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Publication numberUS2506965 A
Publication typeGrant
Publication dateMay 9, 1950
Filing dateFeb 16, 1944
Priority dateFeb 16, 1944
Publication numberUS 2506965 A, US 2506965A, US-A-2506965, US2506965 A, US2506965A
InventorsMorin Louis H
Original AssigneeMorin Louis H
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Slider check for separable fasteners
US 2506965 A
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Description  (OCR text may contain errors)

May 9, 1950 L. H. MORIN 2,506,955

- SLIDER CHECK FOR SEPARABLE FASTENERS Filed Feb. 16, 1944 2 Sheets-Sheet 1 INVENTOR v Zoo/s HMoR/N A TTORNE Y M y 1950 H. MORIN 2,506,965

SLIDER CHECK FOR SEPARABLE FASTENERS Filed Feb. 16, 1944 2 Sheets- Sheet 2 F A 54 5:15; i I 22 57 I .57 I I I & ,59

I 50 Z J 50 I INVENTOR Z 00/5 f/Ma/m/ BY ATTO EY Patented May 9, 1950 SLIDEB. CHECK FOR SEPARABLE FASTENERS Louis B. Morin, Bronx, N. Y.

Application February 16, 1944, Serial No. 522,648

6 Claims. (Cl. iii-205.11)

This invention relates to separable fasteners employing stringers with a slider movable along the stringers to couple and uncouple the same. More particularly, the invention relates to the use of a check link or scoop, or what might be termed a nubbin on at least one stringer forming a stop limiting movement of the slider in one direction on the stringer, while at the same time, permitting forceable movement of the slider over the nubbin at least in one direction. The novel features of the invention will be best understood from the following description when taken together with the accompanying drawings, in which certain embodiments of the invention are disclosed, and in which the separate parts are designated by suitable reference characters in each of the views, and in which:

Fig. 1 is a face view of a separable fastener with parts of the construction broken away, and with parts shown in section.

Fig. la is a section on the line lalo of Fig. 1.

Fig. 2 is a view similar to Fig. 1, showing the stringers separated.

Fig. 3 is a partial section on the line H of Fig. l on an enlarged scale.

Fig. 4 is a partial cross section on the line l-l of Fig. l on an enlarged scale.

Fig. 5 is a view similar to Fig. 1, showing only a part of the construction and showing a modificatlon.

Fig. 6 is a view similar to Fig. 1, showing another adaptation and use of the invention.

Fig. 7 is a partial section on the line 1-1 of Fig. 6 on an enlarged scale.

Fig. 8 is a detailed view of one stringer of a fastener illustrating the use of a plurality of checked devices; and

Fig. 9 is a view similar to Fig. '1, showing another form of checked device.

In separable fasteners employing stringers having links or scoops which are coupled and uncoupled by a slider movable along the stringers, I employ a check device which may be termed a nubbin as a part of the link or scoop structure of at least one stringer for checking movement of a slider in one direction on the stringers, and utilizing the spring or yleldable properties of opposed walls of the slider to permit iorceable movement of the slider ever said check device for the several purposes, as will more fully hereinafter appear.

In one adaptation of the invention, I employ check devices of the kind under consideration for the purpose of providing quick separation of separable fasteners. Fbr example in the use of fas- 2 teners of this kind on sleeping bags wherein it is desirable to quickly separate the fasteners at the closed end of the stringers to enable the occupant of the bag to quickly separate the stringers by simply pulling the stringers apart after quick separation has been accomplished.

Figs. 1 and 2 of the drawing illustrate this quick separation or pull apart of stringers and in these figures, iii and II represent the pair of stringers of a fastener. Attached to the beaded edges I! of these stringers are links or scoops i3 adapted to be coupled and uncoupled in the coupling and uncoupling of the stringers. Attached to the beaded edge I! of the stringer II) is the box part ll of a detachable coupling. To the corresponding end of the stringer ii is attached the pin part It, freely removable from the box part when the slider i6 is arranged adjacent the box part l4 as in other devices of this kind commonly known in this art.

A greater number of links as shown at l3 are arranged on the beaded edge I! of the stringer it than on the stringer ll thus providing a greater scoop length on the former than on the latter, and inwardly of two end links of the stringer ii, and occupying a space substantially equal to two other links is a check device l1, which may be said to be a special form of link or scoop, or dual link or scoop or characterized as a nubbin.

