阅读说明：本技术 一种金丝皇菊的残花、茎、叶进行提取分离装置 (Incomplete flower, stem, leaf of golden-silk huang chrysanthemum carry out extraction separator ) 是由 胡晴 于 2021-09-26 设计创作，主要内容包括：本发明提供了一种金丝皇菊的残花、茎、叶进行提取分离装置,运用于化学技术领域；由上至下依次包括为：分离机构、解析机构和提取机构；所述分离机构通过第一、第二和第三滑道贯通连接至解析机构,所述提取机构设于解析机构的侧端；本发明通过对金丝皇菊的残花、茎、叶的活性成分进行提取分离,获得多个具有高活性的黄酮成分,有效抑制细胞内脂含量活性成分；本发明通过对金丝皇菊的残花、茎、叶进行提取分离、明确物质基础,并将其制备成高渗透的纳米脂质体护肤品和洗护用品。(The invention provides a device for extracting and separating residual flowers, stems and leaves of golden-silk Huang chrysanthemum, which is applied to the technical field of chemistry; from top to bottom include in proper order and be: the separation mechanism, the analysis mechanism and the extraction mechanism; the separation mechanism is communicated with the analysis mechanism through a first slideway, a second slideway and a third slideway, and the extraction mechanism is arranged at the side end of the analysis mechanism; according to the invention, a plurality of flavone components with high activity are obtained by extracting and separating the active components of the residual flowers, stems and leaves of the golden-silk royal chrysanthemum, so that the active components of intracellular lipid content are effectively inhibited; the invention extracts and separates the residual flowers, stems and leaves of the golden-silk royal chrysanthemum, defines the material base and prepares the residual flowers, stems and leaves into the high-permeability nano liposome skin care product and the washing product.)

1. The utility model provides a incomplete flower, stem, leaf of gold wire huang chrysanthemum carry out extraction and separation device which characterized in that, extraction and separation device from top to bottom includes in proper order and is: the separation mechanism, the analysis mechanism and the extraction mechanism;

the separating mechanism is connected to the analyzing mechanism through the first slide, the second slide and the third slide in a penetrating mode, and the extracting mechanism is arranged at the side end of the analyzing mechanism.

2. The device for extracting and separating the residual flowers, stems and leaves of the golden-silk chrysanthemum according to claim 1, wherein the separating mechanism comprises a fixed cylinder, a first separating port, a second separating port and a third separating port, the fixed cylinder is fixedly provided with the first separating port, the second separating port and the third separating port, the first separating port is arranged at the upper end of the fixed cylinder, the second separating port is arranged at the middle end of the fixed cylinder, and the third separating port is arranged at the bottom end of the fixed cylinder.

3. The device for extracting and separating the residual flowers, stems and leaves of the golden-silk chrysanthemums as claimed in claim 2, wherein the fixed cylinder further comprises cutting openings, and the cutting openings are all arranged in the inner cavities of the first separating opening, the second separating opening and the third separating opening.

4. The device for extracting and separating the residual flowers, stems and leaves of golden-silk chrysanthemum according to claim 1, wherein the first, second and third slide ways further comprise a conveying fixing plate, a conveying driving rotating shaft, a conveying driven rotating shaft, a fixed limiting shaft, a limiting lug and a conveying belt, the conveying fixing plate is arranged on the first, second and third slide ways, the conveying driving rotating shaft and the conveying driven rotating shaft are respectively arranged at two ends of the conveying fixing plate, the fixed limiting shaft is arranged at the joint of the separating mechanism and the first, second and third slide ways, the limiting lug is arranged at the bottom end of the conveying fixing plate, and the conveying belt is wound on the conveying driving rotating shaft, the conveying driven rotating shaft and the fixed limiting shaft.

5. The device for extracting and separating the residual flowers, stems and leaves of the golden-silk chrysanthemums according to claim 1, wherein the resolving mechanism comprises a steaming port, a return port and a sound wave port, the steaming port is communicated with the first separating port through a first slide way, the return port is communicated with the second separating port through a second slide way, and the sound wave port is communicated with the third separating port through a third slide way.

6. The device for extracting and separating the residual flowers, stems and leaves of golden-silk chrysanthemums as claimed in claim 5, wherein the steaming opening further comprises a steam hole and a gas hood, the steam hole is formed at the bottom end of the steaming opening, and the gas hood covers the steaming opening.

