TWM614305U - Powdering and separating device of plant and its fiber - Google Patents

Abstract

This creation provides a device for powdering and separating plants and their fibers, which includes: a crushing device, which is provided with a feeding end, the feeding end is connected to a feeding trough, and a conveying unit is arranged in the feeding trough , The end of the conveying unit is provided with a cutter and a discharging part in sequence, and the discharging part is provided with a plurality of discharging holes; a first separating groove having an upper trough body and a lower trough body, the discharging hole Is correspondingly discharged in the upper tank; a first screen, which is arranged between the upper tank and the lower tank, the first screen has a plurality of first screen holes; a drive rod, which is provided There is at least one stirring element, and the stirring element is correspondingly located at the upper tank; thereby, the arrangement of the shredder device can make the fiber with high tenacity and length of the crop (such as: Geyujin) itself and its fiber Effectively cut and pulverize, and then enter the water in the first separation tank and stir to separate the fiber and powder. Because the particle size of the powder is small, it can pass through the first sieve with the solution, and the fibers will be passed through the first sieve. Blocked by the net; by this, the crop fiber and powder can be effectively and quickly cut to refine and separate them, so that they can be applied to different products to give full play to the value of the crops and contribute to the crops The developer of related industries.

Description

Plant and its fiber powdering and separating device

This creation provides a device for powdering and separating plants and their fibers, especially one that can powder and separate plants and their fibers.

According to, crops mainly refer to plants that are quantitatively planted for food or used in industry. There are many types of plants. Depending on the types of crops and growth conditions, the ingredients contained in them are also different, and then they are used in each application. The technical fields have different uses, and in order to be used in specific fields or to pursue its economic value, the cultivation methods or post-processing methods of various crops are also different.

Among them, most foods, beverages or related industrial raw materials mainly need to powder specific parts of plants so that they can be used by industry. Some crops, such as Pueraria lobata, are also called powdered potatoes, Taibai bamboo shoots, and bamboo. Taro, which is often made into starch, is used in cooking for thickening and other purposes. In addition, Kudzu Yujin also has 12 amino acids and flavonoids with high nutritional value, and the nutritional value of the starch in the process is also It is higher than tapioca starch, and is easy to digest, and can be used as a brewed beverage, which can be used for consumption by young children and patients. In addition, it can also be used for medicine. The tone is sweet, mild and cool in nature, and has a clear lung , Diuretic effect, commonly used to treat symptoms such as lung heat, cough, metabolism, heatstroke, fever, sore throat, etc. It is obvious that it is indeed of considerable value.

However, in the process of taking out the starch of Kudzu turmeric, the roots need to be mashed or ground, and then immersed in water to scrub it to separate the starch from the fiber. The process needs to be repeated manually. Scrubbing results in poor efficiency in the production of starch and difficulty in achieving economies of scale, making it difficult to promote the planting of Kudzu turmeric, and the process will cause frequent wear and tear on the hands and the suspicion of injury. Because it is extremely cold when the weather is cold. It is easy to cause frostbite or cracks on the skin of the hands, coupled with the current population migration, resulting in a sharp decline in the number of relevant employees, making it more difficult for localities to promote their crops, which will prevent the further development of local specialty crops. It will make it difficult for people to know or eat the crop in the future to face the dilemma that the inheritance cannot be continued.

In addition, after the starch of Kudzu turmeric was separated in the early stage, its fibers were very tough and difficult to recycle for reconstitution, so they were usually directly discarded. However, related studies have found that the fiber of Kudzu turmeric also has a high degree of nutrients, which can be used to promote The intestinal tract is healthy, and enough fiber can prevent the pathological changes of the intestinal tract. Therefore, it is obvious that the fiber should be recycled and made, which can increase the utilization rate of the whole plant of Ge Yujin, which will help increase its economic value and promote The development of its related industries.

In view of this, the creator specially researched and improved crop fiber powdering and separation manufacturing methods, hoping to improve the above problems with a better creation, and after long-term research and development and continuous testing, the creation of this creation came out.

