US1934069A - Container cap - Google Patents

Description

Nov. 7, 1933. w .TTNER 1,934,069

CONTAINER GAP Filed Feb. 5, 1932 INVENTOR GEo qE WZTTNEE Patented Nov. 7, 1933 PATENT OFF-ICE CONTAINER CAP George W. Ittner, St. Louis, Mo., assignor of one-half to John B. Hulett, New York, N. Y.

Application February 5, 1932. Serial No. 591,003

Claims.

clear from the nozzle when the container 'contents are to be expressed from the tube in use, but also readily permits-the cap to be replaced in closed and sealing position and then securely held on the nozzle.

With these and other objects in view, my invention comprises the novel construction and arrangement of parts hereinafter described and thereafter particularly pointed out in the claims.

a preferred embodiment of my container cap attachment is shown in the accompanying drawing in which Fig. 1 is a side elevation partly in section showing the cap in closed or locked position;

Fig. 2 is a top plan view show ng the cap in open position;

Fig. 3 is a side elevation looking from the right in i;

Fig. 4 is an enlarged side elevation of a modifled form in closed position;

Fig. 5 is a side elevation looking from the right in Fig. i but with the collar unscrewed; and 6 is an enlarged detail view on the line 6-S of i.

Similar numerals r fer to similar parts throughout the several figures.

Referring to the drawing, the container ortube recentabie i has the shoulder 8 at its upper or open end termmating in the ertericrly screwwhich the contents of the tube *2 pass hicied on the LL r Q n e latter is compressed.

asled nose, 9 is the ietericrh screwcollar 11 also carries the inclined arm 22 which eacied nozzle 9 provided with the opening 10' The cap 15 has the depending skirt 19 from which projects the depending hook 2.0 which is adapted to engage the lug 21 formed exteriorly on the collar 11 opposite the brackets 12. The

is adapted to bear on the shoulder 8 when the collar is screwed home, but the arm 22 engages the stop lug 23 on the shoulder 8 when the collar 11 is reversely unscrewed whereby the movements of the collar 11 are limited in both directions. Referring to the modified form shown in Figs. 4-6, the collar 11 is provided with the single bracket 24 with the bore 25 through which passes the U-shaped wire 26 secured to the cap 15 to form a hinged joint for the cap 15. As shown in Fig. 6, the shape of the wire 26 allows for loose play for the cap 15 and, this form may dispense with the spring 16 used in the Figs. 1-3 construction. As shown in Fig. 5 the collar 11 is additionally provided with the guide 2'7 to allow the hook 211 to pass between the lug 21 and guide 2'7; such hook may be shifted laterally so as to be disengaged from the lug 21 upon raising of thecap 15 as shown in dotted lines in Fig. 5. The other parts shown in Figs. 4-6 are the same as corresponding parts in Figs. 1-3 already described.

In operation, when the cap 15 is in its Fig. 2

open position, the container is sealed by the operator pressing the can 15 down to its Fig. 3 position against the tension of the spring 16 by which the hook 2D snaps by the lug 21 and engages therewith as shown by dotted lines in Fig. 3.. Then the cap 15 with collar 11 is screwed down on the nozzle 9 by twisting in a clockwise directionlFig. 2), until the arm 22 presses firmly on the shoulder 3 which frictional engagement iocks the collar ii and cap 15 in place with the concave crown is sealing the nozzle opening 10 as shown in Figs. 2 and 3. The nozzle 9 is opened by twisting the cap 15 and collar 11 from their Fig. i to their Fig. 2 position until the arm 22 engages stop leg 23; a slight continued movement of the cap 15 will disengage the 26 from the lug 21 and then the cap 15 he raised by the spring 16 to its Fig. '2 position, or the can 15 may he lifted ii no spring 16 is as shown the Figs. 4-8 construction.

in i-fi modification the loosice .41.! movement i on nozzle 9 1 same manner he .gs. 1-3 construction.

it he understood this removable container can attachment herein shown and ole E16 scribed may be variously modified in details without departing from the scope of my invention or sacrificing the advantages derived from its use.

I claim as my invention:-

1. A container having an exteriorly screwthreaded nozzle, an interiorly threaded collar on said nozzle, 9. cap hinged to said collar, coacting means on the cap and collar oppositely disposed from the cap hinge to hold the cap on the nozzle, and means arranged on said collar and container permitting only a limited rotary movement of the collar on said nozzle in both directions when removing and securing the cap.

2. A container having an exteriorly screwthreaded nozzle, an interiorly threaded collar on said nozzle, a cap hinged to said collar and having a spring normally holding the cap away from the nozzle, coacting means on the cap and collar oppositely disposed from-the cap hinge to hold the cap on the nozzle while compressing said spring, and means arranged on said collar and container permitting only a limited rotary movement of the collar on said nozzle in both directions when removing and securing-the cap.

3. A container having an exteriorly screwthreaded nozzle centrally disposed on the container shoulder, an interiorly threaded collar on said nozzle, a cap hinged to said collar, a depend-- ing hook member on, said cap, a lug on said collar to engage with said hook member when the cap is seated on the nozzle and collar, said hook member and lug being disposed opposite to said cap hinge, and means carried by the collar to irictionally engage on the container shoulder to limit the rotary movement of both cap and collar when the latter is screwed down on said nozzle. 4. A container having an exteriorly screwthreaded nozzle centrally disposed on the container shoulder, an interiorly threaded collar on said nozzle, a cap hinged to said collar and having a spring normally holding the cap awayirom the nozzle, a depending hook member on said cap, a lug on said collar to engage with said hook member when the cap is seated on the nozzle and collar while compressing said spring, said hook memberv and lug being disposed opposite to said cap hinge, and means carried by the collar to trictionally engage on the container shoulder to limit the rotary movement of both cap and collar when the latter is screwed down on said nozzle.

5. A container having an exteriorly screwthreaded nozzle centrally disposed on the container shoulder, an interiorly threaded collar on said nozzle, a cap hinged to said collar, a depending hook member on said cap, a lug on said collar to engage with said hook member when the cap is seated on the nozzle and collar, said hook member and lug being disposed opposite to said cap hinge, means carried by the collar to irictionally engage on the container shoulder to limit the rotary movement of both cap and collar when the latter is screwed down on said nozzle, and means to limit the rotary movement of the collar when .unscrewedirom the nozzle to release the cap.

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