7. The device for extracting and separating the residual flowers, stems and leaves of the golden-silk chrysanthemum according to claim 5, wherein the return opening further comprises an immersing box and a resistance heating block, the immersing box is arranged on the return opening, and the resistance heating block is arranged on two sides of the inner wall of the bottom end of the immersing box.

8. The device for extracting and separating the residual flowers, stems and leaves of golden-silk chrysanthemum according to claim 5, wherein the sound wave port further comprises a heating box and a sound wave device, the heating box is arranged on the sound wave port, and the sound wave device is fixedly arranged in the inner cavity of the heating box.

9. The device for extracting and separating the residual flowers, stems and leaves of the golden-silk chrysanthemum according to claim 1, wherein the extracting mechanism further comprises a mobile terminal, a fixed limiting roller, a fixed driving rotating shaft, a fixed driven rotating shaft and an extracting gun head, the mobile terminal is arranged above the resolving mechanism, the fixed limiting roller is arranged at the tail part of the mobile terminal, the fixed driving rotating shaft and the fixed driven rotating shaft are arranged at one side of the fixed limiting roller, and the extracting gun head is arranged at the head end of the mobile terminal.

10. The device for extracting and separating the residual flowers, stems and leaves of golden-silk chrysanthemum morifolium as claimed in claim 9, wherein the extraction gun head further comprises an adsorption gun head, a first stock tank, a second stock tank, a third stock tank and a limiting block, the adsorption gun head is connected with the first stock tank, the second stock tank and the third stock tank through an adsorption channel, and the adsorption channel converts the adsorbed stock tank into the first stock tank, the second stock tank or the third stock tank through the limiting block.

Technical Field

The invention relates to the technical field of chemistry, in particular to a device for extracting and separating residual flowers, stems and leaves of golden-silk Huang chrysanthemum.

Background

The golden-silk chrysanthemum has the characteristics of large flower, fresh and yellow flower, thick and dense petals and many and compact petals, has fragrant smell, belongs to a dual-purpose good product of medicine and tea, is praised as the top product of chrysanthemum due to great shape and beauty and fragrant and sweet taste, and has higher price than other chrysanthemum. The golden-silk chrysanthemum has extremely high flavone content, is rich in various amino acids, vitamins and trace elements, has the characteristics of fragrance, sweetness and moisture, has the effects of dispelling wind heat, improving eyesight and the like, is popular with consumers, and is sold at home and abroad; the golden emperor chrysanthemum is better known as the top grade of chrysanthemum due to the big shape and the fragrant and sweet taste, belongs to a dual-purpose product of medicine and tea, and researches show that the golden emperor chrysanthemum has extremely high flavone content, is rich in various amino acids, vitamins and trace elements, and has far higher content than that of common chrysanthemum.

However, the shape requirement of the golden-silk chrysanthemum finished tea is high, and the residual flower branches generated in the production process can only be used as waste materials, so that the economic value is low and the environmental burden is caused. Although new active substances capable of improving the skin are continuously discovered, the skin penetration capacity of the golden-silk chrysanthemums is poor, the application of the golden-silk chrysanthemums in skin care and beauty products is greatly limited, and the active ingredients can only stay in the stratum corneum and are difficult to penetrate into basal layer cells to play a role.

In view of the above, the present invention provides a device for extracting and separating the residual flowers, stems, and leaves of golden-silk Huang chrysanthemum, aiming at the residual flowers and branches generated in the production process proposed by the above background art, so as to solve the problems that the residual flowers and branches can only be used as waste materials, have no economic value, and cause environmental burden.

Disclosure of Invention

The invention aims to solve the problems that the residual flowers, stems and leaves of the golden-silk Huang chrysanthemum have no economic value and cause environmental burden, and provides a device for extracting and separating the residual flowers, stems and leaves of the golden-silk Huang chrysanthemum.

The invention provides a device for extracting and separating residual flowers, stems and leaves of golden-silk Huang chrysanthemum, which comprises: separating mechanism, analyzing mechanism and extracting mechanism

The separating mechanism is connected to the analyzing mechanism through the first slide, the second slide and the third slide in a penetrating mode, and the extracting mechanism is arranged at the side end of the analyzing mechanism.