The purpose of this creation is to solve the aforementioned problems. In order to achieve the above goals, our creators provide a plant and its fiber powdering and separating device, which includes: a crushing device, which is provided with an inlet, The material end is connected to an inlet groove, and a conveying unit is arranged in the inlet groove. The end of the conveying unit is provided with a cutter and a discharge part in sequence, and the discharge part is provided with a plurality of discharge holes; a first separation groove , It has an upper tank body and a lower tank body, the upper tank system is located above the lower tank body and communicated with each other; the discharge hole is corresponding to the discharge of the upper tank body; a first screen, which is Set on the upper tank and Between the lower tank, the upper tank and the lower tank are separated, the first screen has a plurality of first screen holes; and a driving rod, which is provided with at least one stirring element, and the stirring element is Correspondingly located at the upper tank body.

According to the above-mentioned plant and its fiber powdering and separating device, it further includes a driving device, which correspondingly drives the conveying unit to discharge the material to the discharging part, and at the same time drives the cutter to pivot for cutting, the The cutter system is radially provided with at least one blade.

According to the above-mentioned plant and fiber powdering and separating device, the first separation tank further includes a water inlet pipe, which correspondingly delivers water to the upper tank body and the lower tank body.

According to the above-mentioned plant and its fiber powdering and separating device, wherein the upper tank is further provided with a water pumping device corresponding to the pumping from above the first screen.

According to the above-mentioned plant and its fiber powdering and separating device, wherein the top of the first separating groove is further provided with a positioning seat, the positioning seat is provided with a motor device, and the motor device is correspondingly arranged and driven by the drive rod; The positioning seat extends toward one end and is provided with a first screening tank, the first screening tank has a screen section and a discharge port, and the screen section is provided with a plurality of perforations corresponding to the upper tank body, The pumping device is the one that pumps the material and outputs it to the sieve section.

According to the above-mentioned plant and its fiber powdering and separating device, it further includes a conveying device, which is provided with a conveying groove, and the conveying groove has a receiving end corresponding to the discharge hole, and corresponding to the upper At the output end of the tank body, the conveying device is provided with a transmission part correspondingly arranged in the conveying tank, and the transmission part is used to feed the material from the receiving end to the discharge end to the upper tank body.

According to the above-mentioned plant and its fiber powdering and separating device, the lower tank is further provided with an output pipe.

According to the above-mentioned plant and its fiber powdering and separating device, the lower tank system is tapered from the top to the bottom.

According to the above-mentioned plant and fiber powdering and separating device, it further includes a second separation tank. The second separation tank has a top tank and a bottom tank. The top tank is located above the bottom tank and mutually Connected; and the output pipe is connected to the top tank at one end opposite to the lower tank; a second screen is provided between the top tank and the bottom tank, and the second screen is provided with a plurality of second screen holes, And the aperture of the second sieve hole is smaller than the first sieve hole; and, a rod body is correspondingly located at the top groove and the bottom groove, and the rod body is provided with a rod corresponding to the top groove The stirring blade is provided with a stirring column corresponding to the bottom tank.

According to the above-mentioned plant and its fiber powdering and separating device, wherein, the second separation tank further includes a water inlet corresponding to the delivery of water to the top tank and the bottom tank; and the top tank is provided with a water inlet The extraction device corresponds to the extraction from the top of the second screen; the top of the second separation tank is provided with a fixed seat, the fixed seat is provided with a motor unit, and the motor unit is correspondingly arranged and transmitted to the rod body; A second screening tank is provided extending toward one end of the fixing seat, the second screening tank has a screening area and an output port, and the screening area is provided with a plurality of through holes corresponding to the top groove, and The extraction device is used for pumping and outputting the material to the screening area; the bottom groove is tapered from the top end to the bottom end, and a discharge pipe is further provided at the bottom end.

