CN203206870U - Sprouting machine - Google Patents

Abstract

The utility model discloses a sprouting machine which comprises a sprouting machine body and a sprouting assembly and a water spraying assembly arranged in the body; the body is a rotary cavity and provided with a cultivation chamber positioned at the upper part of the cultivation chamber and a water collecting cavity positioned at the lower part of the cultivation chamber; the water spraying assembly sprays water above the sprouting assembly by the aid of the control of the control assembly; the water spraying assembly comprises a water tank arranged below the water collecting cavity, a water pump arranged in the water tank, a spray pipe leading to the cultivation chamber through the water pump and a rotatable spray nozzle arranged at a port of the spray pipe. The sprouting assembly is rotated to spray water to bean sprouts in the sprouting assembly uniformly, so that the water can be sprayed more uniformly; and sprayed water is collected through the water collecting cavity and recycled, so that more water is saved.

Description

a germination machine

technical field

The utility model relates to a germination device, in particular to a bean sprout cultivation device.

Background technique

The traditional method of bean sprouts production generally adopts germination tank, and carries out intermittent watering by manual method. The water that drenched the bean sprouts ran away in vain, wasting time and energy, wasting water sources, and being more inconvenient for family production. Therefore, the Chinese utility model whose publication number is CN202226193U discloses a kind of automatic bean sprouts machine, comprising: a germination tank, the upper part of the germination tank is plugged with a water distribution tank, an upper water tank is arranged at the top of the water distribution tank, and the lower part of the germination tank is connected with a lower water tank, The water holes at the bottom of the water distribution tank are evenly distributed, and a lever mechanism is arranged in the water distribution tank. The lever of the lever mechanism is arranged on the balance shaft. The side is fixed; the two ends of the lever are fixedly connected to the sump and the counterweight respectively, the downpipe at the lower part of the upper sump is connected up and down with the sump, and the bottom of the germination tank is evenly distributed with water holes. However, the spraying of the bean sprout machine adopts the mechanical method of lever to realize the timing operation. Although it is simple, the control is more random. And, because the water collecting tank that adopts is asymmetrical even water distribution, makes the drenching water of bean sprouts very non-uniformly by water distribution tank. In addition, the growth of bean sprouts in the germination tank is unrestricted, and the bean sprouts are produced in different lengths, and the bean sprouts are slender, with poor appearance and edible taste.

Utility model content

The technical problem to be solved by the utility model is to provide a germination machine, which sprays the bean sprouts in the germination tank evenly and regularly through the electromechanical control method through a rotating watering assembly, so as to meet the production needs of bean sprouts and save water. In addition, the growth of the bean sprouts is controlled by the pressure plate provided on the germination tank, so that the bean sprouts have better product appearance and edible taste.

The technical scheme of the utility model is: a germination machine, including a germination machine body and a germination assembly and a water spray assembly arranged in the body; The water collecting chamber positioned at the lower part of the cultivation chamber; the water spraying assembly sprays water from above the germination assembly through the control of a control assembly; the water spraying assembly includes a water tank arranged under the water collecting chamber, a water pump arranged in the water tank and The water pump leads to the spray pipe in the cultivation chamber and the rotatable spray nozzle arranged at the nozzle port. The bean sprouts in the germination assembly are evenly and regularly sprayed with water by the rotating water spraying assembly to make the watering more uniform; the water after showering is collected through the water collection chamber and recycled, and the use of water is more economical.

In order to prevent the bean sprouts from growing excessively and the grown bean sprouts are too slender, which will affect the appearance and eating taste of the bean sprouts, the germination assembly includes a germination groove sleeved on the spray pipe and a pressing device located above the germination groove. The pressure plate is coaxial with the germination tank and can move upward relative to the germination tank. Through the gravity action of the pressure plate, the bean sprouts are controlled at a certain height, and the grown bean sprouts are thicker.

In order to make the bean sprouts have a certain height, specifically, a limit platform is provided on the nozzle; the germination groove is positioned under the limit platform, and the pressure plate is positioned on the limit platform. The pressure plate is limited to a fixed minimum height relative to the germination trough by the limiting platform. And when bean sprouts are produced, the biological power of bean sprouts can overcome the partial gravity growth of shortcoming pressure plate, grow into the bean sprouts that meet the requirements.

In order to facilitate the processing and installation of the nozzle, the nozzle includes a lower part of the nozzle and an upper part of the nozzle which are sleeved in separate parts; the limiting platform is arranged at the upper part of the nozzle near their connection.

