Preparation method of ionic buckwheat hulls

Abstract

The invention discloses a preparation method of ionic buckwheat hulls, and relates to the technical field of pillows. The preparation method of the ionic buckwheat hull comprises the following three steps: cleaning and grinding, mixing and processing, and packaging and warehousing. According to the preparation method of the ionic buckwheat hull, the anion contained in the ionic buckwheat hull can increase the level of plasma in the brain, can help people to fall asleep faster and keep deep sleep in the whole night, and the anion can reduce static electricity in the air, reduce the concentration of bacteria and mould in the air, eliminate harmful substances in the air and assist in falling asleep from the side face, so that the health of people is improved. Meanwhile, due to the fact that the unique material of buckwheat hulls is moderate in hardness, the supporting effect on the head and the neck is high, the cervical vertebra can be well supported, blood circulation of the head can be promoted, muscles of the head can be relaxed, sleep can be promoted, and the insomnia symptom can be relieved, and therefore the health-care pillow can be used for health care. The two substances are combined, so that the sleep aiding effect and quality of the material are further improved, the material is particularly suitable for pillow filler, and meanwhile, the raw materials are simple, and the application scene is wide.

Description

Technical Field

[0001] The invention relates to the technical field of pillows, in particular to a method for preparing ionic buckwheat husks. Background Art

[0002] Chinese patent document CN101366891A discloses a medicinal pillow for preventing and treating cervical vertebrae diseases and a preparation method thereof. The medicinal pillow is filled with buckwheat husks and Chinese medicine, wherein the Chinese medicine components are composed of 9 to 11 kinds of the following: red sandalwood, white sandalwood, yellow sandalwood, drynaria, corydalis, longan seed, calamus, astragalus, dragon blood, clematis, and millettia; the mass ratio of each component is: 80-120 grams of red sandalwood, 60-80 grams of white sandalwood and yellow sandalwood, 20-25 grams of drynaria, 30-45 grams of corydalis, 20-25 grams of longan seed, 10-15 grams of calamus, 30-40 grams of astragalus, 20-25 grams of dragon blood, 20-25 grams of clematis, and 20-25 grams of millettia. The invention reduces the side effects on users while effectively treating cervical vertebral diseases through the synergistic effect between the Chinese medicinal components in a reasonable ratio and the buckwheat hulls, and also maintains a high level of therapeutic effect on users with poor sleeping conditions.

[0003] The above-mentioned medicated pillow for preventing and treating cervical spondylosis and its preparation method have a large amount of Chinese medicinal materials mixed into the filling material, and some patients' bodies are not recommended to use some Chinese medicinal materials, which reduces the application scope of the medicated pillow. In addition, the sleep-aiding effect of the medicated pillow is relatively single and limited, and it is difficult to meet the needs of people with poor sleep quality. Summary of the invention

[0004] The object of the present invention is to provide a method for preparing ionic buckwheat husks to solve the problems raised in the above background technology.

[0005] To achieve the above object, the present invention provides the following technical scheme: a method for preparing ionic buckwheat hulls, comprising the following steps: step 1, cleaning and grinding: selecting germanium-containing ore and cleaning it by flushing, then putting the germanium-containing ore into a crusher for crushing to obtain small pieces of germanium-containing ore, then adding the small pieces of germanium-containing ore into a grinder for grinding, then obtaining germanium ore powder and collecting and processing it;

[0006] Step 2, mixing processing: adding the germanium ore powder obtained in step 1 into a mixer for stirring, then adding water into the mixer and stirring until the germanium ore powder is dissolved in the water, then adding a binder into the mixer, stirring sufficiently to obtain a coating material, then adding buckwheat husks into the mixer, stirring continuously, and then drying them to evaporate the water, which then becomes negative monovalent oxygen ions adhering to the surface of the buckwheat husks, thereby generating negative ions, and thus obtaining ionic buckwheat husks;

[0007] Step 3, packaging and storage: the ionic buckwheat husks obtained in step 2 are stored in a product storage tank via a conveyor, and then vacuum-packed using a vacuum packaging machine, and then stored in a dry and ventilated place, thereby obtaining the preparation method of the ionic buckwheat husks.

