US1151970A

US1151970A - Filling and packing machine.

Info

Publication number: US1151970A
Application number: US84793114A
Authority: US
Inventors: Edward W Seamans
Original assignee: Individual
Current assignee: Individual
Priority date: 1914-06-29
Filing date: 1914-06-29
Publication date: 1915-08-31
Anticipated expiration: 1932-08-31

Description

E. W. SEAMANS.

FILLING AND PACKING MACHINE- APPLlCATlON HLED JUNE 29, I914- 1,151,970. Patented Aug. 31, 1915;

3 SHEETSSHEET 1- COLUMBIA PLANouRAPH c0 WASHINGTON, D. c.

E. W. SEAMANS.

FILLING AND PACKING MACHINE. APPLICATION FILED JUNE 29. 1914.

1 l 5 1 ,970. Patented Aug. 31, 1 915.

3 SHEETS- SHEET 2.

COLUMBIA PLANOGRAPII co.,w1\smNG1oN. D. c.

E. W. S'EAMANS. FILLING AND PACKING MACHINE. APPLICATION FILED JUNE 29, I914.

Patented Aug. 31,1915.

3 SHEETS-SHEET 3.

COLUMBIA PLANOGRAPH 130.. WASHIN GGGGGGG c1 TED s s PATENT onrion.

' EDWARD w. sEAMAivs'or G anni) RAPIDS, MICHIGAN.

FILLING AND, PACKING MACHINE.

To all whom it may concern:

Be it known that I, EDWARD W. SnAMANs, a citizen of the United States of America,

residing at Grand Rapids, in the county of Kent and, State of Michigan, have invented certain new and useful Improvements in Filling-and Packing Machines; and I do hereby declare the following to be a full,

clear, and exact description of the invention,

. ton in order to get the required amount in the carton package. With my invention the carton packages are filled directly from a machine, the Alabastine beingforced into a carton and compressed inthe processof filling the carton and without any ofthe resultant dust that arisesfrom the method of filling cartons as heretofore practised. V

It is accordingly, the primary object and purpose of my invention to produce a machine of this type which'will handle and package 'Alabastine or material of similar nature, filling the cartons to provide-any desired quantity therein, and one which will work practicallyautomatically in every respect except the introducing and removing of the cartons'from the machine.

, Various other objects and purposes together with structureby which they;- are attained will be apparent on understanding being had of the constructionshown in the accompanying drawings in which, I 1

Figure 1 is a front elevation of my packaging machine. Fig.2 is'aside elevation thereof. Fig. 3 is a side elevation of the machine and showing its connections to the chute through which the Alabastine is in troduced to the machine. Fig. 4 is a front elevation of the series of hoppers into which the material is introduced from the chute and the connections therewith to the "chute. Fig. 5 is a perspective view of the carton holder, showing it in open position and with a carton filled.

Similar reference characters referto simisource-of power.

Specification of Letters Patent. Patented Aug. 31, 1915. Application filed June 29, 1914. 7 Serial N 0. 847,931. 2

lar parts throughout the several views of the drawing. f I

In the construction of my machine there is provided a frame-work including a base 1, spaced apart vertical side members 2 connectedadjacent their upper ends by a crossbeam 3, while intermediate the base and upper-cross-beam are two transverse members land 5, supported by and between the side members 2. Achute 6 positioned at an incline to the vertical, is located above the machine as shown in'Fig. 3 and has leading from the underside thereof, an outlet pipe 7 which in turn has communication with a ser es; of conducting pipes 8 leading into a se 0f hopp s 91W l are suppo d y thetransverse member 4. I have shown four of these, hoppers but it'isapparent that the number maybe .more or less; as desired.

The hoppers areyvertically positioned and have outlets 1O extendingthrough and a distance below the transverse'jsupporting memher 4s. Supported in suitabli-"fenrnals above thecross-beamB is a shaft I adapted to be driven-by the drive wheel 12%which'may be rotated by'belt connection with any suitable A "series a of beveled pinions 13 are mounted onthe shaftll being keyed thereto for rotation therewith but having slifdable gmovement on the 1 shaft. Said pinions are adapted to engage with the beveled gears 14; fixed at the top of shafts 15, one of which extendsdownwardly into each hopper 9 and eachof which {carries at its lower end a screw conveyer 16' which extends into the outlet 10 of the hopper. T'Normally the pinions are forced away from the gears 14 by the compression springs, '17

located between the pinionsand collars 18 whichjare fixed at intervals along the length Of Shaft l I I A- plurality of bell-cranklevers 19 are pivotally mounted on the cross-beam 3, one for each pinion 13, and thevertical arms-of said levers are each provided with a yoke 20 having engagement with pins '21 formed integrally with sleeves 22'loosely mountedon the shaft 11 and which arepositionedin direct engagement with pinions l3,-as shown. -To

the horizontal arms of the bell-crank levers rods or wires 23 are attached, said rods extending downwardly and being connected each toa bell-crank'lever comprised of a horizontal, arm 24: and a downwardly projecting arm 25,. the? lower ends of the rod 23 throw the pinion out of the mesh.

