mhurhangee/ep-ind-claims huggingface dataset:
A process for manufacturing an organic light emitting device, comprising the following process steps: forming an anode; forming a cathode; and forming a light emission region that emits light disposed between the anode and cathode, wherein the light emission region includes: a hole transport region adjacent to the anode, comprised of a hole transport material; an electron transport region adjacent to the cathode, comprised of an electron transport material; and a mixed region including a mixture of the hole transport material, the electron transport material and a dopant, wherein the hole transport material is naphthyl-substituted benzidine or an indolocarbazole-compound; wherein the electron transport material is a tris(8-hydroxyquinoline) aluminium, wherein the dopant is dimethyl-quinacridone, wherein the anode is indium tin oxide and the cathode is Mg:Ag, and characterized in that the process further comprises a step of annealing the organic light emitting device, wherein an annealing temperature of 90°C and annealing period of 20 hours are applied in case of naphthyl-substituted benzidine as hole transport material, or an annealing temperature of 100°C and annealing period of 24 hours are applied in case of indolocarbazole-compound as hole transport material. forming an anode; forming a cathode; and forming a light emission region that emits light disposed between the anode and cathode, a hole transport region adjacent to the anode, comprised of a hole transport material; an electron transport region adjacent to the cathode, comprised of an electron transport material; and a mixed region including a mixture of the hole transport material, the electron transport material and a dopant,
A system comprising: a first medical device that includes at least one implantable component; an apparatus comprising a memory containing a first operating system that controls general purpose computer functionality of the apparatus, and a second operating system different from the first operating system, wherein the second operating system controls medical device programming functionality of the apparatus, enabling the apparatus to program a medical device comprising at least one implantable component; and a processor configured to selectively load and access either of the first and the second operating systems; characterized in that the system further comprises a second medical device that validates a medical device environment and enables the processor to access the second operating system. a first medical device that includes at least one implantable component; an apparatus comprising a memory containing a first operating system that controls general purpose computer functionality of the apparatus, and a second operating system different from the first operating system, wherein the second operating system controls medical device programming functionality of the apparatus, enabling the apparatus to program a medical device comprising at least one implantable component; and a processor configured to selectively load and access either of the first and the second operating systems; characterized in that the system further comprises a second medical device that validates a medical device environment and enables the processor to access the second operating system.
A lower vehicle-body structure of a vehicle, comprising: a first cross member disposed on an intermediate portion of a front floor panel in a vehicle front-rear direction so as to serve as a bridge in a vehicle width direction; a second cross member disposed in a kick-up portion between the front floor panel and a rear floor panel so as to serve as a bridge in the vehicle width direction at a position in which at least a center portion in the vehicle width direction is higher than the first cross member; and a battery unit disposed below at least the front floor panel to a rear end position of the front floor panel, wherein a high-strength portion for the front floor panel is formed on a rear end of the front floor panel in a lower end portion of the kick-up portion, the high-strength portion being coupled to both of a pair of left and right side sills. a first cross member disposed on an intermediate portion of a front floor panel in a vehicle front-rear direction so as to serve as a bridge in a vehicle width direction; a second cross member disposed in a kick-up portion between the front floor panel and a rear floor panel so as to serve as a bridge in the vehicle width direction at a position in which at least a center portion in the vehicle width direction is higher than the first cross member; and a battery unit disposed below at least the front floor panel to a rear end position of the front floor panel, wherein a high-strength portion for the front floor panel is formed on a rear end of the front floor panel in a lower end portion of the kick-up portion, the high-strength portion being coupled to both of a pair of left and right side sills.
A method for nozzle exit area control comprising: providing a convergent-divergent nozzle with a divergence angle of at least 12°; locating a pair of disturbance generators at predetermined locations substantially symmetrically opposite on a divergent portion of the nozzle; and, controlling a magnitude of a disturbance created by the disturbance generators to create non-shock induced flow separation from the divergent portion; said predetermined locations of the disturbance generators being defined to create a flow separation zone extending substantially from a nozzle throat to a nozzle trailing edge inducing a desired nozzle exit area reduction without generating a shock in the divergent portion when the flow in the convergent-divergent nozzle is accelerated to supersonic speed. providing a convergent-divergent nozzle with a divergence angle of at least 12°; locating a pair of disturbance generators at predetermined locations substantially symmetrically opposite on a divergent portion of the nozzle; and, controlling a magnitude of a disturbance created by the disturbance generators to create non-shock induced flow separation from the divergent portion; said predetermined locations of the disturbance generators being defined to create a flow separation zone extending substantially from a nozzle throat to a nozzle trailing edge inducing a desired nozzle exit area reduction without generating a shock in the divergent portion when the flow in the convergent-divergent nozzle is accelerated to supersonic speed.
