Novel inlet and outlet pipe opening structure of warm wind radiator

Abstract

The invention relates to a novel inlet and outlet nozzle structure of a warm air radiator, which includes a core body and a water chamber. The core body is installed between the upper and lower water chambers, and one side of the upper water chamber is connected and installed. The water outlet is connected to the water inlet on one side of the lower water chamber, and the water inlet is inclined at an angle to the front end or rear end of the core. The inlet and outlet nozzles in this structure are inclined at an angle, which not only reduces the volume of the entire product, but also increases the volume of the sealed inner cavity between the water chamber and the end plate, which improves the flow rate of the medium in the core per unit time, and The manufacturing difficulty of the connecting pipe for entering and exiting is reduced. This structure makes the medium flowing into the water inlet pipe directly impact the inner wall of the water chamber, reduces the impact force of the medium on the heat dissipation pipe, and effectively improves the product quality.

Description

technical field [0001] The invention belongs to the technical field of warm air radiators, in particular to a novel inlet and outlet nozzle structure of a warm air radiator. Background technique [0002] The radiator is an important part of the car, and its heat dissipation performance directly affects the index of the car air conditioning system. According to different models and the space of the car itself, the space of the current air-conditioning box is gradually compressed. If the volume of the warm air radiator is directly reduced, the heating capacity will be greatly reduced, which cannot meet the design requirements. [0003] At present, the inlet and outlet nozzles of traditional heater radiators are on the same plane as the water chamber. This structure not only increases the volume of the heater radiator, but also the medium that passes through the inlet nozzle is the first to impact the end plate. Due to the thinner tube wall of the heat dissipation pipe, it is...

AI Technical Summary

Problems solved by technology

If the volume of the warm air radiator is directly reduced, the heating capacity will be greatly reduced, which cannot meet the design requirements

[0003] At present, the inlet and outlet nozzles of traditional heater radiators are on the same plane as the water chamber. This structure not only increases the volume of the heater radiator, but also the medium that passes through the inlet nozzle is the first to impact the end plate. Due to the thin wall of the heat pipe, it is easy to be damaged and leaks, which will eventually affect the heating effect of the warm air radiator

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