Car carrier
A technology for aircraft carriers and automobiles, which is applied to motor vehicles, goods transport vehicles, and vehicles used for freight transportation, etc., can solve problems such as unfavorable resource conservation, automobile exhaust is not conducive to environmental protection, and inconvenient traveling, and achieves fuel saving, ideal application effect, The effect of saving driving costs
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Embodiment 1
[0025] Embodiment one: see figure 1 , figure 2 , among the figure, label 1 is the passenger compartment, 2 is the carriage, 21 is the undercarriage, 22 is the upper carriage, 3 is the driver's cab, and 8 is the loaded vehicle.
[0026] An automobile carrier, the body of which comprises a passenger compartment 1 and a vehicle compartment 2. Car compartment 2 is mainly used to carry small private cars or commercial vehicles, and passenger car compartment 1 is used to carry people, mainly referring to drivers or other passengers of private cars or commercial vehicles. The vehicle-carrying compartments 2 are also respectively provided with fixing fixtures for fixing the vehicle to be carried, and the fixing fixture is a fixture for fixing the chassis or wheels of the vehicle to be carried. The vehicle-carrying compartment is also equipped with a guiding device that guides the vehicle or personnel to get on and off. The driver's cab of the car carrier can live in the same room ...
Embodiment 2
[0029] Embodiment two: see figure 2 , the content is basically the same as that of Embodiment 1, and this embodiment will describe in detail one of the inclined-plane guide devices, figure 2 Middle mark 4 is the crossbeam at both ends of the vehicle floor (rear end), 41 is an oblique support plate, 42 is a driven gear, and 43 is a driving gear. During inclined-plane guiding device, one end of oblique support plate 41 is hinged on the car body rear end crossbeam 4, and this inclined-plane guiding device carries out overturning motion by gear drive mechanism. When the vehicle needs to go up and down, it can be turned over so that one end is downward to form a slope, and when the vehicle is not needed to go up and down, it can be folded up to reduce the occupied space.
[0030] Like the inclined-plane guide device in this embodiment, the driving method for turning the inclined support plate can also be a hydraulic drive mechanism or a pulley drive mechanism.
Embodiment 3
[0031] Embodiment three: see image 3 , the content is basically the same as that of Embodiment 1. This embodiment will describe in detail one of the inclined plane guide devices. In the figure, the number 5 is the bottom plate of the lift guide device, 51 is the roof plate of the vehicle, and 52 is the scissor lift arm. 53 is a hydraulic cylinder, 54 is a guide mechanism, 55 is a chute, 56 is a feather key, and 57 is a wheel. The guide device is an elevating guide device separate from the vehicle body, and the elevating guide device includes an elevating drive mechanism and a horizontal elevating support plate.
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