Upright converter for portable vacuum

• US 4,635,315 A
• Filed: 07/26/1985
• Issued: 01/13/1987
• Est. Priority Date: 07/26/1985
• Status: Expired due to Fees

• Current Assignee: Burton Kozak
• Original Assignee: Burton Kozak
• Inventors: Kozak, Burton
• Primary Examiner(s): Moore, Chris K.
• Application Number:
  US06/759,414
• Time in Patent Office: 536 Days
• Field of Search: 15/329, 15/344, 15/350, 15/410
• US Class Current: 15/329
• CPC Class Codes: A47L 5/24 Hand-supported suction cleaners
• CPC Class Codes: A47L 9/00 Details or accessories of suction cleaners, e.g. mechanical means for controlling the suction or for effecting pulsating action; Storing devices specially adapted to suction cleaners or parts thereof; Carrying-vehicles specially adapted for suction cleaners

Abstract

An upright converter for a portable hand-held vacuum having nozzle and handle portions. The upright converter includes an adapter cooperating with the nozzle portion of the vacuum in a position for operation thereof and an adapter cooperating with the handle portion of the vacuum at a location remote from the nozzle adapter where the nozzle adapter and the handle adapter are interconnected such that the vacuum is retained therebetween. In addition, the upright converter includes a handle extending to a position to be gripped by a user in upright vacuum fashion.

Claims

1. An upright converter for a portable hand-held vacuum having nozzle and handle portions, comprising:

an adapter cooperating with said nozzle portion of said vacuum in a position for operation thereof;

an adapter cooperating with said handle portion of said vacuum at a location remote from said nozzle adapter;

means interconnecting said nozzle adapter and said handle adapter such that said vacuum is retained between said nozzle adapter and said handle adapter; and

handle means extending from at least one of said nozzle and handle adapters to a position to be gripped by a user in upright vacuum fashion.

2. The upright converter as defined by claim 1 wherein said nozzle adapter has an opening for receiving and orienting said nozzle portion of said vacuum in a position for optimum operation thereof.

3. The upright converter as defined by claim 2 wherein said nozzle adapter has a vacuum chamber in communication with said opening and arranged for placement over a surface to be vacuumed.

4. The upright converter as defined by claim 3 including a resilient collar in said opening for sealingly engaging said nozzle portion of said vacuum above said vacuum chamber in said nozzle adapter.

5. The upright converter as defined by claim 1 wherein said handle adapter has a recess for receiving and containing said handle portion of said vacuum at said location remote from said nozzle adapter.

6. The upright converter as defined by claim 5 wherein said handle adapter has a handle conforming chamber defined by said recess and designed for receiving said handle portion of said vacuum in telescoping fashion.

7. The upright converter as defined by claim 6 including a handle receiving opening remote from said recess in said handle adapter, said handle means extending from said handle receiving opening to said position to be gripped by said user in upright vacuum fashion.

8. The upright converter as defined by claim 1 wherein said interconnecting means includes means for biasing said handle adapter toward said nozzle adapter for retaining said vacuum therebetween.

9. The upright converter as defined by claim 1 wherein said handle means includes an elongated handle extending from said handle adapter to said position to be gripped by said user in upright vacuum fashion.

10. An upright converter for a portable hand-held vacuum having nozzle and handle portions, comprising:

an adapter having an opening for receiving and orienting said nozzle portion of said vacuum in a position for optimum operation thereof, said opening communicating with a vacuum chamber in said nozzle adapter arranged for placement over a surface to be vacuumed;

an adapter having a recess for receiving and containing said handle portion of said vacuum at a location remote from said nozzle adapter, said recess defining a handle conforming chamber in said handle adapter designed for receiving said handle portion of said vacuum in telescoping fashion;

means interconnecting said nozzle adapter and said handle adapter such that said vacuum is retained between said nozzle adapter and said handle adapter, said interconnecting means retaining said nozzle portion of said vacuum in said nozzle adapter opening, said interconnecting means retaining said handle portion of said vacuum in said handle adapter recess; and

handle means extending from at least said handle adapter to a position to be gripped by a user in upright vacuum fashion.

11. The upright converter as defined by claim 10 wherein said nozzle adapter is generally rectangular in shape and defined by a pair of generally parallel top and bottom surfaces joined by a continuous side wall.

12. The upright converter as defined by claim 11 wherein said nozzle adapter opening is formed in said top surface and said vacuum chamber is formed between said top and bottom surfaces, said nozzle adapter also including a second opening in said bottom surface such that said vacuum chamber is in communication with said surface to be vacuumed.

13. The upright converter as defined by claim 12 including a resilient collar in said nozzle adapter opening for sealingly engaging said nozzle portion of said vacuum above said vacuum chamber.

14. The upright converter as defined by claim 12 including a vacuum brush on said bottom surface of said nozzle adapter, said vacuum brush being disposed rearwardly of said second opening in said nozzle adapter.

15. The upright converter as defined by claim 14 including a continuous lip extending downwardly from said bottom surface of said nozzle adapter to define a secondary vacuum chamber, said vacuum brush being disposed within said secondary vacuum chamber rearwardly of said second opening in said nozzle adapter.

16. The upright converter as defined by claim 10 wherein said recess in said handle adapter defines a handle conforming chamber having a plurality of multidimensioned chamber sections, each of said multidimensioned chamber sections of said handle adapter being adapted to receive said handle portion of at least one of a plurality of different portable hand-held vacuums.

17. The upright converter as defined by claim 10 wherein said nozzle adapter includes a sleeve extending toward an opening in said handle adapter, said sleeve and opening being adapted to receive said handle means, and including means for securing said handle means in said sleeve.

18. The upright converter as defined by claim 10 wherein said interconnecting means includes means associated with said handle adapter and said nozzle adapter for biasing said handle adapter towards said nozzle adapter for retaining said vacuum therebetween.

19. The upright converter as defined by claim 18 wherein said handle adapter includes a handle opposite said recess for moving said handle adapter against said biasing means away from said nozzle adapter to accommodate insertion and removal of said portable hand-held vacuum from said upright converter.

20. The upright converter as defined by claim 10 wherein said handle means includes an elongated handle extending from said nozzle adapter and through said handle adapter to said position to be gripped by said said user in upright vacuum fashion.

21. The upright converter as defined by claim 10 including switch means adapted to be operated remote from an on-off switch on said portable vacuum, said switch means being operable to move said on-off switch of said portable vacuum between said on and off positions.

22. The upright converter as defined by claim 21 wherein said switch means includes a strap adapted to be secured about said portable vacuum to overlie said switch, said strap including a movable slide member engaging and being operable to move said switch between said on and off positions, said switch means also including a switch handle on said handle means at said gripping position to be moved between two positions, said switch handle being operably interconnected to move said slide member so as to move said switch between said on and off positions, whereby one of said two positions of said switch handle corresponds with said on position and the other of said two positions of said switch handle corresponds with said off position.