A fishing reel comprising: a spool that winds a fishing line; an operation portion that rotates the spool; a rotation detector that detects the rotation of the spool; a casting completion detector that detects the completion of casting; a fishing line retrieval detector that detects the retrieval of the fishing line; a history data generator that generates history data from the completion of casting to the retrieval of the fishing line; and a storage that stores the history data.
A conductive paste which comprises the following components to: silver powder glass frit an organic binder alloy powder containing Cu and Mn, wherein the powder is contained in an amount of 0.1 to 5.0 parts by mass based on 100 parts by mass of the silver powder, the content of the glass frit is 0.01 to 20 parts by mass based on 100 parts by mass of the silver powder, the content of the organic binder is 0.5 to 30 parts by mass based on 100 parts by mass of the silver powder, the content of copper (Cu) in terms of the element is 0.005 to 2.85 parts by mass based on 100 parts by mass of the silver powder and the content of manganese (Mn) in terms of the element is 0.0001 to 0.9 part by mass based on 100 parts by mass of the silver powder; and wherein the alloy powder does not contain Sn. silver powder glass frit an organic binder alloy powder containing Cu and Mn,
A resistive temperature detector (40,70), comprising: an insulating carrier being a generally cylindrical mandrel; characterized by: a resistive element (56,756) being one of sintered, deposited on or wrapped about said insulating carrier (50,750), said resistive element being a tungsten-rhenium material; said insulating carrier (50,750) and said resistive element (56,756) are formed of materials capable of withstanding a high temperature gas flow having a temperature range between about 1088.706 kelvin and 1922.039 kelvin (1500 degrees and 3000 degrees Fahrenheit); leads extending from said insulating carrier and in electrical communication with said resistive element, said leads and at least one interconnect wire being formed of grain stabilized platinum; and a housing (46,760) disposed over said insulating carrier and said resistive element providing an oxygen-free environment. an insulating carrier being a generally cylindrical mandrel; a resistive element (56,756) being one of sintered, deposited on or wrapped about said insulating carrier (50,750), said resistive element being a tungsten-rhenium material; said insulating carrier (50,750) and said resistive element (56,756) are formed of materials capable of withstanding a high temperature gas flow having a temperature range between about 1088.706 kelvin and 1922.039 kelvin (1500 degrees and 3000 degrees Fahrenheit); leads extending from said insulating carrier and in electrical communication with said resistive element, said leads and at least one interconnect wire being formed of grain stabilized platinum; and a housing (46,760) disposed over said insulating carrier and said resistive element providing an oxygen-free environment.
The compound FK506 for use in the treatment of pulmonary arterial hypertension in a human subject having pulmonary arterial hypertension associated with defective BMPR2 signaling, wherein FK506 is administered at a dosage that provides a blood concentration of below 5 ng/ml.
A method for executing a function of a terminal according to data transmitted and received through a human body, the method comprising: detecting at least one touch associated with a human body communication signal in a human body communication signal input unit, when the human body communication signal input unit is in a human body communication key mode; determining a number of the at least one detected touch and a number of at least one pulse of the human body communication signal detected during a time in which the at least one touch is maintained; and executing a function corresponding to the human body communication signal, the function being determined based on the number of the at least one detected touch and the number of the at least one pulse. detecting at least one touch associated with a human body communication signal in a human body communication signal input unit, when the human body communication signal input unit is in a human body communication key mode; determining a number of the at least one detected touch and a number of at least one pulse of the human body communication signal detected during a time in which the at least one touch is maintained; and executing a function corresponding to the human body communication signal, the function being determined based on the number of the at least one detected touch and the number of the at least one pulse.
