Multi-section display and utility stanchion

Abstract

A preferably weather resistant multi-section upright stanchion assembly for a construction site document storage apparatus, a real estate display sign and the like. The stanchion assembly includes a plurality of elongated substantially similar stanchion sections and a ground-engaging tip. Each stanchion section includes an elongated body having a hollow first end thereof and a second end thereof sized for slidable, releasable, lockable engagement into said first end of the next adjacent stanchion section to facilitate ease of height adjustment of the stanchion assembly. The stanchion assembly releasably connects at one end into a mating support cavity formed between the front and back panels of the inner frame of the storage apparatus. A single or two spaced upright stanchion assemblies support two horizontal spaced display panel support arms which, in turn, support a preferably multi-panel display sign. A ground-engaging tip connected at a lower end of each stanchion assembly supports the storage apparatus or display sign in an upright position.

Description

BRIEF DESCRIPTION OF THE SEVERAL VIEWS OF THE DRAWING(S)

FIG. 1 is a perspective view of one embodiment of the invention.

FIG. 2 is a front elevation view of FIG. 1.

FIG. 3 is a section view in the direction of arrows 4-4 in FIG. 3.

FIG. 4 is an enlargement of area 4 of FIG. 3.

FIG. 5 is an exploded rear perspective view of the invention of FIG. 1.

FIG. 6 is an enlargement of area 5 in FIG. 5.

FIG. 7 is another front elevation view of the invention of FIG. 1.

FIG. 8 is a section view in the direction of arrows 8-8 in FIG. 7.

FIG. 9 is a perspective view of the ground-engaging lower tip section of the upright stanchion being set into the ground.

FIG. 10 is a perspective view of one embodiment of the combination stanchion assembly and real estate display sign.

FIG. 11 is a perspective view of another embodiment of the combination stanchion assembly and real estate display sign.

FIG. 12 is an exploded perspective view of FIG. 10.

FIG. 13 is an enlargement of area 13 of FIG. 12.

FIG. 14 is an enlargement of area 14 in FIG. 12.

FIG. 15 is a side elevation view of FIG. 10.

FIG. 16 is an end elevation view of FIG. 15.

FIG. 17 is a top plan view of FIG. 15.

FIG. 18 is a bottom plan view of FIG. 15.

DETAILED DESCRIPTION OF THE INVENTION

Referring now to the drawings, one aspect of the invention is there shown generally at numeral 10. A document storage apparatus 10 preferably includes an outer enclosure 12, an inner document-receiving frame 14, an upright segmented stanchion assembly 16 with a ground engaging tip 18. The outer enclosure 12 is preferably formed of thin thermoplastic material utilizing blow mold manufacturing techniques. Likewise, the inner frame 14 is also formed of thin walled thermoplastic material utilizing blow mold manufacturing techniques. The net result is that the outer housing 20 and the inner housing 22 are extremely light and economical to manufacture and weather-resistant while maintaining the necessary strength and dimensional consistency to support the functionality of the invention as will be described herebelow.

The outer housing 20 is completely enclosed on the side panels, end panels, and top panel, while leaving the bottom margin 50 completely open. The inner housing 22 includes an enlarged in depth upper portion having generally parallel front and back sliding surfaces 38 and 62 and an enlarged in depth lower portion defining a ledge 52 as seen in FIGS. 5 and 8 which slidably receives and supports the open lower margin 50 of the outer housing 20. The main central portion of the inner housing is narrower in depth and rearwardly displaced as defined by front panel 44 and a back sliding panel 72. The outer housing 20 is slidably movable upwardly in the direction of arrow A with respect to the lower housing 22. Mating sliding surfaces 38/70, 62/(40, 98), and 72/98 serve to insure that the upward sliding movement of the outer housing 20 in the direction of arrow A (and then downward movement) is smooth and stable.

A display panel 46 is attached against the inner housing front panel 44 to display desired construction and advertising information while a name plaque 34 is attached against the outer housing front panel 60 by mechanical fastening means, the alignment margin 64 serving to protect the edges of the name plaque 34.

