DEVICE FOR AUTOMATICALLY DISPENSING COMPONENTS

• US 20110121013A1
• Filed: 07/08/2009
• Published: 05/26/2011
• Est. Priority Date: 07/10/2008
• Status: Abandoned Application

• Current Assignee: Jean Yves Delattre
• Original Assignee: Jean Yves Delattre
• Inventors: Delattre, Jean Yves
• Application Number:
  US13/003,473
• Publication Number:
  US 20110121013A1
• Time in Patent Office: Days
• US Class Current: 221/133
• CPC Class Codes: B23P 19/003 Escapement mechanisms used therewith
• CPC Class Codes: B23P 19/004 Feeding the articles from hoppers to machines or dispensers
• CPC Class Codes: B65G 47/1471 Movement in one direction, substantially outwards

Abstract

The invention relates to a dispenser device for dispensing components designed for enabling parts to be assembled together. The device comprises: a main storage magazine for storing the components; an extraction plate for extracting components, which plate has an inclined edge that is arranged to come to bear on the components; actuation means for actuating the plate so as to drive it in up-and-down vertical reciprocating motion, and so as to remove the components upwards; and a temporary storage system for temporarily storing the components, which system has an upstream portion arranged to come into register with the edge when the plate is in the high position, and to enable components to be transferred from the plate into said storage system, which system is provided with transfer means arranged to convey the components from the upstream portion towards a downstream portion that is designed to enable the components to be extracted in succession from the device.

Claims

1. A dispenser device for dispensing components, in particular components designed for enabling parts to be assembled together by said components, each of which components is provided with a head and with a shank so as to form a circular shoulder or a circular groove, said dispenser device comprising at least:

a main storage magazine that stores said components loose, which magazine extends vertically and has at least one vertical plane;

an extraction plate that extracts components, which plate is arranged parallel to the vertical plane, said plate having an edge at its upper end, which edge is inclined relative to the horizontal and is arranged to come to bear on the shoulders or in the grooves of components;

an actuation mechanism that actuates the plate so as to drive it in up-and-down vertical reciprocating motion, and so as to remove the components upwards while their grooves are bearing against the edge; and

a temporary storage system that temporarily stores the components, which system has an upstream portion arranged to come into register with a lower end of the inclined edge when the plate is in the high position, and to enable components to be transferred from the plate into said storage system, said system being provided with a transfer mechanism arranged to convey the components in succession from the upstream portion towards a downstream portion that is designed to enable the components to be extracted in succession from the dispenser device.

2. The dispenser device according to claim 1, wherein the vertical plane is constituted by comprises one of the walls of the magazine, the plate being spaced apart from the wall at a distance e arranged to enable the component to be positioned so that the shoulder or the groove on or in the component is disposed facing the edge on said plate.

3. The dispenser device according to claim 1, which device further comprises a first pusher for pushing the components disposed on the edge so as to guarantee that said components are moved towards the lower end of said edge, and so as to guarantee that said components are transferred to the upstream portion of the temporary storage system.

4. The dispenser device according to claim 3, wherein the first pusher comprises a blower.

5. The dispenser device according to claim 1, wherein the transfer mechanism of the temporary storage system comprises at least:

a storage first rail arranged to guide and to hold the components while they are being transferred from the edge of the plate, which rail is disposed in such a manner as to adjoin the lower end of the edge in the high position and as to extend the inclined path of said edge, the end of said rail constituting the upstream portion;

a buffer storage second rail making it possible for the components to be stored temporarily, which second rail is arranged vertically along the side edge of the vertical plane, said rail constituting an extension to the first rail; and

a second pusher arranged to transfer a component from the first rail to the second rail.

6. The dispenser device according to claim 5, wherein the second rail is arranged vertically upwards, the second pusher means comprising a vertical pusher, the transfer mechanism further comprising at least one non-return device making it possible to maintain the component in the second rail once it has been transferred from the first rail.

7. The dispenser device according to claim 6, wherein the vertical pusher comprises an actuator that is arranged vertically, and wherein the end of a piston comes to bear directly or indirectly against a component disposed at the end of the first rail so as to transfer it to the second rail, the stroke of the piston guaranteeing that the component is transferred to at least the position of the non-return device.

8. The dispenser device according to claim 6, wherein the vertical pusher comprises a part of longitudinal shape, such as a rod, arranged vertically under the second rail so as to come to bear against a component disposed at the end of the first rail and so as to transfer it to the second rail beyond the non-return device, said part being activated by the actuation mechanism that actuates the plate.

9. The dispenser device according to claim 5, which device further comprises a regulation system that regulates conveying of the components from the first rail to the second rail, said regulation system being arranged to close off at least in part the passage between said first rail and said second rail when a component is awaiting extraction in the downstream portion of the temporary storage system.

10. The dispenser device according to claim 6, wherein the regulation system comprises the non-return device, said non-return device comprising a pivotally mounted locking piece and a return spring for urging said locking piece to return to its locking position, said locking piece comprising:

an upper portion forming a non-return abutment against a component that is engaged in the second rail and that has gone past said locking piece;

an intermediate portion comprising a holder that holds a component that is inserted into the second rail while a component is already waiting in the downstream portion of the storage system; and

a lower portion arranged for either closing off, at least in part, the passage between the first rail and the second rail so long as a component is held by the intermediate portion, or opening up the passage between said first rail and said second rail whenever no component is held by said intermediate portion.

11. The dispenser device according to claim 5, wherein the transfer mechanism further comprises at least a third rail adjoining the upper end of the second rail, said third rail making it possible to transfer components from the inside of the magazine to the outside thereof.

12. The dispenser device according to claim 1, which device further comprises a mixer means for mixing the components dumped in the main magazine, said mixer means being arranged to stir the components and to change their positions in the magazine.

13. The dispenser device according to claim 12, wherein the mixer comprises an element secured to the plate, the vertical movements of the plate making it possible to move said element in the magazine for mixing the components.

14. The dispenser device according to claim 1, wherein the actuation mechanism that actuates the plate comprises a pneumatic actuator.

15. The dispenser device according to claim 1, which device further comprises at least one secondary magazine coupled at an opening to the vertical wall of the main magazine, said device further comprising a gate for closing the opening and control devices that control the gate so as to fill the main magazine by it being fed from the secondary magazine.

16. The dispenser device according to claim 15, wherein the gate is mounted to slide vertically relative to the vertical wall of the magazine, so as to move it above or below the opening and so as to open up said opening.

17. The dispenser device according to claim 16, wherein the control devices that control the gate comprise at least one horizontal ledge secured to or integral with the inside face of the gate and extending above the components dumped in the main magazine, and a vertical actuation system for moving the gate and for managing its position relative to the opening, in such a manner as to open up or as to close off said opening depending on the quantity of components in the main magazine.