TWM578733U - Multiplexing heat engine energy system device - Google Patents

Abstract

The multiplex heat engine energy system device comprises: a burner for igniting combustion of a predetermined fuel and a combustion chamber connected in series with the burner, the combustion chamber being derivatized by the burner being opened for combustion a first heat medium, a second heat medium, and a third heat medium, respectively, and a first heat medium output tube, a second heat medium output tube, and a third heat medium output tube are separately disposed to respectively transmit heat energy to the outside; The terminal ends of the first heat medium output pipe and the second heat medium output pipe are respectively connected to a physical and chemical reaction chamber, and the materialized reaction chamber is loaded with organic waste to perform a high temperature ripening stirring operation; the third heat medium output pipe system A heat medium energy conversion unit is independently connected to enable energy conversion operations; accordingly, multiplex heat engine integration is achieved.

Description

Duplex heat engine energy system device

This creation is related to energy processing, and more specifically, a multiplex heat engine energy system installation.

According to the prior knowledge, the heat energy is widely used, such as the ripening and agitation operation applied to various raw materials, or the sludge, the agriculture, forestry, animal husbandry and animal industry, which are used for organic waste materials, for heating and stirring, for reduction or Re-production of organic fertilizers, etc., even the application of thermal power generation, but in the past these thermal applications are limited to a single function operation, and lack of an effective integrated system application, so the operation process often causes a lot of energy loss, and can not Take advantage of.

In view of this, the creators of this case have been researching and experimenting through years of experience in producing and selling similar products, and finally have a practical creation.

That is, the main purpose of this creation is to provide a multiplex heat engine energy system device that can multiplex and integrate operations, thereby greatly improving various thermal efficiency and reducing energy consumption.

According to the present invention, a multiplex heat engine energy system device includes: a burner for igniting combustion of a predetermined fuel; and a combustion chamber in combination with the burner, the combustion chamber for the foregoing combustion The machine turns on the combustion to derive the first heat medium and the second heat medium And a third heat medium, and a first heat medium output tube, a second heat medium output tube and a third heat medium output tube are separately disposed to respectively transmit heat energy outward; the first heat medium output tube and the second heat The medium output tube and the like are respectively connected to a physical and chemical reaction chamber, wherein the physical and chemical reaction chamber is loaded with organic waste for high temperature ripening and agitation operation; the third heat medium output tube is independently connected with a heat medium energy conversion unit, thereby Energy conversion operations; accordingly, multiplex heat engine integration is achieved.

The multiplexer heat energy system device, wherein the physicochemical reaction chamber is connected with a heat exchanger, the heat exchanger is internally provided with a heat exchange space and a heat medium pipeline, and the heat medium pipeline and the second The heat medium output tubes are connected in series to receive the energy of the second heat medium, and the heat exchange space is used to derive high temperature hot air.

The multiplexer heat energy system device, wherein the physicochemical reaction chamber is connected to a thermal energy exchanger, and the thermal energy exchanger is combined with the second heat medium output tube to generate high temperature hot air. An air blowing unit is provided to provide a predetermined wind force to push the high temperature hot air into the interior of the physical chemical reaction chamber.

10‧‧‧burner

20‧‧‧ combustion chamber

21‧‧‧First heat medium output tube

22‧‧‧Second heat medium output tube

23‧‧‧ Third heat medium output tube

24‧‧‧Vapor line

30‧‧‧Physicalization Reaction Room

31‧‧‧Agitator

32‧‧‧ prime mover motor

33‧‧‧ bucket elevator

34‧‧‧ conveyor belt

35‧‧‧ storage bucket

40‧‧‧ Thermal Energy Exchanger

41‧‧‧Heat media pipeline

42‧‧‧Hot exchange space

43‧‧‧Blowing unit

50‧‧‧Vapor energy conversion device

A‧‧‧The first heat medium

B‧‧‧second heat medium

C‧‧‧The third heat medium

Figure 1 is a front plan view showing a combination of a preferred embodiment of the present invention.

