Abstract:
A seat belt restraint system for use by a child and an adult comprising: a three-point seat belt restraint system (20) having an additional web guide (50) to lower one of the restraint points to permit a shoulder belt to extend across the upper torso of a child.
Abstract:
A driver side air bag module (50, 50', 50") formed of an air bag cover (2), mounting plate (10), inflator (22), and cushion (12). The driver side air bag module cover (2) includes a relatively flexible horn actuation area (4) which is depressible from its upper surface (6) by a driver. A primarily airtight chamber (18) can be found inside the air bag module (50) being coupled to a sensor (14) for sensing changes in pressure and actuating a horn (32).
Abstract:
A method and system for evaluating camouflage patterns with statistically significant effectiveness in various environments and for using a genetic algorithm to produce an improved camouflage patterns.
Abstract:
The method and device of this invention immobilizes a person in a secure, upright restraint system in a police vehicle. It can be easily and safely applied by public safety officers including police or other law enforcement personnel and medical personnel to secure a person against undesired movement while maintaining them in an upright, sitting position which leaves the diaphragm free for natural, unrestrained breathing movement. The asphyxia-preventing restraining device comprises an ALR/ELR retractor. The ALR/ELR retractor comprises a shoulder harness having a pair of seat belt buckles, which significantly reduces the possibilities of injuries to police officers.
Abstract:
A seat belt retractor which is capable of functioning in either an ALR and ELR mode including a mode switching mechanism to convert the retractor between ELR to ALR modes of operation. A sensor capable of detecting which mode the retractor is in and accordingly provide a signal that modifies the operation of other devices of a safety restraint system.