Container for flat recording media

• US 4,807,749 A
• Filed: 01/11/1988
• Issued: 02/28/1989
• Est. Priority Date: 08/02/1984
• Status: Expired due to Fees

• Current Assignee: IDN Inventions and Development of Novelties AG
• Original Assignee: IDN Inventions and Development of Novelties AG
• Inventors: Ackeret, Peter
• Primary Examiner(s): Foster, Jimmy G.
• Application Number:
  US07/142,187
• Time in Patent Office: 414 Days
• Field of Search: 206/309, 206/444, 206/387, 206/804-815, 312/9-19, 312/292, 312/330 R, 312/333
• US Class Current: 206/307
• CPC Class Codes: G11B 23/023 Containers for magazines or cassettes
• CPC Class Codes: G11B 33/0444 for discs without cartridge

Abstract

A container for flat recording media with a housing and at least one slidably movable slider member, the front wall of which closes the opening in the housing. The front wall has a cut-out which makes it possible for a recording medium lying flat in the slider member to be grasped by its broad faces, the cut-out preferably being coverable by means of a separate component.

Claims

1. A container for flat recording media comprising:

a housing having a front opening, said housing being sized to receive a plurality of slider members, and further including a plurality of intermediate floors formed in the housing to define individual compartments to receive the slider members, the intermediate floors having dish-like depressions;

a slider member cooperating with said housing for receiving the recording media and sliding in a first direction between a storage position wherein the recording media is fully within said housing to an ejected position partly outside the housing, the recording media having broader faces which lie substantially parallel to the side first direction when the media is supported on said slider member, said slider member further including a front wall for closing at least the portion of said housing front opening provided for said slider member when the slider member is pushed from the ejected position into the storage position, said front wall including a cut-out;

first spring means for biasing the slider member toward the ejected position;

stop means for limiting the travel of the slider member in said first direction and therefore defining said ejected position;

locking means for holding the slider member in the storage position against the bias of said first spring means; and

removal means operatively associated with said front wall for exposing portions of the broader faces of the recording media in the vicinity of the cut-out when said slider member is in the ejected position, such that the media can be manually grasped, pincer-like through the cut-out, and removed from the slider member over the front wall.

2. A container for flat recording media comprising:

a housing having a front opening;

a slider member cooperating with said housing for receiving the recording media and sliding in a first direction between a storage position wherein the recording media is fully within said housing to an ejected position partly outside the housing, the recording media having broader faces which lie substantially parallel to the said first direction when the media is supported on said slider member, said slider member further including a floor and a front wall for closing at least the portion of said housing front opening provided for said slider member when the slider member is pushed from the ejected position into the storage position, said front wall including a cut-out defining a free space;

first spring means for biasing the slider member toward the ejected position;

stop means for limiting the travel of the slider member in said first direction and therefore defining said ejected position;

locking means for holding the slider member in the storage position against the bias of said first spring means; and

removal means formed by a cut-out in the slider member floor that extends the free space of the front wall cut-out, for exposing portions of the broader faces of the recording media in the vicinity of the cut-outs when said slider member is in the ejected position, such that the media can be manually grasped, pincer-like through the cut-outs, and removed from the slider member over the front wall.

3. A container according to claim 2 wherein the means for closing the front wall cut-out also includes means for closing the cut-out in the floor of the slider member.

4. A container according to claim 3 wherein the cut-out in the floor of the slider member has one end facing towards the housing, the means for closing the front wall cut out is L-shaped in profile so as to include two limbs, and one of said limbs is joined by a hinge to said one end of the cut out in the floor.

5. A container according to claim 4 wherein said locking means interacts between the means for closing the front wall and the housing, in that on the said one hinged limb a hook is formed which in order to lock the slider member engages in a recessed catch in the housing and can be released therefrom by lifting the other of said limbs.