When the outer housing 20 is in the closed downward position, a closed, substantially water-tight interior volume V is defined into which construction documents, permits and the like shown generally at D, are protected. This interior volume V is defined between the recessed inner housing front panel 44 and the outer housing front panel 60. Because the entire outer surface of the outer housing 20 is watertight and formed as a unit of thermal plastic sheet material by the blow mold process, when the lower open margin 50 is slidably engaged against the L-shaped perimeter ledge 52 as best seen in FIG. 5, the entire interior volume V is substantially sealed and weather tight.

When the inner and outer housing 22 and 20, respectively, are in the closed position, a rearwardly extending upper locking rib 42 biasingly engages into an upper locking groove 28 formed along the upper back surface of the outer housing 20. This biased engagement is overcome by the lifting force exertable by grasping and upwardly lifting the outer housing 20 in the direction of arrow A. When upward movement of the outer housing 20 reaches its maximum open limit, a lower locking groove 26, formed adjacent the lower margin 50 of the outer housing 20, biasingly engages over the upper locking rib 42 to maintain this open orientation of the outer housing 20. Documents may then be placed into, or removed from, the now open interior volume V and resting atop surface 104 and held in place by the upright closed position of the retaining panel 36.

The documents D rest atop the rearwardly extending lower surface 104 of the inner housing 22 and typically and are held thusly by a document retaining panel 36 which forms a trough-like structure. After the outer housing 20 is slid upwardly in the direction of arrow A by either grasping the gripping ribs 30 or the lifting cap 32, the retaining panel 36, pivotally held about pivotal axis 74 by pivot shafts 100 at each lower end thereof, may be pivoted outwardly in the direction of arrow B in FIG. 8 to facilitate removal of these documents D. In the upright closed position, the retaining panel 36 is held thusly by the biased snapping engagement of the retaining tabs 102 as best seen in FIG. 6 into mating cavities formed into the upright side margins of the inner housing 22.

An upper stanchion support cavity 96 as best seen in FIG. 4, is defined between the interior surfaces of the front panel 44 and the back sliding panel 72 of the inner housing 22. A stanchion receiving aperture 76 is formed into the bottom surface of the inner housing 22 in alignment with this cavity 96 so that the upper one of a plurality of stanchion sections 16 which are connected in end-to-end fashion as described herebelow, may be inserted upwardly thereinto. The top surface 68 of this support cavity 96 abuts against the upper end of the stanchion assembly 16 in concert with the biased interengagement which occurs between a resilient protruding retaining button 54 formed centrally into the back sliding panel 72 and a stanchion retaining aperture 56 formed centrally into the back sliding panel 72 and a stanchion retaining aperture 56 formed centrally adjacent the upper end of each of the stanchion sections 24 as best seen also in FIG. 11.

Each stanchion section 24 is also preferably formed of thin-walled thermoplastic material utilizing blow mold manufacturing techniques and includes a central web area 94 wherein the front and back panels are formed together and may be thermally bonded during the manufacturing process for additional strength therebetween. After the stanchion assembly 16 is secured in the position shown within support cavity 96, an additional retaining fastener aperture 106 is provided for installing a threaded fastener (not shown) to prevent removal of the stanchion assembly 16 therefrom.

The lower end 82 of each stanchion section 24 is reduced in size so as to matably engage into the hollow upper end 86 of the next stanchion section 24 and lockable engagement is effected by a locking tab 58 snapably engaging into the mating and aligned retaining aperture 56 of the next adjacent stanchion section 24.

Turning particularly to FIGS. 6 to 9, details of the ground-engaging tip 18 are there shown. This ground-engaging tip 18 is preferably mold formed of thermoplastic material and includes a hollow upwardly open upper end 86 having opposing aligned locking apertures 88 formed through the side walls thereof which lockingly engage with the locking tab 58 formed at the lower end of each stanchion section 24 as previously described. The main shaft 84 of ground-engaging tip 18 is ribbed for strength and economy of material. The lower end 90 is pointed for initial ground penetration which may be facilitated by stepping on the ground screw plate 92 or simply stepping on the upper end of the ground-engaging tip 18.

