GB2531077A - A television security mirror - Google Patents

Abstract

A television security mirror 100 having an integrated safe and secure storage space 202 further comprises a fingerprint sensor 312 for enabling fingerprint access protection for ensuring security of the integrated safe and secure storage space. A touchscreen surface 302 is installed over the entire television active area 304 of the television security mirror. Also included are an ultrasonic motion detection sensor 306 for detecting motion in the frontal area of the device, and a HD camera and microphone 308 for capturing or streaming images of the user for registering with the device, and for voice recognition and recording of any audio signal provided by the user. A plurality of RGB LEDs 310 are mounted on a television frame 102 and participate in an alarm system. The HD camera may further comprise an infrared module for use when visibility is reduced. The television security mirror may be activated by a facial recognition feature using the HD camera and the motion detection sensor. The device may be used as an electronic picture frame, an advertising panel, or a projector using an application such as a Web server.

Description

A TELEVISION SECURITY MIRROR

FIELD OF THE INVENTION

[091] The present application generally relates to the field of security system and sage storage.

Particularly, the application provides a television security mirror. More particularly, the invention relates to a television security mirror, intended to provide multifunctional appliance integrating security system, communication interfaces, mirror or television functionality and safe storage space.

BACKGROUND

[092] Incremental growth of human wealth has consequently increased demand for securing tangible form of human wealth. Tangible form of human wealth could mean anything important to an individual such as currency, ornaments, docLiments having monetary value and any valuable asset for that matter which has to be protected from unauthorized and illegal use.

[093] Prior art literature illustrates a variety of means for securing tangible assets, that have been practiced ever since the human started accumulating valuable assets, such means included simple boxes with lock and key, traditional underground or over ground hideouts, with or without secure locking mechanisms. With the advent of technology, prior art also illustrate a variety of method, system, apparatuses or devices for modern secure safe and storage with lock and key, password security became popular.

[094] Prior art literatures have certain limitations while addressing the technical problem.

While providing minimum security to valuable asset, such prior art solutions proved to he very susceptible for security breach. Among other problems associated with the traditional means of providing secure and safe storage for valuable assets, prior art solution does not illustrate an integrates solution for such problem wherein an existing display technology can be used to provide camouflage for secure and safe storage for valuable assets. Prior art does not illustrate any solution wherein the secure and safe storage for valuable assets is accessible over more than one communication interfaces or protocol to provide multiple layer security.

[0951 Thus, in the light of the above mentioned background discussion, it is evident that, there is a need for a solution which could provide a security mirror that can be used as display monitor, such as a television and safe storage space having integrated security systern There is also a need for a solLition which could provide a television security minor accessible over a plurality of communication interfaces. A television security minor is desired.

SUMMARY

[006] Before the present systems aild methods, enablement are described, it is to be miderstood that this applicatioll is not limited to the particular systems, and methodologies described, as there can be multiple possible embodiments which are not expressly illustrated in the present disclosures. It is also to be understood that the terminology used in the description is for the purpose of describing the particular versions or embodiments only, and is not intended to limit the scope of the present application.

[097] In accordance with the present application, the primary objective is to wvide a television security minor (100).

[098] Another objective is to provide a television security mirnw (I 00), characterized by integrating a safe and secure storage space (202) within the television security minor (I 00), which is accessible through a communication interface comprising a p'urality of communication protocols. The television security minor (I 00) comprises of the integrated safe and secure storage space (202), adapted for providing safe and secure space for storing a plurality of user selected articles: a touchscreen surface (304) installed over entire television active area (304) area of said television security mirror (100); a motion detection sensor (306), comprising of an ultrasonic sensor mounted, adapted for detecting motion in the froiltal area of the television security mirror (100); a HD camera and microphone (308), the HD camera is adapted for capturing an image of a user or streaming live image of the user for registering the user with the television security mirror (100); and the microphone adapted for voice recognition and rerecording of any audio signal provided by the user; a plurality of ROB LEDs (310), mounted on a television frame (102) of the television security mirror (100), for participating in an alarm system for the television security minor (i 00): and a fingerprint sensor (3i 2), adapted for scanning one or more fingers of the user for enabling fingerprint access protection for ensuring security of the integrated safe and secure storage space (202) of the television security mirror (100).