Further, separating mechanism is including fixed drum, first separation mouth, second separation mouth and third separation mouth, fixed drum fixed mounting has first separation mouth, second separation mouth and third separation mouth, fixed drum upper end is located to first separation mouth, the middle-end of fixed drum is located to the second separation mouth, the bottom of fixed drum is located to the third separation mouth.

Further, fixed drum is still including the cutting mouth, the cutting mouth all is located in first separation mouth, second separation mouth and the third separation mouth inner chamber.

Further, first, second and third slide still including conveying fixed plate, conveying initiative pivot, conveying driven rotating shaft, fixed spacing axle, spacing lug and conveyer belt, the conveying fixed plate is located on first, second and the third slide, the both ends of conveying fixed plate are located respectively to conveying initiative pivot and conveying driven rotating shaft, the department of meeting of separating mechanism and first, second and third slide is located to fixed spacing axle, the bottom of conveying fixed plate is located to spacing lug, conveyer belt wire-wound joint conveying initiative pivot, conveying driven rotating shaft and fixed spacing epaxial.

Further, analytic mechanism is including evaporating and is smelted mouth, backward flow mouth and sound wave mouth, evaporate and smelt the mouth through first slide and first separation mouth through-connection, the backward flow mouth passes through second slide and second separation mouth through-connection, the sound wave mouth passes through third slide and third separation mouth through-connection.

Furthermore, the steaming opening further comprises a steam hole and a gas hood, the steam hole is formed in the bottom end of the steaming opening, and the gas hood covers the steaming opening.

Furthermore, the backflow port further comprises an immersion box and a resistance heating block, the immersion box is arranged on the backflow port, and the resistance heating block is arranged on two sides of the inner wall of the bottom end of the immersion box.

Furthermore, the sound wave port further comprises a heating box and a sound wave device, the heating box is arranged on the sound wave port, and the sound wave device is fixedly arranged in the inner cavity of the heating box.

Further, the extraction mechanism further comprises a mobile terminal, a fixed limiting roller, a fixed driving rotating shaft, a fixed driven rotating shaft and an extraction gun head, wherein the mobile terminal is arranged above the analysis mechanism, the fixed limiting roller is arranged at the tail part of the mobile terminal, the fixed driving rotating shaft and the fixed driven rotating shaft are arranged at one side of the fixed limiting roller, and the extraction gun head is arranged at the head end of the mobile terminal.

Further, draw rifle head still including adsorbing rifle head, first stock bin, second stock bin, third stock bin and stopper, adsorb the rifle head through adsorb the chamber way with first stock bin, second stock bin and third stock bin are connected, it does to adsorb the chamber way through stopper conversion adsorbed stock bin first stock bin, second stock bin or third stock bin.

The invention provides a device for extracting and separating residual flowers, stems and leaves of golden-silk Huang chrysanthemum, which has the following beneficial effects:

1. according to the invention, a plurality of flavone components with high activity are obtained by extracting and separating the active components of the residual flowers, stems and leaves of the golden-silk royal chrysanthemum, so that the active components of intracellular lipid content are effectively inhibited;

2. the invention extracts and separates the residual flowers, stems and leaves of the golden-silk royal chrysanthemum, defines the material base and prepares the residual flowers, stems and leaves into the high-permeability nano liposome skin care product and the washing product.

Drawings

FIG. 1 is a cross-sectional view showing the overall structure of an embodiment of the device for extracting and separating the residual flowers, stems and leaves of King-viru chrysanthemum of the present invention;

FIG. 2 is a schematic view of the whole of the first, second and third separation ports of another embodiment of the device for extracting and separating the residual flowers, stems and leaves of the golden-silk Huang chrysanthemum according to the present invention;

FIG. 3 is a cross-sectional view showing the overall structure of a distillation opening, a reflux opening and a sound wave opening of another embodiment of the device for extracting and separating the residual flowers, stems and leaves of the golden-silk Huangju according to the present invention;

FIG. 4 is a top view of another embodiment of the device for extracting and separating the residual flowers, stems and leaves of the golden-silk Huang chrysanthemum according to the present invention;

the implementation, functional features and advantages of the present invention will be further described with reference to the accompanying drawings.

Detailed Description

It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Referring to fig. 1, an extracting and separating device for residual flowers, stems, and leaves of golden-silk chrysanthemums in an embodiment of the present invention includes, from top to bottom: a separation mechanism (1), a resolution mechanism (2) and an extraction mechanism (3)

Separating mechanism (1) through first, second and third slide through connection to analysis mechanism (2), draw the side that mechanism (3) were located analysis mechanism (2).

