Abstract: A system is provided for monitoring and predicting traffic conditions in a vicinity of a system vehicle having a stop indicator system. The system may include one or more radar modules programmed to detect the presence of target vehicles traveling within a predetermined radar detection area near the system vehicle. The radar modules may be further programmed to detect signals associated with target vehicles and generate signals indicative of vehicle characteristics, such as vehicle velocity. The radar modules may be programmed to operate in connection with an alarm module to generate alert condition signals in response to assessing the target vehicles detected in the radar detection area. The system can then communicate appropriate alert event notifications in response to the generated alert condition signals.

Abstract: Provided herein is a test system comprising severe acute respiratory syndrome coronavirus 2 (SARS-CoV-2) receptor binding domain (RBD) antigen, SARS-CoV-2 S2 antigen, and binding moieties that specifically bind to human IgG, human IgA, and human IgM. Also provided are methods of detecting SARS-CoV-2 antibodies in a sample using the test system.

Abstract: A system is provided for monitoring and predicting traffic conditions in a vicinity of a system vehicle having a stop indicator system. The system may include one or more radar modules programmed to detect the presence of target vehicles traveling within a predetermined radar detection area near the system vehicle. The radar modules may be further programmed to detect signals associated with target vehicles and generate signals indicative of vehicle characteristics, such as vehicle velocity. The radar modules may be programmed to operate in connection with an alarm module to generate alert condition signals in response to assessing the target vehicles detected in the radar detection area. The system can then communicate appropriate alert event notifications in response to the generated alert condition signals.

Abstract: Provided herein is a test system comprising severe acute respiratory syndrome coronavirus 2 (SARS-CoV-2) receptor binding domain (RBD) antigen, SARS-CoV-2 S2 antigen, and binding moieties that specifically bind to human IgG, human IgA, and human IgM. Also provided are methods of detecting SARS-CoV-2 antibodies in a sample using the test system.

Abstract: A system is provided for monitoring and predicting traffic conditions in a vicinity of a system vehicle having a stop indicator system. The system may include one or more radar modules programmed to detect target vehicles traveling within a predetermined radar detection area near the system vehicle. The radar modules may be further programmed to detect signals associated with target vehicles and generate signals indicative of alert conditions. The radar modules may be programmed to execute various algorithms which generate alert condition signals in response to determining and analyzing a current distance, a braking distance, and/or a velocity of the target vehicle detected in the radar detection area. The system can communicate appropriate alert notifications in response to the generated alert condition signals.

Abstract: A system is provided for monitoring and predicting traffic conditions in a vicinity of a system vehicle having a stop indicator system. The system may include one or more radar modules programmed to detect target vehicles traveling within a predetermined radar detection area near the system vehicle. The radar modules may be further programmed to detect signals associated with target vehicles and generate signals indicative of alert conditions. The radar modules may be programmed to execute various algorithms which generate alert condition signals in response to determining and analyzing a current distance, a braking distance, and/or a velocity of the target vehicle detected in the radar detection area. The system can communicate appropriate alert notifications in response to the generated alert condition signals.

Abstract: A contact lens package that is reusable as a case to store a contact lens between uses includes a lid, a base, one or more receptacles for a contact lens case, and a time keeping device. The time keeping device comprises an indicator for each one or more receptacles that indicates a period of time that has elapsed since the contact lens case currently in the receptacle was placed therein. When the period of time has expired, the indicator denotes a need to discard both the contact lens case and a contact lens associated with the contact lens case.

Abstract: A reusable holder for contact lens cases includes a base, at least one receptacle formed in the base configured to receive a contact lens case, and a time keeping device formed in the base. The time keeping device may include an indicator for the at least one receptacle that indicates a period of time that has lapsed since the contact lens case currently in the at least one receptacle was placed therein to denote a need to discard the contact lens case and a contact lens associated with the contact lens case.