[0091 The above invention apparatus, electronic appliance is provided for a television security mirror but also can be used for many other applications.

BRIEF DESCRIPTION OF THE DRAWINGS

[0101 The foregoing summary, as well as the following detailed description of preferred embodiments, is better understood when read in conjunction with the appended drawings. There is shown in the drawings example embodiments, however, the application is not limited to the specific system and method disclosed in the drawings.

[011] Figure 1: shows a front view of a television security minor in closed position.

[012] Figure 2: shows a perspective view of a television security mirror in open position.

[013] Figure 3: shows a front view of a television security mirror iflustrating various components.

[0141 Figure 4: shows swipe activation of a television security mirror.

[015] Figure 5: shows hold activation of a television security mirror.

[0161 Figure 6: shows a block diagram illustrating hardware components of a television security minor.

DETAILED DESCRIPTION

[0171 Some embodiments, illustrating its features, will now be discussed in detail. The words "compnsing,"liaving,' "containing," and "including," and other forms thereof, are intended to he equiva'ent in meaning and he open ended in that an item or items foflowing any one of these words is not meant to he an exhaustive listing of such item or items, or meant to he limited to only the fisted item or items. It must also he noted that as used herein and in the appended claims, the singular forms "a,"an," and "the" include plural references unless the context clearly dictates otherwise. Although any methods, and systems similar or equivalent to those described herein can be used in the practice or testing of embodiments, the preferred methods, and systems are now described. The disclosed embodiments are merely exemplary.

[0181 Referring to Figure 1 is a front view of a television security mirror in closed position.

[019] lii an embodiment of the present invention, a television security mirror (100) in closed position is provided. The television security minor (100) is an electronic appliance which is usually installed on the walls with extra space provided in wall for the safe and secure storage space (202) (not shown in Figure 1) installation. The safe and secure storage space (202) (not shown in Figure I) is manufactured from a metal covered with stainless materials selected from a gi-oup comprising of steel, inox steel, nickel sted, titanium, and chromium steel, which provides sufficient protection against rusting effect due to the humidity and temperature variations in the installation areas. The television security mirror (100) is further having a television frame (102) around it.

[020] Referring to Figure 2 is a perspective view of a television security minor in open position.

[021] In an embodiment of the present invention, the television security minor (100) in open position is provided. The television security minor (100) is further having a television frame (102) around it. The television security mirror (100) is having an integrated safe and secure storage space (202) contained therein for secure and safe storage for valuable assets in it.

[022] Referring to Figure 3 is a front view of a television security minor illustrating various components.

[0231 In another embodiment of the present invention, the television security mirror (100) comprises of a touchscreen surface (304); a motion detection sensor (306): a HD camera and microphone (308): a ROB LEDs (310); and a fingerprint sensor (312).

[024] fri another embodiment of the present inventioll, the touchscreen surface (304) is illstalled over entire television active area (304) area of said television security mirror (100). The touchscreen surface (302) is selected from a group comprising of resistive touchscreen surface and capacitive touchscreen surface. The minimum size of the touchscreen surface (304) of said television secunty minor (I 00) 32" of television screen and goes up bLit not limited to 50" of television screen.

[0251 In another embodiment of the present invention, the motion detection sensor (306) comprises of an ultrasonic sensor mounted on the bottom edge of a television frame (102) of the television security minor (100). The ultrasonic sensor of tile motion detection sensor (306) is adapted for detecting motion in the frontal area of the television security mirror (100). The television security minor (100) in default mode acts as minor, when the motion is detected in the froiltal area with radius of up to 10 meter by the ultrasollic seuisor of the motioii detection sensor (306). The activation of the predefilled default system behavior is motioll activated in order to achieve reduction in power consumption.

