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Publication numberUS3306439 A
Publication typeGrant
Publication dateFeb 28, 1967
Filing dateNov 13, 1964
Priority dateNov 13, 1964
Publication numberUS 3306439 A, US 3306439A, US-A-3306439, US3306439 A, US3306439A
InventorsStorey Alvin B
Original AssigneeCelanese Corp
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Cartons
US 3306439 A
Images(1)
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Description  (OCR text may contain errors)

A. B. STOREY CARTONS Feb. 28, 1967 Filed NOV. 13, 1964 INVENTOR. A/v/n 5. Sforey Af/omey United States Patent Ofilice 3,306,439 Patented Feb. 28, 1967 3,306,439 CARTONS Alvin B. Storey, Charlotte, N.C., assignor to Celanese Corporation, a corporation of Delaware Filed Nov. 13, 1964, Ser. No. 410,972 4 Claims. (Cl. 20665) This invention relates to cartons and relates more particularly to cartons for the storing and shipping of packages of yarn.

A great portion of the yarn produced in the textile industry is wound onto conical packages. The windings on these conical packages are so positioned that the ends of the conical support extend beyond the yarn windings. During the storing and shipping of these packages of yarn, they are rigidly supported to prevent them from rubbing against each other or against the walls of the carton in which they are enclosed, since such rubbing would mar at least the outer layers of yarn on said packages. One of the methods utilized to overcome this problem is to utilize cartons which contain apertured inserts for engaging the yarn packages separately so as to prevent movement thereof and damage to the yarn wound thereon. Although satisfactory results can be obtained utilizing this technique, the amount of net yarn poundage per cubic foot is drastically reduced. It would be highly desirable not only to increase the yarn package density but also to significantly improve the protection of the yarn package from handling.

It is the object of this invention to provide a carton for storing and shipping conical packages of yarn which will not only provide an increase in net yarn pounds per cubic foot but also provide improved protection for the yarn packages on handling. This and other objects will become apparent to those skilled in the art from the following detailed description and claims.

According to the present invention, there is provided a carton which will engage the packages of yarn so as to hold them against relative movement and prevent them from rubbing against each other or against the carton in which they are contained and which will also cushion said packages so as to prevent the transmittal of damaging shocks thereto. The carton of this invention includes a plurality of superimposed layers of conical packages of yarn wherein the layers are separated by pads which contain apertures of alternating size, i.e. if the initial aperture is for receiving and engaging the base of the conical package, then the following aperture is for receiving and engaging the opposite end or tip of said conical package and vice versa. It should be readily apparent that under these conditions every other conical package is inverted which is a distinct advantage since the conical package has a tapered effect thereby meshing the narrow and broad shapes of the adjoining packages to provide an increased package density or an increased amount of net yarn poundage per cubic foot in a limited space area. The pad in the adjoining superimposed layer contains alternating aperatures on the lower side to receive and engage the projecting ends of the conical packages contained on the lower adjoining pad. The upper side of the upper adjoining pad contains apertures of alternating size to receive and engage the base and tip end of the conical packages; but, in this instance, when the tip end of the conical package is engaged on the lower side of the upper pad, the tip end of the conical package on the next layer will coincide with the same aperture on the upper side of the upper pad. In other words, the

corresponding apertures of the pads in the superimposed layers will always contain the arrangement of base holes to tip holes or vice versa in the same layer and in the vertical position, and the upper layer conical packages will be placed in a tip-to-tip or base-to-base relationship as the case may be with the lower layer conical packages. These apertures are arranged in such a manner that a minimum amount of space will separate the conical packages when placed in position.

The space between the conical packages Will be filled by appropriate special type cell-walled partitions which are spaced vertically one above the other on the pads. Normally, wall separators for yarn packages are rigid and vertical and do provide some protection for the packages when contained in the carton in the standard placement form when the alternate packages are not inverted. In the carton of this invention, every other conical package on one layer is inverted and the standard rigid and vertical wall separators would not be appropriate since they would require increased space for use since they are not flexible. To overcome this difiiculty and for use in the carton of this invention, each wall within the partition of the cell-walled compartments contains a partial slit in a vertical direction from the top edge of each wall and a partial slit in a vertical direction from the bottom edge of each wall. These partial slits are of a suitable length to provide flexibility of the wall and permit a desirable snug fit of the packages within the individual compartments. The significance of the flexibility of the compartment walls is to permit each wall to conform readily to conical shaped yarn packages. The flexibility feature of the wall in combination with the placement of the packages has significantly improved the cushioning effect of the yarn packages during handling and transportation in a great degree by virtue of the yielding efifect .of slit partitions.

