CN202267203U

CN202267203U - High-efficiency circulation heating device

Info

Publication number: CN202267203U
Application number: CN2011203459779U
Authority: CN
Inventors: 郑军明
Original assignee: Tian Ling Fine Chemical (xiamen) Co Ltd
Current assignee: Tian Lingxin materials (Xiamen) Co., Ltd.
Priority date: 2011-09-15
Filing date: 2011-09-15
Publication date: 2012-06-06
Anticipated expiration: 2021-09-15

Abstract

The utility model discloses a high-efficiency circulation heating device, which is used for heating a container and enables the temperature of the container to achieve a setting temperature and comprises a jacket chamber, a heating mechanism and a liquid storage device. The jacket chamber is located around the container, heat-conducting media are arranged inside the jacket chamber and the liquid storage device, and the heating mechanism is located in the liquid storage device and heats the heat-conducting media. The upper portion of the liquid storage device is connected with the upper portion of the jacket chamber through a first pipeline, the lower portion of the liquid storage device is connected with the lower portion of the jacket chamber through a second pipeline, the heat-conducting media are provided with liquid phase portions and gas phase portions, the liquid phase portions are located at the lower portion of the liquid storage device and the lower portion of the second pipeline, and the gas phase portions are located at the upper portions of the liquid storage device, the first pipeline, the jacket chamber and the second pipeline. The high-efficiency circulation heating device has the advantages of being simple in structure and easy to assemble. In addition, the gas phase portions are directly contacted with the container so that an effect of better heating efficiency is achieved.

Description

A kind of efficient circulation heater

Technical field

The utility model relates to scalable heater field, relates to a kind of efficient circulation shape ground heating-cooling device that is in particular.

Background technology

In some operations such as manufacturings such as lead-acid accumulator manufacturing or dyeings; Often need let some containers and inner matter thereof can be in the temperature of a setting; And let this temperature keep a period of time simultaneously; So can let the object being treated in the container can access good moulding, and obtain the product of high-quality or result of the test accurately.

At present; For the object being treated that lets container and be built in the container can be in the temperature of setting, traditional way generally is around container, to be provided with the chuck chamber, and at the indoor liquid that is provided with heater and is used to conduct heat of chuck; This heater can make the indoor fluid temperature of chuck rise after producing heat; Liquid then conducts to container with heat again, thereby makes container and inner object being treated thereof temperature to rise, and then reaches temperature controlled effect.

But; After this heater heats liquid in the conventional art; The temperature of this liquid internal height all and the distance between the heater be inversely proportional to, promptly high more from the nearer fluid temperature of heater, it is low more to leave heater fluid temperature far away; Be that it does not exist a circulation, thereby have the not good shortcoming of heats.

In view of this, the inventor has this case to produce to the above-mentioned defective further investigation of heater in the prior art then.

The utility model content

The purpose of the utility model is to provide a kind of efficient circulation heater, has the not good problem of heats to solve existing heater.

In order to reach above-mentioned purpose, the solution of the utility model is:

A kind of efficient circulation heater; Be used for container is heated and makes its temperature that reaches a setting, wherein, comprise chuck chamber, heating arrangements and reservoir; This chuck chamber be positioned at container around; All be provided with heat-conducting medium in this chuck chamber and the reservoir, this heating arrangements is positioned at reservoir and heat-conducting medium is heated, and the top of this reservoir links to each other with the top of chuck chamber through first pipeline; The bottom of this reservoir links to each other with the bottom of chuck chamber through second pipeline; This heat-conducting medium has liquid phase portion and gas phase portion, and this liquid phase portion is positioned at the bottom of reservoir and the bottom of second pipeline, and this gas phase portion then is positioned at the top of top, first pipeline, chuck chamber and second pipeline of reservoir.

Further, this heating arrangements has iron core and is wrapped in the coil on the iron core.

Further, this circulating heater also comprises cooling body, and this cooling body has and is wrapped in the pipeline on the container and is arranged in pipeline and is the cooling medium that circulates.

Further, this cooling body also has liquid collecting plate, and this liquid collecting plate links to each other with pipeline and is positioned at pipeline below, and this liquid collecting plate extends along the bearing of trend of pipeline, and a side of this liquid collecting plate all is close to the outer wall of container and is linked to each other.

Further, this first pipeline and the second pipeline outer surface also are coated with an insulation layer.

After adopting said structure; A kind of efficient circulation heater that the utility model relates to; It is heated as gas phase portion with heat-conducting medium by liquid phase portion through heating arrangements, and this gas phase portion can upwards be directed into the chuck chamber along first pipeline automatically, and this gas phase portion can become liquid phase portion again and be back to reservoir after cooling; Thereby realize circulating heating, can accelerate the conduction efficiency of heat; Because it has adopted the mode of gas phase portion,, thereby have simple in structure, the easy characteristics of assembling simultaneously so it need not to be provided with the driving mechanism of making ringing; Directly contact owing to gas phase portion in addition, thereby have the better effect of the efficiency of heating surface with container.

Description of drawings

The structural representation of Fig. 1 a kind of circulating heater preferred embodiment for the utility model relates to;

Fig. 2 is the perspective view of heating arrangements among Fig. 1;

Fig. 3 be among Fig. 1 B-B to profile;

Fig. 4 is the perspective view of cooling body among Fig. 1;

Fig. 5 be among Fig. 1 A-A to profile.

Among the figure:

Efficient circulation heater 100

Chuck chamber 1 heating arrangements 2

Iron core 21 coils 22

Reservoir 3 first pipelines 31

Second pipeline, 32 heat-conducting mediums 4

41 gas phase portions 42 of liquid phase portion

Cooling body 5 pipelines 51

Cooling medium 52 liquid collecting plates 53

Container 200.

