MXPA01003883A - Work space management and furniture system - Google Patents

Abstract

A system (10) for defining a plurality of work zones (12) within an otherwise open area. The system (10) includes a framework (16) formed from a plurality of spaced apart poles (18) extending upward from a base surface. The poles (18) are interconnected by a plurality of crossbeams (22, 24) at a height substantially above a standing user. At least some of the poles are adapted to provide a raceway (180) for the delivery of utilities. The framework (16) is capable of being arranged in a plurality of substantially non-linear patterns and includes an at least partially open area between adjacent poles.

Description

SYSTEM OF ADMINISTRATION OF WORK SPACE AND FURNITURE BACKGROUND OF THE INVENTION • The present invention relates to a system for the organization of workspaces within an open office. In particular, this invention relates to a supply and furniture system adapted for multiple simultaneous purposes and, at the same time, capable of providing easy change to a plurality of configurations and uses. • 10 Because the concept of what is considered an appropriate work environment changes rapidly, it is necessary that any system of organization and definition of work areas be capable of many different configurations that allow a rapid change from one organization to another . These systems must be sufficiently flexible to accommodate different activities and work tools. In addition, said systems must be easily assembled or reconfigured into a plurality of efficient space planes. Previous systems have failed to adequately provide a flexible and efficient use of an open work area. By For example, it has been known how to choose permanent or semi-permanent space division walls and then furnish each individual work area created by those walls with furniture. The furniture used in these systems has been of the conventional type, completely or substantially independent of the walls. These provisions were tolerable under circumstances in which the requirements of the activities carried out within the workspaces remain • relatively static for long periods of time. 5 Open-plan office systems or furniture systems typically provide a series of rigid panels which in turn are rigidly connected together at edges that face each other to divide work spaces into work areas or objectives. The panels are coupled together in facing edges for rectangular coupling of straight lanes Vertical grooves are provided on the edges that face to support corbels for hanging drawers, shelves and work surfaces to efficiently use the space. Although furniture systems remain a viable solution for many office environments, some organizations of businesses have functional and aesthetic requirements that can not be satisfied in a practical or commercial way by means of said products. In particular, the increased use of computer equipment and work equipment results in the need for an extremely flexible system. As computer technology spreads through the office, There is a need that increases to link a very diverse scale of users with electronic equipment and databases. This need is solved by a local communication network and electrical wiring that must be easy to install, easily adapt to the change and be able to provide wiring to individual users in a convenient location. Many current open-plan systems do not meet this requirement. The use of integrated or semi-integrated • space division systems and conventional furnishing systems immediately creates a problem when a change must be made. The cost and time requirements for changing space divider systems are often so great that often the necessary and desirable changes are not made. The furniture of the conventional type is of static design, often usable only for a single purpose.

When not in use, conventional furniture is bulky and requires substantial storage space. In addition, most of the previous systems could only be organized in a limited number of straight patterns because they are based on a format in which panels, and work surfaces line up in 90 ° corners. As a result, the number of work areas within an open space can be limited. The rectilinear construction can also create a number of unusable spaces due to its shape. Finally, the means of separation of space and furniture are often used long after they are functionally obsolete due to the cost of reorganization and replacement. Therefore, there is a need for a system that defines work areas capable of efficiently organizing workers within a flexible work area while being easily assembled or reorganized.

^ BRIEF DESCRIPTION OF THE INVENTION 5 The present invention is directed to an improved assembly that provides improved efficiency and flexibility over prior open floor systems. According to a first aspect of the present invention, a system is provided for defining a plurality of work zones within an otherwise open area. The system includes a frame formed from a plurality of spaced posts that extend upwy from a base surface. The posts are interconnected by a plurality of transverse beams at a height substantially above a standing user. At least some of the poles are adapted to provide a channel for the supply assortment. The frame is capable of being arranged in a plurality of substantially non-linear patterns and includes an area at least partially open between adjacent posts. In accordance with another aspect of the invention, a system for defining a plurality of work zones within an otherwise open area. The system includes a frame formed from a plurality of spaced posts extending upwy from a base surface with an at least partially open area defined between adjacent posts. The posts are interconnected by a plurality of transverse beams at a height substantially above a standing user. At least some of the transverse beams and beams are adapted to provide a rail for the supply of power and data wiring. The frame is capable of being configured in a plurality of non-linear patterns in order to form a work area for a group of users. In accordance with another aspect of the invention, a furniture system and work space organization is provided. The system includes a plurality of spaced posts extending upwy from a base surface with an at least partially open area defined between adjacent posts. The posts are interconnected by a plurality of transverse beams. The transverse beams are adapted to be adhered to the posts so that most of the groups of two transverse beams form an obtuse angle. At least some of the transverse beams and beams are adhered to a work environment element selected from the group consisting of: work surfaces, storage members, monitor support members, and partition panels. As used herein, the term "accessory" is designed to be broadly interpreted and includes elements such as signage, trash receptacles, shelves, personal storage organizers, telephone trays, shelves for personal use, blackbo, clocks, frames , fans and other known elements.

As used herein, the term "supply" is designed to be broadly interpreted and includes such elements as energy, data, HVAC and other known delivery elements. • As used herein, the term "a 120 ° angle" or other similar language is designed to include angles substantially equal to 120 °, such as 115 ° or 125 °. The present invention, together with the objects and advantages that are obtained, will be better understood with reference to the following detailed description in connection with the appended drawings. • 10 BRIEF DESCRICPION OF THE DRAWINGS Figures 1A and 1B illustrate a side elevational view of the system constructed in accordance with a preferred embodiment of the present invention. Figures 1C and 1D-E illustrate side elevational views of the system constructed in accordance with further preferred embodiments of the present invention. Figures 2A-2XX are an illustration of a plurality of 20 office design configurations using the frame of the preferred embodiment as illustrated in Figure 1. Figure 3 is a side view of a post constructed in accordance with the embodiment preferred Figure 4 is an enlarged view illustrating the adhesion openings that are used to connect work environment elements to the post. • Figure 5 illustrates an adhesion mechanism for use with the post. Figure 6 illustrates a pole mode constructed as a one-piece element. Figure 7 illustrates another form of pole constructed from three portions. • 10 Figure 7A illustrates another post mode constructed of two portions. Figure 8 is a partially exploded view of a cross beam and channel constructed in accordance with the preferred embodiment of the present invention. Figure 9 is a partially exploded view of a telescopic cross beam and channel constructed in accordance with the preferred embodiment of the present invention. Figure 10 is an exploded view of the telescopic cross beam shown in Figure 9. Figure 10A is an exploded view of the telescopic cross beam according to another preferred embodiment. Figure 11 is a cutaway view of the end portion of the telescopic cross beam and channel shown in Figures 9 and 1.

