技术领域Technical field
本发明属于调香技术领域，具体是一种固态气味料芯制备方法及调香方法。The invention belongs to the technical field of perfumery, and specifically relates to a preparation method for a solid scent material core and a perfumery method.
背景技术Background technique
调香是指调配香精的技术与艺术，是将几种乃至数十种天然及合成的香料通过一定的调制技艺配制出具有一定香型香韵的有香混合物，这种调和的香料通常成为香精。Fragrance refers to the technology and art of blending flavors. It is the preparation of several or even dozens of natural and synthetic spices through certain modulation techniques to create a fragrant mixture with a certain fragrance type. This blended spice usually becomes a flavor. .
调香不仅是一项工业技术，同时也是一门艺术。调香不但与化学和生理学有关，而且与美学和心理学也有密切的关系。它既需要丰富的配方技术经验，又需要灵敏的嗅觉和艺术修养。Fragrance is not only an industrial technology, but also an art. Fragrance is not only related to chemistry and physiology, but also has a close relationship with aesthetics and psychology. It requires not only rich experience in formula technology, but also a sensitive sense of smell and artistic accomplishment.
调香不是简单地把不同香气的香料混合，而是要达到各组分互相调和，具有一定的香型和风格、令人愉快的气味等，这是一门很高的技艺。Fragrance blending is not simply a mixture of spices with different aromas, but to achieve a harmonious blend of components to create a certain fragrance type and style, a pleasant smell, etc. This is a very high skill.
PVA:聚乙烯醇，是一种有机化合物，外观是白色片状、絮状或粉末状固体，无味，是重要的化工原料，用于制造聚乙烯醇缩醛、耐汽油管道和维尼纶、织物处理剂、乳化剂、纸张涂层、粘合剂、胶水等。PVA: Polyvinyl alcohol is an organic compound that appears as white flake, floc or powdery solid, odorless, and is an important chemical raw material used in the manufacture of polyvinyl acetal, gasoline-resistant pipes, vinylon, and fabrics. Treatments, emulsifiers, paper coatings, adhesives, glues, etc.
固相调香：相较于液态调香和气态调香而言，是指将固态原料香精进行混合从而调制出所需目标气味香精的方法。Solid phase flavoring: Compared with liquid flavoring and gaseous flavoring, it refers to a method of mixing solid raw material flavors to prepare the desired target scent flavor.
量子化：物理变化的最小份额称为量子，如能量、动量和角动量等物理量都有其最小值，他们都可以说是“一份一份”的，假定气味的存储单元也存在一个最小的不可分割量，基于此提出了气味量子。Quantization: The smallest share of a physical change is called a quantum. Physical quantities such as energy, momentum and angular momentum have their minimum values. They can all be said to be "part by part". It is assumed that the storage unit of smell also has a minimum value. Indivisible quantity, based on which the smell quantum was proposed.
现有的调香方法多为液相调香，即多种香精液体的混合，这种混合方式具有不可逆性，即已经加入混合液中的某一原料香精不可能再原原本本的提取出来。因此，一旦量加大了只能进行稀释后再相应地放大其他原料香精的加入量从而将过量原料香精的比例下调。这种方法将导致大量的原料香精浪费。Most of the existing fragrance mixing methods are liquid phase fragrance mixing, that is, the mixing of multiple flavor liquids. This mixing method is irreversible, that is, a certain raw material flavor that has been added to the mixed liquid cannot be extracted as it is. Therefore, once the amount is increased, it can only be diluted and then the added amount of other raw material flavors can be increased accordingly to reduce the proportion of excess raw material flavors. This method will result in a lot of waste of raw materials and flavors.
同时，现有方法多使用香精或精油等液体为原料的调香设备，如香薰机在使用过程中如发生倾倒液体会流入设备电路中，致使调香设备电路中的电子元器件损坏。同时，某些调香方法涉及使用明火、加热器或其他电器设备，存在一定的火灾、烫伤或电安全问题。如果不正确使用或保养这些设备，可能会引发危险。At the same time, existing methods mostly use fragrance equipment with liquids such as essences or essential oils as raw materials. For example, if the liquid is dumped during use of an aromatherapy machine, the liquid will flow into the equipment circuit, causing damage to the electronic components in the circuit of the fragrance equipment. At the same time, some methods of perfumery involve the use of open flames, heaters or other electrical equipment, which pose certain fire, burn or electrical safety issues. These devices may be dangerous if not properly used or maintained.