[0261 In another embodiment of the present invention, the HD camera of the HD camera and microphone (308) is adapted for capturing an image of a user or streaming live image of the user for registering the user with the television security mirror (100). The HID camera further comprises of a infrared module, adapted for capturing an image of a user or sQeaming live image of the user for registering the user with the television security minor (100) when visibility is reduced. The above mentioned features of the television security mirror (100) are activated by touch using the touchscreen surface (304) or motion using the motion detection sensor (306).

The HD camera of the HD camera and microphone (308) is a 1080x1920@3OFPS and installed on the television frame (102) of the t&evision security mirror (100). The television security minor (100) is activated using a menu accessible through the touchscreen surface (304). The television security mirror (100) is utilized as an electronic picture frame. The television security mirror (100) is utilized as an advertisement panel. The above mentioned features of the television security minor (I 00) are activated by touch using the touchscreen surface (304) or motion using the motion detection sensor (306).

[027] In an alternative embodiment of the present invention, the television security minor (I 00) is activated by a facial recognition feature. The facial recognition feature may be activated while user registers with the television security mirror (100). The HD camera of the HD camera and microphone (308) is adapted for capturing an image of the user or streaming live image of the user for registering the user with the television security mirror (100). The television security mirror (100) detects the user in front of the television security mirror (100) on distance up to 2 meter using the motion detection sensor (306), which is changeable in the settings menu. In order to avoid false positive cases where the television security mirror (100) is activated when the use passes by, the user must be detected in front of the television security mirror (100) for at least 3 seconds in stationary position. Upon successful facial recognition of the user the television security mirror (100) mirror unlocks itself and presents the graphical user interface menu to the user with a welcome message. The welcome message includes the name of the user which can be typed in or voice recorded during the facial recognition feature setup.

[028] In another embodiment of the present invention, the microphone of the HD camera and microphone (308) is adapted for voice recognition and rerecording of any audio signal provided by the user. The microphone of the HD camera and microphone (308) is mounted in the same chassis as the HD camera. The microphone of the HD camera and microphone (308) further comprises of filters, adapted for pattern recognition of audio signal for reducing background noise along with the sensitive microphone. A voice recognition algorithm can be set to utilize the network voice recognition services, or to use native voice recognition service. The voice recognition option is by default disabled since it requires rerecording of the user defined "trigger" sentence.

[029] In another embodiment of the present invention, the plurality of ROB LEDs (310) are mounted on the television frame (102) of the television security minor (100), for participating in an alarm system for the television security minor (100). The plurality of ROB LEDs (310) (Red, Green and Blue -Light Emitting Diodes) are also installed for eye pleasing effects which can be enabled through the system menu. The HD camera and microphone (308), the motion detection sensor (306) together with the RUB LEDs (310) are discretely mounted underneath the television frame (102) of the television security mirror (100) and covered with the transparent dark glass like materiaL [034)] In another embodiment of the present invention, the integrated safe and secure storage space (202) within the television security minor (i 00) is accessible through a communication interface comprising the plurality of communication protocols; wherein the plurality of communication protocol is selected from a group comprising of a password including a predefined alphanumeric character sequence, a predefined numeric sequence, a swipe pattern, a pre-stored key exchanged through Wi-Fi or Bluetooth, a fingerprint recognition, a voice recognition including predefined sentence.

[031] In another embodiment of the present invention, an unlocking mechanism for the integrated safe and secure storage space (202) within the television security mirror (100) is displayed after the activation of screen of the television security minor (100). While unlocking the integrated safe and secure storage space (202) within the television security mirror (100) with the password, during the password entering each character touch generates the sound which is set by default. Access to the television security mirror (100) system settings is achieved by vertical swiping starting from the top of the screen down to bottom. The swipe should be at least 1/3 long in comparison with the screen height. As the swipe is initiated a settings menu is drown down to the screen. Tn the settings screen a setup of communication interfaces can he completed and also the setup of the system settings and alarm actions and events.

