US20110187250A1

US20110187250A1 - Drawer box display container

Info

Publication number: US20110187250A1
Application number: US12/737,784
Authority: US
Inventors: Ronald Allen Larson
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-08-16
Filing date: 2009-08-11
Publication date: 2011-08-04
Also published as: US20100171401A1; WO2010021876A3; WO2010021876A2

Abstract

A Vertical or Horizontal Drawer Box Display Unit, employing File drawer slides that embodies Rail Positioning Cross-circle systems, allowing Drawers to swing from to left to right for vertical Boxes or up to down for horizontal Boxes and back again, forming an open display for viewing when said Drawers are deployed.

Description

FEDERALLY SPONSORED RESEARCH OR DEVELOPMENT

“Not Applicable”

REFERENCE TO SEQUENCE LISTING

“Not Applicable”

BACKGROUND OF THE INVENTION

The present invention is in the technical fild of storage and easy accesses. More particularly, the invention is in the field of transporting of goods. More particularly the present invention is in the filed of marketing and selling of goods. More particularly the invention is in the technical filed of portable display devices. The present invention operates on the idea of modifying an established invention, known as a Drawer slide Assembly, International Class F16c-2904 Prior art FIG. 1.

BRIEF SUMMARY OF THE INVENTION

The present invention is a Drawer bank that sits inside of a Cabinet that can employ functioning horizontal Drawers that swing from top to bottom or vertical Drawers swinging left to right. Invention can be portable, once on site, can transform into a Display unit for easy accesses and viewing. Drawer bank is unconventional in the manner that it provides an opportunity for easy access as well as providing for a full display for Items in a short amount of time ether in a horizontal or in a vertical position, depending on how the Drawer bank is placed, horizontally or vertically.

BRIEF DESCRIPTION OF DRAWINGS

FIG. 1 is Prior art with speciation, 8400, 8405 Box or File drawer slide. Prior art, that interfaces with roll out Display box and Cross-circle system.

FIG. 2 is a perspective view of directional Cross-circle, interfacing with Prior art FIG. 1 Drawer slide.

FIG. 3 side is a view of Prior art (drawer slide) FIG. 1 that is assembled together with directional Cross-circle system that is attached to a Drawer box that is also attached to a Cabinet box.

FIG. 4 is same as FIG. 3 difference is that it represents Cross-circle lower system and lower halves of Cabinet box and Drawer. Lower halve and system works in reverse from top to bottom.

FIG. 5 a, & 6 a, is a perspective view of a two Drawer slide systems. Prior art FIG. 1 with Cross-circle key mechanism.

FIG. 5 b is an exploded detail front view of FIG. 5 a of Cross-circle attached to Drawer slide that is attached to upper half of Cabinet box Nm. 50 and Mother Drawer box Nm. 49

FIG. 6 b is an exploded detail front view of FIG. 6 a of Cross-circle attached to Drawer slide that is attached to lower half of Cabinet box Nm. 50 and Mother Drawer box Nm. 49.

FIG. 7 Is a Four-drawer Nm. 49 vertical rollout Display box Nm. 50, wall mounted in the closed position. In a lower perspective view with latching handles system Nm. 54.

FIG. 8 is above perspective view of vertical rollout Display box with two Mother drawers and Child drawers in the full display mode.

FIG. 9 is a top view of vertical rollout Drawer box showing operation of Mother Drawer that can be employed left or right by employing Cross-circle FIG. 2 as a hinged pivot system.

FIG. 10 is an above perspective view showing a closed upright standing position of vertical rollout Drawer box of the preferred embodiment that is employed as a mobile display unit.

FIG. 11 is an upper perspective view of rollout Display boxes in an open floor display mode.

FIG. 12 is 2# embodiment of Cross-circle positioning key Nm. 62 which is of one consistent thickness that interfaces with Nm. 63 Spacer and is with bearing retainer ring Nm. 61.

FIG. 13 and 14 2# embodiment are side views upper and lower of Prior art (drawer slide) FIG. 1 with assembled Cross-circle system and Drawer box that is attached to Cabinet box.

FIG. 15 a, & 16 a, is a perspective view of a two upper and lower Drawer slide systems Prior art FIG. 1 with assembled Cross-circle key system.

FIG. 15 b and 16 b are upper and lower frontal exploded views of Drawer slides interacting with assembled 2^ndembodiment, Cross-circle mechanism also showing cabinet box Nm. 50 and drawer box Nm. 49.

FIG. 17 is a front view of a horizontal 3-Drawer rollout box with top Drawer deployed.

FIG. 18 is a side view of same horizontal 3-Drawer rollout box with same top Drawer deployed.