而且，在中药气味识别教学中，往往需要对每一种单一中药、混合中药进行备料，即气味与原料是一对一关系，需要多少种气味就得分别准备多少种原料。Moreover, in the teaching of traditional Chinese medicine odor identification, it is often necessary to prepare materials for each single Chinese medicine or mixed Chinese medicine. That is, the smell and raw materials have a one-to-one relationship, and as many types of raw materials as required are needed.
发明内容Contents of the invention
本发明的目的在于克服现有技术的缺陷，提供一种固态气味料芯制备方法及调香方法。The object of the present invention is to overcome the shortcomings of the prior art and provide a solid scent core preparation method and a fragrance mixing method.
为实现上述目的，本发明采用了如下技术方案：In order to achieve the above objects, the present invention adopts the following technical solutions:
一种固态气味料芯制备方法及调香方法，包括以下步骤：A method for preparing a solid scent core and a method for flavoring, including the following steps:
S1PVA溶液调配；S1PVA solution preparation;
S2球形料芯制备；S2 spherical core preparation;
S3固态气味料芯制备。Preparation of S3 solid odorant core.
优选的，所述步骤S1中，PVA溶液调配，具体包括：Preferably, in step S1, the PVA solution is prepared, specifically including:
S11首先用纯净水浸泡PVA粉末72小时，而后用400目滤网对其进行过滤、冲洗；S11 first soaks PVA powder in pure water for 72 hours, then filters and rinses it with a 400-mesh filter;
S12待清洗完成的PVA粉末自然晾干后，将其倒入100℃的沸水中并混合搅拌，制成PVA溶液。S12 After the cleaned PVA powder is naturally dried, pour it into 100°C boiling water and mix and stir to make a PVA solution.
优选的，所述步骤S11中，PVA粉末与纯净水的质量比为1：5。Preferably, in step S11, the mass ratio of PVA powder to purified water is 1:5.
优选的，所述步骤S12之前，为了确保PVA粉末充分除酸，重复步骤S11至少一次。Preferably, before step S12, in order to ensure that the PVA powder is fully deacidified, step S11 is repeated at least once.
优选的，所述步骤S2中，球形料芯制备，具体包括：Preferably, in step S2, the preparation of spherical core specifically includes:
S21将SiO2粉末按1：4的质量比倒入步骤S1配制好的PVA溶液中，并进行充分地搅拌使其混合均匀成粘稠状，待其手捏可成型时将其倒入挤出机进行挤丝成型；S21 Pour the SiO2 powder into the PVA solution prepared in step S1 according to the mass ratio of 1:4, and stir it thoroughly to mix it into a viscous state. When it can be molded by hand, pour it into the extruder. Machine for extrusion molding;
S22将丝状的SiO2混合物送入制丸机进行造粒，制丸机出来的SiO2混合物呈微小颗粒状，最后将其放入恒温干燥箱中在70℃下烘烤至少24小时，至此，球形料芯制作完成。S22 sends the filamentous SiO2 mixture into the pill making machine for granulation. The SiO2 mixture coming out of the pill making machine is in the form of tiny particles. Finally, it is put into a constant temperature drying oven and baked at 70°C for at least 24 hours. , the spherical core is completed.
优选的，所述步骤S3中，固态气味料芯制备，具体包括：Preferably, in step S3, the preparation of solid odorant core specifically includes:
将步骤S2所制作的球形料芯浸没在目标液态气味香精中浸泡24小时，随后取出并封装，固态气味料芯制备完成。The spherical core produced in step S2 is immersed in the target liquid scent essence for 24 hours, and then taken out and packaged. The preparation of the solid scent core is completed.
