mhurhangee/ep-ind-claims huggingface dataset:
A method of failure recovery for a Network Services Capability Layer, NSCL, in a Machine-to-Machine, M2M, network, said method comprising: safeguarding M2M resource information at the NSCL, by dynamically maintaining recovery information in a persistent data store (18, 44), to include identifiers and Point-of-Contact, POC, information for those M2M entities (24, 26, 30, 34, 36) associated with the M2M resource information; and triggering a failure recovery process responsive to detecting an abnormal reset at the NSCL, wherein said failure recovery process includes recovering missing information based on: retrieving the recovery information from the persistent data store (18, 44); evaluating the M2M resource information as existing at the NSCL after the abnormal reset with respect to the recovery information, to identify missing M2M resource information; and contacting those M2M entities (24, 26, 30, 34, 36) indicated by the recovery information as being associated with the missing M2M resource information, to recreate the missing M2M resource information at the NSCL. safeguarding M2M resource information at the NSCL, by dynamically maintaining recovery information in a persistent data store (18, 44), to include identifiers and Point-of-Contact, POC, information for those M2M entities (24, 26, 30, 34, 36) associated with the M2M resource information; and triggering a failure recovery process responsive to detecting an abnormal reset at the NSCL, wherein said failure recovery process includes recovering missing information based on: retrieving the recovery information from the persistent data store (18, 44); evaluating the M2M resource information as existing at the NSCL after the abnormal reset with respect to the recovery information, to identify missing M2M resource information; and contacting those M2M entities (24, 26, 30, 34, 36) indicated by the recovery information as being associated with the missing M2M resource information, to recreate the missing M2M resource information at the NSCL. retrieving the recovery information from the persistent data store (18, 44); evaluating the M2M resource information as existing at the NSCL after the abnormal reset with respect to the recovery information, to identify missing M2M resource information; and contacting those M2M entities (24, 26, 30, 34, 36) indicated by the recovery information as being associated with the missing M2M resource information, to recreate the missing M2M resource information at the NSCL.
A battery assembly, in particular for an electrically drivable motor vehicle, in particular for a motor bike, preferably for a motor scooter, comprising: - at least one battery housing; - at least one, in particular rechargeable battery; - at least one resonance loudspeaker (185, 185') having no membrane of its own at all and being arranged at a portion (73, 73') of the battery housing such that at least a part of the battery housing is caused to oscillate so as to serve as a loudspeaker membrane. - at least one battery housing; - at least one, in particular rechargeable battery; - at least one resonance loudspeaker (185, 185') having no membrane of its own at all and being arranged at a portion (73, 73') of the battery housing such that at least a part of the battery housing is caused to oscillate so as to serve as a loudspeaker membrane.
A switching circuit as or for a voltage source converter (10; 14), the switching circuit comprising: - a string of series-connected switches comprising a first and a second switch (S1, S2), - a string of capacitors comprising at least one capacitor (C 1), - a first conductor interconnecting, at the first switch (S 1), a first end of the string of series-connected switches with a first end of the string of capacitors, - a second conductor interconnecting, at the second switch (S 2), a second end of the string of series-connected switches with a second end of the string of capacitors, - a first string of components connected between the first end of the string of series-connected switches and the first end of the string of capacitors, and - a second string of components connected between the second end of the string of series-connected switches and the second end of the string of capacitors, - wherein the first string of components comprises at least one snubber component (20, 22) for the first switch and the second string of components comprises at least one snubber component (24, 26) for the second switch. - a string of series-connected switches comprising a first and a second switch (S1, S2), - a string of capacitors comprising at least one capacitor (C 1), - a first conductor interconnecting, at the first switch (S 1), a first end of the string of series-connected switches with a first end of the string of capacitors, - a second conductor interconnecting, at the second switch (S 2), a second end of the string of series-connected switches with a second end of the string of capacitors, - a first string of components connected between the first end of the string of series-connected switches and the first end of the string of capacitors, and - a second string of components connected between the second end of the string of series-connected switches and the second end of the string of capacitors, - wherein the first string of components comprises at least one snubber component (20, 22) for the first switch and the second string of components comprises at least one snubber component (24, 26) for the second switch.
