WO2016019821A1

WO2016019821A1 - Squeeze type juice extractor having use stability

Info

Publication number: WO2016019821A1
Application number: PCT/CN2015/085433
Authority: WO
Inventors: 顾永洪
Original assignee: 中山市美斯特实业有限公司
Priority date: 2014-08-08
Filing date: 2015-07-29
Publication date: 2016-02-11
Also published as: CN204071653U

Abstract

Disclosed is a squeeze type juice extractor having use stability, which has a simple and rational structure, uses a mechanical, purely physical and direct squeeze, has a large squeezing force and a short squeezing time, will not generate foam and heat, thereby preserving nutrient components of a food to the maximum extent, and has the functions of a child safety lock and monitoring expired food. The squeeze type juice extractor comprises a machine body (1), wherein an inclined plate (2) is fixed in the machine body (1); an inclined low end of the inclined plate (2) corresponds to a side face of the machine body (1) to form a juice outlet mouth (3); a squeeze block (5) which slides up and down is provided above the inclined plate (2); a squeeze space (6) in which a squeezed food (4) is placed is formed between the squeeze block (5) and the inclined plate (2); a squeeze drive device (7) is mounted below the inclined plate (2); the squeeze drive device (7) is in a drive connection with the squeeze block (5), so that the squeeze block (5) squeezes and slides towards the direction of the inclined plate (2), squeezing the squeezed food (4) in the squeeze space (6) to produce juice, and then the juice flows out along the juice outlet mouth (3); the squeezed food (4) is bagged by means of a bag (10), and then is placed in the squeeze space (6); an electronic identification label (11) is attached to the bag (10); and an electronic reader (12) which is electrically connected to the drive device is correspondingly mounted in the squeeze space (6).

Description

Use a safe press juicer

Technical field

The utility model relates to a juice extracting machine, in particular to a pressing type juice extracting machine with high pressing pressure and pure mechanical physical pressing.

Background technique

At present, the juice extractor of the transmission is generally manually squeezed or rotated and stirred by a stirring knife. The defect of the manual extrusion is that the pressing force is small, the juice is wasted; the extrusion knife squeezes the squeezed juice. There will be foam, which will damage the fiber trophic tissue of the food to a large extent. When stirring, friction will easily generate heat and cause nutrient loss of food.

Summary of the invention

The purpose of the utility model is to overcome the deficiencies in the prior art mentioned above, and to provide a simple and reasonable structure, using mechanical pure physical direct pressing, large pressing force, short pressing time, no foam and heat, and maximum Limit the nutritional content of the food to use a safe press juicer.

The purpose of the utility model is achieved as follows:

The utility model relates to a safety press juicer, comprising a fuselage, characterized in that: the inclined body is fixed in the fuselage body, and the inclined low end of the inclined plate forms a juice mouth corresponding to the side of the fuselage, and the upper and lower sliding plates are pressed above and below the inclined plate. The block, the pressing block and the inclined plate form a pressing space for placing the pressed object, and a pressing driving device is arranged below the inclined plate, and the pressing driving device is drivingly connected with the pressing block, so that the pressing block slides in the direction of the inclined plate to make the pressing space The pressed material is squeezed out of the juice and flows out along the juice mouth.

The pressed object is placed in a press space by being packed in a bag, and an electronic identification tag is attached to the bag, and an electronic reader electrically connected to the driving device is installed in the corresponding pressing space, and the electronic reader emits photoelectric signals and electrons. The identification tag is turned on and the content of the electronic identification tag is read.

The use of the safe press juicer of this structure drives the press block by the press driving device, so that the press block slides in the direction of the inclined plate, and the press space is continuously reduced, so that the food in the press space is continuously pressed, due to the manner The mechanical press-down press has a large output torque, and the pressure converted into the press block is correspondingly large, so that the juice of the food (vegetables, etc.) can be squeezed out more, the pressing time is short, and no foam and heat are generated. To maximize the nutrients of the food.

An electronic identification tag is attached to the bag packed with the pressed object, and then the electronic reader transmits a photoelectric signal (infrared, laser, etc.), and the electronic identification tag signal is connected, and then the driving device is activated, in the course of work. If a foreign object enters the press space, the electronic reader automatically recognizes the photoelectric signal emitted and immediately stops the machine. The device works effectively to prevent crushing the hand and damage the machine. Especially when the child uses the product, it plays the role of a child lock. Furthermore, the content of the electronic identification tag contains information such as the expiration date of the pressed object, and is set by the program. The e-reader can judge the information after reading, and when the food is expired, the driving device will not start, and the machine will give a voice prompt to prompt the user to replace or dispose of the expired food in time.

