CN209068931U

CN209068931U - A kind of mold drying of recyclable residual heat from kiln furnace is moulded adobe blocks machine

Info

Publication number: CN209068931U
Application number: CN201821215559.6U
Authority: CN
Inventors: 徐智强; 郑康毅; 梁仁勇
Original assignee: Fujian Province Dehua Tongxin Ceramics Co Ltd; Quanzhou Dehua Fenghong Machinery Co Ltd
Current assignee: Fujian KeYue Intelligent Machinery Co.,Ltd.
Priority date: 2018-07-30
Filing date: 2018-07-30
Publication date: 2019-07-05
Anticipated expiration: 2028-07-30

Abstract

The utility model relates to ceramic production device fields, machine of moulding adobe blocks is dried more particularly to a kind of mold of recyclable residual heat from kiln furnace, it is characterized by comprising conveyers, cover at the drying cover on conveyer, waste heat pipeline and air blower, one end of waste heat pipeline is connected to drying cover, the other end is connected to air blower, conveyer includes the feed zone and discharging section being parallel to each other, drying cover includes three wind-guiding casees, the heat preservation felt for being fixed on the exhaust square on wind-guiding case and being covered on exhaust square, three wind-guiding casees are placed on the outside of feed zone, between feed zone and discharging section and on the outside of discharging section, wind-guiding case, drying channel is surrounded between exhaust square and conveyer, the wind-guiding case is connected to waste heat pipeline, air-guiding hole is uniformly provided on wind-guiding case.The mold drying machine of moulding adobe blocks of recyclable residual heat from kiln furnace provided by the utility model has the following beneficial effects: that, using kiln pre-heating drying, gypsum mold is heated evenly, good heat preservation performance, and heat distribution is adjustable, energy saving.

Description

A kind of mold drying of recyclable residual heat from kiln furnace is moulded adobe blocks machine

Technical field

The utility model relates to ceramic production device fields, are specifically related to a kind of mold drying of recyclable residual heat from kiln furnace It moulds adobe blocks machine.

Background technique

Slip casting, which refers to, injects plaster cast for mud, by the method that green body is made through model water suction.It is ceramics With one kind of the refractory material method of forming.Batch and water (about 25%~35%) are tuned into mud, inject spongy model It is interior, portion of water is sucked, is demoulded up to green compact.For giving birth to type pottery, porcelain and complex-shaped and large-scale fire resisting Material product, crucible, the oversize brick of glass melter that glass is melted etc..Existing stripping means mostly use drying to demould, by stone Cream mold is delivered in dryer, evaporates the moisture inside green body by heat exchange.Traditional dryer origin of heat is in fuel Burning, need to expend a large amount of energy, for this purpose, occur a kind of equipment dried using residual heat from kiln furnace on the market, though So can be energy saving to a certain extent, however, the exhaust vent inside existing residual heat drying device is unevenly distributed, cause Hot-spot causes blank cracking, additionally due to inlet port and outlet port are opened wide, heat is easy to arrange from inlet port and outlet port Out, energy dissipation is equally caused, and the gypsum mold of discharging section is higher than the gypsum mold aridity of feed zone, and existing equipment Middle discharging section is identical with the hot gas air inflow of feed zone, and dry transition is easy to cause to crack, can not adjust according to actual needs into Tolerance.

Utility model content

The technical problem to be solved by the present invention is to provide a kind of molds of recyclable residual heat from kiln furnace to dry machine of moulding adobe blocks, benefit With kiln pre-heating drying, gypsum mold is heated evenly, good heat preservation performance, and heat distribution is adjustable, energy saving, to solve background skill The problem of being proposed in art.

In order to solve the above technical problems, the technical solution adopted in the utility model is as follows: a kind of recyclable residual heat from kiln furnace Mold drying is moulded adobe blocks machine, it is characterised in that: including conveyer, drying cover, waste heat pipeline and air blower on conveyer are covered at, One end connection drying cover, the other end of the waste heat pipeline are connected to air blower, and the conveyer includes the feed zone being parallel to each other And discharging section, the drying cover include three wind-guiding casees, the exhaust square being fixed on wind-guiding case and are covered in exhaust square On heat preservation felt, three wind-guiding casees are placed on the outside of feed zone, between feed zone and discharging section and on the outside of discharging section, Drying channel is surrounded between wind-guiding case, exhaust square and conveyer, the wind-guiding case is connected to waste heat pipeline, on wind-guiding case uniformly Equipped with air-guiding hole.

