Search Images Maps Play YouTube News Gmail Drive More »
Sign in
Screen reader users: click this link for accessible mode. Accessible mode has the same essential features but works better with your reader.

Patents

  1. Advanced Patent Search
Publication numberUS1463407 A
Publication typeGrant
Publication dateJul 31, 1923
Filing dateJun 9, 1921
Priority dateJun 9, 1921
Publication numberUS 1463407 A, US 1463407A, US-A-1463407, US1463407 A, US1463407A
InventorsAlbert Sharp, George Sharp
Original AssigneeAlbert Sharp, George Sharp
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Adjustable forming outlet nozzle
US 1463407 A
Abstract  available in
Images(1)
Previous page
Next page
Claims  available in
Description  (OCR text may contain errors)

July 31, 1923. A. sHARP ET AL ADJUSTABLE FORMING OUTLET NOZZLE im'ed une 9. 1921 9 adapted to shape plastic substances T0 aZZ whom it may concern Patented July 31,1923.

"ran era in i.

aren't an UsrnnLnroanrrn-a corner 'nozzan.

Application filed June 9,

Be it known that we, ALBERT SHARP and Gnonen SHARP, citizens of the United States, v

and residents of Bayonne, in the county oi, Hudson and State of New Jersey, have jointly inventedcertain new and useful Improvements in an Adjustable Forming Gutlet Nozzle, of which the following is a speciiication. This invention relates to an adjustable forming outlet nozzle. Its object is the production of a nozzle whose cross-area can be easily varied and which is V particularly like butter, while being discharged from a conveying chamber; The nozzle is an improvement of the shaping and forming nozzle shown and described in our application for Letters Patent for a butter cutting and printing machine, filed in the Patent Office-December 24th. 1920, Serial Number 432,907, andis particularly adapted to such a machine. V

The organization ofQthe invention com-v prises a nozzlewhich has adjustably con nected to one or" its walls, a wedge shaped member, which latter when located in differ 'ent positions varies, the cross-sectional area of the passage or channel through the nozzle, whereby the material as it is discharged from the nozzle may be given various cross sectional areas.

In the accompanying drawings Fig. 1

shows a side elevation of a fragmentaryportion of a butter cutting and printing ma chine with an enemplification of the improved nozzle; Fig. 2 represents a top plan view of Fig. 1; Fig. 3 is an enlarged front view of the nozzle'shown in Figs. 1 and 2 and Fig. 4 shows a section of Fig. 3 on the line 4, 4. v

The discharge end of a conveyer chamber of a butter cutting and printing machine, as described in our application filed December 24th, 1920, Serial Number 482,907, is

indicated in its entirety by the numeral 18.

It is shown to comprise the lower member 20 with the front end 21 and the removable cap or top 22 with the front end 23. Lugs 24 with the strengthening ribs 25 extend from'the sides of the member 20. Lugs 26 and the strengthening ribs 27 extend from the caper top 22. Hinge blocks '28 having the threaded shanks 29 are secured to the lugs '24. Looking yokes 30 are hinged to the blocks 28,

United States by means of the hinge pins 192i. Serial no, 476,249.- j

'rr c.pg

31. Looking screws 32 are in threaded en? gagement with the swinging ends yof the yolres 30 and bear on the lugs 26, when the cap or top '22'is'lockedin place to the lower member 20. Lugs 33 extend from the member 20 and bear on the legs 35. I Supporting brackets like 86 extend from thelegs 35, and in turn have connectedtheretolthe roller bars 37 having the journal bearings 38.

Rollers 39 have extending therethrough axles" 40 which are journaled in the bearings 38.

Botating'spira'l conveyers 42' are journaleo. in'the chamber 18.

'An adjustableforming outlet nozzle is indicated with the rear plate 45, which has extending therefrom the hollow-rectangular extension having the side walls 46, 47," the bottom wall 48 and the roof which comprises the stationary member 49 having the inclined bottom bearing face 50 and an adjustable member to be described. Openings 52 are formed in the plate 45 for screws 58, by means of which it is fastened to the front end21 of the member 20 and to the front-end 23 of thecap 22. From the top face of the member 49 extends the projection 56 and the th'readed'lug 57. An elongated opening 58 is formed in the member 49. A wedge shaped detachable member 62 is indicated with the inclined top bearing face crating tends from the upper portion of the member 62 and an opening 66 with the cavity 67 is formed in the member 62. A screw 70 63 and the horizontal bottom opface 64. A. bifurcated lug 65 exis in threaded engagement with the lug 57 v and has formed therewith the head 71 and the flange collars 72 and 73. y The latter bear on the opposite faces of the lug 65 A screw has formed therewith the disc shaped head 81. It is located in the pening 66 of the member 62 the head Sf'being located in the cavity 67, and extends through the elongated opening 58. A washer 83 encircles the screw 80 and bears on the topface of the projection 56. A wing nut 84 for the screw 80 bears on the washer 83. The distance between the face 64 of the member 62' and the opposite face of the wall 48 determines the height of the passage 85 or channel through the nozzle.

To vary the height of the passage of channel 85 the wing nut 84' is loosened on the bolt 80 and bymeans of the head 71 the screw 70 is turned to move the wedge shaped detachable member 62 inwardly or out .84. hen the member wardly with respect to the member 4.9 of the roof of the nozzle, after which it is clamped in place by means of the wine nut 62 is moved inwardly the bottom face 64 is lowered which decreases the height of the passage or channel 8 5, and when it is moved outwardly it increases the height of said passage or channel. By this means the cross-sectional area of the nozzle can be easily varied. The flat bottom operating face 6st of the member walls comprising a stationary member hav-' ing an inclined bearing face and an elongated opening therethrough, a threaded lug extending from the stationary member, an adjustable wedge shaped member with one face thereof bearing against said in clined bearing face, the said wedge shaped member having a face thereof parallel to the face of the wall of the nozzle, opposite thereto, a lug extending from the wedge shaped member, a screw having a shank, said screw in threaded engagement with said threaded lug, the shank supported in the lug extending from the wedge shaped member, means to maintain said shank in its lug, a screw extending through the aos r07" wedge shaped member, a head for the screw located in a cavity ofthe wedge shaped member, said screw extending through the elongated opening in thestationary member and a nut for the screw to clamp the wedge shaped member to the stationary member.

2. In a nozzle the combination of walls forming}; a passage therethrough, one of said wall comprising a stationary member, a wedge shaped detachable member with one of its faces bearing against the stationary n'iember, means to move the wedge shaped detachable member in the direction of its length and means to clamp the members to each other. I

3. In a nozzle the combination of walls forming a passage therethrough, one of said walls comprising a stationary member having a threaded lug formed therewith, a wedge, shaped detachable member with one of its faces bearing against the stationary member and having a lug formed there with, a screw with its shank rotatably maintained in said lug and its threads in engage ment with said threaded lug, a screw extending from the wedge shaped member and extending through an elongated opening in the stationary member and a nut for the latter screw to clamp the members together.

Signed at Bayonne in the county of Hudson and State of New Jersey this 26 day of May A. D. 1921.

ALBERT snanr. ononon SHARP.

Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US6082596 *Oct 2, 1998Jul 4, 2000Koch; Drake L.Dispenser for stick form solid edible foods, components therefor and methods of making the same
Classifications
U.S. Classification425/466
International ClassificationA01J21/00, A01J21/02
Cooperative ClassificationA01J21/02
European ClassificationA01J21/02