CN201250098Y

CN201250098Y - Structure of an ozone generator

Info

Publication number: CN201250098Y
Application number: CNU2007200724530U
Authority: CN
Inventors: 计力坚; 宋新伟
Original assignee: Shanghai Gaochuang Medicine Sci & Tech Co Ltd
Current assignee: Shanghai Gaochuang Medicine Sci & Tech Co Ltd
Priority date: 2007-07-13
Filing date: 2007-07-13
Publication date: 2009-06-03
Anticipated expiration: 2017-07-13

Abstract

The utility model discloses a structure of an ozone generator, which is characterized in that an upper element part is a component that is made of aluminum alloy material, and the outer surface of the component is provided with a multi-wing-type heat radiation structure; the quantity and the length of the wings can be determined according to the length and the width of a ceramic surface electrode, and the cross section of the wing is conical, and the thickness is 1 to 3 mm, and the height is 20 to 33 mm and can be designed according to the maximum size allowed by the appearance; the bottom plane is provided with a concave, and the length and the width of the concave are more than that of the ceramic surface electrode, and the depth of the concave is 1 mm larger than the thickness of the ceramic surface electrode; a lower element part is provided with a concave, and the length and the width of the concave are slightly more than that of the ceramic surface electrode, and the depth is 1 to 10 mm, and both ends of the concave are provided with a V-shaped groove, and the top end of the groove is communicated with an air inlet inner hole and an air outlet inner hole, and the edge plane of the groove is provided with an annular trough and six symmetric through holes, and the quantity of the through holes can be increased or decreased according to the size of the ceramic surface electrode.

Description

A kind of structure formation of ozonizer

Technical field:

The utility model relates to the design field of ozone-generating device, especially relates to the physical structure of a kind of pottery along the face ozonizer.

Background technology:

At present, pottery is along the surface electrode type ozonizer, because of it is big at power, the advantage that ozone generation output is high is extensive use of in various ozone generating-devices, but also because pottery along the face ozonizer under long working conditions, because ionizing event has been assembled a large amount of heat energy at structure, under the situation of radiating condition difference, causes producer continuous firing at high temperature, the decomposition-reduction of accelerate ozone molecule causes the low of ozonizer work efficiency.

Summary of the invention:

The purpose of this utility model is to provide a kind of structure formation of high efficiency ozone producer: have compact construction, heat exchanger effectiveness height, low, the high characteristics of ozone gas output concentration of working temperature.

To achieve these goals, technological method of the present utility model is: a kind of structure formation of ozonizer, it mainly comprises: the aluminum alloy materials of employing good heat conductivity, light weight, the heat radiation form of multiple wing type and airflow smooth, the flat gas chamber structure that turbulent flow is few, the strong viton seal ring of anti-ozone ability.It is characterized in that: the ozonizer structure is that last body is formed with following part body, profile is with the hot dissipating bind structure of multiple wing type, pottery is placed in one along the face electrode, its electrode cable is drawn by last body circular hole, gas chamber is by viton seal ring and fastening piece, make the structure fit sealing, two end gas ports of following part body communicate with gas chamber.

Description of drawings

Fig. 1 is a part body synoptic diagram on the utility model structure

Fig. 2 is a part body synoptic diagram under the utility model structure

Fig. 3 is the utility model one-piece construction synoptic diagram

Embodiment:

The utility model will be further described below in conjunction with accompanying drawing and example, the utility model mainly comprises: go up part body 1, following part body 2, soft viton seal ring 7, fastening piece 8, lead fixed seat 10, it is characterized in that: the member that the last part body 1 in the accompanying drawing 1 is an aluminum alloy materials, its profile is the multiple wing type structure, can be according to length and the width of pottery along face electrode 3, determine the quantity and the length of fin 18, the cross section of fin 18 is tapers, its thickness is at 1～3mm, height 20～30mm, also can decide the root slab structure of fin 18, its thickness 3～4mm according to the overall dimension that profile allows; There is individual concave surface the baseplane of last part body, its length and width are slightly larger than length and the width of pottery along face electrode 3, the depth ratio pottery of concave surface is along the big 1mm of thickness of face electrode 3, there are symmetric 6 through holes 15 baseplane, the quantity of through hole 15 can increase and can subtract according to the size of pottery along face electrode 3 sizes; There are 4 symmetric locating buttons 16 last part body 1 both sides, are used for fixing this generator architecture, and there are two pacts the centre

12 are used for fixing pottery along face electrode 3 and the circular hole 14 by electrode cable 4; Following body 2 described in the enforcement among Fig. 2, it is characterized in that: following part body 2 is members of an aluminum alloy materials, its profile is the multiple wing type structure, can determine the quantity and the length of fin 19 according to length and the width of pottery along face electrode 3, the cross section of fin 19 is tapers, its thickness is at 1～3mm, and height 20～30mm also can decide according to the overall dimension that profile allows, the root slab structure of fin 19, its thickness 3～4mm; There is a concave surface following part body 2 bottom surfaces, and its length and width are slightly larger than pottery along the length and the width of face electrode 3, the plane degree of depth 1～10mm, and there is the v of being type groove at two, and the top of groove communicates with gas in-out end endoporus 5,6, and entering to hold 5,6 profile is zigzag fashion.One cannelure 11 and 6 symmetrical through holes 12 are arranged on the edge plane, and the quantity of through hole 12 can increase and can subtract according to the size of pottery along face electrode 3 sizes.

Member configuration of the present utility model and combination are such: the pottery of band two-conductor line is along face electrode 3 among Fig. 3, with insulation colloid 20, be fixed on the part body 1, two leads are fixing by two plastic wire permanent seats 10 respectively, cannelure 11 at following part body 2 is embedded in soft viton seal ring 7, to go up part body 1 and following part body 2 and close up, the through hole 12 that penetrates part body 2 under 15 correspondences of through hole of part body 1 with fastening piece 8 respectively is interior fastening.

Claims

1. the structure formation of an ozonizer, it mainly comprises: go up part body, following part body, silicone rubber O-ring, it is characterized in that: the pottery of band lead is along the face electrode, be fixed on the part body with insulation paste, cannelure at following part body is embedded in soft silicone rubber O-ring, will go up the part body with fastening piece and close up sealing with following part body.

2. the structure formation of a kind of ozonizer according to claim 1, it is characterized in that: going up the part body is the member of an aluminum alloy materials, there is the multiple wing type radiator structure its outside, can be according to the length and width size of pottery along the face electrode, determine the quantity and the length of fin, its cross section is taper, thickness is at 1～3mm, height 20～30mm, the baseplane of last part body is a concave surface, its length and width are slightly larger than length and the width of pottery along the face electrode, and concave surface depth ratio pottery is along the big 1mm of thickness of face electrode.

3. the structure formation of a kind of ozonizer according to claim 1, it is characterized in that: following part body is the member of an aluminum alloy materials, there is the multiple wing type radiator structure its outside, following part body has a concave surface, its length and width are slightly larger than length and the width of pottery along the face electrode, the planar degree of depth 1～10mm, two V-shaped grooves, the top of groove and gas inlet side (5), the endoporus that goes out end (6) communicate, inlet side (5), the profile that goes out end (6) are zigzag fashion, and a cannelure is arranged on the edge plane.

4. the structure formation of a kind of ozonizer according to claim 1, it is characterized in that: the through hole that penetrates the periphery of part body and following part body with fastening piece respectively, closed up sealing, what of fastening piece and through hole can increase and can subtract according to the big I of pottery along the face electrode size.