CN2503429Y

CN2503429Y - Evaporimeter for refrigeration equipment

Info

Publication number: CN2503429Y
Application number: CN 01263185
Authority: CN
Inventors: 陈斌
Original assignee: CHENGHENG GROUP CORP JIANGSU
Current assignee: CHENGHENG GROUP CORP JIANGSU
Priority date: 2001-10-12
Filing date: 2001-10-12
Publication date: 2002-07-31
Anticipated expiration: 2011-10-12

Abstract

The utility model relates to an evaporator used for the refrigeration equipment. The utility model is provided with a fixing rod, an evaporating tube folded as an S shape is fixed on the fixing rod, a plurality of cooling tubes arranged in parallel are fixed on the outer wall of one side of the whole evaporating tube vertically, and the cooling tubes are also vertical to the plane where the outer wall of the cooling tube fixed by the curved S-shaped evaporating tube is positioned, and the inner cavity of the cooling tube is connected with the inner cavity of the evaporator. The utility model has the advantages that the refrigeration efficiency is high, and the ice shedding is convenient and rapid.

Description

The refrigeration plant evaporimeter

Technical field

The utility model relates to the evaporimeter that a kind of refrigeration plant is used, especially for the evaporimeter on the ice machine.

Background technology

The evaporimeter of tradition ice machine is the evaporation tube of a bending, feeds cold-producing medium in evaporation tube, and the solution (water) around it is cooled to ice.The refrigeration surface area of this type of ice machine evaporation tube is less, and ice making efficient is lower, make ice after, evaporation tube deices also cumbersome.

Summary of the invention

The refrigeration plant evaporimeter that the purpose of this utility model is a kind of refrigerating efficiency height of design, the process that deices is easy.

The technical scheme that realizes above-mentioned purpose is as follows: the refrigeration plant evaporimeter, has fixed bar, on fixed bar, be fixed with an evaporation tube that is converted into S shape, vertical fixing has the some ice making pipes that are arranged in parallel on a side outer wall of whole evaporation tube, also fix the plane, outer wall place of this ice making pipe perpendicular to the S shape evaporation tube of bending, the inner chamber of ice making pipe communicates with the inner chamber of evaporimeter.

Further technical measures according to aforementioned schemes, be provided with a partition in the described ice making pipe, the ice making pipe is divided into two semicolumn bodily form inner chambers, one end of partition stretches into and is fixed on the inwall of corresponding evaporation tube and this section evaporation tube inner chamber is separated, between the other end of partition and the ice making pipe inner chamber end wall away from evaporation tube one space is arranged, two semicolumn bodily form inner chambers of leading portion evaporation tube inner chamber, ice making pipe and back segment evaporation tube inner chamber are by this space UNICOM.

According to measures first mentioned more further, evaporation tube is the semicolumn bodily form, and the lateral wall of the evaporation tube of contiguous ice making pipe is the plane, and the partition end that is fixed on the evaporation tube inwall is an arc, and its radius is corresponding with evaporation tube arc medial surface radius.

The utility model of realizing according to such scheme and technical measures, because of the existence of ice making pipe has increased the refrigeration surface area, so the refrigerating efficiency height; Again owing to the ice making pipe is vertically inserted in the solution (water) during ice making, make ice after, can vertically deice easily, also can be by setup program, make ice after, ice machine commutation work, start the process that heats,, can deice quickly and easily when the accumulated ice of ice making tube-surface melts slightly.

Description of drawings

Fig. 1 is the structural representation of the utility model most preferred embodiment, and wherein, 1 is evaporation tube, and 2 is fixed bar, and 3 are the ice making pipe;

Fig. 2 is the vertical view of Fig. 1, and among the figure, 1 is evaporation tube, and 2 is fixed bar, and 3 are the ice making pipe, and 4 is partition;

Fig. 3 is the A-A cutaway view among Fig. 2, and among the figure, 3 are the ice making pipe, and 4 is partition.

The specific embodiment

Provide the specific embodiment of the present utility model below in conjunction with accompanying drawing:

On fixed bar 2, be fixed with an evaporation tube 1 that is converted into S shape, vertical fixing has the some ice making pipes 3 that evenly are arranged in parallel on a side outer wall of whole evaporation tube 1, also perpendicular to the plane, outer wall place of fixing this ice making pipe 3 of the S shape evaporation tube 1 of bending, the inner chamber of ice making pipe 3 communicates with the inner chamber of evaporimeter 1 ice making pipe 3.Be provided with a partition 4 in the ice making pipe 3, ice making pipe 3 is divided into two identical semicolumn bodily form inner chambers, one end of partition 4 stretches into and is fixed on the inwall of corresponding evaporation tube 1 and the inner chamber of this section evaporation tube 1 is separated, between the other end of partition 4 and the ice making pipe 3 inner chamber end wall away from evaporation tube 1 one space is arranged, two semicolumn bodily form inner chambers of leading portion evaporation tube inner chamber, ice making pipe and back segment evaporation tube inner chamber are by this space UNICOM.Evaporation tube 1 is the semicolumn bodily form, and the lateral wall of the evaporation tube 1 of contiguous ice making pipe 3 is the plane, and partition 4 ends that are fixed on evaporation tube 1 inwall are arc, and the arc medial surface radius of its radius and evaporation tube 1 is corresponding.

The evaporation tube inner chamber is identical with the sectional area of two semicolumn bodily form inner chambers of ice making pipe, can guarantee that cold-producing medium is consistent from the flow velocity that the evaporation tube inner chamber flows to the process that ice making tube cavity that the ice making tube cavity flows to second half through space between partition and ice making tube end flows into back segment evaporation tube inner chamber again, guarantee the uniformity of ice-maker makes ice.

Claims

1, refrigeration plant evaporimeter, has fixed bar, on fixed bar, be fixed with an evaporation tube that is converted into S shape, it is characterized in that: vertical fixing has the some ice making pipes that are arranged in parallel on a side outer wall of whole evaporation tube, also fix the plane, outer wall place of this ice making pipe perpendicular to the S shape evaporation tube of bending, the inner chamber of ice making pipe communicates with the inner chamber of evaporimeter.

2, refrigeration plant evaporimeter according to claim 1, it is characterized in that: be provided with a partition in the described ice making pipe, the ice making pipe is divided into two semicolumn bodily form inner chambers, one end of partition stretches into and is fixed on the inwall of corresponding evaporation tube and this section evaporation tube inner chamber is separated, between the other end of partition and the ice making pipe inner chamber end wall away from evaporation tube one space is arranged, two semicolumn bodily form inner chambers of leading portion evaporation tube inner chamber, ice making pipe and back segment evaporation tube inner chamber are by this space UNICOM.

3, refrigeration plant evaporimeter according to claim 2, it is characterized in that: evaporation tube is the semicolumn bodily form, the lateral wall of the evaporation tube of contiguous ice making pipe is the plane, and the partition end that is fixed on the evaporation tube inwall is an arc, and its radius is corresponding with evaporation tube arc medial surface radius.