Based on the above description and settings, it is obvious that this creation mainly has the following advantages and functions, which are detailed as follows:

1. In this creation, the process of smashing the lumpy Kudzu turmeric to the discharge hole of the discharging part causes the kudzu turmeric to be tightly compressed under pressure. At this time, the mud-like Kudzu turmeric is chopped up with a knife. The fiber can be concentratedly compressed and cut by a knife to be powdered, and the powder of Kudzu turmeric itself can be made more fine. After that, the smaller Kudzu turmeric powder can be passed through by soaking and stirring. The first sieve, and Kudzu turmeric fiber with larger particle size stays in the first sieve, which can separate the kudzu turmeric fiber and the turmeric powder, and carry out its subsequent different processing, manufacturing or packaging processes; Through the second separation step, the fine kudzu turmeric fiber that may remain in the kudzu turmeric powder can be further separated, so as to improve the purity of the kudzu turmeric powder, and the finer kudzu turmeric fiber can be collected separately to make a high-end meal Nutrients such as fiber, if the economic value of Ge Yujin can be fully utilized, and the efficiency of overall production can be improved.

1: Discharge parts

11: Outlet hole

12: Tool

121: Knife Leaf

2: Crushing device

21: Feeding end

22: Feeding chute

221: Conveying unit

222: Drive

3: The first separation tank

31: The first screen

311: first mesh

312: first in charge

32: Upper tank

33: Lower tank

331: output tube

332: Pump

34: drive rod

341: Stirring element

35: positioning seat

36: Motor device

37: Pumping device

38: The first screening tank

381: Screening section

382: Outlet

383: piercing

39: inlet pipe

391: Drain

4: Frame body

5: Conveying device

51: Conveyor

52: Socket

53: output

54: Transmission parts

55: drive motor

6: The second separation tank

61: The second screen

611 second mesh

612: second in command

62: top slot

63: bottom slot

631: discharge tube

64: Rod body

641: mixing blade

642: Stirring Column

65: water inlet

66: extraction device

67: fixed seat

671: second screening tank

6711: Screening area

6712: output port

6713: Through hole

68: Motor unit

69: Drain hole

S001~S005: steps

Figure 1 is the flow chart of this creation.

Figure 2 is a cross-sectional view of this creative scrap device and a schematic diagram of its use state.

Figure 3 is a three-dimensional schematic diagram of this creative tool.

Figure 4 is a three-dimensional schematic diagram of the discharging parts of this creation.

Figure 5 is a three-dimensional schematic diagram of the first separation tank and conveying device of this creation.

Figure 6 is a cross-sectional view of the first separation groove of this creation and a schematic diagram of the state of use.

Figure 7 is a cross-sectional view of the creative conveying device feeding to the first separation tank and a schematic diagram of its use state.

Figure 8 is a three-dimensional schematic diagram of the second separation tank of this creation.

Figure 9 is a cross-sectional view of the second separation groove of this creation and a schematic diagram of the state of use.

This creation is a device for pulverizing and separating plants and their fibers. Its implementation methods, characteristics and effects are listed in several preferred and feasible embodiments and detailed descriptions are given below in conjunction with the drawings. It is for in-depth understanding and Agree with this creation.

First of all, please refer to Figures 1 to 5. This creation is a powdering and separation device for plants and their fibers, which can be applied to a crop and fiber powdering and separation method. This creation is Taking the crop as an example of Kudzu turmeric with fibers, but not as a limitation, the steps of the method include:

S001: Peel the rhizome part of Kudzu turmeric and pound it into mud; in one embodiment, it can directly put the picked Kudzu turmeric into an existing masher, so as to remove the skin of Kudzu turmeric. And mash it.

S002: Then, as shown in Figures 2 to 4, the mud-like Kudzu turmeric can be transported to a discharging part 1, which has a plurality of discharging holes 11 through which the discharging holes 11 discharging, and due to the smaller diameter of the discharging hole 11 of the discharging part 1 during the conveying process, and the speed of discharging the material from the discharging hole 11 will also decrease, the conveying will cause the mud Ge Yujin produces squeeze, so that Ge Yujin and its fibers can be tightly compressed. If the gap between the fibers is reduced, the fibers can also be twisted to a certain extent. In this process, a cutter 12 is used to cut it. , By shredding the fiber, and cooperating with the moving extrusion output of the discharge hole 11 and the continuous cutting of the cutter 12, the geyujin and its fiber can be fully powdered.

