Air conveyor

• US 4,822,214 A
• Filed: 06/12/1987
• Issued: 04/18/1989
• Est. Priority Date: 06/12/1987
• Status: Expired due to Fees

• Current Assignee: Aidlin Automation Corporation
• Original Assignee: Aidlin Automation Corporation
• Inventors: Aidlin, Samuel S., Kincaid, Larry, Aidlin, Stephen H.
• Primary Examiner(s): Basinger, Sherman D.
• Assistant Examiner(s): Avila, Stephen P.
• Application Number:
  US07/062,171
• Time in Patent Office: 676 Days
• Field of Search: 406/86, 406/87, 406/88, 406/89, 406/90, 221/162, 198/389, 198/455, 198/493, 198/786, 156/500
• US Class Current: 406/86
• CPC Class Codes: B65G 2201/0247 Suspended bottles
• CPC Class Codes: B65G 51/035 for suspended articles, e.g. bottles

Abstract

A machine for manufacturing bottles including pneumatic conveying apparatus for container bodies and pneumatic conveying apparatus for base cups and a base cupping assembly and for joining the conveyed container bodies and base cups to form bottles. The conveying apparatus for the container bodies has an interior channel member with louvers in the top and side walls and an exterior channel member thereover to form a plenum chamber therebetween for functioning with the interior channel member and its louvers in effecting the conveying of container bodies.

Claims

1. A pneumatic conveying apparatus for container bodies comprising:

a pair of laterally spaced neck tracks defining an elongated slot therebetween for slidingly supporting a container body by its neck;

an inverted, U-shaped, interior channel member extending upwardly from the neck tracks spanning the slot and extending longitudinally substantially the length of the slot and having a cross sectional area sufficient to receive the portion of a container body above its neck, the interior channel member having a top wall and side walls with air directing louvers formed in the top wall and side walls, the louvers of the top wall being shaped to direct a flow of air into a container body located in operative proximity therewith to thereby provide a driving force within the container body in addition to the driving force outside the container body created by the side louvers;

an inverted, U-shaped, exterior channel member extending upwardly from the neck tracks enclosing the interior channel member and extending longitudinally substantially the length of the slot, the cross sectional area of the exterior channel member being between about five and fifteen times larger than the cross sectional area of the interior channel member; and

pneumatic means to introduce air under pressure to the space between the exterior and interior channel members whereby such space may constitute a plenum chamber and direct a flow of air within the interior chamber in a direction dictated by the angle of the louvers for conveying container bodies supported by their necks on the neck tracks in the direction of the air flow.

2. The conveying apparatus as set forth in claim 1 wherein the cross sectional area of the exterior channel member is about ten times larger, plus or minus 10 percent, than the cross sectional area of the interior channel member.

3. The conveying apparatus as set forth in claim 1 and further including end plates secured to the ends of the exterior channel members with cut out areas to allow for the passage of portions of container bodies through the interior channel member.

4. The conveying apparatus as set forth in claim 1 and further including guides in the form of rods suspended from the neck tracks on opposite sides of the slot along the length of the slot to preclude the lateral movement of container bodies being conveyed.

5. The conveying apparatus as set forth in claim 1 and further including a gate track formed along a portion of the length of one of the neck tracks and means to move the gate track between a first position wherein the gate track functions as an extension of the neck track in the guiding and conveying of container bodies and a second position wherein the gate track is disposed remote from the neck track for allowing the conveyed container bodies to fall from the conveying apparatus as when a stoppage of container bodies occurs.

6. The conveying apparatus as set forth in claim 1 wherein the conveying apparatus has an input end for the receipt of container bodies to be conveyed and an output end in operative association with a base cupping assembly whereat the conveyed container bodies may be coupled with base cups.

7. The conveying apparatus as set forth in claim 6 and further including a supplemental input end with supplemental neck tracks, interior channel member, exterior channel member and pneumatic means, all operatively coupled to the first mentioned neck tracks, interior channel member, exterior channel member and pneumatic means at a point between the first mentioned input end and the output end whereby container bodies may be conveyed to the output end from either of the two input ends and further including a cam movable between first and second positions whereby container bodies may be conveyed to the output end from one input end to the preclusion of the other input end.

8. The conveying apparatus as set forth in claim 6 and further including a second conveying apparatus with an input end and with an output end positioned in operative association with the base cupping assembly for pneumatically conveying base cups to the base coupling assembly for being coupled to conveyed container bodies.

9. The conveying apparatus as set forth in claim 8 wherein the second conveying apparatus includes an elongated plenum chamber extending substantially from its input end to its output end and with the upper surface of the plenum chamber being formed with air-directing louvers and constituting the surface over which the base cups are conveyed by a flow of air from the plenum chamber, through the louvers, in contact with the base cups being conveyed.

10. The conveying apparatus as set forth in claim 9 and further including pneumatic means to introduce air under pressure to the plenum chamber.

11. The conveying apparatus as set forth in claim 10 and further including rails supported above the plenum chamber to contact the sides and top of the conveyed base cups to guide the conveyed base cups along their path of movement.

12. A machine for manufacturing bottles by coupling container bodies and base cups comprising:

a base cupping assembly for receiving conveyed container bodies and conveyed base cups and for coupling the received container bodies and received base cups;

a first pneumatic conveying apparatus for container bodies with an input end and with an output end positioned in operative association with the base cupping assembly for pneumatically conveying container bodies to the base coupling assembly for being coupled with conveyed base cups;

the first pneumatic conveying apparatus having a pair of laterally spaced neck tracks defining an elongated slot therebetween for slidingly supporting a container body by its neck;

the first pneumatic conveying apparatus also having an inverted, U-shaped, interior channel member extending upwardly from the neck tracks spanning the slot and extending longitudinally substantially the length of the slot and having a cross sectional area sufficient to receive the portion of a container body above its neck, the interior channel member having a top wall and side walls with air-directing louvers formed in the top wall and side walls;

the first pneumatic conveying apparatus also having an inverted, U-shaped, exterior channel member extending upwardly from the neck tracks enclosing the interior channel member and extending longitudinally substantially the length of the slot, the cross sectional area of the exterior channel member being between about five and fifteen times the cross sectional area of the interior channel member; and

the first pneumatic conveying apparatus also having pneumatic means to introduce air under pressure to the space between the exterior and interior channel members whereby such space may constitute a plenum chamber and direct a flow of air within the interior chamber in a direction dictated by the angle of the louvers for conveying container bodies supported by their necks on the neck tracks in the direction of the air flow; and

a second pneumatic conveying apparatus with an input end and with an output end positioned in operative association with the base cupping assembly for pneumatically conveying base cups to the base coupling assembly for being coupled to conveyed container bodies;

the second pneumatic conveying apparatus also having an elongated plenum chamber extending substantially from its input end to its output end and with the upper surface of the of the plenum chamber being formed with air-directing louvers and constituting the surface over which the base cups are conveyed by a flow of air from the plenum chamber, through the louvers in contact with the base cups being conveyed; and

the second pneumatic conveying apparatus also having pneumatic means to introduce air under pressure to the plenum chamber.