IL307640B2 - Portable safe-box - Google Patents

Description

1 307640/ PORTABLE SAFE-BOX FIELD AND BACKGROUND OF THE INVENTION The present invention pertains to the field of portable security devices and, more particularly, to a safe box adapted for attachment to beach furniture, providing secure storage for mobile devices while enhancing user convenience. When enjoying leisure time at the beach, individuals often require a secure place to store their mobile devices while they swim or relax. Existing solutions for securing valuables at the beach typically lack integration with mobile devices and convenient user interfaces for operation. SUMMARY OF THE INVENTION According to some embodiments of present invention, there is a portable safe- box (100) that comprises a housing (101) forming an enclosure (102) for a mobile device to be contained therein and at least one locking notch (103), at least one first movable barrier (104) hinged on the housing (101) so as to allow a first locking mechanism to transiently lock and unlock said first movable barrier for respectively allowing and preventing access into said enclosure, and at least one second movable barrier (165) sized and shaped to move in the at least one locking notch (103) so as to allow a second locking mechanism to transiently lock and unlock said at least one second movable barrier in the at least one locking notch for respectively allowing and preventing physical disconnection of said housing from a furniture piece. Optionally, the portable safe-box (100) comprises a man machine interface (108) mounted on the housing and configured for identifying a user action and at least one controller (109) adapted for operating a wireless transceiver (110) for transmitting instructions for operating the mobile device according to the user action. More optionally, the man machine interface comprising a keypad (108) for receiving the user action. More optionally, the man machine interface comprising a microphone (192) for recording audio comments as the user action. More optionally, the man machine interface comprising a display (191) for presenting content received from the mobile device. 2 307640/ More optionally, the man machine interface comprising a touchscreen (191) for presenting a graphical user interface based on data received from the mobile device and receiving the user action interacting with the graphical user interface. Optionally, the housing is rigid. More optionally, the at least one controller (109) is further adapted for operating the first and second locking mechanisms according to the user action. More optionally, the at least one controller is adapted for operating the first and second locking mechanisms by wirelessly communicating with them. More optionally, the at least one controller is adapted for operating the first and second locking mechanisms by operating the wireless transceiver for transmitting instructions for operating an application executed on the mobile device. Optionally, further comprising at least one speaker adapted to play media executed on the mobile device; wherein the at least one controller is adapted for operating the wireless transceiver for transmitting instructions for operating an application streaming media to the speaker from the mobile device according to the user action. Optionally, wherein the user action is a movement of a near field communication (NFC) tag, wherein the man machine interface comprises a NFC module for identifying the NFC tag. Optionally, further wherein the housing is formed with a power slot sized and shaped to enclose at least one of a rechargeable battery and at least one photovoltaic cell. More optionally, the portable safe-box comprises a charging cable adapted to establish an electrical communication between the mobile device in the enclosure and at least one of the rechargeable battery and at least one photovoltaic cell. According to some embodiments of present invention, there is provided a method for operating a portable safe-box (100). The method comprises providing a housing (101) that forms an enclosure (102) for containing a mobile device and includes at least one locking notch (103), hinging at least one first movable barrier (104) on the housing (101) to allow a first locking mechanism to transiently lock and unlock said first movable barrier for respectively permitting and denying access to said enclosure, providing at least one second movable barrier (165) that is sized and shaped to move within the at least one locking notch (103) so as to allow a second locking mechanism 3 307640/ to transiently lock and unlock said at least one second movable barrier in the at least one locking notch for respectively permitting and preventing physical disconnection of said housing from a furniture piece. Optionally, the method further comprises mounting a man-machine interface (108) on the housing, the man-machine interface configured for identifying a user action and employing at least one controller (109) to operate a wireless transceiver (110) for transmitting instructions to operate the mobile device in accordance with the user action. According to some embodiments of present invention, there is provided a portable safe-box for securing a mobile device to a furniture piece. The box comprises a rigid monolithic structure having an enclosure (102) for a mobile device to be contained therein, at least one locking notch (103) sized and shaped to allow at least one second movable barrier (165) to move therealong so as to allow a second locking mechanism to transiently lock and unlock said at least one second movable barrier in the at least one locking notch for respectively allowing and preventing physical disconnection of said housing from the furniture piece, and a depression (164) for installing a hinge for first movable barrier (104) so as to allow a first locking mechanism to transiently lock and unlock said first movable barrier to the rigid monolithic structure. Optionally, the portable safe-box comprises a power source slot for enclosing at least one of a battery and a power cell. Optionally, the monolithic structure is formed integrally with the enclosure, the at least one locking notch, and the depression using an additive manufacturing process. Optionally, the rigid monolithic structure is constructed using a Nano-composite material. Optionally, the rigid monolithic structure is constructed using a 3D printing process that utilizes multi-material printing technology to create a monolithic structure with varying levels of rigidity, optimizing strength in critical areas while reducing material usage and environmental impact. Unless otherwise defined, all technical and/or scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which the invention pertains. Although methods and materials similar or equivalent to those described herein can be used in the practice or testing of embodiments of the invention, exemplary methods and/or materials are described below. In case of conflict, the patent 4 307640/ specification, including definitions, will control. In addition, the materials, methods, and examples are illustrative only and are not intended to be necessarily limiting. Implementation of the method and/or system of embodiments of the invention can involve performing or completing selected tasks manually, automatically, or a combination thereof. Moreover, according to actual instrumentation and equipment of embodiments of the method and/or system of the invention, several selected tasks could be implemented by hardware, by software or by firmware or by a combination thereof using an operating system. For example, hardware for performing selected tasks according to embodiments of the invention could be implemented as a chip or a circuit. As software, selected tasks according to