In a specific embodiment: the method comprises the steps of putting the residual flowers, stems and leaves of the golden-silk royal chrysanthemum into a separation mechanism in an extraction and separation device, separating the residual flowers, stems and leaves of the golden-silk royal chrysanthemum into three different positions through three separation ports of a fixed cylinder, wherein the three positions are respectively the upper end, the middle end and the lower end of the fixed cylinder, the upper end, the middle end and the lower end of the fixed cylinder respectively transport the residual flowers, stems and leaves of the golden-silk royal chrysanthemum to a steaming port (7), a backflow port (8) and a sound wave port (9) through first, second and third slideways, steaming and analyzing the residual flowers of the golden-silk royal chrysanthemum through the steaming port (7), soaking and analyzing the residual stems of the golden-silk royal chrysanthemum through the backflow port (8), performing sound wave analyzing operation on the residual leaves of the golden-silk royal chrysanthemum through the sound wave port (9), and putting the residual flowers, stems and leaves of the golden-silk-royal chrysanthemum into three corresponding material preparation boxes to extract the residual flowers, stems and leaves of the golden-silk-royal chrysanthemum respectively after the analyzing operation is completed, the movable extraction gun head is used for extracting the three corresponding stock boxes so as to extract and separate the residual flowers, stems and leaves of the golden-silk Huang chrysanthemum.

Referring to fig. 2, a separating mechanism for the residual flowers, stems and leaves of golden-silk chrysanthemums in an embodiment of the invention,

in one embodiment: separating mechanism is including fixed drum, first separation mouth (4), second separation mouth (5) and third separation mouth (6), fixed drum fixed mounting has first separation mouth (4), second separation mouth (5) and third separation mouth (6), fixed drum upper end is located in first separation mouth (4), the well end of fixed drum is located in second separation mouth (5), the bottom of fixed drum is located in third separation mouth (6).

In this embodiment: the first separation port (4) of the fixed cylinder is used for separating the residual flowers of the golden-silk chrysanthemum, the second separation port (5) of the fixed cylinder is used for separating the residual stems of the golden-silk chrysanthemum, and the third separation port (6) of the fixed cylinder is used for separating the residual leaves of the golden-silk chrysanthemum.

In a specific embodiment: putting the residual flowers, stems and leaves of the golden-silk chrysanthemums into a separation mechanism in an extraction and separation device, and separating the residual flowers, stems and leaves of the golden-silk chrysanthemums to three different positions through three separation ports of a fixed cylinder, wherein the three different positions are the upper end, the middle end and the lower end of the fixed cylinder respectively; through the cutting openings arranged in the three separation openings, the residual flowers, stems and leaves of the golden-silk Huang chrysanthemum are cut and separated and are fixed at three horizontal positions, namely the upper end, the middle end and the lower end of the fixed cylinder.

In one embodiment: the fixed cylinder further comprises a cutting opening, and the cutting opening is formed in the inner cavity of the first separating opening (4), the second separating opening (5) and the third separating opening (6).

In this embodiment: the cutting openings of the fixed cylinder act on the part for separating the golden-silk chrysanthemum morifolium, and three cutting openings are arranged on the fixed cylinder and correspond to the upper end, the middle end and the lower end of the fixed cylinder respectively for the residual flowers, stems and leaves of the golden-silk chrysanthemum morifolium.

In a specific embodiment: the method comprises the steps of putting the residual flowers, stems and leaves of the golden-silk chrysanthemum into a separation mechanism in an extraction and separation device, separating the residual flowers, stems and leaves of the golden-silk chrysanthemum into three different positions through three separation ports of a fixed cylinder, cutting and separating the residual flowers, stems and leaves of the golden-silk chrysanthemum through cutting ports arranged in the three separation ports, and fixing the cutting ports at the upper end, the middle end and the lower end of the fixed cylinder.

In one embodiment: first, second and third slide still including conveying fixed plate, conveying initiative pivot, conveying driven spindle, fixed spacing axle, spacing lug and conveyer belt, the conveying fixed plate is located on first, second and third slide, the both ends of conveying fixed plate are located respectively to conveying initiative pivot and conveying driven spindle, the department of meeting of separating mechanism and first, second and third slide is located to fixed spacing axle, the bottom of conveying fixed plate is located to spacing lug, the conveyer belt wiring conveys initiative pivot, conveying driven spindle and fixed spacing epaxially.

