A dust sequestering assembly for sequestering dust from a particulate food item includes a container that may contain a particulate food item. A sieve is positioned within the container and the sieve may have dust pass therethrough. Thus, the dust is sequestered with respect to the particulate food item.

The present disclosure provides locking false filter sieve. The filter sieve includes: a sieve body and a base movably connected to the sieve body. The sieve body is machined from a metal sheet into a circular body. An upper circular edge is machined on an upper edge of the circular body by rolling upwards. A groove and a lower circular edge are machined on a lower edge of the circular body by rolling downwards. The upper circular edge and the lower circular edge at a junction of the circular body are mated with each other and movably engaged with each other. Bases having different numbers of meshes body may be mounted by disposing a fastener device at the junction of the circular body. With the above structure, a base having a desired number of meshes may be mounted during use. The structure is reasonable, and highly practicable.

The present disclosure provides locking false filter sieve. The filter sieve includes: a sieve body and a base movably connected to the sieve body. The sieve body is machined from a metal sheet into a circular body. An upper circular edge is machined on an upper edge of the circular body by rolling upwards. A groove and a lower circular edge are machined on a lower edge of the circular body by rolling downwards. The upper circular edge and the lower circular edge at a junction of the circular body are mated with each other and movably engaged with each other. Bases having different numbers of meshes body may be mounted by disposing a fastener device at the junction of the circular body. With the above structure, a base having a desired number of meshes may be mounted during use. The structure is reasonable, and highly practicable.

Disclosed is a pruning and sieving apparatus, which resolves time-consuming and laborious problems in the existing pruning method of flower plants. The pruning and sieving apparatus includes a hollow body, including two relatively disposed open axial ends; an interior pruning lining attached inside the hollow body, where the interior pruning lining includes a plurality of sidewall pruning holes arranged in a distributed manner; a sieving screen, where the sieving screen includes a plurality of sieving holes arranged in a distributed manner, and is disposed in the interior pruning lining to divide the internal space of the interior pruning lining into a pruning chamber and a collection chamber; and two end caps disposed on the two open axial ends.

A scoop has a handle and curvilinear base such that the scoop is narrower at an extreme end and deeper at a back end, the back end meeting a handle. A front most region of the device meets the top side of the device in some embodiments, such that side walls, the top side, and the bottom side join at a front end. The bottom side of the base has a plurality of spaced apart slats with portals therebetween. The slats are closer together near the front side than the back side, becoming progressively more spaced apart. In this manner, a smallest size particulate matter falls through the slats at the front end of the device while progressively larger particulate matter falls through towards the back end of the device in proportion to the increasing space between the slats.

A scoop has a handle and curvilinear base such that the scoop is narrower at an extreme end and deeper at a back end, the back end meeting a handle. A front most region of the device meets the top side of the device in some embodiments, such that side walls, the top side, and the bottom side join at a front end. The bottom side of the base has a plurality of spaced apart slats with portals therebetween. The slats are closer together near the front side than the back side, becoming progressively more spaced apart. In this manner, a smallest size particulate matter falls through the slats at the front end of the device while progressively larger particulate matter falls through towards the back end of the device in proportion to the increasing space between the slats.

A combined toileting and hygiene system for a cat, the system comprising: a support device having a first shelving level and a second shelving level, the second shelving level being vertically elevated with respect to the first shelving level; a litter tray associated with the first shelving level; and a container on the second shelving level which is dimensioned to hold one or more hygiene items for the litter tray.

A combined toileting and hygiene system for a cat, the system comprising: a support device having a first shelving level and a second shelving level, the second shelving level being vertically elevated with respect to the first shelving level; a litter tray associated with the first shelving level; and a container on the second shelving level which is dimensioned to hold one or more hygiene items for the litter tray.

The horticulture classifier apparatus is intended to provide users with a sifting and sorting device that can separate multiple sizes of plant material. To accomplish this, the device includes specific surface contours and multi-purpose handling structures to be described in relation to a sieve grid. Further, the apparatus includes critical functional elements relating to the separation of whole marijuana buds, specifically, that are presented as novelties. To that end, a sifting screen is included, which may be detachably mounted onto the main classifying grid. In addition, the apparatus includes means for mounting the device on multiple kinds of totes and bins, to sequentially separate the various tiers of consumable cannabis. This arrangement may also include attachment to an external collection bin or bag, depending on the individual application of the apparatus by a user.

The horticulture classifier apparatus is intended to provide users with a sifting and sorting device that can separate multiple sizes of plant material. To accomplish this, the device includes specific surface contours and multi-purpose handling structures to be described in relation to a sieve grid. Further, the apparatus includes critical functional elements relating to the separation of whole marijuana buds, specifically, that are presented as novelties. To that end, a sifting screen is included, which may be detachably mounted onto the main classifying grid. In addition, the apparatus includes means for mounting the device on multiple kinds of totes and bins, to sequentially separate the various tiers of consumable cannabis. This arrangement may also include attachment to an external collection bin or bag, depending on the individual application of the apparatus by a user.