第二方面，一种固态气味料芯调香方法，包括以下步骤：In the second aspect, a method for flavoring a solid scent material core includes the following steps:
将配方比例的若干种固态气味料芯分别放在混香料盒的若干料仓内；Place several solid scent cores in formula proportions in several bins of the spice mixing box;
将混香盖扣在混香料盒顶部，混合一段时间后，从出香嘴进行试嗅与辨香；Attach the fragrance mixing lid to the top of the spice mixing box. After mixing for a period of time, smell and identify the aroma from the fragrance outlet;
其中，固态气味料芯包括起粗调作用的大颗粒料芯及起精调作用的小颗粒料芯，控制相同类别的大颗粒料芯和小颗粒料芯颗粒大小、形状一致且颗粒直径小于1mm，则调香分辨率可小于0.5mg。Among them, the solid odor material core includes a large particle material core for coarse adjustment and a small particle material core for fine adjustment. The size and shape of the large particle material core and small particle material core of the same category are controlled to be consistent and the particle diameter is less than 1mm. , then the fragrance resolution can be less than 0.5mg.
优选的，料仓中的气味自然挥发经混香盖后混合，最后从出香嘴中流出。Preferably, the smell in the bin naturally evaporates and is mixed through the fragrance mixing cover, and finally flows out from the fragrance mouth.
优选的，通过涡扇、气泵等供气元件进行鼓风、负压抽吸等操作，加速料仓中的香精气味的挥发与混合。Preferably, operations such as blowing and negative pressure suction are performed through air supply components such as turbofans and air pumps to accelerate the volatilization and mixing of the fragrance odor in the silo.
优选的，所述混香料盒采用圆形结构，若干料仓成环形阵列分布，出香嘴开设于混香盖顶部中心处。Preferably, the spice mixing box adopts a circular structure, with several bins distributed in an annular array, and the fragrance outlet is located at the center of the top of the fragrance mixing cover.
综上所述，由于采用了上述技术方案，本发明的有益效果是：In summary, due to the adoption of the above technical solutions, the beneficial effects of the present invention are:
本发明中，提出了量子化固态调香方法，原料香精为固相微颗粒，只需换用不同规格的制丸机，可制备出一系列不同粒径的固态气味料芯，为后续固态量子化调香奠定基础，调香过程既可做加法也可做减法，过量的原料香精颗粒可随时提取出来，完美地解决了传统液态调香造成的原料香精浪费问题，同时，仅需在气味存储微颗粒的制作过程需要对颗粒质量严格把控，在调香过程仅需对数量进行控制即可，实操性大大增强；而且，仅需准备少数几种原料，而得到多于原料数的气味种类，极大地方便了中医药香的辨识教学，也有利于中医药的宣传推广。In the present invention, a quantum solid-state flavoring method is proposed. The raw material flavor is solid-phase microparticles. It only needs to use a pill making machine of different specifications to prepare a series of solid-state flavor cores of different particle sizes, which provide the basis for subsequent solid-state quantum It lays the foundation for chemical fragrance blending. The fragrance blending process can be either additive or subtractive. Excess raw material essence particles can be extracted at any time, which perfectly solves the problem of waste of raw material essence caused by traditional liquid fragrance. At the same time, it only needs to be stored in the scent The production process of micro-particles requires strict control of the quality of the particles. In the fragrance-making process, only the quantity is required, which greatly enhances the practicality; moreover, only a few raw materials need to be prepared to obtain more scents than the number of raw materials. The variety greatly facilitates the identification and teaching of traditional Chinese medicine incense, and is also conducive to the promotion of traditional Chinese medicine.
附图说明Description of the drawings
图1是本发明中PVA粘合剂调制流程图；Figure 1 is a flow chart for preparing PVA adhesive in the present invention;
图2是本发明中球形料芯制作流程图；Figure 2 is a flow chart for making spherical cores in the present invention;
图3是本发明中料芯浸泡流程图；Figure 3 is a flow chart of the soaking of the material core in the present invention;
图4是本发明中量子化调香示意图；Figure 4 is a schematic diagram of quantum fragrance blending in the present invention;
图5是本发明中混香料盒结构示意图。Figure 5 is a schematic structural diagram of the spice mixing box of the present invention.
具体实施方式Detailed ways
以下结合附图1-5，进一步说明本发明一种固态气味料芯制备方法及调香方法的具体实施方式。本发明一种固态气味料芯制备方法及调香方法不限于以下实施例的描述。The specific embodiments of a solid scent core preparation method and a fragrance mixing method of the present invention will be further described below with reference to the accompanying drawings 1-5. The preparation method and fragrance mixing method of a solid scent core of the present invention are not limited to the description of the following examples.
