received by the International Bureau on 02 October 2015 (02.10.2015)

1. Portable, modular housing system for storage of electronic and personal accessories and on-the-spot and parallel use of these accessories through a supporting connection mechanism comprising two basic, independent carriers (2,3) FIG. 7 that are connected to each other in one housing system FIG. 1, through a supporting connection -mechanism FIG. 7a, which is composed of two brackets (18). The two upper ends (24) of the brackets (18) are connected to the first carrier (2) - lengthwise or widthwise - through a plain or friction hinge (25) on either side, in order to establish controlled stabilization of the rotational movement of the carrier (2), while the lower ends (19) of the brackets (18) are connected to the second carrier (3) - lengthwise or widthwise - through a plain hinge or a friction hinge (20) for controlled stabilization of the rotational movement of the carrier (3). In both of the above mentioned connections the one part (20a, 25a) of each hinge respectively (20,25) is fixed or attached onto the corresponding carriers (3,2) white the other part or axis (23a,28a) of each hinge respectively (20,25) is fixed or attached onto the respective ends (19,24) of the brackets ( 8) associated with the respective carrier (3,2). The result of this connection is that independent rotational movement of each carrier (3,2) is achieved - with controlled stabilization of the each carrier at specific positions when using a friction hinge or uncontrolled rotational movement when a plain hinge is used. This rotational movement can be achieved up to 360° degrees around the carrier's own rotation axis (23,28) that is created by both hinges (20,25) that connect the respective ends of the brackets ( 9,24). This way a number of options for combined positions between the two carriers (2,3) FIG. 10,11 can be created. This enables portable, on-the-spot and parallel usability of the electronic and personal accessories that the housing system carries, without the necessity to remove the accessories from the housing system. In particular the 360 * rotation is achieved when the brackets (18) are connected to each carrier (3,2) on its lateral external wail, so that while rotating, the carrier (3.2) is not hindered by the presence of the brackets ( 8). Another way to achieve the 360 * rotational movement is to add an extra external frame to the housing system that does not touches with the carriers and makes a connection with the carriers only at the points where the ends (24, 19) of the brackets (18) are connected to the carriers (3,2) through the hinges. This results in obtaining internal position of the brackets (18) on the housing system.

2. Portable, modular housing system for storage of electronic and personal accessories and on-the-spot and parallel use of these accessories through a supporting connection mechanism FIG. 6, comprising two basic, independent carriers (3,2) that are connected to each other in one housing system FIG. 6, through a supporting connection -mechanism which consists of a single bracket (18) which is connected to both carriers, each end (19,24) to one carrier, in exactly the same way that the two brackets (18) FIG. 7 are connected as described in claim 1 , with the difference that the connection point of the ends ( 9,24) of the bracket (18) with the two carriers (3,2) respectively, is in the middle of the longest side of the two carriers (3,2) in a vertical position to the rotation axis of the carriers (23a, 28a). The connection as far as the width is concerned is on one earner (2) at its edge (35) - while on the second carrier (3) it can be in any position, however preferable in its middle where the best support and rotational movement that is up to 360 * of the carrier is achieved (3) around the rotation axis (23a) of the above mentioned middle hinge (20) 3. Portable, modular housing system for storage of electronic and personal accessories and on-the-spot and parallel use of these accessories through a supporting connection mechanism according to claim 1, FIG. 7, which is characterized by the fact that the connection of the upper ends (24) of the brackets (18) with the earner (2), is achieved with only one hinge (26c) as described below, the two ends of the hinge axis (28a) are connected to the upper ends (24) of the brackets (18) and part (25a) of the hinge (25c) is connected with the carrier (2). This connection results in the rotational movement of the carrier (2) by 360° around the axis (28a) of the hinge (25c). This rotational movement results in a controlled stabilization when a friction hinge (25a) is used and is free when the hinge (25a) is plain without friction. The same rotational results will also occur by connecting the tower ends (19) of the brackets (18) with the carrier (3) in the same way as described previously in claim 3.

4. Portable, modular housing system for storage of electronic and personal accessories and on-the-spot and parallel use of these accessories through a supporting connection mechanism according to claim 1, FIG. 7, which is characterized by the fact that the connection of the upper and lower ends (24.19) of the brackets (18) with the corresponding carriers (2.3) can also be realized through more than two hinges (25,20) for each carrier (2,3). so that the hinges (25,20) have a common rotation axis (28a, 23a) in a the same manner as described in claims 1 and 2.

5. Portable, modular housing system for storage of electronic and personal accessories and on-the-spot and parallel use of these accessories through a supporting connection mechanism according to claim 1 FIG. 7, which is characterized by the fact that the brackets (18) together with the hinges (20,25) which connect the brackets (18) with the carriers (3.2), are located on the backside of the carriers (3,2) in order not to protrude from the wall sides of the carrier (3) FIG. 7. The second option for the position of the brackets (18) together with the hinges (20,25) is on the side walls of the carrier (3) FIG. 7.

