CN206964512U - A kind of Simple juicer - Google Patents

Abstract

The utility model relates to a simple juicer, which includes a juice collection container, and also includes a handle, a juicer clip, a spike, an elastic device and a movable clip; the movable hinged end of the juicer clip is provided with a handle; Spikes are respectively arranged on both sides of the inside of the juicer clip; an elastic device is respectively arranged on the inside of both sides of the juicer clip, and the two elastic devices inside the juicer clip are near the handleless part of the juicer clip. One end is respectively fixed with a movable clip; on the basis of realizing the juice extraction, the utility model simple juice extractor can solve the problems of large structure, high power consumption, and inability to carry, and realize the structure of the juice extractor is light and handy, environmentally friendly, energy-saving, easy to carry.

Description

A simple juice extractor

technical field

The utility model relates to the field of juice extraction, in particular to a simple and portable juice extraction tool.

Background technique

In daily life, a juice extractor is an item we often need. We usually need a juice extractor when squeezing juice. However, most juice extractors on the market are only convenient for home use, and their structures are complicated. The appearance is bulky and bulky, and requires electricity, which is neither convenient nor energy-saving; modern people often need to go out or go out to have outdoor dinners, etc. When they want to drink juice, they can only buy juice from the merchant, but the juice from the merchant Generally not pure enough, with too many additives and sugar, and some are not hygienic and fresh, which is very harmful to people's health; people nowadays are more and more pursuing a healthy diet and a high quality of life, and the country is advocating resource conservation Therefore, there is a great need for a juice extractor that is simple, light, power-saving, and portable. Most of the juice extractors on the market cannot be carried out, which cannot satisfy the situation that people need to squeeze juice when they are not at home when they go out.

Existing juice extractors have the above-mentioned deficiencies, and the juice extractors in the prior art cannot simultaneously meet the requirements of lightness, power saving, and portability; there are relatively few juice extractors on the market that are specially used for carrying out, and are suitable for most fruits. There are relatively few models of large and small juicers, and they are not convenient and fast enough; most juicers on the market need electricity, and the demand for electricity is large, which is not conducive to saving resources.

Utility model content

The utility model purpose of the present invention is to provide a simple juice extractor which can realize juice extraction, is convenient to carry, is suitable for the size of most fruits, and saves electricity in view of the deficiencies of the prior art.

For solving the problems of the technologies described above, the technical solution adopted in the utility model is:

A simple juice extractor, comprising a juice collection container, is characterized in that: it also includes a handle, a juice extraction clip, spikes, an elastic device and a movable clip; the hinged end of the juice extraction clip is provided with a handle; Spikes are respectively provided on both sides of the inside of the juicer clip; an elastic device is respectively arranged inside both sides of the juicer clip, and the two elastic devices inside the juicer clip are near the end of the juicer clip without handle A movable clip is respectively fixedly arranged.

Under this structure, the fruit is put into the gap between the two clips of the juicer clip, and then an external force acts on the handle at one end of the juicer clip, so that the handle is in a closed state, and the handle can be closed under the action of the movable shaft. The most labor-saving state controls the juicing clip to squeeze the fruit; at this time, the movable clip 1 and the movable clip 2 contact and squeeze each other, so that the movable clip is squeezed into the clip; at this time, the elastic device inside the clip is affected by the activity. The pressure of the clip is compressed to the depth of the clip; the larger the fruit, the greater the pressure exerted by the external force on the movable clip, and the more corresponding compression parts of the elastic device; when the movable clip 1 and the movable clip 2 squeeze each other, When the elastic device is compressed, the spikes originally protected by the spike guards are squeezed by the movable clip and the elastic device, break through the protection of the spike guards, pop out from the contact of the guards on both sides of the spikes, and insert The skin of the fruit goes deep into the pulp of the fruit to facilitate the extrusion of the juicing clip; finally, the fruit is squeezed out of the juice under the extrusion of the juicing clip, the extrusion of the movable clip and the puncture of the sharp thorn.

Juicing clips are used to clamp and squeeze fruit to achieve the purpose of juicing; the elastic device can be used to assist the movable clip, when the movable clip is squeezed according to the size of the fruit and is subjected to external force from the handle The elastic device will be squeezed from the movable clip accordingly, so that the juicing clip can flexibly deal with fruits of different sizes; the elastic device can also squeeze the sharp thorns together with the movable clip under the action of the movable clip , so that the spikes pop out and insert into the fruit skin; the spikes are used to pierce the fruit skin and penetrate into the fruit pulp, so that the juice flows out from the punctured skin; the handle and the movable shaft are used to facilitate the external force. The simple juice extractor of the utility model can simultaneously solve the problems of bulky structure, high power consumption and inability to carry when realizing juice extraction, and realizes that the juice extractor has a light and handy structure, is environmentally friendly, saves power, and is convenient to carry.

