US939661A

US939661A - Folding egg-box.

Info

Publication number: US939661A
Application number: US50615609A
Authority: US
Inventors: Charles T Bloomer
Original assignee: Individual
Current assignee: Individual
Priority date: 1909-07-06
Filing date: 1909-07-06
Publication date: 1909-11-09
Anticipated expiration: 1926-11-09

Description

G. T. BLOOMER. FOLDING EGG BOX. APPLICATION FILED JULY 6, 1909.

G. T. BLOOMER. FOLDING EGG BOX.

APPLICATION FIL ED JULY 6, 1909. 939,661

2 SHEETS-SHEET 2.

Patented Nov. 9, 1909.

i To all whom it my concern:

. or displaced in transportation.

I signed to hold one dozen eggs. If the box two longitudinal partitions are used then a portion of the ..cross partitions interposed .more than one is'used, is joined to one end CHARLES r. BLOOMEB, or nnwanx, NEW YORK.

FOLDING EGG-BOX.

Specification of Letters Patent.

Application filedjuly 6, 1909. Serial No. 506,156.

Patented Nov. 9, 1909.

Be it known that I, CHARLES T. BLOOMER, i a citizen of the United States, residing at Newark, in the county of Wayne and State 2' of New York, have invented anew and use-Q ful Folding Egg-Box, of which the followl ing is a specification.

This invention has relation to improvements in folding egg boxes and is designed to provide a box wherein the partitions which divide the interior of the box into separate compartments for individual eggs are also foldable with the box into a small compass and are, moreover, permanently attached to the box so as not to become lost In accordance with the present invention the interior of the box is divided into com-- partments by means of one or more longitudinal partitions and a suitable number of cross partitions, the box being usually debe of the type using but a single longitur. dinal partition there will be five lateralpartitions and if the box be of the type w ere therewill be three lateral partitions, in either instance the box being divided into one dozen In order to cause the pro ,r folding of the artition members when t e container is in e flat or folded condition, the longitudinal partition in case one only is used, or one o the longitudinal partitions'in case of the box or container by means of a double hinged flap so that the ion 'tudinal partition or. partitions will lie ait against one of the longsides of the box or container with and all the partitions will be thus run together in close and substantially parallel relation without being in more extended relation' in the direction of the lengthof the longpartitions than when the partition members occupy the full width of the interior of the box or container.

The invention will be. best understood from 'aconsideration. of the following detailed description taken in connection with theflaccompanying drawings forming a art of this specification in which drawings ig are 1 is a perspective view of an box ada ted to contain onedozen eggs rows of four each. Fig. 2 is a see-i tion through the egg box in the folded condition. Fig. 3 is a view showing the manner of folding the partitions against oneof the longitudinal sides of the box. Fig. 4 is a perspective view of the partition members removed from the box or container and showing the cross members in a slightly folded condition. Fig. 5 is a .view of a slightly modified form of the construction shown in Fig.4. Fig. 6 is a perspective view of an egg box having the partition members composed of but one longitudinal member and an appropriate number of cross members. Fig. 7 is a perspective view of the structure shown in Fig. 6 in the partially folded or collapsed condition,

While the exact form of the box orcon tainer is not material to the recent invention it is preferred to use a box orcontainer continued ,to .form a cover 6 terminating inafiap 7 along the edge remote from that portion of the coverwhere it joins the rear member 3 of the box.

The end members 4 are foldable along lines indicated at S'so that when these members 4: are moved inwardly toward the bottom 5 thefront member 2 and the rear mem-. vber 3 will follow and the several members will fold down-flat against the bottom 5.

The cover 6 is also 'fo dable along a longitudinal line indicated at- 9 and the cover may be folded around the front edge of the box I when the latter is collapsed so that the whole structure occupies a space of minimum thick ness and of no eater extent than substantially that of the a bottom 5. This is shown in Fig. 2.

In the form of box or container shown in F 1g. 1 there are providedtwo

longitudinal partitions

10 and 11 and three lateral part1- tions 12. Each longitudinal partition 10-11' is provided with an appropriate number "of slots 13 extending from one edge of the respective partition to about the middle thereof and each cross partition 12 is provided with other a proprlate slots 14 of like nature m that t elongitudinal and cross partitions may be locked together in the; usual manner. To prevent: accidental lifting of and then the partition will readily fold upon lines indicated at 17. The slot 16 may be omitted and the material of the partition 12 may be continuous throughout the length of the fold as indicated at 18 in Fig. 5.

