If it is processing agarwood cut tobacco, it is about 1000-2000.
You can trust me in private.
Question 2: How many kinds of machinery are there for flue-cured tobacco planting? There are many kinds, such as seeder, leaf cutter, transplanter, ridger, plastic film mulching machine, fertilizing machine, tobacco picker, tobacco knitting machine and so on.
Question 3: How to process fresh tobacco leaves to make a plant tobacco leaf, which originated in Africa and is a herb. Now it is planted in many places in China. Tobacco grown in the south smells good after processing. As the saying goes, cigarettes grown in the north are fragrant only after processing. As the saying goes, strength is good. The so-called processing is to take its leaves to dry, smoke, steam and ferment ... It is very complicated, and you can also take the leaves to dry and directly use paper rolls, commonly known as "dry cigarettes"
Question 4: The mechanical equipment of cigarette machinery is mostly used to humidify and heat tobacco leaves under packaging conditions, so that the tobacco leaves become soft and loose, and the breakage during unpacking and twisting is reduced. Because this is the first resurgence of tobacco leaves entering the processing line, it is also called pre-resurgence. The typical equipment is a vacuum moisture regain machine, and its main body is a vacuum chamber with one door or both doors open. When working, the vacuum chamber and the cigarette pack are vacuumized successively or simultaneously, and then saturated steam is introduced, which condenses on the surface of tobacco leaves to humidify the tobacco leaves. Vacuum pumping and steam conveying can be repeated as needed to fully humidify the cigarette package. There are three basic forms of vacuum dehumidifier according to the different vacuum degrees: ① high vacuum degree, with a vacuum degree of about 670Pa and a working period of about 30min；; (2) The vacuum degree is moderate, both indoors and inside the cigarette pack are vacuumized, the vacuum degree is about 6700Pa, and the working cycle is about15 min; (3) Low vacuum degree, continuous vacuum pumping of cigarette packets, with a vacuum degree of about 33500Pa and a working period of 30-40 minutes. Due to the heat release of steam during condensation, tobacco leaves are humidified and temperature rise occurs at the same time. With the increase of 65438 0% humidity, the temperature rises by about 65438 02℃. In the case of adding moisture, the temperature that tobacco leaves can withstand is generally 55 ~ 75℃, and the vacuum moisture regain function can increase moisture by about 2 ~ 4%. There are many kinds of continuous chamber humidifiers, which are used to remove tobacco stalks. During the movement in the moisture regain chamber, the cigarette packets are humidified step by step, and the tobacco leaves are stripped and shaken step by step with the humidification. In China, vacuum humidifiers have been manufactured since the mid-1960s, with a water circulation vacuum pump as the vacuum source, and the vacuum degree is generally around 13330Pa. The combination of steam jet pump and vacuum pump was applied in 1970s, and the vacuum degree was below 6700Pa. It is mainly used to dry cut tobacco and tobacco stems to meet the requirements (called tobacco dryer at this time), and can also be used to dry tobacco leaves, tobacco stems, tobacco powder and so on. The main body of the silk dryer is an inclined rotating cylinder, and the heat transfer medium is usually steam (or superheated water) and hot air. A steam exhaust pipe is distributed on the inner wall of the steam-heated tobacco dryer, and the surface of the exhaust pipe is in direct contact with cut tobacco for heat transfer. The inner wall of the cylinder is provided with a profiling plate, and the simple profiling plate is composed of tube bundles, and steam is introduced into the tube to increase the heating area. Most silk dryers are equipped with hot air system. Using hot air as auxiliary heat source and main adjustment means can obviously improve the adjustment sensitivity of silk dryers. There are two ways to send hot air: downstream and countercurrent. The former can obtain more uniform moisture content of cut tobacco, while the latter can reduce the shredding of cut tobacco. The tobacco cooling device is installed behind the tobacco dryer. The cooling device can be drum type, vibrating conveyor belt type, fluidized bed type, etc. It can also be cooled by wind transmission. It is formed by connecting several studios, with mesh belt as the carrier. The studio generally consists of three stages: drying, cooling and moisture regain. The material is first dried to a lower water content in the drying part, and then humidified to the required water content after cooling. As a working medium, air circulates in stages in the machine. Mesh belt dryers are mostly used for redrying tobacco leaves and stems (see tobacco redrying) and curing burley tobacco after feeding. When the mesh belt dryer is used for redrying flue-cured tobacco leaves, it is called a silk dryer. The temperature in the drying section is 70 ~ 120℃, the water content in the cooling section is 8 ~ 10%, the temperature in the moisture regain section is 50 ~ 60℃, and the final water content of the leaves is about 12%. When used for curing burley tobacco, it is called burley tobacco curing machine. The temperature in the drying section is 70 ~ 150℃, the moisture in the cooling section is 6 ~ 8%, and the final moisture in the leaves is about 18%. When it is used to dry tobacco stems, it is called a stem baking machine, which can be used without a moisture regain section. The baking temperature is about 120℃, and the moisture content of the baked tobacco stems is 1 1 ~ 14%. The structure of the redrying machine for hanging rod redrying is similar to that of a mesh belt dryer, and the carrier is a chain for conveying tobacco rods. The redrying temperature is generally lower than 100℃. The equipment for separating tobacco leaves from tobacco stems can be divided into horizontal and vertical types. The thresher consists of two main parts: threshing drum and air separator. The threshing drum is a rotating drum with nails on the cylindrical surface and a frame fence around the drum. Through the relative action of the nail and the frame fence, the tobacco leaves are pulled off the tobacco stems. The winnowing machine divides the threshed mixture into two parts: leaves and tobacco stems by using the different floating speeds of leaves and tobacco stems in the air. Tobacco stems with residual leaves are sent to the next threshing drum for treatment. Horizontal thresher is usually composed of 3 ~ 4 threshing drums connected in series, and each threshing drum is equipped with 1 ~ 3 air separator. The quality of threshing is better and the tobacco leaves are less broken. The vertical thresher concentrates the multi-stage threshing rollers on the same vertical shaft in a stepped arrangement, and takes the space between the frame rod and the shell as an air branch pipe, integrating the multi-stage structure. The vertical thresher has simple equipment, less land occupation and low power consumption. For the tied tobacco leaves, there is a trip machine before threshing. When sharpening is needed, it is equipped with a sharpening machine. A machine for cutting tobacco leaves, stems, etc. Turn into tobacco. The wire cutting machine in 1853 is compact and intermittent.