实施例1：Example 1:
一种固态气味料芯制备方法，如图1-3所示，包括以下步骤：A method for preparing solid odorant cores, as shown in Figure 1-3, includes the following steps:
S1PVA溶液调配；S1PVA solution preparation;
S2球形料芯制备；S2 spherical core preparation;
S3固态气味料芯制备。Preparation of S3 solid odorant core.
进一步的，步骤S1中，PVA溶液调配，具体包括：Further, in step S1, the PVA solution is prepared, specifically including:
S11首先用纯净水浸泡PVA粉末72小时，而后用400目滤网对其进行过滤、冲洗；S11 first soaks PVA powder in pure water for 72 hours, then filters and rinses it with a 400-mesh filter;
S12待清洗完成的PVA粉末自然晾干后，将其倒入100℃的沸水中并混合搅拌，制成PVA溶液。S12 After the cleaned PVA powder is naturally dried, pour it into 100°C boiling water and mix and stir to make a PVA solution.
进一步的，步骤S11中，PVA粉末与纯净水的质量比为1：5。Further, in step S11, the mass ratio of PVA powder to pure water is 1:5.
进一步的，步骤S12之前，为了确保PVA粉末充分除酸，重复步骤S11至少一次。Further, before step S12, in order to ensure that the PVA powder is fully deacidified, step S11 is repeated at least once.
进一步的，步骤S2中，球形料芯制备，具体包括：Further, in step S2, spherical core preparation specifically includes:
S21将SiO2粉末按1：4的质量比倒入步骤S1配制好的PVA溶液中，并进行充分地搅拌使其混合均匀成粘稠状，待其手捏可成型时将其倒入挤出机进行挤丝成型；S21 Pour the SiO2 powder into the PVA solution prepared in step S1 according to the mass ratio of 1:4, and stir it thoroughly to mix it into a viscous state. When it can be molded by hand, pour it into the extruder. Machine for extrusion molding;
S22将丝状的SiO2混合物送入制丸机进行造粒，制丸机出来的SiO2混合物呈微小颗粒状，最后将其放入恒温干燥箱中在70℃下烘烤至少24小时，至此，球形料芯制作完成。S22 sends the filamentous SiO2 mixture into the pill making machine for granulation. The SiO2 mixture coming out of the pill making machine is in the form of tiny particles. Finally, it is put into a constant temperature drying oven and baked at 70°C for at least 24 hours. , the spherical core is completed.
进一步的，步骤S3中，固态气味料芯制备，具体包括：Further, in step S3, the preparation of solid odorant core specifically includes:
将步骤S2所制作的球形料芯浸没在目标液态气味香精中浸泡24小时，随后取出并封装，固态气味料芯制备完成。The spherical core produced in step S2 is immersed in the target liquid scent essence for 24 hours, and then taken out and packaged. The preparation of the solid scent core is completed.
进一步的，还包括量子化调香验证，在步骤S3中，分别用丁香、甘松、沉香、檀香、降香、当归、龙脑和广藿8种中药香精作为原料香精，制备得到8种具有中药药香的固态气味料芯。Further, it also includes quantum fragrance verification. In step S3, 8 traditional Chinese medicine flavors of clove, spikenard, agarwood, sandalwood, colloquium, angelica, borneol and patchouli are used as raw materials to prepare 8 flavors. A solid scented material core with the aroma of traditional Chinese medicine.
对于每一种香精料芯进行了称重测试，其结果如表1、表2所示。A weighing test was conducted for each flavor core, and the results are shown in Table 1 and Table 2.
如表1所示，当料芯颗粒直径为5mm时，每一种香精的“气味量子”质量在90mg-103mg之间，其香精存储量在60mg左右。该颗粒料芯作为“气味量子”可用于较为粗略的量子化固相调香。As shown in Table 1, when the core particle diameter is 5mm, the "odor quantum" mass of each flavor is between 90mg and 103mg, and its flavor storage capacity is about 60mg. The particle core can be used as a "smell quantum" for relatively rough quantum solid-phase perfumery.