Preferably, the conveyer further includes linkage section, which connects feed end and discharging section.

Preferably, the two sides of the wind-guiding case being set between feed zone and discharging section are equipped with air-guiding hole, described The one side for being set to wind-guiding case towards feeding passage on the outside of feed end and on the outside of discharging section is equipped with air-guiding hole.

Preferably, row heat preservation felt is respectively covered with above the feed zone and the corresponding exhaust square of discharging section.

Preferably, the waste heat pipeline includes main pipeline, feeding branches pipeline, medial fascicle pipeline and discharging branched pipe Road, the wind-guiding case on the outside of the feed zone is connected to by feeding branches pipeline with main pipeline, between the feed zone and discharging section Wind-guiding case be connected to main pipeline by medial fascicle pipeline, the wind-guiding case on the outside of the discharge end by discharge lateral and Main pipeline connection.

Preferably, air quantity adjusting is equipped on the feeding branches pipeline, medial fascicle pipeline and discharging lateral to open It closes.

Preferably, the airflow regulating switch includes the driving unit of turnover panel and driving turnover panel rotation.

Preferably, the feed inlet of the feed zone and the discharge port of discharging section are equipped with soft curtain.

Preferably, the soft curtain includes multiple strip pieces, is mutually adsorbed between strip piece by magnetic part.

Seen from the above description, the mold drying of recyclable residual heat from kiln furnace provided by the utility model moulds adobe blocks machine with as follows The utility model has the advantages that residual heat from kiln furnace is made full use of to mould adobe blocks gypsum mold, air-guiding hole is uniformly provided on wind-guiding case, gypsum mold Left and right sides can uniformly receive hot air seasoning, and thermally conductive uniformly green body is not easily susceptible to cracking, and inlet port and outlet port are equipped with soft curtain, row It is covered with heat preservation felt on gas square, the air inflow of good heat insulating, feed zone and discharging section can pass through airflow regulating switch It adjusts, adapts to different demands.

Detailed description of the invention

Fig. 1 is that the mold of the recyclable residual heat from kiln furnace of the utility model dries the schematic perspective view for machine of moulding adobe blocks.

Fig. 2 is the front view of Fig. 1.

Fig. 3 is the top view of Fig. 1.

Fig. 4 is the A-A cross-sectional view of Fig. 3.

Fig. 5 is that the mold of the recyclable residual heat from kiln furnace of the utility model dries the knot after moulding adobe blocks machine removal heat preservation felt and soft curtain Structure schematic diagram.

Fig. 6 is that the mold of the recyclable residual heat from kiln furnace of the utility model dries mould adobe blocks machine removal heat preservation felt, soft curtain and exhaust Structural schematic diagram after square.

Specific embodiment

Below by way of specific embodiment, the utility model will be further described.

As shown in Figures 1 to 3, the mold drying of the recyclable residual heat from kiln furnace of the utility model is moulded adobe blocks machine, including conveyer 1, Drying cover 2, waste heat pipeline 3 and the air blower 4 on conveyer 1 are covered at, one end of waste heat pipeline 3 is connected to drying cover 2, the other end It is connected to air blower 4.

As shown in fig. 6, conveyer 1 includes feed zone 11, linkage section 12 and discharging section 13,13 phase of feed zone 11 and discharging section Mutually parallel, linkage section 12 connects feed end and discharging section 13, and feed zone 11, linkage section 12 and discharging section 13 are Belt Conveying Machine, the conveying direction and feed zone 11 and linkage section 12 of linkage section 12 are perpendicular, and gypsum mold enters linkage section 12 from feed end When, transhipment direction change, from linkage section 12 enter discharge end when, transhipment direction change again, feed zone 11 into There is one section to cover before material mouth without drying cover 2, be used for gypsum mold feeding, discharge end has one section not dry after discharge port Dry 2 covering of cover, is used for gypsum mold feeding.

