TWM638648U - Slow grinding machine structure - Google Patents

Abstract

A slow mill structure mainly includes a machine base, a base, and a cup and a positioning plate for mounting on the machine base. Wherein, the base is provided with a deceleration motor; the cup is provided with a juice outlet, a slag outlet and a cutting and grinding device, and the cutting and grinding device at least includes a cutting part, an extrusion part, a grinding part and a pressing part, so that The reduction motor is pivotally connected to the cutting and grinding device inside the cup. When in use, place the cup on the machine base, place the positioning plate above the cup, put vegetables and fruits into the feeding port of the positioning plate, and press it into the cup with a feeding rod. The cutting and grinding device is driven by a geared motor to rotate at a low speed, imitating the principle of traditional stone mill pressing to achieve the function of extracting vegetable juice, and high-purity raw vegetable juice can be extracted by low-speed cold-pressed screw propulsion.

Description

slow mill structure

This creation is about a slow mill structure, especially a slow mill structure that can imitate the principle of traditional stone mill pressing to achieve the function of extracting vegetable juice, and can extract high-purity raw vegetable juice through low-speed cold-pressed screw propulsion.

Press; As people in modern society pay more and more attention to diet and health, various health-preserving methods are popular, relatively making the market full of various healthy foods. And because many nutrition scholars and health experts advocate the benefits of drinking fruit juices from vegetables, various juicers for extracting juices from vegetables, fruits and beans have been developed in large numbers and are widely distributed in the market. The structure and operation method of the known juice extractor is usually to extract the juice from the materials such as fruits and vegetables by means of rapid extrusion and centrifugal separation. However, the conventional juicer may damage the original flavor and nutritional content of vegetables and fruits in the process of rapidly squeezing and extracting juice, especially when extracting vegetables with many stems and leaves, it is difficult to extract juice question.

In view of this, the applicant, after continuous research and experimentation, designed a slow mill structure, which can extract high-purity raw vegetable juice by low-speed cold-pressing screw propulsion.

The main purpose of this creation is to provide a slow mill structure, which can achieve the function of extracting vegetable juice and other food by imitating the principle of traditional stone mill pressing, and can extract high-purity raw vegetable juice by low-speed cold-press screw propulsion .

The aforementioned slow mill structure includes a machine base, a base, and a bearing cup and a positioning plate for mounting on the machine base. Wherein, the base is provided with a deceleration motor; the cup is provided with a juice outlet, a slag outlet and a cutting and grinding device, and the cutting and grinding device at least includes a cutting part, an extrusion part, a grinding part and a pressing part, so that The reduction motor is pivotally connected to the cutting and grinding device inside the cup. When in use, place the cup on the machine base, place the positioning plate above the cup, put vegetables and fruits into the feeding port of the positioning plate, and press it into the cup with a feeding rod. The cutting and grinding device is driven by a geared motor to rotate at a low speed, imitating the principle of traditional stone grinding to achieve the function of squeezing vegetable juice or grinding food, and the low-speed cold-pressed screw propulsion can squeeze high-purity raw vegetable juice.

In the aforementioned slow grinder structure, the cutting portion of the cutting and grinding device is in the shape of an inclined blade.

The aforementioned slow mill structure, wherein the extrusion part, the grinding part and the pressing part of the cutting and grinding device are propulsion screws of different widths.

1: base

11: Bearing Department

12: Gear motor

121: Drive shaft

2: Cheng Cup

21: juice outlet

211: cover body

22: Slag outlet

3: Positioning plate

31: Disk body

32: Feed port

33: filter screen

4: Cutting and grinding device

41: cutting part

42: extrusion part

43: Grinding Department

44: Press section

5: Feed rod

6: Food such as vegetables and fruits

Figure 1 is a three-dimensional view of this creation.

Figure 2 is a three-dimensional exploded view of this creation.

Fig. 3 is a three-dimensional view of the cutting and grinding device of the invention.

Fig. 4 is the use status diagram of this creation.

Fig. 5 is another usage status diagram of this creation.

Please refer to Figure 1 and Figure 2, together with Figure 3, which are the three-dimensional view and three-dimensional exploded view of this creation, as well as the three-dimensional view of the cutting and grinding device. As shown in the figure, this creation system comprises a machine base 1 and A cup 2 for mounting on the machine base 1, and a positioning plate 3 for combining with the cup 2. Wherein, the machine base 1 is provided with a receiving portion 11 , and a geared motor 12 is arranged inside, so that the transmission shaft 121 of the geared motor 12 protrudes from the bearing portion 11 of the machine base 1 .

The bearing cup 2 is provided with a juice outlet 21 and a slag outlet 22 below. In this embodiment, the juice outlet 21 and the slag outlet 22 are arranged in a 90-degree direction, and a cover 211 that can be folded is provided at the juice outlet 21 , and a cutting and grinding device 4 is provided inside the cup 2 . The cutting and grinding device 4 is in a spiral shape and includes at least a cutting part 41 , a pressing part 42 , a grinding part 43 and a pressing part 44 from top to bottom. Wherein, the cutting part 41 is an inclined blade shape for cutting vegetables and fruits or food into small pieces; the extruding part 42 is a propulsion screw for extruding the cut fruits and vegetables; Part 43 is a propulsion screw narrower than extrusion part 42 for grinding the cut and extruded fruits and vegetables; this squeezing part 44 is a propulsion screw narrower than grinding part 43 for grinding the The fruit and vegetable are pressed to separate the juice from the pulp.

