CN201104066Y

CN201104066Y - Ice making disk structure of ice maker

Info

Publication number: CN201104066Y
Application number: CNU200720199627XU
Authority: CN
Inventors: 邱振益
Original assignee: JIUYONG CO Ltd
Current assignee: JIUYONG CO Ltd
Priority date: 2007-11-27
Filing date: 2007-11-27
Publication date: 2008-08-20
Anticipated expiration: 2017-11-27

Abstract

The utility model relates to an ice-making tray structure of an ice maker; a nanometer ceramic coat is covered on the surface of an ice-making tray body and shaped through surface processing; according to requirements, the nanometer ceramic coats can be coated and shaped through surface processing for times in order that the surface of the ice-making tray body is combined with uniform nanometer ceramic coats. The ice-making tray body with the nanometer ceramic coats combined on the surface has the advantages of acid resistance, alkali resistance and corrosion resistance; the surface is not adhered with various mineral compositions or impurities and easy to clean.

Description

The ice-making disc structure of ice machine

Technical field

The utility model relates to the ice-making disc structure, is meant the ice-making disc structure of large commercial ice machine especially, is the coated with nanometre ceramic layer in the ice making disk body, reaches antiacid, alkali resistant, anticorrosive and easy cleaned effect.

Background technology

The ice-making disc of existing various large commercial ice machines, for making cooling low temperature conduct to the ice making disk body rapidly, the ice making disk body is called evaporimeter again, make the ice making disk body keep low-temperature condition, to improve ice making efficient, general all is to make the ice making disk body by the high copper material of thermal conductivity factor, please refer to Fig. 1, ice making disk body 100 structures comprise the majority system ice tray 101 of checker shape, water is flowed into ice box 101 surfaces of low temperature by ice making disk body 100 tops, curve arrow signal water (flow) direction 102 among the figure, water is formed the trellis ice cube in ice box 101.

Long low temperature, icing and water erosion; certainly can cause the corrosion and the fouling on copper ice making disk body 100 and ice box 101 surfaces; influence ice making efficient; also pollute made ice cube; so; at the electroplating surface layer of metal layer (not shown) of existing ice making disk body 100, protect the surface of ice making disk body 100 and ice box 101 by metal level with ice box 101.Yet the shortcoming of existing ice making disk body 100 electroplating surface metal layers is as follows:

Electroplated metal layer must use electroplate liquid, and electroplate liquid is dealt with improperly promptly can produce heavy metal pollution, has a strong impact on soil and water quality in the natural environment.

Ice making is used repeatedly for a long time, and the metal level of ice making disk body 100 electroplating surfaces and the various ionizations in the water also can discharge harmful metal ion in the ice cube of making, and are harmful to eater's health.

After using a period of time, the metal level of ice making disk body 100 electroplating surfaces can produce burn into corrosion, fouling, be not easy to clean, must clean by chemical agent, yet, the chemical agent that cleans usefulness increases pollution once again, and burn into corrosion, fouling severe patient electroplating processes again, and the problem of heavy metal pollution is also arranged certainly again.

The utility model content

Technical problem to be solved in the utility model is: the shortcoming that solves the ice-making disc surface electroplated metal layer of existing ice machine, as: electroplate and use electroplate liquid to produce heavy-metal contaminated soil and water quality, various ionizations in electroplated metal layer and the water discharge the harmful eater's health of harmful metal ion, and the metal level of ice-making disc surface produces burn into corrosion, fouling, be not easy to clean and clean with chemical agent the pollution that increases again once ... or the like shortcoming; A kind of ice-making disc structure of improved ice machine is provided.

In order to solve the problems of the technologies described above, the technical scheme that the utility model adopted is: a kind of ice-making disc structure of ice machine is provided, comprises ice making disk body and nano ceramics layer; One side of its this ice making disk body is provided with the majority system ice tray, and opposite side links the condenser pipe that setting is unrolled; This nano ceramics layer covers and is incorporated into the surface of aforementioned ice making disk body, ice box and condenser pipe fully.

The ice-making disc structure of described ice machine, its this nano ceramics layer is the surface that nano ceramic material is covered in uniformly ice making disk body, ice box and condenser pipe, forms the nano ceramics layer through the surface treatment typing; This nano ceramics layer can repeatedly cover nano ceramic material and surface treatment typing.

A kind of ice-making disc structure of ice machine is provided, and this ice making disk body is cylindrical, in inboard binding of columniform ice making disk body condenser pipe is set; This nano ceramics layer covers and is incorporated into the outer surface and the condenser pipe surface of ice making disk body.

The ice-making disc structure of described ice machine, the curved surfaces of this columniform ice making disk body are smooth shiny surface.

Compared with prior art the beneficial effect that the utility model had is: the ice-making disc structure of ice machine of the present utility model is by the surperficial combining nano ceramic layer of ice making disk body, make the ice making disk body have antiacid, alkali resistant, erosion-resisting advantage, and various mineral matters or impurity are not sticked in the surface, are easy to clean; And, the ice making disk body that utilizes the nano ceramics layer to cover, replace the ice making disk body of traditional electrical metal cladding, can avoid heavy-metal contaminated soil and water quality, solve the problem that electroplated metal layer discharges harmful metal ion, the corrosion of metal level generation burn into, fouling.

