Abstract: A modular disruption system is described. The modular disruption system can include one or more interchangeable barrel sections, each interchangeable barrel section being configured to support a different ammunition caliber. The modular disruption system can also include one or more interchangeable chamber sections, each interchangeable chamber section being configured to support a different ammunition caliber. Each interchangeable chamber section can be configured to detachably attach to each interchangeable barrel section.

Abstract: The present invention, or “Cell Caddy” is designed for use on a golf cart in which the device securely holds an electronic device (Cell Phone) in addition to golf tees. The Cell Caddy will securely hold all sizes of cell phones and all styles and sizes of golf tees without any adjustments, or moving parts on the Cell Caddy including the most popular golf tee, the “Martini Tee,” which no other device is designed to hold. It is specifically designed to use the steering wheel clamp (clip) that is already permanently attached to all golf cart steering wheels. The Cell Caddy also has a “Living Hinge” just below the steering wheel clamp, thus giving the Cell Caddy the ability to swing upward and away from the scorecard that also uses the steering wheel clamp. With this design the Cell Caddy never has to be removed from the steering wheel clamp in order to gain access to the scorecard. The cell phone is in easy reach and does not have to be removed from the Cell Caddy for use.

Abstract: A sensing device can use electromagnetic resonance to detect properties of a sample. For example, the sensing device can be immersed into a sample, placed in proximity to a sample, or otherwise located within sensing range of a sample. The sensing device can transmit a signal onto the sample and receive a reflected signal using a resonating structure. The sensing device can analyze the reflected signal to detect a constituent in the sample, such as a concentration of the constituent in the sample.

Abstract: A modular disruption system is described. The modular disruption system can include one or more interchangeable barrel sections, each interchangeable barrel section being configured to support a different ammunition caliber. The modular disruption system can also include one or more interchangeable chamber sections, each interchangeable chamber section being configured to support a different ammunition caliber. Each interchangeable chamber section can be configured to detachably attach to each interchangeable barrel section.

Abstract: The disclosed technology includes a bumper system for use with an Explosive Ordnance Disposal disruptor. The bumper system can include a bumper stop configured the slidably engage the disruptor, and a bumper configured to receive at least a portion of an initiation system of the disruptor. The bumper may be configured to receive at least a portion of the initiation system such that the bumper is attached to the at least a portion of the initiation system by friction.

Abstract: The disclosed technology includes a bumper system for use with an Explosive Ordnance Disposal disruptor. The bumper system can include a bumper stop configured the slidably engage the disruptor, and a bumper configured to receive at least a portion of an initiation system of the disruptor. The bumper may be configured to receive at least a portion of the initiation system such that the bumper is attached to the at least a portion of the initiation system by friction.

Abstract: The disclosed technology includes a bumper system for use with an Explosive Ordnance Disposal disruptor. The bumper system can include a bumper stop configured the slidably engage the disruptor, and a bumper configured to receive at least a portion of an initiation system of the disruptor. The bumper may be configured to receive at least a portion of the initiation system such that the bumper is attached to the at least a portion of the initiation system by friction.

Abstract: A sensing device can use electromagnetic resonance to detect properties of a sample. For example, the sensing device can be immersed into a sample, placed in proximity to a sample, or otherwise located within sensing range of a sample. The sensing device can transmit a signal onto the sample and receive a reflected signal using a resonating structure. The sensing device can analyze the reflected signal to detect a constituent in the sample, such as a concentration of the constituent in the sample.

Abstract: The disclosed technology includes a bumper system for use with an Explosive Ordnance Disposal disruptor. The bumper system can include a bumper stop configured the slidably engage the disruptor, and a bumper configured to receive at least a portion of an initiation system of the disruptor. The bumper may be configured to receive at least a portion of the initiation system such that the bumper is attached to the at least a portion of the initiation system by friction.

Abstract: Generally, the present disclosure relates to an adhesive transfer layer that may be incorporated in a body adhering absorbent article. Various adhesive transfer layers and methods of constructing the same are described. For example, in one embodiment the adhesive transfer layer (ATL) may comprise a construction adhesive, a body attachment adhesive, a carrier and a peel strip.

Abstract: The present disclosure is generally directed to a process for controlling the quality of manufactured absorbent articles, the process including incorporating into an absorbent article at least a portion of a wetness sensing system that is configured to detect the presence of a substance, the wetness sensing system comprising at least one metallic conductive element; and passing the absorbent article in proximity to a foreign material sensor employing x-ray technology, the foreign material sensor adapted to detect the presence of foreign material to confirm whether foreign material has been incorporated into the article.

Abstract: The present disclosure is generally directed to a process for controlling the quality of manufactured absorbent articles, the process including incorporating into an absorbent article at least a portion of a wetness sensing system that is configured to detect the presence of a substance, the wetness sensing system comprising at least one metallic conductive element; and passing the absorbent article in proximity to a foreign material sensor employing x-ray technology, the foreign material sensor adapted to detect the presence of foreign material to confirm whether foreign material has been incorporated into the article.

Abstract: An automated system for managing insurance information is provided. The system resides on a host server and communicates with participants and providers over a network. The system includes a database for storing information and processing tools including customer service tools, claim adjudication tools, and a benefits calculation engine. The benefits calculation engine calculates an applicable benefit based on received information. The system further comprises benefit payment processing tools for paying a benefit and expense payment processing and adjustment tools. The system also includes claim reporting tools for performing reporting functions and claim management and plan loading tools for identifying a plan and updating the benefits calculation engine.