TH72089B - Moving vehicles - Google Patents

Abstract

DC60 (09/11/57) A mobile vehicle whose structure is used to reduce internal temperature deviations. is a structure in which conditioned air (3) is directed from The air conditioner (2), which is present in the ceiling (1), goes to the structure (7), which is present at the ceiling (1) and causes the conditioned air (3) to collide with the structure (7). The result is air. The conditioned (3) becomes a downward flow which flows towards the vertical bottom due to the structure (7) and collides with the vehicle undercarriage (6). The conditioned air (3), which has collided with the lower floor, vehicles (6) will flow to the area near the lower floor (6) by changing the direction of the flow in the direction of Contrary to the direction of ejection from the air conditioner (2), then the result of The conditioned air (3) is sucked in towards the return air intake (5), which has been made to the air conditioner (2). It is produced as a large circulation inside the vehicle. With the flow, there is less temperature deviation inside the car. Because there are areas that have air inside. The vehicle of the moving vehicle sinks less. A mobile vehicle which has a structure used for making the internal temperature deviation less. It is a structure in which conditioned air (3) is directed from The air conditioner (2), which is present in the ceiling (1), goes to the structure (7), which is present at the ceiling (1) and causes the conditioned air (3) to collide with the structure (7). The result is air. The conditioned (3) becomes a downward flow which flows towards the vertical bottom due to the structure (7) and collides with the vehicle undercarriage (6). The conditioned air (3), which has collided with the lower floor, vehicles (6) will flow to the area near the lower floor (6) by changing the direction of the flow in the direction of in contrast to the ejection direction coming from the air compressor (2). The conditioned air (3) is sucked in towards the return air intake (5), which has been made to the air conditioner (2). It is produced as a large circulation inside the vehicle. Thanks to the flow, there is less temperature deviation inside the car. Because there are areas that have air inside. The car of the moving vehicle sinks less.

Claims (7)

Disclaimer (all) which will not appear on the advertisement page. : ------ 27/08/2018 ------ (OCR) Page 1 of the number, 2 pages. 1.Mobile vehicles with roof air conditioning devices It is characterized by a combination of air conditioners mounted at the front and rear in the ceiling in the direction of travel such as the longitudinal direction, of the moving vehicle, and the structure of the object located between. Two air conditioners on the ceiling And with the protruding shape of the interior of the moving vehicle, where each air conditioner is provided with a modified air-jet outlet in the longitudinal direction of the moving vehicle at the two ends. In the longitudinal direction of the moving vehicle, it is additionally provided with air return vents on the lower part of the air conditioner, air conditioning unit, respectively, spray the conditioned air to the object structure. And the vehicle end of a moving vehicle, the optimized air throws off the first circulating object, colliding with the object structure to shift its direction to the lower direction as follows. It is thus directed from the ceiling to the bottom of the moving vehicle, and when it collides with the lower part, it redirects to the air conditioner and flows near the bottom, and after that, leads It enters the air return port, and the conditioned air throws out to the vehicle end, creating a second flow by puck with the vehicle end to redirect it to the downward direction so it is straightened. It goes from the ceiling to the lower part of the moving vehicle, and when it collides with the lower part, it redirects to the air conditioner and flows near the bottom, and afterwards, leads to the guide channel. Return air 2. The moving vehicle identified in claim 1, where the air outlet is positioned near the vehicle's ceiling, and the object structure is directed in the direction of the adjusted airflow. Condition and then spit out from the broadcast 3. The moving vehicle specified in claim 1, where the air blowing unit for the downward flow generation, is mounted within the 2-page object frame 1. 4. The moving vehicle specified in claim 1, where the cross-sectional shape of the object structure in its longitudinal direction is trapezoidal. 5. The moving vehicle specified in claim 1, where the cross-sectional shape of the object in its longitudinal direction is polygonal. 6. The moving vehicle specified in claim 1, where the concave surface is positioned on the side in the longitudinal direction of the object structure. 7. The moving vehicle identified in claim 1, where the object structure is reassigned to the direction of travel of the vehicle. While being viewed from the top surface of the moving vehicle, it changes the direction of the conditioned air flow to the vertical direction. Width of a moving vehicle ------------ 1. Mobile vehicle with air conditioning on the roof. Where there is an air conditioner which rubs The deer is mounted on the ceiling part of the moving vehicle. And a protruding shaped structure Head into the interior of the moving vehicle at the ceiling section. Its characteristic is that the air conditioner ejects the conditioned air out in the longitudinal direction of the The vehicle is moving towards the structure.