The particular construction of the folding partitions shown in Figs. lto 5 forms, in itself, no part of the present invention and\ is shown in the drawings to illustrate the adaptability of the present invention to different types of partition structures.

One of the longitudinal partitions, say the partition 10" is, in accordance with the present invention, formed at one end with an extension 19 capable of folding at its junction with the partition 10 and also at'an intermediate point indicated at 20. The outer end of the extension l9'beyond the fold 20 is designed to be secured to the correspond i'ng end 40f the box near the point of junction of that end with either the front 2 or the back 3, the junction point of the end 4 with the front 2 being the point near which the outer end of-the extension 19 is shown as secured to the end 4 in Figs. 1 and 3.

Any suitable means of securely joining the double hinge member 19 to the corresponding end 4 may be employed. In Fig. 1 staples 21 are shown, but it will be understood that the'portion of the hinge member 19 outside the fold 20 may be glued or otherwise attached to the end 4 instead .of being stapled thereto.

The hinge member 19 is a double'hinge member folding at the lines 20 and also at the point of junction with the end of the partition 10 so that the port-ion of the hinge member between the line 20 and the partition 10 may be brought directly against .the portion of the hinge member which is at, tached to the box end 4 in parallel relation therewith and. the partition 10, though substantially as lon as the front member 2, may be brought into close parallel relation to the latter while still permitting the folding in onto the bottom 5 of both end members 4 and also of the front members 2.

The cross partitions 12 move about an axis which is coinflcidentwith the point of intersection of these partition members with each

longitudinal partition

10 and 11, which I axis is perpendicular-to the bottom of the box.

It will be observed that when the partition members are folded together the two ends of the cross partitions 12 fold against the respective

longitudinal partitions

10 and 11 in opposite directions, the cross'partitions 12 folding upon themselves atthe middle point. The result of this is that the two partitions l0 and 11 lie in 'parallelrelation one to the other with their ends substantially coincident, when the other partition members are folded together, and when these partition members are extended the

longitudinal partitions

10 and 11 occupy the same relative positions as when folded except that they are separated to a greater extent. This compactness of the partitions when in the folded condition is due to the double hinge connection 19 between the end of the partition to which it is connected and the point of junction thereof with the box and in the structure where more than one longitudinal partition is used the compactness is further due to the fact that the cross partitions fold upon themselves about a median point.

In Figs. 6 and 7 there isshown a foldingbox 22 having the same general features of collapsibility within the area of the bottom of the box as are present in the structure shown in Fig. 1. In the particular form of box shown in Figs. ,'6 and 7 the eggs are assumed to be disposed in two rows of six each and there is but one longitudinal partition indicated at 23. There is shown an appropriate number of cross partitions 24 ex-v .tending equally on' each side of the longitudinal partition 23 and each capable of moving about .an axis coincident with the crossing point of the partitions24 and the longitudinal partition, 23, which axis is per-. pendicular to thebottom of the box 22.

The partition 23 is joined at one end to the corresponding end of the box 22 by a double hinge flap 19 formed as a continuation of'the partltion 23 and this hinge flap is capable of folding on the line 20 as in the structure shown in Fig. 1. The portion of the flap 19 beyond the line 20 is shown as I connected to the corresponding end of the box 22 by staples 21, but it will be understood that glue or other fastening means may be employed instead, of the staples 21.

When it is desired to fold the'structure shown in Figs. 6 and 7 to the collapsed position, the cross partitions24 are moved about their axes until flatagainst the partition 23 and then the lattermay be moved about the hinge extension 19 until it lies parallel with and in close relation to the corresponding side of the box 22, this side being the rear side in the structure shown in the drawm s.

In the structuresshown in Figs. 6 and 7 the, partition 23 has the same general relation to the back of the box whether in the folded or in the extended position.

By having the partition members joined or displaced.

'to the box against removal therefrom the box may be used over and over again without danger of the partitions becoming 10st tomf'of the box within the confines of the said side and bottom of the box, said parti-' tion members being joined to the box against removal by a longitudinal partition member. I

2. A folding eg box having partition members capable 0 being disposed longitudinally and transversely of the box and a double hinge connection between a longitudinal partition member and one end of the box. I

3. A folding egg box having a longitudinal partition member with an end extension in one piece therewith and having a portion secured to the box and another portion between the secured portion and the partition member foldable onto said secured portion.

In testimony that I claim the foregoing as my own, I have hereto aflixed my signature in the presence of two witnesses.

CHARLES T. BLOOMER. Witnesses:

' CARL R. VAN E'rrnn, ERNEST F.,F0x.