Disc brake comprising - a brake carrier, - two brake pads including lining carrying plates, - a brake calliper, and - positioning means (18, 20, 22) at both sides of a central plane of the brake perpendicular to the plane of the disc such that the brake pads are arranged relative to the brake calliper, in the mounted state of the brake pads, such that a brake pad can be mounted at the brake carrier in one orientation only, wherein - the positioning means are asymmetric relative to the central plane of the brake, characterized in that - the positioning means comprise a recess in the calliper or a protrusion at the calliper, arranged at both sides of the disc, wherein the center line of the recess and the protrusion, resp., extend slanting to the central plane and cross it. - a brake carrier, - two brake pads including lining carrying plates, - a brake calliper, and - positioning means (18, 20, 22) at both sides of a central plane of the brake perpendicular to the plane of the disc such that the brake pads are arranged relative to the brake calliper, in the mounted state of the brake pads, such that a brake pad can be mounted at the brake carrier in one orientation only, wherein - the positioning means are asymmetric relative to the central plane of the brake, - the positioning means comprise a recess in the calliper or a protrusion at the calliper, arranged at both sides of the disc, wherein the center line of the recess and the protrusion, resp., extend slanting to the central plane and cross it.
A method for preparing an immunogenic composition comprising the steps of: (i) growing influenza virus in cell culture wherein trypsin is added to allow viral release; (ii) preparing an antigen composition from the viruses grown in step (i), wherein the antigen composition comprises haemagglutinin and matrix proteins not as a whole virion which form a stable complex; and (iii) combining the antigen composition with a pharmaceutical carrier, to give the immunogenic composition wherein the matrix protein has an amino acid sequence which is a fragment of a full-length M1 matrix protein amino acid sequence. (i) growing influenza virus in cell culture wherein trypsin is added to allow viral release; (ii) preparing an antigen composition from the viruses grown in step (i), wherein the antigen composition comprises haemagglutinin and matrix proteins not as a whole virion which form a stable complex; and (iii) combining the antigen composition with a pharmaceutical carrier, to give the immunogenic composition
A brachytherapy applicator device for insertion in a body cavity, comprising: - an applicator shaped for insertion in the body cavity; the applicator comprising connectable parts in the form of partly tubular shaped segments (33, 34); at least one of said connectable parts having a form following wall surface shaped to follow the body cavity, and wherein an inner wall surface of the one connectable part has a multichannel open groove structure distanced from the form following wall surface, so as to guide a plurality of catheters along the grooves in the groove structure along the inner wall surface of the one connectable part. - an applicator shaped for insertion in the body cavity; the applicator comprising connectable parts in the form of partly tubular shaped segments (33, 34); at least one of said connectable parts having a form following wall surface shaped to follow the body cavity, and wherein an inner wall surface of the one connectable part has a multichannel open groove structure distanced from the form following wall surface, so as to guide a plurality of catheters along the grooves in the groove structure along the inner wall surface of the one connectable part.
Method for operating an automated technical installation comprising a multiplicity of hardware components which are interconnected according to a project planning process to form a function chart in order to control a process in the technical installation, wherein the method involves creating a reliability block diagram for the technical installation or for parts of the latter from the function chart of the technical installation or parts of the latter, requesting or reading an item of status information for each component, and is characterized in that a machine-readable graph is generated on the basis of the reliability block diagram and the status information for each component, with which graph an instantaneous availability (V(t)) of the technical installation or of parts of the latter is calculated and is output on a display unit, wherein the instantaneous availability (V(t)) is suitable for determining whether there should be intervention in the operation of the technical installation, wherein the machine-readable graph represents the reliability block diagram in machine-readable form. creating a reliability block diagram for the technical installation or for parts of the latter from the function chart of the technical installation or parts of the latter, requesting or reading an item of status information for each component, and is characterized in that a machine-readable graph is generated on the basis of the reliability block diagram and the status information for each component, with which graph an instantaneous availability (V(t)) of the technical installation or of parts of the latter is calculated and is output on a display unit, wherein the instantaneous availability (V(t)) is suitable for determining whether there should be intervention in the operation of the technical installation, wherein the machine-readable graph represents the reliability block diagram in machine-readable form.
Conveyor system for a textile unit to transfer the start of a material web in particular an adhesive chord material web with textile and/or steel wires from one unit component to an adjacent unit component, characterised in that the conveyor system, between the beginning of the conveyor and the end of the conveyor, comprises a plurality of conveyor belts guided circumferentially and arranged parallel to each other and a pressure roller mounted so as to be pivotable, wherein the material web at the beginning of the conveyor can be pressed by the pressure roller on the conveyor belts, wherein a wiper is arranged at the end of the conveyor and fingers of the wiper extend between the conveyor belts.
