US1780864A - Nonskid device for the wheels of road vehicles - Google Patents

Description

Nov. 4, 1930. U ET AL 1,780,864

NONSKID DEVICE FOR THE WHEELS OF ROAD VEHICLES Filed Sept. 9, 1929 INVENTORS .Fvderic BILZZ Jada/Z BY ATTORNEYS Patented Nov. 4, 1930 PA i .rREnnRIoiBULL AND FRANK WHITE, on wALsALL, ENGL ND f NoNsKI-n DEVICE FOR. THE wit-nerds or, nonn- VEHICLES "A lication flied September 9, 1929, Serial No. 391,f20,1and, in GreatBritain March 25, 192 a v This invention relates 'to non-skid devices for the wheels of road-vehicles of thekind comprising a. number of chains or flexible members arrangeo across the tread of. the tyres. In connection with thistype of non-' skid deviceconsiderable diflicultyhas been experienced; in producing a construction havingv areasonable length oth'ie mfost of the constructions hitherto em l'o edshowin excessive wear after only a relatively short period of vuse. Furthermore m the known constructions, even whererollerswere employed as wearing'pi'eces the wearing pieces boreon 'the tyre and so wore the latter unf duly.

' "Referring to thedrawings The primary object of the presentiinvention is to construct a non-skid device which will be effective in use and relatively cheap to produce and which willhave a longer life than those hitherto commonly employed, and which; in addition'will notunduly wear, the 'tyre over whi h itis placed.

Fi -tire 1 is asi leview of a 'wheelwith-a' -"*-i1on-s ea device constructed according to one form of this'invention applied thereto.

Figure 2-is a perspective view of a part of one for-m ofrnon-skiddevice constructed accordingto this invention-. 7 7

Figure 8'i's a fragmental plan of the same. Figure 4 is a fragmentalsectional elevation of the same.

Figure 5 is a part sectional elevation of a modified construction of non-skid device constructed according to this invention.

Figure 6 is a plan of a part of a further modified construction of non-skid device according to this invention.

Figure 1 is drawn to a smaller scale than the remainder of the figures.

Referring to Figures 1 to 4 of the draw, ings l is the wheel, 2 are chains adapted to be annularly arranged around the rim of the wheel, one on each side thereof and 3 7 are transverse chains secured at each of the opposite ends 4 to one of the annular chains 2. The chains 3 extend across the wheel transversely of the main plane thereof.

Each of the transverse chains 3 comprises a number of l nks 5, between the inner ends of 'the'linkfi by this means a t v v The ends of the link {6 and particularly Eff which is neared a link-'6. :rh'e 11m; 6' sea v erably of plate formfof suitable thickness and is'provided with' -a pair of openings? The link 6 thus constitutes a pairofadja' cent closed loops and thelinkis provided with an eye 8 ateach' endby which the links; 5 are COHIIBGtQCltO it. flAn' integral arm extendsfromione end of the link 6 and may Oren-e of the eyes 8, and this integral arm conveniently fornran extension orja portion;-

9-is bent so as to have a spindle p'ortion lOd which hes adjacent the surface of the links ly in the form of a roller is mounted on each edge of the spindle 10 adjacent each of the' ers extends into each of theopen'ings and the rollers can rotate freely "on'jthe spindle 1Q.

openings 7 so that a part of one of these roll- More than one roller can be mounted adjacenteach opening 7 i fdesired f desired the link6 may only have one.

opening 7 instead of two, or it may have-any v i r other number ot openlngsh The linke 6 is recessed at t'lieendj I 1810f the spindle 10 is located'in this recess and is prevented from. moving laterally of the partsforming; the eyes are bent out of the main plane ofthe link soth'at when the link is inuse, 7 its longitudinal {shape corresponds which the device i is placed.

approx-imatelyto' the shape of the. tyreon In the modified arrangement show-11in Fig met; the spincllef10 is formed separately of l.

thejlink 6 and is provided with down-turned" ends 14 which are passed throughholes15in the link and'are riveted over atl lfi'so thatt'he' part 10 of the spindle i'sparallelioritsfmain part with the link6. In this case both ends 7,

eye 81?} g g I t In the :modification shown in" Figure 6,. the" link 6 is constructed, and each spin'dle'is of the. are in the iornroff a complete I attached to the 1inr ,'m*e similar manner to andthe fonly diflerenceis that th'ejli'nk is constructed so as to recelve fourf wearing that described-with refe'renceto Figure 5,

members or rollers 11 and to this end fourof the recesses 7 are provided and they maybe arranged in any suitable manner. They are shown arranged in a rectangular formation,

but if desired three, rollers'could be used which could be arranged intriangular formation. Any other formation and number "of rollers maybeemployed and these need 7 not be all on the same axis. v

