The present invention relates to a herb grinder. More particularly it is a compact-pocket size 3 piece or 4 piece grinder chassis including herb grinding compartment, spinning herb chamber floor compartment, nectar/crystal storage area and a rectangular side storage tray which is magnetically inserted into grinder chassis. The herb grinding compartment floor includes static cutting teeth, machined hole opening and central axle socket which runs perpendicular vertically down the center. This grinder further includes a lid and a hand crank embedded in it which when moved, moves all the connected components. The first compartment pulverizes the herbs into small chunks inside the herb grinding compartment, which then flows downward through the hole opening leading the herb to enter spinning chamber floor which then directs the herbs to longitudinal side storage tray.

The present invention belongs to the field of household appliances, more particularly to the field of household appliances for storing and sifting tapioca gum so that this gum reaches adequate grain size for the preparation, through mechanical processes as granulation through pressure or extrusion. The invention also brings the advantage of avoiding manual contact with the gum, allowing all the processing of the gum to happen inside a container, as for example a cup, avoiding the entrance of dirt and contaminants, as well as distributing it in a directed way, avoiding the sifted or extruded gum to be spilled out of the frying pan.

The present invention belongs to the field of household appliances, more particularly to the field of household appliances for storing and sifting tapioca gum so that this gum reaches adequate grain size for the preparation, through mechanical processes as granulation through pressure or extrusion. The invention also brings the advantage of avoiding manual contact with the gum, allowing all the processing of the gum to happen inside a container, as for example a cup, avoiding the entrance of dirt and contaminants, as well as distributing it in a directed way, avoiding the sifted or extruded gum to be spilled out of the frying pan.

This disclosure addresses an herb grinder that includes an upper grinder rotatably inserted into a lower grinder. The lower grinder is non-rotatably affixed to a sifter, which is in turn non-rotatably affixed to a bottom element. The upper grinder includes a plurality of downward projecting grinding teeth, and the lower grinder includes a plurality of upward projecting grinding teeth so that the two sets of teeth mesh with each other to enable the grinding function. A plurality of pass-through holes in the lower grinder allows ground material to pass from a material receiving space formed between the upper grinder and the lower grinder into a coarse material collecting area in the sifter. The sifter includes a planar sifting plate with a plurality of holes that allow powder to pass therethrough.

This disclosure addresses an herb grinder that includes an upper grinder rotatably inserted into a lower grinder. The lower grinder is non-rotatably affixed to a sifter, which is in turn non-rotatably affixed to a bottom element. The upper grinder includes a plurality of downward projecting grinding teeth, and the lower grinder includes a plurality of upward projecting grinding teeth so that the two sets of teeth mesh with each other to enable the grinding function. A plurality of pass-through holes in the lower grinder allows ground material to pass from a material receiving space formed between the upper grinder and the lower grinder into a coarse material collecting area in the sifter. The sifter includes a planar sifting plate with a plurality of holes that allow powder to pass therethrough.

A grinding device includes a housing unit, a filtering unit, a grinding unit and a sensing unit. The filtering unit is mounted in the housing unit and defines a grinding space therein. The grinding unit includes a blade element rotatably mounted in the grinding space for grinding objects disposed in the grinding space, and a driving element operable to drive rotation of the blade element. The sensing unit is for sensing presence of the objects in the grinding space, and is electrically connected to the driving element to output a control signal thereto to stop rotation of the blade element when sensing that the objects in the grinding space are ground fully into powder so that none of the objects is sensed in the grinding space.

