An electric grinder is provided that includes a shell. The shell accommodates a grinding mechanism, a reducing mechanism and a power mechanism. The electric grinder also comprises a grinding chamber, where said grinding mechanism is at one end of said grinding chamber, said power mechanism and said reducing mechanism are at the other end of said grinding chamber. The grinding chamber is provided with a filling hole, and a chamber cover is provided opposite to said filling hole. The filling hole of said grinding chamber can be opened or closed by turning said chamber cover. The electric grinder is designed so that the filling hole of the grinding chamber can be easily opened or closed by turning the chamber cover. After the chamber cover rotates and closes the filling hole, the grinding chamber is sealed and no material will flow out easily, and the chamber cover will not fall off.

A food processor can include a strainer, a sealing gasket, a blade assembly, and a lid. The food processor can be used in combination with a container such as a bowl or a flask, and in combination with an actuator. The actuator can be operated to actuate the blade assembly to rotate within the strainer to chop food items held therein, which can fall through the strainer into the container when they have been sufficiently chopped.

An herb grinding device for no jamming grinding of herb and other plant material is presented. The herb grinding device, provides for a battery-operated grinder for marijuana and similar herb products. The invention takes a form of an overall cylindrical enclosure that is approximately forty-eight millimeters (48 mm.) high and sixty-three millimeters (63 mm.) high. The overall cylindrical enclosure comprises a battery/motor compartment at the lower portion of the device, a grinding compartment in the middle of the device and a cover at the top of the device. Further description of the battery/motor compartment, the grinding compartment, and the cover will be provided herein below. It is envisioned that the overall cylindrical enclosure would be made of stainless steel for durability, easy of cleaning and sanitization, and durability.

An herb grinding device for no jamming grinding of herb and other plant material is presented. The herb grinding device, provides for a battery-operated grinder for marijuana and similar herb products. The invention takes a form of an overall cylindrical enclosure that is approximately forty-eight millimeters (48 mm.) high and sixty-three millimeters (63 mm.) high. The overall cylindrical enclosure comprises a battery/motor compartment at the lower portion of the device, a grinding compartment in the middle of the device and a cover at the top of the device. Further description of the battery/motor compartment, the grinding compartment, and the cover will be provided herein below. It is envisioned that the overall cylindrical enclosure would be made of stainless steel for durability, easy of cleaning and sanitization, and durability.

A vegetable matter grinding assembly for grinding vegetable matter for smoking includes a first cylinder that may contain vegetable matter. A grinding unit is removably coupled to the first cylinder and the grinding unit is selectively manipulated. The grinding unit includes a plurality of blades to grind the vegetable matter into a plurality of fine particles. The fine particles are selectively smoked and inhaled from a smoking device.

A vegetable matter grinding assembly for grinding vegetable matter for smoking includes a first cylinder that may contain vegetable matter. A grinding unit is removably coupled to the first cylinder and the grinding unit is selectively manipulated. The grinding unit includes a plurality of blades to grind the vegetable matter into a plurality of fine particles. The fine particles are selectively smoked and inhaled from a smoking device.

In accordance with one embodiment of the present disclosure, a grinding and extraction device includes: a housing including a motor chamber, a grinding chamber, a collection chamber, and an extraction chamber; a motor disposed within the motor chamber; a blade for grinding powered by the motor; a first filter separating the grinding chamber from the collection chamber, wherein the blade is disposed within the grinding chamber within 0.5 inches of the first filter; and a second filter separating the collection chamber and the extraction chamber.

In accordance with one embodiment of the present disclosure, a grinding and extraction device includes: a housing including a motor chamber, a grinding chamber, a collection chamber, and an extraction chamber; a motor disposed within the motor chamber; a blade for grinding powered by the motor; a first filter separating the grinding chamber from the collection chamber, wherein the blade is disposed within the grinding chamber within 0.5 inches of the first filter; and a second filter separating the collection chamber and the extraction chamber.

The present disclosure discloses a grinder for grinding herbs, coffee beans, spices, tobacco, and other dried plants into particulates. The grinder comprises a body and a filter assembly. The filter assembly includes a mesh filter and is coupled at the bottom of the body. The body comprises a battery and blade coupled to a shaft, which, in turn is coupled to a motor. When the motor is run, the motor spins the blade, which, in turn grinds the herb into particulates. The particulates of herb are collected at a pollen catching cap after being filtered by the mesh filter. Further, the grinder can include a storage assembly to store or transport the particulates of the herb. The grinder can include a USB port to recharge the battery and a lighting means to provide visibility to a user operating the grinder.

The present disclosure discloses a grinder for grinding herbs, coffee beans, spices, tobacco, and other dried plants into particulates. The grinder comprises a body and a filter assembly. The filter assembly includes a mesh filter and is coupled at the bottom of the body. The body comprises a battery and blade coupled to a shaft, which, in turn is coupled to a motor. When the motor is run, the motor spins the blade, which, in turn grinds the herb into particulates. The particulates of herb are collected at a pollen catching cap after being filtered by the mesh filter. Further, the grinder can include a storage assembly to store or transport the particulates of the herb. The grinder can include a USB port to recharge the battery and a lighting means to provide visibility to a user operating the grinder.