TH1218B

TH1218B - Process of tobacco leaf propagation and tobacco leaf diffuser.

Info

Publication number: TH1218B
Application number: TH8401000277A
Authority: TH
Inventors: โฮ ลี เต; กุน ยู กวาง; กวาน คิม กิ; ยุน ชอ ยัง
Original assignee: นายสุรชัย ดนัยตั้งตระกูล
Filing date: 1984-06-11
Publication date: 1989-02-24

Abstract

กรรมวิธีเพื่อการแผ่ตัวก้านใบยาสูบซึ่งประกอบด้วยท่อแผ่ตัวรูปตัวยู (a- U-shaped expanding tube) ในขณะที่มีการรักษาอุณหภูมิของท่อแผ่ตัวรูปตัวยูดังกล่าวในอุณหภูมิที่กำหนดไว้ก่อนแล้ว ท่อแผ่ตัวรูปตัวยูนี้ถูกทำขึ้นให้เชื่อมต่อ เข้ากับท่อส่ง (a delivery tube) จากแหล่งป้อนส่ง (a supply source) โดยทางท่อเชื่อมต่อ ซึ่งจะทำให้เกิดระบบทิวยูลาร์ซึ่งถูกปิดอย่างแน่นหนาไม่ให้มีการไหลซึมเข้าจากภายนอก ในทันทีแก๊สความกดสูงถูกฉีดจากตัวฉีดซึ่งทำหน้าที่จ่ายโอนอยู่ภาย ในท่อเชื่อมต่อ แก๊สความกดสูงจะถูกชักนำเข้ามายังท่อแผ่ตัวโดยผ่านทางช่องผ่านของท่อเวนคูริ โดยที่ก้านใบยาสูบดังกล่าวจะถูกดูดเข้าไปเพื่อว่าก้านใบยาสูบที่คัดดังกล่าวถูกป้อนเข้าไปในท่อแผ่ตัวดังกล่าว ราวกับว่าพวกก้านใบยาสูบถูกฉีดเข้าไปในที่ตรงนั้นซึ่งจะติดตามมาด้วยแก๊สความกดสูง และซึ่งถูกทำให้แผ่ตัวออกไป และเครื่องมือสำหรับการเช่นนั้น (and an apparatus therefor) A procedure for the expansion of tobacco leaf stalks consisting of a U-shaped expanding tube while the temperature of the U-shaped expanding tube is maintained at a predetermined temperature. This U-shaped pipe is made to connect. to a delivery tube from a supply source by means of a connecting tube. This creates a tular system that is tightly closed to prevent ingress from the outside. Immediately, high-pressure gas is injected from the injector which supplies the transfer inside. in the connecting pipe The high pressure gas is inducted into the expansion tube through the venkuri inlet. The stalks are sucked in so that the selected stalks are fed into the tube. It was as if the tobacco leaf stalks were injected into the place which would be followed by high pressure gas. and which was made to spread and an apparatus therefor

Claims

1. The process for stalk expansion consists of suction of the tobacco stalks through a sealed, interlocking pipe system from outside air into a suction-powered expansion tube, which is caused by the gas discs sprayed into the pipe. Spreads through the narrow Venturi 2. The process referred to in claim 1, where the expansion tube is maintained under constant elevated temperatures, is maintained at the specified elevated temperature. This is mostly done by using a heat-controlled water bath. 3. A process for expanding the stalks of tobacco. Where the cut tobacco stem is sent inside the pipe, expanding U-shape with high-pressure gas, which The process consists of a characteristic that maintains the temperature of the U-shaped expansion tube at the temperature of the surrounding heat-controlled water bath. The U-shaped expansion tube is connected to the pipe from the cut tobacco stem feeder through the connection pipe, creating a pipe system that is completely sealed from the outside atmosphere and as soon as the high-pressure gas is sprayed from the spray pipe at Installed inside a connecting pipe in that pipe system The pressurized gas is fed into the expansion tube and through the Ventury Strait, thus a suction power. Suck the cut tobacco stalks from the feed source through the pipeline. And fed into the expansion tube as if being sprayed inside with high pressure gas. 4. The process referred to in any of the claims 1 to 3, where gas is air or steam. 5. The process referred to in any of the claims. One of verses 1 to 4 where the gas is initially heated at 50 to 250 degrees Celsius. 6. The process is referred to in one of the claims 1 to 5 where the gas is sprayed into the passageway. Venturi at a spray speed of 200-500 m / s 7. Process referred to in one of the claims 1 to 6 where the temperature during the main expansion tube is maintained at 88 degrees - 98 ° C, and the temperature at the output end of the expansion tube was maintained at 40 ° -60 ° C. 8. Tobacco petiole expander consisting of a U-shaped expander tube surrounded by a specified path. Temperature controlled heat And connected to the pipeline from the stem feeder cut through the connected pipe. Thus creating a duct system which is completely sealed from the outside atmosphere. The piping system was defined There shall be an under-pressure gas injection pipe inside the connecting pipe, as well as the Ventury pass, which is between the inlet and the inlet of the expansion tube, and there is a cyclone to separate the steam attached. 9. The instrument referred to in claim 8 where the Ventury pass is built within the connecting pipe 1 0. The apparatus referred to in claim 8 where the passage of the ventricle is built into the conduit. Via Venturi was created within the inlet area of the expansion tube 1.

1. The instrument referred to in one of the claims of Articles 8 to 11 where the pipeline is made of metal. Synthetic resin or woven fabric 1

2. The instrument referred to in one of the claims 8 through 11 where the U-shaped expansion tube is surrounded by a thermally controlled water tank 1.

3. The instrument referred to in one of the claims 8 to 12 where the ejection end of the U-shaped expansion tube is surrounded by a cold casing.