embodiments of the invention could be implemented as a plurality of software instructions being executed by a computer using any suitable operating system. In an exemplary embodiment of the invention, one or more tasks according to exemplary embodiments of method and/or system as described herein are performed by a data processor, such as a computing platform for executing a plurality of instructions. Optionally, the data processor includes a volatile memory for storing instructions and/or data and/or a non-volatile storage, for example, a magnetic hard-disk and/or removable media, for storing instructions and/or data. Optionally, a network connection is provided as well. A display and/or a user input device such as a keyboard or mouse are optionally provided as well. BRIEF DESCRIPTION OF THE SEVERAL VIEWS OF THE DRAWING(S) Some embodiments of the invention are herein described, by way of example only, with reference to the accompanying drawings. With specific reference now to the drawings in detail, it is stressed that the particulars shown are by way of example and for purposes of illustrative discussion of embodiments of the invention. In this regard, the description taken with the drawings makes apparent to those skilled in the art how embodiments of the invention may be practiced. In the drawings: FIGs. 1A and 1B are schematic illustrations of an exemplary portable security box, according to some embodiments of the present invention; 307640/ FIGs. 2A and 2B are schematic illustrations of an exemplary barrier to an enclosure of a portable security box, such as depicted in FIGs. 1A and 1B, according to some embodiments of the present invention; FIG. 3 is another exemplary barrier for locking a portable security box, such as depicted in FIGs. 1A and 1B, to a furniture piece, according to some embodiments of the present invention; FIGs. 4-6 are further schematic illustrations of the exemplary portable security box described with reference to FIGs. 1A and 1B, according to some embodiments of the present invention; and FIG. 7 is a flowchart of a method for operating a portable safe-box that securely contains a mobile device and/or other objects while allowing for wireless control of the mobile device from outside the safe-box, according to some embodiments of the present invention. DESCRIPTION OF SPECIFIC EMBODIMENTS OF THE INVENTION The present invention pertains to the field of portable security devices and, more particularly, to a safe box adapted for attachment to beach furniture, providing secure storage for mobile devices while enhancing user convenience. The portable safe box for attachment to a furniture is a versatile and user-friendly device that caters to the security and convenience needs of individuals enjoying leisure time in outdoor settings. With its secure enclosure, wireless control options, charging capabilities, and tamper-evident features, this device represents a significant advancement in the field of portable security devices. Its adaptability and durability make it a valuable addition to any outdoor adventure. According to some embodiments there is provided a portable safe-box (100) with a housing, optionally rigid, that forms an enclosure (102) designed to accommodate a mobile device, featuring at least one locking notch (103). The portable safe-box (100) also includes at least one first movable barrier (104) attached to the housing (101) via a hinge, enabling a first locking mechanism to temporarily secure and release the first movable barrier, thus allowing or preventing access to the enclosure. The portable safe- box (100) also includes at least one second movable barrier (165) designed to fit within the locking notches (103), facilitating a second locking mechanism to intermittently secure and release the second movable barrier within these notches, thereby permitting 6 307640/ or preventing the physical detachment of the housing from a furniture piece. Optionally, the first and second locking mechanisms are different mechanical locks so as to allow a facility owner, such as a beach or an hotel to lock the portable safe-box (100) using the second locking mechanism while providing control to a user, such as a customer, on the first locking mechanism. The locking mechanisms maybe regular key based locks or combination locks. Alternatively, the portable safe-box (100) also includes a man-machine interface (108) affixed to the housing, configured to recognize user actions. The portable safe-box (100) also includes at least one controller (109) equipped to operate a wireless transceiver (110) for transmitting instructions aimed at controlling the mobile device based on the user's actions. The housing is optionally a rigid monolithic structure as described below. The locking mechanism maybe electric lock or a magnetic lock connected to a controller, such as controller (109) described below. The electric lock may be designed to retract a rod or a bolt of the second barrier, such as depicted in 165 and/or to retract a rod or a bolt into suitable niche in the enclosure, as depicted in 1021. Other controllable locks maybe used. The safe-box offers several benefits. The primary benefit of a portable safe-box is enhanced security. It provides a secure enclosure for a mobile device, preventing unauthorized access to the device's contents. The combination of locking mechanisms and barriers helps protect against theft or tampering. The presence of a portable safe- box can act as a deterrent against theft. Potential thieves are less likely to steal a mobile device if it is securely stored within a locked enclosure. The second movable barrier and locking notches prevent the physical disconnection of the safe-box from a furniture piece, ensuring the safe-box remains in place and cannot be easily removed or stolen . The inclusion of a man-machine interface makes it easy for authorized users to access their mobile device quickly without exposing it to water, dirt or send. It adds convenience to the security features. The integration of a wireless transceiver and controller allows for remote operation of the mobile device. Users can transmit instructions to the device, enhancing its functionality and usability. Depending on the design, portable safe-boxes can be customized to fit specific mobile device sizes and shapes, ensuring a snug and secure fit. Before explaining at least one embodiment of the invention in detail, it is to be understood that the invention is not necessarily limited in its application to the details 7 307640/ of construction and the arrangement of the components and/or methods set forth in the following description and/or illustrated in the drawings and/or the Examples. The invention is capable of other embodiments or of being practiced or carried out in various ways. Referring now to the drawings, FIG. 1A illustrates an exemplary portable safe box (100) specifically designed for attachment to a beach furniture, according to some embodiments of the present invention. Reference is also made to FIG. 1B which depicts the exemplary portable safe box (100) from a frontal face thereof, according to some embodiments of the present invention. The portable safe box (100) is designed to be lightweight and easy to attach to various types of outdoors furniture, such as chairs, chaise lounges, or beach umbrellas. The portable safe box described herein is not limited to beach environments but can also find utility in other outdoor settings such as parks, campgrounds, and poolside areas. It offers a secure and convenient solution for individuals seeking to safeguard their valuable mobile devices while enjoying outdoor leisure activities. This safe box comprises the following elements a rigid housing (101) forming an enclosure (102) for containing a mobile device, for preventing unauthorized access when locked. The rigid housing of the safe box is optionally constructed from materials that are resistant to the harsh beach environment, including exposure to saltwater, sand, and UV radiation. This ensures the longevity of the safe box, even in the challenging beach conditions. The rigid housing serves as the core structure of the portable safe-box (100). It is optionally constructed from robust and durable materials designed to withstand outdoor conditions, including exposure to sun, sand, and moisture commonly encountered at beach locations. The housing forms an enclosure (102) that securely contains a mobile device and/or other objects, offering protection against environmental elements and theft. This safe box optionally comprises a recess (131) formed in the rigid housing of the portable safe box for receiving a portion of an outdoors furniture piece. Such as a rod, handle or any other somehow elongated portion. Optionally, the housing incorporates one or more locking notches (103), referred to herein for simplicity as a locking notch (103), to allow locking the safe box to the portion of an outdoors furniture piece. 