6. A container for flat recording media comprising:

a housing having a front opening;

a slider member cooperating with said housing for receiving the recording media and sliding in a first direction between a storage position wherein the recording media is fully within said housing to an ejected position partly outside the housing, the recording media having broader faces which lie substantially parallel to the said first direction when the media is supported on said slider member, said slider member further including a floor and a front wall for closing at least the portion of said housing front opening provided for said slider member when the slider member is pushed from the ejected position into the storage position, said front wall including a cut-out;

first spring means for biasing the slider member toward the ejected position;

stop means for limiting the travel of the slider member in said first direction and therefore defining said ejected position;

locking means for holding the slider member in the storage position against the bias of said first spring means; and

removal means operatively associated with said front wall for exposing said portions of the broader faces of the recording media in the vicinity of the cut-out when said slider member is in the ejected position, said removal means including a lifting spring for lifting the recording media away from the slider member floor in the vicinity of the cut-out such that the media can be manually grasped, pincer-like through the cut-out, and removed from the slider member over the front wall.

7. A container for flat recording media comprising:

a housing having a front opening;

a slider member cooperating with said housing for receiving the recording media and sliding in a first direction between a storage position wherein the recording media is fully within said housing to an ejected position partly outside the housing, the recording media having broader faces which lie substantially parallel to the said first direction when the media is supported on said slider member, said slider member further including a front wall for closing at least the portion of said housing front opening provided for said slider member when the slider member is pushed from the ejected position into the storage position, said front wall including a cut-out;

first spring means for biasing the slider member toward the ejected position;

stop means for limiting the travel of the slider member in said first direction and therefore defining said ejected position;

locking means for holding the slider member in the storage position against the bias of said first spring means; and

removal means operatively associated with said front wall for exposing portions of the broader faces of the recording media in the vicinity of the cut-out when said slider member is in the ejected position, such that the media can be manually grasped, pincer-like through the cut-out, and removed from the slider member over the front wall; and

means for closing the front wall cut-out, said means for closing being operatively associated with the locking means such that said means for closing can be moved away out of the front wall cut-out by unlocking the slider member.

8. A container according to claim 7 wherein the means for closing the front wall cut out includes an unlocking button for the slider member.

9. A container according to claim 8 wherein said locking means interacts between the means for closing the front wall and the housing, in that on the hinged limb a hook is formed which in order to lock the slider member engages in a recessed catch in the housing and can be released therefrom by lifting the other of said limbs.

10. A container for flat recording media comprising:

a housing having a front opening;

a slider member cooperating with said housing for receiving the recording media and sliding in a first direction between a storage position wherein the recording media is fully within said housing to an ejected position partly outside the housing, the recording media having broader faces which lie substantially parallel to the said first direction when the media is supported on said slider member, said slider member further including a front wall for closing at least the portion of said housing front opening provided for said slider member when the slider member is pushed from the ejected position into the storage position, said front wall including a cut-out;

first spring means for biasing the slider member toward the ejected position;

stop means for limiting the travel of the slider member in said first direction and therefore defining said ejected position;

locking means for holding the slider member in the storage position against the bias of said first spring means; and

removal means operatively associated with said front wall for exposing portions of the broader faces of the recording media in the vicinity of the cut-out when said slider member is in the ejected position, such that the media can be manually grasped, pincer-like through the cut-out, and removed from the slider member over the front wall; and

means for closing the front wall cut-out, wherein said means for closing is biased by second spring means into an open position that exposes the front wall cut-out.

11. A container according to claim 10 wherein said second spring means is automatically released to cause exposure of the front wall cut-out upon the release of the first spring means to bias the slider member into the ejected position.

12. A container according to claim 11, further including means for returning the means for closing the front wall cut-out to a closed position from said open position when the slider member is pushed into the housing against the bias of the second spring means.