A preferred embodiment of this invention of a carton for storing and shipping conical packages of yarn with reference to the accompanying drawings wherein:

FIGURE 1 is a fragmentary perspective view of the carton showing the arrangement of the conical packages of yarn;

FIGURE 2 is a representation of a pad containing apertures of alternating sizes utilized in between the conical package yarn layers;

FIGURE 3 is a representation of the cell-walled portion utilized to support the individual yarn packages.

Referring now to the drawing of FIGURE 1, the numeral 11 designates generally the protective cover of a carton which may be formed from corrugated board, corrugated fiber board or other suitable material as may all the parts of the carton, and in which is contained a plurality of conical yarn packages 12 wrapped in paper comprising tubular supports 13 of conical shape having thereon yarn windings 14. The conical yarn packages 12 are arranged in superimposed layers 15 and 16, each of which layers is supported on a pad indicated gen erally by the reference numeral 19 and further described in FIGURE 2. Each of the conical yarn packages 12 are maintained in place by a cell-walled partition identified generally as 20 and, more fully described in FIG- URE 3.

FIGURE 2 indicates a pad 19 having apertures of 3 alternating sizes wherein aperture 21 supports a base of the conical yarn package and aperture 22 supports the nose end of the yarn package. The underside of the pad 19 is demonstrated in FIGURE 1.

FIGURE 3 indicates cell-walled partitions 20 as identified in FIGURE 1. The partition 20 is made up of individual cells containing walls 23 having partial slits 24 in a vertical direction from the top edge of each wall 23 and partial slits 25 in a vertical direction from the bottom edge of each wall 23. FIGURE 3 indicates a preferred partition 29 used in this invention wherein partial slits 24 and 25 are centered in the walls of the partition.

A comparative demonstration indicates the improvements of the cartons of this invention over known procedures for packing. In utilizing the cartons of this invention, 4-pound conical packages of A yarn quality were individually wrapped in wax paper and packed in alternating pattern of base and tip nested in corrugated partitions as shown in FIGURE 1. Each container, holding 72 cones in 6 layers, was compressed to approximately one inch below pack before applying two steel straps to level pack. For comparative purposes, a standard container was packed with 72 cones in 6 layers of 4- pound conical packages containing A quality yarn wherein the cones were wrapped in wax paper and placed in the identical position throughout (no inverted cones) and utilizing a folder containing 3 apertures per folder in the top and bottom of the folder for the tips and bases of the conical package yarns and providing a rigid partition between the adjoining group of package yarns. This container was enclosed utilizing two steel straps.

Each container was subjected to 2-hour vibration tests at 1 G. (G indicates acceleration or deceleration at the same rate as acceleration due to gravity.)

Each container was given a pushover fall before being cycled on the Conbur impact tester. The pattern of this test was as follows:

(1) One impact against all panels.

(2) Two diagonal impacts against bottom and top panel edges. Angle of impact determined by a line parallel with direction of impact, intersecting opposite top and bottom corners.

All tests run at full impact velocity calibrated as duplicate of approximately 19 inches free fall.

Following rough handling tests the containers were inspected for outward physical damage. Containers were then reopened and cones examined as to location and severity of damage. Grading of coned yarn was in accordance with established A quality standards.

INSPECTION RESULTSROUGH HANDLING TESTS, 4-

POUND CONED YARN [Damaged tube bases, transfer tails and bruised yarn] Invention Con- Standard Container (216 cones), tainer (216 cones), Bruised Yarn- Damaged Tubes Layer Damage Die-Out Pads and and Transfer Tails- Partitions elders No. Percent No Percent 6 Slight-.- 5 2. 3 13 6.0 Moderat 0 0 9 4. 2 Severe 0 0 2 0.9 5 S1ight 2 0.9 10 4.6 Moderate- 0 0 1 0. 5 Severe. 0 O 3 1. 4 4 Siight 1 0.5 7 3. 2 Moderate- 0 0 4 1. 8 Severe 0 0 0 0 3 Siight 2 0.9 5 2. 3

Moderate- 0 0 0 0 Severe..- 0 0 1 0.5 2 Slight 2 0.9 1 0.5 Moderate 0 O 2 0.9 Severe 0 0 0 0 1 SiighL. 4 1. 9 4 1. 8 Mederat 0 0 7 3. 2 Severe. O 0 12 5. 5

Total. 16 7. 4 81 37. 4

Bruised yarn:

SiightRernovai of several outer windings of yarn would eliminate bruished yarn area. ModerateNone found. SevereN0ne found. Damaged tubes and transfer tails:

Slight-Deteetabie damage, but would not interfere with yarn M o d e ii3orderline, may or may not interfere with yarn transfer. SevereDeimite interference with yarn transfer. I. Rough handling tests, 4-pound coned yarn (A) Vibration tests, one container each:

(1) Standard container-No evidence of damage to cone tubes and yarn.