Abstract: A contact lens package that is reusable as a case to store a contact lens between uses includes a bottom member having a well with an inside generally concave shape, and a wall rising above the well and ending in a top rim defining an opening; a temporary seal comprising a moisture-proof film sealed across the top rim to seal the opening, thus defining a volume within the package, the volume containing a contact lens and contact lens fluid; and a cap secured to the bottom member covering the temporary seal, the cap being removable to give access to the temporary seal and replaceable on the bottom member thereafter to provide storage of the contact lens between uses thereof.

Abstract: A contact lens package that is reusable as a case to store a contact lens between uses includes a lid, a base, one or more receptacles for a contact lens case, and a time keeping device. The time keeping device comprises an indicator for each one or more receptacles that indicates a period of time that has elapsed since the contact lens case currently in the receptacle was placed therein. When the period of time has expired, the indicator denotes a need to discard both the contact lens case and a contact lens associated with the contact lens case.

Abstract: Methods of and apparatuses for varying and controlling the effective series resistance (ESR) of a power supply rail configured to transmit power from a power supply of a host device to a wireless network interface device (e.g. a wireless modem). Varying and controlling the ESR of the power supply rail, relative to an ESR of a super capacitor coupled to the power supply rail, allows control of the currents drawn from the host power supply and a super capacitor. During a time when the wireless network interface device is transmitting or is about to transmit, the ESR of the power supply rail is increased so that it exceeds the ESR of the super capacitor, thereby causing current for the power amplifier (PA) of the wireless network interface device to be drawn primarily from the super capacitor, rather than from the host power supply.

Abstract: A contact lens package that is reusable as a case to store a contact lens between uses includes a bottom member having a well with an inside generally concave shape, and a wall rising above the well and ending in a top rim defining an opening; a temporary seal comprising a moisture-proof film sealed across the top rim to seal the opening, thus defining a volume within the package, the volume containing a contact lens and contact lens fluid; and a cap secured to the bottom member covering the temporary seal, the cap being removable to give access to the temporary seal and replaceable on the bottom member thereafter to provide storage of the contact lens between uses thereof.

Abstract: A method is provided for the labeling of individual cells. Labeling is accomplished by coating a particle with at least one dye or nucleic acid sequence encoding a marker protein. The particle is then propelled toward the cell resulting in the particle contacting the cell for a time sufficient for the dye or nucleic acid to leave the particle and enter the cell. The present method allows for the differential labeling of individual cells within dense populations of cells.

Abstract: Methods of and apparatuses for varying and controlling the effective series resistance (ESR) of a power supply rail configured to transmit power from a power supply of a host device to a wireless network interface device (e.g. a wireless modem). Varying and controlling the ESR of the power supply rail, relative to an ESR of a super capacitor coupled to the power supply rail, allows control of the currents drawn from the host power supply and a super capacitor. During a time when the wireless network interface device is transmitting or is about to transmit, the ESR of the power supply rail is increased so that it exceeds the ESR of the super capacitor, thereby causing current for the power amplifier (PA) of the wireless network interface device to be drawn primarily from the super capacitor, rather than from the host power supply.

Abstract: A method is provided for the labeling of individual cells. Labeling is accomplished by coating a particle with at least one dye or nucleic acid sequence encoding a marker protein. The particle is then propelled toward the cell resulting in the particle contacting the cell for a time sufficient for the dye or nucleic acid to leave the particle and enter the cell. The present method allows for the differential labeling of individual cells within dense populations of cells.

Abstract: A disposable diaper is provided with a pair of side flaps lying transversely outside the associated side edge of an absorbent core, and the side flaps is formed by a first side sheet connected to the associated side edge portion of a topsheet lying in the vicinity of the associated side edge of the core and extending longitudinally of the diaper and a second side sheet connected to the associated side edge portion of the topsheet and the associated side edge portion of a backsheet both lying in the vicinity of the associated side edge of the core wherein both the first and second side sheets have a water pressure resistance of 100˜1500 mm and a breathing resistance of 0.03˜0.8 Kpa·s/m.