Container filling apparatus having magnet and vibrator connected thereto

Claim 2

In an apparatus for filling like magnetic containers with a like measured amount of divided material product including; a housing, a drive, a filling tank for holding product, said filling tank having a movable base connected to said drive, a plurality of product measuring devices connected to the movable base for receiving divided material product from the tank and measuring the amount of said product, said product measuring devices moving in a prescribed path, means connected to said drive for moving a container at the same rate as a product measuring device while the container is receiving a measured quantity of product from the product measuring device, the improvement comprising; a magnet positioned adjacent to a portion of the path of the product measuring devices for attracting containers with divided material product contained therein as they pass the magnet, and a vibrator connected to the magnet for vibrating the magnet and a container attracted to the magnet to compact the divided material product in the container.

Claim 3

In an apparatus for filling like magnetic containers with a like measured amount of divided material product as defined in claim 1; wherein the magnet has a surface adjacent to the path of the product measuring devices being parallel to the path of containers moving with the product measuring devices.

Claim 4

In an apparatus for filling like magnetic containers with a like measured amount of divided material product as defined in claim 1; wherein said vibrator includes means limiting the movement of the magnet to a direction substantially perpendicular to an adjacent portion of the path of movement of containers with the product measuring devices.

Claim 5

In an apparatus for filling like magnetic containers with a like measured amount of divided material product as defined in claim 1; wherein the vibrator includes vibrator drive means, an eccentric connected to the vibrator drive means, a crank connected to the eccentric, a rod having one end connected to the magnet and the other end connected to the crank, and a sleeve slidably receiving the rod and being fixed to said housing allowing the rod to move along the longitudinal axis of the rod.

Claim 6

In an apparatus for filling like magnetic containers with a like measured amount of divided material product as defined in claim 1; wherein said vibrator includes means limiting movement of the magnet to a direction radial to the path of the plurality of product measuring devices.

Claim 7

In an apparatus for filling like magnetic containers with a like measured amount of divided material product as defined in claim 1; wherein the vibrator includes, vibrator drive means, an eccentric connected to the vibrator drive means, a crank connected to the eccentric, a rod having one end connected to the magnet and the other end connected to the crank, and a sleeve reciprocally receiving the rod being fixed to said housing allowing the rod to move along the longitudinal axis of the rod; and said magnet having a surface adjacent to the path of the plurality of product measuring devices being parallel to the path of the containers moving with the plurality of product measuring devices.

Claim 8

In an apparatus for filling like magnetic containers with a like measured amount of divided material product as defined in claim 1; wherein the magnet has a surface adjacent to the path of the plurality of product measuring devices being parallel to a portion of the path of containers moving with the plurality of product measuring devices, and said vibrator having means limiting the direction of vibration of the magnet to a direction perpendicular to a portion of the surface adjacent to the path of the product measuring devices.

Claim 9

In an apparatus for filling like magnetic containers with a like measured amount of divided material product as defined in claim 1; wherein each of the product measuring devices is a measuring flask arranged in a substantially vertical attitude, said movable base moving in a circle, said measuring flasks moving in a circular path being concentric with the circle of the base, and an arcuate container support in said housing positioned below a portion of the path of the measuring flasks for holding containers in a telescoping relationship with selected measuring flasks and then allowing the containers to move downward relative to the selected measuring flasks through a given portion of the circular path of the measuring flasks.

Claim 10

In an apparatus for filling like magnetic containers with a like measured amount of divided material product as defined in claim 8; wherein the arcuate container support is level with the horizontal at a portion adjacent to the magnet.

Claim 11

In an apparatus for filling like magnetic continers with a like measured amount of divided material product as defined in claim 8; wherein the arcuate container support includes a portion having a drop, a flat portion adjacent to the drop, said flat portion being adjacent to the magnet, and a second drop portion adjacent to the flat portion, wherein the containers are lowered relative to the product measuring devices.

Claim 12

In an apparatus for filling like magnetic containers with a like measured amount of divided material product as defined in claim 8; wherein the arcuate container support is level at the portion adjacent to the magnet; and the vibrator includes, vibrator drive means, an eccentric connected to the vibrator drive means, a crank connected to the eccentric, a rod having one end connected to the magnet and the other end connected to the crank, and a sleeve reciprocally receiving the rod and being fixed to said housing allowing the rod to move along the longitudinal axis of the rod.

Claim 13

In an apparatus for filling like magnetic containers with a like measured amount of divided material product as defined in claim 8; wherein the arcuate container support includes a portion having a drop, a flat portion adjacent to the drop, said flat portion being adjacent to the magnet, and a second drop portion adjacent to the other end of the flat portion; and the vibrator includes, vibrator drive means, an eccentric connected to the vibrator drive means, a crank connected to the eccentric, an elongated rod having one end connected to the magnet and the other end connected to the crank, and a sleeve reciprocally receiving the rod and being fixed to said housing allowing the rod to move along the longitudinal axis of the rod.

Claim 14

In an apparatus for filling like magnetic containers with a like measured amount of divided material product as defined in claim 8; wherein the arcuate container support difines a portion of a circle having its center concentric with the circular path of the plurality of product measuring devices, said container support includes a drop portion, a flat portion having one end adjacent to the drop portion, said flat portion being adjacent to the magnet, and a second drop portion adjacent to the other end of the flat portion, and said vibrator including means limiting movement of the magnet in a direction radial to the circular path of the plurality of product measuring devices.

Claim 15

In an apparatus for filling like magnetic containers with a like measured amount of divided material product as defined in claim 8; wherein the arcuate container support is level at the portion adjacent to the magnet, said magnet having a surface adjacent to the measuring flasks being a part a circle concentric with the circle of rotation of the measuring flasks; and said vibrator includes; vibrator drive means, an eccentric connected to the vibrator drive means, a crank connected to the eccentric, a rod having one end connected to the magnet and the other end connected to the crank, and a sleeve reciprocally receiving the rod and being fixed to said housing allowing the rod to move along the longitudinal axis of the rod.

Claim 16

In an apparatus for filling like magnetic containers with a like measured amount of divided material product as defined in claim 8; wherein the arcuate container support includes a drop portion, a flat portion having one end adjacent to the drop portion, said flat portion being adjacent to the magnet, and a second drop portion adjacent to the other end of the flat portion; said magnet has a surface adjacent to the measuring flasks being a part a circle concentric with the circle of rotation of the measuring flasks; and said vibrator including means limiting the movement of the magnet in a direction radial to the circle of rotation of the measuring flasks.

Claim 17

In an apparatus for filling like magnetic containers with a like measured amount of divided material product as defined in claim 8; wherein the arcuate container support defines a portion of a circle concentric with the circular path of the plurality of measuring flasks, said container support includes a drop portion, a horizontally flat portion having one end formed integral with the drop, said flat portion being adjacent to the magnet, and a second drop portion adjacent to the other end of the flat portion; said magnet has a surface adjacent to the measuring flasks, said surface being a part of circle concentric with the circular path of the plurality of measuring flasks; and said vibrator includes; vibrator drive means, an eccentric connected to the vibrator drive means, a crank connected to the eccentric, a rod having one end connected to the magnet and the other end connected to the crank, and a sleeve connected to said housing reciprocally receiving the rod allowing the rod to move along the longitudinal axis of the rod and to limit the direction of movement of the magnet to a direction radial to the circular path of the plurality of measuring flasks.