[0321 In another embodiment of the present invention, the fingerprint sensor (312) is adapted for scanning one or more fingers of the user for enabling personalized fingerprint access protection for ensuring security of the integrated safe and secure storage space (202) of the television security minor (100). The fingerprint sensor (312) is mounted on the frontal side of the television frame (102) of the television security minor (100) with the direct exposure to the user. Functionality of the fingerprint sensor (312) can be controlled through the settings menu and by default is disabled. The procedure for enabling the fingerprint access protection includes the scanning one or more fingers from the user hand.

[0331 In another embodiment of the present invention, the user is enabled to use multiple security mechanisms, in such case a sequence of the activation must be defined, this feature can he disabled so that sequence of inputs is not analyzed) A system software of the television security mirror (100) defines maximum number of tries for which it takes different actions. In the case when the maximum number of denied access messages have been encountered the system can initiate different alarms which can be set through the system settings menu.

[034] In another embodiment of the present invention, when any person blocks the HD camera and microphone (308) view, a warning (voice and LED flash) is issued to remove the hand from HD the camera and microphone (308). If within next 10 seconds the person do not move the hand system will initiate an alarm. The alarm can he sent through the pLIrality of communication including but not limited to WiFi, GSM, CJRPS and Bluetooth. By default all 4 communication interfaces are enabled, which is first among three types of alarms, second type of alarm which is silent, when the user enters wrong password while trying to open the integrated safe and secure storage space (202) within the television security mirror (100). The third alarm, which can be silent or loud is activated in case of unauthorized opening of the integrated safe and secure storage space (202) within the television security mirror (100) without password. Each of communication interfaces can be enabled and disabled through the system settings. In case of third type of alarm all communications are activated and alarm message is transmitted even in the case when one of the communication interfaces is disabled.

[035] In another embodiment of the present invention, the t&evision security mirror (100) is enabled to have interconnection with the house alarm using direct wiring or wirdess network. In case when the home security alarm is not supported with the current wiring system in the television security mirror (100), an additional Wi-Fi enable module, as separated slave device of the television security mirror (100) may be installed on house alarm for enabling the Wi-Fi feature, thereby integrating home security system. A slave device of the television security mirror (100) is a standalone unit with same Wi-Fi chip as the television security mirror (100) and has a small MCU which serves as line proxy for master processor on the television security mirror (100). Additionally, house alarm specific features, may be downloaded through the television security mirror (100) application center and insta'led using over the air programming feat Lire.

[036] In another embodiment of the present invention, in the event of intrusion in the integrated safe and secure storage space (202) within the television security mirror (100) a timer is initiated when messages are dispatched through one of the mentioned communication interfaces, if within the given timeout a positive acknowledgement from the user! owner is not received a second wave of messages is sent to user! owner and to the second safe keeper, which could be a security organization or directly to police.

[037] In another embodiment of the present invention, the television security mirror (100) is utilized as a projector using an onboard running application selected from a group comprising a mail client, a web server and a video presentation software. The material for presentation ca be directly uploaded using one of the three aforementioned applications. Control of the presentation, such as mouse pointer and on screen keyboard can be achieved through a mobile phone application over Bluetooth or WiFi using local WAN protocol.

[0381 In another embodiment of the present invention, the television security mirror (100) is electrically operated using certain electronic or through the direct interface, access to the power supply is critical in order to enable 24/7 access to the integrating a safe and secure storage space (202) within the television security minor (I 00). This feature is enabled through the on-hoard battery system which acts as power supply dLlring the events of power outages. The television security mirror (100) having an on-hoard computer, which is responsihle for monitoring the vo'tage of the mains network and selection of the working profile. Low power working profile is activated when power outage occurs. User defined features are on'y activated when power outage occurs. By defaull the screen of the television security mirror (100) is dimmed in order for system to preserve the energy and furthennore the screen will be turned off and main processor put to sleep as lollg as there is no activity in the device horizon.

[0391 Referring to Figure 4 is showing swipe activation of a television security minor.

[0401 In another embodiment of the present invention, the user is enabled to swipe the touchscreen surface (304) in order to swipe activation (400) of the television security minor (100). By default the swipe activation (400) is active and can he deactivated through the system settings.

