Article dispensing mechanism for vending of cylindrical articles

Claim 2

In an article dispensing mechanism for a vending machine including a pair of side plates facing one another at a predetermined spacing and at least one pair of serially cusp-shaped vertical panels disposed transversely between said side plates to define a serpentine track, an upper open end of said serpentine track being connected to an article loading space and a lower open end of said serpentine track being connected to an article dispensing space, the improvement comprising; said serpentine track being provided with a horizontal length adjusting device including a spacer extending vertically within said serpentine track, a movable plate and a guide plate; said movable plate being connected to an upper portion of said spacer in a manner permitting sliding motion of said movable plate parallel to said side plates; and said guide plate extending across said loading space and engaged with said movable plate for guiding the movement of said movable plate, said movable plate and said spacer being movable together in a direction longitudinally between said side plates to define the horizontal length of said serpentine track and said article loading space.

Claim 3

The article dispensing mechanism for a vending machine of claim 1 wherein said movable plate has a flange portion which defines one end of the horizontal length of said loading space, said flange portion being connected to said spacer by fastening means which penetrate a longitudinal hole formed in said flange for permitting the sliding motion of said movable plate parallel to said side plates.

Claim 4

The article dispensing mechanism for a vending machine of claim 1 wherein said guide plate has a plurality of depressions with a longitudinal hole transversely connecting said depressions, and said movable plate has a projection for removably extending into said depressions.

Claim 5

The article dispensing mechanism for a vending machine of claim 3 wherein said movable plate is biased toward said spacer.

Claim 6

The article dispensing mechanism for a vending machine of claim 1 wherein the horizontal movement of said spacer is guided by a pair of guide elements which extend across said loading space.

Claim 7

The article dispensing device of claim 1 further comprising: a pair of support shafts extending between said side plates; a connecting plate supported by said support shafts so as to allow said connecting plate to slide parallel to said side plates; said connecting plate disposed beneath, and operatively coupled to, said movable plate to permit longitudinal sliding movement of said movable plate along the length of said connecting plate.

Claim 8

The article dispensing device of claim 1 wherein said guide plate has a plurality of depressions formed therein and a longitudinal hole transversely connecting said depressions; and said movable plate has a projection for selectively extending into any of said depressions so that said projection may move along the length of said longitudinal hole to facilitate the relative sliding movement between said movable plate and said guide plate thereby adjusting the horizontal length of said article loading space and, once adjusted to the desired length, said projection being securely held in the appropriate one of said depressions to maintain the adjusted length.

Claim 9

The article dispensing device of claim 6 wherein each of said side plates also has two longitudinally shaped holes through which said support shafts extend.

Claim 10

The article dispensing device of claim 1 wherein said spacer comprises a U-shaped cross-sectional pole and a plurality of lip portions projecting from both sides of pole toward each of said cuspshaped portions of said serpentine track.

Claim 11

An article dispensing device comprising: a pair of side plates facing one another at a predetermined spacing; a pair of serially cusp-shaped vertical panels disposed transversely between said side plates to define a serpentine track; an article loading space connected to an upper open end of said serpentine track and an article dispensing space connected to a lower open end of said serpentine track to form a continuous path down which the article to be dispensed rolls; a horizontal length adjusting device to adjust the horizontal length of said serpentine track and of said article loading space so as to accommodate articles of various lengths, said length adjusting device including a spacer extending vertically within said serpentine track, a movable plate, and a guide plate; said movable plate being slideably engaged with said guide plate so as to selectively define a range of horizontal lengths of said article loading space, and said spacer being coupled to said movable plate to move with said movable plate and thereby correspondingly adjust the horizontal length of said serpentine track; a pair of support shafts extending between said side plates; a connecting plate supported by said support shafts so as to allow said connecting plate to slide parallel to said side plates; said connecting plate disposed beneath, and operatively coupled to, said movable plate to permit longitudinal sliding movement of said movable plate along the length of said connecting plate.

