STORAGE DEVICE

Abstract: Storage device for compact discs (15). This device comprises a stationary magazine in which the compact discs are placed one after the other. A rotatable wall (6) provided with an outlet opening (7) is situated in front of it. An ejection mechanism (18-20), which on operation acts upon the rear side of the compact disc, is rotatable synchronised with said wall.

Description: Title: Storage device. The present invention relates to a storage device for thin, flat objects, such as compact discs, comprising a stationary magazine with storage spaces extending along the outer periphery essentially at right angles thereto towards the centre thereof, and provided with means for retaining said objects, at least at one side bounded by an at least partially rotatable wall. Such a storage device is known from EP-A- 0,263,496. It discloses a magazine of a player in which the compact discs are placed in a circular manner. Opposite-lying compact discs are spaced apart at such a distance that a conveyor can move between them. This conveyor comprises a cylindrical element in which the compact discs can be inserted or out of which they can be slid. This conveyor element can be brought through rotation in front of the compact disc concerned, and the latter can be picked up therein and conveyed further to the player. Such a magazine is very complex and expensive to produce, and can be used properly only in conjunction with a fully automated playing system. Such a device cannot be used in practice merely for storing compact discs. The object of the present invention is to provide a storage device for objects which can be achieved much more simply and therefore can also be put on the market solely as a magazine. This object is achieved in the case of a storage device of the type described above in that the at least partif"ly rotatable wall has an opening, which is to be brougrt into line with the storage spaces for the insertion and removal of said objects, and in that removal means acting upon the side of the objects opposite the side thereof adjoining said opening are ET connected to the rotatable wall. Unlike the state of the art, the compact disc is now not removed towards the centre of the magazine, but is moved at right angles to this plane. Such a device is particularly simple to produce, because only a stationary magazine is necessary, with only one outer wall provided with an opening which can be taken into different positions to release the different objects. The opening in this case can be so large that it is possible to place the fingers in it in order to be able to take hold of the objects. This does, however, have the disadvantage that dust and the like can enter the magazine as a result. For that reason, according to a further embodiment, provision is made for removal means which comprise a rod system connected to the rotatable wall, the engaging end of which system must be taken opposite the opening of the rotatable wall. This means that it is adequate to have an opening which corresponds to the dimensions of the object which is to be stored. If this object has to be taken out, it can be brought out partially by operating the removal means, to such an extent that it can be gripped further by hand. In order to operate the removal means for bringing out the objects, they can be fitted near the rotatable wall. This makes it possible _to operate both the rotatable wall and the removal devices with one hand. In order to prevent the removal means from engaging in the space between two objects, in a preferred embodiment of the invention indexing means, permitting operation of the removal devices only in specific discrete positions, are present. For the facilitation of the accurate positioning of the opening, and in order to be in a position to remove the correct object immediately, in a preferred embodiment indicator means are present for determining the position of the rotatable wall relative to the remainder of the device. According to a further advantageous embodiment, the storage spaces comprise a toothed part extending along the outer periphery of the storage device and a part lying coaxial thereto which lies therein and has the same number of teeth. Such teeth can be made particularly simply of strip material. Such a strip material is made in large quantities for all kinds of drive belts. The invention will be explained in greater detail below with reference to an example of an embodiment shown in the drawing, in which: Fig. 1 shows a perspective external view of the device according to the invention; Fig. 2 shows a side view in cross-section of the device illustrated in Fig. 1; and Fig. 3 shows a view corresponding to Fig. 2 of a further embodiment. The storage device according to the invention is shown in Fig. 1 and is indicated in its entirety by 1. It comprises a box-shaped body 2 provided with a top/ side wall 3. a rear and bottom wall (not shown), and a front wall 5 * A rotatable wall part 6, provided with a slit-shaped opening 7 and a recess 8 over which a bridge 9 extends, is placed in the front wall 5- Wall part 6 is rotatable relative to front wall 5 through gripping bridge part 9 with the fingers. As shown, a numerical display 10 is also present. By means of transmission devices (not shown) the position of the rotatable wall part 6 is displayed by the display means 10. It is possible to make this transmission either mechanical or electrical. A keyboard 25. by means of which the number or a brief designation of the desired stored object can be entered, is also present. Illuminable arrow indicators are also provided in the front wall - Fig. 2 shows the device according to Fig. 1 in side view. The rear wall 11 is also shown here. It can be seen that a concentric ring 12 connected to the rear wall 11 is present. The connection takes place by means of a plate 13 provided with perforations Ik . Wall 12 and plate 13 bound spaces for the storage of objects such as compact discs 15. These are held in place through the fact that teeth 16 are provided along the inside of the top/side wall 3. Teeth 17 are fitted on wall 12. The pitch of the various teeth is such here that an equal number of slits is bounded for accommodating the compact disc 15- Such teeth can be achieved, for example, by fitting a strip material provided with teeth. Fig. 2 also shows that recessed part 8, in which bridge part 9 is fitted, can be brought outwards relative to the rotatable wall part 6. In the non-use state this recessed part 8 is, however, moved inwards by a spring (not shown). A bush 18, provided with a rod system 19, 20, is connected to part 8. Moving part 8 outwards will cause part 20 to move to the left in Figure 2. If part 20 is situated in front of an opening 14, it can go into the space for compact discs, as a result of which compact disc 1 in Fig. 2 is moved to the left and can be moved out of opening 17. This makes it possible to remove compact discs from the storage device in a particularly simple way. They can be inserted simply by pushing inwards. In order to prevent an excessively great force from being exerted on rod 20 through the fact that it is not in front of an opening, bush 18 can be provided with teeth (not shown in further detail) which mesh with corresponding teeth provided in the fixed part of the storage device, so that recessed part 8 can be moved outwards only in discrete positions. After the desired compact disc 15 is entered by means of keyboard 25. the direction in which bridge part 9 must be rotated will be indicated by arrow 28 or arrow 29 being illuminated. Fig. 3 shows another embodiment of the invention. An electric motor 27 is provided here with the aid of a toothed belt or chain which is connected to the rotary drum. After the desired compact disc is keyed in on keyboard 25, slit 7 will be placed in the correct way relative to the magazine by means of motor 17. In order to avoid the entry of dust, slit 7 can be provided with a dust seal, such as brush hairs. Although the invention is described above with reference to an example of an embodiment, it must be understood that numerous modifications can be made thereto without going beyond the scope of the present application.

