CN219109241U

CN219109241U - Food processor with paste mixing function

Info

Publication number: CN219109241U
Application number: CN202220949963.6U
Authority: CN
Inventors: 周劲松; 苏建明
Original assignee: Jiangmen Bestday Electric Co Ltd
Current assignee: Jiangmen Bestday Electric Co Ltd
Priority date: 2022-04-21
Filing date: 2022-04-21
Publication date: 2023-06-02
Anticipated expiration: 2032-04-21

Abstract

The utility model discloses a food processor with a paste mixing function, which comprises a host machine and a water tank arranged on the host machine, wherein a water pump, a stirring cup with a built-in stirring knife, a motor for driving the stirring knife and a heating plate arranged at the bottom of the stirring cup are arranged in the host machine; the main machine controls the slurry discharging speed of the liquid discharging pipe to be matched with the water injection speed of the water pump by controlling the opening size of the liquid discharging valve, so that the synchronous operation of water injection and slurry discharging is realized, water entering the liquid discharging pipe is taken away by thick slurry flowing through the liquid discharging pipe, and is discharged from a slurry discharging port while being mixed with the thick slurry, and the continuous water injection and slurry discharging are realized, so that the efficient blending slurry is realized; the discharged slurry is always in a mixed state, so that a user can drink the slurry immediately after directly receiving the slurry, and the purpose of discharging the slurry and drinking immediately is achieved.

Description

Food processor with paste mixing function

Technical Field

The present utility model relates to a food processor.

Background

The kitchen food processor integrates a stirring cup, a motor and a water tank into a whole to form a main machine, has a crushing function and a cleaning function, breaks food to form slurry, and then releases the liquid food slurry into a food container through a liquid discharge device at the side part of the stirring cup. In order to ensure that the slurry cannot overflow due to overlarge flowing amplitude during pulping, the capacity of each pulping of the stirring cup is limited, and when the large-capacity slurry far exceeding the pulping capacity of the stirring cup is manufactured, thick slurry can only be manufactured firstly and then a certain amount of water is injected into the stirring cup for blending according to batches, after the water is injected each time, part of the slurry is discharged into a food container after being stirred, the thick slurry can be blended gradually by utilizing a mode of discharging the slurry for multiple times and injecting water for multiple times, and the concentration is reduced to finally obtain the large-capacity and normal-concentration edible slurry; the blending and discharging process is complex in the above-mentioned blending method, and only after the slurry in each stage is completely discharged into the food container and uniformly mixed, the beverage can be drunk.

Disclosure of Invention

In order to overcome the defects of the prior art, the utility model provides a food processor with a paste mixing function.

The technical scheme adopted for solving the technical problems is as follows:

the food processor with the paste mixing function comprises a host machine and a water tank arranged on the host machine, wherein a water pump, a stirring cup with a built-in stirring knife, a motor for driving the stirring knife and a heating plate arranged at the bottom of the stirring cup are arranged in the host machine; the main machine controls the opening of the liquid discharge valve to enable the liquid discharge pipe to realize slurry discharge; and the pulp discharging speed of the liquid discharging pipe is controlled to be matched with the water injection speed of the water pump by controlling the opening size of the liquid discharging valve.

The liquid discharge valve comprises a driving device and a valve core, the liquid discharge pipe comprises a transverse section forming a valve core channel and a liquid outlet section extending downwards in the radial direction of the transverse section, and an outlet of the liquid discharge pipe is a terminal port of the liquid outlet section; the water inlet is arranged on the transverse section and is positioned between the liquid outlet hole and the liquid outlet section inlet, one end of the transverse section is in butt joint with the liquid outlet hole, the valve core enters the valve core channel from the other end of the transverse section and moves along the valve core channel under the drive of the driving device to have an open state and a closed state; when the valve core moves to a closed state, the valve core covers and plugs the inlet of the liquid outlet section, and the communication between the liquid outlet hole and the liquid outlet section is blocked; when the valve core moves to an open state, the valve core moves away to enable the inlet of the liquid outlet section to be exposed and communicated with the liquid outlet hole; in the open state, the host controls the size of the inlet of the liquid outlet section so as to control the pulp discharging speed of the liquid discharging pipe.

And a flow detection device is arranged between the water inlet and the water pump, and the host controls and adjusts the opening size of the liquid discharge valve according to the water inlet speed detected by the flow detection device.

The water inlet is arranged in front of the liquid discharge valve and is positioned between the liquid discharge valve and the liquid outlet hole, the host machine adjusts the opening size of the liquid discharge valve according to the water inlet speed of the water inlet, so that the pulp discharge speed of the liquid discharge pipe is matched with the water inlet speed of the water inlet, and the pure water entering from the water inlet is uniformly mixed with thick pulp flowing out of the liquid outlet hole and then discharged out of the liquid discharge pipe through the liquid discharge valve.

