JP2009500743A - Portable handheld security device - Google Patents

Abstract

  The present invention provides a portable handheld security device (10). The security device communicates with a memory storage device (14), a video display screen (18), at least one camera (38), a transmission device (26), a reception device (28), an input device (16), and a power source. It has a central processing unit (12) in state. The security device (10) further comprises a device that provides an ultra-wideband ground radar (34) and / or millimeter wave radar for identifying objects of interest within a closed container. Furthermore, the transmitting device (26) and the receiving device (28) ideally select between the available communication network signals to determine and utilize the network signal that is the best signal at a given time. It has the ability to maintain optimal reception and transmission quality by automatically switching between possible signals. The input device (16) comprises a first set (22) of user interface controllers and a second set (24) of user interface controllers, these sets of controllers (22, 24). Can be selectively operated by the user independently or simultaneously.

Description

  The present invention relates generally to security systems, and more particularly to a method and apparatus for performing security operations.

  There are many places in the modern world where safety and security are major concerns. A major example is the airport. Security systems currently in use at airports include screening passengers and baggage at security checkpoints to prevent persons or items that pose a security risk that would otherwise endanger the aircraft. Yes. Security is also a major concern at the US border, in which case US Customs and Border Protection personnel attempt to screen incoming cargo containers for items that pose national security risks. Yes.

  Current airport security systems typically require large, fixed devices to scan baggage and passengers for items that pose security risks. This process is time consuming and inflexible. In addition, if a baggage bag is abandoned (forgotten or deliberately left) in the airport, there is currently no good way for airport security personnel to collect information about the contents of the bag. Does not exist other than to open the bag and physically inspect the contents. Thus, airport personnel often call backup assistance or explosives handling teams to process abandoned bags, or move bags to another location for X-ray and controlled physical inspection. It is necessary to let Another problem arises when someone passes a security checkpoint without undergoing scanning or checking for identification. At the present time, it is very difficult to locate a person using existing security devices and systems because security guards who are guarded often find verbal explanations to find the person. This is because the verbal explanation is inaccurate, too rough, or too limited. If the person is not arrested, according to current guidelines, the airport must close the terminal and temporarily stop the flight until the terminal's physical search is complete.

  Accordingly, there is a need for a more complete security system and apparatus for use where safety and security are important. The present invention relates to improvements to the security systems and devices described above, and to solutions to problems raised and unsolved by these.

  The present invention provides a portable handheld security device. The security device is preferably a memory storage device, a video display screen readable in any lighting conditions, at least one camera, a transmitter device, a receiver device, an input device, a power source, and preferably in a closed container A device for generating a radar signal for detecting a concealed object such as a target object and displaying an image of the concealed object on a video display screen, and a central processing unit in communication state . Furthermore, the transmitting device and the receiving device ideally select between the available communication network signals, determine the network signal that is the best signal at a given time, and automatically between the available signals. The ability to maintain optimal reception and transmission quality by switching between them. Further, the input device comprises a first set of user interface controllers and a second set of user interface controllers, the first and second sets of user interface controllers being Can be selectively operated by the user independently or simultaneously.

  The security device ideally captures, records, and captures a security lockout system, digital full motion video (22-30 frames per second) and still screen images, all with evidence. Processing function, sound generation device, sound recording device, at least one type of biometric scanner, barcode reading function, passive or active RFID (Radio Frequency Identification) reading device and inquiry device, global positioning system, mapping system, It further includes two digital cameras including a form generator and at least one of which has the ability to capture images in infrared light. Both of these are preferably maintained in an environmentally sealed case with the ability to satisfy the tests performed in accordance with Military Standard 801F. By using the security device of the present invention, for example, detecting a dense object in a baggage bag, identifying a target object in a closed container, detecting a concealed life form, Verify identity, track responders in confused situations, obtain verifiable evidence of suspicious activity, and address security breaches. The present invention also includes a method of using the portable handheld security device of the present invention for the aforementioned purposes. Furthermore, the present invention also includes a method for preventing a portable handheld security device from being compromised.

  Various other features, objects, and advantages of the invention will be made apparent to those skilled in the art by reference to the following detailed description and the accompanying drawings.