[0008] Preferably, the small pieces of germanium-containing ore in step 1 need to be screened after grinding, and the germanium ore powder with a particle size greater than 100-130 mesh is screened out and collected. After a certain amount is accumulated, it needs to be put into the grinder for further grinding.

[0009] Preferably, the buckwheat husks in step 2 are selected from products with good brightness, neat particles, good elasticity and toughness, and are also required to be free of dirt and dust, moldy smell, oil smell and pesticide smell.

[0010] Preferably, after the buckwheat husks are selected in step 2, they need to be put into a boiling water pot and boiled for 3-5 minutes, then taken out and spread on a tray, and then the buckwheat husks are dried in an outdoor environment with sufficient sunlight until they are dried.

[0011] Preferably, the buckwheat husks in the step 2 need to be boiled and dried before being added to the blender, and then placed in a stirring and fumigating machine, and then wormwood is ignited to fumigate and disinfect the buckwheat husks for insecticide. At the same time, the stirring shaft in the stirring and fumigating machine needs to be controlled to rotate at a speed of 50-70 r / min. After fumigation for 20 minutes, the buckwheat husks are poured out and collected, and then placed in a cool, dry and ventilated place to cool naturally.

[0012] Preferably, when the germanium mineral powder is stirred and mixed with water in step 2, the stirring shaft speed of the mixer needs to be controlled at 400-500r / min, and the mixing time is controlled at 18-24min. After the adhesive is added to the mixer, the stirring shaft speed needs to be increased to 500-600r / min, and the stirring time of this process is controlled at 26-30min.

[0013] Preferably, after adding buckwheat husks into the blender in step 2, the speed of the blender shaft needs to be controlled at 120-150 r / min, and the stirring time is controlled at 30-40 min. The subsequent drying is carried out in three times, the temperature of the first drying is controlled at 40-50 degrees Celsius, the speed of the blender shaft is controlled at 180-200 r / min, and the time is controlled at 18-20 min. The temperature of the second drying is controlled at 70-80 degrees Celsius, the speed of the blender shaft is controlled at 220-260 r / min, and the time is controlled at 20-24 min. The temperature of the third drying is controlled at 100-110 degrees Celsius, the speed of the blender shaft is controlled at 240-280 r / min, and the time is controlled at 26-30 min.

[0014] Preferably, before using the equipment in step 1, step 2 and step 3, it is necessary to check whether the grounding wire of the equipment is firm, and also check whether the insulation protection of the power supply is safe and reliable.

[0015] Beneficial Effects

[0016] Compared with the prior art, the present invention provides a method for preparing ionic buckwheat husks, which has the following beneficial effects:

[0017] 1. The preparation method of the ionic buckwheat husk. The negative ions contained in the ionic buckwheat husk can increase the plasma level in the brain, help people fall asleep faster, and maintain a deeper sleep all night long. The negative ions can reduce static electricity in the air, reduce the concentration of bacteria and mold in the air, eliminate harmful substances in the air, and assist in falling asleep. It can also improve the user's comfort and relieve fatigue. At the same time, the unique material of the buckwheat husk has moderate hardness and softness, and has a strong supporting effect on the head and neck, which can provide good support for the cervical spine, and can also promote blood circulation in the head, relax the muscles of the head, promote sleep, and relieve the symptoms of insomnia. Therefore, the combination of the two substances further improves the efficacy and quality of the material for aiding sleep, making the material particularly suitable for pillow fillings. At the same time, the raw materials are simple and applicable to a wide range of scenarios.