First, please refer to FIG. 1 , which is a multiplex heat engine energy system device, which mainly comprises: a combustion machine 10 , a combustion chamber 20 , a physical and chemical reaction chamber 30 , a heat exchanger 40 and a vapor . An energy conversion device 50, wherein: the burner 10 is for a predetermined fuel ignition combustion operation, the fuel of which is supplied by heavy oil or biomass material; The combustion chamber 20 is combined with the combustor 10 in series to provide the first heat medium A, the second heat medium B and the third heat medium C which are opened by the combustion machine 10 to generate a predetermined high heat, and are respectively provided separately. The first heat medium output pipe 21, the second heat medium output pipe 22, and the third heat medium output pipe 23 and the like are respectively transferred to the heat energy; wherein the first heat medium output pipe 21 receives the internal combustion main heat energy, and the second heat The medium output tube 22 receives the combustion-derived high-heat flue gas, and the combustion chamber 20 is internally provided with a predetermined vapor line 24 to generate high-pressure and high-temperature steam, and the vapor line 24 is terminated with the third heat medium output tube. 23 series combination, in order to transmit high temperature and high pressure steam energy; the materialization reaction chamber 30 is designed as a material mixing tank, which has a predetermined stirring member 31 and is driven by a motive motor 32 to carry out high temperature curing by loading organic waste. In the stirring operation, a bucket elevator 33 and a conveyor belt 34 are connected to a storage tank 35 to provide high-temperature ripening material output and storage. The heat exchanger 40 is disposed on the interior of the materializing reaction chamber 30. a heat medium line 41 made of a heat conductive material, the heat medium line 41 being combined with the second heat medium output tube 22 in series, and receiving the input of the second heat medium B, the second heat medium In the present embodiment, the combustion engine 10 is operated to burn the high-temperature gas that is burned; the heat medium conduit 41 is in the middle and extends in a predetermined meander to form a heat exchange space 42 for the slow flow gap between the sides, whereby the second heat medium B Conductive heat exchange derivates internal high temperature hot air; an upper portion of the heat exchanger 40 is provided with a blower unit 43 to provide a predetermined wind force to push the high temperature hot air into the interior of the physical chemical reaction chamber 30.

The vapor energy conversion device 50 is configured to carry a predetermined high temperature and high pressure energy vapor, which is combined with the vapor line 24 terminal in series, which may be set as a steam generator set power generation application or related food processing such as boiled eggs, Steam egg, egg powder, chicken essence and other steam cooking system applications.

Therefore, by the above combination, a multiplex heat engine energy system device is created, in which the inside of the combustion chamber 20 generates a highly polluting high-heat combustion smoke (ie, the second heat medium B) due to combustion, in this embodiment. By the coating concentration of the second heat medium output pipe 22, a heat exchange space 42 extending along the middle portion of the heat medium pipe 41 of the heat exchanger 40 to form a slow flow gap between the side air is indirectly heated by the second heat medium B. The heat conduction is derived from the internal high-temperature hot air, and the air blowing unit 43 is provided at an upper position to push the pure high-temperature hot air into the internal heating of the physical chemical reaction chamber 30, and at the same time, the first heat medium output tube 21 is used to receive the internal combustion main heat energy. The organic chemical reaction chamber 30 is loaded with organic waste to perform high-temperature ripening and stirring, thereby accelerating the production of raw materials or completely composting compost.

In summary, the multiplexed heat engine energy system device, which constitutes the technical idea and the innovative space type, can break through the bottleneck of the use, and it can multiplex and integrate operations, and greatly improve various thermal efficiency and reduce energy. Depletion, which is more practical than the practical use of achieving improved performance, is affirmation.

Moreover, the above embodiments are merely illustrative of the techniques of the present invention and their effects, and are not intended to limit the present invention. Any person skilled in the art can modify and change the above embodiments without departing from the technical principles and spirit of the creation. Therefore, the scope of protection of this creation right should be listed in the scope of application as described later.

Claims (3)

A multiplex heat engine energy system device includes: a combustion machine for igniting combustion of a predetermined fuel; and a combustion chamber connected in series with the burner, the combustion chamber for opening combustion of the burner to derive high heat The first heat medium, the second heat medium and the third heat medium are respectively provided with a first heat medium output tube, a second heat medium output tube and a third heat medium output tube, respectively, for respectively transferring heat energy outward; The terminal ends of the first heat medium output pipe and the second heat medium output pipe are respectively connected to a physical and chemical reaction chamber, and the materialized reaction chamber is loaded with organic waste to perform a high temperature ripening stirring operation; the third heat medium output pipe is independent A heat medium energy conversion unit is connected to enable energy conversion operations; accordingly, multiplex heat engine integration is achieved. The multiplexer heat energy system device according to the first aspect of the invention, wherein the physicochemical reaction chamber is connected to a heat exchanger, and the heat exchanger has a heat exchange space and a heat medium pipe. The heat medium pipeline is combined with the second heat medium output pipe in series to receive the energy of the second heat medium, and the heat exchange space is used to derive high temperature hot air. The multiplexer heat energy system device according to claim 1, wherein the physicochemical reaction chamber is connected to a heat exchanger, and the heat exchanger is combined with the second heat medium output tube to generate a high temperature. The hot air is disposed above the air blow unit to provide a predetermined wind force to push the high temperature hot air into the interior of the physical chemical reaction chamber.