A method of food control with a kitchen appliance for at least partially automating the processing of a recipe comprising the following stages: - Receiving user-specific health data that can be assigned to a user profile, - Creating an evaluation of the health data for the user profile by a computing unit, - Determining a recipe recommendation based on the evaluation of the health data, - Output of the recipe recommendation at a user interface of the kitchen appliance, characterized in that a user reaction and a vital change to a previous recipe recommendation are taken into account when creating the evaluation, as a result of which boundary conditions in the form of the user reaction and the vital change are set for the evaluation, the health data comprising vital data (210.1) of a user and/or creating the evaluation comprising a comparison (102.1) of the health data with reference data. - Receiving user-specific health data that can be assigned to a user profile, - Creating an evaluation of the health data for the user profile by a computing unit, - Determining a recipe recommendation based on the evaluation of the health data, - Output of the recipe recommendation at a user interface of the kitchen appliance,
A packaging system comprising: a sensing barrier protecting at least one article, wherein the barrier comprises a multilayer laminate structure (100, 200, 500, 1000) that encapsulates a transformative material between first and second conductive layers (101/103, 603/103, 603A/103), wherein the transformative material is configured to change impedance between the first and second conductive layers (101/103, 603/103, 603A/103) in response to intrusion; and an NFC/RFID circuit (301, 301A, 301B) electrically coupled to the first and second conductive layers (101/103, 603/103, 603A/103) of the multilayer laminate structure (100, 200, 500, 1000), wherein at least one operational characteristic of the NFC/RFID circuit (301, 301A, 301B) is dependent on the change in impedance between the first and second conductive layers (101/103, 603/103, 603A/103) of the multilayer laminate structure (100, 200, 500, 1000) due to intrusion; wherein the transformative material comprises a reactive material that undergoes a state change by a chemical reaction that irreversibly deposits material that forms a relatively low impedance electrical current path between the first and second conductive layers (101/103, 603/103, 603A/103), to thereby change impedance between the first and second conductive layers (101/103, 603/103, 603A/103), in response to intrusion. a sensing barrier protecting at least one article, wherein the barrier comprises a multilayer laminate structure (100, 200, 500, 1000) that encapsulates a transformative material between first and second conductive layers (101/103, 603/103, 603A/103), wherein the transformative material is configured to change impedance between the first and second conductive layers (101/103, 603/103, 603A/103) in response to intrusion; and an NFC/RFID circuit (301, 301A, 301B) electrically coupled to the first and second conductive layers (101/103, 603/103, 603A/103) of the multilayer laminate structure (100, 200, 500, 1000), wherein at least one operational characteristic of the NFC/RFID circuit (301, 301A, 301B) is dependent on the change in impedance between the first and second conductive layers (101/103, 603/103, 603A/103) of the multilayer laminate structure (100, 200, 500, 1000) due to intrusion; wherein the transformative material comprises a reactive material that undergoes a state change by a chemical reaction that irreversibly deposits material that forms a relatively low impedance electrical current path between the first and second conductive layers (101/103, 603/103, 603A/103), to thereby change impedance between the first and second conductive layers (101/103, 603/103, 603A/103), in response to intrusion.
A method of forming a sputter target assembly, comprising the steps of: providing a backing plate having a top surface, and pre-wetting the top surface with a solder layer; providing a ferromagnetic sputter target with an even magnetic permeability throughout the material and having a bottom surface, and pre-wetting the bottom surface with a solder layer, wherein the solder material (14, 18) is selected from among indium-tin, tin-lead, or tin-silver-copper; characterized by introducing a bonding foil between the backing plate and the sputter target, wherein the bonding foil is an ignitable heterogeneous stratified structure for the propagation of an exothermic reaction; pressing the backing plate and the ferromagnetic sputter target together and igniting the bonding foil therebetween to melt and bond the solder layer on the backing plate with the solder layer on the ferromagnetic sputter target without affecting the microstructure or flatness of the sputter target in the formation of the sputter target assembly with a substantially symmetric magnetic leakage flux. providing a backing plate having a top surface, and pre-wetting the top surface with a solder layer; providing a ferromagnetic sputter target with an even magnetic permeability throughout the material and having a bottom surface, and pre-wetting the bottom surface with a solder layer, wherein the solder material (14, 18) is selected from among indium-tin, tin-lead, or tin-silver-copper; characterized by introducing a bonding foil between the backing plate and the sputter target, wherein the bonding foil is an ignitable heterogeneous stratified structure for the propagation of an exothermic reaction; pressing the backing plate and the ferromagnetic sputter target together and igniting the bonding foil therebetween to melt and bond the solder layer on the backing plate with the solder layer on the ferromagnetic sputter target without affecting the microstructure or flatness of the sputter target in the formation of the sputter target assembly with a substantially symmetric magnetic leakage flux.