The nubbin H has projecting beyond the head I! of the stringer l I two link portions It, so shaped as to fit freely between links of the opposed stringer II. Each link it of the nubbin ii is substantially of the same width as each link I3 of the stringers, as will appear from a consideration of Fig. 4 of the drawing. The inner or mounting end of the nubbin has on its upper and lower surfaces projections is which are adapted to engage projections 20 formed at the contracted end of the opposed walls 2|, 22 of the slider it (see Fig. 3). These projections 20 are produced by forming, on inner surfaces of these walls, recesses 23 which open through the wide or flared end of the slider, as will clearly appear from a consideration of Figs. 3 and 4 of the drawing.

The projections it are free to pass through the recesses 23, but are not free to pass over the projections 20, thus the nubbin acts as a stop, limiting the closing movement of the slider, which position is illustrated in Fig. 1 of the drawing. However, by yanking on the slider it through the medium of a conventional pull 24' attached to the pull mounting loop 24 of the slider, the projections II will be forced over the projections I! by the yielding or spreading of the walls 2|, 22 of the slider. 'lhis further opening movement of the slider is checked by the stop 28, as seen in Fig. 2 of the drawing. When the slider is in this position the stringers can be freely and quickly pulled apart, as is illustrated in Fig. 2 of the drawing. The stringer l I includes beyond the nubbin i'l two scoop blanks "A, adapted to fit freely between the scoops ll of the stringer III. In the above movement of the slider from the position shown in Fig. 1, to that shown in Fig. 2, these scoop blanks serve to guide the slider in this operation.

In the construction shown in Figs. 1 and 2, the

stop 28 comprises a disc mounted on a pin 2. coupled with two end links of the stringer II, the pin 2 being retained against displacement from said end links by enlarged end portions 21 and 2|, at least one of which will be formed after the pin has been assembled with the links. The stop washer or disc 25 is of such diameter to engage the flared end ll' of the slider II in checking movement of the slider, as will be apparent.

After the stringers have been completely sepstated, they may be readily re-coupled by simply moving the slider I 6 into position adjacent the box part l4, and then inserting the pin part II through the slider into the box part and against moving the slider along the stringers to couple the same and into the position shown in Fig. 1. It will be apparent that when hasty opening or separation of the stringers is not essential, the slider may be moved from the position shown in Fig. 1, in the directionof the box part i4 in separating the stringers in the usual manner.

It will also be apparent that in addition to the matter of quick opening or separation of stringers, the present construction would also be practical for use where long stringers are employed, for example, on large coverings or sheetings employed to protect equipment of various kinds and classes. On the other hand, and from the quick action standpoint, fasteners of the kind under consideration may be used in connection with garments worn by theatrical people, particularly where quick changes of costumes are desirable.

the closed end portion of the fastener is provlded, suiiiciently to resist any normal stresses or strains. However, by exerting a little greater force, or by yanking on the slider, the quick separation can be accomplished, as set forth above.

In Fig. 5 of the drawing is shown a slight modification of the construction shown in Figs. 1 to 4 inclusive, and the primary diiference resides in two facts. First, the stringer 20, which is substituted for the stringer ll, has ainore or less conventional end stop 30 attached to the stringer beyond the end links or scoops, and the stringer II will have on it a check device ll, identical with the device I! of Figs. 1 to 4 inclusive. The stringer 3| differs simply in providing a supplemental end link construction 32, which would constitute a nubbin generally similar to the nubbin II, with the exception that the proicctions I! are removed.

' In other words, the dual link portions 33 and the body portion 34 of the nubbin 32 will all be of a thickness substantially similar tothe thickness of the links or scoops of the stringers 29 and ii. A slider Ii employed in Fig. 5 would be identical with the slider it of Figs. 1 to 4, and therefore, no further brief description of this slider is essential.

With the construction shown in Fig. 5. the two In all instances, a normal top stop or stop at nubbins l1 and 32 will be simultaneously applied, by casting or otherwise, directly to the stringer tape ll beyond end links on this stringer. Whereas, with the construction shown in Figs. 1 and 2 of the drawing a blank space would be formed on the stringer inwardly of two end links in order to receive the nubbin II.

In addition to utilizing check devices of the kind under consideration as stops limiting closing movement of a slider, as taught in Figs. 1 to 5 inclusive, these devices may also be used to check opening movement of the sliders.

For example, in Figs. 6 and 7 is shown one adaptation of check devices of this kind. In Fig. 6 portions of two stringers 36, 31 are shown, having end stops it at the closed end thereof for checking closing movement of a slider 39. On the beaded edge 40 of the stringer 31, preferably between two adjacent links or scoops 4| is attached a check device 42, comprising a member having upper and lower curved surfaces 43, the curvature on the surface 43, Fig. 7, being such as to locate the high point of the curvature midway between the ends of the device 42, the ends being considered with respect to the longitudinal plane of the stringer.