  Referring now to the accompanying drawings, the portable handheld security device 10 of the present invention is ideally a central mobile processing unit such as an Intel (R) Pentium (R) mobile processor. A processing unit 12 is provided. The security device 10 also includes a memory storage device 14 that is in communication with the central processing unit 12. The memory storage device 14 ideally includes at least 1 gigabyte (GB) and 40 GB of hard disk space 15 as shown in the figure. The security device 10 also preferably includes a power supply (not shown) comprised of two battery packs in each side handle to provide power to the security device 10 and all its components. Is included. These battery packs are ideally rechargeable batteries, each capable of supplying sufficient power to maintain the device 10 in a state where it can operate for several hours at a time with a single charge. . Also, the battery pack is preferably “hot swappable” without shutting down the device.

  The security device 10 further includes an input device 16. The input device 16 ideally includes a user interface controller and touch screen technology for operating the security device 10 and inputting information into the security device 10. At least a portion of the user interface controller of the input device 16 is preferably an auto-ambidextrous, and therefore, as shown in FIG. 2, two sets of user interface controllers 22 And 24 exist. The first set 22 of user interface controls and the second set 24 of user interface controls can be selectively operated by the user independently or simultaneously. In other words, the user can select a single set of user interface controls 22, 24 to accommodate left- or right-handed trends and is exclusive from another set of user interface controls. In addition, the user interface controller set can be used independently or, if the user is ambidextrous, the user selects both user interface controller sets 22,24. And both sets can be used simultaneously. Preferably, the security device 10 can detect the user interface control device set 22, 24 that the user first touches, and can set the user interface control device set as the main set of user interface control devices. Thus, the user can consciously or unconsciously select a single set of control devices and operate independently based on his left- or right-handed tendency. If the user touches both sets of controls within a predetermined time period, such as 2 seconds, the security device 10 allows both sets of controls 22 and 24 to operate simultaneously, so that the user Can use either hand during input or operation.

  The security device 10 also includes a video display screen 18 in communication with the central processing unit 12. The video display screen can be read in any lighting condition including bright sunlight, which is ideally a 6.4 ″ LCD screen that supports touch screen technology. According to the touch screen technology 19, the user can input information by simply touching the video display screen 18, or can operate the security device 10 by other methods. The video display screen 18 also preferably supports direct freehand drawing input so that the user can write or draw information directly on the video display screen 18 to provide information. Can be entered. For example, the user could draw a circle around the image displayed on the video display screen 18 and save the image containing this circle for later use or distribution to others. The video display screen preferably supports a picture-in-picture display. Also, the video display screen 18 is ideally readable in any lighting conditions, including sunlight, to facilitate both indoor and outdoor usage.

  In addition, at least one camera 38 in communication with the central processing unit 12 is provided to provide video functions to the security device 10. Ideally, the security device 10 comprises two digital cameras 38, capable of capturing both still images and full motion (22-30 frames / second) video images, and 1-90 frames. Playback is possible at / second. Also preferably, the security device 10 supports panning, zooming, fast forward, rewind, playback, and pause functions. At least one of the cameras 38 is ideally operable in infrared light, and at least one of the cameras is ideally operable in normal and low light conditions. Photos taken in normal light, low light, and infrared light can be mixed into the same full motion video image, or the user can capture normal light, low light, and infrared when capturing the image. Switching between optical modes is possible. Each camera ideally has a resolution of at least 1.8 megapixels and ideally can store up to 8 hours of full motion video in the security device 10. The video function of the present invention also preferably includes at least one Motion Picture Experts Group (MPEG) encoder and decoder 58,60.

  Also preferably, at least one of the cameras 38 can function as a bar code reader 52. The ability to have a portable handheld video and still camera that can also be used to read bar codes and UPC codes relies on two or three devices to achieve the same This is a great advantage over the system.