The water inlet is arranged at the rear of the liquid discharge valve, the host machine adjusts the opening size of the liquid discharge valve according to the water inlet size of the water inlet, so that the speed of the liquid discharge pipe for discharging thick slurry is matched with the water outlet speed of the water inlet, and the water and the thick slurry are discharged out of the liquid discharge pipe after being uniformly mixed.

The driving device comprises a motor and a screw rod, and the valve core is provided with a threaded inner hole matched with the screw rod, so that the motor drives the screw rod to rotate, and the valve core is driven to translate through threaded matching.

The motor adopts a stepping motor.

The host is provided with a time control module, the motor is a miniature motor with constant rotating speed, and the rotating time of the motor is controlled by the time control module.

And the liquid discharge pipe is provided with an inductor for inducing the valve core to be in a closed state.

The beneficial effects of the utility model are as follows: according to the utility model, water for blending is injected into the thick food pulp flowing through the liquid discharge pipe for blending, the pulp discharge speed of the liquid discharge pipe is controlled to be matched and synchronous with the water injection speed of the water pump by controlling the opening size of the liquid discharge valve, so that the synchronous water injection and pulp discharge are realized, the water entering the liquid discharge pipe is taken away by the thick pulp flowing through the liquid discharge pipe, and is discharged from a pulp discharge port while being mixed with the thick pulp, and the continuous water injection and pulp discharge are realized, so that the efficient blending pulp discharge is realized; and the discharged slurry is always in a mixed state, so that a user can drink the mixed slurry immediately after directly receiving the mixed slurry, and the purpose of discharging the slurry and drinking immediately is achieved.

Drawings

The utility model will be further described with reference to the drawings and examples.

FIG. 1 is a schematic diagram of the structure of the present utility model;

FIG. 2 is a schematic view of the internal structure of the present utility model;

FIG. 3 is a cross-sectional view of a mixing cup of the present utility model;

fig. 4 is an enlarged view at a in fig. 3;

FIG. 5 is a schematic illustration of the valve cartridge of FIG. 4 moved to an open state;

FIG. 6 is a schematic illustration of the valve cartridge of FIG. 5 in an open state to reduce the inlet of the outlet tube;

fig. 7 is a schematic structural view of the water valve device 4.

Detailed Description

Referring to fig. 1 to 7, a food processor comprises a main machine 1 and a water tank 8 arranged on the main machine 1, wherein a stirring cup 2, a heating plate 6 for heating the stirring cup, a motor 9 and a water pump 7 are arranged in the main machine 1, the motor 9 is positioned below the stirring cup 2, a motor shaft penetrates into the stirring cup 2 to drive and be connected with a stirring knife, food in the stirring cup 2 is crushed by the rotating stirring knife, and water in the water tank 8 is pumped by the water pump 7 to be injected into the stirring cup for cooking to form food slurry. The lower side wall of the stirring cup is provided with a liquid outlet hole and communicated with a liquid discharge pipe 3, a liquid discharge valve 4 is arranged in the liquid discharge pipe 3, the liquid discharge valve 4 is provided with a driving device, and when the food slurry is manufactured, the host machine enables the liquid discharge valve 4 to be opened by controlling the driving device, so that the food slurry flows out of the stirring cup from the liquid discharge pipe 3 and is accepted by a user by using a food vessel for eating.

When the slurry with large capacity is manufactured, the food thick slurry with higher concentration is manufactured by adjusting the proportion of raw materials and water, after the preparation of the food thick slurry in the stirring cup 2 is completed, the main machine 1 controls the opening of the liquid discharge valve 4, meanwhile, the water pump 7 starts to pump water from the water tank 8 and inject the water into the food thick slurry flowing through the liquid discharge pipe through the water inlet on the liquid discharge pipe 3 for blending, the main machine 1 further controls the slurry discharge speed of the liquid discharge pipe 3 to be matched and synchronous with the water injection speed of the water pump by controlling the opening of the liquid discharge valve 4, so that the synchronous water injection and slurry discharge are realized, the water entering the liquid discharge pipe 3 is taken away by the thick slurry flowing through the liquid discharge pipe 3, and is discharged from the slurry discharge port while being mixed with the thick slurry, and continuous water injection and continuous slurry discharge are realized, and efficient blending slurry discharge is realized; the discharged slurry is always in a mixed state, and a user can drink the mixed slurry immediately after directly receiving the mixed slurry, so that the purpose of discharging the slurry and drinking immediately is achieved; after the water injection of the water pump 7 is finished, when all the slurry is discharged, the main machine controls the drain valve 4 to be closed, and the slurry mixing is finished.

