mhurhangee/ep-ind-claims huggingface dataset:
A method for cloud-based session border gateway function using distributed virtualized computer and communication resources comprising: obtaining resource blocks for a signaling part of a session border gateway from a variety of networked resources, wherein the resource blocks are integrated into a pool and a unified view is presented to applications and services communicating with the signaling part of the session border gateway; controlling, by the signaling part of the session border gateway, allocation of resources from a media part of the session border gateway via instructions over virtual private network links; obtaining resource blocks for the media part of the session border gateway from a variety of networked resources, wherein the resource blocks are integrated into a pool and a unified view is presented to the signaling part of the session border gateway; and using the resource blocks for the applications and services for a duration of time. obtaining resource blocks for a signaling part of a session border gateway from a variety of networked resources, wherein the resource blocks are integrated into a pool and a unified view is presented to applications and services communicating with the signaling part of the session border gateway; controlling, by the signaling part of the session border gateway, allocation of resources from a media part of the session border gateway via instructions over virtual private network links; obtaining resource blocks for the media part of the session border gateway from a variety of networked resources, wherein the resource blocks are integrated into a pool and a unified view is presented to the signaling part of the session border gateway; and using the resource blocks for the applications and services for a duration of time.
A T cell for use in therapy, wherein the T cell expresses an artificial T cell receptor which binds specifically to claudin-6 (CLDN6), wherein binding of said artificial T cell receptor to CLDN6 expressed on cancer cells results in proliferation and activation of the T cell, wherein the artificial T cell receptor comprises a binding domain for CLDN6, a transmembrane domain and a T cell signaling domain, wherein the T cell signaling domain comprises the endodomain of CD3-zeta, optionally in combination with CD28.
A method comprising: by a computing device, partitioning a block of Internet protocol addresses into one or more sets of IP addresses, wherein the IP addresses of each set of IP addresses are continuously sequential and correspond to a geographically-distributed Internet point of presence (PoP), wherein the block of IP addresses is assigned to an entity administering a plurality of distributed PoPs, wherein each of the IP addresses in the block corresponds to one of a plurality of global services, and wherein each PoP supports one or more of the global services and each PoP is configured to deliver Internet-based global services to client systems located within a particular geographic area; by the computing device, assigning a respective one of the sets of IP addresses to each PoP, wherein a prefix of each set of IP addresses is fixed for each set of IP addresses; by the computing device, partitioning each set of IP addresses into a plurality of subsets of IP addresses, wherein one or more of the subsets of IP addresses each corresponds to a respective global service; and by the computing device, for each of the sets of IP addresses, mapping one of the global services to a particular subset of IP addresses corresponding to the respective global service, wherein particular global services are assigned to a particular suffix range across each of the PoPs. by a computing device, partitioning a block of Internet protocol addresses into one or more sets of IP addresses, wherein the IP addresses of each set of IP addresses are continuously sequential and correspond to a geographically-distributed Internet point of presence (PoP), wherein the block of IP addresses is assigned to an entity administering a plurality of distributed PoPs, wherein each of the IP addresses in the block corresponds to one of a plurality of global services, and wherein each PoP supports one or more of the global services and each PoP is configured to deliver Internet-based global services to client systems located within a particular geographic area; by the computing device, assigning a respective one of the sets of IP addresses to each PoP, wherein a prefix of each set of IP addresses is fixed for each set of IP addresses; by the computing device, partitioning each set of IP addresses into a plurality of subsets of IP addresses, wherein one or more of the subsets of IP addresses each corresponds to a respective global service; and by the computing device, for each of the sets of IP addresses, mapping one of the global services to a particular subset of IP addresses corresponding to the respective global service, wherein particular global services are assigned to a particular suffix range across each of the PoPs.
Crosslinked aminosiloxanes obtainable by reaction of identical or different amine-substituted siloxanes with identical or different epoxide components which are water-soluble hydrocarbons, the hydrocarbons comprising oxygen as well as carbon, and optionally further elements selected from nitrogen, sulphur and phosphorus, the hydrocarbon having on average more than one terminal epoxy group, the epoxy group being a carbooxirane radical, and, further, not more than 50% of all the amino groups having undergone reaction with an epoxide group.