In this embodiment: the conveying fixing plate of the slide way acts on the fixed slide way, the conveying driving rotating shaft and the conveying driven rotating shaft act on the operation of the control slide way, the fixed limiting shaft acts on the back-and-forth operation of the limiting slide way, the limiting bump acts on the operation of the temporary stopping slide way, and the conveying belt acts on the residual flowers, stems and leaves of the golden-silk camomile after the conveying and the separation.

In a specific embodiment: the separated residual flowers, stems and leaves of the golden-silk royal chrysanthemum fall into the corresponding steaming refining port (7), the reflux port (8) and the sound wave port (9) through the first slideway, the second slideway and the third slideway for carrying out corresponding analysis operation.

Referring to fig. 3, a resolving mechanism (2) according to an embodiment of the present invention is shown,

in one embodiment: analytic mechanism (2) are including evaporating and smelt mouth (7), backward flow mouth (8) and sound wave mouth (9), evaporate and smelt mouth (7) through first slide and first separation mouth (4) through connection, backward flow mouth (8) are through connection of second slide and second separation mouth (5) through connection, sound wave mouth (9) are through connection of third slide and third separation mouth (6).

In this embodiment: the steaming mouth (7) of the analysis mechanism (2) is used for steaming and analyzing the residual flowers of the golden-silk chrysanthemums, the return mouth (8) of the analysis mechanism (2) is used for carrying out return flow analysis operation on the residual stems of the golden-silk chrysanthemums, and the sound wave mouth (9) of the analysis mechanism (2) is used for carrying out sound wave analysis operation on the residual leaves of the golden-silk chrysanthemums.

In a specific embodiment: the residual flowers, stems and leaves of the golden-silk chrysanthemums fall into the corresponding steaming openings (7), the backflow openings (8) and the sound wave openings (9) through the first, second and third slideways, the residual flowers of the golden-silk chrysanthemums are steamed and analyzed through the steaming openings (7), the residual stems of the golden-silk chrysanthemums are soaked and analyzed through the backflow openings (8), and the residual leaves of the golden-silk chrysanthemums are subjected to sound wave analysis through the sound wave openings (9).

In one embodiment: the steaming port (7) also comprises a steam hole and a gas hood, the steam hole is arranged at the bottom end of the steaming port (7), and the gas hood covers the steaming port (7).

In this embodiment: the steam hole of the steaming mouth (7) is used for locally heating the residual flowers of the golden-silk chrysanthemums by high-temperature steam discharged from the steaming mouth (7), and the gas hood of the steaming mouth (7) is used for containing the steam of the steaming mouth (7) so as to maintain the high temperature of the environment and continuously heat the residual flowers of the golden-silk chrysanthemums.

In the specific implementation: the residual flowers of the golden-silk chrysanthemums fall into the corresponding steaming openings (7) through the first slide ways, the residual flowers of the golden-silk chrysanthemums are locally heated through high-temperature steam discharged from the steaming openings (7), and the high-temperature environment in the steaming openings (7) is maintained through an air hood of the steaming openings (7) to continuously heat the residual flowers of the golden-silk chrysanthemums.

In one embodiment: the backflow port (8) further comprises a soaking box and a resistance heating block, the soaking box is arranged on the backflow port (8), and the resistance heating block is arranged on two sides of the inner wall of the bottom end of the soaking box.

In this embodiment: the soaking box in the backflow port (8) is used for soaking and refluxing the residual stems of the golden-silk chrysanthemums, and the resistance heating block in the backflow port (8) is used for continuously heating the soaking box to maintain the backflow analysis of the residual stems of the golden-silk chrysanthemums.

In a specific embodiment: the residual stems of the golden-silk chrysanthemums fall into the corresponding backflow ports (8) through the second slide ways, the residual stems of the golden-silk chrysanthemums are analyzed and reflowed through soaking compounds preset in the backflow ports (8), and then the soaking compounds and the residual stems of the golden-silk chrysanthemums are heated through resistance heating blocks installed in the backflow ports (8) so as to maintain backflow analysis of the residual stems of the golden-silk chrysanthemums.