  The security device 10 also includes a transmission device 26 and a reception device 28 that are in communication with the central processing unit 12. The transmission / reception devices 26 and 28 can ideally transmit and receive information safely using a wireless device 30 such as a radio frequency (RF) wireless network card or a wired device 32 such as an Ethernet (registered trademark) cable connection. . Along with the security device 10, 802.11a / b / g, 802.11 “superg”, 802.15.3a, GSM / GPRS (Global System for Mobile Communications and General Packet Radio Services), 3G, ultra wideband, blue Many different wireless local area networks (WLANs) can be used including, but not limited to, CDMA 1X. The security device 10 can also support high frequencies of 400/900 MHz and 5.8 GHz for transmission and reception of voice and data. Furthermore, the security device 10 ideally uses the wireless device 30 to select between the available communication network signals and determine the network signal that is the best signal at a given time, It has the ability to maintain optimal transmit and receive quality by automatically switching between available signals. For example, the security device 10 ideally includes middleware that measures the received signal strength of various network cards, and unless the user has selected “lock-in” to a particular source. The best signal can be selected. If the security device 10 is activated using an RF wireless network card and encounters interference, it can be seamlessly switched to another wireless transmission mode without the user being aware of the change being made. The security device 10 can also operate whether the transmission / reception devices 26 and 28 are enabled. In other words, the security device 10 can operate as a stand-alone unit. Preferably, when operating as a stand-alone unit, the security device 10 continuously searches for an authenticable wireless or wired network. When such a network is detected, the security device 10 preferably transitions from stand-alone to network operation by exchanging passcodes and information with the corresponding network server.

  Security device 10 further includes devices that form ultra-wideband subsurface radar 34 and millimeter wave radar in communication with central processing unit 12. Ideally, the security device 10 uses an ultra-wideband subsurface radar unit modified to operate in a lower power, smaller version or millimeter wave radar. Conventional ultra-wideband underground radar units are typically used for non-destructive inspection of the ground for articles embedded in the ground, such as pipes, tree roots, and archaeological artifacts. In addition, underground radar is generally used to inspect the internal structure of concrete structures such as bridges and railways. The ultra-wideband underground radar unit 34 of the present invention is intended for use in detecting and identifying concealed objects such as objects of interest in closed non-metallic containers. For example, the use of an ultra-wideband ground penetrating radar unit 34 would allow non-destructive inspection of baggage contents at an airport. By using millimeter wave radar, it is possible to nondestructively inspect the contents of cargo containers arriving in the United States through the port of the US Customs and Border Protection. Such inspection provides an efficient way to inspect the contents of baggage or cargo containers for items of interest, such as items that can pose a security risk. The ultra-wideband underground radar unit 34 is ideally operable within 5 meters of the container or other item being inspected, and ideally up to 10 in the container or other item. Only meters can be penetrated. Other RF sources such as the global positioning system 44 and the transceivers 26, 28 are preferably not affected by the operation of the ultra wideband ground radar unit 34.

  The security device 10 also preferably includes an RFID (Radio Frequency Identification) inquiry device and a reader 50. Such devices are generally passive in character. However, by providing both the interrogator and reader 50 to the present invention, it is possible to provide tracking of persons and objects equipped with corresponding RFID.

  Also, ideally, many other devices and functions can be included in the security device 10 of the present invention. Preferably, an audio function including a sound generation device 40 such as a speaker and a sound recording device 42 such as a digital sound recorder including a microphone is included. Preferably, a global positioning system 44, a mapping system, a biometric scanner 48 including a fingerprint sensor approved by NIST (National Institute of Standards and Technology), Bluetooth® RF link 51 for headsets and printers, barcodes A reading function 52, four USB (Universal Serial Bus) ports 53, an Ethernet (registered trademark) port, and a software authentication system are also provided in the security device 10. In addition, the security device 10 preferably operates based on the Microsoft® XP operating system with pen based extensions, and is compatible with voice, data, video conferencing, email, Microsoft Fully personal computer (PC) supporting document scanning, Office software files, any software that runs under or on the Microsoft XP operating system, form generation, and document scanning . However, it should be understood that the security device 10 of the present invention may be configured to run on any operating system including Linux (registered trademark), MacOS, Solaris, and Unix (registered trademark).

  All of the foregoing features of the present invention are ideally strong enough to satisfy the tests performed in accordance with Military Standard 801F, are waterproof, and are between -30 and + 50 ° C. Housed in a lightweight, handheld housing 56 capable of withstanding virtually all weather conditions and climates having an operating temperature range. However, the present invention preferably provides a plurality of ports 54 that conform to the PCMCIA (Personal Computer Memory Card Association) standard in a “blister pack” configuration 55 that does not compromise the integrity of the environmental sealing of the housing 56. ing.