The high points of the surfaces 43 will represent a distance greater than the distance between opposed inside surfaces 44 of the opposed walls 4| and 46 of the slider 39 (see Fig. 7). It will thus be apparent that in moving the slider into its fully closed position abutting the conventional stops ll,

Fig. 6, the slider will be forceably passed over the check device or member 42. This member is located on the stringer I! below but adjacent the contracted end 41 of the slider when the slider is in fully raised position, as clearly illustrated in Fig. 6 of the drawing. This check member will prevent accidental opening movement of the slider, but on the other hand, permit forceable' openingmovement of the slider in the same manner as forceable closing movement thereof.

In the operation of forceably moving the slider over the check device or member 42, the walls II and 48 of the slider are sprung apart, or will yield sufficiently to permit this operation;

In Fig. 8 of the drawing is shown a slight modification of the structure shown in Figs. 6 and 7, in which two devices 42 and 42' are employed at spaced intervals along a stringer .48, the uppermost device 42' shown in Fig. 8 being spaced with respect to a normal end stop 48, a distance similar to the spacing of elements it and 42 of Fig. 6, whereas the lower check device is spaced at any predetermined distance from the upper device to check opening movement of the slider on the stringer at a point spaced with respect to the upper device. Here it will be understood that a number of these check devices may be used along a stringer, particularly in adapting the invention to such garments as shirts, Windbreakers, jackets and the like, where a varied neck opening of the fastener would be desirable.

While in Fig. 6 of the drawing the invention is illustrated as applied to stringers having a permanent stop end coupling'5ll, it will be understood that it is also applicable to stringers of the type shown in Fig. 1, where the detachable box and pin couplings are provided, and particularly in the shirt and jacket applications of the fasteners. Devices such as shown in Fig. 6 of the drawing are desirable for use in many applications, for example, on pocketbook installations where the checking means would be desirable to prevent unauthorized opening of a pocketbook. It being understood that a real pull is required on the slider in forceably moving the slider over the check device in moving the slider into open position.

In Fig. 9 of the drawing is shown a still further adaptation of the invention which would be applied to fastener stringers of the type and kind shown in Fig. 1 of the drawing, that is to say, fasteners capable of pull apart separation at the closed end or the stringers.

With this construction, at least one stringer Ii of a fastener would have a check device 52 positioned with respect to any suitable end stop that may be employed, so as to locate the check '2 beyond the contracted end 53 of a slider 54 to positively retain the slider against opening movement on the stringers. Opposed walls 55, I of the slider 54 will have recesses 51 similar to the recesses 23. The walls will also have at the contracted end 53 of the slider projections 58 similar to the projections 20, exception however, that it would be desirable to include on the projections inner bevelled walls 59 to facilitate movement of the projections 58 over the bevelled surfaces 50 of the check 52.

In other words, the check 52 differs from the check 42 in being bevelled in one direction only, thus forming stop shoulders 6| at the upper end of the check device which will strike against the projections 58 and prevent movement of the slider in the opening direction on the stringers. It is preferred that the shouldered portions SI of the device 52 pass freely through the recessed portions 51 of the slider, or at least without exerting any great amount of pressure thereon, so as to minimize the strain in moving the slider into the finally closed position. Furthermore, by positioning the projections 58 near the free edge of the slider walls, greater spring or yielding properties are provided.

In all instances, the degree of projection provided on the check devices will be governed to suit the type and kind of fasteners employed. In some instances, sliders are composed of sheet metal and of plastic materials where greater degrees of elasticity in the material are provided, particularly in comparison with die cast metals which can also be employed.

The various check devices or nubbins may comprise unitary castings or other attachments to the stringers, and in some instances, for example, as illustrated in Fig. 6, the device may simply comprise a body cast upon two adjacent links of a 'stringer.

It will be understood that in the teachings of Figs. 1 to 5 inclusive, the added end links "A on the stringer Ii, or the link construction 32 is employed to maintain the stringers in proper relationship within the slider and to guide the slider in its movement into its position against the end stops 25 and 30.

