CN208382920U - A kind of novel energy saving system for ceramic kiln - Google Patents

Abstract

The utility model discloses a kind of novel energy saving system for ceramic kiln, including kiln and filter, the bringing-up section outer ring circumference of the kiln is provided with the 4th drying chamber of enclosure space, and kiln inner ring circumference is enclosed the first drying chamber, the suction ventilator is linked together by appendix and third drying chamber, the blower and water tank are connected together by pipeline, and filter is installed on water tank escape pipe, the third drying chamber is internally provided with air-suction cover, and air-suction cover is linked together by the suction pipe being connected to blower.The novel energy saving system for ceramic kiln, using internal on the basis of original structure, air-suction cover is set, and it is connect using air-suction cover matching suction pipe with water tank, the heat formed inside drying chamber re-utilizes, and plays more energy-efficient effect, while suction pipe is arranged inside drying chamber, pipeline is avoided to form the dispersion of heat, the waste for reducing heat, can preferably carry out energy conservation, promote the development of ceramic industry.

Description

A kind of novel energy saving system for ceramic kiln

Technical field

The utility model relates to ceramic sintering technical field, specially a kind of novel energy saving system for ceramic kiln.

Background technique

The kiln of firing ceramics is generally circular in cross section, is divided into heating section and temperature section is not added, and head and the tail form an opening, exists for worker This is operated.After heating device is to the ceramic heat in kiln, the temperature of each temperature section of kiln is still higher, and heat directly dissipates Fall to cause the waste of heat, such as the patent of the Patent No. CN201420167587 applied before applicant discloses one kind The problem of ceramic kiln energy saving system, effective solution heat directly slatterns, but this product is carrying out heat recovery benefit During, pipeline will disperse a large amount of thermal energy of waste, and the heat inside drying chamber can not utilize again, and waste is a large amount of Thermal energy.

In order to solve disadvantage existing currently on the market, it is badly in need of improving the technology of energy conserving system, can preferably carries out Energy conservation promotes the development of ceramic industry.

Utility model content

The purpose of this utility model is to provide a kind of novel energy saving system for ceramic kiln, to solve in above-mentioned background technique It is proposed during carrying out heat recovery and utilization, pipeline, which will disperse, wastes a large amount of thermal energy, and the heat inside drying chamber The problem of can not utilizing again, waste a large amount of thermal energy.

To achieve the above object, the utility model provides the following technical solutions: a kind of novel energy saving system for ceramic kiln, packet Kiln and filter are included, the bringing-up section outer ring circumference of the kiln is provided with the 4th drying chamber of enclosure space, and kiln inner ring week Portion is enclosed the first drying chamber, and the not bringing-up section outer ring circumference of the kiln is provided with the second drying chamber of enclosure space, and is not added Hot arc is connected by appendix with suction ventilator, and the suction ventilator is linked together by appendix and third drying chamber, the kiln Fan is set at lateral wall at outlet of still, and the kiln being connected with the first drying chamber is set on the opposite kiln inner sidewall of fan and Mouthful, it is provided with exhaust hood above the kiln inlet, and exhaust hood is linked together by suction pipe and blower, the wind Machine and water tank are connected together by pipeline, and filter is equipped on water tank escape pipe, and the third drying chamber is internally provided with Air-suction cover, and air-suction cover is linked together by the suction pipe being connected to blower.

Preferably, the kiln is circular configuration, and kiln is internally provided with kiln car, while kiln surrounding is respectively arranged with Four groups of first drying chamber, the second drying chamber, third drying chamber and the 4th drying chamber drying chambers.

Preferably, flared structure is provided with inside first drying chamber, the second drying chamber, third drying chamber and the 4th drying chamber Air-suction cover, and air-suction cover is connected with suction pipe, while the suction pipe end being connected with blower is equipped with control valve.

Preferably, four groups of air-suction cover phases being arranged inside first drying chamber, the second drying chamber, third drying chamber and the 4th drying chamber The suction pipe of connection surround and is arranged in inside the second drying chamber and the 4th drying chamber, and the second drying chamber and the 4th drying room structure tightly paste It is combined.

Preferably, the appendix that the third drying chamber is connected with not bringing-up section is utilidor, and is connected with blower Heat-preservation cotton layer is enclosed on the outside of the naked pipeline being exposed on the external.