  Also, the entire security device 10 is ideally very light, preferably 2.5-4 pounds including batteries. The handheld and lightweight wireless security device 10 is easily portable and can be operated using one or both hands. The security device 10 can be easily carried and used by personnel of, for example, transportation security, transportation work, enterprise security, educational security, first responder organization, government agencies, the Ministry of Defense, and the Ministry of Homeland Security. It is.

  The security device of the present invention can be used in several ways and for several purposes, and therefore the present invention also has various ways of using the security device. The present invention includes, but is not limited to, a method for identifying an object of interest in a closed container, such as a baggage bag at an airport or a cargo container at a port of the US Customs and Border Protection, and a security breach Or other methods to detect concealed life forms such as suspects. Another important method contemplated by the present invention is a method for dealing with security breaches such as, but not limited to, security breaches at airports. In the following, these methods are further explained using examples.

(Example I: Identification of an object of interest in a closed container)
The ability to identify the object of interest within a closed container is an important security issue. For example, airport security personnel often find abandoned baggage bags. Since abandoned baggage bags can accommodate items that pose very serious security risks, such as bombs, airport personnel must handle such baggage very carefully. Currently, airport personnel have three options to handle abandoned bags: pick up and move the bag, call back-up assistance from inside or outside the airport, or call an explosive disposal team. ing. In any of these current options, airport personnel must make a decision without prior knowledge of the bag contents.

  However, by using the security device of the present invention, airport personnel can scan the bag with ultra-wideband ground penetrating radar and observe the image generated by the radar in real-time, especially the object of interest or concern, especially It would be possible to check if a dense object is present in the bag. In the absence of dense objects, airport personnel could pick up the bag and move it to another location to perform radiography and physical examination. If there is a high density of objects, it means that the object of interest or concern is in the bag, so airport personnel will call for backup assistance or call an explosives team. You will know what you need. When assistance arrives, support personnel can observe the images generated by the radar and thus give them additional information to determine the best processing method.

  This same scenario could occur in other locations including other transport centers, office buildings, commercial and social gatherings, sporting events, educational facilities, power plants, and hospitals. Personnel at any of these locations could easily carry the security device of the present invention for use in similar situations. This use of the security device is also particularly useful for non-destructive inspection of cargo containers for objects of interest or concerns at US Customs and Border Protection ports.

(Example II: Detection of concealed life forms)
Detection of concealed creatures may also be an important security measure. For example, a suspect may attempt to hide from a tracker behind a wall or around a corner of a building, which cannot be observed by conventional observation devices. By using at least one infrared function, it is possible to observe a hidden suspect. An infrared mode camera allows a user to scan an area where a suspect may be hiding and capture an infrared image of that area. If a suspect, or any other life form is present, this infrared image will generate a heat-signature for reporting. Thus, if the suspect is hiding around the corner, the infrared camera image in the corner area will show a thermal signature notifying that the organism was near the corner. This feature of the security device could be used in any situation where it is desirable to detect hidden persons or other life forms.

(Example III: Countermeasures for security breaches)
Sufficient response to security breaches is an essential function of security personnel in all protected locations. For example, almost every day at some airport in the world, someone breaches the airport security system by walking through security checkpoints without stopping. Currently, when such a security breach occurs, a photograph of the breached person is usually captured by a security camera. When airport security personnel recognize that a breach has occurred, they usually send the message to the rest of the security personnel in the airport, usually by ringing a chime in the airport or flashing selected lights. Sent to and warned them about infringement. The security command and control center will then explain the infringing person to all security staff, usually via two-way radio. However, some locations within the airport may not be able to adequately receive two-way radio signals, and therefore some security personnel may miss the explanation entirely. In addition, the verbal description of the infringing person, unlike the visual description or actual photo, may be inaccurate, too rough, or too limited, It can be difficult for airport security personnel to find and arrest an infringer. If the infringing person is not arrested, the airport terminal will be required to be closed by the Federal Aviation Administration and / or Transportation Safety Administration so that a physical search can be performed. This procedure will close the airport terminal for hours, resulting in a loss of hundreds of millions of dollars in revenue and delaying hundreds of flights.