It is further explained that a movable rotating shaft is arranged at the hinge joint between the handle and the juicing clip, and setting a movable rotating shaft can make the hinge between the juicing clip and the handle more flexible, and save time and effort according to the lever theorem;

To further illustrate, there are spike guards on both sides of the inner wall of the juicing clip corresponding to the position of the spikes; when the simple juicer is idle, the spikes shrink inside the spike protectors, which can protect the spikes from air oxidation And dust pollution, and can prevent people from accidentally touching the spikes and causing unnecessary injuries;

It is further illustrated that the handle is provided with a handle sheath, and the material of the handle sheath is soft rubber, plastic, and the rubber and plastic materials are soft, and the skin will feel more comfortable when it is in contact with it, and it is not easy to make people feel uncomfortable. The skin is painful due to external force, reducing people's discomfort;

It is further illustrated that the length of the spike implanted inside the juicer clip is 1/4 of the clip diameter of the juicer clip. This length not only allows the elastic device and the movable clip to have enough space inside the clip, but also facilitates sharpening. The thorns are ejected under the action of the elastic device and the movable clip;

To further illustrate, the material of the juicing clip is iron and copper, and the materials of iron and copper are relatively hard, suitable for stress and durable;

To further illustrate, the juicing clip is composed of clip 1 and clip 2; the size and shape of the two clips are the same; the size and shape of the two elastic devices inside the clip are the same; the size and shape of the two movable clips are same. The size and shape of clip 1 and clip 2, between the two elastic devices, and between the two movable clips are the same, which not only has beautiful symmetry, but also can make each part bear the same force, which is convenient for operation;

Further explanation, the clip 1 and the handle 2 of the juice extracting clip, and the clip 2 and the handle 1 are respectively hinged through movable shafts; according to the lever theorem, it can make people more labor-saving and convenient to operate;

To further illustrate, the handle is composed of handle 1 and handle 2, which can be operated conveniently;

To further illustrate, the simple juice extractor also includes a juice collecting container, which can be used for collecting juice when squeezing the juice.

In summary, due to the adoption of the above technical solution, the beneficial effects of the utility model are:

1. The simple juice extractor of the utility model realizes the problems of light structure, environmental protection, power saving, and portability while realizing the juice extraction.

2. Setting a movable shaft can make the juicing clip and the handle more flexible, and save time and effort according to the lever theorem;

3. When the simple juicer is idle, the spikes shrink inside the spike guard, which can not only protect the spikes from air oxidation and dust pollution, but also prevent people from accidentally touching the spikes and causing unnecessary injuries;

4. The softness of rubber and plastic can make the skin feel more comfortable when it is in contact with it, and it is not easy to cause people's skin pain due to external force, reducing people's discomfort;

5. The length of the spike implanted inside the juicer clip is 1/4 of the clip diameter of the juicer clip. This length not only allows the elastic device and the movable clip to have enough space inside the clip, but also facilitates the spike It pops up under the action of the elastic device and the movable clip;

6. The materials of iron and copper are relatively hard, suitable for stress and durable;

7. The size and shape of clip 1 and clip 2, the two elastic devices, and the two movable clips are the same, which not only has the beauty of symmetry, but also can make each part bear the same force, which is convenient for operation;

8. The clip and the handle are hinged through the movable shaft. According to the lever theorem, people can save more effort and more convenient to operate; the setting of the handle can facilitate the operation; the juice collection container can conveniently collect juice.

Description of drawings

Fig. 1 is the structural representation under the natural state of the utility model;

Fig. 2 is a schematic structural view of the utility model under the state of squeezing the juice;

Fig. 3 is a perspective view of the utility model in a state of squeezing juice.

In the figure 1. Juicing container; 2. Handle; 3. Juicing clip; 4. Spike; 5. Elastic device; 6. Movable clip; 7. Movable shaft; Hand sheath; 10, clip 1; 11, clip 2; 12, handle 2; 13, handle 1.

Detailed ways

The utility model discloses a simple juice extractor. The specific implementation of the utility model will be described in further detail below in conjunction with the drawings, wherein the same symbols in all the drawings represent the same or similar parts, and the drawings in the description are simplified The form is only for understanding the specific structure of the utility model. The following examples are only used to illustrate the technical solution of the utility model more clearly, but not to limit the protection scope of the utility model.

As shown in Figure 1 and Figure 2, the simple juice extractor of the present utility model consists of 1, a juice collection container; 2, a handle; 3, a juicer clip; 4, spikes; 5, an elastic device; Clip; 7. Movable rotating shaft; 8. Spike guard; 9. Handle sheath; 10. Clip 1; 11. Clip 2; 12. Handle 2; 13. Handle 1.