In one embodiment, the arrangement of the cutter 12 can be achieved by pivoting the cutter 12 at the front end of the discharging member 1, so as to pass through the cutter during the process of conveying to the discharging from the discharging hole 11. The rotation of 12 is used to chop the mud-like Kudzu turmeric; for example, a crushing device 2 can be arranged, and the crushing device 2 is provided with a feeding end 21, which is connected to a feeding end 21 Trough 22, the feed trough 22 is provided with a conveying unit 221, the The end of the conveying unit 221 is provided with a cutter 12 and a discharging part 1 in sequence, and the discharging part 1 is provided with the discharging hole 11; by means of the conveying unit 221 squeezed and pushed by the discharging part. The discharge hole 11 of 1 discharges the material, and in the process of squeezing and pushing, the cutter 12 is driven to chop the mud-like Kudzu turmeric; and in a preferred embodiment, the feeding trough 22 is configurable At the bottom end of the feeding end 21, the mud-like Kudzu turmeric can be input to the feeding end 21, and after being fed into the feeding trough 22, it is pushed by the conveying unit 221, and the conveying unit 221 is in In one embodiment, it can be configured as a screw with conveying blades so that it can be driven by rotation, and the mud-shaped Kudzu turmeric can be conveyed by the rotation of the conveying blades, and the cutter 12 can also be pivoted as described above. It can be configured in a rotating manner so that it can be shredded in a rotating manner; in order to enable it to be automatically conveyed and shredded, it is better to configure a driving device 222, which can be a motor, to drive the The conveying unit 221 discharges the material toward the discharging component 1 and drives the cutter 12 to pivot for cutting. It can be understood that the cutter 12 may be radially provided with at least one blade 121, wherein the blade 121 is The number of settings can be used to control the number of cuttings per unit time. Therefore, as shown in this embodiment, there are four blades 121, but it is not limited to this. In other embodiments, it can also be as required. , Such as: the rotation speed of the driving device 222, relevant environmental factors, and the number of cutters 12 with the number of blades 121 is selectively selected.

With the foregoing, it is possible to automatically cut the Kudzu turmeric and its fibers into pieces, and then be squeezed to the discharge hole 11 so that the Kudzu turmeric and its fibers can be completely pulverized, and the Kudzu turmeric and its fibers can be reliably pulverized. Its fibers peel off.

S003: As shown in Figures 5 to 7, the mixed powder of Kudzu turmeric and its fibers are placed in a first separation tank 3 with a first screen 31 to perform a first separation step; Wherein, the first separation step is to add a solution, such as clear water, to the first separation tank 3 while stirring the Kudzu turmeric immersed in the solution. Among them, since the powder of Kudzu turmeric is starch, its own grains Diameter is smaller, and Even after the Kudzu turmeric fiber is chopped, its particle size is still larger than that of Kudzu turmeric powder. The first screen 31 is provided with a plurality of first sieves 311, and the first sieves 311 can be pre-made Its pore size is slightly smaller than the particle size of Kudzu turmeric fiber. If Kudzu turmeric fiber can pass through, the Kudzu turmeric fiber is retained in the first screen 31. Therefore, in one embodiment, the first sieve opening 311 can be configured to be about 0.6 to 0.8mm, but it is only an example, not as a limitation; by this, the kudzu turmeric fiber and kudzu turmeric powder can be separated from each other to facilitate subsequent processing, manufacturing, or packaging. .

Among them, in terms of the configuration of the first separation tank 3, in a specific embodiment, there is an upper tank body 32 and a lower tank body 33. The upper tank body 32 is located above the lower tank body 33 and communicates with each other. The discharge hole 11 corresponds to the discharge in the upper tank 32; and the first screen 31 is provided between the upper tank 32 and the lower tank 33 to separate the upper tank 32 and the lower tank body 33. The first screen 31 has a plurality of first screen holes 311; and the Kudzu turmeric discharged from the discharge hole 11 is fed into the upper tank body 32 for the first separation step; As far as the stirring configuration is concerned, a driving rod 34 can be provided. The driving rod 34 is provided with at least one stirring element 341, and the stirring element 341 is correspondingly located at the upper tank 32, so it can be known that, The stirring element 341 can be a blade, which can be used to stir the kudzu turmeric mixed powder immersed in the solution, so that the kudzu turmeric powder and the kudzu turmeric fiber can be separated and dispersed in the solution, and are disturbed by the stirring, as well as its own The weight allows Kudzu turmeric powder to pass through the first sieve hole 311 with its smaller particle size, and fall into the lower tank 33; while the Kudzu turmeric fiber is blocked by the first sieve hole 311 and is still located in the upper tank 32 In order to facilitate the automatic mixing of the creative system, in one embodiment, a positioning seat 35 may be further provided at the top of the first separation tank 3, the positioning seat 35 is provided with a motor device 36, the motor device 36 The system is correspondingly arranged and driven to the driving rod 34 to perform its mixing process.