Method for carrying out a function test of a cleaning and/or disinfection machine, wherein data to be transmitted are output at the cleaning and/or disinfection machine, wherein the data are displayed as a graphic code at the cleaning and/or disinfection machine and are read in with a reading device, characterized in that a test request is transmitted to the reading device as data using a method for data communication with a cleaning and/or disinfection machine, and in that instructions for carrying out the test are displayed on the reading device in response to the read-in test request.
A coating composition in dry particulate form for a seed of a monocot plant, comprising particles of wax (i) having a volume mean diameter in the range of ≥5μm to 200μm; (ii) having a melting point of ≥50°Centigrade; and (iii) comprising at least one additive for enhancing at least one of seedling vigour and seedling growth from monocot plant structures, wherein the at least one additive is selected from one of an inorganic additive and a live biological agent selected from an arbuscular mycorrhizal fungus, an ericoid mycorrhizal fungus, species of bacteria and fungi that are able to act on inorganic and/or organic substrates to release compounds in soluble form from such substrates, and a species of Trichoderma. (i) having a volume mean diameter in the range of ≥5μm to 200μm; (ii) having a melting point of ≥50°Centigrade; and (iii) comprising at least one additive for enhancing at least one of seedling vigour and seedling growth from monocot plant structures, wherein the at least one additive is selected from one of an inorganic additive and a live biological agent selected from an arbuscular mycorrhizal fungus, an ericoid mycorrhizal fungus, species of bacteria and fungi that are able to act on inorganic and/or organic substrates to release compounds in soluble form from such substrates, and a species of Trichoderma.
Filter device for the dry separation of adhesive particles, in particular paint particles, from a gas flow, in particular from an air flow, wherein the filter device has a plurality of brush rollers each provided with brushes, through which the gas flow flows, characterised in that the brush rollers are coated completely or partially with an adhesion-reducing coating.
Polyethylene glycol for use in treating an animal at risk for developing a bone loss disorder selected from osteopenia and osteoporosis or wherein the bone loss disorder is associated with an abnormal condition selected from inflammatory bowel disease, ulcerative colitis, menopause, andropause and hypogonadism, comprising administering an effective dose to an animal in need thereof, wherein the polyethylene glycol has an average molecular weight of at least 5,000 daltons.
A method for operating a mobile station, MS, in a wireless communication system, the method comprising: receiving, from a base station, BS, a first message comprising information regarding a plurality of carriers supportable for the MS; generating a second message including carrier information regarding at least one combination of carriers supported by the MS for carrier aggregation, CA among the plurality of carriers, wherein the at least one combination of carriers is determined by the MS based on an ordering of the information regarding the plurality of carriers in the first message; and transmitting, to the BS, the second message for indicating the at least one combination of carriers determined by the MS. receiving, from a base station, BS, a first message comprising information regarding a plurality of carriers supportable for the MS; generating a second message including carrier information regarding at least one combination of carriers supported by the MS for carrier aggregation, CA among the plurality of carriers, wherein the at least one combination of carriers is determined by the MS based on an ordering of the information regarding the plurality of carriers in the first message; and transmitting, to the BS, the second message for indicating the at least one combination of carriers determined by the MS.
An electrical kitchen appliance for preparing meals, preferably according to predetermined recipes, with an output interface for outputting information data to a user and an input interface for inputting control commands for control of the electrical kitchen appliance by the user, wherein the information data are stored in a memory connected with the electrical kitchen appliance, characterized in that a respective time data item and/or location data item is allocated to at least a portion of the information data in the memory, and an acquisition device and selection device are provided, wherein the acquisition device can be used to acquire current time data and/or current location data, and the selection device is connected with the memory and acquisition device, and further configured so that it can only be used to automatically select and allow for output those information data from the memory that exhibit at least one time data item or location data item that coincides with an acquired current time data item or current location data item.
