RACK FOR PRESSURIZED PRODUCT DISPENSING CONTAINER
United States Patent 3718234
Racks for supporting pressurized product dispensing containers. The racks include means for tilting the dispensing valve on the containers to a dispensing position upon relative axial movement of the rack and container.
US Patent References:
Dispenser for pressurized containers
Elliott - October 1956 - 2765959
DOOR-ACTUATED DEODORIZER
Brown - September 1971 - 3608784
Pressurized products dispensing cabinet
Klutz - April 1964 - 3130873
Dispenser for pressurized containers
Elliott - October 1956 - 2765959
DOOR-ACTUATED DEODORIZER
Brown - September 1971 - 3608784
Pressurized products dispensing cabinet
Klutz - April 1964 - 3130873
Application Number:
05/136947
Publication Date:
02/27/1973
Filing Date:
04/23/1971
View Patent Images:
Export Citation:
Assignee:
Continental Can Company, Inc. (New York, NY)
Primary Class:
Other Classes:
D07/308, 222/162, 222/185.100, 222/183, D07/596, 222/144.500
International Classes:
B65D83/14; B65D83/16; B65D83/14
Field of Search:
222/180,181,144.5,162,160,173,135,402.1,402.13,131
Primary Examiner:
Reeves, Robert B.
Assistant Examiner:
Shannon, John P.
Claims:
What is claimed is
1. A rack for supporting a pressurized container having a product dispensing valve axially projecting from one end thereof and being tiltable between a closed position and an open product discharge position, said rack comprising a base, a recess into which the top of an inverted container is adapted to seat, passage means formed in said base and communicating with said recess and into which the product dispensing valve is adapted to extend, said passage means being formed with a camming surface in said opening and engageable with said dispensing valve upon relative axial movement of the container and said support means for tilting said dispensing valve to the open product discharge position, a vertical post means mounted on said base, a sleeve disposed about said posts means, and having means engageable with the bottom end of the inverted container for retaining the container in a substantially vertical position, and a lever pivotally attached to the upper end of said post engageable with the container bottom for depressing the container axially into said recess and thereby tilting said dispensing valve to the open position as the latter moves against said camming surface.
2. The invention as defined in claim 1 wherein said rack comprises a plurality of angularly spaced support means, and wherein said sleeve mounted means includes angularly spaced flange means engageable with the bottom ends of the inverted containers seated in said support means.
3. The invention as defined in claim 2 wherein said post is rotatably mounted on said base so that said swingable lever may be engaged with anyone of the containers.
4. A rack for supporting a pressurized product container having a product dispensing valve axially projecting from one end thereof and being tiltable between a closed position and an open product discharge position, said rack comprising a base on which said container is supported in an erect attitude, a top vertically spaced from said base, actuating means disposed in said top for vertical sliding movement, said actuating means having passage means for receiving said product dispensing valve, and a camming surface in said passage means engageable with the product dispensing valve upon downward vertical movement thereof to tilt said dispensing valve to said open product dispensing position.
5. The invention as defined in claim 4 wherein said top includes a plurality of lengthwise spaced actuating means having said passage means so that a plurality of containers may be supported on said rack.
6. The invention as defined in claim 5 wherein said rack includes a partition means extending lengthwise of said base and said top so that the containers are disposed on one side thereof, and wherein discharge nozzles communicating with said passage means extend from said top on the other side of said partition.
1. A rack for supporting a pressurized container having a product dispensing valve axially projecting from one end thereof and being tiltable between a closed position and an open product discharge position, said rack comprising a base, a recess into which the top of an inverted container is adapted to seat, passage means formed in said base and communicating with said recess and into which the product dispensing valve is adapted to extend, said passage means being formed with a camming surface in said opening and engageable with said dispensing valve upon relative axial movement of the container and said support means for tilting said dispensing valve to the open product discharge position, a vertical post means mounted on said base, a sleeve disposed about said posts means, and having means engageable with the bottom end of the inverted container for retaining the container in a substantially vertical position, and a lever pivotally attached to the upper end of said post engageable with the container bottom for depressing the container axially into said recess and thereby tilting said dispensing valve to the open position as the latter moves against said camming surface.
2. The invention as defined in claim 1 wherein said rack comprises a plurality of angularly spaced support means, and wherein said sleeve mounted means includes angularly spaced flange means engageable with the bottom ends of the inverted containers seated in said support means.