With regard to the extraction of the Kudzu turmeric fiber retained in the upper tank 32, in one embodiment, a pumping device 37 may be further provided in the upper tank 32, which corresponds to the upper part of the first screen 31. Pumping is carried out. Therefore, since the first separation tank 3 is filled with solution, the kudzu turmeric fiber will be disturbed by stirring and distributed in the solution in the upper tank body 32. Therefore, through the configuration of the pumping device 37, the upper tank The solution of the body 32 and the Pueraria lobata fiber are extracted together, so that the subsequent production can be carried out; and in a preferred embodiment, a first sieve can be further extended to one end of the positioning seat 35 Tank 38, the first screening tank 38 has a screen section 381 and a discharge port 382, and the screen section 381 is provided with a plurality of perforations 383 connected to the upper tank 32, and the pumping device 37 is The pumped material is output to the sieve section 381, and it can be known that the aperture of the perforation 383 is smaller than the particle size of the Kudzu turmeric fiber, so that the Kudzu turmeric fiber can be attached to the sieve section 381 of the first sieve tank 38, and the solution Then, the perforation 383 flows back into the upper tank 32, so that the kudzu turmeric fiber can be output and collected by moving it from the first screening tank 38 to the discharge port 382 to facilitate subsequent related production.

Regarding the collection of Kudzu turmeric powder in the lower tank 33, in one embodiment, an output pipe 331 may be provided in the lower tank 33 so that the Kudzu turmeric powder flows out from the output pipe 331 along with the solution to facilitate Collect it directly; and to facilitate the solution to flow out of the output pipe 331, it is preferable that the output pipe 331 is arranged at the bottom end of the lower tank 33, and the lower tank 33 is tapered from its top to the bottom; and It can be understood that, in order to facilitate its configuration, the first separation tank 3 can be erected on a frame 4, so that the lower tank 33 is away from the ground and an output pipe 331 can be provided; however, it is only an example for illustration and is not a limitation. .

In addition, with regard to the configuration of the solution input into the first separation tank 3, in one embodiment, a water inlet pipe 39 may be provided in the first separation tank 3, which corresponds to the output solution, such as water, to the upper tank In the body 32 and the lower tank body 33.

Regarding the configuration of automatically conveying the kudzu-curcuma mixed powder discharged from the discharge hole 11 to the first separation tank 3, in one embodiment, as shown in Fig. 7, it can be directly configured to make The material is directly discharged into the upper trough 32, and in a preferred embodiment, a conveying device 5 can be provided, which is provided with a conveying groove 51, and the conveying groove 51 has a corresponding to the discharge hole 11 The receiving end 52, and corresponding to the output end 53 of the upper tank 32, the conveying device 5 is provided with a transmission part 54 correspondingly arranged in the conveying groove 51, and the transmission part 54 is used for the receiving end 52 The material is fed to the upper tank 32 from the output end 53. In a specific embodiment, the transmission member 54 can also be a screw with helical blades, which can be rotated through the helical blades. The Ge Yujin mixed powder is conveyed to the output end 53 and can be automatically rotated. Therefore, in one embodiment, the conveying device 5 may be provided with a driving motor 55 corresponding to the rotation of the transmission member 54.

Regarding the configuration of the first screen 31, in one embodiment, it can be configured to match the contour of the upper tank 32, and it can be formed by splicing plural ones. Therefore, when the contour of the upper tank 32 is circular At this time, the first screen 31 can be arranged in a fan shape, so as to facilitate the placement of the first screen 31 at the junction of the upper tank 32 and the lower tank 33; and to facilitate the removal of the first screen 31, it can be At least one first handle 312 is provided at the top end, so that the user can remove the first screen 31.

