CN204373283U

CN204373283U - Compact evaporator reservoir

Info

Publication number: CN204373283U
Application number: CN201420705407.XU
Authority: CN
Inventors: 陈树存; 王兴中; 王存旺
Original assignee: JIANGSU YAGUANG METAL PRODUCTS CO Ltd
Current assignee: JIANGSU YAGUANG METAL PRODUCTS CO Ltd
Priority date: 2014-11-23
Filing date: 2014-11-23
Publication date: 2015-06-03
Anticipated expiration: 2024-11-23

Abstract

The utility model discloses a kind of compact evaporator reservoir, comprise reservoir, input pipe, efferent duct; Input pipe, efferent duct are connected to the two ends of reservoir, and input pipe, efferent duct are directly fixedly connected on the inwall of the two ends mouth of pipe of reservoir respectively; Adopt the welding manner of aluminium soldering that input pipe, efferent duct are welded and fixed the two ends mouth of pipe being connected to reservoir; Further improvement is: input pipe inserts the part bending forming V-shape of reservoir inner chamber; The part bending angle α that input pipe inserts reservoir inner chamber is 100 ° ~ 160 °; Input pipe inserts the mouth of pipe and the reservoir centerline axis parallel of the part of reservoir inner chamber.The utility model significantly can reduce the physical dimension of evaporimeter reservoir, and compact conformation, noise is little.

Description

Compact evaporator reservoir

Technical field

The utility model relates to vaporizer technology field, is specifically related to a kind of evaporimeter reservoir.

Background technology

Evaporimeter reservoir comprises reservoir, input pipe, efferent duct, bushing pipe, and input pipe, efferent duct are connected to the two ends of reservoir.The evaporimeter reservoir of prior art adopts the mode of argon arc welding input pipe, efferent duct to be welded to connect two ends at reservoir, according to welding process requirement, must at input pipe, arrange bushing pipe between efferent duct and the reservoir mouth of pipe, like this, the physical dimension of evaporimeter reservoir must be increased, make evaporimeter reservoir compact not.

Summary of the invention

The utility model, for the deficiencies in the prior art, provides a kind of physical dimension that significantly can reduce evaporimeter reservoir, the compact evaporator reservoir of compact conformation.

The utility model is achieved through the following technical solutions technical goal.

Compact evaporator reservoir, comprises reservoir, input pipe, efferent duct; Described input pipe, efferent duct are connected to the two ends of reservoir, and its improvements are: described input pipe, efferent duct are directly fixedly connected on the inwall of the two ends mouth of pipe of reservoir respectively; Adopt the welding manner of aluminium soldering that input pipe, efferent duct are welded and fixed the two ends mouth of pipe being connected to reservoir.

In said structure, described input pipe inserts the part bending forming V-shape of reservoir inner chamber.

In said structure, the part bending angle α that described input pipe inserts reservoir inner chamber is 100 ° ~ 160 °.

In said structure, described input pipe inserts the mouth of pipe and the reservoir centerline axis parallel of the part of reservoir inner chamber.

The utility model compared with prior art, has following good effect.

1, input pipe, efferent duct are welded and fixed the two ends mouth of pipe being connected to reservoir by the welding manner of the utility model aluminium soldering, need not at input pipe, arrange bushing pipe between efferent duct and the reservoir mouth of pipe, the physical dimension of remarkable minimizing evaporimeter reservoir, compact conformation.

2, input pipe inserts the part bending forming V-shape of reservoir inner chamber, and when freezing liquid spray from the input pipe mouth of pipe, because the space of injection is smaller, and be spray to the tube wall of reservoir inner chamber, therefore, the noise of generation is less.

3, input pipe inserts the mouth of pipe and the reservoir centerline axis parallel of the part of reservoir inner chamber, reduces noise further.

Accompanying drawing explanation

Fig. 1 is the structural representation of prior art.

Fig. 2 is structural representation of the present utility model.

Detailed description of the invention

Below with reference to the accompanying drawings and the utility model is described in further detail in conjunction with the embodiments.

The evaporimeter reservoir of prior art shown in accompanying drawing 1, input pipe 2, arranges bushing pipe 4 between efferent duct 5 and reservoir 1 mouth of pipe.

Compact evaporator reservoir shown in accompanying drawing 2, comprises reservoir 1, input pipe 2, efferent duct 5; Input pipe 2, efferent duct 5 are connected to the two ends of reservoir 1, and input pipe 2, efferent duct 5 are directly fixedly connected on the inwall of the two ends mouth of pipe of reservoir 1 respectively; Adopt the welding manner of aluminium soldering that input pipe 2, efferent duct 5 are welded and fixed the two ends mouth of pipe being connected to reservoir 1.

Input pipe 2 inserts the part bending forming V-shape of reservoir 1 inner chamber, and bending angle α is 100 ° ~ 160 °, in the present embodiment, and bending angle α is 150 °, and input pipe 2 inserts the mouth of pipe and reservoir 1 centerline axis parallel of the part of reservoir 1 inner chamber.

Claims

1. a compact evaporator reservoir, comprises reservoir (1), input pipe (2), efferent duct (5); Described input pipe (2), efferent duct (5) are connected to the two ends of reservoir (1), it is characterized in that: described input pipe (2), efferent duct (5) are directly fixedly connected on the inwall of the two ends mouth of pipe of reservoir (1) respectively; Adopt the welding manner of aluminium soldering that input pipe (2), efferent duct (5) are welded and fixed the two ends mouth of pipe being connected to reservoir (1).

2. compact evaporator reservoir according to claim 1, is characterized in that: described input pipe (2) inserts the part bending forming V-shape of reservoir (1) inner chamber.

3. compact evaporator reservoir according to claim 2, is characterized in that: the part bending angle α that described input pipe (2) inserts reservoir (1) inner chamber is 100 ° ~ 160 °.

4. the compact evaporator reservoir according to Claims 2 or 3, is characterized in that: described input pipe (2) inserts the mouth of pipe and reservoir (1) centerline axis parallel of the part of reservoir (1) inner chamber.