US1656668A

US1656668A - Propelling and smoothing device

Info

Publication number: US1656668A
Application number: US620090A
Authority: US
Inventors: Goben Edward Guy
Original assignee: Individual
Current assignee: Individual
Priority date: 1923-02-19
Filing date: 1923-02-19
Publication date: 1928-01-17
Anticipated expiration: 1945-01-17

Description

Jan. 17, 1928.

E. G. GOBEN PROPELLING AND sMooTHING DEVICE Filed Feb.l9, 1925 2 SheetS-Sheet 1 TOR BMW@

ATTORNEY Jan. 17, 1928. 1,656,668

E. G. GoBl-:N

vPROPELLING AND SMOOTHING DEVICE to the side frames 2O and 21.

Fatented Jan. 17, 1928.

UNITED srA'rEs EDWARD envenena, on encontraran new venir.

rnornnnme ann sivroorrrrne envien.

Application filed February 19, 1923. Serial No. 629,090.

be efficiently operated upon in a printingpress. A second object of the inventionis the production of a device thatwill carry ieces of material to a printing press cylinder and Which Will simultaneously smooth them. Other objects will be evident from the following specification.

The organization of the invention coinprises a moving apron to carry the material' operated upon and a plurality of moving feeding tapes bearing upon the Cniaterial. The coaction of the apron and tapes will propel and smooth the material `operated upon. j l

ln the accompanying drawings Fig. l represents a side elevation ofthe propelling and smoothing device with a side elevation of a cutting machine and fragmentary portion of a printing press with Which it;

operates; Fig. 2showvs an elevationof a detail and F ig. 3 indicates atop plan view 'K of Fig. 1.

A fragmentary portion of a printing press is indicated with the side frames 2O and 21, in which is journaled the shaft 22. A print` ing press cylinder 23 and the spur gear 24C are fastened to the shaft 22. ,The cylinder 23 ik spur gear 28 is fastened to the shaft 22. A stud 29 is fastened to the frame 21 and has journaled thereon the spur gear 30 which meshes with the spur gear 28. ik sprocket chain Wheel 91 is journaled onthe stud 29 and turns with the spur gear 80.

Supporting beams 32 and of a cutting .machine are `supported upon and fastened Si de housings 39 and l0 are respectively supported upon the

beams

33 and 32 and `are Vfastened thereto by means of the bolts 4:1. The housings have each .formed therewith the horizontal guides i2 for the adjustablejournalboxes a3, andl thevlrtical guides le for the journal bones all roller shaft il@ with. the side is provided with the usual grippers 2T.'

ie j lournaled in journal et es 1i-31, and a roller shaft 48 with the top roller 1l-9'is journaled in the journal boxes 45.

A orum shaft 50 has its ends journaled in the side housings 39 and l() and has fastened thereto `the measuring drinn 5l. A spur gear 52 is fastened to the shaft 50. A journal stud 53 is adjustably supported in the slot of the housing 40, byineans of Vthe nut 55. i A spur gear 56 and a sprocket chain Wheel 57 are detachably connected and journaled on the stud 53. Thev spur gear 56 meshes with the spur gear 52. Gears of j different diameters can be substituted for the spur gear 56, to enable the spur gear 52 and the drum 51 to turn at different speeds, to vary the length ofthe material cut by the cutting machine. A pai-r of journal brackets 60 extend from the side housings 39 and l() and have journaled thereon the guide roller (il.

in idler bracket 62 having the slot kb3 is adjustably clamped to side housing l0 by means of the bolt 64. An idler sprocket chain Wheel G5 is journaledto the top end of the bracket G2.

fr knife shaft 68 is journaled in the side housings 39 `and 4.0 and has fastened thereto the rotary knife frame 69 having adjustably connected thereto the knife blade 70. 'A stationary knife blade holder 7l has its'ends adjustably supported in the

side housings

39 and 40. A f stationary knife blade 72 is supported on the` holder 7l. Asprocket chain Wheel 73 is fastened to theshaft 68. A sprocket chain /'lextends around the sprocket chain Wheels 'and 73, and the idler sprocket chain Wheel hears downA on the sprocket chain An inclined feeder YS is indicated with the horizontal ends 79 and the latter are detachably fastened to the side housings 39 and lO by ineens of the bolts 80. i

j flange'bushing 83 is fastened to the knife shaft G8. A sprocket chainV Wheel 84; with elongated slots 85 is adjustably connected tothe bushing 83, by means of the screws 8G. j .j Sprocket chain Wheels 90, 91 and 92 are j journaled to the bean'ill, and a sprocket chain Wheel 93 is journaled to thehousing i en arm 95 having the elongated slot*v 39. 96 is adjustably fastened on therouterface of the supporting beam 83, `and has jour-:- naled thereto the s rocket chain Wheel 97.

knife shaft drivin@ entends lll) around the sprorket chain Wheels SI1 and 31 and bears against the sprocket chain wheels 00, 01, 02, 93 and 9T. The shaft G3 receives rotation from the sprocket chain Wheel 31, by means of the sproiket chain 102. The knife shaft 68 rotates at the same speed as the shaft 22 of the printing press cylinder 23. The printing,T press cylinder 23 and the knife blade 70 are .maintained in proper operative relation by means of the adjustably1 connected sprocket chain Wheel Upon the supporting

beams

32 and 33 are fastened the journal bearings and have journaled therein the shafts 103 and 10T Which are axially in line. A wooden apron drive roller 103 is fastened to the shafts 100 and 107. A sprocket Chain Wheel 109 is fastened to the shaft 10T and Connects with a feeding device, not shown. A pulley 110 is fastened to the shaft 100. A sprocket chain Wheel 111, is fastened to the shaft 107. A sprocket chain wheel 112 is fastened to the drum shaft 50. A sprocket. chain 116 Connects the sprocket chain Wheels 111 and 112, and rotation is thereby transmitted from the drum shaft 50 to the shafts 106 and 107. i