Question 5: Cut tobacco processing technology 1, cut tobacco distributor 2, dry ice expanded cut tobacco equipment 3, carbon dioxide cut tobacco expansion tower 4, long tobacco cut tobacco recycling machine 5, waste tobacco cut tobacco recycling machine 6, cut tobacco feeder 7, cut tobacco conveying device 8, household anti-drying cut tobacco box 9, push-pull cut tobacco and filter cigarette paper separation device 16544, visible cut tobacco cigarette packaging box/KLOC- Waste tobacco and cut tobacco recycling equipment 12, unqualified cigarette recycling equipment 13, shaped pipe 14, automatic tobacco metering device 15, full-mouth cigarette without cut tobacco 16, automatic weighing tobacco blanking device 17. Vertical double-belt automatic cut tobacco conveying device 20, cut tobacco lifting conveying device 2 1, high-efficiency cigarette processing and waste cigarette recycling machine 22, cut tobacco vacuum expansion device 23, multifunctional cut tobacco sample processor 24, cut-off device 25 of waste secondary smoke recycling device, sorting device 26 of waste secondary smoke recycling device, tobacco stem and dust separation device 27, cut tobacco sterilizer 28, waste secondary smoke recycling device 29, Cutting device 30 of equipment for recycling waste shredded tobacco, improvement device of shredded tobacco expansion equipment 3 1, microwave shredded tobacco drying and expanding machine 32, tobacco leaves containing honeycomb cardboard, shredded tobacco moisture-proof carton 33, tobacco leaves containing honeycomb cardboard, shredded tobacco packaging carton 34, tobacco leaves and shredded tobacco moisture-proof carton 35, shredded tobacco stuffed cigarette 36, and online cigarette packaging. A cigarette cut tobacco compactor 38, a cigarette 39 made of composite structure cut tobacco, a combustion furnace 40 in dry ice expanded cut tobacco technology, a combustion furnace 4 1 in dry ice expanded cut tobacco technology, a cigarette cut tobacco extruder 42, a microwave processing device 43 for continuous cut tobacco expansion, an improved cut tobacco expansion drying device 44, an air-conditioned cut tobacco storage cabinet 45, a hookah cut tobacco heating device 46, a device 47 for measuring cut tobacco filling value by radiation, An expanded cut tobacco conveyor 48, a waste cut tobacco recycling device 49, a cut tobacco charging barrel 50, a cigarette machine cut tobacco filling uniformity device 5 1, a gas separation type waste cut tobacco recycling device 52, a gas separation type waste cut tobacco recycling device 53, a full-formula cut tobacco air conveying device 54, a tobacco burning device 55 of a hookah, a cut tobacco expansion drying device 56, a hot-end device 57 of carbon dioxide expanded cut tobacco, A flexible distributing device 58 for pneumatic conveying of finished tobacco shreds, an automatic box-type storage conveying device 59 for finished tobacco shreds, a flexible wind conveying device 60, a tobacco shredding packaging device 6 1, a tobacco shredding pneumatic conveying device 62, a pneumatic tobacco shredding microwave metering controller 63, a flexible tobacco shredding device 64, a tobacco magnet vibration detecting device 65, an X-ray tobacco shredding filling value measuring device 66, a dry ice tobacco shredding loosening device 67 on a tobacco shredding expansion line, Thin tobacco shreds blocking device 68, tobacco vibrating conveying dust screening box 69, tobacco loose mixing device 70, tobacco expanding tunnel carbon dioxide fire extinguishing device 7 1, tobacco wind speed stabilizing device 72 on tobacco wind conveying equipment, cyclone separator heating device 73 in tobacco expanding equipment, wind speed control device 74 for tobacco air conveying pipeline, tobacco air separator 75, tobacco metering device 76 for cigarette making machine, A tobacco feeding and mixing device 77 for laboratory, a drum-type tobacco disassembling device 78, a tobacco conveying buffer system 79, a tobacco feeding device 80 for a tobacco pneumatic conveying and distributing system, a combustion furnace 8 1 for expanding tobacco lines, a screening instrument 82 for measuring tobacco structure, a vertical screening pneumatic conveying and separating device 83, a gas-solid two-phase flow experimental device 84 for cut tobacco, On-line analysis of tobacco shreds (slices) includes automatic fetching and shifting device 85, tobacco shreds manufacturing method and manufacturing system 86, at least one tobacco shreds forming device 87 of cigarette machine, cigarette tobacco shreds flavoring liquid and flavoring method 88, an automatic supply method and system 89 for tobacco shreds, a device 90 for preparing tobacco shreds in tobacco processing industry, and a tobacco expansion method and equipment 9 1. Improved technology of expanded cut tobacco 93, method and system for measuring filling value of cut tobacco by radiation method 94, safe cut tobacco and its preparation method 95, nicotine-free and low-nicotine cigarettes and cut tobacco 96, cut tobacco rod and filter tip 97, tobacco rod fermentation method and its device 98, equipment and method 99 for applying liquid foam additive to cut tobacco, method and equipment for forming core rod of cut tobacco or another smokable material fiber 100, Automatic control method and device for tobacco shred flavoring metering 10 1, low-toxic tobacco shred production technology 102, method of adding nicotine acetate to tobacco shred 103, improved molecular oxygen >:>
