mhurhangee/ep-ind-claims huggingface dataset:
A welding method, in particular a tack welding method, for joining two components (1, 2), preferably two components of a fuel system, wherein the areas of the two components (1, 2) to be joined together are each heated and each partially melted with at least a first energy pulse, wherein the partially melted areas of the two components (1, 2) are joined together with the formation of a welded seam, and wherein an additional energy pulse is directed at the welded seam preferably after the welded seam has solidified, subject to the condition that only a central section of the welded seam is again melted, wherein the additional energy pulse is directed at the components (1, 2) 20 to 200 ms after the first energy pulse, and wherein the first and second energy pulse is a laser pulse.
A charging device comprising: a main body part having one end at which a first terminal part is provided, and the other end to which a cable is connected; and a connection part having one end at which a second terminal part configured to be connected to the first terminal part is provided, and the other end at which a third terminal part configured to be connected to an electronic device is provided, wherein the main body part and the connection part are detachably coupled by a magnet provided in at least one of the main body part and the connection part, wherein the first terminal part includes a housing, and a plurality of pairs of terminals received in the housing, characterized in that each of the pairs of terminals is positioned so that a first terminal and a second terminal face each other, wherein the first and second terminals (114a, 114b), respectively: includes a first gripping portion and a second gripping portion formed at ends of the two terminals (114a, 114b) respectively; wherein the first and second gripping portions (114aa, 114bb): are curved such that the first gripping portion and the second gripping portion become close to each other to a predetermined position and then become distant from each other after the predetermined position, and the second terminal part of the connection part is fitted into the plurality of terminals in this state. a main body part having one end at which a first terminal part is provided, and the other end to which a cable is connected; and a connection part having one end at which a second terminal part configured to be connected to the first terminal part is provided, and the other end at which a third terminal part configured to be connected to an electronic device is provided, wherein the main body part and the connection part are detachably coupled by a magnet provided in at least one of the main body part and the connection part, wherein the first terminal part includes a housing, and a plurality of pairs of terminals received in the housing, characterized in that each of the pairs of terminals is positioned so that a first terminal and a second terminal face each other, wherein the first and second terminals (114a, 114b), respectively: includes a first gripping portion and a second gripping portion formed at ends of the two terminals (114a, 114b) respectively; wherein the first and second gripping portions (114aa, 114bb): are curved such that the first gripping portion and the second gripping portion become close to each other to a predetermined position and then become distant from each other after the predetermined position, and the second terminal part of the connection part is fitted into the plurality of terminals in this state.
Method for operating an operating system in a vehicle, in which an output is generated with at least one first operating object and is output in an output region; wherein the first operating object is assigned to a first element of a first hierarchy level of a hierarchically organized database; an operating gesture is detected, wherein the detected operating gesture comprises a direction of movement of an actuation object perpendicular to the output region; and the output is changed depending on the direction of movement of the operating gesture such that the first operating object is replaced by a second operating object; wherein the second operating object is assigned to a second hierarchy level of the hierarchically organized database, characterized in that when changing the output, a movement of the first operating object in the direction of movement of the operating gesture is output in perspective; wherein by means of the operating gesture, a virtual arrangement of the first operating object is spatially shifted. an output is generated with at least one first operating object and is output in an output region; wherein the first operating object is assigned to a first element of a first hierarchy level of a hierarchically organized database; an operating gesture is detected, wherein the detected operating gesture comprises a direction of movement of an actuation object perpendicular to the output region; and the output is changed depending on the direction of movement of the operating gesture such that the first operating object is replaced by a second operating object; wherein the second operating object is assigned to a second hierarchy level of the hierarchically organized database, characterized in that when changing the output, a movement of the first operating object in the direction of movement of the operating gesture is output in perspective; wherein by means of the operating gesture, a virtual arrangement of the first operating object is spatially shifted.
A round baler with a baler housing having a baling chamber, the baler housing having at least one fixed housing portion and an ejection gate mounted on the fixed housing portion pivotable between a closed position P S and an open position P O, with means for picking up and conveying harvested material into the baling chamber, with baler rollers, driven by means of a drive, which are distributed on the fixed housing portion and the ejection gate and are disposed bordering the circumference of the baling chamber, and with a device for covering round bales compacted from the supplied harvested material in the baling chamber with a cover, characterized by at least one double-acting pressurizing medium cylinder, in particular a hydraulic cylinder, which is connected to the ejection gate and is configured to reversibly pivot the ejection gate between the closed position P S and the open position P O, and a proportional valve, preferably a 4/3-way proportional valve, which is connected to the at least one pressurizing medium cylinder in order to supply, remove and/or regulate a pressurizing medium, in particular a hydraulic fluid, and to a control device, wherein the control device is configured to actuate the proportional valve in a manner such that an opening procedure of the ejection gate is implemented either at a constant speed or at a variable speed as a function of a position P of the ejection gate determined immediately after completion of a baling procedure.