As best seen in FIG. 9, once the pointed tip 90 has penetrated into the ground sufficiently for the ground screw plate 92 to contact the ground, an elongated handle 78 may be temporarily inserted through the aligned locking apertures 88 and then hand-grasp to turn the ground engaging tip 18 in the direction of the arrows so as to cause the ground screw plate 92 to draw the ground-engaging tip 18 deeply into the ground for full, positive securement thereof. Thereafter, the desired number of stanchion sections 24 may be connected end-to-end as previously described to establish a proper viewing and use height for the entire storage apparatus 10.

Storage of the handle 78 is provided by snapping engagement into a mating handle storage cavity 80 formed into the back panel 72 of the inner housing 22 as best seen in FIG. 5.

Referring now to FIGS. 10 to 18, two embodiments 100 and 130 utilizing the stanchion assembly 104 in combination with a real estate display sign 108 are there shown. In FIG. 10, two spaced upright stanchion assemblies 104, each of which include a plurality of substantially identical stanchion sections 112, a releasably and lockably connected in end-to-end fashion are there shown. This display sign assembly 100 also includes two vertically spaced horizontally disposed support arms 110 which are also releasably lockably connected at each end thereof as best seen in FIGS. 12 to 14 to a horizontal extension 124 of receiver 114. The receiver 114 includes a first end 131 being hollow which lockably engages onto a reduced size end 116 of one stanchion section 112. A biased locking pad 128 snapingly engages into mating aperture 132 to lockably secure that connection. A separate locking pad 136 of the reduced-in-size end 117 of the receiver 114 lockably engages into aperture 134 of the hollow end 120 of an immediately adjacent stanchion section 112. The orthogonally disposed extension 124 of the receiver 114 lockably engages over one end of the corresponding support arm 110, the arrangement being secured by fasteners shown in FIG. 12.

The display sign 108 is formed of display panels 108a, 108b and 108c. The main or central display panel 108b is connected by fasteners to opposing flanges 138 of the spaced support arms 110 shown in FIGS. 12, 13 and 14. Two smaller display panels 108a and 108c are connected to the outwardly facing flanges 138 of each of the support arms 110 to provide additional or enhanced display indicia for this real estate display assembly 100 in the form of such additional announcements as “sale pending”, “swimming pool”, “under contract”, and “for lease” among others. By providing these separate smaller display panels 108a and 108c, the additional information suitable for the real estate display assemblies 100 or 130 may be easily connected or changed as appropriate.

The ground-engaging tips 18 are each structurally identical to those previously described. By suitable downward pressure and rotational motion, these ground-engaging tips 18 quickly and securely penetrate into the ground to support each of the stanchion assemblies 104. Locking engagement between the hollow upper end 86 with the reduced size lower end 116 of one of the stanchion sections 112, in combination with the biased locking pads 58 releasably engaging into apertures 88 of the ground-engaging tip 18, secures this junction or connection.

Each of the components of the stanchion assembly 104 are preferably formed by blow molding or injection molding plastic as desired so that the components are substantially water and weather resistant and retain the resilient integrity with respect to the locking pads to be repeatedly reusable. To finish the upper end of each of the stanchion assemblies 104, a top cap 140 is provided which lockably engages into the upper of the two receivers 114. Each of the top caps 140 includes a pyramid shaped top for decorative effect and for resisting water and snow penetration into the hollow interior of the hollow receiver 114.

While the instant invention has been shown and described herein in what are conceived to be the most practical and preferred embodiments, it is recognized that departures may be made therefrom within the scope of the invention, which is therefore not to be limited to the details disclosed herein, but is to be afforded the full scope of the claims so as to embrace any and all equivalent apparatus and articles.