FIG. 19 is a top view of 360° Display island box deploying Mother and Child drawers into a display mode.

FIG. 20 is a top view of a Display trailer, deploying rollout Drawers into a display mode.

DESCRIPTION AND OPERATION

FIG. 1

Prior Art

FIG. 1 is Prior art with specification, 8400, 8405 Box or File drawer slide. Prior art that interfaces with roll out Display box and Cross-circle system by splicing into the most inner Drawer slide rail towards the inner end of rail, modifying the File drawer slide system. File drawer slide 8400, 8405 telescopes and fully-extends on precision steel ball bearings providing for a functioning Drawer slide system to occur.

DESCRIPTION

FIG. 2

Preferred Embodiment

FIG. 2 is a perspective view of directional Cross-circle, interfacing with prior art FIG. 1 Drawer slide, by attaching to an inner Drawer slide rail Nm. 31, this is done by employing axel bolt Nm. 37, with Phalange nut Nm. 48, The most inner Drawer guide rail Nm. 31, has been cut into two pieces, creating a second most inner Drawer slide rail Nm. 30. Slide rail Nm. 30 employs screws Nm. 38 connecting it with Nm. 44 Cross-circle key plate.
A Cased bearing Nm. 40, is placed and bonded into a center pivot hole Nm. 46, 4 springs Nm. 41, are placed into 4 threaded positioning holes Nm. 45, that is on key plate Nm. 44, 4 bearings Nm. 42 and bearing housing screws Nm. 43, place over the 4 springs Nm. 41, then into threaded positioning holes Nm. 45 that is board into Cross-circle key plate Nm. 44. Axel bolt Nm. 37, is placed threw plate hole on Slide rail Nm. 31, then connecting threw center hole of Nm. 32, Circle-cross plate, passing threw center holes of Nm. 40 Cased bearing and Nm. 46 center Pivot hole. Continuing threw a washer Nm. 47 then threw a Mother drawer box Nm. 49, (not shown in FIG. 2) to thread with a Phalange bolt Nm. 48 from the inside of drawer box. This in return places position bearing Nm. 42 on to 4 positioning holes Nm. 35 that are board on to the Cross-circle plate Nm. 32, creating a sandwich effect.
A Bearing grove guide Nm. 35 a, has been placed on to Cross-circle plate Nm. 32. A Spacer Nm. 33 is placed between Slide rail Nm. 31 and Mother Drawer box Nm. 49 (Mother drawer Nm. 49 not shown in FIG. 2) by employing screws Nm. 34, this providing space for operation for the system so Mother drawer can swing left or right.
A notch Nm. 39 has been bored into Slide rail Nm. 30 in order to interface with a stop latch Nm. 28, Prior art.
Nm. 27, Stop Spacers, being placed inside of channels of Prior art Nm. 26 providing a stopping point for housing Nm. 29.
Slide rail Nm. 31 and 30 then slides into channels of 2^ndSlide rail housing Nm. 29 that is placed into the 1^stSlide rail housing Nm. 26 Prior art.
Slide rail Nm. 31 follows Slide rail Nm. 30, by sliding into Slide rail Nm. 29 that slides into Slide rail housing Nm. 26 completing one complete assembled unit.