Question 6: How to process fresh tobacco leaves? Mature tobacco leaves are steamed at high temperature first (or baked first, and the taste of tobacco leaves is different at different temperatures and time). When tobacco leaves are put into the machine (mainly sorting, cleaning impurities and cutting tobacco leaves), large pieces of tobacco leaves gradually become small pieces of compressed tobacco leaves, then cut into tobacco shreds and finally packed. The machine packaging is very uniform (which is also the main feature that distinguishes fake cigarettes), and the filter tip and cut tobacco are packaged and cut together.
Tobacco is divided into varieties and cultivation methods:
Flue-cured tobacco: Mature tobacco leaves are placed in a curing barn with hot air pipes, and suitable temperature and humidity conditions are given, so that the internal components of tobacco leaves undergo biochemical changes, and finally the tobacco leaves turn yellow and then dry, becoming the main raw materials for making flue-cured tobacco.
Air-drying: The harvested tobacco leaves are hung in an air-drying room or shed with adjustable ventilation and turn yellow and dry without direct sunlight, which is one of the main raw materials for making mixed cigarettes. Burley, Maryland and cigars are all air-dried cigarettes.
Sun-cured tobacco: the harvested tobacco leaves are exposed to the sun to make them yellow and dry, which is one of the main raw materials for making mixed cigarettes. Oriental tobacco is a very important sun-cured tobacco.
Question 7: What equipment is used to dry tobacco leaves? In this era of tobacco dryer, it is recommended that you use a heat pump dryer. The heat pump mentioned here is essentially a heat lifting device. The high-temperature heat pump drying unit absorbs heat from the surrounding environment and transfers it to the heated object (the object with higher temperature) by using the inverse Carnot principle. Its working principle is contrary to that of a refrigerator, which works according to the principle of inverse Carnot cycle, except that the former heats up and the latter cools down.
Heat pump drying plays an environmental protection role first, and then the energy efficiency ratio can reach 1 ratio 3, which means that the output of one degree of electricity can generate three degrees of electricity. There are different subsidy policies in different places, and they are also strongly supported at present. Tobacco leaf drying, such as the dryer in the northeast, is particularly professional in drying tea and is good in all aspects. If the landlord is interested, you can learn about it.
The drying operation is not complicated, and now boiler drying system and heat pump drying system are mainly used. Burning natural gas and coal in boiler drying system will pollute the environment and not meet the national standards. It is recommended to use solar energy or air energy drying system, which is energy-saving and environment-friendly, and it is also a symbol of energy-saving and environment-friendly catering to this era.
Northeast Solar introduced the drying system combining air energy and heat pump for the first time, which used inexhaustible solar energy to dry, breaking a concept of traditional drying. At the same time, it is combined with air energy to absorb the heat in the air for drying, thus putting an end to the trouble that there is no solar energy in rainy weather. You can learn more about it.
Question 8: I have an invention of a tobacco processing machine, and the patent has been granted. I want to transfer this patent. What should I do? Ask for guidance from my predecessors and entrust a patent agency to help me transfer. It is best to make a patent evaluation report to prove whether the patent is novel, creative and practical! To determine that patent value of the invention.
Question 9: What is organic tobacco? Meaning: Organic tobacco refers to tobacco that comes from organic agricultural production system, is produced and processed according to organic food production standards, and is certified by a legal and independent organic food certification body.
Characteristics: Compared with ordinary tobacco, organic tobacco has strong aroma, good aroma quality and sufficient aroma, but its yield per mu is lower and its cost is higher.
Question 10: What is organic tobacco? How is it different from ordinary ones? No pesticides, no hormone fertilizers.