-'Further-,*if required additional means in the .formof projections may be formed on,

the link to prevent lateral displacement of j r the arm which bearsthe wearingmember or members. 7

1 v In another arrangement, the mainp'art of .7 the link maybe provided with a hole, the axis ofwhich extends parallel to theplane 'of theil iiikpand the straight part of the arm which Qbears the wearing member :or. mem- @W hatwe clai njthen isj:

1 1.111 a .noii skid' lev'ice hers may extend through or into this hole,

p 'a -plate element, a spindle on said plate, and a roller on said spindle,

Ine ansfor connecting said plate to theother Inanon-skid device' a plateelement, a spindle on said pl'ate' andla rollero'n' said the roller "pro'j ecting' outwardly v yond one surface oftheiplateandjalsopro jecting into but'notthrough the plate, l the renamin adapted to take the majority of thewearrto which-thenon-skid device isisub jected 'by itsengagement'withthe road. "f-.'-- p v 451g non skid ide vice a plate L element, 5

- 7 parts of thenon skid device, aspindleon said plate, a ,'roller. o-n said spindle, the said plate hav-in' a recess into'i'vhichrthe said roller projects, the roller being .adaptedftdtake the g t 4 H I ject is adaptedto reston thetread ofthe tyre 8. f In, a non skid device a plateieleinent, a.

majority of the wear, to, which the non-skid ade'viceiissubjected byiitsfjengagement with the road and bemg carried so toi b'e cl ar! i of thetyi' el} T spindle,

means for connectingr-said platelto theother partsof the non-skid device, a spindleon' said v v f pi tes roller or rollers on said spindle, each r oller projecting outwardly beyond-one ,sui} i v V ,Tfaceeftheplate andalsoprojecting'intobut" V I I v i'notithrough the plate, the outwardly project'- ingfpart'orparts'ofthe rollerlor rollers being.

,"Qnot through tlie plate,the plate having an rep r iei rveac rol r; ntv'w c h -r 1-;-

plate,

face otthepla te also proj ectingibut the roller'be lig adaptedto take the,

" "always tobe out off'contact with V p which the non-skid device isjappl'ied' and the" road, a In witness whereof we Vaflix'ou'r signatures.

projects and by theends of which the axial movement of the roller is limited, and the outwardly projecting part or parts of the roller or rollers being adapted to take the majority of the wear to which thenon-skid device is subjected by its engagement with the road;

6. In a non-skid-device a plate'element, a

spindle onsaid' plate and integral. with the plate, a roller on said spindle, each roller projecting outwardly beyond one surface of the. plate and also projectinglhinto but not, through the plate, and the roller being adapt-- ed to take the majority of the wear to which the nen-skidwdevice is subjected ts 'en- V gagement with the road,

7 In non-skid device a plateelement,

having an eyelat eachend for attachingfit to the other partsofthe nonskid device, aspin-1 dle on said plate extending longitudinally of j I ,the plate and outside the. plane of, the plate, said spindle beingintegralwith the plate and being twisted to forinoneof said eyes on the plate, ineans ior prevent ng lateral movement of the sp ndle, a roller orrollers on sa1d s'pin- I die, eachroller projecting outwardly beyond one surface or the plate; and also vproj ecting f into but not through the ,plateand the out;

wardly projecting partor'parts of the roller' 1 or rollersbeing'adapted to take themajority ofthewear to which the non' 'skid device-is sub/j ecte'd by its engagement: with the road, whilst that side of the plate element from,

which the roller or. rollers does or'do no'tfpro Z roller 01'' rollers carried by} the, plate so, as j;

roller er rollers" being adapted to jt ake the:

1 "FREDERIC BULL." V

. a roller 0 rollerslon said spindle, each; 1 I a froller projecting'outwar'dly beyond one su "FRANK; WHITE; 1::

-' 7 adapted to take the majority of the weanto' f s which the non-skid device issu'bjectedjby its. {1 j engagement,withjthe road. i a ,5I Inanon-skid device a iplate'element hav-Q V s I Q 'ingarieyeat each end for attaching it to the; Y i

other parts of the non-skid device, a 's'pindle' ,enr said: plate and outside theplaneofthe"

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