Figure 12 is a cross-section illustrating the channel and assortment channel of the present invention. Figure 13 illustrates an alternate transveral beam constructed of • according to the preferred embodiment of the present invention. Figure 14 is a partially exploded and cut-away view of the cross beam that is illustrated in Figure 13. Figure 14A is a cross-section of another preferred embodiment of a cross beam. Figure 15 illustrates a preferred embodiment of a member of • Soft storage of the present invention. Fig. 15A illustrates the storage member of Fig. 15 with the mesh grid raised. Figure 16 illustrates a preferred embodiment of a large rigid storage member useful with the system of the present invention. Figure 16A illustrates a preferred embodiment of a medium sized rigid storage member that is used with the system of the present invention. Figure 17 illustrates a preferred embodiment of a monitor elevator capable of being adhered to a pole according to a preferred embodiment. Figure 18 illustrates a cross section of the structure and collapsible member of the monitor elevator illustrated in Figure 17.

Figure 19 is a perspective view of another preferred embodiment of a monitor elevator of the present invention. Figure 20 is an exploded view of the monitor elevator shown in Figure 19. Figure 21 illustrates another preferred embodiment of a monitor elevator useful with the system of the present invention. Fig. 22 illustrates a partially exploded view of the monitor elevator shown in Fig. 21. Fig. 23 illustrates a partial cross section of the monitor elevator illustrated in Figs. 21 and 22. Fig. 24 illustrates movable door. shown in Figures 21-23. Figure 25 illustrates is an assembled view illustrating a movable work surface constructed in accordance with the preferred embodiment and useful with the system of the present invention. Figure 26 is a partially exploded view of the moveable work surface illustrated in Figure 25. Figure 27 is a partially exploded view illustrating the detached portion of the moveable work surface. Figure 28 is a bottom view of the movable work surface. Fig. 29 is a partially cut-away view of the movable work surface illustrating the pivotal movement of the hind legs.

Figure 30 is an exploded view of the securing mechanism of the present invention. Figures 31 and 32 are cross sections of the legs and • insurance mechanisms that illustrate the positions insured and not insured. Figure 33 is a cross section of an alternate belay mechanism useful with the movable work surface illustrated in Figures 25-32. Figure 34 is an illustration of the electrical connection system • 10 inside the post. Figure 35 illustrates the connection of the electrical block assembly to each other within the interior of the post. Figure 36 illustrates the electrical system within an upper portion of the post. Figure 37 illustrates a disk that is used to construct the electrical block assembly. Figure 38 illustrates a side view of a receptacle as illustrated in Figure 34. Figure 39 illustrates the electrical connection member in the upper portion of the post. Figures 40A and 40B illustrate a preferred embodiment of a movable barrier member.

Figure 41 illustrates the interconnection of two portions of the rotating barrier member illustrated in Figure 40. Figures 42A and 42B illustrate a preferred embodiment of a • barrier member useful with the system shown in Figures 1A-E. Figure 43 illustrates a preferred embodiment of a connecting member useful for attaching a panel to a cross beam. Figure 43A illustrates another preferred embodiment of a useful connection member with a barrier member or a panel. Figure 44 illustrates a useful connection member with the panel shown in Figures 42A and 42B. Figure 45 illustrates a preferred alternate embodiment of a barrier member useful with the system shown in Figures 1A-E. Figure 46 illustrates a preferred embodiment of a connection member useful for adhering the barrier of Figure 45 to a transverse beam. Figures 47A and B illustrate perspective and side front views of a shelf unit useful with the system shown in Figures 1A-E. Figure 48 illustrates perspective and side front views of a tool bar useful with the system shown in Figures 1A-20 E. Figures 49 and 50 illustrate a work bag and a useful connection member with the surfaces of work that are illustrated in Figures 1A-E.