As shown in Figs. 4-6, drying cover 2 include three wind-guiding casees 21, the exhaust square 22 that is fixed on wind-guiding case 21 and The heat preservation felt 23 being covered on exhaust square 22, three wind-guiding casees 21 are arranged in parallel, and are placed in 11 outside of feed zone (in figure The left side of feed zone 11), between feed zone 11 and discharging section 13 and 13 outside of discharging section (11 right side of feed zone in figure), wind-guiding case 21, it is vented between square 22 and conveyer 1 and surrounds drying channel 24, wind-guiding case 21 is connected to waste heat pipeline 3, on wind-guiding case 21 Even to be equipped with air-guiding hole 211, the two sides for being provided with the wind-guiding case 21 between feed zone 11 and discharging section 13 are equipped with wind-guiding Hole 211, is set on the outside of feed end and the one side of wind-guiding case 21 towards the feeding passage in 13 outside of discharging section is equipped with air-guiding hole 211, for gypsum mold when by feed zone 11 or processing section, two sides can receive hot air seasoning derived from air-guiding hole 211, thermally conductive Uniformly, not easy to crack, exhaust square 22 is equipped with the mesh being discharged for hot gas and steam.

Feed zone 11 and corresponding 22 top of exhaust square of discharging section 13 are respectively covered with a row and keep the temperature felt 23, keep the temperature felt 23 have gap, have both heat preservation and exclude the effect of steam, the steam that green body is evaporated is via exhaust square 22 and heat preservation felt 23 discharges, the heat preservation felt 23 of each row can be individually replaced, since the steam of feed zone 11 is bigger than discharging section 13, so into Expect that 23 replacement frequency of heat preservation felt of section 11 is fast compared with discharging section 13.

Waste heat pipeline 3 includes main pipeline 31, feeding branches pipeline 32, medial fascicle pipeline 33 and discharging lateral 34, Main pipeline 31 is connected to the waste heat pipeline of kiln, and the wind-guiding case 21 in 11 outside of feed zone passes through feeding branches pipeline 32 and main pipeline 31 connections, the wind-guiding case 21 between feed zone 11 and discharging section 13 are connected to main pipeline 31 by medial fascicle pipeline 33, are discharged The wind-guiding case 21 in end outside is connected to by the lateral 34 that discharges with main pipeline 31, in one 32, one, feeding branches pipeline Between lateral 33 and discharging lateral 34 be a component branch pipe(tube), main pipeline 31 is equipped with the lateral of multiple groups, The present embodiment show 3 groups.

Airflow regulating switch, wind are equipped on feeding branches pipeline 32, medial fascicle pipeline 33 and discharging lateral 34 Volume adjustment switch includes the driving unit 352 that turnover panel 351 and driving turnover panel 351 rotate, by adjusting 351 adjustable points of turnover panel The opening of branch pipe(tube), and then air inflow is adjusted, there is one piece of demarcation plate among the wind-guiding case 21 between feed zone 11 and discharging section 13, 21 internal volume of wind-guiding case is divided into 1:2 by the demarcation plate, that is, the volume for being close to feed zone 11 is to be close to 13 volume of discharging section Twice, airflow regulating switch is adjusted according to green body moisture content, when moisture content is high, the opening needs of discharging section 13 are tuned up, otherwise adjust It is small.

24 feed inlet of drying channel of feed zone 11 and 24 discharge port of drying channel of discharging section 13 are equipped with soft curtain 5, soft Curtain 5 includes multiple soft, transparent strip pieces, is mutually adsorbed between strip piece by magnetic part, gypsum mold disengaging drying When channel 24, soft curtain 5 is opened, the strip piece of soft curtain 5 is attached together under the action of magnetic part later, and soft curtain 5 plays reduction Hot gas is energy saving directly from the effect of inlet and outlet discharge.