The utility model can also be solved by the following technical measures:

The pressing driving device comprises a transmission motor, a transmission gear, an eccentric gear and a transmission connecting rod. The transmission motor is fixed at the bottom of the fuselage under the inclined plate, and the rotating shaft on the transmission motor is driven by the transmission gear, and the transmission gear is meshed with the eccentric gear, and the eccentricity The gear is eccentrically connected with a transmission link, and the other end of the transmission link is connected with a pressing block that slides up and down, so that the pressing block slides in the direction of the inclined plate, so that the pressed object in the pressing space is squeezed out of the juice and flows out along the juice mouth, and the transmission The motor and the electronic reader are electrically connected; the transmission mode of the solution drives the transmission gear through the transmission motor, and then the transmission gear drives the eccentric gear to rotate, and the transmission of the eccentric gear drives the transmission link, so that the transmission link is eccentrically oscillated, so that the pressing The block slides up and down, and when the slide is down, the pressing space is continuously reduced, so that the food in the press space is continuously pressed.

A heating body is fixed to the bottom of the inclined plate; juice heating can be provided when needed.

After the transmission motor is started, if the foreign object (such as a finger) enters the pressing space, the electronic reader automatically recognizes and cuts off the power of the transmission motor by emitting a photoelectric signal.

A juice storage cup is disposed vertically below the juice outlet; the juice is stored.

The beneficial effects of the utility model are:

(1) The safe pressing juicer of the utility model drives the pressing block by the pressing driving device, so that the pressing block slides in the direction of the inclined plate, and the pressing space is continuously reduced, so that the food in the pressing space is continuously pressed. Since the method is a mechanical press-down press, the output torque is large, and the pressure converted into the press block is correspondingly large, so that the juice of the food (vegetables, fruits, etc.) can be squeezed out better, and the pressing time is short and does not occur. Foam and calories maximize the nutrients of the food.

(2) The utility model uses a safe press juicer to affix an electronic identification label on a bag packed with pressed objects, and then emits photoelectric signals (infrared, laser, etc.) and electronic identification by an electronic reader. The label signal is turned on, and then the driving device is activated. During the working process, foreign matter (such as a finger) can be detected to enter the pressing space and stop, effectively preventing the hand from being crushed and damaging the machine.

DRAWINGS

Figure 1 is a schematic view of the structure of the present invention.

detailed description

The present invention will be further described below in conjunction with the accompanying drawings and embodiments.

As shown in FIG. 1, a safe press juicer is used, including a body, wherein the body 1 is fixed with an inclined plate 2, and the inclined low end of the inclined plate 2 corresponds to the side of the body 1 to form a juice mouth. 3. The upper side of the inclined plate 2 is provided with a press block 5 which slides up and down. A press space 6 for placing the pressed object 4 is formed between the press block 5 and the inclined plate 2. A press driving device 7 is mounted below the inclined plate 2, and the press driving device 7 is mounted. Drivenly connected with the press block 5, the press block 5 is pressed and slid in the direction of the inclined plate 2, so that the pressed object 4 in the press space 6 is squeezed out of the juice and flows out along the juice outlet 3;

The press object 4 is placed in the press space 6 through the bag 10, and the electronic identification tag 11 is attached to the bag, and the electronic reader 12 electrically connected to the driving device 7 is mounted in the corresponding press space 6, for electronic reading. The device 12 is connected to the electronic identification tag 11 by emitting a photoelectric signal, and reads the contents of the electronic identification tag 11.

With the use of a safe press type juicer of this structure, the press block 5 is driven by the press driving device 7, and the press block 5 is pressed and slid in the direction of the inclined plate 2, and the press space 6 is continuously reduced, so that the press space 6 is pressed. The material 4 is continuously pressed. Due to the pure mechanical pressing press of the method, the output torque is large, and the pressure converted into the press block 5 is correspondingly large, so that the juice of the pressed material 4 (vegetables, etc.) can be better. All pressed out, the pressing time is short, no foam and heat are generated, and the nutrients of the food are retained to the utmost.

An electronic identification tag is attached to the bag packed with the pressed object, and then the electronic reader transmits a photoelectric signal (infrared, laser, etc.), and the electronic identification tag signal is connected, and then the driving device is activated, in the course of work. If foreign matter enters the press space, the e-reader automatically recognizes the photoelectric signal emitted by the electronic reader and immediately stops the machine work, effectively preventing the hand from being crushed and damaging the machine, especially when the child uses the product, and functions as a child lock. Furthermore, the content of the electronic identification tag includes information such as the expiration date of the pressed object, and the program setting enables the electronic reader to judge the information after reading, and when the food is expired, the driving device does not Start up, and the machine gives a voice prompt to prompt the user to replace or dispose of expired food in time.

