US1459406A - Top for vehicles and the like - Google Patents

Description

June 19, 1923.

' F. k. LEWIs TOP FOR VEHICLES AND THE LIKE Filed 001:. 29. 1921 2 Sheets-Sheet 1 INVENTOR. 7 60 K Zea/kl;

BY 9% M -r E271 ATTORN .5

June 19, 1923.-

F. K. LE WIS TOP FOR VEHICLES AND THE LIKE 2 Shets-Sheet 2 Filed Oct. 29 1921 INVENTOR. fimffif Jews? a? 2- 0 4110mm? Patented June 19, 1923.

"YATES FRED K. LEWIS, 01E ASHTABULA, OHIO.

T01? FOR VEHICLES AND THE LIKE.

Application filed October 29, 1921. Serial No. 5113M.

To all whom it may concern:

Be it known that I, F RED K. Lnwis, a citizen of the United States, and a resident of Ashtabula, county of Ashtabula, and State of Ohio, have invented a new and useful Improvement in Tops for Vehicles and the like, of which the following is a specification, the principle of the invention being herein explained and the best mode in which 10 I have contemplated applying that principle, so as to distinguish it from other inventions.

The present improvements, relate, as indicated, to vehicle tops, and particularly to the construction of the foldable outrigger or forwardly extending portion of so-called one man tops, which is the type at present largely in use on automobiles. In practically all these one man tops the outrigger bow, which extends horizontally in the open position of the top, is articulated, i. e., is connected, by means of swing arms, to the main bow or standard from which it is supported. In additiomsuch articulated outrigge bow usually carries one or more supplemental bows in order to support the top cover intermediate of the outrigger bow proper and such main bow or the back bow where the outrigger structure is supported 30 from a standard that does not rise clear to the top.

The object of the present invention is to provide an outrigger structure of the character thus generally described, in which such supplemental bows are supported in a novel and more efficient manner, that will tend, not only to increase the rigidity of the structure in the extended or open condition of the top, but at the same time will permit the parts, including such supplemental bows, to fold up into a compact stack. To the accomplishment of the foregoing and related ends, said invention, then, consists of the means hereinafter fully described and particularly pointed out in the claims; the annexed drawings and the following clescription setting forth in detail certain mechanism embodying the invention, such disclosed means constituting, however, but one of various mechanical forms in which the principle of the invention may be used.

In said annexed drawings Fig, 1 is a side elevation of a top supporting structure or frame embodying the present improvements, shown as adapted for, and mounted on, an automobile body or tonne'au; Fig. 2 is a broken side elevation on a somewhat larger scale of a portion of the linkage whereby one of the supplemental bows is supported as aforesaid; Fig. 3 is a front elevation of the parts shown in Fig. 2; Fig. 4 is a view similar to Fig. 1, but showing a modification vin construction, in that a folding link is provided in connection with one of the supplemental bows, mounted or carried as aforesaid; and Figs. 5 and 6 are likewise views similar to Fig. 1, but showing the incorporation of the invention in somewhat simpler forms of outrigg'er structure.

WVhile I have thus shown, and shall describe my improved top as applied to an automobile body, it will be understood that it is equally adapted for use on motor boats or other vehicles, and that the number of main bows in addition to the one utilized to support the outrigger structure, as well as the number of supplemental bows car-. ried by the latter, will depend upon the, longitudinal extent of the vehicle body which is to be covered by'the top. It will also be understood that the ternr bow is used here inclusively to designate, not merely the bow proper, whetherof wood or; metal, but also the metallic sockets or equivalent members that carry the same, these parts, when regarded in side elevation, constituting the equivalent of the so-called sticks in the all-wooden bOw type of con struction. It will accordingly be a matter of convenience to refer to theparts in the singular, as though the structure lay inv a single vertical plane, since the parts of interest' do actually lie in substantially such a lane.

n the embodiment of the invention shown in Fig. 1, as well, for that matter, in the slightly modified construction shown in Fig. 4, the top covering 1 is preferably en tirely supported through .the outrigger structure from a single main bow or standard 2. The latter, which is of substantial construction in view of the weight it is thus designed to sustain, is pivotally attached to the body of the vehicle at the point 3 in the usual manner, so that it may be laid down and supported in a substan 'tially horizontal plane when the top is not in use. Normally, in the extended or open condition of the top said main bow 2 injclines rearwardly at an angle approxiferred to, (Figs. .1 and 4), the outrigger structure willbe seen to comprise a main articulated auxiliary bow, or, as it is sometimes called, outrigger bow 6, the latter term referring more particularly to the outer portion or how 7 proper which is secured to the main-bow by means of an arm 8, (one on each. side of'course), pivotally attached to said main bow and to the rear end of said outriggerbow, and so constituting the inner portion of said articulated auxiliary how 6. The point of attachment of this arm to the main bow is preferably in line with, or just above, the side edge of the top covering 1, so

as to be hidden by the latter, and the nt '9 between said arm and the outrigger bow is a rule joint, disposed so as to prevent upward bending of the arm in question when extended in horizontal fashion, as in the open condition of the top illustrated the several figures. The outrigger bow 7 supports the extreme forward portion ofthe top covering in such position,- such bow being suitably attached to the front part of the body through the windshield frame, or other means as found most convenient.