[041] Referring to Figure 5 is showing hold activation of a television security mirror [042] In another embodiment of the present invention, the user is enabled to hold on the touchscreen surface (304) in order to hold activation (500) of the television security mirror (100).

The user is required to place the hand above the motion detection sensor (306) for 2 seconds. The hand must he maximum lO cm (4 inches) from the motion detection sensor (306) in order to activate the menu. By default the hold activation (400) is active and can he deactivated through the system settings.

[043] In another embodiment of the present invention, the user is enabled activate the display by pressing a finger above the fingerprint sensor (312). The display of the television security minor (I 00) is activated if the finger is above the fingerprint sensor (312) for more than one second. In this case, the television security mirror (100) function, if activated will be swapped with system menu or with the keyboard for system access. in the case when the television security mirror (100) is used as holding finger above the fingerprint sensor (312) for more than 1 seconds will initiate the on board computer procedure for fingerprint pattern testing.

[044] Referring to Figure 6 is a Hock diagram illustrating hardware components of a television security minor.

[045] In another embodiment of the present invention, the television security mirror (100) comprises of an ARM cortex AB (600), a battery (602), a fuel gauge battery (604), a charging circuitry (606), a Bluetooth (608), a WiFi (610), a 2G/3G/40 modem (612), a speaker (614), a locking mechanism with driver (616), a storage (618), a PSB factory setting (620), a PSB system reset (622), the fingerprint sensor (3 12), the touchscreen surface (304), the HD camera and microphone (308) with IR support, the microphone (308) and the ROB LEDs (310). !0

[0461 In another embodiment of the present invention, the television security mirror (100) represents a comprehensive system which reqLlires h)ts of processing power. In order to accommodate all the aforementioned features and functions a AM355x 1GHz ARM Cortex AS processor is utilized. Genera] structure of the te]evision security mirror (100) inclLides subsystems for monitoring one or more featLires or functions and they are as fo]lows: a A8 ARM cortex AB (600) CPU with 5 12MB DRAM with 4GB eMMC, Power management module for a Battery (602) monitoring and charging and mains voltage conversion to level appropriate for system, the 32 display with touchscreen surface (304), the motion detection sensor (306), the Fingerprint sensor (312), the camera with JR support (308), the Bluetooth (608), the WiFi (610), a 20/30/40 modem (612), the microphone (308), a speaker (614), a locking mechanism with driver (616), a storage (618) and the ROB LEDs (310).

[047] In another embodiment of the present invention, accommodation of a large number of features within the television security minor (100) requires lots of computational and processing power. The ARM cortex AB (600) A8 AM335x single core processor is used. Main features of the ARM cortex AB (600) processor are: running at 10Hz, 32 kB Li, 256 kB L2 and 64 kB L3 cache memory, externa] memory interface with 1 GB address space and support for DD3L running at 800 MHz, general purpose memory controller (NAND, NOR, SRAM), 2 PRU's (programmable Real-Time Unit subsystems) with 8 kB of RAM, running at 200 MHz, Integrated peripherals: Two USB 2.0 High speed OTG ports, Two Gigabit Ethernet MAC modules, Two CAN controllers, Two multichannel audio serial ports, Six IJARTs, Two MS SPJ, Three MMC, SD, SDIO ports, Three 12C modules, Four banks with 32 GPJO pins per hank, 12 hit ADC, Eight 32 bit timers, 3D graphic engine, LCD controller, Touchscreen controller, Enhanced DMA controller, Cryptographic hardware accelerators AES, SHA, PKA, RNG.

[048] Open architecture design for the base board and main features of the same are: Sitara ARM Cortex AS AM3358BZCZIOO processor, 512 MB DDR3L 800 MHz SRAM, 4 GB embedded flash memory, Ethernet PHY, 2x USB 2.0 full speed controllers (client and host), microSD slot, HDMJ video controller with hill RD support, audio controller through the HDMJ, 69 OPIO's accessible through expansion connector, max power consumption 500mA@5Y.