As a more specific implementation:

The press driving device 7 includes a transmission motor 701a, a transmission gear 702a, an eccentric gear 703a, and a transmission link 704a. The transmission motor 701a is fixed to the bottom of the fuselage 1 below the inclined plate 2. The rotating shaft on the transmission motor 701a is driven by a transmission gear. 702a, the transmission gear 702a is meshed with an eccentric gear 703a, the eccentric gear 703a is eccentrically connected with a transmission link 704a, and the other end of the transmission link 704a is connected with a press block 5 that slides up and down, so that the press block 5 is pressed and slid toward the inclined plate 2, The pressed object 4 in the press space 6 is squeezed out of the juice and flows out along the juice outlet 3, and the transmission motor 701a is electrically connected to the electronic reader 12. The transmission mode of the solution drives the transmission gear 702a through the transmission motor 701a, and then the transmission The gear 702a drives the eccentric gear 703a to rotate, and the transmission of the eccentric gear 703a drives the transmission link 704a to cause the transmission link 704a to eccentrically swing, so that the press block 5 can slide up and down, and when the downward sliding, the pressing space 6 is continuously reduced, so that the pressing space is made. The food in 6 is constantly being squeezed.

The connecting end formed by the transmission link 704a and the pressing block 5 is a rotational connection.

The pressed object 4 can be put into the press space 6 by pressing the bag 10 (plastic bag or cloth bag, etc.), and the juice will be discharged from the bag 10 (plastic bag or cloth bag, etc.), after pressing, The residue will remain in the bag 10 (plastic bag or bag, etc.) and can be removed for more convenient use.

The connecting end formed by the cam lever 703d and the press block 5 is a rotational connection.

As a common additional technical feature of the above four embodiments:

A heating body 8 is fixed to the bottom of the inclined plate 2; juice heating can be provided when needed.

After the transmission motor 701a is activated, if the foreign matter enters the press space 6, the electronic reader 12 automatically recognizes and cuts off the power of the transmission motor 701a by emitting a photoelectric signal.

A juice storage cup 9 is disposed vertically below the juice outlet 3; the juice is stored.

The above is the pressing of the pressing block 5 downward to the inclined plate 2. As an equivalent technical solution of the present invention, the inclined plate 2 can be disposed above the pressing block 5, and can be pressed upward by the pressing block 5 in an oblique direction, and the same can be achieved. The pressing effect and purpose, similarly, the combination of the fine adjustment of the structure and the conventional technical means, the pressing block 5 and the inclined plate 2 can be installed in a left-right manner, and the same pressing effect and purpose can be achieved as well.

The function of the inclined plate 2 is firstly to facilitate the outflow of the juice. Further, the function is to act as a fixing plate and form a pressing space 6 between the movable pressing block 5, so that when the pressing plate is moved, the compression space 6 is gradually reduced and placed in the The food on the inclined plate 2 can be pressed, and the shape and inclination of the inclined plate 2 are not limited. Any structure of the same type having this effect belongs to the novel protection range of the present invention.

The specific embodiments described above are only preferred embodiments of the present invention, and equivalent designs made in accordance with the scope of the present invention should be covered by the technology of the present invention.

Claims

The use of a safe press juicer, including a fuselage, is characterized in that the body (1) is fixed with a sloping plate (2), and the inclined low end of the sloping plate (2) corresponds to the side of the body (1) a juice mouth (3), a press block (5) which slides up and down is arranged above the inclined plate (2), and a press space (6) for placing the pressed object (4) is formed between the press block (5) and the inclined plate (2) A pressing drive device (7) is mounted under the inclined plate (2), and the pressing driving device (7) is drivingly connected with the pressing block (5), so that the pressing block (5) is pressed and pressed toward the inclined plate (2) to make the pressing space. (6) The pressed product (4) is squeezed out of the juice and flows out along the juice outlet (3);

The pressed object (4) is placed in the pressing space (6) through the bag (10), and the electronic identification label (11) is attached to the bag, and the driving device is installed in the corresponding pressing space (6). An electrically connected electronic reader (12), the electronic reader (12) is connected to the electronic identification tag (11) by emitting a photoelectric signal, and reads the content of the electronic identification tag (11).
A use of a safe press juicer according to claim 1 wherein said press drive (7) comprises a drive motor (701a), a drive gear (702a), an eccentric gear (703a) and a drive link ( 704a), the transmission motor (701a) is fixed at the bottom of the fuselage (1) below the inclined plate (2), the rotating shaft on the transmission motor (701a) is driven by the transmission gear (702a), and the transmission gear (702a) is engaged with the eccentric gear (703a), the eccentric gear (703a) is eccentrically connected with a transmission link (704a), and the other end of the transmission link (704a) is connected with a pressing block (5) that slides up and down, so that the pressing block (5) is inclined to the inclined plate (2) The direction press slides, so that the pressed object (4) in the press space (6) is squeezed out of the juice and flows out along the juice outlet (3), and the transmission motor (701a) is electrically connected to the electronic reader (12).
A safe press juicer according to claim 1, characterized in that the heating body (8) is fixed to the bottom of the inclined plate (2).
The use of a safe press juicer according to claim 1, wherein said electronic reader (12), after the drive motor (701a) is activated, if foreign matter enters the press space (6), the e-reader ( 12) The power of the drive motor (701a) is automatically recognized and cut off by emitting a photoelectric signal.
A safe press juicer according to claim 1, characterized in that a juice storage cup (9) is arranged vertically below the juice outlet (3).