Tayota Kamri's repair since 2001
1. Operation manual and to maintenance of the car
2. Engine
3. Transmission
4. Running gear
5. Steering
6. Brake system
7. Onboard electric equipment
8. Body
8.1. General information
8.2. Features of a design of a body of the Camry car
8.2.1. Absorption of force of blow
8.2.2. Reduction of vibration of a body
8.2.3. The additions lowering noise level
8.2.4. Anticorrosive processing of a body
8.3. Adjustment of hinged components of a body
8.4. Removal of hinged components and decorative overlays of a body
8.5. Glasses
8.6. Headlights
8.7. Screen wipers
8.8. Conditioner and heater
8.9. Tables
9. Schemes of electric equipment




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8-2-1-pogloshhenie-sily-udara.html

8.2.1. Absorption of force of blow

Fig. 8.1. Udaropogloshchayushchy design of a body of the Camry car


The Udaropogloshchayushchy design of a body of the new Camry car (fig. 8.1) helps to absorb effectively energy of blow in case of front (fig. 8.2) or side collisions. Protection of passengers is carried out at the expense of amplifiers and elements which help to minimize deformation of salon. Forward longerons in a zone of deformation are connected to sheet metal of various thickness for effective absorption of energy of blow at head-on collision.


Fig. 8.2. The scheme of distribution of loading of a framework of a body at front blow


Fig. 8.3. The scheme of distribution of loading at side blow


Energy of blow of side crash (fig. 8.3) sent to the salon area is distributed on a body through amplifiers of racks, side shock-proof bars, floor cross-pieces, thus helping to reduce the energy of blow directed to salon. At the same time, if the passenger's head at collision hits against a sidewall of a roof and a rack, the internal panel of a roof and rack collapses to soften blow.

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8.2. Features of a design of a body of the Camry car
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8.2.2. Reduction of vibration of a body