As shown in Figure 1 and Figure 2, the juice collection container set by the simple juice extractor is used to collect fruit juice; the juice extractor clamp is used to clamp and squeeze the fruit to achieve the purpose of extracting juice; the elastic device can be used to assist Movable clip, when the movable clip is squeezed according to the size of the fruit and is subjected to external force from the handle, the elastic device will be squeezed from the movable clip accordingly, so that the juicing clip can flexibly respond to the size Different fruits; the elastic device can also squeeze the spikes together with the movable clips under the action of the movable clips, so that the spikes pop out and insert into the fruit skin; the spikes are used to pierce the fruit skin and penetrate into the fruit pulp, so that Juice flows from the punctured skin; the handle and movable shaft are used to facilitate external force.

When preparing to use the simple juice extractor, the simple juice extractor at this time is in the natural state as shown in Figure 1, that is, the elastic device is inside the clip without any deformation, and at this time the elastic potential energy is in a free state of 0; the movable clip 1 The movable clip 2 is not in contact with each other, and is in a natural state without force; the handle and the clip are both in an open state; the spikes are shrunk inside the spike protector, and are in a state protected by the spike protector.

When starting to use the simple juicer, as shown in Figure 2, under this structure, the fruit is put into the gap between the two clips of the juicer clip, and then the external force acts on the handle at one end of the juicer clip to make the hand The handle is in the closed state, and the handle controls the juicing clip to squeeze the fruit in the most labor-saving state under the action of the movable shaft; at this time, the movable clip 1 and the movable clip 2 contact and squeeze each other, so that the movable clip goes into the clip Squeeze; at this time, the elastic device inside the clip is compressed to the depth of the clip due to the pressure of the movable clip; the larger the fruit, the greater the pressure exerted by the external force on the movable clip, and the more corresponding compression parts of the elastic device; When the movable clip 1 and the movable clip 2 squeeze each other and the elastic device is compressed, the spikes originally protected by the spike guard are squeezed by the movable clip and the elastic device, breaking through the protection of the spike guard, It pops up from the contact of the guards on both sides of the spike, inserts the fruit skin and penetrates into the fruit pulp to facilitate the squeezing of the juice clip; The juice is squeezed out under the puncture; at the same time, the juice collection container is placed directly under the fruit to collect the juice.

When finished using, take out the remaining fruit residue after juicing and clean the simple juicer; at this time, the movable clip loses the external force from the fruit and the handle, and returns to the movable clip most of which is located outside the clip as shown in Figure 1 The natural state of sheet 1 and clip 2 is not in contact with each other; the elastic device loses the extrusion of the movable clip and returns to the free state without any deformation and the elastic potential energy is 0 as shown in Figure 1; When the device is deployed and the movable clip returns to its natural state, most of which are located outside the clip, it also shrinks inside the spiked guard and is protected by the spiked guard.

The basic principles, main features and advantages of the utility model have been shown and described above. Those skilled in the art should understand that the utility model is not limited by the above-mentioned examples. The above-mentioned examples and descriptions in the description are only the principles of the utility model. Without departing from the spirit and scope of the utility model, the utility model also includes There will be various changes and improvements, and these changes and improvements all fall within the scope of the claimed utility model.

Claims (10)

1. a kind of Simple juicer, including juice collection container, it is characterised in that：Also include hand handle, clip of squeezing the juice, spine, elasticity dress Put and movable intermediate plate；One end that the clip of squeezing the juice is movably hinged is provided with hand handle；Both sides difference inside the clip of squeezing the juice It is provided with spine；The inside for squeezing the juice clip both sides is respectively arranged with an elastic device, two inside the clip of squeezing the juice Elastic device is being fixedly installed a movable intermediate plate respectively close to the one end of clip without hand handle of squeezing the juice.

2. Simple juicer according to claim 1, it is characterised in that：The hand handle is set with the clip hinged place of squeezing the juice It is equipped with a movable rotation-shaft.

3. Simple juicer according to claim 1, it is characterised in that：The position of the corresponding spine of clip inwall of squeezing the juice Put both sides and be provided with spine bluff piece.

4. Simple juicer according to claim 1, it is characterised in that：The hand handle is provided with handle jacket, the hand The material of grip is soft rubber, plastics.

5. Simple juicer according to claim 1, it is characterised in that：The spine is implanted into the length inside clip of squeezing the juice For a quarter of the clip diameter for clip of squeezing the juice.

6. Simple juicer according to claim 1, it is characterised in that：The material of the clip of squeezing the juice is iron, copper.

7. Simple juicer according to claim 1, it is characterised in that：The clip of squeezing the juice is made up of clip 1, clip 2； Two clip sizes, shapes are identical；Two elastic device sizes, shapes inside the clip of squeezing the juice are identical；The activity folder Piece size, shape are identical.

8. Simple juicer according to claim 1, it is characterised in that：The clip 1 of the clip of squeezing the juice and hand handle 2, folder Son 2 is hinged by movable rotation-shaft respectively with hand handle 1.

9. Simple juicer according to claim 1, it is characterised in that：The hand handle is made up of hand handle 1 and hand handle 2.

10. Simple juicer according to claim 1, it is characterised in that：The Simple juicer also includes a juice collection Container.