DETAILED DESCRIPTION OF THE PREFERRED MODALITIES The invention is described with reference to the drawings in What similar elements are referred to by similar numbers. The relationship and operation of the different elements of this invention is best understood by the following detailed description. However, the embodiments of this invention as described below are only by way of example, and the invention is not limited to the embodiments illustrated in the drawings. It should also be understood that the drawings are not • 10 scale and in certain instances details that are not necessary for an understanding of the present invention such as conventional fabrication and assembly details have been omitted. The present invention is directed to a single system 10 that divides the space into a plurality of work areas 12. Mats are used of 14 floor to help in the installation of system 10 and to define personal space for each user. A three-dimensional frame 16 includes posts 18 and transverse beams 22, 24 separate the space for each user and provide the distribution of supplies. Once assembled, the system 10 is self-supporting and does not depend on architecture or interior design elements of the space for stability. The system 10 is an open ended system that adds a geometry formed mainly by the use of an angle of 120 degrees. The 120 degree angle provides the most economical and efficient structural geometry for the connection of posts 18 and transverse beams 22, 24. System 10 is capable of creating a plurality of workspaces of identical characteristics or unique characteristics and is also extremely effective in achieving high room densities for users. System 10 is also characterized by a new ability to move, change or redefine easily without removing or disconnecting the main work structure. The system 10 is designed and constructed to be light enough in weight so that it can be transported and moved by a single installer. By way of example, the system 10 illustrated in the figures defines a plurality of work areas 12. The work areas 12 can be defined at least partially by the floor mats 14. The floor mats 14 help with the installation by assisting the design of the floor plan of the office. The floor 14 mats also help define personal work areas for users. The 14 floor mats can also be constructed from flexible and noise-absorbing material. Adjacent to the floor mats 14 is the frame 16 which interconnects the adjacent work areas and forms the base for the system 10. The frame 16 includes a plurality of vertically extending posts 18 extending upwardly from the base members 20. One. plurality of transverse beams such as the upper transverse beam 22 and the lower transverse beam 24 interconnect adjacent posts 18. The upper transverse beam 22 includes the channel 26 through which the supplies pass. The connection of the transverse beams 22, 24 to the posts 18 is at a pre-defined 120 degree angle. This self-defined angular orientation provides unique capabilities such as the use of space by a number • large number of users as well as creating a relatively easy installation procedure. An aesthetic cover 30 can be adhered to an upper portion 32 of the post 18. A movable canopy 34 and a rotating canopy 36 can also be adhered to the upper portion 32 of the post 18. The canopies 34 and 36 are capable of providing privacy or opening depending on your positioning. • 10 In areas that have high ceiling spaces, they also help bring work area 12 to a more human-sized perspective. In addition, canopies 34, 36 can provide an acoustical barrier for the workspace and neutralize screen glows from the monitors. With particular reference to room 36 which is illustrated in Figure 1B, an upper transverse beam 22 can also be adhered to a barrier member 40. The barrier member 40 shown includes centrally positioned openings 42. The lower transverse beams 24 as illustrated in the figures also can include barrier members 46. Barrier members 40, 46 can provide various functions such as privacy, noise absorption or storage characteristics through the use of Sailboat and connection members. Optionally, the barrier members 46 may be transparent, air porous and include an opening 48. Another preferred barrier member 49 is illustrated in Figure 1C. The lower transverse beams 24 can also be used • for adhesion of the storage members 52, 54 and 56. An arm 58 5 is adhered to the lower transverse beam 24 and extends outwardly therefrom. The storage members 52, 54 and 56 are adhered in such a way that they can be rotated by the user to a selected position. Other accessory elements can be adhered to the transverse beams 22 and 24. A plurality of work surfaces 60 are shown • 10 adhered to the posts 18. With particular reference to the work surface arrangement 64 illustrated in Figure 1 B, the work surfaces 60 may be adhered to short posts 68 which is substantially less than the post 18 The work surface 60 has a curved leading edge 70. The trailing edge 72 is angled to form generally an angle of 120 °. The angle of 120 ° conforms to the angle of 120 ° which is defined by either of two transverse beams 22, 24 or a group of three posts 18. A movable work surface 80 is illustrated in Figure 1A. The movable work surface 80 is adjustable both vertically and angularly. The movable work surface 80 allows the user to tailor the movable work surface 80 to his body type and to the type of work that is being carried out. In particular, the movable work surface 80 is capable of supporting a keyboard and a mouse or other work area implements such as a pen and paper. The mobile nature of the work surface 80 allows the user to be at a distance and at an angle of observation from a monitor and therefore provides a freedom and • unique mobility. The preferred embodiment includes such a shape that follows the outline of a user's body. When not in use, the movable work surface 80 can be easily stored under a larger work surface 60. In the alternate mode, multiple movable work surfaces 80 can be grouped together to form a larger table of joints. An alternate modality of movable work surface 80 is • 10 illustrated in Figure 1C. Posts 18 provide distribution of supplies such as power receptacles 84 or data lines 88. System 10 also provides easy access for supplies from walls, ceilings, floors or other elements. Supplies can be easily routed anywhere within the system to meet the needs of a particular user. Commercial wiring and power connectors useful with the system 10 are available from sources such as Pent Inc. of Kendallville, Ind. Again with reference to room 36, a monitor riser 90 is also illustrated. The monitor elevator 90 is attached preferably to the pole 18. The monitor lifts can be used within the system 10 of the present invention which are not adhered to a post 18. The monitor lifts as shown in Figures 17-24 allow a worker to use a monitor. computer equipment and monitor without the need for a horizontal work surface. Alternatively, a monitor elevator can be incorporated within a work surface 60 so that a larger surface area is available • of the work surface 60 for the user (see figures 21-24). The 5 monitor lifts can be freely erected or anchored to the frame. Monitor lifts also allow rotation for different viewing angles. The adjustment feature on the monitor lift allows the user to work from a variety of positions including sitting and standing. • Figures 1 DE illustrate the movable barrier member 104. The movable barrier member 104 can rotate to a wide variety of positions in order to substantially or partially enclose a work area 12. Figures 2A through 2XX illustrate a plurality of different configurations that can be arranged to be provided by the system 10. In these drawings, the floor mats 14, the work surface 16, the posts 18, the transverse beams 22 and the short posts 68 are illustrated. Figures 2A up to 21 illustrate a plurality of zig-zag configurations capable of supporting three or fewer users to more than five users. Figures 2J-2R illustrate various delta configurations capable of providing work areas for two or fewer users up to five or more users. Figures 2S through 2W illustrate a double delta configuration capable of providing work areas for four or fewer users to 15 or more users. Figures 2X to 2EE illustrate a plurality of room configurations identical or similar to room 36 that is illustrated in Figure 1 B. Room configurations are capable of providing a work area for one to six or • more users. Figures 2NN to 2W illustrate a plurality of 5 one-sided constellations capable of providing work areas for one or ten or more users. Figures 2WW and 2XX are two additional room configurations capable of providing work areas for six or more users. Figure 3 illustrates a side view of a preferred embodiment of the • 10 post 18. An upper portion 32 of the post 18 has a plurality of parallel openings 150 spaced apart, and a plurality of holes 152 are positioned between the openings 150. With particular reference to the enlarged view of Figure 4, two rows are placed of six openings 150 within channel 156. Placed centrally within channel 156 are the openings 152 which are adapted to receive a conventional belay mechanism such as a screw. This pattern is repeated in a central portion 160 of the post and then in a lower portion 162. An enlarged grouping of the openings 150 is located between the lower portion 162 and the central portion 160. The enlarged grouping 170 has the same General configuration as shown in Figure 4 except that the number of apertures 150 of holes 152 is substantially increased. The post 18 includes three curved outer surfaces 176 generally concave or curved inwards. The openings 180 are formed within the outer surfaces 176 for the supply of an energy cable to an energy receptacle 84. The pattern of openings 150, the holes 152 and openings 180 are repeated asymmetrically around the post 18. • The Figure 5 illustrates an adhesion bracket 200 for use with the post 18. The adhesion bracket 200 includes a plurality of hook-shaped members 202 that are measured to be received within a column of the parallel openings 150. The bracket 200 is an element of two parts secured together using a conventional securing mechanism in the holding portion 208. • With particular reference to Figure 6, a one piece pole construction 18 is illustrated through the cross section shown therein. The outer surface 176 is of a generally curved shape. The channels 156 are arranged so that the transverse beams 22 or 24 adhered thereto form an angle of 120 °. The channels 156 have a amilated configuration that becomes wider within an interior portion 210 thereof. A centrally defined opening 212 extends vertically within the post 18. The post in this and the following embodiments can be formed from a wide variety of materials, for example, steel or aluminum and using various procedures Well known such as preferred roll forming and extrusion. Figure 7 illustrates a three-piece embodiment of post 220. Post 220 is characterized by three pieces 222, 224, 226 that take the same general configuration as the one-piece mode shown in Figure 6, except that channels 156 are defined by two mutually extending walls that are secured together to form channel 230. Preferably, posts 18 and 220 are formed from cold rolled steel. Figure 7A illustrates a two-piece embodiment of the post 240. The post 240 includes a first part 242 and a second part 244. The part 244 includes ends 246 that are adhered to the ends 248 of the part 242 by welding or the like. Figure 8 is a partially cut-away view of the beam • Upper transverse section 22 and channel 26. Upper transverse beam 22 includes a longitudinally extending lower round tube 250 extending from a first side 252 to a second side 254. The tube 250 is adhered to the hanging members 256, 258. The hanging members 256, 258 include a plurality of hook-shaped members 260 that are of a size to match the openings 150 in the post 18. The hangers 260 include openings 262 that are capable of receiving a conventional belay mechanism such as a screw which can pass into one of the holes 152. A round top tube 270 it includes an angular portion 272 that extends upwards which coincides with the channel 26.