A spreader system for spreading residue from a combine harvester, the system comprising: a first hydraulic motor (28/90) configured to drive a first spreader disc; a second hydraulic motor (30/92) configured to drive a second spreader disc; and a controller configured to control a first torque of the first hydraulic motor (28/90) and a second torque of the second hydraulic motor (30/92), wherein the controller is configured to control the first torque and the second torque to a low torque for normal operation, to control the first torque to a first high torque for clearing a material from the first spreader disc, and to control the second torque to a second, high torque for clearing the material from the second spreader disc, characterized in that the spreader system further comprises a valve system coupled to the first hydraulic motor and to the second hydraulic motor, wherein the controller is configured to transition the valve system between a series flow arrangement and a parallel flow arrangement, the series flow arrangement being configured to direct a first flow of a hydraulic fluid to the second hydraulic motor through the first hydraulic motor, the parallel flow arrangement being configured to divide the hydraulic fluid into the first flow and a second flow, the parallel flow arrangement being configured to direct the first flow to the first hydraulic motor and to direct the second flow to the second hydraulic motor. a first hydraulic motor (28/90) configured to drive a first spreader disc; a second hydraulic motor (30/92) configured to drive a second spreader disc; and a controller configured to control a first torque of the first hydraulic motor (28/90) and a second torque of the second hydraulic motor (30/92), wherein the controller is configured to control the first torque and the second torque to a low torque for normal operation, to control the first torque to a first high torque for clearing a material from the first spreader disc, and to control the second torque to a second, high torque for clearing the material from the second spreader disc, characterized in that the spreader system further comprises a valve system coupled to the first hydraulic motor and to the second hydraulic motor, wherein the controller is configured to transition the valve system between a series flow arrangement and a parallel flow arrangement, the series flow arrangement being configured to direct a first flow of a hydraulic fluid to the second hydraulic motor through the first hydraulic motor, the parallel flow arrangement being configured to divide the hydraulic fluid into the first flow and a second flow, the parallel flow arrangement being configured to direct the first flow to the first hydraulic motor and to direct the second flow to the second hydraulic motor.
A method for identifying the behavior of a target, wherein the method comprises: transmitting a radar signal; receiving a radar echo signal reflected by a target; processing the radar echo signal to obtain time-frequency domain data; processing the time-frequency domain data to obtain "signal attribute" feature data and "linear prediction coefficient", LPC, feature data, wherein the signal attribute feature data represent a feature of an attribute of the radar echo signal such as one or more of: maximum frequency, mean value of amplitude, standard deviation of amplitude, mean absolute error of amplitude, an amplitude value quartile, an amplitude value interquartile range, spectral entropy, amplitude value skewness, and amplitude value kurtosis, and wherein the LPC feature data represent a feature of the radar echo signal, and wherein processing the time-frequency domain data to obtain the LPC feature data comprises: re-arranging the time-frequency domain data to obtain a one-dimensional row vector and inputting the re-arranged time-frequency domain data into an LPC function to obtain the LPC feature data; and inputting the signal attribute feature data and the LPC feature data into a behavior identification model, and outputting behavior information of the target, wherein the behavior identification model is a support vector machine, SVM, classifier model. transmitting a radar signal; receiving a radar echo signal reflected by a target; processing the radar echo signal to obtain time-frequency domain data; processing the time-frequency domain data to obtain "signal attribute" feature data and "linear prediction coefficient", LPC, feature data, wherein the signal attribute feature data represent a feature of an attribute of the radar echo signal such as one or more of: maximum frequency, mean value of amplitude, standard deviation of amplitude, mean absolute error of amplitude, an amplitude value quartile, an amplitude value interquartile range, spectral entropy, amplitude value skewness, and amplitude value kurtosis, and wherein the LPC feature data represent a feature of the radar echo signal, and wherein processing the time-frequency domain data to obtain the LPC feature data comprises: re-arranging the time-frequency domain data to obtain a one-dimensional row vector and inputting the re-arranged time-frequency domain data into an LPC function to obtain the LPC feature data; and inputting the signal attribute feature data and the LPC feature data into a behavior identification model, and outputting behavior information of the target, wherein the behavior identification model is a support vector machine, SVM, classifier model.
Hand-guided working implement having a first assembly and a second assembly, wherein the second assembly is movably mounted with respect to the first assembly by way of at least one anti-vibration element (4, 26), wherein a vibration gap (30, 100) bridged by the at least one anti-vibration element (4, 26) is formed between the first assembly and the second assembly, wherein the working implement comprises at least one switch for operation by the operator, wherein the switch comprises at least one first contact element and at least one second contact element, which are in contact when the switch is closed and do not establish an electric contact when the switch is open, wherein the second contact element is a part of the second assembly, characterised in that the at least one first contact element is a part of the first assembly, and in that the first contact element and the second contact element bridge the vibration gap (30, 100) between the first assembly and the second assembly when the switch is closed.