3. The invention as defined in claim 2 wherein said post is rotatably mounted on said base so that said swingable lever may be engaged with anyone of the containers.
4. A rack for supporting a pressurized product container having a product dispensing valve axially projecting from one end thereof and being tiltable between a closed position and an open product discharge position, said rack comprising a base on which said container is supported in an erect attitude, a top vertically spaced from said base, actuating means disposed in said top for vertical sliding movement, said actuating means having passage means for receiving said product dispensing valve, and a camming surface in said passage means engageable with the product dispensing valve upon downward vertical movement thereof to tilt said dispensing valve to said open product dispensing position.
5. The invention as defined in claim 4 wherein said top includes a plurality of lengthwise spaced actuating means having said passage means so that a plurality of containers may be supported on said rack.
6. The invention as defined in claim 5 wherein said rack includes a partition means extending lengthwise of said base and said top so that the containers are disposed on one side thereof, and wherein discharge nozzles communicating with said passage means extend from said top on the other side of said partition.
Description:
BACKGROUND OF THE INVENTION
The present invention relates to racks for conveniently supporting and storing a pressurized product dispensing container, and more particularly to racks having means for permitting the dispensing of the product while the pressurized container is supported thereon.
As is well known, various products are now packaged in pressurized product dispensing containers including liquid products such as perfumes, after-shave lotion and the like and viscous products such as toothpaste, shaving creams, hand lotions, soaps and the like. The containers when emptied are disposable along with the valve and spout structure customarily mounted on top of the container. This type of container is extremely convenient to the housewife and traveller. Oftentimes, it is desirable particularly when the products are of a similar type or have a common function that they be stored on the open shelf so as to be readily accessible. For example, many containers now have various types of cheeses or other types of food products which may be desirable to have available on a shelf or a table on a common rack so as to be capable of immediate use. Other obvious combinations of containers that may be supported on a common rack should be readily apparent.
The rack of the present invention is intended to support a plurality of such pressurized product dispensing containers and to provide a means for dispensing the product therefrom without removing the same from the rack.
This is accomplished by providing a supporting rack having means for discharging any one of a plurality of pressurized product dispensing containers having a product discharge nozzle axially projecting from one end thereof. The container discharge nozzle is of the conventional type that is tiltable between a closed position and an open product dispensing position. The rack includes means for supporting the container against substantial radial movement. The supporting means includes an open ended passage into which the product dispensing nozzle of the container is adapted to extend. The product dispensing passage includes a camming surface which tilts the nozzle to the product dispensing position upon relative axial movement of the container.
BRIEF DESCRIPTION OF THE DRAWINGS
FIG. 1 is a perspective view of one embodiment of pressurized product dispensing rack embodying the principals of the present invention;
FIG. 2 is a cross sectional view showing one of the container supporting means on the rack;
FIG. 3 is a further embodiment of the rack structure embodying the principals of the invention; and
FIG. 4 is a cross sectional view through one of the bases of the rack of FIG. 3 showing a pressurized product dispensing container supported thereon.
DESCRIPTION OF THE PREFERRED EMBODIMENT
Referring now to the drawings, in particular FIGS. 1 and 2, there is shown a rack 10 comprising a circular base 11 having an axial opening 12 in which one end of a post 13 is turnably supported. Rotatable about the post 13 is a plurality of angularly spaced upstanding container supports 14 which may be formed from a common block 15. The container supports 14 at their upper end are each provided with a circular recess 16 which is adapted to receive the dispensing end of a dispensing container C.
The dispensing container C shown is of the pressurized compartmentized type in which a product dispensing valve or nozzle V is disposed on one end of a metal body. The metal body is provided with a product containing bag B on which a pressurized propellant within the container body reacts upon tilting of the valve V to discharge the product.
As shown, each circular recess 16 includes a shoulder 17 on which the rim of the container body rests after downward movement of the container C. The dispensing valve V is received in a bore 18 having a curved camming surface 20 which engages one side of the dispensing valve V. The frictional engagement at the valve V is sufficient to retain the container C in an upward position within the recess 16 in spaced relation to the shoulder 17.