[0018] 2. The preparation method of the ionic buckwheat husks includes boiling the buckwheat husks at high temperature, drying them in the sun and fumigating them with mugwort before they are officially used. This can not only effectively prevent and eliminate the insect eggs carried by the buckwheat husks themselves, but also sterilize the buckwheat husks. At the same time, the buckwheat husks have a faint scent of mugwort after being fumigated with mugwort, which can have a certain insect repellent effect when used subsequently, thereby enhancing the functional diversity of the material. Secondly, the preparation method has simple production steps, low cost, and good market prospects. DETAILED DESCRIPTION

[0019] The following will be combined with the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0020] Embodiment 1: A method for preparing ionic buckwheat hulls, comprising the following steps: Step 1, cleaning and grinding: selecting germanium-containing ore and cleaning it by flushing, then putting the germanium-containing ore into a crusher for crushing to obtain small pieces of germanium-containing ore, then adding the small pieces of germanium-containing ore into a grinder for grinding, after grinding, it is necessary to screen it, and at the same time, the germanium ore powder with a grinding particle size greater than 100 mesh is screened out and collected, and after accumulating a certain amount, it is necessary to put it into the grinder for grinding again, and then the germanium ore powder can be obtained and collected for processing;

[0021] Step 2, mixing processing: add the germanium ore powder obtained in step 1 into a blender for stirring, then add water into the blender and stir until the germanium ore powder is dissolved in the water, then add the binder into the blender, stir sufficiently to obtain the coating material, then add the buckwheat husk into the blender, continue stirring, and then dry it to evaporate the water, which then becomes negative monovalent oxygen ions adhered to the surface of the buckwheat husk, thereby generating negative ions, thereby obtaining ionic buckwheat husks, wherein the buckwheat husks are selected to have good brightness, neat particles, elasticity and The buckwheat husks should be free of dust, mold, oil and pesticides. After the buckwheat husks are selected, they need to be boiled in a boiling water pot for 3-5 minutes, then taken out and spread on a tray, and then dried in a sunny outdoor environment until they are dried. The buckwheat husks in step 2 need to be boiled and dried before being added to the blender, and then put into the blender fumigator, and then wormwood is ignited to fumigate and disinfect the buckwheat husks. At the same time, the stirring shaft in the blender needs to be controlled to The mixture is rotated at a speed of 50 r / min. After smoking for 20 minutes, the buckwheat husks are poured out and collected, and then placed in a cool, dry and ventilated place to cool naturally. When the germanium mineral powder is stirred and mixed with water, the stirring shaft speed of the mixer needs to be controlled at 400 r / min, and the mixing time is controlled at 18 minutes. After the adhesive is added to the mixer, the stirring shaft speed needs to be increased to 500 r / min, and the mixing time of this process is controlled at 26 minutes. After the buckwheat husks are added to the mixer in step 2, The stirring shaft speed of the mixer is controlled at 120r / min, and the stirring time is controlled at 30min. The subsequent drying is carried out in three times. The temperature of the first drying is controlled at 40 degrees Celsius, the speed of the stirring shaft is controlled at 180r / min, and the time is controlled at 18min. The temperature of the second drying is controlled at 70 degrees Celsius, the speed of the stirring shaft is controlled at 220r / min, and the time is controlled at 20min. The temperature of the third drying is controlled at 100 degrees Celsius, the speed of the stirring shaft is controlled at 240r / min, and the time is controlled at 26min.

[0022] Step three, packaging and storage: the ionic buckwheat husks obtained in step two are placed into a product storage tank via a conveyor, and then vacuum-packed using a vacuum packaging machine, and then stored in a dry and ventilated place to obtain the preparation method of the ionic buckwheat husks. Before using the equipment in steps one, two and three, it is necessary to check whether the grounding wire of the equipment is firm, and also check whether the insulation protection of the power supply is safe and reliable.