Preferably, the filter is pneumatic filter, and the water tank being connected with filter is high pressure sink structure.

Compared with prior art, the utility model has the beneficial effects that the novel energy saving system for ceramic kiln, structure setting Rationally, internal on the basis of original structure that air-suction cover is set, and connect using air-suction cover matching suction pipe with water tank, it is formed Heat inside drying chamber re-utilizes, and plays more energy-efficient effect, while suction pipe is arranged inside drying chamber, and naked It is exposed on the pipeline outside drying chamber and insulating layer is set, avoid pipeline from forming the dispersion of heat, reduce the waste of heat, and in water tank Filter is installed on escape pipe, plays the effect of purification gas, energy conservation can be preferably carried out, promote the hair of ceramic industry Exhibition.

Detailed description of the invention

Fig. 1 is the utility model structure schematic top plan view；

Fig. 2 is the utility model structure kiln car schematic diagram.

In figure: 1, kiln；2, exhaust hood；3, the first drying chamber；4, kiln car；5, kiln exports；6, fan；7, the second drying chamber； 8, suction ventilator；9, appendix；10, third drying chamber；11, not bringing-up section；12, air-suction cover；13, bringing-up section；14, the 4th drying chamber；15, Suction pipe；16, water tank；17, filter；18, blower.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

Fig. 1-2 is please referred to, the utility model provides a kind of technical solution: a kind of novel energy saving system for ceramic kiln, including Kiln 1 and filter 17, the 13 outer ring circumference of bringing-up section of kiln 1 are provided with the 4th drying chamber 14 of enclosure space, and 1 inner ring of kiln Circumference is enclosed the first drying chamber 3, and the 11 outer ring circumference of not bringing-up section of kiln 1 is provided with the second drying chamber 7 of enclosure space, and not Bringing-up section 11 is connected by appendix 9 with suction ventilator 8, and suction ventilator 8 is linked together by appendix 9 with third drying chamber 10, The appendix 9 that third drying chamber 10 is connected with not bringing-up section 11 is utilidor, and naked be exposed on the external that be connected with blower 18 It is enclosed with heat-preservation cotton layer on the outside of pipeline, fan 6, and 1 inner sidewall of kiln that fan 6 is opposite are set at 1 exit lateral wall of kiln Upper that the kiln outlet 5 being connected with the first drying chamber 3 is arranged, kiln 1 is circular configuration, and kiln 1 is internally provided with kiln car 4, together When 1 surrounding of kiln be respectively arranged with 14 4 groups of the first drying chamber 3, the second drying chamber 7, third drying chamber 10 and the 4th drying chamber drying chambers, first Flared structure air-suction cover 12, and air-suction cover are provided with inside drying chamber 3, the second drying chamber 7, third drying chamber 10 and the 4th drying chamber 14 12 are connected with suction pipe 15, while 15 end of suction pipe being connected with blower 18 is equipped with control valve, the first drying chamber 3,15 ring of suction pipe that four groups of air-suction covers 12 being arranged inside the second drying chamber 7, third drying chamber 10 and the 4th drying chamber 14 are connected Around being arranged in inside the second drying chamber 7 and the 4th drying chamber 14, and the second drying chamber 7 and 14 structure of the 4th drying chamber tightly fit together, Exhaust hood 2 is provided with above 1 inlet of kiln, and exhaust hood 2 is linked together by suction pipe 15 with blower 18, blower 18 It is connected together with water tank 16 by pipeline, and filter 17 is installed on 16 escape pipe of water tank, filter 17 is gas filtration Device, and the water tank 16 being connected with filter 17 is high pressure sink structure, third drying chamber 10 is internally provided with air-suction cover 12, and inhales Gas hood 12 is linked together by the suction pipe 15 of connection with blower 18.