Machine of moulding adobe blocks, which is dried, using the mold of the recyclable residual heat from kiln furnace of the utility model carries out green body drying in gypsum mold Demoulding, gypsum mold enter drying channel 24, and residual heat from kiln furnace is imported drying via waste heat pipeline 3 and wind-guiding case 21 by air blower 4 The hot gas in channel 24, evaporation is discharged via exhaust square 22 and heat preservation felt 23.Make full use of residual heat from kiln furnace to gypsum mold into Row is moulded adobe blocks, and air-guiding hole 211 is uniformly provided on wind-guiding case 21, the left and right sides of gypsum mold can uniformly receive hot air seasoning, thermally conductive Uniformly, green body is not easily susceptible to cracking, and inlet port and outlet port are kept the temperature equipped with heat preservation felt 23 is covered on soft curtain 5, exhaust square 22 Performance is good, and the air inflow of feed zone 11 and discharging section 13 can be adjusted by airflow regulating switch, adapts to different demands.

It above are only several specific embodiments of the utility model, but the design concept of the utility model is not limited to This, all non-essential modifications to the present invention made by this concept should belong to infringement scope of protection of the utility model Behavior.

Claims

The machine 1. a kind of mold drying of recyclable residual heat from kiln furnace is moulded adobe blocks, it is characterised in that: including conveyer, cover on conveyer Drying cover, waste heat pipeline and air blower, the waste heat pipeline one end connection drying cover, the other end be connected to air blower, it is described Conveyer includes the feed zone and discharging section being parallel to each other, and the drying cover includes three wind-guiding casees, is fixed on wind-guiding case Exhaust square and the heat preservation felt being covered on exhaust square, three wind-guiding casees are placed on the outside of feed zone, feed zone Between discharging section and on the outside of discharging section, drying channel, the wind-guiding case are surrounded between wind-guiding case, exhaust square and conveyer It is connected to waste heat pipeline, is uniformly provided with air-guiding hole on wind-guiding case.
The machine 2. the mold drying of recyclable residual heat from kiln furnace according to claim 1 is moulded adobe blocks, it is characterised in that: the conveyer It further include linkage section, which connects feed zone and discharging section.
The machine 3. the mold drying of recyclable residual heat from kiln furnace according to claim 1 is moulded adobe blocks, it is characterised in that: described to be set to The two sides of wind-guiding case between feed zone and discharging section are equipped with air-guiding hole, described to be set on the outside of feed zone and outside discharging section The one side of the wind-guiding case of side towards feeding passage is equipped with air-guiding hole.
The machine 4. the mold drying of recyclable residual heat from kiln furnace according to claim 1 is moulded adobe blocks, it is characterised in that: the feed zone It is respectively covered with a row above exhaust square corresponding with discharging section and keeps the temperature felt.
The machine 5. the mold drying of recyclable residual heat from kiln furnace according to claim 1 is moulded adobe blocks, it is characterised in that: the waste heat pipe Road includes main pipeline, feeding branches pipeline, medial fascicle pipeline and discharging lateral, and the wind-guiding case on the outside of the feed zone is logical It crosses feeding branches pipeline to be connected to main pipeline, the wind-guiding case between the feed zone and discharging section passes through medial fascicle pipeline and master Pipeline is connected to, and the wind-guiding case on the outside of the discharging section is connected to by the lateral that discharges with main pipeline.
The machine 6. the mold drying of recyclable residual heat from kiln furnace according to claim 5 is moulded adobe blocks, it is characterised in that: the charging point Airflow regulating switch is equipped on branch pipe(tube), medial fascicle pipeline and discharging lateral.
The machine 7. the mold drying of recyclable residual heat from kiln furnace according to claim 6 is moulded adobe blocks, it is characterised in that: the air quantity tune Section switch includes turnover panel and the driving unit for driving turnover panel rotation.
The machine 8. the mold drying of recyclable residual heat from kiln furnace according to claim 1 is moulded adobe blocks, it is characterised in that: the feed zone Feed inlet and the discharge port of discharging section be equipped with soft curtain.
The machine 9. the mold drying of recyclable residual heat from kiln furnace according to claim 8 is moulded adobe blocks, it is characterised in that: the soft curtain packet Multiple strip pieces are included, are mutually adsorbed between strip piece by magnetic part.