30results about How to "Improve silk yield" patented technology

The invention discloses a cooking method for fresh cocoons. The cooking method is characterized by including the technological steps of cocoon selection, tea bran water soaking, permeation, enzymolysis, cocoon cooking and cocoon picking. The cooking method for the fresh cocoons has the advantages that the method is simple in technology, convenient to operate and low in production cost; after the method is used for cooking the cocoons, silk yielding rate and quality of obtained cooked cocoons are high; quality index level of the cooked cocoons is improved greatly, and cleanness, spotlessness, strength and cohesion indexes are improved by above one grade.

The method for storing-treatment of the fresh silkworm cocoons incldues such steps as loading fresh silkworm cocoons in baskets, antistaling transporting in air-permeable coach without sunshining, stacking the baskets on the pallet far from ground, and storing in cold storage at -4-10 deg.C. Before the cocoons are used, they are defrozen at ordinary temp., and equilibrium treatment in cool wind. Its advantages are high cocoon quality and high silk output rate.

The invention discloses a cleaning agent of circulating water for washing recycled plastics, relating to the technical field of water treatment. The cleaning agent is composed of the following components in parts by weight: 100 parts of lucid ganoderma, 250 parts of tobacco, 100 parts of Chinese gall, 100 parts of melia azedarach, 100 parts of cypress, 100 parts of rhubarb or lime, 100 parts of garlic, 100 parts of rhizoma atractylodis, 100 parts of folium artemisiae argyim, 500 parts of honeysuckle, 500 parts of herba houttuyniae, 500 parts of cyrtomium fortunei, 500 parts of isatic roots, 100 parts of gardenia, 400 parts of scutellaria baicalensis, 100 parts of coptis chinensis, 250 parts of golden cypress, 300 parts of officinal magnolia barks, 500 parts of white paeony roots, 200 parts of clove, 100 parts of logwood, 80 parts of semen cassiae, 500 parts of galanga, 100 parts of pepper, 500 parts of astragalus, 500 parts of rhizoma curcumae, 500 parts of perilla leaves, 300 parts of radix saposhnikoviae, 250 parts of radix angelicae, 250 parts of asarum, 100 parts of cinnamon and 100 parts of anise. The cleaning agent is simple in component and low in preparation cost, the water purified by using the cleaning agent is good in quality and capable of realizing circular washing, and no wastewater is discharged; in addition, due to the adoption of the cleaning agent disclosed by the invention, the quality of the plastics can be improved, the silk yield can be increased, and the prepared modified plastics are nontoxic, pollution-free and incapable of generating any injury to human bodies.

The invention discloses a tobacco consumption control system and method. The system comprises a database, and an online material monitoring module, an offline material monitoring module, an offline material statistics module and a tobacco soil waste rod monitoring module which are built in the database. According to the invention, a workshop informatization system is used as support; full-staff and comprehensive benchmarking is used as a promotion; consumption reduction research is taken as a means; the method includes establishing a real-time monitoring, abnormal alarming and statistical analysis system for the cut tobacco yield of the leaf/stem line, the waste tobacco rods, the process materials and the off-line materials; immediate discovery, immediate feedback, immediate analysis and immediate solution mechanisms of tobacco leaf consumption problems are realized, thus improving tobacco consumption management and control level.

The invention discloses a treatment method of tobacco leaf slices.The treatment method includes hexagonally slicing tobacco slices.Through slicing rules of big tobacco slices, slicing uniformity is improved and broken powder and broken slices in the slicing process are reduced.

The invention discloses a silkworm cocoon processing method capable of increasing reelability percentage and silk yield of silkworm cocoons. The processing method comprises the following steps: (1) selecting fresh silkworm cocoons under the condition that the illumination intensity is 2700 to 3100 lux, and removing light defective cocoons, double cocoons and rotten cocoons; (2) putting the silkworm cocoons in the step (1) into a vacuum pump, vacuumizing the vacuum pump until the vacuum degree is 0.0101 to 0.0102 Mpa, adding an aid I at the temperature of 32 to 35 DEG C, and enabling water to enter to be 6 to 8 cm higher than the cocoons, wherein the permeating and water absorbing time is 6 to 10 minutes; (3) cooking the silkworm cocoons in the step (2), and controlling the temperature of the cocoon cooking water to 55 to 65 DEG C, the time to 6 to 8 minutes and the PH to be 4.9 to 5.7 during cocoon cooking; (4) putting the silkworm cocoons in the step (3) into warm water at the temperature of 25 to 30 DEG C, adding an aid II in an amount which is 0.6 to 0.9 percent of the weight of the warm water and soaking for 30 to 60 minutes; and (5) cooling the silkworm cocoons obtained in thestep (4) to room temperature by using water at the temperature of 30 to 40 DEG C and reeling silk. By adopting the method, the development of silkworm cultivation and silk industries is promoted.

The invention relates to the technical field of tobacco processing, and particularly discloses a scattered tobacco stem removing and sieving vibration trench. The scattered tobacco stem removing and sieving shocking trench comprises a trench body, a vibration sieve, locking devices and a self-cleaning device, wherein the locking devices are used for fixing the vibration sieve on the trench body, and the self-cleaning device is connected with the bottom of the vibration sieve; folded edges for being erected on the trench body are arranged on the left and right sides of the vibration sieve, thevibration sieve is divided into multiple sieving areas in the front direction, and the inclinations of sieving net holes in each sieving area are different. By the adoption of the scattered tobacco stem removing and sieving vibration trench, scattered tobacco stems with the length of 15 mm and the diameter of 3 mm can be effectively removed, the cut stem tobacco quality is improved, the cut tobacco generating rate is increased, the labor intensity is greatly reduced, no tools are needed, the vibration sieve can be easily and rapidly mounted and dismounted simply by an operator, and the scattered tobacco stem removing and sieving vibration trench is convenient for the operator to maintain.