Working principle: when using the novel energy saving system for ceramic kiln, the of 1 bringing-up section of kiln, 13 outer ring setting first The heat for the exhaust hood 2 that four drying chambers 14 are used to recycle kiln 1 can save a large amount of dyestuff for drying ceramic mold and idiosome, And 1 inner wall of kiln is closed, and is enclosed closed first drying chamber 3, the first drying chamber 3 concentrates the heat that kiln 1 generates Come, prevents heat from playing too fast, and the not bringing-up section 11 of kiln 1 is connected by the appendix 9 with suction ventilator 8 with third drying chamber 10 It is logical together to extract the waste heat of not bringing-up section 11 out, it uses for third drying chamber 10, for toasting ceramic mold, pottery embryo, and is not added 11 outer ring circumference of hot arc is also provided with closed second drying chamber 7 and puts together the heat of kiln, prevents heat volatilization too fast, and Fan 6 is set in the exit of kiln 1, heat is blown into inside the first drying chamber 3 by kiln outlet 5 and is carried out by the operation of fan 6 It recycles, while the exhaust hood 2 of 1 inlet of kiln setting leads to the hot waste gas that the bringing-up section 13 of kiln 1 is dispersed into inlet The extraction of blower 18 is crossed, the hot gas that blower 18 extracts exhaust hood 2 out is pumped into the bottom in water tank 16, and the exhaust gas after the completion of exchanging heat is logical The gas pipeline of top is crossed by the filtering output of filter 17, and the control valve installed in suction pipe 15 is opened, blower 18 is transported Row absorbs the waste heat of the first drying chamber 3, the second drying chamber 7, third drying chamber 10 and the 4th drying chamber 14 by air-suction cover 12, is passing through Pipeline is input to inside water tank 16, is used for heated waste water, and the waste water after heating can do other purposes, and here it is the new ceramics The whole process of saving energy in kiln system work.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.

Claims (6)

1. a kind of novel energy saving system for ceramic kiln, including kiln (1) and filter (17), it is characterised in that: the kiln (1) Bringing-up section (13) outer ring circumference be provided with the 4th drying chamber (14) of enclosure space, and kiln (1) inner ring circumference is enclosed Not bringing-up section (11) outer ring circumference of one drying chamber (3), the kiln (1) is provided with the second drying chamber (7) of enclosure space, and is not added Hot arc (11) is connected by appendix (9) with suction ventilator (8), and the suction ventilator (8) passes through appendix (9) and third drying chamber (10) it links together, fan (6) is set at the lateral wall of kiln (1) exit, and in the opposite kiln (1) of fan (6) The kiln outlet (5) being connected with the first drying chamber (3) is set on side wall, is provided with exhaust hood above kiln (1) inlet (2), and exhaust hood (2) is linked together by suction pipe (15) with blower (18), and the blower (18) and water tank (16) are logical Piping is connected together, and is equipped with filter (17) on water tank (16) escape pipe, setting inside the third drying chamber (10) Have air-suction cover (12), and air-suction cover (12) is linked together by the suction pipe (15) of connection with blower (18).

2. a kind of novel energy saving system for ceramic kiln according to claim 1, it is characterised in that: the kiln (1) is circle Shape structure, and kiln (1) is internally provided with kiln car (4), while kiln (1) surrounding is respectively arranged with the first drying chamber (3), the second baking (14) four groups of room (7), third drying chamber (10) and the 4th drying chamber drying chambers.

3. a kind of novel energy saving system for ceramic kiln according to claim 1, it is characterised in that: first drying chamber (3), It is provided with flared structure air-suction cover (12) inside second drying chamber (7), third drying chamber (10) and the 4th drying chamber (14), and air-breathing Cover (12) is connected with suction pipe (15), while suction pipe (15) end being connected with blower (18) is equipped with control Valve.

4. a kind of novel energy saving system for ceramic kiln according to claim 1, it is characterised in that: first drying chamber (3), The air intake duct that four groups of air-suction covers (12) being arranged inside second drying chamber (7), third drying chamber (10) and the 4th drying chamber (14) are connected Road (15), which is surround, is arranged in the second drying chamber (7) and the 4th drying chamber (14) inside, and the second drying chamber (7) and the 4th drying chamber (14) structure Tightly fit together.

5. a kind of novel energy saving system for ceramic kiln according to claim 1, it is characterised in that: the third drying chamber (10) The appendix (9) that bringing-up section (11) is not connected is utilidor, and the naked pipeline being exposed on the external that is connected with blower (18) Outside is enclosed with heat-preservation cotton layer.

6. a kind of novel energy saving system for ceramic kiln according to claim 1, it is characterised in that: the filter (17) is Pneumatic filter, and the water tank (16) being connected with filter (17) is high pressure sink structure.