The positioning plate 3 is provided with a disc body 31, a material inlet 32 of appropriate length is provided above the disc body 31, and a filter screen 33 is provided below the disc body 31.

Through the combination of the aforementioned components, the structure of the slow mill is formed. When in use, place the cup 2 directly on the receiving portion 11 of the machine base 1, then place the positioning plate 3 above the cup 2, and place food such as fruits and vegetables in the feeding port 32 above the positioning plate 3, And a feed rod 5 is pressed into the bearing cup 2, and the cutting and grinding device 4 is driven by the reduction motor 12 to rotate at a low speed to form a slow grinding effect, so that the squeezed vegetable juice flows out of the juice outlet 21 of the bearing cup 2 , the squeezed slag is discharged from the slag outlet 22, so as to achieve the function of squeezing vegetable juice or grinding food.

Please refer to Figure 4, which is the usage status diagram for this creation. Please cooperate with Figure 2, as shown in the figure, when this creation is in use, the first bearing cup 2 is directly placed on the bearing part 11 of the machine base 1, so that The transmission shaft 121 of the reduction motor 12 is pivotally connected to the cutting and grinding device 4 set in the cup 2, and then the positioning plate 3 is placed above the cup 2, so that vegetables and fruits can be placed in the material inlet 32 above the positioning plate 3 Food 6 is pressed into the cup 2 by a feed rod 5 for extracting vegetable juice.

Please refer to Fig. 5, which is another usage status diagram of this creation. Please cooperate with Fig. 2, as shown in the figure, this creation puts food 6 such as vegetables and fruits in the feed port 32 above the positioning plate 3, and presses it into the cup 2 by a feed rod 5, and then presses it into the cup 2 by The transmission shaft 121 of the reduction motor 12 drives the cutting and grinding device 4 to rotate at a low speed, and the slow grinding effect is formed by the low-speed cold-press screw propulsion, so that the cutting part 41, the extruding part 42, the grinding part 43 and the pressing part 44, Cut vegetables, fruits or food into small pieces, extrude, grind and squeeze, and then imitate the traditional stone mill principle to separate the juice from the pulp to extract more juice, and the squeezed slag is discharged from the slag outlet 22, So as to achieve the function of extracting vegetable juice or grinding food.

The above-mentioned squeezed vegetable juice can be filtered by the filter screen 33 and stored in the cup 2, so that the cover 211 of the juice outlet 21 of the cup 2 is opened when it is used, so that the vegetable juice can be discharged from the juice outlet of the cup 2. 21 flowed out for drinking.

Compared with the traditional juice extractor, this creation has at least the following advantages:

1. With cold pressure and slow grinding, the pulp and juice can be completely separated, and then the pure natural raw juice and pulp fiber can be extracted.

2. By imitating the low-speed cold-pressed spiral propulsion of the traditional stone mill principle, more juice can be squeezed.

3. There is no need to add water to extract, and high-purity raw juice can be extracted by cold pressing.

4. There is no heat during the extraction process, which can reduce air mixing, delay oxidation, and preserve vitamins and enzymes of fruits and vegetables.

5. The spiral cutting and grinding device 4 has no blades and is not sharp, which is safe and easy to clean.

The above-mentioned embodiments are only to illustrate the preferred implementation of this creation, but not to limit the scope of this creation. After slight modifications and changes, it still does not lose the essence of this creation, nor does it depart from the spirit of this creation.

To sum up, this creation uses a machine base with a geared motor and a cup with a cutting and grinding device, a juice outlet, and a slag outlet to form a slow mill structure. It can imitate the principle of traditional stone mill pressing to achieve the function of extracting vegetable juice, and it can extract high-purity raw vegetable juice through low-speed cold-press screw propulsion. As a practical design, it is truly a novel creation. I filed a patent application in accordance with the law. I pray that the Bureau will review it and grant the patent as soon as possible. I am very grateful.

1: base

11: Bearing Department

2: Cheng Cup

21: juice outlet

211: cover body

22: Slag outlet

3: Positioning plate

31: Disk body

32: Feed port

5: Feed rod

Claims (3)

A slow mill structure, which includes a machine base, a base, a cup for mounting on the machine base, and a positioning plate with a material inlet, wherein the machine base is provided with a reduction motor; the cup is equipped with a There is a juice outlet, a slag outlet, and a cutting and grinding device, so that the geared motor is pivotally connected to the cutting and grinding device in the cup; so that the cup is placed on the base when in use, and the positioning plate Place it above the cup, put food such as fruits and vegetables into the feeding port, and the cutting and grinding device will rotate at a low speed driven by the geared motor, imitating the principle of traditional stone grinding to achieve the function of squeezing vegetable juice or grinding food, and High-purity raw vegetable juice can be extracted by low-speed cold-press screw propulsion, which is characterized by: From top to bottom, the cutting and grinding device at least includes a cutting part for cutting the vegetable and fruit into small pieces, an extruding part for squeezing the cut vegetable and fruit, a cutting part and A grinding part for grinding the squeezed vegetable and fruit; and a squeezing part for squeezing the ground vegetable and fruit, and then separating the juice from the pulp. The slow grinder structure according to claim 1, wherein the cutting portion of the cutting and grinding device is in the shape of an inclined blade. The slow mill structure as claimed in claim 1, wherein the extruding part, the grinding part and the pressing part of the cutting and grinding device are propulsion screws with different widths.

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