表1.料芯颗粒直径5mmTable 1. Core particle diameter 5mm
如表2所示，当料芯颗粒直径为1mm时，每一种香精的“气味量子”质量在0.72mg-0.83mg之间，其香精存储量在0.5mg左右。对于一般调香来说，该量级的料芯颗粒作为“气味量子”是足够精确的，因此可用于较为精准的量子化固相调香。As shown in Table 2, when the core particle diameter is 1mm, the "odor quantum" mass of each flavor is between 0.72mg and 0.83mg, and its flavor storage capacity is about 0.5mg. For general perfumery, core particles of this magnitude are accurate enough as "odor quanta" and can therefore be used for more precise quantum solid-phase perfumery.
表2.料芯颗粒直径1mmTable 2. Core particle diameter 1mm
此外，在香精量较大的调香场合，可以将两种直径甚至多种直径的料芯颗粒结合起来完成快速的固相调香，大直径颗粒作为粗调量，小直径颗粒作为精调量。In addition, in situations where the amount of essence is large, core particles of two diameters or even multiple diameters can be combined to complete rapid solid-phase flavoring. The large-diameter particles are used as the coarse adjustment amount, and the small-diameter particles are used as the fine adjustment amount. .
实施例2：Example 2:
一种固态气味料芯调香方法，包括以下步骤：A method for flavoring a solid scent material core, including the following steps:
将配方比例的若干种固态气味料芯分别放在混香料盒1的若干料仓11内；Place several solid scent cores in formula proportions in several bins 11 of the spice mixing box 1 respectively;
将混香盖12扣在混香料盒1顶部，混合一段时间后，从出香嘴121进行试嗅与辨香；Fasten the fragrance mixing lid 12 on the top of the spice mixing box 1, and after mixing for a period of time, smell and identify the fragrance from the fragrance outlet 121;
其中，固态气味料芯包括起粗调作用的大颗粒料芯及起精调作用的小颗粒料芯，控制相同类别的大颗粒料芯和小颗粒料芯颗粒大小、形状一致且颗粒直径小于1mm，调香分辨率小于0.5mg。Among them, the solid odor material core includes a large particle material core for coarse adjustment and a small particle material core for fine adjustment. The size and shape of the large particle material core and small particle material core of the same category are controlled to be consistent and the particle diameter is less than 1mm. , the fragrance resolution is less than 0.5mg.
进一步的，调香精度主要取决于前述固体料芯微颗粒的制作质量，控制料芯颗粒大小、形状一致且颗粒直径小于1mm，则调香分辨率可小于0.5mg。改进料芯制作方法，颗粒料芯可进一步缩小粒径，即可进一步提升调香的精度。Furthermore, the accuracy of flavoring mainly depends on the production quality of the aforementioned solid core micro-particles. If the size and shape of the core particles are consistent and the particle diameter is less than 1mm, the flavoring resolution can be less than 0.5mg. By improving the core production method, the particle core can further reduce the particle size, which can further improve the accuracy of fragrance blending.
进一步的，调香过程结合使用大颗粒料芯和小颗粒料芯，大颗粒料芯起粗调作用，小颗粒料芯起精调作用，二者结合可提升调香效率。对于量较大的调香场合，可兼顾调香精度和调香效率。Furthermore, the fragrance blending process uses a combination of large particle material cores and small particle material cores. The large particle material cores play the role of coarse adjustment, and the small particle material cores play the role of fine adjustment. The combination of the two can improve the efficiency of fragrance blending. For large-volume fragrance situations, both fragrance accuracy and fragrance efficiency can be taken into consideration.
进一步的，料仓11中的气味自然挥发经混香盖12后混合，最后从出香嘴121中流出。Further, the smell in the bin 11 naturally volatilizes and is mixed through the fragrance mixing cover 12 , and finally flows out from the fragrance outlet 121 .
进一步的，通过涡扇、气泵等供气元件进行鼓风、负压抽吸等操作，加速料仓11中的香精气味的挥发与混合。Furthermore, operations such as blowing and negative pressure suction are performed through air supply components such as turbofans and air pumps to accelerate the volatilization and mixing of the fragrance smell in the silo 11 .
进一步的，混香料盒1采用圆形结构，若干料仓11成环形阵列分布，出香嘴121开设于混香盖12顶部中心处。Furthermore, the spice mixing box 1 adopts a circular structure, with several bins 11 distributed in an annular array, and the fragrance outlet 121 is located at the center of the top of the fragrance mixing lid 12 .
