrier and; - a coating agent which is non-soluble in hydrogen peroxide and in water, wherein
An electric liquid heater, comprising a plastic liquid tank, wherein the tank comprises an upper cylindrical part and a lower conical part , watertightly connected to each other and wherein a basically cylindrical plastic concentric wall is firmly arranged inside the tank, a hollow heating module , with outer surfaces and with a continuous cavity for directing the liquid to be heated, wherein the hollow heating module is provided with a connection piece for supplying the liquid to be heated, and wherein the plastic concentric wall defines an internal circulation channel and an external circulation channel connected, in use, to an outlet for the heated liquid, wherein the hollow heating module is arranged in the internal circulation channel , at least one PTC heating assembly (PTC1, PTC2, PTC3, PTC4, PTC5, PTC6) generating heat is arranged on the outer surfaces of the hollow heating module , each PTC heating assembly (PTC1, PTC2, PTC3, PTC4, PTC5, PTC6) comprises a flexible metal electrical conductor for supplying electrical voltage and for pressing the PTC heating assembly against the concentric wall and against the hollow heating module . a plastic liquid tank, wherein the tank comprises an upper cylindrical part and a lower conical part , watertightly connected to each other and wherein a basically cylindrical plastic concentric wall is firmly arranged inside the tank, a hollow heating module , with outer surfaces and with a continuous cavity for directing the liquid to be heated, wherein the hollow heating module is provided with a connection piece for supplying the liquid to be heated, and wherein the plastic concentric wall defines an internal circulation channel and an external circulation channel connected, in use, to an outlet for the heated liquid, wherein the hollow heating module is arranged in the internal circulation channel , at least one PTC heating assembly (PTC1, PTC2, PTC3, PTC4, PTC5, PTC6) generating heat is arranged on the outer surfaces of the hollow heating module , each PTC heating assembly (PTC1, PTC2, PTC3, PTC4, PTC5, PTC6) comprises a flexible metal electrical conductor for supplying electrical voltage and for pressing the PTC heating assembly against the concentric wall and against the hollow heating module .
An electronic device for near field communication, NFC, said device comprising: - a front end unit adapted to communicate with an external reader/writer device , and - a processing unit including a second memory being adapted to store one or more applications and one or more first identifiers, wherein a first identifier is assigned to one or more applications, wherein the front end unit is further adapted to receive a communication establishment request from the external reader/writer device, the communication establishment request including a certain first identifier, send a response to the reader/writer device and the certain first identifier to the processing unit, when a communication establishment request is received, if the certain first identifier matches a check identifier, which is stored in the front end unit and matches a plurality of first identifiers, or if the front end unit is configured to send a response to all communication establishment requests, the response including an arbitrary or predetermined second identifier, wherein the check identifier comprises one or more wild cards or is a system code comprising one or more wild cards, receive a communication command from the external reader/writer device and forward it to the processing unit, and check if a communication response is received from the processing unit in response to a communication command and, if received, forward it to the external reader/writer device. - a front end unit adapted to communicate with an external reader/writer device , and - a processing unit including a second memory being adapted to store one or more applications and one or more first identifiers, wherein a first identifier is assigned to one or more applications, receive a communication establishment request from the external reader/writer device, the communication establishment request including a certain first identifier, send a response to the reader/writer device and the certain first identifier to the processing unit, when a communication establishment request is received, if the certain first identifier matches a check identifier, which is stored in the front end unit and matches a plurality of first identifiers, or if the front end unit is configured to send a response to all communication establishment requests, the response including an arbitrary or predetermined second identifier, wherein the check identifier comprises one or more wild cards or is a system code comprising one or more wild cards, receive a communication command from the external reader/writer device and forward it to the processing unit, and
A process for producing a packaged bandage, comprising the successive steps of: - preparation at a temperature comprised between 70 and 95°C of an aqueous solution of agar, polyvinylpyrrolidone (PVP) and sodium alginate; - casting of said solution in a mold cavity and cooling at room temperature, so as to convert said solution in a thermolabile gel; - addition of divalent metal ions to said gel with the formation of a body that contains a hydrogel of said divalent metal alginate and agar, and that separates from the walls of the mold; - extraction of said body from the mold; - insertion of said body within a casing; - sealing said casing; and - irradiation of said sealed casing with a gamma and/or beta radiation, so as to cause the cross-linking of PVP and exert sterilization action. - preparation at a temperature comprised between 70 and 95°C of an aqueous solution of agar, polyvinylpyrrolidone (PVP) and sodium alginate; - casting of said solution in a mold cavity and cooling at room temperature, so as to convert said solution in a thermolabile gel; - addition of divalent metal ions to said gel with the formation of a body that contains a hydrogel of said divalent metal alginate and agar, and that separates from the walls of the mold; - extraction of said body from the mold; - insertion of said body within a casing; - sealing said casing; and - irradiation of said sealed casing with a gamma and/or beta radiation, so as to cause the cross-linking of PVP and exert sterilization action.