Figures 9-11 illustrate a pivoting and telescopic transverse beam assembly and channel 280. With particular reference to the exploded view shown in Figure 10, the telescopic transverse beam 280 includes a hanger 282 having hook portions 284 attached pivotally to a bracket 290 (the opposite sides of the assembly have an identical construction). A pin 292 interconnects the hanger 282 to the bracket 290. A lower tube 294 extends outwardly from a lower portion 296 of the bracket. A lower intermediate tube 300 is measured so that it can fit within the circumference of the lower tube 294. An upper tube 304 extends outwardly and upwardly from an upper portion 306 of the bracket 290. The end portion of the channel 308 it is secured to the upper part of the upper tube 304. An upper intermediate tube 310 is tailored to fit inside the upper tube 304. A • Intermediate channel portion 314 is tailored to fit within end portions 308 of the channel. An exploded assembled view of the telescopic transverse beam 280 is illustrated in Figure 9. Figure 11 is an enlarged view of the hanger 282 and the bracket 290 with the upper tube 304 and the lower tube 294 adhered thereto. The telescopic transverse beam 280 is assembled by sliding the tube ends 294 to 304 out of engagement with the tube ends formed on the opposite part. The intermediate tubes 310 and 300 are then exposed and the telescopic transverse beam is lengthened. The intermediate channel portion 314 is then revealed and continues to form the space enclosed formed in combination with the channel end portions 308 by elongation of the telescopic transverse beam 280. Figure 12 is a cross-section illustrating the construction of the channel 26. The channel 26 includes curved outer walls 340 and a portion lower curve 342 corresponding to the curvature of the upper tube 272 (in the fixed length crossbeam) or the tube 304 (in the telescopic crossbeam). A fastener 350 is secured to the lower portion • 342 of the channel 26. A cover 354 is secured on the fastener 350. The cover 354 and the fastener 350 define a channel through which the power wiring is passed. The remaining area 360 is useful for the passage of other supplies such as data cabling. Referring again to Figure 10A, an alternate embodiment of a telescopic and pivoting transverse beam is illustrated and the • Channel assembly 370. The embodiment of Figure 10A operates in essentially the same manner as the initial mode does with the main exception being the addition of transverse beams for additional support. Telescopic transverse beam 370 includes a hanger 372 having hook portions 374 pivotally attached to a bracket 375 (the opposite sides of the assembly have an identical construction). An adjustable lower portion 376 extends between the brackets 375. The lower portions 376 include two end portions 378 and a slidable intermediate portion 380 is tailored so that it can fit within the circumference of the end portions 378. The beams Transverse members 382 provide additional support for the assembly 370. An upper channel 384 is secured to the lower portion by means of securing elements 386 such as screws. A conduit for lower cable 388 is secured to the lower portion of channel 384. A plurality of cover members 389 are illustrated above an associated electrical harness assembly 390. The fasteners 392 secure the assembly 370 to a selected length. • Figures 13 and 14 illustrate the construction of the lower cross beam 5. The lower cross beam 24 includes a hanger member 400. The hanger member 400 operates in essentially the same manner as the hangers 260 as shown in Figure 8. However, in contrast to the upper transverse beam 22, the lower transverse beam 24 includes an oval shaped tube 402. The oval shaped tube 402 fits within the opening • 10 404 on hanger 400 and it is put in place. The hanger 400 includes an opening 406 for use with a conventional belaying mechanism such as a screw and hook portions 410 in order to secure the lower transverse beam 24 to the post 18. Figure 14A illustrates another preferred embodiment 440 in cross section. Transverse beam 440 includes a upper portion 442 and a lower portion 446. Central portions 450 to 452 include channels 460 useful for adhering the barrier members thereto. Figures 15-16 illustrate three storage members useful with the system 10 as shown in Figures 1A & 1 B. A member of soft storage 52 is illustrated in Figure 15. The storage member 52 includes side walls 502 formed from flexible material. A plurality of shelves 504 are located at spaced apart positions within interior 510. A mesh grating door 514 having a conventional securing mechanism such as closure 520 is used to close interior 510. Figure 15 illustrates grating door 514 in the closed position. Figure 16 illustrates the grid door 514 in the open position and collected in an internal cavity (not shown). The storage member 500 is rotatably adhered to a transverse beam in the housing 530. A removable storage bag 534 is adhered to a side 502 using the fasteners 536. A pedestal 540 supports the storage member 52 on a surface of base. • 10 The single fabric selected for the storage member 52 also serves as a feature to absorb noise. The storage member 52 is capable of being easily removed and moved to a new work area when a worker changes location. It is designed that the storage member 52 is formed from a fabric that can easily change style to a new color or pattern to suit the changing aesthetic needs of the work environment. Two rigid storage members 54, 56 are illustrated in Figure 16. The storage members 54, 56 function much the same way as the storage member 500 except that include rigid side walls and a rigid door. The storage member 54 includes rigid side walls 602 and a rigid door 604. A plurality of shelves 610 and drawers 612 are also illustrated. A housing 620 provides the rotary connection to a transverse beam 24. The fasteners 630 secure the door 604 in a closed position. Figure 16A illustrates a stiffer rigid storage member 56. The storage member 56 includes a plurality of edges 640 that form a channel for insertion of shelves 642 within the interior 644 of the storage member 56. Figures 17-24 illustrate three alternate monitor elevator assemblies useful with the system 10. Returning to FIGS. 17-18, a monitor elevator assembly 700 is illustrated which is adhered to a pole 18. The monitor elevator assembly 700 includes a structure 702 • Secured to post 18. Structure 702 includes a motor 704 attached to a bottom portion 705 thereof. The 704 engine is a conventional element available from several manufacturers. The motor 704 is adhered to the wiring 706 that extends upward to the pulley 708 and down to a hook member 710. The hook member 710 is adhered to the sliding member 714. A monitor support platform 720 is adhered to the slide member 714. The monitor fasteners 722 are adhered to the top surface 724 of the monitor support platform 720. The slide member 714 includes outer edges 730 which fit within of a channel 732 that extends vertically along the inner surface 736 of the frame member 702. In operation, the motor 704 pulls the slide member 714 up or down depending on the state of motor activation as directed by the user. The slide member 714 and in particular the end portions 730 slide vertically up or down within the channel 732. This provides adjustment of the monitor support platform 720 to suit the particular needs of the user. Figures 19 & 20 illustrate an elevator assembly 90 for alternating monitor (as shown in Figure 1 B) which can be adhered to a pole 18. The monitor elevator assembly 90 includes a monitor support surface 782 with fastening members 784 capable of securing a monitor to the support surface 782. The transverse beams 786 and 788 extend to the brackets 190, 792, respectively. The brackets 790, 792, are adhered using a conventional belay mechanism such as a screw or a post 18. The transverse beams 786 are connected to the housing 1794 extending downwardly from the bottom of the monitor support surface 782. An activating member standing 800 is adhered to a hydraulic cylinder 802. Hydraulic cylinder 802 is a conventional element available from various manufacturers. A collar 806 is adhered below the hydraulic cylinder 802 and is connected to the cross beam 788. With particular reference to the exploded view of Figure 20, conventional securing mechanisms such as screws (not shown) are used to interconnect the base 810 to the 802 hydraulic cylinder. It includes a rod 814 that extends into the housing 794. The rod 814 passes through a bushing 820 and is connected to the top plate 822. Conventional securing mechanisms such as the screws interconnect the top plate 822 and the monitor support surface 782.

In operation, a user would press the foot actuator member in order to urge the rod 814 through activation of the hydraulic cylinder 802. By pressing the foot activation member 800 all the way down, the rod 814 is allowed to return to its downward position. 5 Figures 21-24 illustrate a third monitor operator 850 of the present invention. The monitor elevator 850 is useful with a work surface 60 as shown in Figures 21-24. Although the monitor riser 850 is shown in a central portion of the work surface 60, it should be recognized that it could be mounted adjacent to the outer edges 850 • 10 of it. The monitor lifter 850 includes an upper tray 856 and a lower tray 860. As best illustrated in FIG. 22, the bottom tray 860 is adhered to a screw screw 862. With particular reference to FIG. 23, the screw with thread 866 passes inside a threaded collar 862 which is mounted within an opening 868 of the work surface 60. A threaded collar 866 is adhered using conventional securing mechanisms such as screws 870 to the lower surface 872 of the work surface 60. A cover member 880 extends downwardly from below the threaded collar 866 in order to cover the Screw 862. Figure 24 better illustrates the upper tray 856 from the bottom. The upper tray 856 includes a plurality of bearings mounted within the slots 882. The upper tray 856 also includes a central opening 884 with a plurality of spokes 888 radiating outward to an outer edge 890.