进一步的，根据目标香味组分，计算所需各原料组分的气味量子数量，基于各原料组分的大直径固态气味料芯和小直径固态气味料芯进行调整，分别放在不同的料仓11内。Further, according to the target aroma components, calculate the odor quantum number of each raw material component required, adjust based on the large-diameter solid odor core and small-diameter solid odor core of each raw material component, and place them in different silos. Within 11.
实施例3：Example 3:
一种固态气味料芯调香方法，包括以下步骤：A method for flavoring a solid scent material core, including the following steps:
如图4所示。将实施例1中的8种原料香精颗粒按一定的比例置入八分混香料盒11种，料盒的8个料仓相互独立，对于每一个料仓既可以进行原料香精颗粒的添加操作(对单一原料做加法)，也可以进行香精颗粒的移除操作(对单一原料做减法)，这是液态混香及气相混香均无法达到的效果。As shown in Figure 4. The 8 kinds of raw material flavor particles in Example 1 are placed into 11 kinds of eight-part mixed flavor boxes in a certain proportion. The 8 bins of the material box are independent of each other. The adding operation of raw material flavor particles can be performed for each bin ( Addition to a single raw material), or the removal of flavor particles (subtraction to a single raw material), which is an effect that neither liquid fragrance mixing nor gas phase fragrance mixing can achieve.
试嗅与辨香环节需要将混香盖12安装在八分料盒1上，如图5所示，料仓11中的各种气味自然挥发经混香盖后混合，最后从出香嘴121中流出。此外，还可以用涡扇、气泵等供气元件进行鼓风、负压抽吸等操作，加速料仓中的香精气味的挥发与混合。During the sniffing and aroma identification process, the aroma mixing cover 12 needs to be installed on the eight-point material box 1. As shown in Figure 5, various odors in the material bin 11 are naturally volatilized and mixed through the aroma mixing cap, and finally come out of the aroma outlet 121. outflow. In addition, air supply components such as turbofans and air pumps can also be used for operations such as blowing and negative pressure suction to accelerate the volatilization and mixing of the fragrance odor in the silo.
实施例4：Example 4:
一种固态气味料芯调香方法，调制本草清神香。《本草清神香》依照古香方，结合当今用香人群对香气的喜好，精选道地香药，严谨炮制、配伍、和合、修制。以沉香、老山檀香和降真香为君香，构建出较为稳重的香气基调，并以一众香药调和，优化丰富整体香韵。药香怡人略带清凉，香气清和悠远，留香持久，温而不燥，行而不泄，具有平心静气，安神助眠，舒缓情绪的作用。其量子化固相调香配方如下：A method for blending fragrance with a solid scent material core to prepare the refreshing fragrance of herbal medicine. "Bencao Qingshen Xiang" is based on ancient fragrant prescriptions and combined with the preferences of today's fragrance users for fragrance. It selects authentic fragrant herbs and rigorously processes, mixes, blends, and prepares them. Agarwood, Laoshan sandalwood and Jiangzhen incense are used as the royal incense to build a more stable aroma base, and are blended with a number of aromatic herbs to optimize and enrich the overall fragrance. The medicinal fragrance is pleasant and slightly cool, the fragrance is clear and long-lasting, the fragrance is long-lasting, warm but not drying, and can be used to calm the mind, soothe the mind, help sleep, and soothe the mood. Its quantum solid phase fragrance formula is as follows:
计算所需原料组分的大直径固态气味料芯数量和小直径固态气味料芯数量，使得气味量子数量为配方量，分别放在混香料盒1的若干料仓11内；Calculate the number of large-diameter solid odor cores and the number of small-diameter solid odor cores of the required raw material components, so that the number of odor quanta is the formula amount, and place them in several bins 11 of the spice mixing box 1 respectively;
将混香盖12扣在混香料盒1顶部，混合一段时间后，从出香嘴121进行试嗅与辨香。Fasten the fragrance mixing lid 12 on the top of the spice mixing box 1. After mixing for a period of time, smell and identify the fragrance from the fragrance outlet 121.
