Novel double-air-duct air opening structure

Abstract

The utility model aims to provide a novel double-air-duct air opening structure, and solves the problems that an original air outlet is single in air blowing angle in the using process, and multi-direction and multi-angle air blowing cannot be achieved. Wherein the upper-row first blade, the upper-row second blade, the upper-row third blade, the upper-row fourth blade, the upper-row fifth blade, the upper-row sixth blade and the upper-row seventh blade are respectively connected with the upper-row blade bracket, the upper-row blade connecting rod and the air outlet partition plate in a clamping manner; the lower-row first blade, the lower-row second blade, the lower-row third blade, the lower-row fourth blade, the lower-row fifth blade, the lower-row sixth blade and the lower-row seventh blade are connected with the lower-row blade support, the lower-row blade connecting rod and the air outlet partition plate in a clamped mode respectively. The utility model has the advantages and positive effects that the swing of the blades can be realized by rotating the blades, so that the requirements of customers on different blowing angles are met, and better riding experience is provided for passengers.

Description

Technical Field

[0001] The utility model belongs to the field of automobile interior design and relates to a novel double-air duct air outlet structure. Background Art

[0002] With the continuous development of the automobile industry, people have higher and higher requirements for the aesthetics and practicality of automobile interiors, which requires automobile interior designers to design more diversified and comfortable interiors. As an indispensable part, air outlets are extremely important in automobile interiors. In the use of automobile air outlets, existing air outlets can only blow air in one direction according to the needs of passengers, with a single blowing angle, and cannot achieve multi-angle and multi-directional blowing. This requires automobile interior designers to design a multi-angle blowing air outlet structure to meet the current interior needs. Therefore, a new double-duct air outlet structure is applied. Utility Model Content

[0003] The utility model aims to provide a novel double-air duct air outlet structure, which solves the problem that the original air outlet has a single blowing angle during use and cannot achieve multi-directional and multi-angle blowing.

[0004] The utility model solves the technical problem by adopting the following technical solutions:

[0005] A novel double air duct tuyere structure, comprising: an upper row first blade 1, an upper row second blade 2, an upper row third blade 3, an upper row fourth blade 4, an upper row fifth blade 5, an upper row sixth blade 6, an upper row seventh blade 7, an upper row blade bracket 8, an upper row blade connecting rod 9, a lower row first blade 10, a lower row second blade 11, a lower row third blade 12, a lower row fourth blade 13, a lower row fifth blade 14, a lower row sixth blade 15, a lower row seventh blade 16, a lower row blade bracket 17, a lower row blade connecting rod 18, an air outlet baffle 19, and a shell 20, wherein the upper row first blade 1, the upper row second blade 2, the upper row third blade 3, the upper row fourth blade 4, the upper row fifth blade 5, the upper row sixth blade 6 and the upper row seventh blade 7 are respectively connected to the upper row blade bracket 8, the upper row blade connecting rod 9 and the air outlet baffle 19 by snap connection, and can rotate with each other (such as Figure 2 The first lower blade 10, the second lower blade 11, the third lower blade 12, the fourth lower blade 13, the fifth lower blade 14, the sixth lower blade 15 and the seventh lower blade 16 are connected to the lower blade bracket 17, the lower blade connecting rod 18 and the air outlet partition 19 by snap connection, and can rotate with each other (as shown in FIG. Figure 3 As shown), the shaft A on the upper blade bracket 8 and the lower blade bracket 17 is coaxially matched with the hole B on the air outlet partition 19, and can rotate relative to each other (as shown in FIG. Figure 4 , Figure 5 and Figure 6As shown), the upper blade bracket 8, the lower blade bracket 17 and the shell 20 are connected by snap-fitting, and the air outlet baffle 19 and the shell 20 are connected by snap-fitting (as shown Figure 7 The air outlet is divided into a double air duct air outlet by the air outlet partition 19, and the upper fourth blade 4 and the lower fourth blade 13 are rotated, and the upper blade connecting rod 9 and the lower blade connecting rod 18 drive other blades to rotate, so as to achieve more blowing angles of the upper and lower air outlets.