In operation, the user would adjust the positioning of the upper tray 856 and the monitor 896 by rotating the upper tray 860. The user would also hold the monitor 896 in a fixed position (assuming that the correct viewing angle was previously established) so that the monitor 896 projects up or down depending on the rotation of the lower tray 860 and the screw 862. The upper tray 856 that includes the bearing (not shown) remains relatively fixed with respect to the work surface 60 as Bottom tray 860 is rotated by the user. Figures 25-33 illustrate a movable work surface assembly 80 constructed in accordance with the preferred embodiment of the invention. Although the work surface assembly 80 as shown has a generally rectangular shape with front edges and rear curves, it should be understood that the present invention can be used with work surfaces having a wide variety of shapes, sizes and appearances. The work surface assembly 80 is a versatile element adjustable in height and angle to suit the needs of a particular user. This adjustment feature allows the work surface assembly 80 to be adjusted to suit the particular work being done and the physical characteristics of the user's body type. The work surface assembly 80 includes a work surface 902 averaged to support a work implement such as a keyboard, mouse or pen and paper. However, the work surface assembly 80 has a wide range of uses with other types of work implements. Work surface 902 has a curved front edge 904, two side edges 906, 908 and a curved rear edge 910. Front legs 912, 914 extend downwardly from bottom surface 916 5 adjacent to front edge 904. Legs backs 918, 920 extend downwardly from bottom surface 916 adjacent to back edge 910. Legs 912, 941, 918 and 920 include four top portions 924 that slidably fit within four bottom portions 926. Portions 912, 941, 918, 920 and fund 926 include a plurality of • 10 openings 930 aligned vertically. An upper transverse beam 934 interconnects the rear legs 918, 920. The lower transverse beams 940, 942 interconnect the front legs 912, 914 and the rear legs 918, 920. The wheels 944 are adhered to the bottom of the front legs 912, 914 and the rear legs 918, 920. Figures 26 and 27 further illustrate the assembly of the front legs 912, 914 and the rear legs 918, 920. As shown in Figure 26, the front legs 912, 914 are interconnected by the transverse beam 960. The rear legs 918, 920 are interconnected by the transverse beam 962. Caps 964 are used for cover the bare ends of the transverse beams 960, 962. The upper portions 924 and the lower portions 926 are better illustrated in Figure 27. The collars 964 are located at the upper end 970 of the lower portions 926 in order to provide a better coupling between the upper portions 924 and the lower portions 926. The rear legs 918 and 920 are adhered to the transverse beams 940, 942 using a flexible coupling 974. The flexible coupling 974 allows the legs 918, 920 to pivot as necessary when the work surface assembly 80 is adjusted to a non-horizontal position (see figure 29). Conventional securing mechanisms such as pins 976 are used to interconnect the bottom portions 926 of the rear legs 918, 920. Wheels 944 are adhered to the lower portion of the legs 912, 914, 918, 920 using a conventional belay mechanism such as coupling 980, 982. The adjustment mechanism 1000 is best illustrated in Figures 28, 30-32. As shown in the bottom view of Fig. 28, the adjustment mechanism 1000 includes two drive members 1002. The drive members 1002 are adhered to the bottom surface 916 adjacent to the first side edge 906 and the second side edge. 908 of the work surface 902. Each drive member 1002 is connected to a pivotable collar 1004 and wiring 1006. The wiring 1006 includes a first member 1010 and a second member 1012. The wiring 1010, 1012 extends to the legs 912 and 914, 918 and 920 respectively. The operation of the securement assembly 1020 is best illustrated in Figures 30-32. The securing assembly 1020 is used on all legs 912, 914, 918, and 920. With particular reference to the exploded view shown in FIG. 30, the securing assembly 1002 includes the cable member 1012 extending downward to a retainer 1022. Conventional securing elements such as screws 1024 are used to adhere the cable element to the retainer 1022. A washer 1026 fits over a hub 1028 of the retainer 1022. A spring mechanism 1030 extends 5 above the retainer 1022 and adjacent to a spool 1032. The spool 1032 includes a cut-out portion 1034 having angled sides 1036 and an outer surface 1038. The spool 1032 slidably fits within the housing 1040. The housing 1040 includes circular openings 1042 in which they are coupled in a manner that Sliding ball bearings 1044. • 10 Washer 1046 is positioned adjacent upper surface 1048 of housing 1040. A conventional belay mechanism such as a screw 1050 is used to secure the securement assembly 1020 to the upper portion 924 of the leg. In particular, the screw 1050 is screwed into an opening 1052 of the upper portion 924 of the leg and toward a opening 1054 of housing 1040 (see figures 31 and 32). Figures 31 and 32 better illustrate the adjustment ability of the work surface assembly 80. When in the secured position as illustrated in Figure 31, the ball bearings 1044 are pressed against the outer surface 1038 of the reel 1032 of such coupling way the openings 930. In this position, the upper portion 924 is secured in position with respect to the lower portion 926 of the legs 912, 914, 918 and 920. By pressing the actuator member 1002 a user can adjust the position of the surface assembly 80. In particular, by pulling the actuating member 1002 the wiring 1012 is pulled upwardly such that the spool 1032 is pulled to the position illustrated in Figure 32. As shown in Figure 32, the upward movement of the reel 1032 directs a cropped portion 1034 to a position adjacent to one of the openings 930. As a result, the ball bearings 1044 slide inwardly so as not to be captured within the openings 930. As a result, the leg is freely adjustable up or down when in this position. Upon release of the actuating member 1002, the spool 1034 is again moved downward by the action of the spring 1030 to the position illustrated in FIG. 31, thereby securing the leg at a selected height. The use of the adjustment mechanism 1000 allows the work surface 902 to be adjusted horizontally and angularly. The user could press the actuator members 1002 simultaneously in order to vertically adjust the work surface 902 up or down. Alternatively, a user could press one of the actuating members 1002 in order to angularly adjust the leading edge 904 or the trailing edge 910 of the work surface 902. An alternate embodiment of an adjusting mechanism 1070 is illustrated in the figure 33. The adjustment mechanism 1070 includes a flexible holding portion 1072 and a tongue portion 1074 extending outwardly. The tongue portion 1074 may engage one of the openings 1076 in order to secure the leg in a selected position. By pressing tab portion 1074, the leg can be adjusted to a new height. The preferred embodiment of the movable work surface 82 • as illustrated in figure 1C includes an alternating height adjustment mechanism. The legs 1090 have upper portions 1092 and lower portions 1094. At least one opening is located within the upper portions 1092 and a plurality of openings are located in the lower portions 1094. A movable ball stop pin has a conventional securing mechanism that can be used to ensure the • 10 movable work surface at a desired height. The movable work surface 80 or 82 may include the fastener 1100 for accessories such as file bag, mouse mat or the like as illustrated in Figure 26. Figures 34-39 illustrate a preferred embodiment of a system for distributing useful energy with the present invention. With particular reference to Figure 34, rails 1200 are located within the posts 18. The rails 1200 extend vertically within the posts 18 with the blocks 1202 located intermittently along the rails. The blocks 1202 are secured to the rails on the shore portions 1204 using a conventional securing means such as a screw 1206. With particular reference again to Figure 34, a receptacle 84 is shown as illustrated in Figure 1 B, adhered to the electrical block 1202. The receptacle 84 includes a cover portion. outer 1210 and a standard duplex receptacle 1212. A conventional belaying element 1214 is used to connect duplex receptacle 1212 to receptacle 84. Referring to Fig. 38, a side view of receptacle 84 is illustrated. A plurality of electrical contacts 1222 extends from the back surface 1220. The electrical contacts 1222 include an outer housing 1224 and an internal electrical contact. The electrical contacts 1222 fit within openings 1230 formed in the block 1202. The openings 1230 are formed by cut-out portions 1232 within the disks 1234. With reference to FIG. 37, the cut-out portions are illustrated. 1232. The contact 1240 is adapted to connect with the contact within the contact 1222 of the receptacle 84. The blocks 1202 are interconnected by means of wires 1260 as illustrated in Figure 35. The wires 1260 pass from one block to another in order to provide power distribution to the different blocks 1202. Referring again to FIG. 37, the wires are located within the portion 1270 of the disks 1234 and pass out and into the holes 1272 (FIG. 35). In this way, the wires 1260 provide power access to the contact 1240 and to a user via the receptacle 84. The disks 1234 are preferably formed of a polycarbonate material. The disks 1234 include connectors 1280 and a corresponding opening 1282 in order to form the block assembly 1202. It is an important aspect of the present invention that the block 1202 can be assembled using a large number of disks 1234. In particular, it can be use as few as six 1234 disks in order to provide a five-wire circuit connection. Alternatively, as many as 13 disks can be used to provide a circuit of 12 • wires. Of course, as those of skill in the art will recognize, block 1202 can be configured to also provide a larger connection of 12 wires. Block 1202 also provides power distribution by means of three discrete directions. In this way, as many as three receptacles can be adhered to a single block 1202 in order to distribute energy by means of the receptacles 84 in three directions • 10 discrete. However, it should be recognized, that block 1202 could be configured in alternate ways to provide power distribution in as few as two directions and more than three directions. Figures 36 and 39 illustrate block connection 1202 to a conventional PENT harness assembly 1300 located within the portion upper 1302 of a pole 18. The energy is then distributed by means of the upper transverse beams 26 using a conventional harness assembly. An outer cover 1310 and a cover 1312 are also illustrated in the figures. Figures 40a and B and figure 41 illustrate a preferred embodiment of the movable or rotating barrier member 104. The rotating barrier member 104 includes upper portions 1400, curved intermediate portions 1402 and lower portions 1404. A connecting portion 1406 connects the two sides of the rotating barrier member 104. The wheels 1410 are connected to collars 1414. Collars 1414 interconnect bottom portions 1404 to connection portion 1406. Rotating barrier member 104 includes a first movable member 1420 and a second movable member. • 1422 built as identified above. The first member 1420 and the second member 1422 are designed to be foldable one behind the other in order to minimize the area covered by the rotating barrier member 1404. Alternatively, the first member 1420 and the second member 1422 may be adjust in a wide variety of positions such as those illustrated in Figures 1 D and E and 40A and B. The connecting member 1450 is best illustrated in Figure 41. The upper portions 1400 are connected to collars 1452. The collars 1452 are connected using the pivot pin 1460. A washer 1462 is inter-spaced between the collars 1452. The connecting member 1450 allows the members 1420 and 1422 to be easily adjusted in a wide range.

