Jet-jet mixing device and food waste disposer equipped with jet-jet mixing device

Abstract

This invention relates to a jet-stirring device and a food waste disposer incorporating the jet-stirring device. The jet-stirring device includes a liquid supply section, a housing section, and an inner baffle section. The housing section is located below the liquid supply section and has an inlet and an outlet. The inner baffle section is obliquely positioned within the housing section to form a buffer space. Above the bottom plate of the housing section and the inner baffle section, a storage space is formed. When high-pressure gas is supplied through the inlet, it enters and is evenly distributed within the buffer space, before being sprayed into the storage space through a plurality of jet nozzles. When the jet-stirring device is used in a food waste disposer, a working liquid is drained and dripped into the storage space. The high-pressure gas injected through the plurality of jet nozzles then pushes and agitates the working liquid, causing it to exit from the outlet.

Claims

1. A jet-driven stirring device, comprising: A liquid supply unit has a cover, a liquid supply port and a liquid supply valve, the liquid supply valve being used to open or close the liquid supply port; an outer casing is disposed below the liquid supply unit, the outer casing having an outer casing bottom plate and an outer casing wall plate; the outer casing bottom plate is provided with an outlet and an outlet valve. The outlet valve is used to open or close the outlet. The outer casing wall panel extends upward from the bottom plate of the outer casing and has a first wall panel, two side wall panels, and a second wall panel. The first wall panel is parallel to the second wall panel, and the two side wall panels are parallel to each other. The first wall panel has an inlet for connecting to a high-pressure gas generating unit. The outlet is adjacent to the second wall panel. An inner baffle portion is provided between the liquid supply unit and the outer casing, and the inner baffle portion has a plurality of jet holes. Furthermore, the inner baffle portion has a first inclined baffle and two second inclined baffles, and the plurality of jet holes are distributed on the first inclined baffle and the two second inclined baffles. The plurality of jet holes are all adjacent to the bottom plate of the outer casing. The first inclined baffle is obliquely fixed to the bottom plate of the outer casing and the first wall plate, and the two second inclined baffles are obliquely fixed to the bottom plate of the outer casing and the two side wall plates, respectively, so that a buffer space is formed between the outer casing portion and the inner baffle portion. In addition, a storage space is formed on the bottom plate of the outer casing and the inner baffle portion. When the high-pressure gas generating part generates a high-pressure gas, the liquid supply valve closes the liquid supply port; and the outlet valve opens the outlet. In this way, the high-pressure gas system first enters the buffer space, and then is injected into the storage space through the plurality of jet holes.

2. The jet-jet agitator as described in claim 1, wherein, The liquid supply valve includes a fixed column, a balance bar, a stop valve, and an adjustable load structure, wherein: the fixed column is vertically fixed to the second wall panel; one center of the balance bar is pivotally mounted to the top of one of the fixed columns; the stop valve is connected to one end of the balance bar for opening and closing the liquid supply valve; and the adjustable load structure is connected to the other end of the balance bar, the weight of which is adjustable to adjust the external force required for the stop valve to open the liquid supply valve; thereby, when the external force on the stop valve is greater than that on the adjustable load structure, the balance bar hangs down toward the stop valve, and the stop valve opens the liquid supply valve; and when the external force on the stop valve is less than that on the adjustable load structure, the balance bar hangs down toward the adjustable load structure, and the stop valve closes the liquid supply valve.

3. A food waste disposer with an air jet stirring device, comprising: A liquid supply unit has a cover, a liquid supply port and a liquid supply valve, the liquid supply valve being used to open or close the liquid supply port; an outer casing is disposed below the liquid supply unit, the outer casing having an outer casing bottom plate and an outer casing wall plate; the outer casing bottom plate is provided with an outlet and an outlet valve. The outlet valve is used to open or close the outlet. The outer casing wall panel extends upward from the bottom plate of the outer casing and has a first wall panel, two side wall panels and a second wall panel. The first wall panel is parallel to the second wall panel, and the two side wall panels are parallel to each other. The first wall panel is provided with an inlet for connecting to a high-pressure gas generating unit. The outlet is adjacent to the second wall panel. An inner baffle section is disposed between the liquid supply section and the outer casing section, and the inner baffle section has a plurality of jet holes; the inner baffle section has a first inclined baffle and two second inclined baffles, and the plurality of jet holes are distributed on the first inclined baffle and the two second inclined baffles, and the plurality of jet holes are all adjacent to the bottom plate of the outer casing. The first inclined baffle is obliquely fixed to the bottom plate of the outer casing and the first wall panel, and the two second inclined baffles are obliquely fixed to the bottom plate of the outer casing and the two side wall panels respectively, so that a buffer space is formed between the outer casing section and the inner baffle section; and a storage space is formed on the bottom plate of the outer casing and the inner baffle section; wherein, when the high-pressure gas generating section generates a high-pressure gas, the liquid supply valve closes the liquid supply port; and the outlet valve opens the outlet, so that the high-pressure gas system first enters the buffer space, and then is injected into the storage space through the plurality of jet holes; and a food waste disposer, comprising: A machine body includes a front support frame and a rear support frame; a roller is mounted on the front support frame and the rear support frame, the roller having a feed end, a driven end, and a plurality of filtrate holes; the feed end is adjacent to the front support frame, and the driven end is adjacent to the rear support frame, such that the feed end is higher than the driven end; the plurality of filtrate holes are formed in the roller and are adjacent to the rear support frame and the liquid supply port; and a power assembly is disposed between the rear support frame and the driven end; thereby, the feed end is used to feed in a material to be processed, the material to be processed containing a working fluid; When the power assembly is activated, the roller is driven from the driven end, causing the roller to roll on the front support frame and the rear support frame. The working fluid of the object to be processed is filtered out from the plurality of filter holes and drips into the storage space. A portion of the working fluid flows out from the plurality of jet holes into the buffer space. When the high-pressure gas generator is activated, the high-pressure gas generated by the high-pressure gas generator first enters the buffer space, which is roughly U-shaped, through the inlet, and then enters the storage space through the plurality of jet holes, pushing and agitating the working fluid. Finally, the high-pressure gas and working fluid are discharged through the outlet.

4. A food waste disposer with an air jet agitator as described in claim 3, wherein, The liquid supply valve includes a fixed column, a balance bar, a stop valve, and an adjustable load structure, wherein: the fixed column is vertically fixed to the second wall panel; one center of the balance bar is pivotally mounted to the top of one of the fixed columns; the stop valve is connected to one end of the balance bar for opening and closing the liquid supply valve; and the adjustable load structure is connected to the other end of the balance bar, the weight of which is adjustable to adjust the external force required for the stop valve to open the liquid supply valve; thereby, when the external force on the stop valve is greater than that on the adjustable load structure, the balance bar hangs down toward the stop valve, and the stop valve opens the liquid supply valve; and when the external force on the stop valve is less than that on the adjustable load structure, the balance bar hangs down toward the adjustable load structure, and the stop valve closes the liquid supply valve.

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