As a preferred embodiment of the present utility model, the drain valve 4 comprises a driving device 41 and a valve core 42, the drain pipe 3 comprises a transverse section 31 forming a valve core channel and a liquid outlet section 32 extending downwards in the radial direction of the transverse section 31, and the outlet of the drain pipe is the end port of the liquid outlet section 32; the water inlet 34 is arranged on the transverse section 31 and is positioned between the liquid outlet hole and the liquid outlet section inlet 33, one end of the transverse section 31 is in butt joint with the liquid outlet hole 21, and the valve core 42 enters the valve core channel from the other end of the transverse section 31 and moves along the valve core channel to have an open state and a closed state under the drive of the driving device 41; when the valve core 42 moves to a closed state, the valve core 42 covers and plugs the liquid outlet section inlet 33, and the communication between the liquid outlet hole 21 and the liquid outlet section 32 is blocked; when the valve core 42 moves to an open state, the valve core 42 moves away to enable the liquid outlet section inlet 33 to be exposed and capable of being communicated with the liquid outlet hole 21, and food slurry flows into the transverse section 31 of the liquid discharge pipe 3 through the liquid outlet hole 21 and is discharged through the liquid outlet section 32;

as shown in fig. 6, during blending, the valve core 42 is moved away to expose the inlet 33 of the liquid outlet section, and the water pump 7 starts to pump purified water from the water tank 8 into the liquid discharge pipe 3, so that the main machine 1 controls the size of the inlet 33 of the liquid outlet section to further control the slurry discharge speed of the liquid discharge pipe 3 to be synchronous with the water injection speed of the water pump.

Further, a flow detection device is arranged between the water inlet 34 and the water pump 7, and the host controls and adjusts the opening size of the liquid discharge valve 4 according to the water inlet speed detected by the flow detection device, so that the pulp discharge speed of the liquid discharge pipe 3 is accurately controlled to be matched and synchronous with the water injection speed of the water pump. And according to the different arrangement positions of the water inlet 34 on the liquid discharge pipe 3, the pulp discharge speed adjusted and matched by the host machine is different, and the following two embodiments are used for illustration:

as a first embodiment of the present utility model, and also as a preferred embodiment of the present utility model, the water inlet 34 is disposed in front of the drain valve 4, i.e., between the drain valve 4 and the outlet 21, the water pump 7 starts to pump purified water from the water tank 8 into the drain pipe 3, and the host 1 detects the water inlet speed of the water inlet 34 through the flow detection device 5, adjusts the opening size of the drain valve 4 to match the water inlet speed of the drain pipe 3 with the water inlet speed of the water inlet 34, specifically, the water inlet speed is 50% of the water outlet speed, and in the optimal blending state, the water and thick slurry are 1:1 are evenly mixed and then discharged out of the liquid discharge pipe 3 through the liquid discharge valve 4.

As a second embodiment of the present utility model, the water inlet 34 is disposed at the rear (not shown) of the drain valve 4, the water pump 7 starts to pump purified water from the water tank 8 into the drain pipe 3, and the host 1 detects the water inlet speed of the water inlet 34 through the flow detection device 5, and adjusts the opening size of the drain valve 4 to match the water inlet speed of the drain pipe 3 with the water inlet speed of the water inlet 34, specifically, the water inlet speed is equal to the water outlet speed, and under the optimal blending state, the thick slurry flowing out through the drain valve 4 and the purified water entering from the water inlet 34 are mixed with each other by 1:1 are evenly mixed and then discharged out of the liquid discharge pipe 3 through the liquid discharge valve 4.

In the preferred embodiment of the present utility model, the host machine precisely controls the size of the outlet port 33 by controlling the stroke position of the valve core through the driving device 41 according to the information fed back by the flow detection device. The driving device 41 adopts a screw rod 44 structure, and comprises a motor 43 and a screw rod 44, a threaded inner hole 45 matched with the screw rod 44 is formed in the valve core 42, the motor 43 drives the screw rod 44 to rotate, the valve core 42 is driven to translate in the transverse section 31 through threaded matching, and the movement of the valve core is correspondingly quick and the error is smaller by utilizing the rotating characteristic of the screw rod 44. The motor 43 can adopt a stepping motor, and the valve core stroke can be precisely controlled by controlling the rotating angle and the number of turns of the motor. The motor 43 can also adopt a miniature motor with constant rotating speed, and the host machine is provided with a time control module for controlling the stroke of the valve core according to the rotating time of the motor 43. Further, the drain pipe 3 is provided with a sensor 5 for sensing the closed state of the valve core 42, and the information for controlling the displacement of the valve core 42 is cleared every time the valve core 42 returns to the closed state, so that the error is reduced. Through the arrangement of the driving device, the flow detection device and the sensor 5, the host can accurately control the slurry mixing effect, so that water and thick slurry can be mixed and blended more uniformly.