A variety of positions such as a collapsed position, a spaced position or a position directly adjacent to each other. A conventional fabric can be used to cover members 1420 and 1422. Figures 42A and B through 44 illustrate a preferred embodiment of a barrier member 49 as seen in Figure 1C. The member of The barrier 49 is preferably formed from a conventional fabric material and a PETG backing material. A Sailboat loop material is also adhered to the outer surface of the barrier member 49. The barrier member 49 is preferably manufactured using a bag-bonding method. The bag-bonding method is useful for melting an adhesive adhered to the backing material and forming the projections 1500 as illustrated in Figures 42A and B. The projections 1500 are preferably round in shape. Although other configurations could be implemented as recognized by those skilled in the art with the present invention. Figure 43 illustrates a connection mechanism that is used to adhere the barrier member 49 to the transverse beams 24, for example one shown in Figure 14A. More specifically, the hooks 1510 are sewn to an upper portion 1512 and a lower portion 1514 of the barrier member 49. The hooks 1510 are measured to fit within matching channels within the transverse beams 24. The hooks 1510 include a J-portion 1520 particularly measured to fit within the corresponding channels of the transverse beams 24. An alternate preferred embodiment of a connecting mechanism 1530 is illustrated in Figure 43A. The connection mechanism 1530 is useful with barrier members of different sizes as illustrated herein. A hook-shaped portion 1532 is secured within the cavity of an associated transverse beam. The hook-shaped portion 1532 is adhered to an elastic material 1534 such as rubber. The bottom portion of the barrier member or even another intermediate element 1536 then adheres to the elastic material 1534. As a result, the barrier member can accommodate variations in the position of the beams or fabric cuts that are used to form a member. of particular barrier. With reference to figure 44, an accessory member is illustrated • 1550 useful with the barrier member 49. The accessory member 1550 includes a sailboat securing material on a surface 1556. The surface 1556 can be adhered to one of the projections 1500 on the barrier member 49. The accessory member 1550 it includes a lower portion 1560 that can be adhered to an accessory portion capable of supporting a piece of paper or other work implement. Accessory member 1550 is an example of • A wide variety of connection members that can be adhered to the barrier member 49 for a wide variety of purposes. Accessory member 1550 is particularly useful in that it provides a worker with direct access to a particular work implement. Figure 45 illustrates the preferred embodiment of the member barrier 40. Barrier member 40 can be constructed using conventional fabric material 1560. With reference to Figure 46, hooks 1580 are adhered to an upper portion 1582 and lower portion 1584 of barrier member 40. Hooks 1580 include portions outer 1582 and 1584 which are adapted to be connected to the transverse beams 22.

