TH835C3

TH835C3 - Filtration method for paddy dust

Info

Publication number: TH835C3
Application number: TH203000024U
Authority: TH
Inventors: วูเชง-ฮุง
Original assignee: นายสมพงษ์ สินประสิทธิ์; นาย สมพงษ์สินประสิทธิ์
Filing date: 2002-01-17
Publication date: 2002-09-27

Abstract

วิถีทางการกรองสำหรับฝุ่นจากข้าวเปลือก ซึ่งรับและทำให้บริสุทธิ์อากาศบางส่วนที่มี ฝุ่นจากเครื่องอบแห้งข้าวเปลือก อากาศที่มีฝุ่นอาจเข้าสู่ชุดกรวยป้อนวัสดุผ่านช่องเข้าอากาศ เยื้องศูนย์ อากาศถูกสร้างเป็นกระแสลมวนโดยรูปร่างของถังปลายเรียว กระแสลมวนกำเนิด แรงหนีศูนย์กลางบางส่วนเพื่อโยนอนุภาคใหญ่กว่าในฝุ่นสู่ผิวหน้าด้านในของถังปลายเรียว หัว ฉีดที่หนึ่งหลายหัวฉีดพ่นละอองน้ำเพื่อจับอนุภาคเล็กกว่าในอากาศที่มีฝุ่น และนี่คือการทำให้ บริสุทธิ์ครั้งที่หนึ่ง ด้านหนึ่งของถังปลายเรียวสอดข้างใต้ระดับน้ำในบ่อกรองที่สร้างผิวหน้าปิด กระแสลมวนมีปฏิกิริยากับผิวหน้าปิดเพื่อกำเนิดแรงขึ้นบนต่อกระบอก หัวฉีดที่สองหลายหัวใน กระบอกฉีดพ่นละอองน้ำเพื่อจับอนุภาคเล็กกว่าที่เหลืออยู่ในอากาศที่มีฝุ่นอีกสำหรับการทำให้ บริสุทธิ์ครั้งที่สอง น้ำที่มีฝุ่นบางส่วนไหลสู่บ่อกรอง และน้ำภายหลังการกรองอาจถูกสูบโดย เครื่องสูบออกสู่หัวฉีดที่หนึ่งและหัวฉีดที่สองสำหรับนำกลับมาใช้อีก Filtration method for paddy dust Which receives and purifies some of the air containing Dust from paddy dryer Dusty air may enter the hopper unit through the eccentric air inlet. The air is formed into an eddy current by the shape of the tapered barrel. Eddy current Partial centripetal force to throw larger particles in the dust onto the inner surface of the barrel, tapered tip, multiple nozzles spray water to capture smaller particles in dusty air. And this is to make The first virgin One side of the tapered tank is inserted beneath the water level in the sump creating a closed surface. The eddy currents react with the closed surface to generate a strong force on the cylinder. Several second nozzles in The water mist sprayer captures smaller particles remaining in the dusty air for Second time virgin Water with some dust flows into the filter pond. And the water after filtration may be pumped by The pump releases into the first nozzle and the second nozzle for reuse.

Claims

1.Filter path for dust from the shell side Which receives and purifies some of the air containing Dust from paddy dryer and contains At least one set of material feeding cones Which consists of A tapered tank, one side of which is an eccentric air inlet. The air inlet is connected to the dryer. Dry paddy Several first nozzles are designed on the thinnest part of the tank, the tapered tip and the first nozzle. May spray some water. Cylinder which is attached to one end of the tapered barrel Several second nozzles are designed on Some place of the cylinder And the second nozzle may spray some water mist and The filter pond is filled with the right amount of water. One end of the tapered barrel is inserted in A certain depth of water level at which some dusted air enters the funnel assembly from the air inlet And air is created Eddy currents by the shape of a tapered barrel The eddy currents produce some centrifugal forces to Throw larger particles in the dust onto the inner surface of the tapered barrel. First nozzle, several spray nozzles Water spray to capture smaller particles in dusty air. And this is the first purification one side of the tapered tank is inserted beneath the water level in the filter that creates a closed surface. The eddy currents react. With a closed surface to generate more force on the cylinder Several second nozzles in the aerosol sprayer. Water to capture smaller particles remaining in the dusty air for a second purification, partially dusty water enters the filter pond and the water after filtration may be pumped out to the first nozzles and Second nozzle for reuse

2. Filtration methods for paddy dust are described in claim 1 where the cylinder Also includes a rain cover Which is designed on one end of the barrel for greater rain protection. The feeder cone is split by two One is a tapered barrel. And the other part is the barrel

3. Filtration methods for paddy dust are described in claim 1 where the sump Also contains A pulp processing unit that processes some particles of higher specific gravity. In the dust and its components is a guide plate which is on one side of the waste processing unit. And filed from the bottom of The pulp processing unit reaches the slope that collides with the side of the waste processing unit. Besides that, the guide plate has several holes. The pulp cleaner, that is, to discharge the pulp in the pulp processing unit. Residue cleaning machine Multiple scraping discs Several chains and shafts Where the scraper plate is an L-type angle iron and is connected to several scraping disc chains. Chains and at least three shafts form the structure of Cleaning machine And the structure together with the guide plate to discharge the sludge in the sludge processing unit mentioned above to drain the moisture content in the pulp when loading and unloading. Float switch controls the amount of water in the pulp processing unit. The overflow compartment is designed on one place at a certain height. Such float switch The above is higher than the overflow compartment (324). Therefore, the suspension in the overflow processing unit leaves the overflow compartment. The suspension processing unit operates on the suspended suspensions. Less specific than dust Its components are At least one filter that separates the suspended solids from the overflow flowing from the unit. Processing suspensions The remaining water is pulled out by the pump for further reuse.

4. Filtration methods for dust from the bin shell are described in claim 3 where the machine The pulp is cleaned in order to contain and remove the sludge from the processing unit into the sump cart is divided into two parts: Waste processing and processing units Processing of suspension runs In addition, the hopper set may be arranged as multiple sets that are joined together.