A bra without a backstrap comprising two cups (2, 3) joined together laterally, with each cup (2, 3) comprising an upper edge (20, 30) and a lower edge (21, 31) which are provided respectively with a supporting shoulder strap (4, 5) and a tightening strap (6, 7), and an external lateral edge (22, 32) connecting the upper and lower edges, the bra further comprising a connecting element (8, 9) connecting the tightening strap (6, 7) to the cup (2, 3), with said connecting element (8, 9) extending under the cup (2, 3) and having a triangle-shaped arrangement, one of the vertices of the triangle constituting a point of junction (6C, 7C) of the element to the tightening strap (6, 7), with the connecting element (8, 9) being arranged in relation to the cup (2, 3) so that the tightening strap (6, 7) in the vicinity of the point of junction (6C, 7C), extends in a direction that diverges from the horizontal plane at an angle between 45° and 90°, characterized in that the two other vertices of the triangle constitutes points of connection (6A, 6B, 7A, 7B) of the element to the lower edge of the cup (2, 3), and in that the supporting shoulder strap (4, 5) connects the upper edge (20, 30) of the cup (2, 3) to the external lateral edge (22, 32) of the same cup (2, 3).
A method, performed by a client, of scheduling reception of media content, the method comprising: determining a plurality of network connections enabling the reception of the media content between the client and a server; predicting, a time within a buffering mode, at which at least one remaining segment among a plurality of segments of the media content required for switching from the buffering mode to a play mode would change from being received through all of the plurality of the network connections to being received through only a part of the plurality of network connections, wherein the predicting is based on a buffer size of the client and the number of the plurality of network connections; generating scheduling information for allocating the at least one remaining segment to each of the plurality of network connections in the unit of subsegments of the remaining segments, at the predicted time; transmitting the generated scheduling information to the server, and receiving the media content from the server, based on the transmitted scheduling information. determining a plurality of network connections enabling the reception of the media content between the client and a server; predicting, a time within a buffering mode, at which at least one remaining segment among a plurality of segments of the media content required for switching from the buffering mode to a play mode would change from being received through all of the plurality of the network connections to being received through only a part of the plurality of network connections, wherein the predicting is based on a buffer size of the client and the number of the plurality of network connections; generating scheduling information for allocating the at least one remaining segment to each of the plurality of network connections in the unit of subsegments of the remaining segments, at the predicted time; transmitting the generated scheduling information to the server, and receiving the media content from the server, based on the transmitted scheduling information.
Electronic smoking device, comprising: a mouthpiece/liquid reservoir portion comprising a mouthpiece, said mouthpiece comprising a rigid outer housing, and a liquid reservoir, an atomizer/battery portion comprising a battery, and an atomizer operable when connected to the battery to atomize liquid stored in the liquid reservoir, wherein said rigid outer housing includes the liquid reservoir, wherein said mouthpiece is detachable from said atomizer/battery portion, and characterized in that the rigid outer housing and the liquid reservoir are formed separate from each other, and the liquid reservoir is affixed to the rigid outer housing by a form fit between said liquid reservoir and said rigid outer housing, wherein said form fit is provided by a latch connection (502, 504) between said reservoir and said housing and wherein the rigid outer housing comprises a guide element for guiding the movement of the liquid reservoir while the liquid reservoir is inserted into the rigid outer housing. a mouthpiece/liquid reservoir portion comprising a mouthpiece, said mouthpiece comprising a rigid outer housing, and a liquid reservoir, a mouthpiece, said mouthpiece comprising a rigid outer housing, and a liquid reservoir, an atomizer/battery portion comprising a battery, and an atomizer operable when connected to the battery to atomize liquid stored in the liquid reservoir, a battery, and an atomizer operable when connected to the battery to atomize liquid stored in the liquid reservoir, wherein said rigid outer housing includes the liquid reservoir, wherein said mouthpiece is detachable from said atomizer/battery portion, and characterized in that the rigid outer housing and the liquid reservoir are formed separate from each other, and the liquid reservoir is affixed to the rigid outer housing by a form fit between said liquid reservoir and said rigid outer housing, wherein said form fit is provided by a latch connection (502, 504) between said reservoir and said housing and wherein the rigid outer housing comprises a guide element for guiding the movement of the liquid reservoir while the liquid reservoir is inserted into the rigid outer housing.
Adjusting device for a vehicle seat, having at least one first adjusting element, having at least one second adjusting element, which can be moved relative to the first adjusting element, and having a spindle, which is assigned to the first adjusting element and has an external thread for interacting with an internal thread of a spindle nut assigned to the second adjusting element, wherein a main body of the spindle nut consists of metal, in particular steel, and the internal thread of the spindle nut consists, at least in part, of a plastics material or is coated by a plastics-material layer, characterized in that the internal thread of the spindle nut is of two-start design with a first thread helix (64.1) and a second thread helix (64.2), wherein the first thread helix (64.1) is formed in steel, and the second thread helix (64.2) consists of a plastics material or is coated by a plastics-material layer.