For the cleaning of the first separation tank 3, in one embodiment, a water pipe can be installed separately, or water can be directly fed into the first separation tank 3 from the water inlet pipe 39, and the first separation tank 3 can be arranged in a suitable place There is a drain 391 so that water can be drained from the drain 391 after cleaning.

S004: According to the foregoing, the kudzu turmeric powder and kudzu turmeric fiber can be separated. However, in step S002, if the particle size of the kudzu turmeric fiber is made smaller, it will still pass through the first sieve 311 of the first sieve 31 Therefore, in one embodiment, as shown in Figures 8 and 9, a second separation step can be performed to ensure that the Kudzu turmeric fiber is screened out, so the first screen can be passed through 31 Kudzu turmeric powder placed A second separation tank 6 with a second screen 61 is used to perform the second separation step, and wherein the sieve opening of the second sieve 61 is smaller than the sieve opening of the first sieve 31; the second separation The step is to add the solution into the second separation tank 6 while stirring the kudzu turmeric soaked in the solution, and define the kudzu turmeric powder that passes the second screen 61 and the one that does not pass the second screen 61 Those who are Kudzu turmeric fiber.

According to this, the second screen 61 is provided with a plurality of second screen holes 611, the diameter of which can be set to about 0.4 to 0.6 mm, and because the kudzu turmeric fiber passing through the second screen 61 is higher than the kudzu turmeric fiber of the first screen 31 The fiber is more delicate, so it can be made into more refined products, such as: dietary fiber for medical use or for athletes, but it is only an example and not a limitation; and in terms of the configuration of the second separation tank 6 In one embodiment, the second separation tank 6 has a top tank 62 and a bottom tank 63, the top tank 62 is located above the bottom tank 63 and communicates with each other; the top tank 62 and the bottom tank 63 There is a second screen 61 and a rod 64 corresponding to the top tank 62 and the bottom tank 63, and the rod 64 is provided with a stirring blade 641 corresponding to the top tank 62. Corresponding to the bottom tank 63 is provided with a stirring column 642; and the first screen 31 is Kudzu turmeric powder, which is fed into the top tank 62 for the second separation step, whereby the first separation step can be followed The principle and method are to separate the Kudzu turmeric powder and the smaller Kudzu turmeric fiber contained therein; therefore, the second separation groove 6 can be provided with a rod 64 corresponding to the top groove 62 and the bottom tank 63, and the rod body 64 is provided with a stirring blade 641 corresponding to the top tank 62, so that the kudzu turmeric powder and kudzu turmeric fiber can be separated and distributed in the solution, and the process , Will make the Kudzu turmeric powder more fine, and sieved through the second sieve 61 as described above.

Wherein, the second separation tank 6 can be provided with a stirring column 642 at its rod body 64 corresponding to the bottom tank 63, which is arranged in a rod shape, and its purpose is to provide only a little turbulence to prevent the turmeric The powder adheres to the bottom groove 63 and is difficult to lift or output, and the convenience of cleaning can be improved.

As for the automatic configuration of the second separation tank 6, it can be provided with a water inlet 65 to correspondingly deliver water to the top tank 62 and the bottom tank 63; and the top tank 62 is provided with an extraction device 66, which Correspondingly, the material is pumped from above the second screen 61; the top of the second separation tank 6 is provided with a fixing seat 67, the fixing seat 67 is provided with a motor unit 68, and the motor unit 68 is correspondingly arranged and driven to the rod Body 64; the fixing seat 67 extends toward one end is provided with a second screening tank 671, the second screening tank 671 has a screening area 6711 and an output port 6712, and the screening area 6711 is provided with a plurality of corresponding communication In the through hole 6713 of the top trough 62, and the extraction device 66 is used for pumping and outputting the material to the screening area 6711; the bottom trough 63 is tapered from the top end to the bottom end, and is further provided with an outlet at the bottom end料管631.