[0023] Embodiment 2: A method for preparing ionic buckwheat hulls, comprising the following steps: Step 1, cleaning and grinding: selecting germanium-containing ore and cleaning it by flushing, then putting the germanium-containing ore into a crusher for crushing to obtain small pieces of germanium-containing ore, then adding the small pieces of germanium-containing ore into a grinder for grinding, after grinding, it is necessary to screen it, and at the same time, the germanium ore powder with a grinding particle size greater than 120 mesh is screened out and collected, and after accumulating a certain amount, it is necessary to put it into the grinder for grinding again, and then the germanium ore powder can be obtained and collected for processing;

[0024] Step 2, mixing processing: add the germanium ore powder obtained in step 1 into a blender for stirring, then add water into the blender and stir until the germanium ore powder is dissolved in the water, then add the binder into the blender, stir sufficiently to obtain the coating material, then add the buckwheat husk into the blender, continue stirring, and then dry it to evaporate the water, which then becomes negative monovalent oxygen ions adhered to the surface of the buckwheat husk, thereby generating negative ions, thereby obtaining ionic buckwheat husks, wherein the buckwheat husks are selected to have good brightness, neat particles, elasticity and The buckwheat husks should be free of dust, mold, oil and pesticides. After the buckwheat husks are selected, they need to be boiled in a boiling water pot for 4 minutes, then taken out and spread on a tray, and then dried in a sunny outdoor environment until they are dried. The buckwheat husks in step 2 need to be boiled and dried before being added to the blender, and then put into the blender fumigator, and then wormwood is ignited to fumigate and disinfect the buckwheat husks. At the same time, the stirring shaft in the blender needs to be controlled to rotate. The speed is controlled at 60r / min. After smoking for 20 minutes, the buckwheat husks are poured out and collected, and then placed in a cool, dry and ventilated place to cool naturally. When the germanium mineral powder is stirred and mixed with water, the stirring shaft speed of the mixer needs to be controlled at 450r / min, and the mixing time is controlled at 21min. When the adhesive is added to the mixer, the speed of the stirring shaft needs to be increased to 550r / min, and the stirring time of this process is controlled at 28min. After the buckwheat husks are added to the mixer in step 2, the stirring shaft needs to be increased to 550r / min. The stirring shaft speed of the mixer is controlled at 140r / min, and the stirring time is controlled at 35min. The subsequent drying is carried out in three times. The temperature of the first drying is controlled at 45 degrees Celsius, the speed of the stirring shaft is controlled at 190r / min, and the time is controlled at 19min. The temperature of the second drying is controlled at 75 degrees Celsius, the speed of the stirring shaft is controlled at 240r / min, and the time is controlled at 22min. The temperature of the third drying is controlled at 105 degrees Celsius, the speed of the stirring shaft is controlled at 260r / min, and the time is controlled at 28min.

[0025] Step three, packaging and storage: the ionic buckwheat husks obtained in step two are placed into a product storage tank via a conveyor, and then vacuum-packed using a vacuum packaging machine, and then stored in a dry and ventilated place to obtain the preparation method of the ionic buckwheat husks. Before using the equipment in steps one, two and three, it is necessary to check whether the grounding wire of the equipment is firm, and also check whether the insulation protection of the power supply is safe and reliable.

[0026] Embodiment 3: A method for preparing ionic buckwheat hulls, comprising the following steps: Step 1, cleaning and grinding: selecting germanium-containing ore and cleaning it by flushing, then putting the germanium-containing ore into a crusher for crushing to obtain small pieces of germanium-containing ore, then adding the small pieces of germanium-containing ore into a grinder for grinding, after grinding, it is necessary to screen it, and at the same time, the germanium ore powder with a particle size greater than 130 mesh is screened out and collected, and after accumulating a certain amount, it is necessary to put it into the grinder for grinding again, and then the germanium ore powder can be obtained and collected for processing;