综上：To sum up:
本发明中，提出了量子化固态调香方法，原料香精为固相微颗粒，只需换用不同规格的制丸机，可制备出一系列不同粒径的固态气味料芯，为后续固态量子化调香奠定基础，调香过程既可做加法也可做减法，过量的原料香精颗粒可随时提取出来，完美地解决了传统液态调香造成的原料香精浪费问题。In the present invention, a quantum solid-state flavoring method is proposed. The raw material flavor is solid-phase microparticles. It only needs to use a pill making machine of different specifications to prepare a series of solid-state flavor cores of different particle sizes, which provide the basis for subsequent solid-state quantum It lays the foundation for chemical flavoring. The flavoring process can be both additive and subtractive. Excess raw flavor particles can be extracted at any time, which perfectly solves the problem of waste of raw materials and flavors caused by traditional liquid flavoring.
本发明中，提出量子化调香，在调香前将气味单元分割为质量小于0.5mg的“气味量子”(假定最小气味单元)，随后利用该“气味量子”进行香味调制。因此，仅在气味存储微颗粒的制作过程需要对颗粒质量严格把控，在调香过程仅需对数量进行控制即可，实操性大大增强。In the present invention, quantum fragrance blending is proposed. Before fragrance blending, the odor unit is divided into "odor quanta" with a mass less than 0.5 mg (assuming the smallest odor unit), and then the "odor quantum" is used for flavor modulation. Therefore, only in the production process of odor storage micro-particles, the quality of the particles needs to be strictly controlled, and in the fragrance mixing process, only the quantity is required, which greatly enhances the practicality.
本发明中，通过所提的量子化固相调香，仅需准备少数几种原料，而得到多于原料数的气味种类，极大地方便了中医药香的辨识教学，也有利于中医药的宣传推广。In the present invention, through the proposed quantum solid-phase fragrance blending, only a few raw materials are needed to prepare more odor types than the number of raw materials, which greatly facilitates the identification and teaching of traditional Chinese medicine fragrance and is also beneficial to the development of traditional Chinese medicine. Promotion.
以上内容是结合具体的优选实施方式对本发明所作的进一步详细说明，不能认定本发明的具体实施只局限于这些说明。对于本发明所属技术领域的普通技术人员来说，在不脱离本发明构思的前提下，还可以做出若干简单推演或替换，都应当视为属于本发明的保护范围。The above content is a further detailed description of the present invention in combination with specific preferred embodiments, and it cannot be concluded that the specific implementation of the present invention is limited to these descriptions. For those of ordinary skill in the technical field to which the present invention belongs, several simple deductions or substitutions can be made without departing from the concept of the present invention, and all of them should be regarded as belonging to the protection scope of the present invention.
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202311542551.6ACN117305021A (en) | 2023-11-20 | 2023-11-20 | Preparation method and flavoring method of solid-state odor material core |
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| CN202311542551.6ACN117305021A (en) | 2023-11-20 | 2023-11-20 | Preparation method and flavoring method of solid-state odor material core |
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| Application Number | Title | Priority Date | Filing Date |
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| CN202311542551.6APendingCN117305021A (en) | 2023-11-20 | 2023-11-20 | Preparation method and flavoring method of solid-state odor material core |
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| CN105112162A (en)* | 2015-08-25 | 2015-12-02 | 东莞波顿香料有限公司 | Multifunctional essence slow-release carrier and preparation method thereof |
| CN106753898A (en)* | 2017-01-06 | 2017-05-31 | 南京福科帝生物科技有限公司 | A kind of odor prolongation clothes washing compositions of additives containing porous-starch and preparation method thereof |
| CN109123775A (en)* | 2018-08-06 | 2019-01-04 | 江西中烟工业有限责任公司 | A kind of heating of the perfume (or spice) of solid-state containing herbal odor type pearl is not burnt cigarette and preparation method thereof |
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| US20130160780A1 (en)* | 2010-08-24 | 2013-06-27 | Japan Tobacco Inc. | Non-heating type flavor inhalator and method of manufacturing flavor cartridge |
| CN105112162A (en)* | 2015-08-25 | 2015-12-02 | 东莞波顿香料有限公司 | Multifunctional essence slow-release carrier and preparation method thereof |
| CN106753898A (en)* | 2017-01-06 | 2017-05-31 | 南京福科帝生物科技有限公司 | A kind of odor prolongation clothes washing compositions of additives containing porous-starch and preparation method thereof |
| CN109123775A (en)* | 2018-08-06 | 2019-01-04 | 江西中烟工业有限责任公司 | A kind of heating of the perfume (or spice) of solid-state containing herbal odor type pearl is not burnt cigarette and preparation method thereof |
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