8 307640/ The locking notch (103) is optionally part of a durable mounting mechanisms that ensure a secure attachment without causing damage to the furniture piece. The locking notches play a crucial role in preventing unauthorized physical disconnection of the safe box from the attached furniture piece. For instance the notch maybe located above the recess (131) formed in the rigid housing (101) for partly encircling a handle or a rod of the furniture piece, allowing a user to affix the safe box (100) to the furniture piece. Reference is also made to FIGs. 2A and 2B which are schematic illustration of an exemplary barrier, referred to herein as a first movable barrier (104), for locking the enclosure (102) according to some embodiments of the present invention. Within the housing, a first movable barrier (104) may be hinged (not shown) to the rigid housing, facilitating secure containment of the mobile device. This first movable barrier serves as an additional layer of security for the mobile device contained within the safe box. When locked, it ensures that the mobile device remains inaccessible to unauthorized individuals. Optionally, the first movable barrier (104) is a door adapted to be locked using a first locking mechanism as described below. The door optionally includes an opening for integrating the first locking mechanism or a portion thereof. The first locking mechanism transiently locks and unlocks the first movable barrier, permitting or preventing access to the enclosure. It provides the user with control over access to the mobile device contained within the enclosure. When locked, it prevents unauthorized access to the device, ensuring that personal data and maybe additional valuable items are kept safe. The first locking mechanism maybe a pin tumbler lock having a lock cylinder and a turning mechanism, for instance a cam or a bolt, that is prevented from rotating or moving by the lock cylinder when the lock is in its locked state. Optionally, the turning mechanism is connected to a bolt designed to be threaded in or retracted from a niche (1021) in the enclosure (102). The door optionally includes one or more recesses (161) for integrating a speaker, such as the speaker described below, for instance with openings (162) for propagation of acoustic waves from the speaker. The door optionally integrates a handle (170). Optionally, a power port (163) for energizing the speaker is also provided. The door optionally integrates a hole (171) for the first locking mechanism.The door 9 307640/ optionally integrates a lateral protection (172) for improving sealing and security provided when the door is locked. The door optionally includes a depression (164) for installing the hinge facilitating the rotation of the door along a hinge for locking and unlocking as described herein. The portable safe box (100) optionally includes one or more other barriers, each sized and shaped to engage with one of the one or more locking notches (103) that prevents physical disconnection of the rigid housing from the furniture piece. FIG. depicts an exemplary barrier, referred to herein as a second movable barrier (165). The second movable barrier maybe a rod or a bar adapted to be locked by a locking mechanism. It serves as a key element in securing the safe box to the furniture piece. When locked in place within the locking notches, it effectively prevents the safe box from being physically disconnected or removed from the furniture, enhancing the overall security of the system. The portable safe box (100) optionally includes a second locking mechanism that transiently locks and unlocks the second movable barrier (165), allowing or inhibiting the physical disconnection of the safe box from the furniture piece. When locked, this mechanism ensures that the safe box remains firmly attached to the furniture, preventing theft or unauthorized removal. The second locking mechanism is optionally a locking device for locking the second movable barrier(s) (165), namely to block the second movable barrier's movement in the at least one locking niche, for instance a padlock or a bolt lock which engages with the second movable barrier(s). As further described below, both locking Mechanisms maybe opened using the same means, simplifying the experience of using the portable safe box (100), for example by a common key or a common electrical device. Optionally, as also seen at FIGs. 4 and 5, the rigid housing (101) includes a power source slot (141) for a power source, optionally with an opening (144) for a power cell. Optionally, a charging connector is mounted in the enclosure for charging the mobile device which is mounted therein with energy from the power source in the power source slot (141). 307640/ Optionally, a power connector (149) is mounted in the power source slot (141) for connecting to the power source which is mounted therein to provide energy via the power connector (149). The charging connector connects a charging port of the device to the power source to recharge the battery thereof. The power source may be a battery or and/or photovoltaic cells as described below. A charging connector maybe connected to wireless charging module for wireless charging of the mobile device. Optionally, the power source slot (141) includes an opening and a niche (1041) which is used to receive a bolt or an end of a barrier for locking the power source in the power source slot (141). The safe box optionally includes one or more areas for marking(s) or labeling(s) (143). The safe box optionally includes a man-machine interface (108) preferably mounted on the rigid housing. This interface identifies user actions and facilitates control of the safe box. It identifies user actions and provides a means for the user to control various functions of the safe box, wireless communication with the mobile device, optionally including locking and unlocking mechanisms, , and more. The safe box optionally further includes a controller (109). The controller operates a wireless transceiver (110) to transmit instructions for operating the mobile device according to user actions and manages the first and second locking mechanisms. It coordinates and manages the operation of various components within the safe box, including the first and second locking mechanisms, wireless transceiver (110), and the man-machine interface (108). The controller interprets user actions and responds accordingly, ensuring the safe and convenient use of the device. Optionally, to protect the furniture piece located in the recess formed in the housing of the portable safe box, a layer of cushioning or protective material can be employed. This layer serves