Chemical applicator

Claim 2

An applicator for granular material comprising: a. a rigid frame having means for connection to a draft vehicle; b. a pair of laterally spaced wheels supporting said frame; c. a pair of elongated rigid support members each having inner and outer ends; d. means pivotally mounting said support members near their inner ends to said frame for swinging movements on horizontal axes, and for other swinging movements on vertical axes between operative positions wherein said members extend outwardly from opposite sides of said frame transversely of the direction of movement of said frame, and inoperative transport positions generally normal to said operative positions and in trailing relationship to said frame; e. outer support means for supporting the outer ends of said support members in the operative and transport positions of said support members; f. locking means for releasably locking said support members in both said positions of swinging movement on said vertical axes while permitting free swinging movement of said support members on said horizontal axes; g. and elongated hopper means on each of said support members, said hopper means having inner ends arranged to be disposed in overlapping relationship when said support members are moved to said operative positions thereof.

Claim 3

The applicator defined in claim 1 in which said hopper means comprises pairs of elongated hoppers, a pair of each thereof being mounted on each of said support members and extending longitudinally thereof, the hoppers of each of said pairs thereof having adjacent ends in overlapping relationship.

Claim 4

The applicator defined in claim 2 characterized by pairs of rotary applicator shafts extending longitudinally through respective ones of said hoppers of each pair thereof and journaled therein, power operated means for imparting rotation to one of the shafts of each pair thereof and power transmission connections between the shafts of each pair of shafts.

Claim 5

The applicator defined in claim 3 in which said power transmission connections comprise jackshafts rotatively mounted between the overlapping end portion of the hoppers of each pair thereof on axes parallel to respective applicator shafts, aligned pairs of sprocket wheels on the adjacent ends of said applicator shafts and said jackshafts, and endless link chains entrained over said aligned pairs of sprocket wheels.

Claim 6

The applicator defined in claim 1 in which said outer support means comprises a pair of end frames each secured to the outer end of a respective one of said support members and normally extending transversely thereof, and caster wheels pivotally mounted on the opposite ends of each of said end frames.

Claim 7

The applicator defined in claim 1 in which said outer support means comprises a pair of end frames each including a pair of end frame sections having inner ends pivotally secured together on a generally vertical axis, and outer ends, caster wheel forks journaled on said outer ends of said end frame sections, means securing one of the sections of each end frame to the outer end of a respective one of said support members, and means for releasably locking the other end frame section of each end frame selectively in alignment with its respective one of the end frame sections and at generally right angles thereto.

Claim 8

The applicator defined in claim 1 in which said locking means comprises a pair of elongated tension members, pivot means operatively connecting one end of each of said tension members to a different one of said support members for swinging movements relative to said support members, and pivot means for releasably connecting the other ends of said tension members to said frame in forwardly spaced relation to said wheels and for swinging movements relative to said frame.

Claim 9

The applicator defined in claim 7 in which said pivot means comprise connectors elements and cooperating pairs of pivot shafts at opposite ends of said tension members and extending transversely of said tension members, the axes of the pivot shafts of each pair thereof being disposed normal to each other.

Claim 10

The applicator defined in claim 8 in which said tension members are disposed in forwardly converging relationship when connected to said frame in the operative support member locking position thereof, said frame including support brackets for said tension members when said tension members are moved from operative locking position to inoperative storage positions generally parallel to said support members.

Claim 11

The applicator defined in claim 1 in which said locking means includes a rigid locking arm pivotally connected at one end to one of said support members and having means at its opposite end for pivotal connection to the other one of said said support members when said members are moved to their inoperative transport positions, to hold said support members in a given spaced apart relationship during transport.

Claim 12

An applicator for a granular material comprising: a. a rigid frame having a rear end portion and a forwardly extending portion; b. means on the front end of said forwardly extending portion for connection to a draft vehicle; c. a pair of laterally spaced wheels supporting the rear end portion of said frame; d. a pair of elongated rigid support members each having inner and outer ends; e. means pivotally mounting said support members near their inner ends to said frame for swinging movements on horizontal axes and for other swinging movements on vertical axes between operative positions, wherein said support members extend outwardly from opposite sides of said frame transversely of the direction of movement of said frame, and inoperative transport positions generally normal to said operative positions and in trailing relationship to said frame; f. outer support means for supporting the outer ends of said support members in the operative and transport positions of said support members; g. a pair of elongated tension members each having an outer end operatively connected to a portion of a different one of said support members laterally outwardly of said frame for swinging movements on vertical and horizontal axes, said tension members having inner ends detachably pivotally connected to said forwardly extending frame portion near the front end thereof to hold said support members in their operative positions; h. and elongated hopper means on each of said support members, said hopper means having inner ends arranged to be disposed in overlapping relationship when said support members are moved to said operative positions thereof; i. said frame including tension member supporting means at the rear end portion thereof for receiving the inner end portions of said tension members when said tension members are disconnected from said forwardly extending frame portion.

Claim 13

An applicator for a granular material comprising: a. a rigid frame having a rear end portion and a forwardly extending portion; b. means on the front end of said forwardly extending portion for connection to a draft vehicle; c. a pair of laterally spaced wheels supporting the rear end portion of said frame; d. a pair of elongated rigid support members each having inner and outer ends; e. means pivotally mounting said support members near their inner ends to said frame for swinging movements on horizontal axes and for other swinging movements on vertical axes between operative positions, wherein said support members extend outwardly from opposite sides of said frame transversely of the direction of movement of said frame, and inoperative transport positions generally normal to said operative positions and in trailing relationship to said frame; f. outer support means for supporting the outer ends of said support members in the operative and transport positions of said support members; g. a pair of elongated tension members each having an outer end operatively connected to a portion of a different one of said support members laterally outwardly of said frame for swinging movements on vertical and horizontal axes, said tension members having inner ends detachably pivotally connected to said forwardly extending frame portion near the front end thereof to hold said support members in their operative positions; h. and elongated hopper means on each of said support members, said hopper means having inner ends arranged to be disposed in overlapping relationship when said support members are moved to said operative positions thereof; i. said frame including tension member supporting means at the rear end portion thereof for receiving the inner end portions of said tension members when said tension members are disconnected from said forwardly extending frame portion.

Claim 14

The applicator defined in claim 11, characterized by a rigid locking arm pivotally connected at one end to one of said support members for movements between an inoperative position overlying said one of said support members and an operative position extending transversely of said one of the support members, the other end of said arm having means for pivotal connection to the other support member when said support members are moved to their inoperative transport positions.