Claim 12

An article dispensing device comprising: a pair of side plates facing one another at a predetermined spacing; a pair of serially cusp-shaped vertical panels disposed transversely between said side plates to define a serpentine track; an article loading space connected to an upper open end of said serpentine track and an article dispensing space connected to a lower open end of said serpentine track to form a continuous path down which the article to be dispensed rolls; a horizontal length adjusting device to adjust the horizontal length of said serpentine track and of said article loading space so as to accommodate articles of various lengths, said length adjusting device including a spacer extending vertically within said serpentine track, a movable plate, and a guide plate; said movable plate being slideably engaged with said guide plate so as to selectively define a range of horizontal lengths of said article loading space, and said spacer being coupled to said movable plate to move with said movable plate and thereby correspondingly adjust the horizontal length of said serpentine track; a pair of support shafts extending between said side plates; a connecting plate supported by said support shafts so as to allow said connecting plate to slide parallel to said side plates; said connecting plate disposed beneath, and operatively coupled to, said movable plate to permit longitudinal sliding movement of said movable plate along the length of said connecting plate.

Claim 13

An article dispensing device comprising: a pair of side plates facing one another at a predetermined spacing; a pair of serially cusp-shaped vertical panels disposed transversely between said side plates to define a serpentine track; an article loading space connected to an upper open end of said serpentine track and an article dispensing space connected to a lower open end of said serpentine track to form a continuous path down which the article to be dispensed rolls; a horizontal length adjusting device to adjust the horizontal length of said serpentine track and of said article loading space so as to accommodate articles of various lengths, said length adjusting device including a spacer extending vertically within said serpentine track, a movable plate, and a guide plate; said spacer being formed as a U-shaped cross-sectional pole with a plurality of lip portions projecting from both sides of pole toward each of said cusp-shaped portions of said serpentine track; said movable plate being slideably engaged with said guide plate so as to selectively define a range of horizontal lengths of said article loading space, and said spacer being coupled to said movable plate to move with said movable plate and thereby correspondingly adjust the horizontal length of said serpentine track.

Claim 14

An article dispensing device comprising: a pair of side plates facing one another at a predetermined spacing; a pair of serially cusp-shaped vertical panels disposed transversely between said side plates to define a serpentine track; an article loading space connected to an upper open end of said serpentine track and an article dispensing space connected to a lower open end of said serpentine track to form a continuous path down which the article to be dispensed rolls; a horizontal length adjusting device to adjust the horizontal length of said serpentine track and of said article loading space so as to accommodate articles of various lengths, said length adjusting device including a spacer extending vertically within said serpentine track, a movable plate, and a guide plate; said spacer being formed as a U-shaped cross-sectional pole with a plurality of lip portions projecting from both sides of pole toward each of said cusp-shaped portions of said serpentine track; said movable plate being slideably engaged with said guide plate so as to selectively define a range of horizontal lengths of said article loading space, and said spacer being coupled to said movable plate to move with said movable plate and thereby correspondingly adjust the horizontal length of said serpentine track.

Claim 15

The article dispensing device of claim 7 wherein said connecting plate is engaged with said guide plate through springs which bias said connecting plate toward said spacer.

Claim 16

The article dispensing device of claim 7 wherein said movable plate has a downwardly extending flange through which at least one of said support shafts extends.

Claim 17

The article dispensing device of claim 13 wherein said movable plate also has an upwardly extending flange with a longitudinally shaped hole which accommodates a bolt which couples said movable plate to said spacer.

Claim 18

The article dispensing device of claim 11 wherein said spacer is movable longitudinally within said serpentine track in a manner such that said spacer is always parallel to said side plates, this parallel relationship being maintained by means of a pair of slant linkage devices which are hingedly connected on an inner surface of at least one of said side plates at an upper and a lower portion thereof; a connection link hingedly attached to an outer end of each of said slant linkage devices; at least two holes formed in said slant linkage device and said connection link through which a connecting pin extends; and at least two longitudinally shaped holes formed in said pole through which said pins extends to couple said slant linkage devices and said connection links to said pole and to facilitate sliding movement of said spacer with respect to said serpentine track.