[0027] Step 2, mixing processing: add the germanium ore powder obtained in step 1 into a blender for stirring, then add water into the blender and stir until the germanium ore powder is dissolved in the water, then add the binder into the blender, stir sufficiently to obtain the coating material, then add the buckwheat husk into the blender, continue stirring, and then dry it to evaporate the water, which then becomes negative monovalent oxygen ions adhered to the surface of the buckwheat husk, thereby generating negative ions, thereby obtaining ionic buckwheat husks, wherein the buckwheat husks are selected to have good brightness, neat particles, elasticity and The buckwheat husks should be free of dust, mold, oil and pesticides. After the buckwheat husks are selected, they need to be boiled in a boiling water pot for 5 minutes, then taken out and spread on a tray, and then dried in a sunny outdoor environment until they are dried. The buckwheat husks in step 2 need to be boiled and dried before being added to the blender, and then put into the blender fumigator, and then wormwood is ignited to fumigate and disinfect the buckwheat husks. At the same time, the stirring shaft in the blender needs to be controlled to rotate. The speed is controlled at 70r / min. After smoking for 20 minutes, the buckwheat husks are poured out and collected, and then placed in a cool, dry and ventilated place to cool naturally. When the germanium mineral powder is stirred and mixed with water, the stirring shaft speed of the mixer needs to be controlled at 500r / min, and the mixing time is controlled at 24min. When the adhesive is added to the mixer, the speed of the stirring shaft needs to be increased to 600r / min, and the stirring time of this process is controlled at 30min. After the buckwheat husks are added to the mixer in step 2, the stirring shaft needs to be increased to 600r / min. The stirring shaft speed of the mixer is controlled at 150r / min, and the stirring time is controlled at 40min. The subsequent drying is carried out in three times. The temperature of the first drying is controlled at 50 degrees Celsius, the speed of the stirring shaft is controlled at 200r / min, and the time is controlled at 20min. The temperature of the second drying is controlled at 80 degrees Celsius, the speed of the stirring shaft is controlled at 260r / min, and the time is controlled at 24min. The temperature of the third drying is controlled at 110 degrees Celsius, the speed of the stirring shaft is controlled at 280r / min, and the time is controlled at 30min.

[0028] Step three, packaging and storage: the ionic buckwheat husks obtained in step two are placed into a product storage tank via a conveyor, and then vacuum-packed using a vacuum packaging machine, and then stored in a dry and ventilated place to obtain the preparation method of the ionic buckwheat husks. Before using the equipment in steps one, two and three, it is necessary to check whether the grounding wire of the equipment is firm, and also check whether the insulation protection of the power supply is safe and reliable.

[0029] It can be seen that: a medicinal pillow for preventing and treating cervical vertebra diseases and a preparation method thereof, the filling material of which is mixed with a large amount of Chinese medicinal materials, and some patients' bodies are not recommended to use some Chinese medicinal materials, which reduces the scope of application of the medicinal pillow, and the sleep-aiding effect of the medicinal pillow is relatively single and limited, and it is difficult to meet the needs of people with poor sleep quality. The negative ions contained in the present invention can increase the plasma level of plasma leukocytes in the brain, which can help people fall asleep faster and maintain a deeper sleep throughout the night. The negative ions can reduce static electricity in the air, reduce the concentration of bacteria and mold in the air, eliminate harmful substances in the air, and assist in falling asleep from the side. It can also improve the user's comfort and relieve fatigue. At the same time, the unique material of buckwheat husks has moderate hardness and softness, and has a strong supporting effect on the head and neck, which can It provides a good support for the cervical spine and promotes blood circulation in the head, relaxes the muscles of the head, promotes sleep, and relieves the symptoms of insomnia. Therefore, the combination of the two substances further improves the efficacy and quality of the material in helping sleep, making the material particularly suitable for pillow fillings. At the same time, the raw materials are simple and applicable to a wide range of scenarios. The buckwheat husks are boiled in high temperature, dried, and smoked with wormwood before they are officially used. This can not only effectively prevent and eliminate the insect eggs carried by the buckwheat husks themselves, but also sterilize the buckwheat husks. At the same time, the buckwheat husks have a faint scent of wormwood after being smoked with wormwood, which can have a certain insect repellent effect in subsequent use, thereby enhancing the functional diversity of the material. Secondly, the preparation method has simple production steps, low cost, and good market prospects.