Operation

FIG. 2

FIG. 2 is a perspective view of a directional Cross-circle and a Prior art FIG. 1 Drawer slide that consist of 3 rails Nm. 26,29 and 31, the 3^rdmost inner rail Nm. 31 prior art has been modified by cutting it into two peaces creating a 4^thmost inner Slide rail Nm. 30. It is by this two piece rail system working in corporation with directional Cross-circle, that a Mother drawer box has the freedom to swing left or right for vertical or up and down for horizontal 180° thus in creating a vertical or horizontal Display box. By working in unison both directional cross plates Nm. 32 and Nm. 44 directional key cross plates provides for a bridge to occur between Slide rail Nm. 31 and Slide rail Nm. 30 allowing for the Inner rail Nm. 31, freedom to swing left or right.
Attaching inner rail Nm. 31 to Cross-circle plate Nm. 32, by employing two screws Nm. 36 then attaching inner Slide rail Nm. 30, to a Cross-circle key plate Nm. 44, by employing 4 screws Nm. 38.
A Cased bearing Nm. 40 is placed in to center hole Nm. 46 permanently bonded or screwed providing a functional pivot system to occur.
Four threaded holes Nm. 45 have been bored on to Circle-cross key plate Nm. 44 in order to accommodate 4 springs Nm. 41 and Bearings Nm. 42. Then by employing Spring and Bearing housing screws Nm. 43, by placing housings over Spring Nm. 41 and Bearing Nm. 42 into the 4 threaded positioning holes Nm. 45 on key plate Nm. 44 creating a floating bearing, by the Spring pressing Bearing into smaller center hole of Housing Nm. 43, providing for Spring loaded positioning points to occur.
Four positioning holes Nm. 35 on Cross-circle plate Nm. 32. Grove guide Nm. 35 a provides guidance for positioning bearing to roll from positioning point to one positioning point.
A Axel bolt Nm. 37 is then placed threw center hole on Slide rail Nm. 31 then threw center hole on Cross-circle plate Nm. 32, then threw center hole of Cased bearing Nm. 40, that is within Nm. 46 center hole on Cross-circle key plate Nm. 44, then threw center hole of a washer Nm. 47, providing a cushion, then threw a drilled center hole on Mother drawer (not shown in FIG. 2) to thread with a Flange bolt Nm. 48 creating a sandwich effect.
A notch Nm. 39 has been bored into Slide rail Nm. 30, that inter acts with Nm. 28 slide stop catch that is placed on to Slide rail Nm. 29, this provides for accurate stopping point for guide rail Nm. 30,31 and for Cross-circle system.
Two stopper spacers Nm. 27 are add to Slide rail housing Nm. 26 being placed in side of channels of Slide rail housing Nm. 26, providing for a accurate stopping point for Slide rail Nm. 29. Slide rail Nm. 30 then slides into channels of Slide rail housing Nm. 29 that slides into Slide rail housing Nm. 26. Slide rail Nm. 31 follows Slide rail Nm. 30 allowing for a slide scope effect to occur, completing one fully assembled unit.

DESCRIPTION

FIGS. 3 & 4

FIG. 3 side view of Prior art (drawer slide) FIG. 1, assembled with directional Cross-circle system that is attached to Drawer box that is also attached to a Cabinet box. Nm. 26 is prior art FIG. 1 Drawer slide housing that is connected to Nm. 50 Cabinet box by employing Nm. 51 screws. Nm. 49 is a Mother drawer box. Nm. 29 is a Drawer Slide rail that slides in and out of Nm. 26 Drawer slide housing.
Nm. 30 is inner Drawer slide rail (short) that slides back and forth and in and out of Nm. 29 Drawer slide housing. Nm. 31 is all so an inner Drawer slide rail (long) that also slides in and out and back and forth of Nm. 29 Drawer slide rail housing. Inner rail (short) Nm. 30 is connected to Nm. 44 Cross key Plate, employing Nm. 38 Screws, Nm. 44 Cross-circle positioning key plate that is also connected to Nm. 31 inner Rail (long), by means of Nm. 37 Axel bolt that provides as a pivot point for Nm. 49 Mother Drawer box. Nm. 48 Flange nut that threads with Nm. 37 Axel bolt provides the means for attaching the entire system together as one functioning system.
Nm. 40 Cased bearing provides a means, for pivoting action to operate smoothly with little friction. Nm. 47 washer acts as cushion between Mother drawer Nm. 49 and Nm. 44 Cross-circle Key Plate. Nm. 36 Screws attach Nm. 32 Cross-circle Plate to Nm. 31 Drawer rail. Nm. 41 springs and Nm. 42 floating Bearings are placed in side of Nm. 43 Bearing and Spring housings. Nm. 41 are the Springs that provide the means for positioning Bearings to float.
Nm. 43 Spring and Bearing housing are for housing Nm. 41 Springs and Nm. 42 Bearings. Nm. 28 stop, is a stop to provide a means to keep Nm. 30 inner Slide rail from sliding out of said housing Nm. 29 when Mother drawer is deployed. Nm. 33 Spacer provides the space necessary for system to be functional.
FIG. 4 is the bottom half of said Mother drawer second operating directional Cross-circle system, the only change is the systems operation is reversed from top to bottom.