Claims: CLAIMS 1. Storage device for thin, flat objects, such as compact discs, comprising a stationary magazine with storage spaces extending along the outer periphery essentially at right angles thereto towards the axis thereof, and provided with means for retaining said objects, at least at one side bounded by an at least partially rotatable wall, characterized in that the at least partially rotatable wall has an opening, which is to be brought into line with the storage spaces for the insertion and removal of said objects, and in that removal means acting upon the side of the objects opposite the side thereof adjoining said opening are connected to the rotatable wall. 2. Storage device according to Claim 1, in which the removal means comprise a rod system connected to the rotatable wall, the engaging end of which system is to be taken opposite the opening of the rotatable wall. 3. Storage device according to any of the preceding claims, in which the rotatable wall is provided with control means for operating the removal means in the outward direction. 4. Storage device according to any of the preceding claims, provided with indexing means which permit action of the removal means on the objects only in discrete positions. 5. Storage device according to any of the preceding claims, in which indicator means are present for determining the position of the rotatable wall relative to the remainder of the device. 6. Storage device according to any of the preceding claims, in which the storage spaces comprise a toothed part extending along the outer periphery of the storage device and a part lying coaxial thereto which lies therein and has the same number of teeth. 7. Storage device according to Claim 6, in which the teeth are made of strip material.

Inventors: BOKSTIJN TOM, BOKSTIJN, TOM
Applicants: BOKSTIJN TOM, BOKSTIJN, TOM
Application year: 1990
Main classification: G11B33
IPC codes: B65D85, C12P21, G11B23, G11B33