The invention discloses a method for preparing palm fiber by utilizing processed palm plates. The method comprises the steps that 1 separation is performed, wherein fresh palm plates, palm sheets and palm leaves are cut and separated; 2, bundling is performed, wherein the palm plates are bundled into bundles according to a certain sequence; 3, soaking and softening are performed, wherein the palm plates are soaked and softened at high temperature and are taken out and rapidly cooled to remove water soluble matter; 4, flattening and fiber extraction are performed, wherein the palm plates soaked and softened at high temperature are processed by selecting a flattening and fiber extraction machine to extract palm fiber in the palm sheets; 5, carding is performed, wherein the extracted palm fiber is carded, and long palm fiber, short palm fiber and palm chaff ash in the palm fiber are separated; 6, air-drying and impurity removal are performed, wherein the obtained palm fiber are bundled and air-dried, and impurities are removed to obtain a palm fiber product, the palm fiber is made into ropes by using a rope stranding machine, and the ropes are stored for usage. The method for preparing the palm fiber by utilizing the processed palm plates is simple in process, convenient to operate, novel in making, efficient, environmentally friendly and feasible.

The invention discloses a method of using liquorice root for cigarette generation after liquorice root primary processing. The method includes the steps that 100 parts of liquorice root pieces are taken, 400 parts of 70% ethyl alcohol are added to carry out extraction once at the temperature of 90 DEG C, then solid and liquid are separated, the solid obtained after solid-liquid separation namely the liquorice root pieces obtained after primary extraction is aired until the water content is 40+/-3%, the liquorice root pieces are tableted through a tablet press, liquorice root tablets are collected, baked until the water content is 20+/-3% and cut into shreds through a tobacco cutter, a 30-mesh screen is used for removing particles and powdery matter, and the shreds are bake until the water content is 12+/-3% to obtain the needed shred product finally. The shred product is mixed uniformly with a tobacco shred set and accounts for 5%-1%the mass of the tobacco shred set, and the usage amount is determined according to the smoking quality needing to meet. The product is high in shred yield and has remarkable effects of reducing cigarette harm, making smoke mellow and full and improving smoke taste. The production method is simple and remarkable in effect and has good application and popularization prospects.

The invention discloses a method for improving a silk production rate of silkworm cocoons and belongs to the technical field of silk production of silkworm cocoons. The method disclosed by the invention comprises the following steps: soaking silkworm cocoons in brine for 1-5 hours before silk reeling of the silkworm cocoons; taking out the silkworm cocoons, and rinsing the residual brine on the surfaces of the silkworm cocoons; adding the silkworm cocoons treated in the step A into a soaking solution prepared from sodium bicarbonate, polyethylene wax, sodium stearate, perfiuoro-sodium sulfonate, sodium borate, sodium pyrophosphate, sodium tripolyphosphate, polyether and water, and soaking for 2-6 hours; and taking the silkworm cocoons out, and rinsing the residual soaking solution on the surfaces of the silkworm cocoons. According to the method disclosed by the invention, the silkworm cocoons are added into the brine at the specific temperature and concentration before silk reeling, sothat the surface tension is changed; and the silkworm cocoons are added into the soaking solution prepared from the sodium bicarbonate, polyethylene wax, sodium stearate, perfiuoro-sodium sulfonate,sodium borate, sodium pyrophosphate, sodium tripolyphosphate, polyether and water, so that the smoothness and toughness of silk in the silkworm cocoons are changed, and the silk production rate of thesilkworm cocoons in the silk reeling process is effectively improved.

The invention discloses a silk reeling water tank device, which belongs to the technical field of cocoon silk reeling equipment. The silk reeling water tank device includes a tank body. Its open or closed water outlet connected to the purified water tank, the water outlet of the purified water tank communicates with the water inlet pipe of the tank body through the pump and the second solenoid valve; the tank body is provided with a liquid concentration sensor, so The liquid concentration sensor is respectively connected to the first electromagnetic valve, the pump and the second electromagnetic valve correspondingly through the controller. The invention can solve the problem that the soup quality of the thread soup in the thread tank of the automatic silk reeling machine is too thick, which will easily cause the threads to be broken and difficult to produce silk, which affects the silk production rate.

The invention discloses an optical fiber drawing furnace which comprises a heating furnace body and a supporting body arranged below the heating furnace body. The heating furnace body comprises a hollow hearth and a bottom plate, heating furnace wires are evenly arranged on the inner walls of the periphery of the hearth, the bottom plate is located at the bottom of the hearth, a hollow temperature equalizing body is arranged on the bottom plate and located in the hearth, and the center of a cavity of the temperature equalizing body coincides with the center of a cavity of the hearth. The supporting body comprises a wire drawing channel located in the middle, the wire drawing channel is communicated with the cavity of the temperature equalizing body, and the center of the cavity of the temperature equalizing body coincides with the center of the wire drawing channel. By designing the hearth with the narrow high-temperature area, the utilization rate of raw materials for wire drawing is increased, the structure is simple, disassembly and replacement are easy, the temperature field in the wire drawing hearth is stable and uniform, the heat preservation effect is good, energy is saved, environment friendliness is achieved, and drawn optical fibers are stable in fiber diameter and ovality, excellent in surface quality and few in surface defect.