The arm 8 whereby the outrigger bow 7 is swingably supported from the main how 2,

is itself articulated, being formed with a joint 10, the distance of which from the main bow is such that'when the link 11, that constitutes the rear extremity of said arm, is folded alongside said main bow, the remaining portion of said swing arm will similarly lie substantially parallel with the main bow, as shown more or less diagrammatically in dotted'outline in Figs. 1 and 4.

*Pivotally extended to swing arm 8, forwardly of such joint 10 therein, is a second arm or brace 12, that in the open condition of the top'is designed to extend forwardly at an angle with respect to said armand to a point a short distanceabove the same. The lower end of said brace 12 is directly pivotally attached to the main how 2 at a point As previously indicated, a system of link age is employed to sustain the supplemental bows, which may be one or more in number,

whereby the top covering 1 is supported in termediately of the main bow 2 and outrigger how 7. The principal elements of such system are two links .13 and 14 that, in the extended condition of the top, lie above the articulated auxiliary bow 6, being attached at their respective outer ends to outriggerbow 7 at point 15, and to swing arm 8 at point16, while their inner ends are pivotally interconnected at point 17, lying somewhat forwardly of the joint 9 in said auxiliary bow. Pivotally attached to said links 13 and 14, about the same pivot point 17 whereby they are thus connected, is a supplemental bow 18 that, savev for such connection, is a floating element in the outrigger structure. However, when the top is extended the lower ends of said how 18, each of which consists of a plate 19, as shown inF'igs. 2 and 8', are designed to rest upon, and interlock with, outrigger how 7 forwardly of thejoint 9, whereby such bow is connected with swing arm 8. In order to assist in-maintaining said supplemental bow 18 in proper vertical position when thus brought into engagement vith outrigger bow 7, the forward end of" link 14 is formed wi h a shoulder 20 that abuts againstthe rear edge of said plate; while to insure that said bow is'carried rearwardly in proper position to fold compactly along with the other parts of the outrigger structure against main bow 2 when the top is collapsed, a pin 21 is provided on link 13 a short distance forwardly of the jointlY, being so positioned as to strike against the bow, or rather plate, 19, towhich the ends of, said how are attached, and turn the same about said pivot 17. i

In order to sustain the links 13 and 14 in their extended position a third link 21 is employed, being connected at its rear end to the upper end. of arm or brace 12, and at its forwad end to said link 14 at a point forwardly of the pivot 16, by which the latter is attached to swingarm 8. In addition a stop 22 on said swing arm is disposed to contact with the under side of said link 14 just forwardly of pivot 16. Wl1ere the extent of the outrigger structure is, such as to make it desirable to additionally support the top covering 1 between main how 2 and supplemental bow 18. a second supplemental bow 23 is provided, being carried by the link 21 just described. In its main features said second supplemental bow corresponds exactly with the first one, the bow proper having its ends attached to plates 24, one-of which is pivotally attached at the point25; to the link 21 on each side of the frame. In the open or extended condition of the top this plate 24 engages with the swing arm 8 in the same fashion as, the .plate 19, that forms part of the supplemental bow 18, engages with the side of outrigger bow In order to properly conform the forward portion of the top covering, i. e., to prevent it from sagging between the .forward edge of outrigger bow 7 and supplemental how 18, still another supplemental bow may be utilized, such bow being relatively shallow and having its ends fixedly attached to the corresponding sides of said outrigger bow.

The construction shown in Fig. 4 is substantially identical with that shown in Fig. 1 and the parts are correspondingly designated so as not to require further description than to point out the provision of an additionalfolding link 26, as it may be termed, between the lower end of the second supplemental how 23 and the adjacent up wardly extending portion or arm or brace 12. The effect of said link 26 will evidently beto cause said supplemental bow to turn about its pivotal axis 25 on link 21 where it is not desired to place reliance on the top covering to produce such turning movement.

The manner in which the several bows and system of linkage operate in the folding of the top is clearly indicated by the position of the parts'as shown in dotted outline in Figs. land 4, and such operation is accordingly thought to require no further explanation. It will be understood of course that after the outrigger. structure vias been folded The latter, as before, comprises an articu-- lated outrigger how 32 of slightly different form from that shown in Figs. 1 and 4, both the outrigger bow 38 proper and the swing arm 34 being shorter in View of the different location of main bow 30. Moreover, said swing arm 34 is directly pivotally attached to said main bow at the point 35 instead of through the medium of a link as in the previously described constructions. Corresponding with links 13 and 14, two similar links 36 and 37 utilized, being connected in exactly the same fashion as before to the respective parts of the auxiliary bow 32 and carrying, likewise in the same fashion, a supplemental bow 38. In order then to support the outrigger structure, as well as to provide an operative connection between the main bow 30 and said links 36 and 37, a third link 39 is utilized, being directly connected at its rear end to the main bow 30 at a point 40 located above the pivot 35, by means of which arm 34 is attached to said main bow,

and being pivotally connected at its forward retain the latter in proper position when the top is extended.