multiple purposes, including safeguarding the furniture piece from potential damage and ensuring a secure and non-abrasive attachment. The protective layer may consist of a cushioning material designed to provide a soft and protective surface for the furniture piece. Common materials used for this purpose include foam, rubber, silicone, or soft fabric. The protective layer maybe custom-fitted to the shape and dimensions of the recess formed in the housing. It precisely matches the contours of the furniture piece's contact points within the recess. The protective layer maybe securely attached or integrated into the recess, ensuring it stays in place during 11 307640/ use. This attachment can be achieved through adhesive backing, clips, snaps, or other fastening mechanisms. The protective layer maybe chosen for its shock-absorbing properties. It can absorb impacts and vibrations, reducing the risk of damage to the furniture piece caused by external forces, such as accidental bumps or falls. The protective layer may include soft and non-abrasive surface prevents scratches, scuffs, or marks on the furniture piece. This is particularly important when the safe box is attached to delicate or polished surfaces. While protecting the furniture piece, the protective layer also ensures a secure attachment between the safe box and the furniture. It provides a stable surface for the safe box to rest on, preventing any wobbling or movement. Optionally, a connection is established between the mobile device hosted in the enclosure (102) and the controller (109) using the wireless transceiver (110). The connection maybe wireless, for instance by WPAN pairing, such as Bluetooth paring. The connection maybe wired, for instance using a USB cable. This communication allows a user to connect his mobile device, for instance a smartphone, to the MMI and optionally to a speaker or a display which are mounted on the portable safe box (100), providing a safe, clean, water protected and convenient way to access various apps and features executed on the mobile device while not taking the mobile device out of the box 100. The portable safe box (100) is designed to seamlessly interact with the user's mobile device through a dedicated application. This integration enhances the convenience and functionality of the safe box. Optionally, a dedicated application is installed on the mobile device, such as smartphones or tablets, which is designed to communicate with the safe box via the wireless transceiver (110). This application serves as a central control hub for managing the safe box's features. Optionally, the MMI (108) includes a display (191), such as a touchscreen. Once connected, the display will switch to a graphical user interface which is designed to be user-friendly and minimize interaction needed to operate the mobile device in the box. The interface features large icons, simplified menus, and/or voice control to make it easier to interact with the device’s functions. Optionally, the MMI includes a microphone (192) to allow voice control. Optionally, a designated wake word is used to issue voice commands to perform various tasks, such as making calls, sending messages, recording, or playing music. This is especially important for immediate actions without exposing the device to send, water 12 307640/ or possible theft while being outdoor or even in a proximate pool. Optionally, a voice assistant is integrated into to the communication so as to allow the user to access a wide range of features and services using natural language commands. Optionally, the controller executes a software that supports various media apps executed on the mobile device, such as Spotify, Apple Music, Google Play Music, and more. This allows control music playback, browse playlists, and switch between apps seamlessly using the MMI. Optionally, the controller executes a software that supports presenting notifications from the mobile device in a simplified format on the display or by presenting thereon via the speaker. These notifications can include messages, calendar events, and app alerts. Optionally, the controller executes a software that supports making and receiving calls, send and receive messages, and access a contact list on the mobile device. The MMI allows to perform these actions without touching the mobile device. Optionally, the controller executes a software that allows users to lock and unlock the first and/or second locking mechanisms of the safe box by performing user actions using the MMI. This means that they can secure their belongings or grant access to trusted individuals using their safe box. Optionally, the MMI includes modules for robust user authentication measures, such as biometric recognition module (e.g., fingerprint reader or a camera for facial recognition), a keypad for PIN code entry, to ensure that only authorized users can control the safe box's locking mechanisms. Optionally, as shown at FIG. 6, an indication (155), such as an LED is used to allow users to monitor the status of the safe box in real time. They can check whether the safe box is securely locked or unlocked, providing peace of mind and convenience. Optionally, track(s) (156), optionally, magnetic, are added to allow connecting accessories to the rigid housing (101). Optionally, as indicated above, the portable safe box (100) further comprises at least one speaker, for instance in the one or more recesses (161), adapted to play media executed on the mobile device. The controller (109) is adapted for operating the wireless transceiver (110) for transmitting instructions for operating an application streaming media to the speaker from the mobile device according to the user action. Optionally, the speaker is an integrated speaker is designed to play media content, such as music, 13 307640/ podcasts, audiobooks, or emergency alerts, from the mobile device. Users can enjoy their favorite content directly from the safe box, enhancing their leisure experience. The controller (109) of the safe box is optionally adapted to use the wireless transceiver (110) to transmit instructions to the mobile device. These instructions are designed to operate an application on the mobile device that streams media content directly to the safe box's speaker. Users can initiate media playback actions through the man-machine interface (108) or the dedicated mobile application. For example, they can use the interface to play music stored on the mobile device, stream online radio, or make emergency announcements if needed. The multimedia features of the safe box cater to the user's desire for entertainment and relaxation while at the beach or at any other outdoor location. They can enjoy their favorite tunes or audio content without the need for separate speakers or headphones, further consolidating their beach gear. In addition to entertainment, the speaker can be used for safety and communication purposes. In emergency situations, it can broadcast important alerts or instructions, ensuring that users are informed and safe. Users can use the MMI to have control over volume levels and playback functions, such as play, pause, skip, and repeat, through the user interface on the mobile device or the dedicated application. The audio control is synchronized with the user's actions, ensuring that media playback can be started, paused, or adjusted seamlessly according to user preferences. Optionally, the box includes tamper detection sensor ) 120 ( that monitors the physical integrity of the safe box and detects any tampering attempts, including forced entry, prying, or unauthorized opening. The tamper detection sensor is discreetly located within the housing, typically near the locking mechanisms or access points . This sensor employs technologies such as accelerometers, gyroscopes, or