The specific embodiment

In order further to explain the technical scheme of the utility model, come the utility model is set forth in detail through specific embodiment below.

Extremely shown in Figure 5 like Fig. 1; A kind of efficient circulation heater 100 that it relates to for the utility model; It is used for container 200 is heated and makes its temperature that reaches a setting, and this efficient circulation heater 100 comprises chuck chamber 1, heating arrangements 2 and reservoir 3.

This chuck chamber 1 be positioned at container 200 around; All be provided with heat-conducting medium 4 in this chuck chamber 1 and the reservoir 3; This heating arrangements 2 is positioned at reservoir 3 and heat-conducting medium 4 is heated, thereby container 200 can be installed with in chuck chamber 1 and with heat-conducting medium 4 heat exchange takes place;

The top of this reservoir 3 links to each other with the top of chuck chamber 1 through first pipeline 31; The bottom of this reservoir 3 links to each other with the bottom of chuck chamber 1 through second pipeline 32; This heat-conducting medium 4 has liquid phase portion 41 and gas phase portion 42; This liquid phase portion 41 is positioned at the bottom of reservoir 3 and the bottom of second pipeline 32, and 42 in this gas phase portion is positioned at the top of top, first pipeline 31, chuck chamber 1 and second pipeline 32 of reservoir 3.

Like this; A kind of efficient circulation heater 100 that the utility model relates to; It is heated as gas phase portion 42 with heat-conducting medium 4 by liquid phase portion 41 through heating arrangements 2, and this gas phase portion 42 can upwards be directed into chuck chamber 1 along first pipeline 31 automatically, and this gas phase portion 42 can become liquid phase portion 41 again and be back to reservoir 3 after cooling; Thereby realize circulating heating, can accelerate the conduction efficiency of heat; Because it has adopted the mode of gas phase portion 42,, thereby have simple in structure, the easy characteristics of assembling simultaneously so it need not to be provided with the driving mechanism of making ringing; Because gas phase portion 42 directly contacts with container 200, specifically be because gas phase portion 42 ground temperature will be higher than the temperature of liquid phase portion 41, thereby have the better effect of the efficiency of heating surface in addition.

A kind of concrete implementation as this heating arrangements 2; As shown in Figures 2 and 3, this heating arrangements 2 has iron core 21 and is wrapped in the coil 22 on the iron core 21, thus through in coil 22, feeding electric current; This heating arrangements 2 promptly can produce heat, thereby plays the effect of heating heat-conducting medium 4.

In order to make the Controllable Temperature property of this container 200 better; Like Fig. 1, Fig. 4 and shown in Figure 5; This circulating heater also comprises cooling body 5, and this cooling body 5 has the pipeline 51 that is wrapped on the container 200 and is arranged in pipeline 51 and is the cooling medium 52 that circulates.Preferably; In order further to promote the cooling effect of cooling body 5; This cooling body 5 also has liquid collecting plate 53; This liquid collecting plate 53 links to each other with pipeline 51 and is positioned at pipeline 51 belows, and this liquid collecting plate 53 is along the bearing of trend of pipeline 51 and extend, and a side of this liquid collecting plate 53 all is close to the outer wall of container 200 and is linked to each other.Like this, the condensed water that the gas phase portion 42 of this heat-conducting medium 4 forms on pipeline 51, can be pooled together and along pipeline 51 to extending below, so this condensed water can play the effect of cooling once more, thereby reaches the effect of further lifting cooling effect.

Preferably, the heat-conducting medium 4 in first pipeline 31 and second pipeline 32 is wasted energy with heat to external diffusion, and this first pipeline 31 and second pipeline, 32 outer surfaces also are coated with an insulation layer (not shown).

Product form of the foregoing description and graphic and non-limiting the utility model and style, the those of ordinary skill of any affiliated technical field all should be regarded as not breaking away from the patent category of the utility model to its suitable variation or modification of doing.

Claims

1. efficient circulation heater; Be used for container is heated and makes its temperature that reaches a setting, it is characterized in that, comprise chuck chamber, heating arrangements and reservoir; This chuck chamber be positioned at container around; All be provided with heat-conducting medium in this chuck chamber and the reservoir, this heating arrangements is positioned at reservoir and heat-conducting medium is heated, and the top of this reservoir links to each other with the top of chuck chamber through first pipeline; The bottom of this reservoir links to each other with the bottom of chuck chamber through second pipeline; This heat-conducting medium has liquid phase portion and gas phase portion, and this liquid phase portion is positioned at the bottom of reservoir and the bottom of second pipeline, and this gas phase portion then is positioned at the top of top, first pipeline, chuck chamber and second pipeline of reservoir.

2. a kind of efficient circulation heater as claimed in claim 1 is characterized in that this heating arrangements has iron core and is wrapped in the coil on the iron core.

3. a kind of efficient circulation heater as claimed in claim 1 is characterized in that this circulating heater also comprises cooling body, and this cooling body has and is wrapped in the pipeline on the container and is arranged in pipeline and is the cooling medium that circulates.

4. a kind of efficient circulation heater as claimed in claim 3; It is characterized in that this cooling body also has liquid collecting plate, this liquid collecting plate links to each other with pipeline and is positioned at the pipeline below; This liquid collecting plate is along the bearing of trend of pipeline and extend, and a side of this liquid collecting plate all is close to the outer wall of container and is linked to each other.

5. a kind of efficient circulation heater as claimed in claim 1 is characterized in that, this first pipeline and the second pipeline outer surface also are coated with an insulation layer.