A pair of journal brackets 122 are supported on the beams 32 antL 33 and have journaled thereon the tape Wheel shaft 123. A pulley 12e is fastened to the shaft 123 and a Cross belt 125 connects the pulleys 110 and 124;, to transmit rotation from the shaft 106 to the shaft 123; A plurality of pulleys 128 are fastened to the shaft 123.

A pair of journal brackets 130 are clamped to the inner faces of the

beams

32 and 33, by means of the bolts 131, Which can engage different openings 132, 133 and 1311 in said beams, for the purpose of maintaining the apron 136 to be described at the requisite tension. A roller 135 isjournaled in the brackets 130. Anendless apron 136 is supported by the rollers 108 and 135.

A pair of adjustable journal brackets 140 are fastened to the inner faces of the supporting

beams

32 and 33 by means of the bolts 144 and have journaled .therein the `shafts 1111 and 142 which are axially in line.

A Wooden idler roller 14:3 is fastened to the shafts 1111 and 142.

A pair of journal brackets 148 are fastened to the top faces of the lower ends of the beams 32and 33. A tape Wheel shaft 150 is journaled in the brackets 148. Pulleys 151 are fastened to the shaft 150, and feeding tapes 152 connect the

pulleys

151 and 128. The Wooden roller 1413 bears on the lower members of the tapes 152 to locate said lower members in proper operative position relatively to the apron 136.`

To operate the propelling and smoothing device rotation is imparted to the spur gear 24, and thereby the printing press cylinder different positions.

23 is turned. The spur `rear 23 rotates with the cylinder 23 and thereby rotation is transmitted to the spur gear 30. The material, in this instance the cloth 155, is delivered from a feeding;4 device to the guide roller 01,

passes under the side roller if? and from the latter passes upon the measuriruf drum 5l and entends over the fender 73. lhe ma terial 155 nent severed by the knife blades` T0 and 72 in proper lengths, depem'ling upon the speed of the measuringl drum The severed pieces 155 of the material loo slide down the feeder T3 and drop upon the endless apron 13G and are carried to the pa'intiniir press cylinder 23. The linear speed of the apron 136 equals the circlnnferential speed of the material on the measuring drum 5l. The eut pieces of material 155" are fed be tween the top member 136 of the apron 130 and the lower members 152 of the feeding tapes 152. The members 12n and 130 form a plurality of feeding.; nozzles 152g for the eut pieces of material 155e. The angle between the members 152 and 133, as Well as the pressure between the members 152n and 152c and the material operated upon can be varied by locating the idler roller 1113 in This is accomplished by locating the brackets 110 in different positions by means of the bolts 1&1. The out pieces of material are carried to the press cylinder 23 Where their forward ends are gripped by the grippers 27', and they are next delivered to a. folding machine, not shown. In case the forwarcfl ends of the eut pieces of material 155 are turned up or wrinkled they are smoothed out by the eoaction of the member 13G of the apron 136 and the members 152u of the feeding tapes 152, by reason of the said tapes running at a speed about double the speed of the apron 136. In case the forward ends of cut pieces of material 155a operated upon, are turned down, the member 13Gfl of the apron 130 continuously running forward, causes the turned-doWn ends to be straightened out. By this means the eut pieces of material 155 are delivered to the printing press `cylinder 23 in proper form.

Various modiiications may be made in the invention Without departing from the spirit thereof and the present exemplilication is to be taken as illustrativo and not limitative thereof.

Having described my invention what I desire to secure by LettersPatent and claim 1s: i

In a propelling and smoothing device the combination of a pair of supportingr frames,

a drive roller journaled at one end of the frames, a pair of adjustable brackets bolted to the other end of the frames, a plurality of openings in the frames for the bolts` of the latter brackets to clamp them in different positions, a roller journaled in the ad lill) justable brackets, an endless apron supported on said rollers, said apronadapted to carry pieces of material operated upon, means to vturn the drive roller, a second pair of journal brackets supported on the supporting frames, a tape wheel shaft journaled in the second pair of brackets, means to turn the tape Wheel shaft, a plurality of pulleys fastened to the latter shaft, a third pair of journal brackets fastened to the supporting` frame, a tape` Wheel shaft journaled in the third pair of journal brackets, a plurality of pulleys fastened to the latter shaft, feeding tapes supported upon and connecting 'the pulleys of one shaft with the pulleys of the other shaft, a fourth pair of adjustable journal brackets fastened to the frames, a shaft journaled in the latter brackets, a roller fastened to the latter shaft, the latter roller bearing on the lower member of the feeding tapes and leading the lower member of each tape to takev an inclined direction to said apron, to form a plurality of feeding nozzles therewith for the pieces of material operated upon and means to move the tapes at a different speed than said apron.

Signed at the borough of Manhattan, city of New York in the county of New York and State of New York this 15th day of February A. D. 1923.

EDWARD GUY GoBENQ