Similarly, the cultivation chamber in the body is separated from the water collection cavity, and a board is provided at the bottom of the cultivation chamber; hole. Through the support plate of this structure, the water flowing through the germination tank is accumulated toward the periphery of the support plate, and flows into the water collection cavity through the leakage holes on the periphery, which is convenient for water recycling.

As a preferred technical solution, the spray head is provided with arc-shaped nozzles uniformly distributed in the circumferential direction, and several water spray holes are arranged on the inner side of the nozzles. Through the nozzle with this structure, the rotation of the spray head works through the reaction force of the water flow itself, which simplifies the structure of the water spray assembly.

In order to make the structure of the germination machine more compact and stable, the body also includes a base; the water tank is arranged in the base; and a filter hole communicating with the water tank is provided at the bottom of the water collecting chamber. The water in the water collection chamber is filtered through the filter holes and then recycled to reduce the flow of bean sprout residues into the water tank and cause damage to the water pump.

Adopting the technical solution of the utility model, the bean sprouts in the germination tank are evenly and regularly sprinkled with water through a rotating water spraying component through the electromechanical control method, so as to meet the production needs of the bean sprouts and save water. In addition, the growth of the bean sprouts is controlled by the pressure plate provided on the germination tank, so that the bean sprouts have better product appearance and edible taste. And it has a compact and simple structure, and is more convenient to process and use.

Description of drawings

Fig. 1 is a three-dimensional structure schematic diagram of the present utility model.

Fig. 2 is a schematic cross-sectional structure diagram of the utility model.

Fig. 3 is a schematic structural view of the nozzle in the present invention.

Fig. 4 is a schematic diagram of the state of the pressure plate in the utility model, in which the pressure plate is in the lowest position limited by the limiting platform.

Fig. 5 is a schematic diagram of the state of the pressure plate in the utility model, in which the pressure plate moves up to a height under the action of the growth force of the bean sprouts.

Among them, the body 1, the base 101, the water collection chamber 102, the cultivation chamber 103, the support plate 1031, the leakage hole 1032, the filter hole 1033, the top cover 104, the water spray assembly 2, the water tank 201, the water pump 202, the lower part of the nozzle 2031, the spray Pipe upper part 2032, limit table 2033, nozzle 204, nozzle 2041, spray hole 2042, germination assembly 3, germination tank 301, pressure plate 302, control assembly 4, computer board 401, control button 402.

Detailed ways

Below in conjunction with accompanying drawing and embodiment the utility model is further described.

Referring to FIGS. 1 to 3 , a germination machine includes a main body 1 of the germination machine and a water spray assembly 2 , a germination assembly 3 and a control assembly 4 arranged in the main body 1 . The main body 1 of the germination machine is a rotating cavity, including a cultivation chamber 103 , a water collection chamber 102 positioned below the cultivation chamber and a base 101 arranged under the water collection chamber 102 . A top cover 104 is provided on the upper opening of the cultivation chamber 103 .

A board 1031 is provided at the bottom of the cultivation chamber 103 , that is, between the cultivation chamber 103 and the water collection controller 102 , and the germination assembly 3 is arranged on the support board 1031 . The germination assembly 3 includes a germination tank 301 and a pressure plate 302 arranged coaxially with the germination tank 301 . Many grids arranged in concentric circles are arranged in the germination tank 301 . The pressing plate 302 is positioned above the germination tank 301 and can move up and down along with the growth of bean sprouts. The bean sprouts are pressed by the weight of the platen 302 to make the bean sprouts more robust.

The water shower assembly 2 includes a water tank 201 , a water pump 202 arranged in the water tank 201 , a spray pipe for delivering water to the cultivation chamber 103 and a spray head 204 connected to the nozzle port and positioned above the pressure plate 302 and the germination tank 301 . Wherein, the water tank 201 is arranged in the base 101 , and the spray pipe enters the cultivation chamber 103 through the through holes arranged in the centers of the support plate 1031 , the germination tank 301 and the pressure plate 302 . In this embodiment, in order to facilitate processing and installation, the nozzle includes a nozzle lower part 2031 and a nozzle upper part 2032 that are nested up and down. The spray head 204 is provided with three arc-shaped nozzles 2041 uniformly distributed in the circumferential direction, and oblique water spray holes 2042 are provided on the sides of the nozzles 2041 . Therefore, when water is sprayed, the water spray hole 2042 will generate a rotational force to make the spray head rotate slowly, and the sprayed water can be more evenly scattered on the germination tank 301 . A limiting platform 2033 is provided on the nozzle upper part 2032 where the nozzle upper part 2032 and the nozzle lower part 2031 are connected. The germination tank 301 is sleeved on the junction of the lower part of the nozzle 2031 and the upper part of the nozzle 2032 and positioned under the limiting platform 2033 , the pressure plate 302 is sleeved on the upper part of the nozzle 2032 and positioned on the limiting platform 2033 . The pressure plate 302 and the germination plate 301 maintain a minimum distance through the limiting platform 2033, that is, the minimum height of the bean sprouts.