II

[0491 In another embodiment of the present invention, the HD camera with JR support (308) is a 0V5642 camera module having Maximum image resolution 2582x1944, Power supply 1.5 -5 V, Operation current 270 mA, Sleep current 25 RA, Video recording at 1080p@3OFPS, 720p@6OFPS, VGA 640x480@3OFPS and QVGA 320x2400@ I2OFPS, Parallel and serial communication interface. For the night recording an JR LED's mounted on the both side of the I-ID camera with JR support (308). Activation of the infrared (IR) LED's are achieved through the utilization of the LDR (Light Dependent Resistor) which triggers the LED's ill case of reduced visibility.

[050] lii another embodiment of the present invention, the motion detectioll sensor (306) is a Doppler Radar Microwave Motion Sensor HB100. The HBIOO Microwave Doppler Radar works on 10.525 GHz with maximum distance coverage of 20 meters (adjustable). Furthermore motion detection sensor (306) sensor has almost 36Ocworhllg angle in horizoiltal plane and 180°in vertical plane. This is perfect sensor for the alarm systems. Allother benefit of this of motion sensor is that it can detect motion in the neighbouring rooms, wherein detection is done through wails which require special mounting.

[0511 In another embodiment of the present invention, the fingerprint sensor (312) is a CT- 511C3 fingerprint sensor. The GT-511C3 is a sensor module of size 37 x 17 x 9.5 miii for the differentiation of the 200 pre-stored fingerprints (Fig. 10) with false accuracy of 1 in 1000.

Identification time is less than one second with option for real-time new fingerprint image update.

[0521 In another embodiment of the present invention, the Bluetooth (608) is used for the low power short coimminications, wherein it utilizes a BC417 Bluetooth chip. The BC417 is a single chip RF baseband Bluetooth 2.40Hz IC systems with support of enhanced data rates (EDR) to 3Mbps. The module accompanies SMbit of external Flash memory which is used for the Bhtetooth stack protocol firmware. The firmware is fLilly compatible with the BlLletooth v2.O + EDR (Efihanced Data Rate) specification. The module ca be utilized for data and voice streaming.

[0531 In another embodiment of the present invention, the Storage (618) is utilized for the video, image and data storage a minimum of 128 GB micro SD-HC (Secure Digital High Capacity) class 10 is recommended. With 128 GB SD card continuous recording of 32 hours Full HD video is enabled. Maximum write speed for the SD-I-IC standard can go up to 30 MBps whfle the maximLim current do not exceeds 200 mA. Since the CPU hoard uses external 4GB flash memory for the Linux OS, the SD card is strictly used for the TV Security Minor device data recording.

[054] lii another embodiment of the present invention, a IEEE 802.1 lb/gIn communication subsystem is provided. Wireless communication with high throughput up to 16Mbps is provided through the CC3IOO low cost wireless networking solution. The CC3 100 provides 802.11 b/gIn Radio, Baseband, and MAC (Medium Access Control) while the connection management is achieved through the chip setup using SPI or IJART communication protocol (both supported by AM335x processor. Another feature of the CC3 100 is that incorporates a dedicated ARM MCI.) which completely offloads Wi-Fi functions from the main processor. The CC3 100 supports Station, Access Point, and Wi-Fi Direct modes. Furthermore, it also supports WPA2 personal and enterprise security and WPS 2.0 with subsystem thr embedded TCP/IP and TLS/SSL stacks, HTTP server, and multiple Internet protocols. When it comes to power consumption the CC3 100 is highly efficient with maximum current of 223 mA while providing transmission power of 18 dBm and receiver sensitivity of -95.7 dBm. The power management subsystem indudes integrated DC-DC converters supporting a wide range of supply voltages. This subsystem enables low-power consumption modes, such as the hibernate with RTC mode with cca 4 A of current.

[055] In another embodiment of the present invention, the 20/30/40 modem (612) is provided.

