TH98613A - Motorized food processor - Google Patents

Abstract

The invention DC60 is a food processor driven by a motor with a built-in motor mounted on the mechanism. Electric current, which controls the electric current and has a connection inside it, has a pin 1 that supplies and cuts the mechanism of the current flow, there is a second, which is moved by the pin 1 through it. Movable mechanism There are food prep cups that are placed on such hulls in such a way that Can be put on and taken off freely And there is a bulge on the bottom, which is created at the bottom of the cup. For the preparation of such food, the 1st pin is positioned where it is pushed in by a convex section. Such a sassy butt And make such motors can have electric current to flow through them when making The direction of movement of the pin 1 and the pin 2 is the opposite direction and the pin 1 is pushed through the bottom convex section only. The invention was a food processor driven by a built-in motor that was equipped with a motor to the mechanism. The electric current meter, which controls the electric current, has a connection point inside it, there is a pin 1 that supplies and cuts off the current flow mechanism, there is a pin 2 which moves according to pin 1 as Through a movable mechanism There are food prep cups that are placed on such hulls in such a way that Can be put on and taken off freely And there is a bulge on the bottom, which is created at the bottom of the cup. For the preparation of such food, the 1st pin is positioned where it is pushed in by a convex section. Such a sassy butt And make such motors can have electric current to flow through them when making The direction of movement of the pin 1 and the pin 2 is the opposite direction and the pin 1 is pushed through the bottom convex section only.

Claims (13)

1. The food processor is driven by a motor housed in a housing containing the motor and an internal current flow mechanism that controls the flow of current and has connection points. Pin 1 operates to supply and disconnect the current flow mechanism. Pin 2 moves in accordance with Pin 1 via a movable mechanism. A food preparation cup is placed on the housing in a freely removable and insertable manner. A raised bump on the bottom of the cup allows current to flow through the motor when Pin 1 is positioned and pushed inward by this bump. This causes the movement of Pin 1 and Pin 2 to be in opposite directions, with Pin 1 being pushed inward only by the raised bump. 2. The food processor is driven by the motor of patent 1, which has a lid covering the opening of the food preparation cup, blades mounted on the inner bottom of the food preparation cup, and a lever shaft constructed on the outer bottom of the food preparation cup that moves with the insertion and removal of the lid. The motor is only able to flow electricity when pin 1 is pushed back by the lever shaft. 3. A food processor driven by a motor of claim 1 or 2, which causes the second pin to act before the first pin when the food cup is installed on the body; a food processor driven by a motor of claim 3, which forms a ring-shaped cup support with the motor shaft centered on top of the body and forms a fastening mechanism that attaches the cup support to the food cup. 4. A food processor driven by the motor of patent 3, which forms a circular, ring-shaped cup holder centered on top of the body and forms a fastening mechanism that attaches the cup holder to the food preparation cup. 5. The food processor is driven by the motor of claim number 4, which, when the food preparation cup is placed on it, compresses the raised front bottom or the lever shaft. 6. The food processor is driven by the motor of claim number 5, which the said lever shaft compresses the said second pin when inserting and removing the said food preparation cup when the said lid is detached. 7. The food processor is driven by a motor of claim number 1, the said moving mechanism forming a tilting plate structure. 8. The food processor is driven by a motor of claim 1, which has a number of inclined faces and each such inclined face is formed by a sliding part that is inclined in opposite directions. 9. The food processor is driven by a motor under claim 1, which stipulates that the compression force of spring 1, pushing pin 1 upward from the movable mechanism, is greater than the compression force of spring 2, pushing pin 2 downward from the movable mechanism. 10. The food processor is driven by a motor of claim 1, which creates a mechanical connection through which a certain amount of electrical current flows. 11. The food processor is driven by a motor of claim number 1, which is enclosed in a waterproof housing at the connection point of the electrical current flow mechanism. 12. The food processor is driven by the motor of claim number 1, and the aforementioned pins 1 and 2 are formed into an L-shape. 13. The food processor is driven by a motor of claim number 1, which creates a drain guide at the aforementioned 1st peg and the aforementioned 2nd peg.