The transverse beams 22 include a finger adapted to be received within the channel 1855 defined by the portions 1582 and 1584. With reference to Figures 47A and B, a shelf assembly 1600 is illustrated. The shelf assembly 1600 includes portions of hook 1602 adapted to be adhered to transverse beams 24. Hook portions 1602 are preferably formed from a die-cast aluminum material adapted to be adhered to the transverse beams of the system. Steel tubes 1604 extend outwardly and downwardly from hooks 1602. At the base of steel tubes 1602, posts 1606 are located. Within an intermediate portion 1610 of steel tubes 1604, a plurality of steel pipes 1604 are located. 1612 hanger slots. 1620 steel shelves include hanger fasteners 1622 adapted to fit within apertures 1612. Shelves 1620 • 10 can be configured in a wide array of assemblies as desired by the user. In addition, four shelves 1620 are illustrated in the preferred embodiment of FIGS. 47 and 48. However, as few as one shelf could be used with the present invention, or more than four shelves. Figures 48A and B illustrate a preferred embodiment of a lane for tool 1650. The upper clamps 1652 and lower clamps 1654 are used to adhere the tool rail 1650 to the transverse beam of the system. The parallel support members 1660 and 1662 are interconnected by a plurality of spaced-apart rods 1670. The rods 1670 extend substantially along the length of the rods. support members 1660 and 1662. Work implements and the like can be adhered to tool rail 1650. Figures 49 and 50 illustrate a file bag 1700 useful with the present invention. The file bag 1700 includes fasteners 1702. The fasteners 1702 include a curved upper portion 1704 and an opening 1706 for use with a conventional securing means. The record bag 1700 includes a front cover 1710 and an interior space 1712 in which files and work materials can be stored. The bracket 1730 can be adhered to the lower surface of a work surface. The bracket 1730 includes end portions 1732 having openings 1734 in the bottom surface of a work surface in order to secure the bracket thereto. The bracket 1730 includes an extended intermediate portion 1740 for adhering • 10 to fastener 1702. Adhesion of fastener 1702 to bracket 1730 is illustrated in figure 50. Bag 1700 is particularly useful for a worker who wishes to easily transport materials and yet store them in a secure location such as below a surface of desk 60 as illustrated in Figures 1A-E. 15 The modalities described above and shown here are illustrative and not restrictive. The scope of the invention is indicated by the claims instead of by the description mentioned above and by the attached drawings. The invention can be realized in other specific forms without departing from the spirit of the invention. Accordingly, those and any other changes that fall within the scope of the claims are designed to be encompassed herein.

Claims (79)