Alert signal and control coverage of the television security mirror (100) is provided through the GSM (Global System for Mobile Communication) signal. Message transmission can be achieved through the utilization of the SMS (Short Message Service), MMS (Multi-Media Service), Tnternet access such as GPRS, EDGE, UMTS, WCDMA/I-ISPDA communication protocols. All these protocols are covered in 30 networks ad for that matter S1M52 18 30 module is utilized in the TV Security Mirror (Fig. I 3). The 51M52 I 8 mode can provide data throughput up to 7 Mbps.

An extra feature of the S11V15218 module is that it includes the GPS (Global Positioning System) module. The UPS function is used as device location identification system. This is a specially interested in the cases when some company is assigned for the monitoring of the safe which helps them to identify the location of the device and intervene with the cthsest resources. The S1M521 8 module drains currents up to 700 mA hut for a short period of times (few seconds).

The module itself is oniy active when needed and it is put to sleep mode all the time. During the sleep the S1M5218 drains 4 mA current.

[0561 In another embodiment of the present invention, the RGB LEDs (310) is provided for the visual effects, alarms and other signal generation. A modular LED strip with single wire control is utilized. The LEDs on the strip are WS2812 which are ROB LED with integrated 20 mA per LED controller. Each ROB LED colour is defined with 24 bit colour information allowing full colour spectrum generation. Distance between the LED is adjustable and it can range from 5 mm up to 500 mm. Total number of separately addressable LEDs in one continuous row is 1024. In order to avoid delays and possible glitches a 4 different strips are utilized for each side of the frame. Total number of LED's on the vertical frames for the 32" display solution is 36 LEDs while for the horizoiltal frame 20 LED's are installed. Number of used LEDs in the strip as well as their brightens can be easily controlled through the system settings by changing total current and the generation patteril.

[0571 In another embodimeilt of the present illvention, the touchscreen surface (304) is integrated on the monitor of the television security minor (100). As an option any television or monitor can be used with the touchscreen panel designed for the television security mirror (100).

In this way maximum flexibility is provided. The monitor is any genuine television screen with the HDMI support and integrated sound speakers. The device display mount options are portrait or landscape but they strictly depend on prefabricated solution and only one mount is accessible in one device construction. Touchscreen panel used for the 32 solution is PQ-O-32-6 6 point multi-touch panel with 3 miii frontal glass for protection. The touchscreen panel includes integrated controller with USB 2.0 communication interface. The touchscreen panel power supply is 5V and maximum current is limited to 4 A. Touchscreen surface is capacitive sensitive, meaning a almost none pressure is required to interact with the display. For the sound detection an array of 4 electret microphones are utilized for the detection of voice commands. Each electret microphone can he disabled and their sensitivity can he adjLlsted throLigh the system settings menu. The microphones are placed under the TV Security Minor device frames on all four sides in order to cover all directions of sound sources.

[058] In another embodiment of the present invention, the locking mechanism with driver (616) includes the safe locking through the steel lock controlled which is controlled by the CPU through the driver. The current driver by locking mechanism is bidirectional (openlclose actions) which provides maximum current of 8A. Current driver are solid state (based on the MOSFET IRFP24O 20A!150 transistor). Device in its basic set will by default include two drivers so that two locking mechanisms can be controlled. By default only one is enabled, and the activation of each locking mechanism is controlled by the on board software. Actual design of mechanical

part is not part of this document specification.

[059] In another embodiment of the present invention, the power supply subsystem comprises of a battery (602), a fuel gauge battery (604) and a charging circuitry (606). The power supply subsystem in the comprised of two parts voltage converter for conversion of 220V/i i OV down to 5V required by the TV Security Minor device, and battery subsystem for the offline power supply. For the main voltage (220/I WV @50/60Hz) conversion down to 5V a voltage converter of 100W is utilized in order to accommodate maximum current peaks which can range up to 8 A. When the main power is not available the system is supplied through the battery system of 50 Alt The battery is continuous charged when the main voltage is present. If the power loss is detected of voltage dropout is detected the battery system kick's in and preserves the constant supply of energy. The 5OAh battery can provide 10 hours when the system is fully utilized (alarm activated whole 10 hours and constant transmission of alarm messages is occurring), When the TV Security Minor is in normal mode (no breaking or intrusion) system can work without power supply up to one month.

