|Publication number||US1309935 A|
|Publication date||Jul 15, 1919|
|Filing date||Dec 15, 1917|
|Publication number||US 1309935 A, US 1309935A, US-A-1309935, US1309935 A, US1309935A|
|Export Citation||BiBTeX, EndNote, RefMan|
|Referenced by (15), Classifications (5)|
|External Links: USPTO, USPTO Assignment, Espacenet|
BOTTLE FEEDING MECHANISM.
APPLICATION FILED DEC-15,1917.
3 SHEETS-SHEET I.
, l/VVE/VTOH, Wmoe Qodleson,
Patented July 15, 1919.
A TTORNEY A. CALLESON.
BOTTLE FEEDING MECHANISM.
APPLICATION FILED DEC-15,!9Il.
Patented July 15, 1919.
3 SHEETS-SHEET 2.
APPLICATION FILED DEC-15,1917.
Patented July 15, 1919.
3 SHEETS-SHEET 3 Q/ll.
TTORI VEY mos cALLESON, or BROOKLYN, Nnw YonK, ASSIGNOB. 'ro AnnmNcnmcmNE wonxs, nm, or BROOKLYN, NEW YORK, A CORPORATION on NEW 1031:.
& 1.3%,935. spe me fi n w e 3 Patented July 15, 1919.
Application med December 15, 1917. Serial no. 207,224.
Toallwhomitmay concern: g and all the parts carried by it is kept Be it known that I, Amos CALLEBON, a. from moving beyond-a definite point on each citizen of the United States, residin at pick of the pawl (on account of the im- 1 Brooklyn, in the county of Kings and tate petus received from the pawl) by a stop n of New York, have inven certain new and which at the vend of the pawls working 60 useful Improvements in Bottle-Feeding stroke holds the latter against the ratchet Mechanisms, of which the following is a and so in the path of the tooth next back of sp cification, that it is engaging; this stop is the 0K- This invention relates to means forv adturned end of a bolt 0 which by means of a vaneing articles, as bottles, step by step, and handle 1; can be turned in bracket 1) so that 65 it consists, first, in a novel construction of the stop clears the pawl, thus to permit the rotary advancer 01' turret adapted to be rotary structure to be turned by hand With adjusted to suit different sizes of the articles the pawl at the end 'of its working stroke. to be advanced, and, econd, i vel means The centering body part of the turrent or for efiecting step by step movements of the advancer is arlf ng 011 nd secured to the 7 advancer. 1 head-block It thus: It is formed in two parts, In the drawings, I the base or lower part q and the upper or an- F i u e 1 i l f th h i m; nular part 1?. Part 9 1s a casting hollowed Fig. 2 is a vertical sectional view thereof; out at the linder side (as at g) to fit snugly Fi 3 i 1 d Fig, 4 a ti l over the head-block and havingca circumfer- 75 of the rotary ential outer rabbet g at the top and a cird or t t; V cumferential outer flange g at the bottom. Fi 5 1 l d Fi 6 a ti l Part 1-1 s arranged in the rabbet and projects tional view of the head-block for the axial so that 1t and the flange g form a circumfershaft depending from said advancer or turential groove 8. At equidistant points parts 80 ret; g and 1' are secured in permanently fixed re- Fig. 7 is a horizontal sectional view in the lation to eachother by screws t, which are lane of line 7 -7 of Fig. 2 tapped into head block h and penetrate spac- Fig. 8 is a plan of the advancer or turret, mg sleeves 14 serving to space the parts 9 1- in the same being formed in twoupper and the annular hne of the screws a slight dis- 85 'lower-parts; v tance as indicated at u in Fig. 4; outwardly Figs. 9 and 10 are vertical sectional views of this spacing means, therefore, the parts of said parts; f may be sprlmg together upon the a plica- Fig. 11 is a side elevation of a fragment of tion of suitable pressure, wlth the e ect of said parts, showing the hinge-portion for a somewhat; reducing the "Wldth of groove 8. 90 certain hinged spring-finger; and Partsq and 1' further afiord bear ngs for Figs. 12, 13 and 14 areside, plan and edge the arbors 'v of a pan of intermeshmg pmviews of said finger. ions w, the upper end of one arbor being To the frame a of a bottle filling and sealexposed and formed square to receive a 40 ing machine is secured in any suitable man- Wr n hr v ner a bracket 7) upon which rests a plate c Two annular sections or rings or, 3 one having a yielding bottle-pad or seat d. A upon the other, embrace the centerlngbody cylindrical bearing member 0 is supported part of the being engaged m groove b its flange f resting on the top ofthe 8', as shown in Fig. 2. They have toothed bracket, being penetrated by a stout pin or segments :0, y 6111';- with the two pm- 100 shaft 9 which is supported by a head-block ions w, respectively. .operat1ng the gearh (Figs. 5 and 6) w "ch is'keyed on the uping constltutedby the pnnons, that 1s, by per end of said shaft; The lower end of the turning the pnnons in their it will shaft has