(2) Invention containers-No evidence of damage to cone tubes and yarn.

(B) Incline impact and related pushover tests, three containers each:

(1) Standard containersFrom 216 cones evaluated 81 or 37.4 percent contained damage to either tube bases or transfer tails. Of this amount 18.9 percent was considered detrimental to subsequent processing.

(2) Invention containersFrom 216 cones evaluated 16 or 7.4 percent contained slightly bruised areas. Of this number 12 or 5.5 percent were within A quality standards. The remaining four cones or 1.9 percent could be reclassified as A quality after removal of several outside layers.

Superiority of the invention containers to protect yarn packages is confirmed by the above analysis.

WEIGHT-DENSITY RELATIONSHIP The invention container offers a 12.6 percent increase in package density and/or net yarn pounds/cubic feet over the standard container.

It is to be understood that the foregoing description is merely illustrative of preferred embodiments of the invention of which many variations may be made by those skilled in the art within the scope of the following claims without departing from the spirit thereof.

What is claimed is:

1. In a carton for the storing and shipping of conical packages of yarn arranged in superimposed layers, the combination with said conical packages of yarn of a plurality of pads spaced vertically one above the other for supporting said layers of conical packages of yarn and being supported by said layers of conical packages of yarn, said pads containing apertures of alternating size wherein one aperture is for receiving and engaging the base of said conical package and the following aperture is for receiving and engaging the opposite end of said conical package in a manner so that every other conical package is inverted and positioned in such a manner to provide the minimum amount of space between said conical package, said pads further positioned in said superimposed layers so that the alternating apertures of the adjoining pad of the next layer are positioned to receive and engage the projecting ends of said conical packages from the initial pad with the underside of said adjoining pad as Well as to provide the base for the same end of the conical packages on the upper side of said adjoining pad as is contacting said pad on the lower side of said pad; and a plurality of cell-walled partitions spaced vertically one above the other on said pads, said partitions containing cell-walled separator compartments for each conical package to fit within the spacings between said yarn package, each wall of said compartments containing a partial slit in a vertical direction from the References Cited by the Examiner UNITED STATES PATENTS 1,331,509 2/1920 Kronen Berger 21734 2,326,928 8/1943 Cowrson 206- 2,860,825 11/1958 Montgomery et a1. 20665 THERON E. CONDON, Primary Examiner. WILLIAM T. DIXSON, JR., Examiner.

Patent Citations
Cited PatentFiling datePublication dateApplicantTitle
US1331509 *Nov 10, 1915Feb 24, 1920Ferdinand KronenbergerFiller for shipping-packages
US2326928 *Jan 27, 1940Aug 17, 1943Hinde & Dauch Paper CoCarton
US2860825 *Feb 24, 1955Nov 18, 1958Eastman Kodak CoCarton partition for artificial silk cops
Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US3900116 *Sep 5, 1972Aug 19, 1975Exxon Nuclear Co IncFuel element shipping shim for nuclear reactor
US4033455 *Sep 27, 1976Jul 5, 1977Robison Charles DContainer
US4397390 *Apr 20, 1981Aug 9, 1983Es Kees VanContainer for packed wire bundles
US4605126 *Oct 1, 1984Aug 12, 1986Hoover Universal, Inc.Pallet and tank assembly
US4723655 *Dec 5, 1986Feb 9, 1988Schreiber Martin HCompact film carrier
US4936457 *Aug 23, 1988Jun 26, 1990E.G.O. Elektro-Gerate Blanc U. FischerHotplate stacking aid
US5370228 *Jul 7, 1992Dec 6, 1994Manke; WolfgangReceiving device for stackable containers
US6474475 *Feb 22, 2000Nov 5, 2002Micron Technology, Inc.Apparatus for handling stacked integrated circuit devices
US7104748 *Jun 14, 2002Sep 12, 2006Micron Technology, Inc.Methods for use with tray-based integrated circuit device handling systems
US7458466Nov 16, 2005Dec 2, 2008Micron Technology, Inc.Stack processing tray for integrated circuit devices
DE102006017117A1 *Apr 10, 2006Oct 11, 2007Torsten LorenzBottle box, of folding flat materials, is open at one side with an inner grid forming compartments for the separate bottles
DE102006017117B4 *Apr 10, 2006Feb 14, 2008Torsten LorenzGefaltete Getränkebehälterbox
EP0573404A1 *May 19, 1993Dec 8, 1993Perolin Fabrikations-Gesellschaft M.B.H.Carton packaging system
Classifications
U.S. Classification206/392, 206/499, 229/120.36, 217/18, 206/486
International ClassificationB65D71/70, B65D5/49, B65D5/48, B65D71/00
Cooperative ClassificationB65D71/70, B65D5/48038
European ClassificationB65D71/70, B65D5/48B1E