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US1606466A - Pouch or bag lock - Google Patents

  • ️Tue Nov 09 1926

Nov. 9 192.6.

A. L.. CURRIER POUCH 0R BAG LOCK "i Filed oct. 21. 1925 nu NN NNW. N NN um 6k 6N .6N 0H dgl/io :wieg

il l) Patented Nov. 9, 1926.

TES

intatte .atar :ii-"rica ARTHUR L. CURRIER, NEW IPSVJ'ICH, HAMPSHIRE, ASSGNOR TO WALTER B. `CURREER, OF SOUTH ACTON, MASSACHUSETTS.

POUCH OR BAG LOCK.

Application filed October 21, 1925. `Serial No. 63,378.

My present invention relates to cord or rope fastenings, and more particularly to a cord or rope fastener for securing the cord about the topof a mail sack or pouch.

In the endeavor to improve upon this type of apparatus and to lower the initial as well as the upkeep cost and with increased eiliciency in operation, 1 have devised the subject matter ofthe present invention and have invented a device forvpassing and securing the cords about a mail bag, with a fastener so simple and strong in construction, that it will withstand years of service and materially cut down the need and cost of the present animal replacement. 1n addition, the saving' of wear and tear on the cords used will greatly reduce the need and cost of their replacement.

The object of my invention, therefore, is an improved rope or cord fastener applicable to mail bags and the like.

In the accompanying drawings illustrating a preferred embodiment of my invention,

Fig. 1 is a side elevation, partly in section;

Fig. 2 is a plan view. also partly in section, and

Fig. 3 is an end elevation.

Referring to the drawings, designates a base plate of stamp metal having opposite edges 11 folded over parallel to the main portion 10 and defining a substantially rectangular open space in which may be slid a cord 12 or other device carrying the name of the place to which it is desired to send the device. Secured to the base 10 on the side remote from the elements 11 is a

casing member

13, this member being substantially U-shaped in cross section and being tapered from the middle outward to each end, as clearly shown in Fig. 3. The

casing

13 and the base 10 form an open ended chamber in which is located the working elements of the device. The

casing

13 is provided with an

elongated slot

14 on each side of which is placed upwardly or outwardly extending

lugs

15, these lugs being secured to the

casing

13 in any suitable manner. Each of the

lugs

15 is provided with

perforations

16, the perforations being in alignment with each other and are designed for a purpose to be hereinafter described. The base 10 is provided With a

slot

17 in alignment with the

slot

14 above described as being in the

casing

13. `The

slots

11i and 17 act as bearing members for an operating and locking

lug

18. lThe lug 1S is provided on its upper end with a

linger plate

19 and with a perforation 20 adapted to register with the 60

perforations

16 in the

lugs

15. Also, the lower end of the lug is provided with an element or

extension

21 that slides in the

slot

17, the upper edge of this portion 20 extending outward beyond the limits of the hand hold 19 and the top edge of this

portion

21 is cut away.l as indicated at 22 in Fig. 1. Also, the

element

18 is cut away, as indicated at 23, to provide a space in which works a

compression spring

24. One end of' 70 the

compression spring

24 engages with a pair of

stops

25 secured to the under face of the

casing

13 and on either side of the

member

18 when such member is in operative position. `Normally in engagement with the other end of the spring'21l is a washer 26 to which is secured a

member

27. Numeral 23 designates a grooved wheel or pulley loosely mounted in the cut away

portion

22 of the

member

21 and the outer end of the 80

member

27 is formed to engage with the bottom of the groove in the

pulley

28, as clearly shown in Fig. 2. Referring to such Figure 2, therefore, it will be obvious that the

spring

24, being limited in its movement to the left by the

lugs

25, will press on the washer 26 and thus force the grooved pulley 2S to the right, as shown in such ligure, or tending to force the

pulley

28 into the apeX of the angle formed by the tapering sides of the

casing

13. v

The ends 29 of the bight of the

cord

30 that encircles the

open mouth

31 of a mail bag or other device pass through the right hand end of the

casing

13 and occupy a posi- 95 tion relative to the pulley 23 shown in Fig. 2. It is obvious, therefore, that, if the two ends 29 are pulled to the left, only the tension of the

spring

24 is opposed to such movement and that it may readily be performed. 1f, however, it is attempted to pull the ends 29 to the right, as shown in such Fig. 2, the

pulley

28, cooperating with the tapered portion of the

casing

13, will lock positive such ends against movement.

lf the parts of the device are in the position shown in Figs. 1 and 2, the

perforations

16 and 20 are in alignment with each other and the

padlock

32, it may be the usual service padlock of the Post Office Department, 110

may be inserted therebetween and prevent relative movement of the

lug

18 with respect to the

lugs

15. If it is desired to pull the ends 2O of the bight of the

rope

30 to the right so as to open the

mail bag

31 to which they are attached, the operator will pull on the

lug

18 by means of the

finger plate

19, moving

such lug

18 to the right, as shown in Figs. 1 and 2, when the outer end of the cut away

portion

22 in the

member

21 will engage with the periphery of the

wheel

28 and will allow

such wheel

28 to be moved to the left against the tension of the

spring

24. By maintaining the parts in this position just described it is new possible to grasp the ends 29 and pull the same to the right of the structure shown in Figs. 1 and 2, thus increasing the diameter of the bight of the

rope

30 and allow the

bag

31 to which it is attached to be opened.

My device is simple in character, is made of few parts, and these parts are of such' a character as not to require accurate machine work. Further. being simple in character 'and few in number, there are no parts to get out of order and, further, the device may be manufactured at a minimum of cost.

Having thus described my invention, what I claim as new is:

1. A cord fastener comprising a casing, a slide movable in said casing, and a locking wheel in said casing and movable independently of the slide, said casing having its side walls tapered and said tapered ends cooperating with the locking wheel to lock a cord against movement.

2. A cord fastener comprising a base plate, a casing having its side walls tapered at each end and mounted thereon, a locking wheel mounted within the casing, means for forcing said locking wheel into operative association with the tapered ends of the casing and cooperating with said casing to lock a cord in fixed position, a slide movably mounted in the casing and base plate, and means for locking said slide in fixed position with relation to the casing.

3. A cord fastenerV comprising a base plate, a casing having its side walls tapered at each end and mounted thereon, a locking wheel mounted within the casing, means for forcing said locking wheel into operative association with the tapered ends of the casing and cooperating with said casing to lock a cord in fixed position, a slide movably mounted in the casing and base plate, and means on said slide for engaging the locking wheel to move said wheel out of association with the tapered side walls.

Ll. A cord fastener comprising a base plate,

a casing having its side walls tapered at each end and mounted thereon, a locking wheel mounted within the ca-sing, :means for forcine said locking wheel into operative association with the tapered ends of the casing and cooperating with said casing to lock a cord in fixed position, a slide movably mount-ed in the casing and base plate, means for locking said siide in fixed position with relation to the casing, and means on said slide for engaging the locking wheel to move said wheel out of association with the tapered side walls.

In testimony whereof, I have signed my name to this specification.

ARTHUR L. CURRIER.