Among them, for the extraction of Kudzu turmeric fiber, as mentioned above, the solution together with Kudzu turmeric fiber is extracted from the top tank 62 by the extraction device 66 and transported to the screening area 6711 of the second screening tank 671 to allow the solution to pass through. The hole 6713 flows back to the top trough 62, so that the Kudzu turmeric fiber can be retained in the screening area 6711, and can be extracted and output from the output port 6712; and the Kudzu turmeric powder can flow out through the discharge pipe 631 of the bottom groove 63 to make the industry It can be extracted for subsequent processing, or it can be passed through a finer screen to filter out possible impurities.

Regarding the configuration of the Kudzu turmeric powder from the tank body 33 under the first separation tank 3 to the top tank 62 of the second separation tank 6, in one embodiment, the output tube 331 can be directly positioned relative to the bottom tank. One end of the trough 33 is connected to the top trough 62 correspondingly, and can be arranged through the height difference, and the top trough 62 can be input by its position, and preferably, the first separation trough 3 and the second separation trough 3 and the second separation trough 62 can be input to the top trough 62. The separation tank 6 can be erected on the ground, and the output pipe 331 is further equipped with a pump 332 to extract the solution and Kudzu turmeric powder in the lower tank 33 through the output pipe 331 and input to the top tank 62 of the second separation tank 6 , Make the second separation step.

Regarding the configuration of the second screen 61, in one embodiment, it can also be configured in accordance with the contour of the top groove 62, and can be formed by splicing plural ones. Therefore, when the contour of the top groove 62 is square, the second The screens 61 can be arranged in a plurality of smaller squares, so as to facilitate the placement of the second screen 61 at the junction of the top trough 62 and the bottom trough 63, and a hole can be left at the junction of the center of the second screen 61 In order to allow the rod body 64 to penetrate to the bottom groove 63; and to facilitate the removal of the second screen 61, at least one second handle 612 can be provided on the top of the second screen 61 so that the user can move the second screen 61 Except, it is only an example and not a limitation.

Regarding the cleaning of the second separation tank 6, it is also possible to install a water pipe in the second separation tank 6 as in the above-mentioned configuration of the first separation tank 3, or directly feed water into the first separation tank 3 through the water inlet 65, and A drain hole 69 is arranged in a suitable place so that water can be drained from the drain hole 69 after cleaning.

S005: The kudzu turmeric powder and kudzu turmeric fiber extracted by the foregoing steps must be dried because they have been soaked by the solution to facilitate subsequent processing, manufacturing or packaging. The pressing device can press out the water and pre-drying to obtain the dried product. Among them, for the configuration of the pressurizing device, the conventional pressurizing machine can be used to press out the water, and for the drying The process can also be dried by the conventional drying equipment, which is a conventional technology, so I won’t repeat it here; and because the kudzu turmeric powder or kudzu turmeric fiber after being pressurized, it will form a block. Therefore, it is not easy to dry. Therefore, the better one can be loosened by turning it, and then it can be dried. The turning process can be done manually, and the better one is It can be loosened by the conventional flipping device to improve its efficiency, and it is only an example and not a limitation.

Based on the foregoing, this creation system can separate the Kudzu turmeric and its fibers, and make the Kudzu turmeric powder more detailed, so that the subsequent production of related products can make the contact area larger and make it easier for the body to absorb. Pueraria lobata fiber can be classified according to the grades that pass through the first screen 31 or the second screen 61, so that those passing through the first screen 31 can be used for general brewing or edible purposes, while passing through the second screen 31 For those with 61 mesh, it is more meticulous and has better health care for the intestines and stomach, so it can be used for medical treatment or exercise. Contestants use it; in addition, this creation can also effectively improve the efficiency of pulverization and separation of Ge Yujin and its fibers, and almost no manual operation is required in the whole process, which can reduce costs and increase production, so as to achieve economic scale. Those who help promote the development of local industries.

In summary, the technical means disclosed in this creation is not only unprecedented, but also achieves the expected purpose and effect. Therefore, it is both novel and progressive. It is truly a new type in the patent law. In terms of structure, it has indeed met the statutory requirements of the Patent Law, and Yan has filed a new patent application in accordance with the law.

However, the above are only preferred embodiments of this creation, and should not be used to limit the scope of implementation of this creation, that is, all equivalent changes and modifications made in accordance with the scope of the patent application for this creation and the contents of the specification should still be used. It belongs to the scope of this creation patent.