A device for mechanical debridement at a wound site on the body surface comprising A carrier , An abrasive unit forming an abrasive surface being sufficiently abrasive for mechanical removal of wound debris, characterized in that the device for mechanical debridement further comprises: a reservoir filled with an externally applicable NO-releasing formulation or NO-releasing donor configured to release a dosage of NO at said wound site on the body surface, wherein the device has a round plate as carrier carrying an annular array of abrasive fibers forming the abrasive unit which has a central opening in which a circular recess is formed within said carrier plate acting as said reservoir filled with the NO-releasing formulation or the NO-releasing donor. A carrier , An abrasive unit forming an abrasive surface being sufficiently abrasive for mechanical removal of wound debris, a reservoir filled with an externally applicable NO-releasing formulation or NO-releasing donor configured to release a dosage of NO at said wound site on the body surface, wherein the device has a round plate as carrier carrying an annular array of abrasive fibers forming the abrasive unit which has a central opening in which a circular recess is formed within said carrier plate acting as said reservoir filled with the NO-releasing formulation or the NO-releasing donor.
A reverse flow gas turbine engine , comprising: an output drive shaft having a front end configurable to drivingly engage a rotatable load; a low pressure (LP) spool including an LP turbine drivingly engaged to the output drive shaft , and an LP compressor drivingly connected to the LP turbine via a gear train (66;66'), the LP turbine disposed forward of the LP compressor relative to a front end of the output drive shaft ; a high pressure (HP) spool including an HP turbine and an HP compressor drivingly engaged to an HP shaft rotatable independently of the LP spool , the HP compressor disposed forward of the LP compressor and in fluid communication therewith, and the HP turbine disposed aft of the LP turbine and in fluid communication therewith; and an accessory gearbox (AGB) , the AGB being mounted aft of the LP compressor , wherein the AGB has an input axis which is coaxial to a centerline of the LP compressor , and the AGB has a drive input shaft extending along the centerline through a central bore of the LP compressor , the drive input shaft being drivingly connected to the HP spool . an output drive shaft having a front end configurable to drivingly engage a rotatable load; a low pressure (LP) spool including an LP turbine drivingly engaged to the output drive shaft , and an LP compressor drivingly connected to the LP turbine via a gear train (66;66'), the LP turbine disposed forward of the LP compressor relative to a front end of the output drive shaft ; a high pressure (HP) spool including an HP turbine and an HP compressor drivingly engaged to an HP shaft rotatable independently of the LP spool , the HP compressor disposed forward of the LP compressor and in fluid communication therewith, and the HP turbine disposed aft of the LP turbine and in fluid communication therewith; and an accessory gearbox (AGB) , the AGB being mounted aft of the LP compressor , wherein the AGB has an input axis which is coaxial to a centerline of the LP compressor , and the AGB has a drive input shaft extending along the centerline through a central bore of the LP compressor , the drive input shaft being drivingly connected to the HP spool .