A resin pipe member comprising: a pipe main body; and a flange formed integrally with a shaft end portion of the pipe main body to be fastened to a different member by a fastening member (8,9), wherein the flange is arranged so that its fastening surface intersects an axis of the shaft end portion of the pipe main body at an acute angle or an obtuse angle, wherein the flange is formed with a fastening surface portion forming the fastening surface, characterized by a first rib facing a surface opposite to the fastening surface of the fastening surface portion, and a plurality of second ribs causing the fastening surface portion and the first rib to be connected with each other, wherein the first rib is provided along a plane orthogonal to the axis of the shaft end portion of the pipe main body.
Head-up display provided with an image generator, an optical system, a transmissive screen, a diffuser and a transparency mask, the transparency mask having a transparent area in the centre and an opaque area at the outside, and between these a soft transition area, the transparency mask being arranged next to a display of the image generator, characterized in that the transparency mask and the diffuser are a single element, the diffuser having a non-constant thickness that increases towards it outside, the diffusor having low opacity in a central area and increasing opacity in a peripheral area, and the diffuser having a non-Lambertian light output distribution shape that is independent of the actual position on the surface of the diffuser, wherein an important fraction of the light output is directed in a small angle towards the eyebox, in order to increase the amount of light visible from the driver's position.
A method for challenge-response authentication between a reading device and a transponder based on a contactless data transmission, in which: - challenge data are transferred within an anti-collision loop from the reading device to the transponder by means of one or several commands of an anti-collision method for determining transponder identification data, wherein the command or commands respectively contain challenge data in a data field which is used to specify transponder identification data, and it is indicated to the transponder by a parameter value in the command or in at least one of the commands that the data field of the command or the commands contains challenge data instead of transponder identification data; - the transponder recognizes with the help of the parameter value that challenge data are contained in the received command or commands, whereupon the transponder processes the transferred challenge data on the basis of the challenge-response authentication, after the transfer of the challenge data a further anti-collision loop is run through, in which response data based on the challenge-response authentication are transmitted from the transponder to the reading device by means of one or several responses of the anti-collision method, wherein the response data are contained in a data field of the response, the data field serving to transfer transponder identification data. - challenge data are transferred within an anti-collision loop from the reading device to the transponder by means of one or several commands of an anti-collision method for determining transponder identification data, wherein the command or commands respectively contain challenge data in a data field which is used to specify transponder identification data, and it is indicated to the transponder by a parameter value in the command or in at least one of the commands that the data field of the command or the commands contains challenge data instead of transponder identification data; - the transponder recognizes with the help of the parameter value that challenge data are contained in the received command or commands, whereupon the transponder processes the transferred challenge data on the basis of the challenge-response authentication, after the transfer of the challenge data a further anti-collision loop is run through, in which response data based on the challenge-response authentication are transmitted from the transponder to the reading device by means of one or several responses of the anti-collision method, wherein the response data are contained in a data field of the response, the data field serving to transfer transponder identification data.
A method of operating a wind turbine having a bearing assembly, a shaft received in the bearing assembly, and at least one sub-system capable of altering a dynamic state of the wind turbine, comprising: allowing the wind turbine to be driven by the wind such that the shaft rotates in the bearing assembly and at least a portion of the bearing assembly supports the shaft on a fluid film; monitoring at least one parameter of the fluid film indicative of a load on the shaft; comparing the at least one parameter to a threshold criteria; and performing at least one of the following steps when the at least one parameter meets the threshold criteria: i) altering the dynamic state of the wind turbine to reduce the load on the shaft; and ii) altering the state of the bearing assembly so as to better accommodate the load on the shaft. allowing the wind turbine to be driven by the wind such that the shaft rotates in the bearing assembly and at least a portion of the bearing assembly supports the shaft on a fluid film; monitoring at least one parameter of the fluid film indicative of a load on the shaft; comparing the at least one parameter to a threshold criteria; and performing at least one of the following steps when the at least one parameter meets the threshold criteria: i) altering the dynamic state of the wind turbine to reduce the load on the shaft; and ii) altering the state of the bearing assembly so as to better accommodate the load on the shaft.