Description of drawings

Fig. 1 is the schematic perspective view of existing ice making disk body;

Fig. 2 is the front perspective view of the utility model embodiment;

Fig. 3 is the rear perspective schematic diagram of the utility model embodiment;

Fig. 4 is the broken section enlarged diagram of the utility model embodiment;

Fig. 5 is the schematic perspective view of the utility model embodiment two.

Among the figure:

10,10 ' ice making disk body, 11 ice boxes, 12 condenser pipes, 20 nano ceramics layers, 30 framework, 100 ice making disk bodies, 101 ice boxes, 102 water (flow) directions

The specific embodiment

For disclosing the purpose of this utility model, feature and effect in detail, now by following preferable specific embodiment, conjunction with figs. is described in detail as follows to the utility model:

Shown in Fig. 2,3,4, be front perspective view, rear perspective schematic diagram and the broken section enlarged diagram of the utility model embodiment; The utility model is a kind of ice-making disc structure of ice machine, mainly comprises ice making disk body 10, reaches nano ceramics layer 20; Wherein:

This ice making disk body 10 is mounted in the framework 30, and a side (front side) of ice making disk body 10 is provided with majority system ice tray 11, and ice box 11 in the present embodiment is the checker shape; The opposite side of ice making disk body 10 (rear side) binding is provided with condenser pipe 12, and these condenser pipe 12 bendings are unrolled with the contact area of increase with ice making disk body 10, quickens condenser pipe 12 interior cooling low temperature and conducts to ice making disk body 10, joins Fig. 2.

This nano ceramics layer 20 covers and is incorporated into the surface of ice making disk body 10 fully, comprises the surface of majority system ice tray 11 with the condenser pipe 12 of ice making disk body 10, ginseng Fig. 4; In the present embodiment, it is the surface that nano ceramic material is covered in uniformly ice making disk body 10, majority system ice tray 11 and condenser pipe 12, as Fig. 2,3, form nano ceramics layer 20 through the surface treatment typing, can optionally and repeatedly cover nano ceramic material and surface treatment typing, make ice making disk body 10, majority system ice tray 11 combine nano ceramics layer 20 uniformly with the surface of condenser pipe 12.

Because the consumer has various demand to the ice cube shape, the shape of the majority system ice tray 11 of aforesaid ice making disk body 10 is except the picture cube, also can be made as cylindrical, half-cylindrical, hemispherical, water chestnut cylinder, heart shape ... or the like, ice box 11 is condensed make the ice cube of different shape.

In addition with reference to figure 5, schematic perspective view for the utility model embodiment two, wherein, the ice making disk body (evaporimeter) 10 ' of the ice-making disc structure of this ice machine is cylindrical, link the condenser pipe (not shown) that setting is unrolled at columniform ice making disk body 10 ' side, the curved surfaces of columniform ice making disk body 10 ' and condenser pipe coated with nanometre ceramic layer 20 are with reference to figure 4; The curved surfaces of the ice making disk body 10 ' among the embodiment two is smooth shiny surface.

In embodiment two, it is the surface that nano ceramic material is covered in uniformly columniform ice making disk body 10 ', form nano ceramics layer 20 through the surface treatment typing, certainly, also can optionally and repeatedly cover nano ceramics coating and surface treatment typing, the surface that makes ice making disk body 10 ' is in conjunction with uniform nano ceramics layer 20, with reference to figure 4.

Below the utility model has been done detailed description, the above person only is preferred embodiment of the present utility model, when not limiting the scope that the utility model is implemented.Be that all equalizations of doing according to the utility model application range change and modify etc., all should still belong in the patent covering scope of the present utility model.

Claims

1, a kind of ice-making disc structure of ice machine comprises ice making disk body and nano ceramics layer; It is characterized in that: a side of this ice making disk body is provided with the majority system ice tray, and opposite side links the condenser pipe that setting is unrolled;

This nano ceramics layer covers and is incorporated into the surface of aforementioned ice making disk body, ice box and condenser pipe fully.

2, the ice-making disc structure of ice machine according to claim 1 is characterized in that: this ice box is the checker shape.

3, the ice-making disc structure of ice machine according to claim 1 is characterized in that: this ice box is cylindrical.

4, the ice-making disc structure of ice machine according to claim 1 is characterized in that: this ice box is for half-cylindrical.

5, the ice-making disc structure of ice machine according to claim 1 is characterized in that: this ice box is a hemispherical.

6, the ice-making disc structure of ice machine according to claim 1 is characterized in that: this ice box is the water chestnut cylinder.

7, the ice-making disc structure of ice machine according to claim 1 is characterized in that: this ice box is a heart shape.

8, a kind of ice-making disc structure of ice machine is characterized in that: this ice making disk body is cylindrical, in inboard binding of columniform ice making disk body condenser pipe is set;

This nano ceramics layer covers and is incorporated into the outer surface and the condenser pipe surface of ice making disk body.

9, the ice-making disc structure of ice machine according to claim 8 is characterized in that: the curved surfaces of this columniform ice making disk body is smooth shiny surface.