A disk 19 is supported on the upper end of a sleeve 21 which is turnable about the shaft 13 and rests on the upper surface of the support block 15. The disk 19 has a plurality of downwardly projecting and angularly spaced fingers or flanges 22 which are adapted to engage the inside of the rim R on the bottom of the container C. The disk 19 serves to support the containers C in a substantially vertical attitude in cooperation with the circular recesses 16 which accommodate the upper end of the containers C.
As shown, the post 13 is rotatably supported on the base 11. A lever 23 is supported for swinging movement in a vertical plane at the upper end of the posts 13 by means of a pivot pin 24. The lever 23 intermediate its ends is provided with a downwardly projecting actuating rod 26 which is adapted to engage the center of the bottom of the container C. Upon downward swinging of the lever 23, the actuating rod 26 depresses the container C downwardly further into the circular recess 16 and the dispensing valve V into the curved bore 18. This causes the valve V to be inclined by the camming surface 20. Upon inclination of the dispensing valve V, the product in the compartment bag B is forced outwardly under the force of the propellant in the propellant chamber of the container C.
Anyone of the other containers may be similarly discharged by turning the shaft 13 until the actuating rod 26 is aligned with the container to be discharged. Thereafter, depression of the lever 23 will discharge product from the container.
Referring now to FIGS. 3 and 4, there is shown another embodiment of rack 50 in which each of the containers C are adapted to be held in an upright position and in side-by-side relationship rather than in an inverted position and angularly spaced as in the embodiment of FIGS. 1 and 2. The rack 50 comprises a base 51 having two spaced ends 52 and a partition member 53 connected between the ends 52. A top 54 having a downwardly inclined forward top portion 56 is connected between the ends 52. The top 54 is provided with a plurality of lengthwise spaced openings 57 in which actuating knobs 58 are slidably disposed.
The actuating knobs 58 may be frictionally retained within the respective openings 57 and are each provided with a bore 59 having a camming surface 61 which is adapted to engage the dispensing nozzle or valve V of the container C. Upon downward depression of the actuating knobs 58, the nozzle V is tilted so that the product is discharged therefrom in the manner as described in connection with the container of the embodiment of FIG. 1. The actuating knobs 58 each includes a horizontal discharge passage 62 communicating with the bore 59. The inclined forward portion 56 is provided with a plurality of discharge nozzles 63 that are aligned with the horizontal passages 62 in the actuating knobs 58. The rack base 51 upon which the containers C are adapted to rest may be provided with recesses 64 to receive the lower end or bottom of the container C so as to maintain it in alignment with the actuating knobs. In this manner, the container C is axially restrained against radial movements so that upon downward depression of the actuating knobs 58, the valve V is tilted to a discharge position. Moreover, it is to be noted that the container C is closely disposed adjacent the rack partition so that the radial or lateral movement thereof is resisted during the downward depression of the knob 58.
The present invention relates to racks for conveniently supporting and storing a pressurized product dispensing container, and more particularly to racks having means for permitting the dispensing of the product while the pressurized container is supported thereon.
As is well known, various products are now packaged in pressurized product dispensing containers including liquid products such as perfumes, after-shave lotion and the like and viscous products such as toothpaste, shaving creams, hand lotions, soaps and the like. The containers when emptied are disposable along with the valve and spout structure customarily mounted on top of the container. This type of container is extremely convenient to the housewife and traveller. Oftentimes, it is desirable particularly when the products are of a similar type or have a common function that they be stored on the open shelf so as to be readily accessible. For example, many containers now have various types of cheeses or other types of food products which may be desirable to have available on a shelf or a table on a common rack so as to be capable of immediate use. Other obvious combinations of containers that may be supported on a common rack should be readily apparent.
The rack of the present invention is intended to support a plurality of such pressurized product dispensing containers and to provide a means for dispensing the product therefrom without removing the same from the rack.
This is accomplished by providing a supporting rack having means for discharging any one of a plurality of pressurized product dispensing containers having a product discharge nozzle axially projecting from one end thereof. The container discharge nozzle is of the conventional type that is tiltable between a closed position and an open product dispensing position. The rack includes means for supporting the container against substantial radial movement. The supporting means includes an open ended passage into which the product dispensing nozzle of the container is adapted to extend. The product dispensing passage includes a camming surface which tilts the nozzle to the product dispensing position upon relative axial movement of the container.