magnetic sensors to detect sudden movements, vibrations, or changes in the safe box's orientation. Upon detecting suspicious activity, the tamper detection sensor triggers an immediate security response. This may include using the speaker for sounding an alarm, sending alerts to authorized users using the transceiver, activating surveillance features (if available), or locking down the safe box's access. In such embodiments the speaker can be used to broadcast important alerts or instructions, ensuring that the user or other proximate people are informed. To enhance the security of the safe box, tamper-evident features may be incorporated. These features can include sensors that detect unauthorized attempts to 14 307640/ open the enclosure or remove the safe box from the furniture piece. In the event of tampering, the controller can send alerts via the wireless transceiver to notify the user or relevant authorities. Optionally, the portable safe box (100) includes an optional feature where the user action is initiated by the movement of a near-field communication (NFC) tag, wherein the man-machine interface comprises an NFC module for identifying the NFC tag. Incorporating NFC technology into the portable safe box (100) offers a convenient way for users to initiate actions, for instance using a smartwatch recording a suitable tag a wristband. The NFC allows data exchange between devices in close proximity. The portable safe box is equipped with an NFC module as part of the man-machine interface (108), enabling it to interact with NFC tags. Users can attach NFC tags to various objects or even wearable items, such as bracelets or keychains. When they bring an NFC-tagged item close to the NFC module on the safe box, it triggers a user action. The NFC module can be configured to recognize specific NFC tags and associate them with predefined actions. For example, a user may have an NFC-tagged bracelet, and when they touch it to the safe box's NFC module, it initiates the unlocking of the safe box or activates specific functions such as responding to a call on the locked mobile device. NFC tag interaction combines security and convenience. Optionally, users create unique NFC tag profiles for various actions, ensuring that only authorized individuals with the corresponding tags can perform specific actions on the safe box. For example, beachgoers can use NFC-tagged items, such as wristbands or key fobs, to quickly and securely unlock the safe box. Similarly, event organizers or rental services can use NFC tags to manage access to safe boxes for their customers. The NFC module may also support features like logging user interactions, providing audit trails, and enabling administrators to manage NFC tag associations for security and access control. As indicated above, the portable safe box (100), the MMI (108) may include a keypad for receiving the user action. The addition of a keypad allows users to input specific commands or codes using the keypad to initiate various actions. For example, they can enter a PIN code to unlock the safe box, change settings, or perform other functions. The use of PIN codes adds an extra layer of security to the safe box. Only individuals who know the correct PIN code can access the safe box's features, providing protection for valuable items and personal data. Users may set and change their own PIN codes, allowing for personalized and secure access control. The keypad may include 307640/ features like audible feedback or visual indicators to confirm successful input. The keypad may be designed to detect and respond to tampering attempts, such as entering incorrect PINs multiple times. In such cases, the safe box may activate security measures or send alerts to the user as described above. Depending on the safe box's design, the keypad can also serve administrative functions, allowing authorized personnel to manage settings, create access codes, or perform maintenance tasks. Optionally, as described above, the portable safe box (100) includes an optional feature where the man-machine interface comprises the microphone (192) for recording audio comments as the user action. Users can issue voice commands to control various functions of the safe box. For instance, they can verbally command the safe box to lock or unlock, play specific media, or perform other actions. The microphone allows users to record audio comments, notes, or reminders related to the safe box or its contents. This can be particularly useful for individuals who want to leave voice messages for themselves or others accessing the safe box. The system can be programmed to recognize specific voice commands and associate them with predefined actions. Users can set up their own voice commands for convenience. Voice interaction may be inclusive and accessible to individuals with different abilities, making the safe box usable by a wide range of users. The microphone may be designed to activate only when prompted, ensuring user privacy and preventing unintended audio recordings. In emergency situations, users may use the microphone to record urgent messages or call for assistance, leveraging the safe box as a communication tool. The system may provide audio feedback or confirmation to users to acknowledge their voice commands or the successful recording of audio comments. Audio comments may be stored within the safe box or transmitted to a user's mobile device for later retrieval and playback. Audio comments may be a valuable tool for users to leave information or instructions for others accessing the safe box, enhancing overall safety and security. Optionally, as described above, the portable safe box (100) includes the display (191) for presenting content received from the mobile device. Incorporating a display (191) into the man-machine interface (108) enhances the portable safe box's user experience by providing visual feedback, information, and control options. The display can showcase content received from the connected mobile device. This may include notifications, messages, media playback information, and more, offering users an immediate visual representation of their mobile device's status and activity. Optionally, 16 307640/ a graphical user interface (GUI) on the display is designed to be user-friendly and accessible, catering to users of all technical backgrounds. It can display text, icons, images, and other visual elements to convey information effectively. The display may provide visual feedback on the status of the safe box's locking mechanisms, such as indicating whether the safe box is securely locked or unlocked. This offers users immediate assurance of their belongings' safety. When playing media content from the mobile device, users may control playback functions like play, pause, skip, and volume adjustment through the display, offering convenience and control over their entertainment experience. The display may serve as a notification center, presenting alerts, messages, or reminders relevant to the safe box's operation or the connected mobile device. In emergency situations, the display may display critical alerts or instructions, ensuring users are informed and can respond accordingly. Users may have the option to customize the display's appearance, such as choosing themes, adjusting font sizes, or selecting preferred languages, to suit their preferences. The display may show access logs and activity history, providing a visual record of actions taken with the safe box, which can be useful for security and auditing purposes. Optionally the display is a touchscreen for presenting a graphical user interface based on data received from the mobile device and receiving the user action interacting with the graphical user interface. The touchscreen can display a graphical user interface that is based on data