The support plate 1031 of the cultivation chamber 103 protrudes gradually toward the center, and a leak hole 1032 is provided on the periphery of the support plate 1031. The water poured on the bean sprouts leaks from the grid of the germination tank 301 and then passes through the leak hole on the support plate 1031. 1032 flows into the sump chamber 102. A filter hole 1033 is provided at the bottom of the water collecting chamber 102, and the water collected in the water collecting chamber 102 is filtered through the filter hole 1033 and then recycled into the water tank 201 for recycling.

Referring to FIG. 4 and FIG. 5 , the control assembly 4 includes a computer board 401 disposed in the base 101 and control buttons 402 disposed on the outside of the base 101 . Through the setting of the control button 402, the internal level set by the computer board 401 automatically controls the water spraying, time interval, water spraying amount and the like.

When using, first soak the bean seeds, such as mung beans or soybeans, in clear water, pick up the floating beans, and continue soaking for 8-10 hours. Open the top cover 104 of the germination machine, move the pressure plate 302 upwards, scatter the soaked beans evenly on the germination tank 301, put down the pressure plate 302 and cover the top cover 104, keep the cultivation chamber 103 in a darker light environment. Then the corresponding parameters can be set through the control button 402 . The control component 4 automatically sprays the beans with water intermittently according to the set parameters, so that the beans are kept at a suitable temperature environment, germinates after about 2 days, and can be taken out for cooking after the fourth or fifth day.

The specific embodiments are for a clearer understanding of the utility model, and are not intended as a limitation on the rights of the utility model. Various changes can be made without departing from the purpose of the utility model. Modifications obvious to those skilled in the art are intended to be included within the scope of the claims.

Claims (10)

1. A germination machine, comprising a body of the germination machine and a germination assembly and a water spray assembly arranged in the body; it is characterized in that: the body is a rotating cavity, and is provided with a cultivation chamber positioned at the top and a The water collection chamber at the bottom of the cultivation chamber; the water shower assembly sprays water from above the germination assembly through the control of a control assembly; the water shower assembly includes a water tank arranged below the water collection chamber, a water pump arranged in the water tank, and a A spray pipe leading to the cultivation chamber and a rotatable spray nozzle arranged at the port of the spray pipe. 2. The germination machine according to claim 1, characterized in that: the germination assembly includes a germination groove sleeved on the nozzle pipe and a pressure plate positioned above the germination groove, the pressure plate is in contact with the germination groove The germination tanks are coaxial and can move upward relative to the germination tanks. 3. The germination machine according to claim 2, characterized in that: a limiting platform is arranged on the nozzle pipe; the germination groove is positioned under the limiting platform, and the pressure plate is positioned under the limiting platform. on stage. 4. The germination machine according to claim 3, characterized in that: the nozzle includes a lower part of the nozzle and an upper part of the nozzle which are sleeved separately; the limit table is arranged on the upper part of the nozzle near their Junction. 5. The germination machine according to claim 1 or 2 or 3 or 4, characterized in that: the cultivation chamber in the body is separate from the water collection cavity, and a plate is provided at the bottom of the cultivation chamber; The support plate protrudes gradually toward the center, and a number of leakage holes are arranged on the outside of the support plate. 6. The germination machine according to claim 1 or 2 or 3 or 4, characterized in that: the spray head is provided with arc-shaped nozzles uniformly distributed in the circumferential direction, and several water spray holes are arranged on the inner side of the nozzles. 7. The germination machine according to claim 5, characterized in that: the spray head is provided with arc-shaped nozzles uniformly distributed in the circumferential direction, and several water spray holes are arranged on the inner side of the nozzles. 8. The germination machine according to claim 5, characterized in that: the body also includes a base; the water tank is arranged in the base; a bottom connected to the water tank is provided at the bottom of the water collecting chamber filter hole. 9. The germination machine according to claim 6, characterized in that: said body also includes a base; said water tank is arranged in said base; filter hole. 10. The germination machine according to claim 7, characterized in that: said body also includes a base; said water tank is arranged in said base; filter hole.

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