3: The first separation tank

31: The first screen

311: first mesh

312: first in charge

32: Upper tank

34: drive rod

341: Stirring element

35: positioning seat

36: Motor device

37: Pumping device

38: The first screening tank

381: Screening section

382: Outlet

383: piercing

39: inlet pipe

391: Drain

4: Frame body

5: Conveying device

53: output

55: drive motor

Claims (10)

A device for powdering and separating plants and their fibers, which comprises: A crushing device is provided with an inlet end, the inlet end is connected to an inlet trough, the inlet trough is provided with a conveying unit, the end of the conveying unit is provided with a cutter and a discharging part in sequence, the outlet The material part is provided with multiple discharge holes; A first separation tank, which has an upper tank body and a lower tank body, the upper tank system is located above the lower tank body and communicated with each other; the discharging hole corresponds to discharging the material in the upper tank body; A first screen, which is arranged between the upper tank and the lower tank to separate the upper tank and the lower tank, the first screen has a plurality of first screen holes; and A driving rod is provided with at least one stirring element, and the stirring element is correspondingly located at the upper tank body. The device for powdering and separating plants and their fibers as described in claim 1, further comprising a driving device, which correspondingly drives the conveying unit to discharge the material to the discharging part, and at the same time drives the cutter to pivot for cutting , The cutter system is radially provided with at least one blade. The device for powdering and separating plants and their fibers according to claim 1, wherein the first separation tank further includes a water inlet pipe which correspondingly delivers water to the upper tank body and the lower tank body. The device for powdering and separating plants and their fibers according to claim 1, wherein a pumping device is further provided in the upper tank, which corresponds to a pumping device from above the first screen. The device for powdering and separating plants and their fibers according to claim 4, wherein a positioning seat is further provided at the top of the first separation groove, and the positioning seat is provided with a motor device, and the motor device is correspondingly arranged and driven by the drive Rod; the positioning seat extends toward one end is provided with a first screening tank, the first screening tank has a screen section and a discharge port, and the screen section is provided with a plurality of corresponding to the upper tank body Perforated, and the pumping device is used to pump material and output to the sieve section. The plant and its fiber powdering and separating device according to any one of claim 1 to claim 5, further comprising a conveying device provided with a conveying groove, and the conveying groove has a corresponding to the discharge The receiving end of the hole and the output end corresponding to the upper tank body. The conveying device is provided with a transmission part correspondingly arranged in the conveying groove. The transmission part is used for feeding from the receiving end to discharging from the output end To the upper tank. The device for powdering and separating plants and their fibers according to any one of claim 1 to claim 5, wherein the lower tank body is further provided with an output tube. The device for pulverizing and separating plants and their fibers according to claim 7, wherein the lower tank system is tapered from the top to the bottom. The device for powdering and separating plants and their fibers according to claim 7, further comprising a second separation tank having a top tank and a bottom tank, and the top tank is located above the bottom tank And communicate with each other; and the output pipe is correspondingly connected to the top tank at one end opposite to the lower tank; a second screen is provided between the top tank and the bottom tank, and the second screen is provided with a plurality of second screens Holes, and the second sieve hole has a smaller diameter than the first sieve hole; and, a rod body corresponding to the top groove and the bottom groove, and the rod body corresponds to the top groove A stirring blade is provided, and a stirring column is provided corresponding to the bottom tank. The device for powdering and separating plants and their fibers according to claim 9, wherein the second separation tank further includes a water inlet corresponding to the delivery of water to the top tank and the bottom tank; and in the top tank An extraction device is provided, which is corresponding to extracting material from above the second screen; the top of the second separation tank is provided with a fixing seat, the fixing seat is provided with a motor unit, and the motor unit is correspondingly arranged and driven to the rod The fixed seat extends toward one end with a second screening tank, the second screening tank has a screening area and an output port, and the screening area is provided with a plurality of through holes corresponding to the top groove , And the extraction device is used for pumping and outputting the material to the screening area; the bottom groove is tapered from the top end to the bottom end, and a discharge pipe is further provided at the bottom end.

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