A fiber body forming method comprising: preparing a web which contains fibers and which has a bulk density of 0.09 g/cm 3 or more; and applying a liquid containing a binder which binds the fibers together to the web wherein in the applying a liquid, the liquid is applied by an ink jet method. preparing a web which contains fibers and which has a bulk density of 0.09 g/cm 3 or more; and applying a liquid containing a binder which binds the fibers together to the web wherein in the applying a liquid, the liquid is applied by an ink jet method.
A method for use in establishing a telephony session between first and second telephony devices (105, 110, 205) in a telephony network (100, 200), the first telephony device (105, 205) being associated with a multi-persona user having a first persona associated with a first telephony identifier (ID 1A) and a second persona associated with a second telephony identifier (ID 1B), the method comprising, at telephony network equipment (115, 215) in the telephony network (100, 200): receiving, from the first telephony device (105, 205) over a signalling link, a telephony session establishment request, wherein the received telephony session establishment request comprises data useable to identify the first telephony identifier (ID 1A); receiving, from the first telephony device (105, 205) over a data link (125, 225) that is separate to the signalling link, a message comprising: data useable by the telephony network equipment (115, 215) to identify the second telephony device; and data useable to identify the second telephony identifier (ID 1B); correlating (S3d) the received telephony session establishment request and the received message, wherein said correlating comprises using the first and second telephony identifiers; and transmitting (S3e), to the second telephony device, a telephony session establishment request on the basis of said correlating. receiving, from the first telephony device (105, 205) over a signalling link, a telephony session establishment request, wherein the received telephony session establishment request comprises data useable to identify the first telephony identifier (ID 1A); receiving, from the first telephony device (105, 205) over a data link (125, 225) that is separate to the signalling link, a message comprising: data useable by the telephony network equipment (115, 215) to identify the second telephony device; and data useable to identify the second telephony identifier (ID 1B); data useable by the telephony network equipment (115, 215) to identify the second telephony device; and data useable to identify the second telephony identifier (ID 1B); correlating (S3d) the received telephony session establishment request and the received message, wherein said correlating comprises using the first and second telephony identifiers; and transmitting (S3e), to the second telephony device, a telephony session establishment request on the basis of said correlating.
A method of executing a radio application comprising function block codes and radio controller codes in a terminal having an application processor and a radio processor, the method comprising: receiving an execution instruction for the radio application; and loading the radio controller codes and the function block codes from a storage part (251, 252, 253) by referring to pipeline configuration metadata (231, 331, 431) of the radio application, wherein the radio controller codes are executed by the application processor or the radio processor, and the function block codes are executed by the radio processor, characterized in that it provides a user application with context information of the radio application, and transmits/receives data with a networking stack of a communication service layer existing on the application processor or the radio processor, wherein the function block codes include standard function block codes which are codes calling function blocks implemented using dedicated hardware logics included in a radio processor of the terminal or codes operating on a core of the radio processor of the terminal, and user-defined function block codes which are not provided as the standard function block codes or which are customized from functions provided by the standard function block codes, wherein the pipeline configuration metadata (231, 331, 431) define relations among the radio controller codes, the user-defined function blocks, and the standard function blocks for data transmission functions or data reception functions of the radio application, wherein a radio control framework (130, 230) which operates on at least one of the application processor and the radio processor provides the radio controller codes and the function block codes with operation environments, and the radio control framework (130, 230) includes at least one of: a configuration manager performing installation/uninstallation of the radio application and creating/deleting an instance of the radio application and managing radio parameters for the radio application; a radio connection manager performing activation/deactivation of the radio application and managing user data flow switching between radio applications; a flow controller controlling sending/receiving and flows of user data packets; a multi-radio controller scheduling requests for spectrum resources issued by radio applications; and a resource manager sharing radio resources with radio applications.