aflixed thereto the ratchet a. be apparent that the rings a, 3 will moved Journaled onmembereabovethe ratchetis rotatively relatively to each other mpppo- 105 a crank j carrying a spring-pissed pivoted site direc ions- To hold the 1n the pawl k normally engaging the teeth of the position to which they are ad l pro; ratchet, I be' a linkwhereby from a. suityide clampmg screws 2 1.. dls ably oscilla crank m, the pawl is o'sciltantly and penetrating freely the annular lated. The rotary structm including shaft, part r but ed in the part 9 of the center- 11c tional view of the body part J upper ends, they pass through the space and thus be adapted bottles are entered the nuts to spring the outer circumferential portion of part 1' toward the flange g and, clamp the two rings 2:, y between them. It will be observed that, when nuts 2 are released, the screws t retain parts g, 1' fast, particularly so that working position of the pinions to will not be disturbed. Q
Each. ring a: y bottle supporting on tightening has projections forming devices and projecting in difierent radii. The projections 2 on the" ring wand those 3 on ring 3/ are respectively extended, the former down and the of each projection z on ring :v, for example, is in the rotary path of the two projections 3 on the other ring flanking it. Thus the bottle,
.against upsetting. The projections 3 are curved (their concave or bottle engaging sides) being faced in the direction of rotation; the projections 2 have hinged springfingers or gates 4 at their free ends (5 be: housed in the proin a s rin -pressed plu jetion 2 aiid normally holding the gate; at a limit which the plug itself afi'ordsFigs. 8 and %3while allowing it to swing outwardly By adjusting the rings at, y rotatively, as described, the distance between each two projections 2, 3 can be altered to suit the size of bottle being advanced. The
pocket formed by the projections, and at the proper point in the rotation of the turret are drawn radially outward clear of the turret, the spring-fingers d yielding to them.
At equidistant points the ring g has a wiping blade 7 projecting in a chord of the circular path of the bottles, the same acting to wipe oil of the bottle seat 5. and out of the pockets formed by fragments of bottles which may become broken while they are being operated upon on said seat.
Having thus fully described my invention, what I claim as new and desire to secure by Letters Patent is:'
1. A rotary advancer including a centering body member divided transversely of the axis of rotation of the advancer into two parts, separate sections arranged between said parts together the proper 4 other on the axis of rotation of latter up, so that the extension which stands between each two pro jections 2.3, has ample lateral support downwardly 'into the the projections A of the support on said parts and having article-supporting de vices in different radii, and means to draw to clamp said sections between them, one of said section's being rotatably adjustable relatively to the other when unclamped.
rotary advancer including two sec tions having article-supporting devices on each of them in difierent radii, one of said sections being rotatable relatively to the the advancer, and gearing to shift the rotatable section relatively to the other around said axis.
3. A rotary advancer including a rotary centering body member, two sections arranged on said member and having articlesupporting devices in different radii and each being rotatable on said member around the axis of rotation of the advancer, and gearing to adjust saidsections. in opposite directions around said axis.
4. A rotary advancer-including a centering body member, two sections arranged on said member and having article-supporting devices in difierent radii and each bein rotatable on said member around the axle of rotation of the advahcer, and means to adjust saidsections in opposite directions around said am's including having oppositely rotating gear members respectlvely engaging said sections.
5. A rotary advancer including a centerportions of said parts .at both sides of the groove into clamping relation to the part of said structure engaged in the groove.
6. In combination, v with a flat support for the bottles, a rotary -bottle advancing turret arranged a vertical axis and havin peripheral bottle receiving pockets, and also having wipers projecting therefrom each in a chord across the circular path of said pockets;
In testimony whereof I afix my signature;
to rotate over the surface
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|U.S. Classification||198/494, 141/165, 198/473.1, 198/723|