Patents:
A child's vehicular transportation add-on, adjustable harness restraint system (CHRS), frontward (FF) and/or rearward facing (RF) modes, consisting of flexible materials and hardware components as means for safely securing the child to a vehicle utilizing the latches or seat/seat back frames or head rest/head rest posts including flexible materials that provide a variable length, padded, flat or concave body and head support and an add-on, affixed, adjustable buttocks, and leg support, including adjustment means, to the rearward facing mode and auxiliary tethers for attaching the system, regardless of the rearward number or latch or latches or other fastening locations.
The primary harness restraint system, the means utilized for attachment to the vehicle, rearward or frontward modes, consisting of nonflammable materials such as straps, tethers, webbing, fabrics and similar materials and hardware devices, components, such as latch hooks, span or length adjustors, “O” rings, restraint or release buckles, and/or other hardware as means for securing, safely, the harness system to the vehicle utilizing the vehicle tethers, latches, seat and/or seat back frames, and/or the seat back headrests and/or the headrest posts.
All materials, strapping, and hardware utilized in the restraint system have met current National Transportation Highway Safety Administration (NHTSA) child car seat/restraint standards.
Additionally, a “secondary means” add-on, adjoined child harness restraint system mode for securing various weights, sizes and ages of children including a minimum of three upper torso and pelvic restraint means, including harness bridging clips, consisting of the means for securing, safely, the add-on harness system to the primary vehicle restraint system, utilizing the same materials and permanent attachment means stated in paragraphs 0001, 0002, and 0003 above.
Presently the National Highway Traffic Safety Administration (NHTSA) Federal Motor Vehicle Standards 49CFR571.213 and 215 and various state laws dictate the requirements for restraining children of various relevant sizes, i.e., weight, height, and ages, in motor vehicles to withstand a deceleration velocity change of 48 MK/H.
Academy of Pediatrics has advised “over 30% of newborn infants are too small or physically not capable, or older children too large to fit safely in the existing, framed, child car seats”. Consequently, they are at greater risk.
Further, over 10,000,000 of the “rigid car seats” have been recalled because of injuries caused by safety problems or other design or fabrication compromises. Also, over 90% of available car seats are installed incorrectly creating safety hazards to children, because of the difficult installation requirements caused by the continued requirements to “use” existing, vehicle shoulder/lap belting for their securing purposes.
The installation of hard shell car seats is difficult when it consists of more than one component. These multiple unit car seats add unnecessary weight/force to the restraint system, again, compromising a child's safety. In effect, the child is not secured directly to the vehicle. Over 200,000 children were killed or injured, that were restrained in “car seats” in 2004 and 2005 according to NHTSA.
Also, because of the various vehicle seat configurations rigid shell seat systems are more difficult to install “correctly” and cannot be done due to physical limitations of many drivers. It should be noted the various state laws place all safety responsibility for the restrained children on the driver.
The subject child vehicular harness restraint system is an economic, safe means of restraining children to all seat or seat back shapes with the various latches, seat/seat back frames or head rest or head rest posts with the least amount of system weight.
The system is easily installed or removed from a vehicle and transported because of its minimal size, weight, and flexible compaction characteristics.
A child's vehicular transportation add-on, adjustable harness restraint system, frontward and rearward facing modes, consisting of flexible materials and hardware components as means for safely securing the child to the vehicle utilizing the latches or seat/seat back frames or head rest/head rest posts including flexible materials to provide flat or concave body and head support and add-on, affixed, adjustable buttocks and leg support to the rearward facing mode and auxiliary tethers for attaching the system, regardless of the number or location of the latch or latches or other fastening locations, providing a weight/force reduction safety benefit.
In accordance with the present invention, a child vehicular transportation, add-on, adjustable, harness, facing frontward and/or rearward modes in a vehicle restraint system. Having a primary and secondary affixed, adjustable harness system including a flat or concave body support of various shapes including add-on, affixed, adjustable buttocks, leg, and/or head supports and adjustable tethers, straps and hardware necessary to attach the primary means to the vehicle and restraining a child within the secondary means including additional auxiliary vehicle attachment tethers/straps.
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