In one embodiment: the sound wave port (9) further comprises a heating box and a sound wave device, the heating box is arranged on the sound wave port (9), and the sound wave device is fixedly arranged in the inner cavity of the heating box.

In this embodiment: the sound wave device in the sound wave port (9) is used for sending ultrasonic waves to the sound wave port (9) to carry out sound wave analysis operation on the residual leaves of the golden filigree, and the heating box in the sound wave port (9) is used for heating the sound wave port (9) at high internal temperature to maintain the sound wave analysis on the golden filigree.

In a specific embodiment: the residual leaves of the golden-silk royal chrysanthemum fall into the corresponding sound wave port (9) through the third slide way, sound wave analysis operation is carried out on the golden-silk royal chrysanthemum through a sound wave device preset in the sound wave port (9), and high-temperature maintenance operation is carried out on the residual leaves of the golden-silk royal chrysanthemum through a heating box installed in the sound wave port (9), so that better sound wave analysis is carried out on the residual leaves of the golden-silk royal chrysanthemum.

In one embodiment: the extraction mechanism (3) further comprises a mobile terminal, a fixed limiting roller, a fixed driving rotating shaft, a fixed driven rotating shaft and an extraction gun head, wherein the mobile terminal is arranged above the analysis mechanism (2), the fixed limiting roller is arranged at the tail part of the mobile terminal, one side of the fixed limiting roller is arranged on the fixed driving rotating shaft and the fixed driven rotating shaft, and the extraction gun head is arranged at the head end of the mobile terminal.

In this embodiment: the mobile terminal of the extracting mechanism (3) acts on the mobile position of the fixed extracting mechanism (3), the fixed limiting idler wheel of the extracting mechanism (3) acts on the mobile terminal to perform displacement operation, the fixed driving rotating shaft and the fixed driven rotating shaft of the extracting mechanism (3) act on the mobile position of the fixed mobile terminal, and the extracting gun head of the extracting mechanism (3) acts on the residual flowers, stems and leaves of the golden-silk camomile which is resolved and completed in the extracting material preparation box.

In a specific embodiment: after the residual flowers, stems and leaves of the golden-silk royal chrysanthemum are analyzed, the residual flowers, stems and leaves of the golden-silk royal chrysanthemum are respectively placed in three corresponding stock preparation boxes for extraction, and the three corresponding stock preparation boxes are extracted by the movable extraction gun heads.

Referring to fig. 4, there is shown an extraction mechanism (3) according to an embodiment of the present invention,

in one embodiment: draw rifle head still including adsorbing rifle head, first stock bin (11), second stock bin (12), third stock bin (13) and stopper (14), adsorb the rifle head through adsorb the chamber way with first stock bin (11), second stock bin (12) and third stock bin (13) are connected, adsorb the chamber way and change absorbent stock bin through stopper (14) and do first stock bin (11), second stock bin (12) or third stock bin (13).

In this embodiment: an adsorption gun head in the extraction gun head is used for extracting the analytic liquid for analyzing the residual flowers, stems and leaves of the golden-silk royal chrysanthemum in the stock preparation box, a first stock preparation box (11) is used for storing the analytic liquid for the residual flowers of the golden-silk royal chrysanthemum, a second stock preparation box (12) is used for storing the analytic liquid for the residual stems of the golden-silk royal chrysanthemum, a third stock preparation box (13) is used for storing the analytic liquid for the residual leaves of the golden-silk royal chrysanthemum, and a limiting block (14) is used for adjusting the extracted stock preparation box.

In a specific embodiment: after the analysis operation of the residual flowers, stems and leaves of the golden-silk royal chrysanthemum is completed, the residual flowers, stems and leaves of the golden-silk royal chrysanthemum are respectively placed in three corresponding stock preparation boxes for extraction, the stock preparation boxes are extracted through an extraction gun head of a mobile terminal, the extraction gun head extracts residual flower analysis liquid of the golden-silk royal chrysanthemum into a first stock preparation box (11), the extraction gun head extracts residual stem analysis liquid of the golden-silk royal chrysanthemum into a second stock preparation box (12), and the extraction gun head extracts residual leaf analysis liquid of the golden-silk royal chrysanthemum into a third stock preparation box (13).

In another embodiment: after the extraction of the residual flower analysis liquid by the extraction gun head is finished, the extraction position can be adjusted by a built-in limiting block (14) to be a material preparation box corresponding to the next analysis liquid to be extracted.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.