An internet protocol multimedia subsystem, IMS, data channel based communication method, comprising: receiving, by a certificate management server, an encrypted ticket and identification information of a first application from an application server, wherein the identification information of the first application is used to identify the first application of a first terminal; sending, by the certificate management server, the encrypted ticket and the identification information of the first application to a key management server; receiving, by the certificate management server, a first key; and sending, by the certificate management server, a data channel application certificate corresponding to the first key to the application server, wherein the data channel application certificate is used by the first application to perform an IMS data channel service with a second application of a second terminal. receiving, by a certificate management server, an encrypted ticket and identification information of a first application from an application server, wherein the identification information of the first application is used to identify the first application of a first terminal; sending, by the certificate management server, the encrypted ticket and the identification information of the first application to a key management server; receiving, by the certificate management server, a first key; and sending, by the certificate management server, a data channel application certificate corresponding to the first key to the application server, wherein the data channel application certificate is used by the first application to perform an IMS data channel service with a second application of a second terminal.
On-board motor vehicle electrical system comprising a DC/DC converter with a high-voltage side and a low-voltage side, with at least one traction battery being connected to the high-voltage side and electrical loads (4, 5) being connected to the low-voltage side, characterized in that the DC/DC converter can be switched on or woken up by a control signal of an electrical device (6, 6', 6"), with the electrical device being arranged on the high-voltage side or being designed with an electrical energy storage means (10, 18) which is locally associated with the electrical device (6', 6") and by means of which at least the control signal can be generated, wherein the electrical loads (4, 5) on the low-voltage side are supplied exclusively by means of the high voltage, which has been transformed down, of the traction battery.
A photosensitive silane coupling agent having a structure represented by the following general formula, wherein X is a polymethylene group some of the hydrogen atoms of which may be substituted with a fluorine atom or an alkyl group, a phenylene group some of the hydrogen atoms of which may be substituted with a fluorine atom or an alkyl group, a naphthylene group some of the hydrogen atoms of which may be substituted with a fluorine atom or an alkyl group, or a divalent group having a structure on which at least two of these divalent groups are bonded to each other; at least one of R 1, R 2 and R 3 is an alkoxy group or a halogen atom, the other(s) being selected from the group consisting of an alkyl group, an alkenyl group and a hydrogen atom; R 4 is an alkyl group some of the hydrogen atoms of which may be substituted with a fluorine atom, a phenyl group some of the hydrogen atoms of which may be substituted with a fluorine atom or an alkyl group, or a naphthyl group some of the hydrogen atoms of which may be substituted with a fluorine atom or an alkyl group; R 5 is a hydrogen atom or an alkyl group; and R 6, R 7, R 8 and R 9 are selected from the group consisting of a nitro group, a hydrogen atom, a halogen atom, an alkyl group, and an alkyl group or an alkoxy group some or all of the hydrogen atoms of which are substituted with a fluorine atom.
A process for the manufacture of flexible, thin-walled articles comprising the steps of injection moulding a polymer blend having an MFI > 10 dg/min, wherein MFI is measured according to ASTM D 1238, 2.16 kg; 190°C; and comprising at least one polymer wherein said polymer includes a polypropylene having varying tacticity within its structure wherein the polypropylene homopolymer or copolymer having varying tacticity has a tacticity which varies within the range of between 25 and 60 % of [mmmm] pentad concentration due to a statistical distribution of stereoscopic errors in the polymer chains.
A head protection hood having an outer face provided to be in contact with a surrounding medium, an inner face provided in contact with a user's head, a head passage section and a facial opening at the user's eye level closed by a visor detachably fastened to the hood, said hood comprising an outer lining having an inner face and being open-worked across from said facial opening, said lining forming, with the outer face of the hood, a pocket in which said visor is removably slid, said hood further comprising at least one bearing element inserted between said outer face of the hood and said lining, said bearing element at least partially running alongside said facial opening, said head protection hood forming a textile element, characterized in that said visor is inserted between said inner face of said lining and said bearing element.