received from the connected mobile device. This GUI presents information, controls, and options in a visually intuitive manner, making it easy for users to navigate and interact with the safe box. The data received from the mobile device, for example from a designated application executed thereon, allows controlling the mobile device, optionally by presenting a mirror of an operating system GUI of the device itself. In such embodiments users can directly interact with the mobile device via the touchscreen by tapping, swiping, pinching, and using other touch gestures to access various features and functionalities. This touch-based interaction is intuitive and user-friendly and allows communicating with the device without exposing it to humidity, water, and/or sand. The touchscreen optionally offers immediate visual feedback to user actions. For example, when a user taps on an icon to unlock the safe box, the interface can display a confirmation animation or message, ensuring that the user is informed and in control. The touchscreen can support a wide range of functions, including locking and unlocking mechanisms, media playback control, settings adjustment, access log 17 307640/ viewing, emergency alerts, and more. Users can switch between these functions seamlessly. The graphical user interface may be customizable, allowing users to personalize their safe box's interface. This customization may include selecting preferred themes, arranging icons, and choosing display preferences. Security measures, such as PIN code entry or biometric authentication, may be integrated into the touchscreen interface to ensure secure access to the safe box's functions. The touchscreen may display real-time information from the mobile device, such as battery status, signal strength, incoming notifications, and media playback details. The touchscreen may also serve as an interface for controlling mobile applications running on the connected device, providing a seamless experience for managing apps and content. Optionally, the portable safe box (100) includes an optional feature comprising a charging cable or a wireless charging module adapted to establish an electrical communication between the mobile device in the enclosure and at least one of a rechargeable battery and at least one photovoltaic cell. In such embodiments the charging cable or a wireless charging module is designed to establish an electrical connection between the mobile device stored within the enclosure and external power sources. It acts as a conduit for transferring electrical power. The charging cable is adaptable and compatible with various types of mobile devices, including smartphones, tablets, and other gadgets. This ensures that users can charge their devices regardless of their device's charging port. The safe box optionally includes a rechargeable battery as one of the power sources. This battery can store electrical energy and provide it to the mobile device when needed. It serves as a backup power source, ensuring uninterrupted device charging, even when disconnected from external power. In addition or alternatively to the rechargeable battery, the safe box may include at least one photovoltaic cell. These cells convert sunlight into electrical energy, supplementing the battery's charge and making the safe box an eco-friendly and self-sustaining device, particularly when used in outdoor settings like the beach. As long as the safe box is exposed to sunlight or connected to an external power source, it can continuously charge the mobile device within the enclosure, ensuring that users have access to a fully charged device when needed. The safe box's controller (109) may manage the charging process, optimizing it for efficiency and safety. It can regulate the charging speed, prevent overcharging, and monitor the battery status. 18 307640/ The charging system may prioritize power allocation between the rechargeable battery and the photovoltaic cells based on available sunlight and power requirements, ensuring efficient energy management. According to some embodiments of the present invention, the a portable safe-box designed to securely fasten a mobile device to a furniture piece and consists of a rigid monolithic structure that includes an enclosure for housing the mobile device, at least one locking notch for engaging a second movable barrier, and a depression for installing a hinge to enable the movement of a first movable barrier as described. Optionally, the portable safe-box is as described above with reference to FIGs. 1A-1B and FIGs. 4-6. The locking notches and barriers are designed to facilitate transient locking and unlocking, allowing for the secure attachment and detachment of the safe-box from the furniture piece optionally as described above with reference to any of the previously presented figures. The portable safe-box features a rigid monolithic structure designed to provide robust protection and security for the enclosed mobile device. The monolithic structure is preferably manufactured using advanced techniques such as additive manufacturing, ensuring a seamless and durable design. The portable safe-box may be made of composite materials, such as fiberglass-reinforced plastics, carbon fiber composites, or Nano-composites, can offer high strength-to-weight ratios. They are often used in advanced applications where both strength and lightness are critical. Alternatively, the portable safe-box may be made of acrylonitrile butadiene styrene (ABS) plastic is lightweight, durable, and relatively inexpensive. The portable safe-box may be made of polycarbonate. While it may not be as strong as some metals, it can still provide a good level of security while allowing the user to view the enclosed mobile device. The portable safe-box may be made of multi-material 3D printing. Advanced 3D printing technologies allow for the creation of safe-boxes with varying material properties within the same structure. This can be advantageous for optimizing strength in critical areas while reducing material usage. The portable safe-box may be made using a mold involves the process of casting or molding a single, solid piece of material to create the desired structure. The material maybe silicone, urethane, or other mold-making materials. The choice of mold material and casting material may depend on specific requirements of the structure and the desired characteristics of the box. 19 307640/ Within the rigid monolithic structure, there is an enclosure (102) specifically designed to house the mobile device securely. The enclosure is tailored to accommodate a variety of mobile device sizes and shapes, as described above. At least one locking notch (103) is integrated into the monolithic structure, and these notches are designed to engage with a second movable barrier (165). This barrier can move along the locking notches, and a second locking mechanism temporarily locks and unlocks the second movable barrier. This mechanism allows for the transient locking and unlocking of the safe-box to the furniture piece. A depression (164) is provided within the monolithic structure for installing a hinge, which enables the movement of a first movable barrier (104). A first locking mechanism similarly transiently locks and unlocks this barrier, facilitating the secure attachment and detachment of the safe-box from the furniture piece. Additionally, the portable safe-box may include a power source slot, such as (141) allowing for the enclosure of a battery or power cell. This feature ensures that the mobile device can remain charged while securely stored within the safe-box. The rigid monolithic structure can be manufactured using various methods, including additive manufacturing processes. It is possible to use advanced materials, such as Nano-composites, to enhance