BRIEF DESCRIPTION OF THE DRAWINGS
FIG. 1 is a perspective view of one embodiment of pressurized product dispensing rack embodying the principals of the present invention;
FIG. 2 is a cross sectional view showing one of the container supporting means on the rack;
FIG. 3 is a further embodiment of the rack structure embodying the principals of the invention; and
FIG. 4 is a cross sectional view through one of the bases of the rack of FIG. 3 showing a pressurized product dispensing container supported thereon.
DESCRIPTION OF THE PREFERRED EMBODIMENT
Referring now to the drawings, in particular FIGS. 1 and 2, there is shown a rack 10 comprising a circular base 11 having an axial opening 12 in which one end of a post 13 is turnably supported. Rotatable about the post 13 is a plurality of angularly spaced upstanding container supports 14 which may be formed from a common block 15. The container supports 14 at their upper end are each provided with a circular recess 16 which is adapted to receive the dispensing end of a dispensing container C.
The dispensing container C shown is of the pressurized compartmentized type in which a product dispensing valve or nozzle V is disposed on one end of a metal body. The metal body is provided with a product containing bag B on which a pressurized propellant within the container body reacts upon tilting of the valve V to discharge the product.
As shown, each circular recess 16 includes a shoulder 17 on which the rim of the container body rests after downward movement of the container C. The dispensing valve V is received in a bore 18 having a curved camming surface 20 which engages one side of the dispensing valve V. The frictional engagement at the valve V is sufficient to retain the container C in an upward position within the recess 16 in spaced relation to the shoulder 17.
A disk 19 is supported on the upper end of a sleeve 21 which is turnable about the shaft 13 and rests on the upper surface of the support block 15. The disk 19 has a plurality of downwardly projecting and angularly spaced fingers or flanges 22 which are adapted to engage the inside of the rim R on the bottom of the container C. The disk 19 serves to support the containers C in a substantially vertical attitude in cooperation with the circular recesses 16 which accommodate the upper end of the containers C.
As shown, the post 13 is rotatably supported on the base 11. A lever 23 is supported for swinging movement in a vertical plane at the upper end of the posts 13 by means of a pivot pin 24. The lever 23 intermediate its ends is provided with a downwardly projecting actuating rod 26 which is adapted to engage the center of the bottom of the container C. Upon downward swinging of the lever 23, the actuating rod 26 depresses the container C downwardly further into the circular recess 16 and the dispensing valve V into the curved bore 18. This causes the valve V to be inclined by the camming surface 20. Upon inclination of the dispensing valve V, the product in the compartment bag B is forced outwardly under the force of the propellant in the propellant chamber of the container C.
Anyone of the other containers may be similarly discharged by turning the shaft 13 until the actuating rod 26 is aligned with the container to be discharged. Thereafter, depression of the lever 23 will discharge product from the container.
Referring now to FIGS. 3 and 4, there is shown another embodiment of rack 50 in which each of the containers C are adapted to be held in an upright position and in side-by-side relationship rather than in an inverted position and angularly spaced as in the embodiment of FIGS. 1 and 2. The rack 50 comprises a base 51 having two spaced ends 52 and a partition member 53 connected between the ends 52. A top 54 having a downwardly inclined forward top portion 56 is connected between the ends 52. The top 54 is provided with a plurality of lengthwise spaced openings 57 in which actuating knobs 58 are slidably disposed.
The actuating knobs 58 may be frictionally retained within the respective openings 57 and are each provided with a bore 59 having a camming surface 61 which is adapted to engage the dispensing nozzle or valve V of the container C. Upon downward depression of the actuating knobs 58, the nozzle V is tilted so that the product is discharged therefrom in the manner as described in connection with the container of the embodiment of FIG. 1. The actuating knobs 58 each includes a horizontal discharge passage 62 communicating with the bore 59. The inclined forward portion 56 is provided with a plurality of discharge nozzles 63 that are aligned with the horizontal passages 62 in the actuating knobs 58. The rack base 51 upon which the containers C are adapted to rest may be provided with recesses 64 to receive the lower end or bottom of the container C so as to maintain it in alignment with the actuating knobs. In this manner, the container C is axially restrained against radial movements so that upon downward depression of the actuating knobs 58, the valve V is tilted to a discharge position. Moreover, it is to be noted that the container C is closely disposed adjacent the rack partition so that the radial or lateral movement thereof is resisted during the downward depression of the knob 58.