Modular institutional workstations

• US 5,255,478 A
• Filed: 07/16/1992
• Issued: 10/26/1993
• Est. Priority Date: 07/16/1992
• Status: Expired due to Fees

• Current Assignee: Bay View Industries, Inc.
• Original Assignee: Bay View Industries, Inc.
• Inventors: Plitt, Gene T., De Vries, Daniel J., Baranowski, James P.
• Primary Examiner(s): Chilcot, Jr., Richard E.
• Assistant Examiner(s): Aubrey, Beth A.
• Application Number:
  US07/915,083
• Time in Patent Office: 467 Days
• Field of Search: 52/36.1-36.6, 52/239, 160/135, 160/351
• US Class Current: 52/36.1
• CPC Class Codes: A47B 2200/12 Vanity or modesty panels
• CPC Class Codes: A47B 83/001 Office desks or work-stations combined with other pieces of furniture, e.g. work space management systems
• CPC Class Codes: A47B 87/002 Combination of tables; Linking or assembling means therefor
• CPC Class Codes: A47B 91/022 using screw means
• CPC Class Codes: F16B 12/2036 with rotating excenters or wedges acting on a head of a pin or screw

Abstract

Workstations with the look and feel of millwork but with the flexibility of systems furniture comprise modules constructed from a relatively few number of elements. The modules are based on several basic geometries, and comprise a horizontal work surface, a forward support panel assembly, and end panel assemblies. In addition, each module can be equipped with transactional shelves and various accessories, e.g. pull-out writing shelves and pencil drawers, drawer pedestals, courtesy shelves, lighting, etc. The elements of the modules are constructed from durable materials that are easy to maintain and clean. Certain embodiments of these workstations are particularly well adapted for use in health care settings.

Claims

1. A modular workstation suitable for institutional use, the workstation having the appearance of architectural millwork but with the reconfiguration flexibility of furniture systems, adapted for flat shipping and storage but facile on-site assembly with conventional hand tools, and designed and detailed for clean, sanitary maintenance, the workstation comprising a series of modular subassemblies and elements, including:

A. A horizontal work surface with forward and back and at least two straight side edges, wherein the forward edge faces a direction from which service is dispensed;

B. A forward, vertical support subassembly comprising;

an inner kick panel, at least one generally rectangular inverted J-rib, a forward chase cover, a bottom stringer, and a valence, wherein;

1. The kick panel further comprises an upper and lower edge, inner and outer surfaces and at least one floor mount, and the floor mount both is securedly attached to the lower edge of the kick panel and supports the vertical support subassembly and workstation;

2. The J-rib includes a base, a short arm and forward, rear, and top surfaces of an extended arm, and is securedly attached to the inner wall of the kick panel in an inverted manner such that;

i. The base of the J-rib is proximate to the horizontal work surface and the top of the extended arm of the J-rib is proximate to the floor mount;

ii. The forward surface of the extended arm of the J-rib is shaped with at least one J-shaped pocket through which wiring and utilities can be strung and supported;

iii. The rear surface of the extended arm of the J-rib is securedly attached to the kick panel; and

iv. The base of the J-rib is notched such that the chase cover can be inserted and, in combination with a lower fastening means, can be removeably secured in close proximity to the forward surface of the extended arm of the J-rib;

3. The chase cover is a non-load supporting panel and may be easily removed from the J-rib in a manner not disruptive of the normal work activities of the work station;

3. The modular workstation of claim 1 in which the edges of the horizontal work surface are molded.

4. The modular workstation of claim 1 which further comprises at least one grommet hole notched from a forward corner of the horizontal work surface, through which wiring and utility lines may pass, and which may be covered in a manner to appear that the horizontal work surface is non-perforated.

5. The modular workstation of claim 1 in which a riser subassembly is mated to an upper edge of the forward vertical support assembly comprising upper, lower and side edges.

6. The modular workstation of claim 4 in which the riser subassembly consists of a substantially vertical riser panel adapted to securely mate to the upper edge of the forward vertical support subassembly, and at least one riser end panel adapted to:

A. Mate with and provide support for the vertical riser panels at a side edge of the vertical riser panel; and

B. Mate with the upper edge of the forward vertical support assembly and provide support for the riser subassembly.

7. The modular workstation of claim 4 in which the riser subassembly comprises:

A. A vertical riser panel adapted to securely mate to the upper edge of the forward vertical support subassembly;

B. A transactional shelf, substantially parallel to the horizontal work surface, comprising forward, back and side edges, wherein the back edge faces a direction from which service is dispensed, and the forward edge is adapted to securely mate to the upper edge of the vertical riser panel.

8. The modular workstation of claim 6 in which the riser subassembly comprises:

A. A vertical riser panel comprising upper, lower and side edges, which is adapted to securedly mate to the upper edge of the forward vertical support subassembly;

B. A transactional shelf, substantially parallel to the horizontal work surface, comprising forward, back and side edges, wherein the back edge faces a direction from which service is dispensed, and the forward edge is adapted to securely mate to the upper edge of the vertical riser panel;

C. At least one riser end panel further adapted to;

1) mate with and provide support for the vertical riser panel at the side edges of the vertical riser panel; and

2) mate with and provide support for any adjacent transactional panels, where such support is provided at the side edges of the transactional panel.