Operation

FIGS. 3 & 4

FIGS. 3 and 4 is a side view of the upper halve and lower halves of Mother drawer and Cabinet box, also showing FIG. 2 components, assembled as one working unit. FIG. 4 shows the Mother drawers, bottom half and its second directional Cross-circle system along with Cabinet box Nm. 50. The only difference from FIG. 3 to FIG. 4 is the systems operation that of which is reversed from top to bottom.
Nm. 49 is the upper and lower corners of Mother Drawers. Nm. 50 is the top and bottom of Cabinet box container that keeps and holds Mother Drawers in there stored position.
Spacer Nm. 33 and inner Slide rail Nm. 31 is attached to Nm. 49 Mother Drawer by employing Nm. 34 screws.
Positioning holes Nm. 35 that is bored on to Cross-circle plate Nm. 32 that is attached to Slide rail Nm. 31 by employing 2 Screws Nm. 36. Axel bolt Nm. 37 that connects with Flange nut Nm. 48 that keep the system together and works as a pivot bolt or an Axel bolt. Nm. 40 is a Cased bearing on which the system pivots upon, in order to provide for a smooth rotation of Mother Drawers. Washer Nm. 47 provides spacing for Cased bearing Nm. 40 to operate.
Nm. 41 Springs, with Nm. 43 Housings that provides a means for Nm. 42 Bearings to float and perform as positioning stopping points.
Nm. 38 are Screws that attaches Nm. 44 Cross-circle positioning key plate to Nm. 30, inner Drawer rail that is inserted, inside of Nm. 29 Drawer slide housing, that slides in and out of Nm. 26 Drawer slide housing. Nm. 28 is a stopper to keep Nm. 30 inner rail from sliding out when deployed. Nm. 51 are screws that attaché's entire system to Nm. 50 Cabinet box. Said components provide for a functioning system capable of pivoting a Drawer to the left or to the right or up and down for horizontal, providing opportunity for a desired display to occur.

DESCRIPTION

FIG. 5 a,b & 6 a,b

FIG. 5 a, & 6 a, is a perspective view of two Drawer slide systems. Prior art FIG. 1 with Cross-circle key mechanism Nm. 68. Drawer slides, each with Cross-circle key mechanism work in unison, providing a means for rollout Mother drawer to operate a display. “Note” both Drawers slide systems are spaced apart to show were a Drawer box would be.
FIG. 5 b and FIG. 6 b show a front exploded view and how the two systems operate independently. Nm. 26 is Prior art. Nm. 50 is Cabinet box connected to Nm. 26 by means of Nm. 51 Screws Nm. 49 is Mother Drawer box that is attached to key system by employing Nm. 48 Flange nut in combination with Nm. 37 Axel bolt. That is attached to Drawer slides rails Nm. 30 and Nm. 31.
FIG. 5 b is a exploded detail front view of FIG. 5 a of Cross-circle attached to Drawer slide that is attached to upper half of Cabinet box Nm. 50 and Mother drawer box Nm. 49 FIG. 6 b is a exploded detail front view of FIG. 6 a of Cross-circle attached to Drawer slide that is attached to lower half of Cabinet box Nm. 50 and Mother drawer box Nm. 49.

Operation

FIG. 5 a,b & 6 a,b

FIG. 5 b and FIG. 6 b show a front exploded view perspective and how the two same systems operate independently on the same Drawer bank. “Note” that FIGS. 5 a and 6 a have the same operation as 5 b and 6 b. Nm. 26 is a Drawer slide (Prior art) that works and functions as Drawer slide allowing Nm. 49 Mother drawer and directional Cross-circle Nm. 68 to operate independently from the Cabinet box Nm. 50 so Mother drawer can perform as a slide out display. Nm. 26. Drawer slide is connected to Nm. 50 Cabinet box by means of Nm. 51 Screws.
Nm. 49 is Mother Drawer box that is attached to the Cross-circle system by employing Nm. 48 Flange nut in combination with Nm. 37 Axel bolt and Nm. 40 Cased bearings. Mother drawer is also attached by Drawer slide (long) Nm. 31, that is attached to Nm. 32 that is Cross-circle top plate that rotates over Nm. 44 Cross-circle key plate by means of Nm. 37 Axel bolt allowing for a pivoting action. Cross-circle key plate carries Nm. 41, 42, and 43. Spring loaded positioning Bearings that coin sides with Nm. 35 positioning point grooves and Nm. 35 a guide groove that is bored on to Nm. 32 Cross-circle top plate.
Drawer slide (short) Nm. 30 that is attached to Cross-circle key plate Nm. 44, slides back and forth in side of Drawer slide housing Nm. 29. Drawer slide housing Nm. 29 then slides back and forth in side of Drawer slide housing Nm. 26.
Nm. 29 is inner Slide rail housing that houses most inner Slide rails Nm. 30 and Nm. 31 extends to a certain point by employing stopper Nm. 28 allowing for Mother drawer to just clear the Cabinet box Nm. 50 so that Mother drawer can swing left or right, making it possible for the display to occur.

DESCRIPTION

FIG. 7

FIG. 7 Is a Four-drawer vertical rollout Display box wall mounted in the closed position. In a lower perspective view with latching handle system Nm. 54. Nm. 50 is Cabinet box that can be made of any hard grade surface material such as wood, metal, plastics, Etc. Nm. 49 is four Mother drawers in a closed position. Mother drawers contain Child drawers Nm. 51L/R. (not shown in FIG. 7) inside of its self. Mother drawers and Child drawers can also be made of any hard grade surface marital such as wood, metal, plastics Etc.