beingv secured at the "extreme ends of the arms 25. It will be apparent that with the arm 24: of any lever in upper position as shown in Fig. 2," that its associated bellcrank lever 19 will be operated so as to cause the meshing of its pinion 13 with the corre spending gear 14: and that when said lever arm 24 is in the lower position indicated in Fig. 2, the spring 17 will be permitted to When theiever arm 24 is in upper position, the connection of rod 23 to arm 25 'will be directly below the pivotal mount of the lever andthe force ofsprin'g 17 will not be sufiicient to operate the leverintoits-lowered position." The bell-crank levers comprised of

arms

24 and 25, are pivotally mounted between the uprights 26'which are supported by and between the transverse members 4 and5."

Between the member 5 and base 1 are shown eight upright standards 27, two for each hopper. On each pair of standards is loosely mounted a plate 28 which is'adapted to slide up and down the standards and which has connected centrally thereof apost 'toinsure the safe closure of the carton holders. N Extending from each carton holder is a horizontal arm 35, 'carryingat its end a downwardly projecting pin 36,which on the downward movement of the carton holder asherea'fter described, is'adapted to contact with and force downwardly the horizontal arm 24' of its associated bell-crank lever, in effect tripping the lever and permitting the disengagement of the associated pinion 13, which drives the screw conveyer associated with theparticular carton holder. Each carton normally is forced upwardly by a counterweight 37 supported by flexible connections 38 extending upwardly and over idle pulleys 39 and thence downwardly to the plate 28 to whichit is attached. Each plate 28 has projecting forwardly therefrom a foot member 4E0 which may be cast integrally with theplate or'secured thereto in any suitable manner. a V

From the foregoing description, the use and operation of my machine will be readily apparent. The shaft 11 is continuously driven and the pinions 13 rotate continuously with the shaft. vSaid pinions norm'ally are not engaged withthe' gear 14, the

arm'2 1 being in lower position so that the screw.- 16 does not operate in the hopper 9. To set a conveyer in motion whereby it will fill a carton package, the plate 28 with its attached carton holder 30 is forced to lower position by pressure of the foot on the foot in the hopper, will be conveyed out of the outlet 10 and into the carton. It will be evident that as the material isforced out of the outlet into the carton, the holder 30 will be continuously moved in a downward direction against the force of gravity as exerted by the counterweight 37 and that the effect of the counterweight will be to cause a compression of the material as it is forced inthe carton. This process will continue until-arm 35 and pin 36 thereon have been lowered sufficiently to contact against the horizontal arm 24 of the adjacent bell-crank lever, tripping it'and permitting the disengagement of the pinion 13 from the gear 14. As soon as this occurs, the screw conveyer 16 stops its motion and no further material is delivered from that particular hopper. The carton may then be removed and sealed, a new'one being introduced inits place as described. l/Vith 'a' plurality of carton fillers workingin'this manner, anattenda-nt to the machine'need only introduce the empty cartons, remove the filled cartons and place the trip lever arm 24 in proper position after the empty carton has been placed in the machine. The material sliding by gravity down the chute 6, enters the various pipes 8 and if at any time any of the pipes should be filled with material, it will merely run over into those adjacent. Aftera carton has been filled and the mechanism filling that particular carton stopped, it is not essential that the carton be immediately removed as the other cartonsand machinery filling them is amply sufficient to take care of the material for a short time.

From the foregoing it will be seen that I have'provided a machine of this character which will package Alabastine or similar light and fluffy material, compressing it in the process, and doing away entirely with objectionable dust that is common to such material.

Various modifications in this machine may bemade without departing from my invention which is defined in the appending claims- I therefore consider myself entitled to all'the modifications in structure "falling properly in their scope.

What I claim is': i

' 1. In a filling Iandpacking machine, a

basemember, a transverse memberlocated above the base member parallel thereto, ver- I tical rods positioned inpairs' betweensaid; base and transverse member, plate slidably s,

mounted on each pair of rods,-a post extending upwardly 'from' the plate and through the transverse member, pulleysrmount'ed on the transversemember, flexible connections attached to the plates and leading over the pulleys, weights attachedto the-said connections, and a carton holder fixedat the upper end of each post.