A yarn tension adjusting device, comprising a yarn tension adjusting device body that adjusts tension exerted on a yarn held between opposing surfaces (211 and 221) opposing each other, wherein a first opposing surface of the opposing surfaces (211 and 221) is movable toward or away from a second opposing surface of the opposing surfaces (211 and 221), wherein urging means for constantly and elastically urging the first opposing surface toward the second opposing surface is disposed at the first opposing surface, characterized by a permanent magnet which is disposed at the first opposing surface, and an electromagnet coupled to a power source to be capable of changing a magnetic pole and electric current which is disposed at the second opposing surface. wherein a first opposing surface of the opposing surfaces (211 and 221) is movable toward or away from a second opposing surface of the opposing surfaces (211 and 221), wherein urging means for constantly and elastically urging the first opposing surface toward the second opposing surface is disposed at the first opposing surface, characterized by a permanent magnet which is disposed at the first opposing surface, and an electromagnet coupled to a power source to be capable of changing a magnetic pole and electric current which is disposed at the second opposing surface.
Method for producing an object made of a composite material made up of fibers impregnated with resin, the material being laminated over a rigid supporting core before the curing in a mold, the core being made by moulding and being composed by weight of 20-50% of expanded particles and 80-50% of unexpanded particles, wherein, after heating and curing of the composite material, the core is dissolved by means of a solvent, the solvent being a sulphoxide, i.e. a chemical compound containing a solfenyl functional group attached to two hydrocarbon groups. the material being laminated over a rigid supporting core before the curing in a mold, the core being made by moulding and being composed by weight of 20-50% of expanded particles and 80-50% of unexpanded particles, wherein, after heating and curing of the composite material, the core is dissolved by means of a solvent, the solvent being a sulphoxide, i.e. a chemical compound containing a solfenyl functional group attached to two hydrocarbon groups.
Process for the manufacture of a multilayer material sheet suitable for use in a soft ballistic article, wherein said multilayer material sheet comprises unidirectional high performance fibers with a tensile strength of at least 1.0 GPa and a tensile modulus of at least 40 GPa, the process comprising the steps of: a. positioning the fibers in a parallel fashion, b. consolidation of the fibers to obtain a monolayer, c. stacking at least two monolayers such that the fiber direction in one monolayer is at an angle α to the direction of the fibers in an adjacent monolayer, to form a continuous stack with a length direction and a width direction, the length direction of at least 10 times the width direction, d. fixation whereby the stack of at least two monolayers is subjected to a pressure and temperature treatment, characterized in that the duration of the pressure treatment is at least 2 seconds and less than 120 seconds at a pressure of at least 0.5 MPa at a temperature below the melting point or degradation temperature of the fibers, followed by cooling the stack of at least two monolayers under pressure to a temperature of 80°C or lower within at least 2 seconds to less than 120 seconds. a. positioning the fibers in a parallel fashion, b. consolidation of the fibers to obtain a monolayer, c. stacking at least two monolayers such that the fiber direction in one monolayer is at an angle α to the direction of the fibers in an adjacent monolayer, to form a continuous stack with a length direction and a width direction, the length direction of at least 10 times the width direction, d. fixation whereby the stack of at least two monolayers is subjected to a pressure and temperature treatment, characterized in that the duration of the pressure treatment is at least 2 seconds and less than 120 seconds at a pressure of at least 0.5 MPa at a temperature below the melting point or degradation temperature of the fibers, followed by cooling the stack of at least two monolayers under pressure to a temperature of 80°C or lower within at least 2 seconds to less than 120 seconds.