Operation

FIG. 7

FIG. 7 is a level perspective view of rollout Display box that can be wall mounted, which is also in a closed stationed position.

DESCRIPTION

FIG. 8

FIG. 8 is above perspective view of my vertical rollout Display box with two Mother drawers Nm. 49 bR and Nm. 49 aL in a full display mode.
Nm. 50 Cabinet box can be made of wood or metal or any hard surface material. Cabinet box contains 4 Mother drawers Nm. 49 a, b, c and d that contains four Child drawers, but is not limited to that amount.
Nm. 49 aL/bR, are Mother Drawers with Child drawers in a open display position. Mother drawers and Child drawer's can employ adjustable shelving on the inside of said drawers, of which is not shown in FIG. 8.
Nm. 54L/R and Nm. 55L/R are standardized latching handles and catch that secure Child drawers to Mother drawers when in the closed position. (Note that different latching systems can also be employed).
Nm. 49 aL/bR, are employed Mother drawers in the displayed mode. Mother drawers are connected to Cabinet box by means of employing Cross-circle system Nm. 68 bR/aL an assembly of Nm. 32-46 that is connected to Drawer slide prior art. FIG. 1 that connects to Cabinet box Nm. 50.
Nm. 51L/R Child drawers that are employed with Nm. 53L/R Drawer fronts in a fully displayed mode. Child drawers are connected to Mother drawer by means of Nm. 54 and Nm. 55 latching mechanism and Nm. 52L/R standard Drawer slides. Nm. 52L/R employed standard Drawer slides FIG. 1 Prior art, enabling Child drawers to be fully deployed.
Nm. 68R/La, b, c, d assemblies of Nm. 32-48 are employed Cross-circle systems that are attached to Cabinet box and to Mother drawers, by interfacing with modified standard Drawer slide systems.

Operation

FIG. 8

FIG. 8 is an above perspective view of rollout Display boxes in a fully displayed position. Two Mother drawers Nm. 49 aL/bR, and two Child drawers Nm. 51L, and 51R are fully deployed. Child drawer's 51L/R slide in and out of Mother Drawers Nm. 49 aL/bR, by employing standard Drawer slides 52L/R.
Latching handles Nm. 54L/R, latch with latch catch Nm. 55L/R, connecting Child drawers to Mother drawers in the closed position.
Drawer rail Nm. 31L/R is connected to Cross-circle plats Nm. 32L/R and Cross-circle position key plate Nm. 44 (68L/R assembly).
Mother drawer then pivots on the Cross-circle system Nm. 68R/L that a lines drawers to a rail alignment position with Nm. 26 slide rail mounted inside of Cabinet box. Cross-circle system aliens inner Slide rail Nm. 31 to alien with Nm. 26 Slide rail housing and inner Slide rail housing Nm. 29, allowing alignment with Cabinet box Nm. 50, thus allowing for a smooth and uninterrupted storing of Mother drawers and inner Child drawers into Cabinet box Nm. 50.

DESCRIPTION

FIG. 9

FIG. 9 is a top view of Drawer rollout display box showing operation of Mother Drawer that can be employed left or right by employing Cross-circle system Nm. 68 an assembly FIG. 2 as a hinged pivot system. Nm. 50 is a Cabinet box. Nm. 49 a, b, c, d, with one deployed and three stored, Mother drawers that rotate left and right. Nm. 29 is prior art inner Drawer slide housing. Nm. 68 is Cross-circle plate and key assembly. Nm. 31 is most inner Slide rail.

Operation

FIG. 9

FIG. 9 shows top view of rollout Display box showing the rotation of a Mother drawer rotating to the right or left by employing pivoting Cross-circle system.
FIG. 9 projections lines shows Mother drawers going from a stored position to an open displayed position and back again (shown by projections lines) this is done by alignment, by pulling Drawer box out of Cabinet Box Nm. 50 to the neutral position then swinging it to the left or right to a displayed position, for returning back to a stored position, Drawer box goes back to the neutral position then aligning it self with Drawer rail housing and Cabinet box, it then simply roles back to the stored position. In order to return to a display mode, reverse steps.

DESCRIPTION

FIG. 10

FIG. 10 is an above perspective view showing a closed upright standing position of vertical rollout Display box of the preferred embodiment that employ as a mobile Display unit. This is achieved by positioning vertical rollout Display box on too its backside resting on a floor or a ground surface. Where then Drawer Display box sits on cushioned feet Nm. 58L/R and Wheels, Nm. 57L/R providing a stable position.
Drawer rollout Display box is also provided with a towing handle Nm. 56 to assist rollout Display box as a mobile unit.