durability and strength while maintaining a compact and portable design. In one embodiment, a 3D printing process may be employed, utilizing multi-material printing technology to create a monolithic structure with varying levels of rigidity. This optimizes strength in critical areas while minimizing material usage and reducing environmental impact. The portable safe-box for securing a mobile device to furniture, as described herein, provides a secure and portable solution for users seeking to protect their valuable mobile devices from theft or unauthorized access. The unique design of the rigid monolithic structure, locking mechanisms, and optional power source slot make this invention a valuable addition to the field of secure storage devices. The rigid monolithic structure offers several benefits, particularly when used in applications like secure storage devices such as the portable safe-box described in a previous question. The rigid monolithic structure is typically designed to be robust and sturdy. It can withstand physical stresses, impacts, and tampering attempts, providing a high level of security for the contents it houses. This is crucial for applications like secure storage, where protection against theft or damage is essential. The rigidity of a 307640/ monolithic structure makes it difficult to breach or manipulate. In the context of a safe-box, this means that it is less susceptible to forced entry or tampering. The structural integrity of the monolithic design contributes to the overall security of the device. Also, compared to assemblies made from multiple components and materials, monolithic structures have fewer vulnerabilities. There are fewer seams, joints, or interfaces that could be exploited by potential intruders. This reduces the number of potential weak points in the design. Also, the monolithic structure is manufactured more easily and cost-effectively then using a set of parts which require assembly, for instance when manufactured in an additive manufacturing or molding. Reference is now also made to FIG. 6 which is a flowchart of a method for operating a portable safe-box (100) that securely contains a mobile device while allowing for wireless control of the mobile device from outside the safe-box. This method employs a combination of mechanical and electronic components to achieve its objectives, for instance the features described with reference to figures 1A, 1B 2A, 2B provided above. First, as shown at 201, a housing (101) that forms an enclosure (102) designed to securely contain a mobile device is provided. The housing includes at least one locking notch (103). Now as shown at 202, a first movable barrier (104) is hinged to the housing (101). The first movable barrier can be transiently locked and unlocked using a first locking mechanism, which allows or denies access to the enclosure as described above. Then, as shown at 203, at least one second movable barrier (165) sized and shaped to move within the locking notch (103) is added. The second movable barrier can be transiently locked and unlocked using a second locking mechanism. This second locking mechanism controls the physical connection or disconnection of the safe-box from a furniture piece, providing an added layer of security. Now, as shown at 204, a man-machine interface (108) designed for identifying user actions is mounted on the housing. The man-machine interface may include components such as buttons, touchscreens, biometric sensors, or other input devices to interact with users as described above. Now, as shown at 205, wireless control of the mobile device within the safe-box is enabled, for instance the controller (109) is employed. The controller interfaces with the man-machine interface to interpret user actions and operates a wireless transceiver (110). The wireless transceiver is responsible for transmitting instructions to the mobile device in accordance with the user's actions, effectively controlling the mobile device remotely. 21 307640/ In operation, a user interacts with the man-machine interface (108) to initiate specific actions on the mobile device housed within the safe-box. The controller (109) processes these actions and communicates wirelessly with the mobile device, instructing it to perform the desired functions. This method allows users to access and control their mobile devices securely while keeping them physically protected within the safe-box. The method for operating a portable safe-box as described herein combines mechanical and electronic elements to offer users secure storage for their mobile devices while providing remote control capabilities. The integration of a man-machine interface and wireless transceiver enables users to interact with and control their mobile devices conveniently and securely from outside the safe-box. This represents a significant advancement in the field of secure storage devices. It is expected that during the life of a patent maturing from this application many relevant units will be developed and the scope of the term a controller, a transceiver, a display and an MMI is intended to include all such new technologies a priori. The terms "comprises", "comprising", "includes", "including", "having" and their conjugates mean "including but not limited to". The term "consisting of" means "including and limited to". The term "consisting essentially of" means that the composition, method or structure may include additional ingredients, steps and/or parts, but only if the additional ingredients, steps and/or parts do not materially alter the basic and novel characteristics of the claimed composition, method or structure. As used herein, the singular form "a", "an" and "the" include plural references unless the context clearly dictates otherwise. For example, the term "a compound" or "at least one compound" may include a plurality of compounds, including mixtures thereof. Throughout this application, various embodiments of this invention may be presented in a range format. It should be understood that the description in range format is merely for convenience and brevity and should not be construed as an inflexible limitation on the scope of the invention. Accordingly, the description of a range should be considered to have specifically disclosed all the possible subranges as well as individual numerical values within that range. For example, description of a range such as from 1 to 6 should be considered to have specifically disclosed subranges such as from 1 to 3, from 1 to 4, from 1 to 5, from 2 to 4, from 2 to 6, from 3 to 6 etc., as well 22 307640/ as individual numbers within that range, for example, 1, 2, 3, 4, 5, and 6. This applies regardless of the breadth of the range. Whenever a numerical range is indicated herein, it is meant to include any cited numeral (fractional or integral) within the indicated range. The phrases "ranging/ranges between" a first indicate number and a second indicate number and "ranging/ranges from" a first indicate number "to" a second indicate number are used herein interchangeably and are meant to include the first and second indicated numbers and all the fractional and integral numerals therebetween. It is appreciated that certain features of the invention, which are, for clarity, described in the context of separate embodiments, may also be provided in combination in a single embodiment. Conversely, various features of the invention, which are, for brevity, described in the context of a single embodiment, may also be provided separately or in any suitable subcombination or as suitable in any other described embodiment of the invention. Certain features described in the context of various embodiments are not to be considered essential features of those embodiments, unless the embodiment is inoperative without those elements.