Considering the structure shown in Fig. 9, it will be apparent that devices like 52 may be spaced along a stringer as devices 42 are arranged on stringer 48, particularly where it might be desirable to provide definite stops against opening movement of a slider at different posi tions along a stringer. In all instances, however, it will be necessary to move the slider into its final stop position at one end of the stringer to separate the stringer, and in all such cases, the stop device 52 will be arranged on the stringer having the pin end coupling fltting in the box coupling of the other stringer, the slider being re- 6 tained against displacement from the atrium having the box coupling in all such instances.

Having fully described my invention, what I claim as new and desire to secure by Letters Patent is:

1. In separable fastener stringers having scoops spaced along adjacent edge portions adapted to be coupled and uncoupled by a slider movable along the stringers, the improvement comprising means for checking normal movement of the slider in one direction on the stringers, said means comprising an enlarged portion on one stringer in alinement with the scoops thereon and adapted to enter the slider, in combination with means on the slider engaging said enlarged portion to resist normal movement of the slider on the stringers, and yieldabie means incorporated in said slider permitting forceable movement of the slider over the enlarged portion on said stringer.

2. In separable fastener stringers having scoops spaced along adjacent edge portions adapted to be coupled and uncoupled by a slider movable along the stringers, the improvement comprising means for checking normal movement of the slider in one direction on the stringers, said means comprising an enlarged portion on one stringer in alinement with the scoops thereon and adapted to enter the slider, in combination with means on the slider engaging said enlarged portion to resist normal movement of the slider on the stringers, yieldable means permitting forceable movement of the slider over the enlarged portion on said stringer in one direction, and said enlarged portion having means positively retaining the slider against movement in the opposite direction on said stringer.

3. In stringers of separable fasteners adapted for complete separation, said stringers having a detachable coupling at one end, the other end of one stringer being of greater length than the corresponding end of the companion stringer, a slider movable along the stringers, the last named end of the long stringer having a stop positively checking movement of the slider in the direction of said end of said stringer, the combination of means on one stringer in spaced relation to said last named stop and means on the slider for checking normal movement of the slider along the stringers and maintaining the stringers in coupled relationship when so checked, and yieldable means on the slider permitting forceable movement of the slider over said checking means in the direction of the first named stop in complete separation of said end of the stringers.

4. In a separable fastener of the class described, comprising a pair of stringers, a slider for coupling and uncoupling the stringers, means detachably coupling one end of the stringers, the scoop length of one stringer being greater than that of the companion stringer by at least the length of said slider, thereby providing for the separation of the other end of the stringers, the improvement comprising means inwardly of the last named end of the shorter stringer for checking normal movement of the slider in the direction of said second named end of the stringers, and yieldable means on the slider permitting forceable movement of the slider over the last named means in manually separating the stringers.

5. In separable fastener stringers employing a 7g slider movable along the stringers to couple and imconpie the same,the combination 0! a now yieldable check device on at least one stringer engageable with and forcibly traversablo between opposed walls of the slider to check normoi movement of the slider in one direction on the stringers, and means including slider walls having lateral springiness to permit forcible movement of the entire length of the slider 1ongitudinally over and beyond the entire length 0! said check device to a stop position on at least one stringer. s

8. In fastener stringers of the character described, the combination of a non-yieldable check device positioned on one stringer in line with fastener members thereof and a channeled llideron said stringers for receiving said check device for forcible passage through said channel, said slider having yieldable means to pernit-the slider to be forcibly moved over the entire length of said check device.

' LOUIS'H. MORIN.

The. following references are of record in the.

file of this

Patent Citations
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US1340187 *Jul 14, 1917May 18, 1920Hookless Fastener CoQuick-opening separable fastener
US1704579 *Jun 7, 1927Mar 5, 1929 Fasteneb fob gabments and otheb abticles
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Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US2632933 *Feb 16, 1951Mar 31, 1953Scovill Manufacturing CoQuick-release zipper
US2784473 *Oct 26, 1950Mar 12, 1957Morin Louis HOne-stringer separable fastener
US4377022 *May 22, 1981Mar 22, 1983Yoshida Kogyo K.K.Separable slide fastener
US7574780 *Oct 25, 2005Aug 18, 2009Gore Enterprise Holdings, Inc.Device for creating a seal between fabrics or other materials
US7703184Oct 13, 2008Apr 27, 2010Gore Enterprise Holdings, Inc.Device for creating a seal between fabrics or other materials
US7832065Jun 27, 2007Nov 16, 2010Gore Enterprise Holdings, Inc.Device for creating a seal between fabrics or other materials
Classifications
U.S. Classification24/388, 24/416, 24/436
International ClassificationA44B19/24, A44B19/38
Cooperative ClassificationA44B19/386
European ClassificationA44B19/38C2