9. The modular workstation of claim 4 in which the riser subassembly comprises:

A. A substantially vertical riser panel comprising upper, lower and side edges, which is adapted to securely mate with the upper edge of the forward vertical support assembly;

B. A courtesy counter, substantially parallel to the horizontal work surface and comprising forward, back and side edges wherein the forward edge both;

1. Faces the direction from which service is requested; and

2. Is adapted to mate securely with the upper edge of the vertical riser panel;

C. A courtesy riser panel which is substantially parallel to the vertical riser panel and is adapted to securely mate to the back edge of the courtesy counter;

D. A transactional shelf, substantially parallel to the horizontal work surface, comprising forward, back and side edges, wherein the back edge faces a direction from which service is dispensed, and the forward edge is adapted to securely mate to the upper edge of the courtesy riser panel; and

E. At least one riser end panel further adapted to;

1. Mate with and provide support for the vertical riser panel at the side edges of the vertical riser panel;

2. Mate with and provide support for any adjacent transactional shelves, courtesy risers and courtesy counters at the side edges of each.

10. The modular workstation of claim 1 in which the back edge of the horizontal work surface is angled at 45, 60 or 90 degrees.

11. The modular workstation of claim 1 in which the metrical support assembly further comprises an adjustable floor mount attached to the lower edge of the kickpanel and which is enclosed by a mop-board subassembly.

12. The modular workstation of claim 10 in which the mop-board subassembly comprises:

A. At least one adjustable floor mount which is attached to the bottom edge of the kickpanel in such a manner as to allow vertical movement of the entire vertical support assembly,

B. Front and back mop board covers which are securely fastened to a metal channel through which the adjustable floor mounts may pass, and

C. The inner surface of the extended arm of the J-rib and the stringer is shaped so as to create a clearance such that the mop-board subassembly may be lifted to adequately expose the adjustable floor mount to permit adjustment;

and the mop-board subassembly forms a visual seal with the floor when in a lowered state.

13. The modular workstation of claim 1 in which separate elements may be connected together by way of vertical and horizontal braces wherein the braces are hollow, rectangular structures which mate separate elements together through attachment of the elements to the braces, and is fabricated of material suffice int to provide structural integrity to the structure into which it is incorporated.

14. The modular workstation of claim 1 wherein the rear surface of an exposed panel comprises a knockout in the shape of an opening for an electrical outlet, wherein the knockout is not visible from the exposed side of the panel and may be removed by nominal cutting.

15. The modular workstation of claim 1 wherein the forward, vertical support subassembly comprises:

an inner kick panel, at least one generally rectangular inverted J-rib, a forward chase cover, and a bottom stringer, wherein;

A. The kick panel further comprises an upper and lower edge, inner and outer surfaces and at least open floor mount, and the floor mount both is securedly attached to the lower edge of the kick panel and supports the vertical support subassembly and workstation;

B. The J-rib includes a base, a short arm and forward, rear, and top surface of an extended arm, and is securedly attached to the inner wall of the kick panel in an inverted manner such that;

2. The bottom stringer, comprising an upper and lower surface, is substantially parallel to the plane of the horizontal work surface, extends for the substantial length of the kick panel, and the upper surface of the stringer is securedly attached to the top of the inverted J-rib in a manner such that a toe space is formed between the bottom surface of the stringer and the floor;

and

5. The valence is securedly attached to the forward surface of the short arm of the inverted J-rib;

in which the vertical support subassembly is adapted to mate with and provide support for the horizontal work surface at the rear edge of the horizontal work surface and to mate with at least one vertical end panels; and

C. a plurality of vertical end panels, each comprising at least one floor mount and each adapted to mate with and provide support for the horizontal work surface at the side edges of the horizontal work surface, and to mate with the forward vertical support subassembly.

16. The base of the J-rib is proximate to the horizontal work surface and the top of the extended arm of the J-rib is prostate to the floor mount;

2. The forward surface of the extended arm of the J-rib is shaped with at least one J-shaped pocket through which wiring and utilities can be strung and supported;

3. The rear surface of the extended arm of the J-rib is securedly attached to the kick panel; and

4. The base of the J-rib is notched such that the chase cover can be inserted and, in combination with a lower fastening means, can be removable secured in close proximity to the forward surface of the extended arm of the J-rib;

C. The chase cover is a non-load supporting panel and may be easily removed from the J-rib in a manner not disruptive of the normal work activities of the work station;

D. The bottom stringer, comprising an upper and lower surface, is substantially parallel to the plane of the horizontal work surface, extends for the substantial length of the kick panel, and the upper surface of the stringer is securedly attached to the top of the inverted J-rib in a manner such that a toe space is formed between the bottom surface of the stringer and the floor; and

E. The valence is securedly attached to the forward surface of the short arm of the inverted J-rib;

in which the vertical support subassembly is adapted to mate with and provide support for the horizontal work surface at the rear edge of the horizontal work surface and to mate with at least one vertical end panels.