The present invention relates to a device and a method associated with the device. With respect to the device, it is an herb storage container, which is an airtight herb storage container that has a method of collecting fine resin gland particles in a connected compartment. This device can be used to store herbs in order to keep them fresh, it allows the user to collect strain specific fine resin gland particles in a connected compartment and accomplishes this through the floor of the main chamber being made of a mesh screen. The core components of the invention are a lid, a silicone humidity pack holder that is fitted up in the inner part of the lid also functions as an airtight seal mechanism, a second modified lid with the center portion removed and threads on the lining of the removed center portion that allows the attachment of a handheld herb grinder, a dually open ended plastic, glass or aluminum jar with threads on both ends, an adapter that holds a removable screen, a removable screen, a part that unscrews from the adapter to allow removal and replacement of the mesh screen, a section that has a closed floor that collects the fine resin gland particles and a second smaller glass, plastic or aluminum jar that stores ground herbs, which, generally speaking, are configured as follows: lid, silicone humidity pack holder, glass, plastic or aluminum jar, jar adapter, mesh screen, mesh screen holder, fine resin gland particle storage compartment and lastly at the very bottom is the glass, plastic or aluminum ground herb storage jar. With respect to the device it should be further noted that because of a unique feature of having the second modified lid the user can now screw a handheld grinder with matching threads into the lid of the jar and grind directly into the storage container which can then be agitated to sift the fine resin gland particles into the compartment below. With respect to the associated method, in order to carry out the method the following core steps are followed: step one is to remove the lid by unscrewing it from the jar and replacing it with the second modified lid, step two is to attach the handheld grinder to the lid by screwing it into the threads on the open missing center portion of the modified lid, step three is to use the hand held grinder to grind the herb from a nug form into a ground form, step four is to remove the grinder from the top of the modified lid by unscrewing it and then removing the modified lid from the jar and replacing it with the first lid, the fifth step is to then agitate the storage container so that the fine resin gland particles can be sifted into the next compartment of the container, the sixth step

The present invention relates to a device and a method associated with the device. With respect to the device, it is an herb storage container, which is an airtight herb storage container that has a method of collecting fine resin gland particles in a connected compartment. This device can be used to store herbs in order to keep them fresh, it allows the user to collect strain specific fine resin gland particles in a connected compartment and accomplishes this through the floor of the main chamber being made of a mesh screen. The core components of the invention are a lid, a silicone humidity pack holder that is fitted up in the inner part of the lid also functions as an airtight seal mechanism, a second modified lid with the center portion removed and threads on the lining of the removed center portion that allows the attachment of a handheld herb grinder, a dually open ended plastic, glass or aluminum jar with threads on both ends, an adapter that holds a removable screen, a removable screen, a part that unscrews from the adapter to allow removal and replacement of the mesh screen, a section that has a closed floor that collects the fine resin gland particles and a second smaller glass, plastic or aluminum jar that stores ground herbs, which, generally speaking, are configured as follows: lid, silicone humidity pack holder, glass, plastic or aluminum jar, jar adapter, mesh screen, mesh screen holder, fine resin gland particle storage compartment and lastly at the very bottom is the glass, plastic or aluminum ground herb storage jar. With respect to the device it should be further noted that because of a unique feature of having the second modified lid the user can now screw a handheld grinder with matching threads into the lid of the jar and grind directly into the storage container which can then be agitated to sift the fine resin gland particles into the compartment below. With respect to the associated method, in order to carry out the method the following core steps are followed: step one is to remove the lid by unscrewing it from the jar and replacing it with the second modified lid, step two is to attach the handheld grinder to the lid by screwing it into the threads on the open missing center portion of the modified lid, step three is to use the hand held grinder to grind the herb from a nug form into a ground form, step four is to remove the grinder from the top of the modified lid by unscrewing it and then removing the modified lid from the jar and replacing it with the first lid, the fifth step is to then agitate the storage container so that the fine resin gland particles can be sifted into the next compartment of the container, the sixth step

An organic-matter holding chamber is provided for holding organic-matter in a handholdable organic-matter fragmentation apparatus, the chamber comprising a first chamber part having a first magnetic member and a second chamber part having angularly offset second and third magnetic members. The first and second chamber parts are rotatable relative to each other to adopt locked and unlocked conditions. When the chamber 16 is in the locked condition, the first and second magnetic members (58, 60) face each other so as to magnetically attract. The first and third magnetic members being positionable via angular displacement of the first and second chamber parts to magnetically repel thereby biasing the first and second chamber parts away from each to adopt the unlocked condition.

Grinding apparatus for grinding substances, such as tobacco. In certain embodiments, grinding apparatus with a plurality of receptacles which can be selectively filled with a ground product, such as tobacco. In still other embodiments, a grinding apparatus with a cone lifting mechanism, vibration inducing mechanism and/or with a selector capability or mechanism for selecting one or more of a plurality of receptacles, or storage area(s), for delivery of a ground product.