6. Portable, modular housing system for storage of electronic and personal accessories and on-the-spot and parallel use of these accessories through a supporting connection mechanism according to claim 1, FIG.6,7 which is characterized by the fact that one or more brackets (18) of the supporting connection mechanism are able to be extended in order to allow the possibility of increasing - decreasing the length of the brackets. In this case each bracket is composed of two individual sections where one is hidden within the other, and where extension of the bracket is accomplished by pulling the hidden section, and vice versa for shortening the length of the brackets. Friction in between the two sections creates resistance and as a result the brackets can support the weight of each carrier (2,3).

7. Portable, modular housing system for storage of electronic and personal accessories and on-the-spot and parallel use of these accessories through a supporting connection mechanism according to claim 1 which is characterized by the fact that the supporting

11 connection mechanism FIG. 6,7a is applied especially to portable computers-laptop where one carrier is the monitor and the other is the base of the electronic systems (hard disk, etc.) and the keyboard, allowing the choice of a number of combinations of positions of the 2 carriers. Additionally the supporting connection mechanism is applied to a desktop computer where the hard drive Is small and can be mounted onto one carrier with the keyboard etc, while the other carrier will be the monitor, converting even the desktop computer into a portable one with the capability of supporting the monitor in numerous positions. It is also applied in a corresponding manner as a supporting connection mechanism and individually where one carrier is a smart mobile phone, a phablet, an electronic tablet or even in combination with other accessories like a keyboard that is adjusted to the other carrier.

8. Portable, modular housing system for storage of electronic and personal accessories and on-the-spot and parallel use of these accessories through a supporting connection mechanism according to claim 1 which is characterized by the feet that the independent carriers (2,3) FIG. 6,7 are bound together by a supporting connection mechanism FIG. 6,7a to a housing system FIG. 1. The carriers (3,2) are designed in such a manner that when the housing system is closed the inner side of carrier (2) comes into contact with the inner side of carrier (3) in such a way that the housing system doses and the content of the carriers is not visible and/or exposed. This condition in conjunction with the range of the desired rotational movement of the earners (2,3) around the rotational axes (28a,23a) determines the length and the shape of the brackets (18) that are related to the position of each carrier (2,3) in which the ends or selected points of the brackets (18), are connected through hinges (25,20) with each carrier (2,3). As far as the exterior design (shape) of the remaining part of each carrier (2,3) is concerned, there are no restrictions, other than the 2 sides that touch when closing and make the content invisible while protected, so it will be curved, flat or whatever serves the purpose for which each carrier is designed,

9. Portable, modular housing system for storage of electronic and personal accessories and on-the-spot and parallel use of these accessories through a supporting connection mechanism according to claim 1 which is characterized by the fact that the two carriers (2,3), when connected with the supporting connection mechanism FIG. 6,7a to compose the housing system, have the possibility to be connected with a third or more carriers using an identical supporting connection mechanism. This way the housing system is expanded to a multi-housing system.

10. Portable, modular housing system for storage of electronic and personal accessories and on-the-spot and parallel use of these accessories through a supporting connection mechanism according to claim 1 which is characterized by the fact that the two carriers (3,2) FIG. 7, that originally are two independent carriers, are now joined together by a single shared spine that has a relative flexibility, in order to allow the rotation of the carrier (2) around the axis of the spine. As a result of this the mechanism in this case FIG. 7a ceases to function as a means of connecting the carriers (2,3) and consequently the upper ends (24) of the brackets (18) are connected or linked as one body creating the axis (28) which is now independent and has no common point on the carrier (2). However, the

12 supporting connection mechanism continues to function as a means of support and rotation of the carrier (3) since both lower ends (19) of the brackets (18) are connected to the carrier (3), lengthwise or widthwise, through a plain or a frictional hinge (20) in order to achieve controlled stabilization support of the rotational movement of the carrier (3).

1. Portable, modular housing system for storage of electronic and personal accessories and on-the-spot and parallel use of these accessories through a supporting connection mechanism according to claim 1 which is characterized by the fact that the two carriers (2,3) FIG. 2,3,4,5 are designed to have specific positions and bases, internally and externally, where respective specific electronic and personal accessories will be clipped on for on-the-spot and parallel use. These specific electronic and personal accessories are defined as an electronic tablet, a smart phone, a headset, a keyboard, speakers, a battery, a solar charger, a wallet , a notebook etc. Further to this the lining of the outer parts of the housing system's carriers (3,2) can also be replaced and therefore customized by the user. This previously mentioned lining is attached to the carrier by a clip on method, so replacement takes place by unclipping the existing lining and clipping on the replacement choosing from a variety of colors and materials. Therefore, the user can both functionally as well as aesthetically modulate the housing system according to their own operational needs and preferences. One more way to customize the housing system is mounting the electronic and personal accessories as well as the spare parts of the housing system in their positions, by placing them into guided slides (28,29) FIG. 12 and firmly held in place. Also the outer sliding bases (16, 17) FIG. 4 for on-the-spot use embedded in the side walls of the carriers, are sliding so that when the user wishes to use the objects contained, the front of the sliding bases is pushed inwards and thus opens automatically by a common spring plate mechanism or any other mechanism of the market that supports the push to open, push to close functionality. The object is revealed and is ready for on-the-spot use without having to open the main carriers (3,2) of the housing system. Therefore a housing system can be connected with a larger housing system with the same methods mentioned above which are the sliding way, by clip on, extending the functionality that the smallest housing system has.

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