As a preferred embodiment of the present utility model, an instant heating module (not shown) is provided between the water inlet 34 and the water pump 7 to heat the injected blending water, and the slurry is hot because the injected blending water is hot, so that the flavor is better when the slurry is directly drunk.

Claims

1. The utility model provides a food processor with mix thick liquid function, includes host computer (1) and arranges water tank (8) on host computer (1), is equipped with water pump (7) in host computer (1), built-in stirring cup (2) of stirring sword, motor (9) of drive stirring sword and sets up dish (6) that generates heat in stirring cup (2) bottom, its characterized in that: the lower side wall of the stirring cup (2) is provided with a liquid outlet hole (21) and is communicated with a liquid discharge pipe (3), a liquid discharge valve (4) is arranged in the liquid discharge pipe (3), a water inlet (34) is arranged on the liquid discharge pipe (3) and is positioned between the liquid outlet hole (21) and a liquid discharge pipe outlet, and the water inlet (34) is communicated with a water tank (8) through a water pump (7); the main machine controls the opening of the liquid discharge valve (4) to enable the liquid discharge pipe (3) to realize slurry discharge; and the pulp discharging speed of the liquid discharging pipe (3) is controlled to be matched with the water injection speed of the water pump by controlling the opening size of the liquid discharging valve (4).

2. The food processor of claim 1, wherein: the liquid discharge valve (4) comprises a driving device (41) and a valve core (42), the liquid discharge pipe (3) comprises a transverse section (31) forming a valve core channel and a liquid outlet section (32) extending downwards in the radial direction of the transverse section (31), and the outlet of the liquid discharge pipe is the end port of the liquid outlet section (32); the water inlet (34) is arranged on the transverse section (31) and is positioned between the liquid outlet hole and the liquid outlet section inlet (33), one end of the transverse section (31) is in butt joint with the liquid outlet hole (21), the valve core (42) enters the valve core channel from the other end of the transverse section (31) and moves along the valve core channel under the drive of the driving device (41) to have an open state and a closed state; when the valve core (42) moves to a closed state, the valve core (42) covers and plugs the inlet (33) of the liquid outlet section, and the communication between the liquid outlet hole (21) and the liquid outlet section (32) is blocked; when the valve core (42) moves to an open state, the valve core (42) moves away to enable the liquid outlet section inlet (33) to be exposed and communicated with the liquid outlet hole (21); in the open state, the main machine (1) controls the size of the inlet (33) of the liquid outlet section so as to control the pulp discharging speed of the liquid discharging pipe (3).

3. Food processor according to claim 1 or 2, characterized in that: a flow detection device is arranged between the water inlet (34) and the water pump (7), and the host controls and adjusts the opening size of the liquid discharge valve (4) according to the water inlet speed detected by the flow detection device.

4. A food processor according to claim 3, characterized in that: the water inlet (34) is arranged in front of the liquid discharge valve (4), is positioned between the liquid discharge valve (4) and the liquid outlet hole (21), and the host machine (1) adjusts the opening size of the liquid discharge valve (4) according to the water inlet speed of the water inlet (34) so that the pulp discharge speed of the liquid discharge pipe (3) is matched with the water inlet speed of the water inlet (34), and pure water entering from the water inlet (34) and thick pulp flowing out of the liquid outlet hole (21) are uniformly mixed and then discharged out of the liquid discharge pipe (3) through the liquid discharge valve (4).

5. A food processor according to claim 3, characterized in that: the water inlet (34) is arranged at the rear of the liquid discharge valve (4), the opening size of the liquid discharge valve (4) is adjusted by the host machine (1) according to the water inlet size of the water inlet (34), so that the speed of the liquid discharge pipe (3) for discharging thick slurry is matched with the water outlet speed of the water inlet (34), and the water and the thick slurry are uniformly mixed and then discharged out of the liquid discharge pipe (3).

6. The food processor of claim 2, wherein: the driving device (41) comprises a motor (43) and a screw rod (44), a threaded inner hole (45) matched with the screw rod (44) is formed in the valve core (42), and the motor (43) drives the screw rod (44) to rotate so as to drive the valve core (42) to translate through threaded matching.

7. The food processor of claim 6, wherein: the motor (43) is a stepping motor.

8. The food processor of claim 6, wherein: the main machine is provided with a time control module, the motor (43) is a miniature motor with constant rotating speed, and the rotating time of the motor (43) is controlled by the time control module.

9. The food processor of claim 6, wherein: an inductor (5) for inducing the valve core (42) to be in a closed state is arranged on the liquid discharge pipe (3).

10. The food processor of claim 2, wherein: an instant heating module is arranged between the water inlet (34) and the water pump (7).