2. In a filling" andpackingmachin base, ertical frame members at each-end.-y

, the base and the upper transverse'member, a

hopper supported by the upper transverse member provided with an outlet spout extending through and below the transverse member, a pairoof vertical rods located between the base and the lower transverse member, a plate slidably mounted thereon, a post projecting upwardly from the plate through the lower transverse member, pulleys mounted on said member, flexible connections secured to the plate and leading over the pulleys, a weight attached to the connections, a carbon holder fixed at the upper end of the post adapted to pass over the outlet spout, an arm projecting laterally from the carton holder, a drive shaft mounted above the beam, a screw conveyerin the hopper having a shaft extending through the beam, a gear on said shaft, a pinion slidably mounted on the drive shaft, a spring normally forcing the pinion away from the gear, a bell crank lever mounted below the beam, a collar 011 the drive shaft bearing against the pinion and with which the vertical arm of the bell crank lever connects, upright supports secured between the upper and lower transverse members, a second I bell crank lever pivotally mounted between said supports and having a horizontal arm projecting into the path of the arm on the carton holder, and a connection between the horizontal arm of the first bell crank lever and the vertical arm of the second bell crank lever, substantially as described.

3. In a filling and packing machine, a base, vertical frame members at each end of the base, a beam connecting the upper ends of the vertical members, an upper transverse member located below the beam, a lower transverse member located between the base and the upper transverse member, a hopper supported by the upper transverse member provided with an 1 outlet spout extending throughand below the trans'verse member, a platemounted for slidable movements below 1 the lower transverse member, a postextend- 'ing upwardly fromithe plate through the lower transverse member, means normally: elevating the. post and plate, a carton holder fiXed flt theupper end of the "post and adapted'to pass over theoutlet spout,' an arm projecting laterally fromthe cartonholder, 1 a drive sh'aft mounted above the beam,- a screw conveyer in the hopper having a shaft extending through the-beam, a gear on the shaft, a pinion slidably -mounted on the drive shaft, a spring on the drive shaft norimally forcing the pinion away from the gear, a bell crank lever mounted below the f bea'm' "and having vertical and horizontal arms, a collar on the drive shaft bearmg against the pinion and with which the vertical arm of the bell crank lever connects,

upright supports secured between the upper and lower transverse members, a second bell I crank lever pivotally mounted between said supports and having a horizontal arm projecting into the path of the arm on the carton holder and a vertical arm, and a connection between the horizontal arm of the first bell crank lever and the vertical arm of the second bell crank lever, substantially as described.

4. In a filling and packing machine, a base, vertical frame members at each end of the base, a horizontal beam connecting theupper ends of the vertical members and upper and lower transverse members located between the beam and base, a hopper supported by the upper transverse member provided with an "outlet spout extending through and below the transverse member, a screw conveyer in the hopper having a shaft extending through the beam, a drive shaft mounted above the beam, driving means in terposed between the drive shaft and the conveyer shaft includinga pinion slidably keyed to the drive shaft, a spring normally forcing the pinion to inoperative position, a bell crank lever pivotally mounted on the beam and having a horizontal arm projecting upwardly adjacent the pinion and adapted to. force it into operative position, said bell crank lever also having a horizontal arm, a carton holder mounted below and adapted to receive the lower end of the out let spout, an armextending laterally from the carton holder, means normally forcing the carton holder upwardly, a bell crank lever pivotally mounted between the transversemembers and a horizontal arm extending into the path of movement of the arm on the carton holder and also having a downwardly projecting vertical arm and a connection between said vertical arm and the horizontal arm of the bell crank lever mounted on the beam, substantially as described.

Y 5. In a filling and packing machine, a

supporting frame, ahopper supported in the upper part of the frame,-and having a downwardly extending outlet spout, a screw conveyer in the hopper having a vertical ed to force the pinion into engagement with thegear against the spring, a carton holder mounted below the sp0ut,-means for .nor-

mally forcing the cartonholder in an up- Ward direction, an arm projecting laterally from the carton holder, a trip lever pivotally mounted adjacent the carton holder, and have a part extending in the path of movement of said laterally projecting arm and connections between said trip lever and the bell crank lever for controlling the bell crank lever from the trip lever, substantially as described. I

In testimony whereof I affix my signature in presence of two Witnesses.

- y EDWARD W. SEAMANS.

WVitnesses:

Lev. MOULTON,

MAE RANKIN.

(lopiejs of thispatent may be obtained for live cents each, by addressing the Commissioner of Patents,

- Washington, D. 0.