1. NOVELTY OF THE INVENTION CLAIMS 1. - A system for defining a plurality of work zones within an otherwise open area comprising: a frame formed from a plurality of spaced poles extending upwardly from a base surface, the poles interconnected by a plurality of transverse beams at a height substantially above a standing user, at least some of the poles adapted to provide a channel for supply assortment, the frame is capable of being arranged in a plurality of substantially non-linear patterns and includes at least one partially open area between adjacent posts.
2. 2. The system according to claim 1, further characterized in that groups of three posts are arranged at an angle of 120 °.
3. 3. The system according to claim 2, further characterized in that at least some of the poles are adapted to be adhered to a work environment element selected from the group consisting of work surfaces, storage members, support members for monitor, and divider panels.
4. 4. The system according to claim 3, further comprising one or more base surface mats. 5. - The system according to claim 4, further characterized in that the mats include a curved portion. 6. The system according to claim 5, further characterized in that it comprises additionally movable work surfaces having a plurality of legs with wheels adhered to a lower portion thereof. 7. The system according to claim 6, further characterized in that the movable working surface includes an upper surface that is vertically and angularly adjustable. 8. A system for defining a plurality of work zones within an otherwise open area comprising: a frame formed from a plurality of spaced posts extending upwardly from a base surface, the poles interconnected by a plurality of transverse beams, the frame is capable of being configured into groups from one to six posts with a plurality of groups having one or more work surfaces adhered to them in order to form a work area for a user . 9. The system according to claim 8, further characterized in that at least one of the posts has two transverse beams extending from an upper portion thereof, the two connecting members extend to a substantially larger angle of 90. ° and substantially less than 180 °. 10. - The system according to claim 9, further characterized in that at least some of the transverse beams and beams are adapted to provide a rail for the supply assortment. 11. The system according to claim 10, further characterized in that one or more of the transverse beams are pivotable and adjustable in length. 12. The system according to claim 11, further characterized in that the posts have an outer surface having three distinct and generally curved portions. 13. The system according to claim 12, further characterized in that a vertically extending channel separates each of the three generally curved portions. 14. The system according to claim 13, further characterized in that at least one of the vertically extending channels is adapted to receive a hook adhesion member extending from a work environment element. 15. The system according to claim 14, further characterized in that the hook adhesion member is adapted to adhere a work surface to a post. 16. The system according to claim 15, further characterized in that the vertically extending channel has a shattered shape. 17. - The system according to claim 16, further characterized in that the posts have a substantially greater height of 1.82 meters. 18. A system for defining a plurality of work zones 5 within an otherwise open area comprising: a frame formed from a plurality of spaced posts extending upwardly from a base surface with an area at less partially open defined between adjacent posts, the posts interconnected by a plurality of transverse beams at a height substantially above the • a standing user, at least some of the transverse poles and beams adapted to provide a lane for the assortment of power and data wiring, and the frame is capable of being configured in a plurality of non-linear patterns with the In order to form a work area for a group of users. 19. A furniture system and work space organization for assisting in the planning of installation space comprising: a plurality of spaced apart poles extending upwardly from a base surface with an at least partially open area defined between adjacent posts, the poles interconnected by a A plurality of transverse beams, transverse beams adapted to be adhered to the posts so that most groups of two transverse beams form an obtuse angle; and at least some of the transverse beams and beams are adhered to a work environment element selected from the group consisting of work surfaces, storage members, monitor support members, and partition panels. 20. The system according to claim 19, further characterized in that the groups of three posts are arranged to form an angle equal to 120 °. 21. A system for configuring a work environment comprising: a frame formed from a plurality of spaced posts extending upwardly from a base surface and • 10 have an upper portion located above a standing user and a plurality of transverse beams interconnecting the posts in an upper portion thereof, at least some of the transverse beams and beams are adapted to provide a rail for the assortment of power and data wiring; a plurality of substantially non-rigid barrier members extending between at least some of the plurality of spaced posts; and a plurality of work environment elements adapted to be easily adhered and removed from at least one of the transverse poles and beams, the work environment elements are selected from the group consisting of work surfaces, and storage members. 22. The system according to claim 21, further comprising a plurality of work surfaces adhered to at least some of the poles. 23. - The system according to claim 22, further comprising a plurality of energy receptacles adhered to at least some of the posts adjacent to a work surface. 24. The system according to claim 23, further characterized in that a plurality of non-rigid barrier member panels extend between a plurality of posts. 25. The system according to claim 24, further comprising an adjustable monitor holder adhered to a pole. 26. The system according to claim 25, further comprising a plurality of movable work surfaces. 27. The system according to claim 26, further characterized in that the plurality of movable work surfaces have a height substantially less than the plurality of work surfaces. 28.- A furniture and energy distribution system for a working environment comprising: a frame formed from a plurality of spaced posts extending upwardly from a base surface with an at least partially open area defined between adjacent posts and having an upper portion located above a standing user and a plurality of transverse beams interconnecting the posts in an upper portion thereof. Each post is adapted to be adhered to between only one and three transverse beams and at least some of the transverse beams and poles adapted to provide a rail for the assortment of power wiring and • data; and a plurality of work environment elements adapted to be easily adhered and removed from the poles. 29. A system for defining a plurality of work zones within an otherwise open area comprising: a frame formed from a plurality of spaced posts extending upwardly from a base surface, the poles interconnected by a In the plurality of transverse beams at a height substantially above a standing user, at least some of the transverse beams and beams are adapted to provide a rail for energy wiring assortment with at least some of the posts that have a receptacle of energy adhered to them, each post is capable of being 15 adhered to only three or less transverse beams with most groups of two transverse beams forming an obtuse angle; and a plurality of work surfaces positioned adjacent to at least some of the plurality of posts, each work surface has at least one curved portion. 30. The system according to claim 29, further characterized in that the barrier member is formed from a light weight material. 31. - The system according to claim 30, further characterized in that the barrier has an acoustic absorption capacity. 32. The system according to claim 31, 5 further characterized in that the barrier is formed from a stackable material. 33. The system according to claim 32, further characterized in that at least some of the storage members have a portion formed of a non-rigid material. • The system according to claim 33, further characterized in that at least some of the storage members are pivotably adhered to the frame. 35.- A system for defining a plurality of work zones within an area of another open path comprising: a first group and a second group of spaced posts extending upward from a base surface, the poles interconnected by a plurality of transverse beams at a height substantially above a standing user, at least some of the poles adapted to provide a rail for the supply assortment, each post is capable of being adhered to one or 20 more transverse beams with most groups of two transverse beams forming an obtuse angle, the first group and the second group interconnected by a transverse beam adjustable in length. 36. - The system according to claim 35, further characterized in that the transverse beam is pivotable. 37.- The system according to claim 36, further characterized in that at least some of the posts are adapted to be adhered to a work environment element selected from the group consisting of work surfaces, storage members, support members for monitor, and division panels. 38.- The system according to claim 37, further characterized in that it further comprises movable working surfaces having a plurality of legs with wheels adhered to a lower portion thereof. 39.- The system according to claim 38, further characterized in that the posts have an outer surface having three distinct and generally curved portions. 40.- The system according to claim 39, further characterized in that a vertically extending channel separates each of the three generally curved portions. 41. The system according to claim 40, further characterized in that at least one of the vertically extending channels includes a plurality of spaced apart openings formed in two columns that extend vertically. 42. - The system according to claim 41, further characterized in that the vertically extending channel has a shattered shape. • 43.- A movable work surface comprising: a working surface having a plurality of legs extending downward therefrom and a plurality of wheels adhered to the legs, the work surface is capable of vertical movement while maintaining a level position and angular adjustment from a fixed front edge position and a fixed rear edge position. • The movable working surface according to claim 43, further characterized in that the legs include securing elements and one or more actuator members adhered to a lower surface of the work surface. 45.- The movable work surface in accordance with the 15 claim 44, further characterized in that two drive members are positioned adjacent to a first side and a second side, respectively, of the bottom surface of the work surface. 46.- The movable work surface in accordance with the 20 claim 45, further characterized in that one drive member controls the securing elements adhered to a pair of front legs and the other drive member controls the securing elements adhered to a pair of rear legs. 47. - The movable working surface according to claim 46, further characterized in that at least one pair of front legs A and the pair of rear legs are pivotably connected to a structure member adjacent to the wheels. 48. The movable working surface according to claim 47, further characterized in that the driving members are connected to cables extending towards the legs and through a housing and a movable reel, the movable reel has an outer surface. which includes a cropped portion. • The moving work surface according to claim 48, further characterized in that the legs include an outer portion having a plurality of vertically aligned openings. 50.- The movable working surface according to claim 49, further comprising a plurality of ball bearings arranged adjacent to the pin and adapted to be received within a selected opening. 51.- A system for defining a plurality of work zones within an otherwise open area comprising: a frame formed from a plurality of spaced posts extending upwardly from a base surface, the interconnected poles by a plurality of transverse beams at a height substantially above a standing user, at least some of the poles adapted to provide an inner rail for the assortment of power wiring and an outer rail for the assortment of data wiring . 52. The system according to claim 51, further characterized in that a substantial portion of the posts has a 5 outer surface formed from a plurality of distinct curved portions with a vertically extending channel separating each of the curved portions. 53. The system according to claim 52, further characterized by the plurality of different curved portions. • The system according to claim 53, further characterized in that at least one of the different curved portions includes an opening for connection to an energy receptacle. 55.- The system according to claim 54, further characterized in that at least one of the channels that extend 15 vertically includes a plurality of openings adapted to receive a hook-shaped fixture member connected to a work environment element. 56.- The system according to claim 55, further characterized in that the vertically extending channel has a shape that is deflated. 57.- The system according to claim 56, further characterized in that each post is adhered to a support base. 58. - The system according to claim 57, further characterized in that the poles are formed in more than one piece. 59. The system according to claim 57, further characterized in that the poles are formed of three separate portions. 60.- The system according to claim 59, further characterized in that each of the three separate portions includes an outwardly extending wall adapted to interconnect • 10 the three separate portions. 61.- The system according to claim 51, further characterized in that at least some of the transverse beams include an oval shaped tube. 62.- The system according to claim 61, which 15 further comprises a channel having a longitudinally extending divider element separating an interior portion of at least some of the side beams into two portions for the passage of two separate supplies. 63.- The system according to claim 62, 20 further characterized in that at least some of the transverse beams have a plurality of openings therein. 64.- An adjustable monitor elevator comprising: an adjustable height support surface capable of supporting a monitor; a vertically movable rod adhered to the support surface; a driving member capable of moving the rod and the supporting surface up and down in which the supporting surface can be adjusted up and down as to selectively place the supporting surface as 5 required by a user. 65.- The adjustable monitor elevator according to claim 64, further characterized in that the driving member is a hydraulic cylinder. 66.- The adjustable monitor elevator in accordance with the • 10 claim 65, further characterized in that a foot actuator is adhered to the hydraulic cylinder. 67.- The adjustable monitor elevator according to claim 64, further characterized in that the driving member is a screw screwed to a threaded collar mounted inside a working surface. 68.- The adjustable monitor elevator according to claim 67, further characterized in that the support surface is connected to a rotating surface. 69.- The adjustable monitor elevator in accordance with the 20 claim 68, further characterized in that the support surface and the rotating surface are interconnected by an intermediate surface having a plurality of bearings adhered to the lower portion thereof. 70. - The adjustable monitor elevator according to claim 60, further characterized in that the monitor elevator is adhered to a pole. 71.- The adjustable monitor elevator according to claim 5, further characterized in that the drive mechanism is a motor. 72.- The adjustable monitor elevator according to claim 71, further characterized in that the support surface is adhered to a sliding member which is mounted inside a • 10 structure. 73.- The adjustable monitor elevator according to claim 72, further characterized in that the structure is adhered to a pole. 74.- An energy distribution assembly that includes: 15 a plurality of interconnected disks; two or more angularly spaced openings formed between adjacent discs, the openings are adapted to receive an electrical connection member, the openings enclose an electrical contact. 75.- The power distribution assembly according to claim 74, further characterized in that three openings are formed between adjacent disks. 76. - The power distribution assembly according to claim 75, further characterized in that the electrical contact is formed from a single element. 77. The power distribution assembly according to claim 76, further characterized in that 12 or more disks are used to form an energy distribution block. 78. The power distribution assembly according to claim 77, further characterized in that two or more energy distribution blocks are connected. 79. The power distribution assembly according to claim 78, further characterized in that three distribution blocks are used within a pole.