Operation

FIG. 10

FIG. 10 is a above perspective view showing a closed upright standing position of vertical rollout Display box of the preferred embodiment that can be employed as a mobile display unit. This is achieved by positioning vertical rollout Display box on to its backside resting upon a level floor or ground surface. Where then Display box sits upon cushioned feet Nm. 58 and wheels Nm. 57 providing for a stable position. Mobility is achieved when the vertical rollout Display box is in its closed position and Towing handle Nm. 56 is utilized in unison with Wheels Nm. 57R/L.

DESCRIPTION

FIG. 11

FIG. 11 is an upper perspective view of rollout Display boxes in open floor display mode.
The mobile display preferred embodiment consist of added trans port handles Nm. 56 attached to cabinet box Nm. 50 by employing attachment Pins. Tran's port handle can be made of metal, wood or plastic etc.
Stop feet Nm. 58L/R are base feet that provide stability and level Cabinet box with wheels. Stop feet Nm. 58L/R can be attached to Cabinet box Nm. 50 by employing standard screws. Stop feet Nm. 58 can be made of hard rubber, hared plastic etc.
Rollers Nm. 57L/R are wheels that attach to Cabinet box Nm. 50 by means of roller Pins.
Fold out Legs Nm. 59L/R with Angle supports that attach to Child drawers by employing attachment Pins. Mother drawers Angle brace supports Nm. 60L/R attach to Mother Drawers by means of attachment Pins. For added support Angle supports Nm. 60L/R are attached to Cabinet Box Nm. 50 after Mother Drawers have been deployed.

Operation

FIG. 11

FIG. 11 is a above perspective view, this position puts Mother drawers in a up right facing position, enabling drawers to be deployed by lifting said Drawers up and out of Cabinet box that then swing to the left or right in a downward motion. Mother drawers can then rest upon Cabinet box Nm. 50. Once up on completing this step, Child drawers are then displayed by disengaging latching handles Nm. 54R/L and employing standard Drawer slides Nm. 52R/L.
Once Child drawers are fully extended; folding collapsible legs Nm. 59L/R are then employed. Folding collapsible legs Nm. 59L/R, that fold out and way from said Child drawers under side. Angle supports Nm. 60L/R that are attached to said Mother drawers by swinging down from Mother drawers and then latch to Cabinet box Nm. 50 thus adding stability for Child drawers Nm. 51 and Mother drawers Nm. 49 In the display mode. Said folding collapsible legs, in combination with said Cabinet box, provides ample stability in the full display mode.
Vertical display box has the potential to display two Mother drawers at the same time while other Mother drawers are in a stored position inside of Cabinet box Nm. 50 or Drawers can also be removed to be set on to other tables for added display. Mobile vertical rollout Display box is equipped with Towing handles for easy mobility to and from.

DESCRIPTION

FIG. 12

2# Embodiment

FIG. 12 2# embodiment of Cross-circle positioning key Nm. 62 is of one consistent thickness and has threaded holes mounting holes that interface with Nm. 63 spacer and Nm. 30 most inner rail by utilizing mounting screws Nm. 38. The number of mounting screws can very depending on necessity of Cross-circle positioning key that of which can be made of martial such as steel iron aluminum Etc.
Nm. 63 key plate spacer is added to fill space between Axel bolt head Nm. 37 and Cased bearing Nm. 40, this provides for a precise amount of pressure on to the spring loaded positioning Bearings and Ball bearing retainer Nm. 61 that holds free rolling positioned Bearings, providing the system a way to function and operate smoothly. Key plate spacer Nm. 63 can be made of any hard surface material such as plastic, metal, iron, steel, etc.
Spring and Bearing housing screws Nm. 43 are placed over positioning Bearings Nm. 42 and on to Springs Nm. 41, that then slides directly threw equally spaced holes on Nm. 61 Ball bearing retainer ring that holds and retains free rolling Bearings. Bearing housing then threads into Nm. 62 Key plate Cross-circle. These are the additional components that make up the 2^ndembodiment. All other components remain as in the base embodiment.

DESCRIPTION

FIG. 13, 14

2# Embodiment

FIGS. 13 and 14 are side views upper and lower of prior art (drawer slide) FIG. 1 with employed Cross-circle system Nm. 68 that is an assembly of Nm. 30-48 FIG. 2 that is also with Nm. 61 Ball bearing retainer ring, one of two added components that make up this embodiment that is attached to Mother drawer box that that also attach to Cabinet box.
Nm. 63 key plate spacer provides the space necessary for system to be functional, “note” that different sizes of spacers can be added in order to reduce sloppiness. Nm. 63 Key plate spacer is the 2^ndadded component that makes up this embodiment. (‘Note’ that Nm. 62 key plate has been modified from Nm. 44 Key plate.) The combined attachments of said components provide a functioning system cable of pivoting a Drawer to the left or right or up and down for the horizontal Cabinet Box, in return providing an opportunity for a display to occur. All other components and actions remain as in the base embodiment.

