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Modular air outlet assembly and vehicle

An air outlet, modular technology, applied in vehicle parts, heating/cooling equipment, transportation and packaging, etc., can solve the problems of large overall structure of air outlet assembly, high mold cost, high mold cost, and reduce mold development. Effects of Fees and Related Costs

Active Publication Date: 2021-04-27
NINGBO FUERDA SMARTECH CO LTD
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] As we all know, the production of plastic parts is inevitable to make the corresponding mold. The most direct factor affecting the cost of the mold is the size of the mold. Under the condition that other influencing factors remain unchanged, the larger the mold itself, the higher the mold cost.
However, the overall structure of the air outlet assembly is relatively large, and the corresponding mold cost is also high. If the air outlet in the vehicle cannot be used universally, then the only option is to open the mold independently. For the manufacturer of the air outlet, the direct impact is the mold The cost of the mold is unavoidable and remains high. How to reduce the cost of the mold needs to be further considered by the manufacturer

Method used

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  • Modular air outlet assembly and vehicle
  • Modular air outlet assembly and vehicle
  • Modular air outlet assembly and vehicle

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0022] Embodiment 1, with reference to attached Figure 1-3 , a modular air outlet assembly, including three air outlet sub-modules with different functions that can be sealed and docked, and a housing connection plate 4; Modules, in this embodiment, respectively correspond to the outer blade module 1, the inner blade module 3 and the damper module 2; wherein, the outer blade module 1 includes a front-mounted outer shell 11 and an outer blade functional assembly 12 arranged inside the front-mounted outer shell 11, The front outer casing 11 has a first standard air inlet interface; the inner blade module 3 includes a middle outer casing 31 and an inner blade functional assembly 32 arranged inside the middle outer casing 31, and the middle outer casing 31 has a second A standard air inlet interface part and a first standard air outlet interface part; the damper module 2 includes a rear-mounted outer shell 21, a damper function assembly 22 and a sealing strip 23 arranged inside t...

Embodiment 2

[0028] Embodiment 2, a modular air outlet assembly, including two air outlet sub-modules with different functions that can be sealed and docked, a housing connecting plate, and an interface conversion housing; the air outlet sub-module includes a front-mounted sub-module and a central The sub-modules correspond to the outer blade module and the inner blade module respectively in this implementation; wherein, the outer blade module includes the front-mounted outer shell and the outer blade functional components inside the front-mounted outer shell, and the front-mounted outer shell has a standard air inlet The interface part; the inner blade module includes a mid-mounted outer shell and an inner blade functional module inside the mid-mounted outer shell. The mid-mounted outer shell has a standard air inlet interface and a standard air outlet interface; the interface conversion shell has a standard The air outlet interface and the standard air duct interface; the standard air duc...

Embodiment 3

[0031] Embodiment 3, a modular air outlet assembly, including two air outlet sub-modules with different functions that can be sealed and docked, and a housing connecting plate; the air outlet sub-module includes a front-mounted sub-module and a rear-mounted sub-module. The implementation corresponds to the outer blade module and the inner blade module respectively; wherein, the outer blade module includes a front-mounted outer shell and an outer blade functional assembly inside the front-mounted outer shell, and the front-mounted outer shell has a standard air inlet interface; the inner blade The module includes a rear-mounted outer shell and an inner blade functional module arranged inside the rear-mounted outer shell. The rear-mounted outer shell has a standard air duct interface and a standard air outlet interface; the standard air duct interface can be connected to the air duct inside the vehicle. The air outlet is fixedly docked, the standard air outlet port can be fixedly...

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Abstract

The invention relates to a modular air outlet assembly comprising at least two air outlet sub-modules which are different in function and can be in butt joint in a sealing fit mode, and each air outlet sub-module comprises a front mounting sub-module and a rear mounting sub-module; the front-mounted sub-module comprises a front-mounted outer shell and a front-mounted functional assembly arranged in the front-mounted outer shell, and the front-mounted outer shell is provided with a standard air inlet interface part; the rear-mounted sub-module comprises a rear-mounted outer shell and a rear-mounted functional assembly arranged in the rear-mounted outer shell, and the rear-mounted outer shell is provided with a standard air outlet connector part and a standard air duct opening connector part. And the standard air outlet interface part can be matched and fixedly butted with the standard air inlet interface part. According to the invention, the modular design is conducted on the vehicle air outlet assembly, only the outer blade module which can be directly seen by human eyes and has the requirement for appearance molding can be redesigned and subjected to mold opening according to the design requirement, existing modules can be directly adopted as the inner blade module and the air door module, and the mold development cost and related cost can be greatly reduced.

Description

technical field [0001] The invention relates to the field of vehicle ventilation equipment, in particular to a modular air outlet assembly and a vehicle. Background technique [0002] The vehicle air conditioner air outlet is one of the necessary parts of the vehicle, and its main function is to adjust the air environment in the vehicle. At present, the vehicle air outlets on the market can be divided into left air outlet, middle air outlet, right air outlet and rear air outlet according to different installation positions. Due to various reasons, the structure of each air outlet on the vehicle is not exactly the same. For example, the symmetrical design of the left and right air outlets is required for aesthetics, resulting in different structures. For example, the different installation space restrictions in different positions inside the vehicle lead to different structures. Since the structure of the air outlet cannot be unified, how many different air outlet molds need...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): B60H1/34
CPCB60H1/34B60H2001/3492B60H1/3435B60H2001/3464B60H1/3421
Inventor 林士强黄立锋李琳陈红军徐浙黄增峰
Owner NINGBO FUERDA SMARTECH CO LTD