[060] The illustrations of arrangements described herein are intended to provide a general understanding of the structure of various embodiments, and they are not intended to serve as a complete description of all the elements and features of apparatus and systems that might make use of the structures described herein. Many other arrangements will be apparent to those of skill in the art upon reviewing the above description. Other arrangements may he utilized and derived therefrom, such that structural and logical sLibstitutions and changes may he made without departing from the scope of this disclosure. Figures are also merely representational and may not he drawn to scale. Certain proportions thereof may he exaggerated, while others may he minimized. Accordingly, the specification and drawings are to be regarded in an illustrative rather than a restrictive sense.

[061] The preceding description has been presented with reference to various embodiments.

Persons skilled in the art and technology to which this application pertains will appreciate that alterations and changes in the described structures and methods of operation can be practiced without meaningfully departing from the principle, spirit and scope. to

Claims (10)

1. WE CLAIM: I. A t&evision security minor (100), characterized by integrating a safe and secure storage space (202) within the television security minor (100), accessihfr through a communication interface comprising a plurality of commLlnication protocols; said television security mirror (100) comprises of: a. the integrated safe and secure storage space (202), adapted for providing safe and secure space for storing a plurality of user selected vahiable assets; b. a touchscreen surface (304) installed over entire television active area (304) area of said television security mirror (100): c. a motion detection sensor (306), comprising of an ultrasonic sensor mounted, adapted for detecting motion in the frontal area of the television security mirror (100); d. a HD camera and microphone (308), the HD camera is adapted for capturing an image of a user or streaming live image of the user for registering the user with the television security mirror (100); and the microphone adapted for voice recognition and rerecording of any audio sigilal provided by the user; e. a plurality of RGB LEDs (310), mounted on a television frame (102) of the television security mirror (100), for participating in an alarm system for the television security minor (100); and f. a fingerprint sensor (312), adapted for scanning one or more fingers of the user for enabling fingerprint access protection for ensuring security of the integrated safe and secure storage space (202) of the television security mirror (100).
2. 2. The television security mirror (100) as claimed in claim 1, the integrated safe and secure storage space (202) within the television security mirror (100) is accessible through a communication interface comprising the plurality of commLlnication protocols; wherein the plurality of communication protocol is selected from a group comprising of a password, a swipe pattern, a pre-stored key exchanged through Wi-Fi or Bluetooth, a fingerprint recognition, a voice recogilition including predefined seiltence.
3. 3. The television security mirror (100) as claimed in claim 1, the safe and secure storage space (202) is manufactured from a metal covered with stainless materials selected from a group comprising of sted, inox steel, nickel steel, titanium, and chromium steel.
4. 4. The television security minor (tOO) as claimed in claim I, the touchscreen surface (302) is selected from a group comprising of resistive touchscreen surface and capacitive touchscreen surface.
5. 5. The television security mirror (100) as claimed in claim 1, the HD camera and microphone (308) further comprises of an infrared module, adapted for capturing an image of a user or streaming live image of the user for registering the user with the television security mirror (100) when visibility is reduced.
6. 6. The television security mirror (i 00) as claimed in claim I, the HD camera and microphone (308) further comprises of filters, adapted for pattern recognition of audio signal for reducing background noise along with the sensitive microphone.
7. 7. The television security mirror (100) as claimed in claim 1, further comprises of activating the television security minor (100) by a facial recognition feature using the HD camera of the HD camera and microphone (308) and the motion detection sensor (306).
8. 8. The television security minor (100) as claimed in claim 1, wherein the television security minor (100) is interconnected and integrated with existing house alarm system using either direct wiring or wireless network.
9. 9. The television security mirror (100) as claimed in claim I, the television security mirror (100) is utilized as a projector using an onboard running application selected from a group comprising a mail client, a web server and a video presentation software
10. 10. The television security mirror (100) as claimed in claim 1, the television security mirror (100) is utilized as an electronic picture frame.II -The television security mirror (I 00) as claimed in claim I, the television security mirror (tOO) is utilized as an advertisement pane].