DESCRIPTION

FIG. 15 a,b & 16 a,b

2# Embodiment

FIGS. 15 a, & 16 a, is a perspective view of a two Drawer slide systems. Prior art FIG. 1 with Cross-circle key system Nm. 68, with added Ball bearing retainer ring Nm. 61 and spacer Nm. 63. Two Drawer slides each with Cross-circle Key system that are working in unison, providing a means for rollout Mother drawer to operate. Both Drawer slides systems ‘15 a’ and ‘16 a’ are spaced apart to show were a Drawer box would be.
FIG. 15 b and 16 b are exploded frontal views of Drawer slides interacting with Cross-circle Mechanism. Nm. 43 an assembly of Spring, Bearing housing with positioning Bearings and Springs Nm. 41 that are seated in Bearing and Spring housing Nm. 43, that is then seated threw holes on Nm. 61 Ball bearing retainer ring that attaches to Nm. 62 Cross-circle key plate.
FIG. 16 a and 16 b illustrates lower system, which is the same as top half but reversed in operation from top to bottom. All other ramifications are the same as the base embodiment.

Operation

FIG. 12,13,14,15 a,b,16 a,b

FIG. 12, 15 a and 16 a is a perspective Angle view FIGS. 15 b and 16 b are frontal exploded views of Cross-circle system that are attached to Mother drawer Nm. 49 and Cabinet box Nm. 50. FIGS. 13 and 14 are side views of the same system of same 2^ndembodiment. FIG. 13, 15 a and 15 b are upper views of Drawer box system, FIG. 14, 16 a and 16 b represents lower system of Drawer box and key system.
Said 2^ndembodiment incorporates Nm. 61 Bearing retainer ring with additional 8 Bearings or more that holds and retains free rolling stationed Bearings so that Nm. 32 Cross-circle plate can rotate left or right smoothly without interruption. The four Springs and four Bearings and Bearing housings Nm. 41, 42 and Nm. 43 are the same of as base embodiment. 2^ndembodiment adds a key plate spacer Nm. 63 which provides necessary space for operation.
Key plate spacer Nm. 63 can be adjusted to size in order to provide a precise pressure on to positioning Bearing points in order too function correctly without sloppiness. All other ramifications follow accordingly, as in base embodiment.

DESCRIPTION

FIG. 17, 18

3# Embodiment

FIG. 17 is a front view of 3-Drawer rollout Display box with top Drawer deployed. FIG. 18 is a side view of same 3-Drawer rollout box with the same Drawer deployed. Cabinet box Nm. 50 attaches to modified Drawer slide Nm. 26 that attaches to Cross-circle key system Nm. 68, and than attaches to Drawer boxes Nm. 49 by means of Nm. 31 inner Slide rail with Nm. 33 Slide rail spacer. Horizontal rollout Display box can rotate down or up for easy access or display. Rollout Display box can consist of any number of desired Drawers.

Operation

FIG. 17, 18

FIG. 17 is a front view of the 3^rdembodiment of a 3-Drawer horizontal rollout display box, employing Prior art Drawer slides FIG. 1. Cabinet box Nm. 50, that is attached to modified Drawer slides Nm. 26 employing six Drawer slides Nm. 26 that employ Cross-circles Nm. 68 that attaches to horizontal Drawer boxes. Horizontal display box can consist of any number of desired Drawers.
FIG. 18 shows side view horizontal rollout Display box, deploying Display drawer Nm. 49 that slides out of Cabinet box, then rotates down or up 45° to a displayed open position, to store Display drawers reverse process.

DESCRIPTION

FIG. 19

4# Embodiment

FIG. 19 is a 360° Display island FIG. 19 is a top view of 360° Display island box deploying Display drawers. Nm. 64 is a center hole compartment for storing accessories such as a Pop-up umbrella. Cabinet box Nm. 65 is a Cabinet box that can be made of any hard surface material Such as wood, plastic, metal etc.
Mother drawers Nm. 49 are 4 mother drawers a, b, c, d, that attach to modified Drawer slides Nm. 26. Mother drawers attach to standard Drawer slides Nm. 52 on its inside walls, that attach to Child drawers Nm. 51 a, b, c, and d, housing Child drawers in side of its self in the stored position.