Claims (21)

1. 23 307640/

2. WHAT IS CLAIMED IS: 1. A portable safe-box (100), comprising: a housing (101) forming an enclosure (102) for a mobile device to be contained therein, a recess (131) for receiving an elongated portion of a furniture piece, and at least one locking notch (103); at least one first movable barrier (104) hinged on the housing (101) so as to allow a first locking mechanism to transiently lock and unlock said first movable barrier (104) for respectively allowing and preventing access into said enclosure (102); and at least one second movable barrier (165) sized and shaped to move in the at least one locking notch (103) so as to allow a second locking mechanism to transiently lock and unlock said at least one second movable barrier (165) in the at least one locking notch (103), the at least one locking notch (103) is located with relation to the recess (131) so as to allow for wholly and partly encircling the elongated portion of the furniture piece when said at least one second movable barrier (165) is locked and unlocked in the at least one locking notch (103) for respectively allowing and preventing physical disconnection of said housing (101) from the furniture piece. 2. The portable safe-box of claim 1, further comprising: a man machine interface (108) mounted on the housing and configured for identifying a user action; and at least one controller (109) adapted for operating a wireless transceiver (110) for transmitting instructions for operating the mobile device according to the user action.

3. The portable safe-box of claim 1, wherein the housing is rigid.

4. The portable safe-box of claim 2, wherein the at least one controller (109) is further adapted for operating the first and second locking mechanisms according to the user action.

5. The portable safe-box of claim 4, wherein the at least one controller is adapted for operating the first and second locking mechanisms by wirelessly communicating with them. 24 307640/

6. The portable safe-box of claim 4, wherein the at least one controller is adapted for operating the first and second locking mechanisms by operating the wireless transceiver for transmitting instructions for operating an application executed on the mobile device.

7. The portable safe-box of claim 1, further comprising at least one speaker adapted to play media executed on the mobile device; wherein the at least one controller is adapted for operating the wireless transceiver for transmitting instructions for operating an application streaming media to the speaker from the mobile device according to the user action.

8. The portable safe-box of claim 1, wherein the user action is a movement of a near field communication (NFC) tag, wherein the man machine interface comprises a NFC module for identifying the NFC tag.

9. The portable safe-box of claim 2, wherein said man machine interface comprising a keypad (108) for receiving the user action.

10. The portable safe-box of claim 2, wherein said man machine interface comprising a microphone (192) for recording audio comments as the user action.

11. The portable safe-box of claim 2, wherein said man machine interface comprising a display (191) for presenting content received from the mobile device.

12. The portable safe-box of claim 2, wherein said man machine interface comprising a touchscreen (191) for presenting a graphical user interface based on data received from the mobile device and receiving the user action interacting with the graphical user interface.

13. The portable safe-box of claim 1, further wherein the housing is formed with a power slot sized and shaped to enclose at least one of a rechargeable battery and at least one photovoltaic cell.

14. The portable safe-box of claim 13, further comprising a charging cable adapted to establish an electrical communication between the mobile device in the enclosure and at least one of the rechargeable battery and at least one photovoltaic cell. 25 307640/

15. A method for operating a portable safe-box (100), comprising: providing a housing (101) that forms an enclosure (102) for containing a mobile device, has a recess (131) for receiving an elongated portion of a furniture piece, and includes at least one locking notch (103); hinging at least one first movable barrier (104) on the housing (101) to allow a first locking mechanism to transiently lock and unlock said first movable barrier (104) for respectively permitting and denying access to said enclosure; providing at least one second movable barrier (165) that is sized and shaped to move within the at least one locking notch (103) so as to allow a second locking mechanism to transiently lock and unlock said at least one second movable barrier (165) in the at least one locking notch (103), the at least one locking notch (103) is located with relation to the recess (131) so as to allow for wholly and partly encircling the elongated portion of the furniture piece when said at least one second movable barrier (165) is locked and unlocked in the at least one locking notch (103) for respectively permitting and preventing physical disconnection of said housing (101) from the furniture piece.

16. The method of claim 15, further comprising: mounting a man-machine interface (108) on the housing, the man-machine interface configured for identifying a user action; and employing at least one controller (109) to operate a wireless transceiver (110) for transmitting instructions to operate the mobile device in accordance with the user action.

17. A portable safe-box for securing a mobile device to a furniture piece, comprising a rigid monolithic structure having: a recess (131) for receiving an elongated portion of a furniture piece; an enclosure (102) for a mobile device to be contained therein; at least one locking notch (103) sized and shaped to allow at least one second movable barrier (165) to move therealong so as to allow a second locking mechanism to transiently lock and unlock said at least one second movable barrier (165) in the at least one locking notch (103), the at least one locking notch (103) is located with relation to the recess (131) so as to allow for wholly and partly encircling the elongated portion of the furniture piece when said at least one second movable barrier (165) is locked and unlocked in the at least one locking notch (103) for 26 307640/ respectively allowing and preventing physical disconnection of said rigid monolithic structure from the furniture piece; and a depression (164) for installing a hinge for first movable barrier (104) so as to allow a first locking mechanism to transiently lock and unlock said first movable barrier (104) to the rigid monolithic structure.

18. The portable safe-box of claim 17, further comprising a power source slot for enclosing at least one of a battery and a power cell.

19. The portable safe-box of claim 17, wherein the monolithic structure is formed integrally with the enclosure, the at least one locking notch, and the depression using an additive manufacturing process.

20. The portable safe-box of claim 17, wherein the rigid monolithic structure is constructed using a Nano-composite material.

21. The portable safe-box of claim 17, wherein the rigid monolithic structure is constructed using a 3D printing process that utilizes multi-material printing technology to create a monolithic structure with varying levels of rigidity, optimizing strength in critical areas while reducing material usage and environmental impact. Adv. Roy S. Melzer Patent Attorney G.E. Ehrlich (1995) Ltd. 35 HaMasger Street Sky Tower, 13th Floor Tel Aviv 6721407