Electrical plug pin having a contact-protection apparatus which comprises a rotationally symmetrical head plate with a concentric opening and also with a flexible, compressible, rotationally symmetrical protective casing which is connected to the head plate and forms a receiving space for the plug pin, wherein the flexible protective casing can be operated by pressing the head plate and can be changed over from its initial state to a compressible final state in a flexible and reversible manner, and wherein both the head plate and also the protective casing are designed to be substantially rotationally symmetrical about an operating axis of the contact-protection apparatus, and the operating axis is substantially identical to the insertion direction S of the plug pin, characterized in that an insulating cap is arranged at the insertion-side end of the plug pin and has an annular circumferential groove.
A sample analyzer comprising: a measuring unit, which comprises a signal output section for outputting a signal representing a characteristic of a measurement specimen prepared by mixing a sample with a reagent, and a signal adjusting section for adjusting the signal outputted from the signal output section, the measuring unit configured to output a detection signal based on the signal adjusted by the signal adjusting section; and a result producing unit for producing an analysis result based on the detection signal outputted from the measuring unit and storing the analysis result therein, wherein the result producing unit is configured to: extract an analysis result of a sample included in a predetermined numeral range from a plurality of analysis results stored therein; calculate an adjustment value which is to be used in the signal adjustment by the signal adjusting section based on a numeral value included in the extracted analysis result and a predetermined target value; and transmit the calculated adjustment value to the measuring unit, and the signal adjusting section is configured to adjust the signal outputted from the signal output section based on the received adjustment value. a measuring unit, which comprises a signal output section for outputting a signal representing a characteristic of a measurement specimen prepared by mixing a sample with a reagent, and a signal adjusting section for adjusting the signal outputted from the signal output section, the measuring unit configured to output a detection signal based on the signal adjusted by the signal adjusting section; and a result producing unit for producing an analysis result based on the detection signal outputted from the measuring unit and storing the analysis result therein, wherein extract an analysis result of a sample included in a predetermined numeral range from a plurality of analysis results stored therein; calculate an adjustment value which is to be used in the signal adjustment by the signal adjusting section based on a numeral value included in the extracted analysis result and a predetermined target value; and transmit the calculated adjustment value to the measuring unit, and the signal adjusting section is configured to adjust the signal outputted from the signal output section based on the received adjustment value.
Tool analysis device (14; 34) for analysing machining of a workpiece (3; 4) using a tool (10; 30), wherein the tool analysis device (14; 34) has a recording unit (141; 341) for recording movements of a user of the tool (10; 30) that are carried out when a machining task for machining a workpiece (3; 4) is performed using the tool (10; 30), a comparison unit (142; 342) for comparing a path property (152; 352), ascertained from the movements of the user that are recorded using the recording unit (13; 33), with a predetermined path property (151; 351; 521; 522), and a rating unit (143; 343) for rating the result of the comparison unit (142; 342) in relation to a lowest possible movement effort for the user, wherein there is additionally provision for a computation unit (144; 344) for calculating a path length (211; 411) from the movement recorded using the recording unit (141; 341) that the user has carried out with the tool (10; 30), and from acceleration values in relation to steps of the user of the tool (10; 30), and for calculating a path profile from the movement recorded using the recording unit (141; 341) that the user has carried out with the tool (10; 30).
A method for transmitting Point-to-Point Protocol over Ethernet, PPPoE, packets, comprising: Registering, by a PPPoE server, a PPPoE protocol packet sniffer with a Linux kernel and an Internet Protocol Version 4, IPV4, protocol packet sniffer with a Netfilter framework after the user dial-up authorization succeeds, and adding a user's Internet Protocol, IP, address and media access control, MAC, address to authenticated user information; Receiving (S102; S201; S301), by the PPPoE server, a packet; and Calling (S103; S302), by the PPPoE server, the PPPoE protocol packet sniffer or the IPV4 protocol packet sniffer to process and transmit the packet according to the authenticated user information. Registering, by a PPPoE server, a PPPoE protocol packet sniffer with a Linux kernel and an Internet Protocol Version 4, IPV4, protocol packet sniffer with a Netfilter framework after the user dial-up authorization succeeds, and adding a user's Internet Protocol, IP, address and media access control, MAC, address to authenticated user information; Receiving (S102; S201; S301), by the PPPoE server, a packet; and Calling (S103; S302), by the PPPoE server, the PPPoE protocol packet sniffer or the IPV4 protocol packet sniffer to process and transmit the packet according to the authenticated user information.