CN200947682Y

CN200947682Y - II-type energy-saving field-effect ion heating substance

Info

Publication number: CN200947682Y
Application number: CN 200620092154
Authority: CN
Inventors: 孔祥宁; 张亚军
Original assignee: Individual
Current assignee: Individual
Priority date: 2006-07-18
Filing date: 2006-07-18
Publication date: 2007-09-12
Anticipated expiration: 2016-07-18

Abstract

The utility model belonging to an electric heating body, in particular to a II type energy-saving field effect hydronium heating body which consists of a water return pipe, an electrode fixed rod, a heating body cathode, a sealing ring, a control bar, a heating water outlet and a heating body anode. The utility model is characterized in that the control bar is arranged between the electrode rod and the fixed heating body anode, between the heating body anode and the heating body cathode; the sealing rings are arranged between the control bar and the heating body anode and the heating body cathode for sealing; the water return pipe is connected with the heating body cathode; the peripheral of the heating body cathode is uniformly provided with a plurality of heating water holes; the utility model has the beneficial effects of that no load switches are required to be added in the main circuit when applied, the work and stop of the heating body is achieved by the self-function of the heating body; the temperature increment is fast; the heat efficiency is high; the service life is long without any heat loss; the utility model belongs to the resistance and the capacitance conformance structure; the COS fai is larger than 1; the utility model has the function of soft start and soft stop and has the supplementation function to the power network and of environmental protection.

Description

The energy-conservation field effect ion of II type calandria

Affiliated technical field

The utility model belongs to electric heating body, the energy-conservation field effect ion of particularly a kind of II type calandria.

Background technology

Any calandria in the past all is that the mode by conduction is medium heating, needing to give birth to warm medium is passive forever, in the process of conduction, will there be a large amount of heat-energy losses to fall, also have portion of energy to lose with the form of light, so traditional calandria heat efficiency is extremely low, life-span is short, manufacturing process is complicated, cost is corresponding higher, and it is slow to heat up.

Summary of the invention

In order to overcome the problems referred to above, the utility model provides the energy-conservation field effect ion of a kind of II type calandria, under effect of electric field, produce high-temperature electric arc (discharge capacity is controlled by control gate), between calandria anode in this calandria and the calandria negative electrode with heated dielectric breakdown, make medium present negative resistance charactertistic at once and enter the nonlinear operation district, make that to produce a large amount of bumps in the medium of interpolar free, discharge a large amount of heat energy, these heat energy all are meritorious heat energy, quick heating is only 10 ^-4-10 ^-6Second, moment can make the high temperature of several Baidu discharge in medium, and calandria itself is wasted work not, long service life, without any insulator, manufacturing process is simple, and cost is low.

The technical scheme in the invention for solving the technical problem is: the energy-conservation field effect ion of a kind of II type calandria, by return pipe, electrode hold-down bars, calandria negative electrode, sealing ring, control gate, hot water portals and the calandria anode is formed, its special character is: hold-down bars, fixing calandria anode, be control gate between calandria anode and the calandria negative electrode, the sealing ring sealing is respectively arranged between control gate and calandria anode, the calandria negative electrode, return pipe and calandria negative electrode join, and evenly have hot water around the calandria negative electrode and portal.

The beneficial effects of the utility model are: when using in the main circuit, need not install components and parts such as any on-load switch and controllable silicon additional, the work of calandria with stop to finish by calandria self function, quick heating, heat efficiency height, life-span are long, there is not any heat waste, belong to capacitance-resistance accordance structure, COS ∮＞1 has soft start and the function that stops, electrical network there is compensating action, environmental protection.

Description of drawings

Accompanying drawing is a structural representation of the present utility model.

In the accompanying drawing: the 1st, return pipe, the 2nd, electrode hold-down bars, the 3rd, calandria negative electrode, the 4th, sealing ring, the 5th, control gate, the 6th, hot water portals, and the 7th, the calandria anode.

Embodiment

An embodiment is described in conjunction with the accompanying drawings:

In the accompanying drawing: calandria negative electrode 3, the broad wall stainless steel tube of calandria anode 7 usefulness process, dimensioned control gate 5 according to calandria negative electrode 3, calandria anode 7, and preparation sealing ring 4,

return pipe

1 and 3 welding of calandria negative electrode, evenly having hot water portals 6 on every side in calandria negative electrode 3 middle parts.

Claims

1, the energy-conservation field effect ion of a kind of II type calandria, by return pipe, electrode hold-down bars, calandria negative electrode, sealing ring, control gate, hot water portals and the calandria anode is formed, it is characterized in that: hold-down bars, fixing calandria anode, be control gate between calandria anode and the calandria negative electrode, the sealing ring sealing is respectively arranged between control gate and calandria anode, the calandria negative electrode, return pipe and calandria negative electrode join, and evenly have hot water around the calandria negative electrode and portal.