13. A container for flat recording media comprising:

a housing having a front opening;

a slider member cooperating with said housing for receiving the recording media and sliding in a first direction between a storage position wherein the recording media is fully within said housing to an ejected position partly outside the housing, the recording media having broader faces which lie substantially parallel to the said first direction when the media is supported on said slider member, said slider member further including a floor having a cut-out, the floor cut-out having one end facing towards the housing, and a front wall for closing at least the portion of said housing front opening provided for said slider member when the slider member is pushed from the ejected position into the storage position, said front wall including a cut-out;

first spring means for biasing the slider member toward the ejected position;

stop means for limiting the travel of the slider member in said first direction and therefore defining said ejected position;

locking means for holding the slider member in the storage position against the bias of said first spring means; and

removal means operatively associated with said front wall for exposing portions of the broader faces of the recording media in the vicinity of the cut-out when said slider member is in the ejected position, such that the media can be manually grasped, pincer-like through the cut-out, and removed from the slider member over the front wall; and

means for closing the front wall cut-out and the cut-out in the floor of the slider member, said means for closing being L-shaped in profile so as to include two limbs, and one of said limbs is joined by hinge means to said one end of the cut-out in the floor.

14. A container according to claim 13 wherein said locking means interacts between the means for closing the front wall and the housing, in that on the hinged limb a hook is formed which in order to lock the slider member engages in a recessed catch in the housing and can be released therefrom by lifting the other of said limbs.

15. A container for flat recording media comprising:

a housing having a front opening;

a slider member cooperating with said housing for receiving the recording media and sliding in a first direction between a storage position wherein the recording media is fully within said housing to an ejected position partly outside the housing, the recording media having broader faces which lie substantially parallel to the said first direction when the media is supported on said slider member, said media received on the slider member in the storage position defining a removal plane, said slider member further including a front wall for closing at least the portion of said housing front opening provided for said slider member when the slider member is pushed from the ejected position into the storage position, said front wall including a cut-out;

first spring means for biasing the slider member toward the ejected position;

stop means for limiting the travel of the slider member in said first direction and therefore defining said ejected position;

locking means for holding the slider member in the storage position against the bias of the first spring means; and

removal means operatively associated with said front wall for exposing portions of the broader faces of the recording media in the vicinity of the cut-out when said slider member is in the ejected position said removal means including means for pivoting the front wall, such that the media can be manually grasped, pincer-like through the cut-out, and removed from the slider member over the front wall along the removal plane.

16. A container according to claim 15 wherein the means for pivoting the front wall includes a pivotable front wall assembly connected to the slider member by hinge means.

17. A container according to claim 16 wherein the hinge means comprises a film link.

18. A container according to claim 16 wherein the front wall is spring-biased by second spring means toward the pivoted position.

19. A container according to claim 18 wherein the second spring means is a leaf spring arranged in the region of the hinge means.

20. A container according to claim 18 wherein said second spring means is a leaf spring arranged in the region of the hinge means.

21. A container according to claim 15 wherein the means for pivoting the front wall includes means for propelling the slider member in a pivoting movement about an axis which is substantially perpendicular to its direction of sliding movement.

22. A container according to claim 21 wherein the slider member has a floor and parts of the front wall on either side of the cut-out are connected by way of a section of the slider member floor which is substantially perpendicular to the front wall.

23. A container according to claim 21 wherein the slider member is spring-biased into its pivoted position about said axis.

24. A container according to claim 15 wherein the slider member includes a floor plate, provided with a dish-like depression, to receive a disc shaped record media.

25. A container according to claim 24 wherein the floor plate has a dish-like depression on both sides.

26. A container for flat recording media comprising:

a housing having a front opening;

a plurality of slider members arranged one above the other and cooperating with said housing for receiving the recording media and sliding in a first direction between a storage position wherein the recording media is fully within said housing to an ejected position partly outside the housing, the recording media having broader faces which lie substantially parallel to the said first direction when the media is supported on said slider member, said slider member further including a front wall for closing at least the portion of said housing front opening provided for said slider member when the slider member is pushed from the ejected position into the storage position, said front wall including a cut-out;

first spring means for biasing the slider member toward the ejected position;

stop means for limiting the travel of the slider member in said first direction and therefore defining said ejected position;

locking means for holding the slider member in the storage position against the bias of said first spring means; and

removal means operatively associated with said front wall for exposing portions of the broader faces of the recording media in the vicinity of the cut-out when said slider member is in the ejected position, such that the media can be manually grasped, pincer-like through the cut-out, and removed from the slider member over the front wall;

buttons for releasing the locking means, the release button of adjacent slider members being arranged in the region of the front wall so that the buttons are staggered in relation to one another.