As before, the manner in which the bows 33 and 38 fold up against the main bow 30 is indicated in dotted outline, it being understood of course that said main bow 30 in turn pulls against back bow 31 and the whole stack is then lowered into horizontal position. i

The top illustrated in Fig. 6 is of still simpler design, being intended for use on a roadster-type body. In effect, the parts are the same as in the preceding Fig. 5, except that the main bow from which the outrigger structure. is supported inclines rearwardly and no separate back bow is employed. The same reference letters have accordingly been employed to designate the remaining parts of the top as in said Fig. 5, and the mode of operation, it will be understood, is substantially identical.

The construction thus shown and described in several divergent forms, whereby one or more intermediate or supplemental bowsare supported, not directly butin a floating fashion, on the articulated auxiliary bow that forms the base of the outrigger structure renders such structure unusually rigid when extended. In particlar, the two links'13 and 14, in conjunction with supplemental bow 18, in the one case, or the corresponding links 36 and 87, in conjunction with supplemental bows 38, in the other, constitute a true truss, by means of which the entire longitudinal extent of the top is adequately bridged. This is quite independent of the particular means whereby the articulated auxiliary bow is attached to the main bow, as well as independent of the use of a second supplemental bow, as is desirable where said main bow inclines rearwardly and is the only one employed, as in Figs. 1 and 4. Despite the rigidity of the frame in the open condition of the top, the outrigger structure is very easily collapsed and caused to fold against the'main bow .upon breaking downwardly the joint therein, and the sup plemental bows carried by the linkage system are carried back in proper position to form a neat and compact stack.

Other modes of applying the principle of my invention may be employed instead of the one explained, change being made as regards the mechanism herein disclosed, provided the means stated by any of the following claims or the equivalent of such stated means be employed.

I therefore particularly point out and distinctly claim as my invention 1. In a top for vehicles and the like, the

combination of a support pivotally attached to the body of the vehicle; a rigid brace pivotallyattached tosaid support and in clining forwardly therefrom intheiopen position of the top; a forwardly extending articulated auxiliary bow pivotally attached i to said brace and extending to the rear of the same; a link connecting such bow extension with sald support; and two'lmks lying above said auxiliary bow, said links being-j plvotally connected together at their inner ends'and pivotally connected at their outer endsto the parts of said bow on either side of the joint therein, said links being operativelyvconnected with said brace.

2. In a top for vehiclesand the like, the" combination of asupport pivotally attachedto thebody of the vehicle; arigid brace *pivotally attached to said support and in- ;chnmg forwardly therefrom in the openposltion of the top; a iorwardly extendm'g articulated auxiliary bow pivotally attached t'osaid brace and extendmg to the rearof the same a link connectingsuch bow-extension :with said support; two links lying above said auxiliary bow, said links being pivotally connected togetherat' their inner ends and pivotally connectedat their'outer-ends tot'he parts of said bow on either side of the joint therein; and a third link connecting the rearmost of the aforesaid two links with theupsion with said support; two links lying per end of said brace.

3. In a top for vehicles and the like, the combinationxof a support pivotally attached :to thebody of the vehicle; a rigiddbra'ce' pivotally attached to said support and inclining forwardly therefrom in the open position of the top; a forwardly. extending articulated auxiliary bow pivotally attached to said brace and extending to the rear of the same; a link connecting such bow-extenabove said auxiliary bow, said links being pivotally connected together at their inner ends and pivotally connected together at their outer ends to the parts of said bow on either side of the joint therein; stop means limiting the relative movement of said links in the open position of the top; and a thirdlink connectingthe rearmost of the aforesaid two links with the upper end ofsaid brace.

nasaaoe 4. In a topforvehicles and theFlike the" combination of a support pivotally attached, to the body of the ivehicle; a rigid" brace pivotally attached to'said support and-inclining' forwardlythe-refrom intheopenpo sition of the top; a forwardly extending;

articulated zuixiliaryv bow pivotallyattachedto said brace and extending to the rearvof the same; almk; connecting-such-bow extensionwith said support; twolinks' lying: above said auxiliary bow,- saidlin-ksbeing; pivotally connected together at their inner ends and pivotally I connected together at their outer ends to the parts oft-said bow on eitherside of the jointth'erein; stop means I limiting therelative movement of said links in the open positionofthe top; a supple. mental'bow carried by said links; a-third linkconnecting the rearmostof the afore said two links with the upper end of said brace; and a second supplemental bow car-, rier by said third link. i

In a topfor vehicles-and the like, the combination of a support pivotally attached to the bodyof=the vehicle; a rigid brace pivotally attached to said support and in clining forwardly therefrom in the open po' sition of the top; a forwardly extendingarticulated auxiliary bow pivotally attached I to said brace and extendingto the rear of the same; a link connecting said bow-extension with said support; two links lying above saidauxiliary bow; said links being pivotally connected together at their inner-ends and pivotally connected together at their outer ends to the'parts of said bow on ally attached to said third link; and means for positioning. said two supplemental-bows about their respective pivotal axes.

Signed by me, this 28 day of October, 1921. i

FRED K. LEWVISJ

Images