A transgenic plant stably transformed with an isolated nucleic acid encoding a polypeptide selected from the group consisting of: (a) a polypeptide comprising (i) a HD-Zip domain that binds CAAT(A/T)ATTG (SEQ ID NO:7) and (ii) an amino acid sequence that is at least about 96% identical to amino acids 15 to 181 of SEQ ID NO:10; and (b) a polypeptide comprising the HaHB11 polypeptide of SEQ ID NO:10, wherein the transgenic plant is stably transformed with an expression cassette comprising the isolated nucleic acid operably associated with a heterologous promoter, and wherein the expression cassette further optionally comprises a selectable marker. (a) a polypeptide comprising (i) a HD-Zip domain that binds CAAT(A/T)ATTG (SEQ ID NO:7) and (ii) an amino acid sequence that is at least about 96% identical to amino acids 15 to 181 of SEQ ID NO:10; and (b) a polypeptide comprising the HaHB11 polypeptide of SEQ ID NO:10,
A sandwich-structured composite panel, comprising - a first face skin of sheet metal, - a second face skin of sheet metal, and - a core made of thermally insulating material arranged between the first face skin and the second face skin, the first and second face skins being attached to the core, - an attachment edge at the edge of the composite panel for attaching the composite panel to another composite panel, - the attachment edge comprising - an attachment profile being formed from the sheet metal of at least one of said skins (3, 4) and shaped for a tongue-and-groove attachment, - the sandwich-structured composite panel further comprising - a protective layer of hydrophobic material arranged on the outer surface of a portion of the sheet metal in the attachment profile, for inhibiting or attenuating galvanic contacts or couplings between composite panels attached to each other, wherein - the face skins (3, 4) are without said protective layer. - a first face skin of sheet metal, - a second face skin of sheet metal, and - a core made of thermally insulating material arranged between the first face skin and the second face skin, the first and second face skins being attached to the core, - an attachment edge at the edge of the composite panel for attaching the composite panel to another composite panel, - the attachment edge comprising - an attachment profile being formed from the sheet metal of at least one of said skins (3, 4) and shaped for a tongue-and-groove attachment, - an attachment profile being formed from the sheet metal of at least one of said skins (3, 4) and shaped for a tongue-and-groove attachment, - the sandwich-structured composite panel further comprising - a protective layer of hydrophobic material arranged on the outer surface of a portion of the sheet metal in the attachment profile, for inhibiting or attenuating galvanic contacts or couplings between composite panels attached to each other, wherein - the face skins (3, 4) are without said protective layer. - a protective layer of hydrophobic material arranged on the outer surface of a portion of the sheet metal in the attachment profile, for inhibiting or attenuating galvanic contacts or couplings between composite panels attached to each other, wherein - the face skins (3, 4) are without said protective layer.
A method for etching a magnetic tunneling junction, MTJ, structure comprising: providing a bottom electrode on a substrate; depositing a MTJ stack on said bottom electrode; depositing a top electrode layer having a first thickness on said MTJ stack; forming a hybrid hard mask on said top electrode layer wherein said hybrid hard mask comprises a first dielectric mask layer having a mask thickness of more than four times said first thickness, a second metal mask layer on said first dielectric mask layer and a third mask layer on said second metal mask layer: forming a photo resist pattern on said hybrid hard mask; first etching said second metal mask layer and said third mask layer of said hybrid hard mask where it is not covered by said photo resist pattern using a first etching chemistry; thereafter second etching said hybrid hard mask where it is not covered by said remaining second metal mask layer and said third mask layer using a second etching chemistry; thereafter etching said top electrode where it is not covered by said remaining hybrid hard mask wherein a portion of said first dielectric mask layer remains on said patterned top electrode; and thereafter etching said MTJ stack where it is not covered by said patterned top electrode wherein overetching is performed and a MTJ device is formed and wherein said bottom electrode is etched into and wherein re-deposition material is formed on sidewalls of said bottom electrode underlying said MTJ device and not on sidewalls of said MTJ device and wherein said remaining top electrode has a second thickness no less than 80% of said first thickness. providing a bottom electrode on a substrate; depositing a MTJ stack on said bottom electrode; depositing a top electrode layer having a first thickness on said MTJ stack; forming a hybrid hard mask on said top electrode layer wherein said hybrid hard mask comprises a first dielectric mask layer having a mask thickness of more than four times said first thickness, a second metal mask layer on said first dielectric mask layer and a third mask layer on said second metal mask layer: forming a photo resist pattern on said hybrid hard mask; first etching said second metal mask layer and said third mask layer of said hybrid hard mask where it is not covered by said photo resist pattern using a first etching chemistry; thereafter second etching said hybrid hard mask where it is not covered by said remaining second metal mask layer and said third mask layer using a second etching chemistry; thereafter etching said top electrode where it is not covered by said remaining hybrid hard mask wherein a portion of said first dielectric mask layer remains on said patterned top electrode; and thereafter etching said MTJ stack where it is not covered by said patterned top electrode wherein overetching is performed and a MTJ device is formed and wherein said bottom electrode is etched into and wherein re-deposition material is formed on sidewalls of said bottom electrode underlying said MTJ device and not on sidewalls of said MTJ device and wherein said remaining top electrode has a second thickness no less than 80% of said first thickness.