Abstract: The present disclosure relates to a vaccine comprising an amphiphile having the formula S-[B]-[U]-H and at least one peptide antigen conjugate having the formula selected from [S]-[E1]-A-[E2]-[U]-H and H-[U]-[E1]-A-[E2]-[S], wherein the amphiphile and/or the at least one peptide antigen conjugate comprises a dendron amplifier. The vaccine is useful in treating or preventing a cancer, an autoimmune disease, an allergy, an infectious disease, a cardiovascular disease, or a neurodegenerative disease.

Abstract: A technique of insurance policy includes obtaining a plurality of hierarchical graphs representing a plurality of insurance policies, wherein each of the hierarchical graphs comprises a plurality of insurance policy related objects. It further includes obtaining a set of matching criteria, including a type of insurance related object to be matched and an identifier associated with the type of insurance related object to be matched. It also includes determining whether an insurance related object in one of the plurality of graphs matches another insurance related object in another one of the plurality of graphs using the set of matching criteria.

Abstract: A system for installing a drainage structure in the subsurface. The system has a casing, a drive device, and at least one fin. The casing has opposed first and second ends and defines a hollow region. The drive device is supported at the first end of the casing and configured to drive movement of the casing in a first direction. The at least one fin projects from the casing into the hollow region and is configured to buckle a corrugated metal culvert positioned at least partially within the casing when the casing is driven in the first direction. The drive device may be a pneumatic hammer or puller attached to a rod pulling machine.

Abstract: An asset management system and biometric security method is disclosed. The asset management system monitors the operational status of living and non-living assets in the field using sensors fitted to, or otherwise associated with, the asset. The operational status of the asset includes proof of life and indications as to the death or destruction. Electrocardiogram (ECG) signals from living assets may be enrolled in a biometric system at one or more heart rates to permit the identification or authentication of the living asset. ECG signal assessments may be used to increase system performance.

Abstract: Managing risks associated with reinsurance includes: obtaining a plurality of insurance policies, each of the plurality of insurance policies comprising a plurality of coverages; identifying, for each insurance policy in the plurality of insurance policies, a set of coverages that corresponds to a geographical location, a policy level liability, or a covered item; and evaluating, for each identified set of coverages, a corresponding reinsurable risk, the evaluation includes determining a total insured value associated with the corresponding reinsurable risk.

Abstract: Managing insurance information includes obtaining account information associated with an insurance account, selectively indicating a first portion of the account information that includes versioned information and a second portion of the account information that includes non-versioned information, obtaining policy information of an insurance policy associated with the insurance account, including copying at least some of the versioned information as a first portion of the insurance policy, and establishing a link between at least some of the non-versioned information and a second portion of the insurance policy. The second portion of the insurance policy that is linked with the non-versioned information is automatically updated to reflect changes to the non-versioned information.

Abstract: In one embodiment, the present invention includes a method for obtaining magnetic resonance (MR) data of a phantom located in a magnetic resonance imaging (MRI) system with multiple bandwidths. The data may then be processed to determine magnetic field homogeneity of the MRI system.

Abstract: A method and apparatus for communicating message data between a plurality of subsystems (201, 202, 301, 302, 303, 404, 406, 408) in the form of distributed resource managers. The subsystems are coupled together through a coupling means (206, 306, 410) with a shared memory with at least one shared queue (308, 414) in the shared memory. Access to the shared queue (308, 414) is available from each of the coupled subsystems and message data can be communicated between the subsystems via the shared queue (308, 414). Each subsystem has a long running process (304) checking the shared queue for messages for that subsystem.

Abstract: Image producing apparatus 10, 100 comprising means 48, 112 for producing and also receiving an ultrasound signal, the apparatus being arranged such that a plurality of ultrasound signals are sequentially produced in different directions to cover a volume of a required shape, with the signals received being analyzed to provide a three dimensional image of the volume.

Abstract: A method and apparatus for communicating message data between a plurality of subsystems (201, 202, 301, 302, 303, 404, 406, 408) in the form of distributed resource managers. The subsystems are coupled together through a coupling means (206, 306, 410) with a shared memory with at least one shared queue (308, 414) in the shared memory. Access to the shared queue (308, 414) is available from each of the coupled subsystems and message data can be communicated between the subsystems via the shared queue (308, 414). Each subsystem has a long running process (304) checking the shared queue for messages for that subsystem.

Abstract: Image producing apparatus 10, 100 comprising means 48, 112 for producing and also receiving an ultrasound signal, the apparatus being arranged such that a plurality of ultrasound signals are sequentially produced in different directions to cover a volume of a required shape, with the signals received being analyzed to provide a three dimensional image of the volume.

Abstract: The assembly comprises a light-emitting diode (28) and associated circuit components (38, R1-R4) mounted on a printed circuit board (26) all mounted within a housing (10) formed with securement means such as a screw thread (14) for mounting the assembly in a panel (18) with the led (28) visible from the opposite side of the panel. The circuit components form means for converting a mains voltage at input leads (30) to a low voltage for driving the led, preferably in the form of an i.c. rectifier bridge (38) and a plurality of volgage-dropping resistors (R1-R4).

Abstract: An interfacing apparatus for a programmable controller having input modules of limited input compatibility and an input signal adjusting circuit for adjusting the input signals to make them compatible with the input modules.

Abstract: A computer based control system having a protection circuit including a bistable circuit arranged to disable the outputs of the control system at the end of a scan period of the system. The bistable circuit is operated through logic gates arranged to monitor fault in the control system.

Abstract: An industrial solid state logic system having a device for translating low level input signals into high level output signals, the components of the device being arranged so that an output switching unit responds only to current flowing from a source when fed from a logic gate which is adapted to sink current although it has the capability to source current. A light emitting diode is connected in a circuit of the device to indicate the electrical condition of an output switching component of the device.

Abstract: A ground fault protective system and method in which an impedance responsive oscillator detects low impedance ground faults on the neutral conductor of an electrical distribution circuit and responds thereto to provide a partially or totally attenuated output signal. A level detector senses the magnitude of the output signal of the oscillator and causes a trip circuit to open contacts in the electrical distribution circuit whenever the attenuated oscillator output signal occurs.