Claims

1. A weather resistant multi-section elongated stanchion assembly for supporting a construction site document storage apparatus comprising: said storage apparatus including: an elongated outer enclosure having a front panel, a back panel, two spaced side panels and a top panel and having an open bottom thereof;an elongated inner document frame having a top panel, two spaced side panels, a back panel and a bottom panel a portion of a front area of said inner frame being substantially open for document placement into, and removal from, a trough of said inner frame;said outer enclosure sized for close upward and downward sliding engagement over substantially all of said inner frame to cover said open front area and to weather protect documents placed into said trough;mating said side, front, and back panels of said outer enclosure and said inner frame slidably mating wherein, when said outer enclosure is slidably lifted upwardly with respect to said inner frame but not removable therefrom, access is provided for document placement and removal from said trough;said stanchion assembly including a plurality of elongated substantially similar stanchion sections and a ground-engaging tip;each of said stanchion sections including an elongated body having a hollow first end thereof and a second end thereof sized for slidable, releasable, lockable engagement into said first end of the next adjacent stanchion section of said stanchion assembly;said elongated stanchion assembly releasable locking connection at one said end thereof into a mating support cavity formed between said front and back panels of said inner frame;a ground-engaging tip releasably connected at a lower end of said stanchion assembly for ground engagement to support said stanchion assembly and said storage apparatus in upright position.

2. A weather resistant multi-section elongated stanchion assembly in combination with a construction site document storage apparatus comprising: said storage apparatus including: an elongated outer enclosure having a front panel, a back panel, two spaced side panels and a top panel and having an open bottom thereof;an elongated inner document frame having a top panel, two spaced side panels, a back panel and a bottom panel a portion of a front area of said inner frame being substantially open for document placement into, and removal from, a trough of said inner frame;said outer enclosure sized for close upward and downward sliding engagement over substantially all of said inner frame to cover said open front area and to weather protect documents placed into said trough;mating said side, front, and back panels of said outer enclosure and said inner frame slidably mating wherein, when said outer enclosure is slidably lifted upwardly with respect to said inner frame but not removable therefrom, access is provided for document placement and removal from said trough;said stanchion assembly including a plurality of elongated substantially similar stanchion sections and a ground-engaging tip;each of said stanchion sections including an elongated body having a hollow first end thereof and a second end thereof sized for slidable, releasable, lockable engagement into said first end of the next adjacent stanchion section of said stanchion assembly;said elongated stanchion assembly releasable locking connection at one said end thereof into a mating support cavity formed between said front and back panels of said inner frame;a ground-engaging tip connected at a lower end of said stanchion assembly supporting said stanchion assembly and said storage apparatus in upright position.

3. A multi-section elongated stanchion assembly in combination with an exterior display sign comprising: said stanchion assembly including: a plurality of elongated substantially similar stanchion sections and a ground-engaging tip;each of said stanchion sections including an elongated body having a hollow first end thereof and a second end thereof sized for slidable, releasable, lockable engagement into said first end of the next adjacent stanchion section of said stanchion assembly;a ground-engaging tip connected at a lower end of said stanchion assembly supporting said stanchion assembly in an upright position;said display sign including: a plurality of display panels bearing viewable information and a pair of spaced elongated display panel support arms;one of said pair of support arms connected at one end thereof to a receiver connected into and between said first end of one of said stanchion section and said second end of the next adjacent stanchion section;another one of said pair of support arms connected at one end thereof to another said receiver connected to a first end of an uppermost one of said stanchion sections;one of said plurality of display panels connected to and extending between said support arms, each of two more of said plurality of display panels connected to and upwardly or downwardly, respective, extending from the upper or lower support arm, respectively.

4. An exterior real estate display sign comprising: two spaced stanchion assemblies each of which includes: a plurality of elongated substantially similar stanchion sections and a ground-engaging tip;each of said stanchion sections including an elongated body having a hollow first end thereof and a second end thereof sized for slidable, releasable, lockable engagement into said first end of the next adjacent stanchion section of said stanchion assembly;a ground-engaging tip connected at a lower end of said stanchion assembly supporting said stanchion assembly in an upright position;a plurality of display panels bearing viewable information and a pair of spaced elongated display panel support arms;one of said pair of support arms connected at each end thereof to a receiver connected into and between said first end of one of said stanchion section and said second end of the next adjacent stanchion section of each of said stanchion assemblies;another one of said pair of support arms connected at each end thereof to another said receiver connected to a first end of an uppermost one of said stanchion sections of each said stanchion assemblies;one of said plurality of display panels connected to and extending between said support arms, each of two more of said plurality of display panels connected to and upwardly or downwardly, respective, extending from the upper or lower support arm, respectively.