Operation

FIG. 19

FIG. 19 is a top view of a 360° rollout Display island that consist of 4 Mother drawers Nm. 49 a, b, c, and d, that embodies 4 Child drawers Nm. 51 a, b, c, and d in a radius of 360° on all 4 sides of Cabinet box Nm. 65. The 4 Drawers Nm. 49, that employs Prior art Drawer slides, FIG. 1 with Cross-circle system Nm. 68 with inner Slide rail Nm. 31 and Spacer Nm. 33, Said 4 Drawers, house Child drawers Nm. 51 employing standard Drawer slides Nm. 52 a, b, c, and d.
Said rollout Drawers Nm. 49 slide out of Cabinet Nm. 65 then rotates to the left 45°, Child drawers are then deployed by sliding out and employing Nm. 52 standard Drawer slides, completing a full 360° Display. To store display reverse Process.
Nm. 64 Center box space, is space to incorporate a retractable stand with wheels for mobility and/or a retractable slide up and down Umbrella for overhead cover 360° Display Island can be made to display to the left or to the right.

DESCRIPTION

FIG. 20

5# Embodiment

FIG. 20 is a top view of a Display trailer, employing rollout Display boxes. Display trailer cabinet Box Nm. 67 that houses the Display drawers, by attaching to the modified Drawer slides that attach to the Mother drawers that employ Child drawers by use of standard Drawer slides Nm. 52. Nm. 66R/L are added 3^rdChild drawers that operate the same as 2^ndChild drawers.
(Note) that 2^ndChild drawers, house 3^rdChild drawers same as Mother drawers do with 2^ndChild drawers.

Operation

FIG. 20

FIG. 20 is a top perspective view of the 5^thembodiment, of a vertical rollout Display trailer. Display trailer consist of 4 Mother drawers that employ Prior art FIG. 1 Nm. 26 Drawer slides and Cross-circle system Nm. 68 an assembly.
Said Mother drawers Nm. 49 a, and b, right and left, are deployed, by employing Drawer slides Nm. 26 and Cross-circle system. Mother drawers slide out of Cabinet trailer Nm. 67 then rotates 45° to the left for a. and to the right for b. They then deploy Child drawers by employing standard Drawer slides Nm. 52. left and right. Left Is the same as right other then right rotates to the right and left to the left.
Rear Mother drawers Nm. 49 d right, and Nm. 49 c left are deployed by employing Prior art Drawer slides Nm. 26 and Cross-circle system Nm. 68, Mother drawers slide out from Cabinet trailer Nm. 67, then rotate 45° to the right for Nm. 49,d right, and 45° left for Nm. 49, c left.
Child drawers Nm. 51 dR and Nm. 51 cL are deployed by employing standard Drawer slides Nm. 52R/L, enabling Drawers to slide out.
Child drawers Nm. 51 b right and Nm. 51 c left embody and deploy two 3^rdChild drawers Nm. 66R and Nm. 66L by employing standard Drawer slides as well, and allowing Drawers to slide in and out from Child drawers Nm. 51 bR/cL. In order to store display, reveres process.
Nm. 69 are wheel fenders, Nm. 70 Is a towing bar and latch for towing trailer.
(Note) that Display trailer can also be put onto a bed of a truck.
(Note) this is not the only arrangement that Drawers can occur for mobilization.
In broad embodiment, the present invention is a Storage and Display system of any shape or size. While the foregoing written description of the invention enables one of ordinary skill to make and use what is considered presently to be the best mode thereof, those of ordinary skill will understand and appreciate the existence of variations, combinations, and equivalents of the specific embodiments, methods, and examples herein. The Invention should therefore not be limited by the above described embodiments, methods, and examples, but by all embodiments and methods within the scope and spirit of the invention as claimed.

Claims

1. I claim: A Display container box of cabinet grade hard surface material, employing a Mother drawer in vertical or horizontal positions that rolls out vertically or horizontally and pivots 180° employing a Drawer Slide Pivot Mechanism (FIG. 2) that is providing a means for said Mother drawers to swing left and right or up and down for horizontal Drawers.

Said Display container box is with the option to be in a up right position or at a free standing floor level position or mounted in place, to a structured wall in the up right position. Said Drawer container display box can employ two wheels at its base and a towing handle providing a means for mobility.

Said Mother Drawers employing slightly smaller Display drawers, that are contained in side of said larger Mother drawers. Providing a means for said smaller Drawers to be rolled out from the inside of said larger Mother drawers by employing standard Drawer slides, providing a means for a broader display.

A Drawer fronts employing Latching handles providing a means of binding said smaller Drawer to said Mother drawer when in there closed positions. Said smaller Drawers employing adjustable Legs and or Angle supports that retract in and out of backside of said smaller Drawers for storage and providing support of said Drawers when in the open floor level position. Whereby said system provides for a wide display for items when said Drawers are employed in both, Wall mounted and/or floor level positions.