Claims

1. A method for preparing ionic buckwheat husks, characterized in that: The method comprises the following steps: Step 1, cleaning and grinding: selecting germanium-containing ore and cleaning it by flushing, then putting the germanium-containing ore into a crusher for crushing to obtain small pieces of germanium-containing ore, then adding the small pieces of germanium-containing ore into a grinder for grinding, and then obtaining germanium ore powder and collecting and processing it; Step 2, mixing processing: adding the germanium ore powder obtained in step 1 into a mixer for stirring, then adding water into the mixer and stirring until the germanium ore powder is dissolved in the water, then adding a binder into the mixer, stirring sufficiently to obtain a coating material, then adding buckwheat husks into the mixer, stirring continuously, and then drying them to evaporate the water, which then becomes negative monovalent oxygen ions adhering to the surface of the buckwheat husks, thereby generating negative ions, and thus obtaining ionic buckwheat husks; Step 3, packaging and storage: the ionic buckwheat husks obtained in step 2 are stored in a product storage tank via a conveyor, and then vacuum-packed using a vacuum packaging machine, and then stored in a dry and ventilated place, thereby obtaining the preparation method of the ionic buckwheat husks.

2. The method for preparing ionic buckwheat hulls according to claim 1, characterized in that: In the step 1, the small pieces of germanium-containing ore need to be screened after grinding, and the germanium ore powder with a particle size greater than 100-130 mesh is screened out and collected. After a certain amount is accumulated, it needs to be put into the grinder for further grinding.

3. The method for preparing ionic buckwheat hulls according to claim 2, characterized in that: The buckwheat husks in step 2 are selected from products with good brightness, neat particles, good elasticity and toughness, and are also required to be free of dirt, dust, mold, oil and pesticide odors.

4. The method for preparing ionic buckwheat husk according to claim 3, characterized in that: After the buckwheat husks in step 2 are selected, they need to be put into a boiling water pot and boiled for 3-5 minutes, then taken out and spread on a tray, and then the buckwheat husks are dried in an outdoor environment with sufficient sunlight until they are dried.

5. The method for preparing ionic buckwheat hulls according to claim 4, characterized in that: The buckwheat husks in the step 2 need to be boiled and dried before being added to the blender, and then placed in a blender fumigator, and then wormwood is ignited to fumigate and disinfect the buckwheat husks to kill insects. At the same time, the stirring shaft in the blender fumigator needs to be controlled to rotate, and its speed is controlled at 50-70r / min. After fumigation for 20 minutes, the buckwheat husks are poured out and collected, and then placed in a cool, dry and ventilated place to cool naturally.

6. The method for preparing ionic buckwheat hulls according to claim 5, characterized in that: When the germanium ore powder and water are stirred and mixed in the step 2, the stirring shaft speed of the mixer needs to be controlled at 400-500r / min, and the mixing time is controlled at 18-24min. After the adhesive is added to the mixer, the stirring shaft speed needs to be increased to 500-600r / min, and the stirring time of this process is controlled at 26-30min.

7. The method for preparing ionic buckwheat hulls according to claim 6, characterized in that: After adding buckwheat husks into the blender in the step 2, the speed of the blender shaft needs to be controlled at 120-150 r / min, and the stirring time is controlled at 30-40 min. The subsequent drying is carried out in three times. The temperature of the first drying is controlled at 40-50 degrees Celsius, the speed of the blender shaft is controlled at 180-200 r / min, and the time is controlled at 18-20 min. The temperature of the second drying is controlled at 70-80 degrees Celsius, the speed of the blender shaft is controlled at 220-260 r / min, and the time is controlled at 20-24 min. The temperature of the third drying is controlled at 100-110 degrees Celsius, the speed of the blender shaft is controlled at 240-280 r / min, and the time is controlled at 26-30 min.

8. The method for preparing ionic buckwheat hulls according to claim 7, characterized in that: Before using the equipment in step 1, step 2 and step 3, it is necessary to check whether the grounding wire of the equipment is firm, and also check whether the insulation protection of the power supply is safe and reliable.