[0006] The advantages and positive effects of the utility model are:

[0007] The utility model has reasonable design, simple structure and convenient operation. The blades can be rotated to realize the swing of the blades to meet the needs of customers for blowing angles at different angles, thereby providing passengers with a better riding experience. BRIEF DESCRIPTION OF THE DRAWINGS

[0008] Figure 1 It is a schematic diagram of a new type of double-duct tuyere structure;

[0009] Figure 2 It is a schematic diagram of the assembly of the upper blade, the blade connecting rod, the blade bracket and the air outlet baffle;

[0010] Figure 3 It is a schematic diagram of the assembly of the lower blade, blade connecting rod, blade bracket and air outlet baffle;

[0011] Figure 4 It is a schematic diagram of the assembly of the upper row blade bracket 8, the lower row blade bracket 17, and the air outlet partition 19;

[0012] Figure 5 It is a schematic diagram of the structure of the blade upper axis A;

[0013] Figure 6 It is a schematic diagram of the structure of the hole B on the air outlet partition 19;

[0014] Figure 7 It is a schematic diagram of the assembly of the upper row blade bracket 8, the lower row blade bracket 17, the air outlet baffle 19, and the housing 20; DETAILED DESCRIPTION

[0015] The following is a further description of the embodiments of the present invention in conjunction with the accompanying drawings:

[0016] 1. See Figure 1-Figure 7, a novel double air duct outlet structure of the present specific embodiment comprises: an upper row first blade 1, an upper row second blade 2, an upper row third blade 3, an upper row fourth blade 4, an upper row fifth blade 5, an upper row sixth blade 6, an upper row seventh blade 7, an upper row blade bracket 8, an upper row blade connecting rod 9, a lower row first blade 10, a lower row second blade 11, a lower row third blade 12, a lower row fourth blade 13, a lower row fifth blade 14, a lower row sixth blade 15, a lower row seventh blade 16, a lower row blade bracket 17, a lower row blade connecting rod 18, an air outlet baffle 19, and a shell 20, wherein the upper row first blade 1, the upper row second blade 2, the upper row third blade 3, the upper row fourth blade 4, the upper row fifth blade 5, the upper row sixth blade 6 and the upper row seventh blade 7 are respectively connected to the upper row blade bracket 8, the upper row blade connecting rod 9 and the air outlet baffle 19 by snap connection, and can rotate with each other (such as Figure 2 The first lower blade 10, the second lower blade 11, the third lower blade 12, the fourth lower blade 13, the fifth lower blade 14, the sixth lower blade 15 and the seventh lower blade 16 are connected to the lower blade bracket 17, the lower blade connecting rod 18 and the air outlet partition 19 by snap connection, and can rotate with each other (as shown in FIG. Figure 3 As shown), the shaft A on the upper blade bracket 8 and the lower blade bracket 17 is coaxially matched with the hole B on the air outlet partition 19, and can rotate relative to each other (as shown in FIG. Figure 4 , Figure 5 and Figure 6 As shown), the upper blade bracket 8, the lower blade bracket 17 and the shell 20 are connected by snap-fitting, and the air outlet baffle 19 and the shell 20 are connected by snap-fitting (as shown Figure 7 The air outlet is divided into a double air duct air outlet by the air outlet partition 19, and the upper fourth blade 4 and the lower fourth blade 13 are rotated, and the upper blade connecting rod 9 and the lower blade connecting rod 18 drive other blades to rotate, so as to achieve more blowing angles of the upper and lower air outlets.

[0017] It should be emphasized that the embodiments described in the present invention are illustrative rather than restrictive. Therefore, the present invention includes but is not limited to the embodiments described in the specific implementation manner. Any other implementation manners derived by those skilled in the art based on the technical solution of the present invention also fall within the scope of protection of the present invention.

Claims

1. A new type of double air duct tuyere structure, characterized by It consists of an upper row first blade (1), an upper row second blade (2), an upper row third blade (3), an upper row fourth blade (4), an upper row fifth blade (5), an upper row sixth blade (6), an upper row seventh blade (7), an upper row blade bracket (8), an upper row blade connecting rod (9), a lower row first blade (10), a lower row second blade (11), a lower row third blade (12), a lower row fourth blade (13), a lower row fifth blade (14), a lower row sixth blade (15), a lower row seventh blade (16), a lower row blade bracket (17), a lower row blade connecting rod (18), an air outlet baffle (19), and a shell (20), wherein the upper row first blade (1), the upper row second blade (2), the upper row third blade (3), the upper row fourth blade (4), the upper row fifth blade (5), the upper row sixth blade (6) and the upper row seventh blade (7) are The upper row blade bracket (8), the upper row blade connecting rod (9) and the air outlet baffle (19) are respectively connected by snap-fitting and can rotate with each other. The lower row first blade (10), the lower row second blade (11), the lower row third blade (12), the lower row fourth blade (13), the lower row fifth blade (14), the lower row sixth blade (15) and the lower row seventh blade (16) are respectively connected by snap-fitting with the lower row blade bracket (17), the lower row blade connecting rod (18) and the air outlet baffle (19) and can rotate with each other. The shaft A on the upper row blade bracket (8) and the lower row blade bracket (17) is coaxially matched with the hole B on the air outlet baffle (19) and can rotate with each other. The upper row blade bracket (8), the lower row blade bracket (17) and the housing (20) are connected by snap-fitting, and the air outlet baffle (19) and the housing (20) are connected by snap-fitting.

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