  However, if airport security personnel carry the security device according to the present invention, it would be much easier to quickly find and arrest the infringing person. For example, a photo from a security camera could be sent from a security command and control center to a security device carried by all security personnel. As a result, all security personnel will be able to view actual photos of the infringing person instead of relying on verbal explanations. In addition, from the security command and control center, the security camera can be used to check the security devices carried by all security personnel so that the security personnel can refer to photographs of the infringed person taken at any location. It would also be possible to send the video feed content directly. In addition, when a security personnel finds a person who looks like a person in the photograph, the security personnel take a picture using the security device and carry the photograph with the command and control center and / or security device. It may be possible to confirm that the correct person has been found. Also, by using the security device's biometric scanner, the security personnel can ask the person to provide a fingerprint, which the security device sends to the NIST server and the person. Can be verified as the person being arranged.

(Example IV: Documenting suspicious activity)
In situations involving potential criminal activity, the first problem is to capture one or more persons involved in the activity, and the second problem is to be guilty in court. One of the causes of such problems is centered on the characteristics of evidence. In most situations, the evidence has the form of a “tested” human testimony or video or still photo that will be attacked for its authenticity (eg, digital images are relatively Can be changed by a person with access to simple software in a way that is virtually untraceable). There is also a problem associated with the possibility of verifying the identity of a person who is regarded as a perpetrator. By using the present invention, security and law enforcement personnel take verifiable digital videos and still photos of suspicious activity, perform proactive identification, and rush to generate appropriate office documents It has the ability.

  When the user of the present invention detects a person engaged in a suspicious activity, a digital still image of the person can be taken. When taking an image using the present invention, a watermark is added to the photograph. Before applying a general compression algorithm (eg, compressing photos into jpg, tif, or gif formats), a watermark is added to the raw image. By providing a watermark to the still image, the image becomes immutable and is useful as evidence in the courtroom. If it does not have a watermark, the digital image is susceptible to operations using a software program such as Photoshop. As a result, it is often difficult to rely on regular digital images as evidence in the courtroom.

  The ability to shoot video may be beneficial if the characteristics of the monitored action are active. When taking a digital video according to the present invention, a watermark is also added. Preferably, the raw H263 standard digital film is taken with one of the cameras of the present invention. When this unprocessed film is photographed, a watermark is applied. The video is then preferably compressed to mpeg format. This method is a significant improvement over prior art watermarking systems that apply a watermark during or after compression. Such “watermarking during or after” provides some security and reliability measures, but lacks absolute security and reliability in the method. Like the still image, the presence of this watermark makes the video unchangeable and, due to its application method, substantially unshakeable in court.

  In addition to being able to capture suspicious activity with acceptable video and / or still images, various other verifications and documentation can be performed. By using an embedded GPS system, the location of a suspicious activity can be accurately identified and recorded, along with the exact time of the activity. Fingerprints of persons who have been interrogated or otherwise detained can be immediately collected using a biometric scanner, and these fingerprints can be obtained from an on-board database of authorized personnel or the Internet or others It can be compared with a remote database that can be accessed wirelessly via other networks.

  By using the built-in form generator, fingerprints, digital still images, location and time data, and the like can all be dropped into existing or newly generated forms. Such a form makes it easier and easier to create an arrest and a case report. This also increases the likelihood that relevant information about the suspected person and activity will be quickly circulated among those who can provide background or other information about the suspected person or activity.

(Example VI: Tracking first responder)
One issue in law enforcement and disaster situations is tracking the deployment status of firefighters, police officers, explosives teams, and the like. Time is important if someone is injured, trapped, or missing. The present invention realizes tracking of a person or an object in such a situation by providing an RFID function. For example, an RFID tag having a unique code can be assigned to each firefighter and police officer. Similar tags can be attached to weapons, explosives, and rescue devices. In situations where the harm is likely to affect one or more persons (eg, on the verge of collapse of a part of the building), the present invention allows the user to perform on each person or device with the respective tag. Individuals or devices with their respective tags can be identified and detected to warn of specific dangers or to perform rescue if they are unable to ensure safety. This is accomplished by detecting and identifying people or objects using active RFID and displaying them graphically or otherwise on the screen of the handheld device.

  The active RFID system of the present invention can also be used to keep track of the baggage or other items of interest. A small RFID tag can be placed on the article and its location can be monitored via the handheld device of the present invention. Therefore, when the baggage to which the tag is attached is located at an unexpected place, it is possible to immediately detect the fact and trace the movement history.

  The present invention further comprises a method for preventing the security device from being compromised by using a security lockout system. Preventing the device from being compromised is an important function of the device because it ensures that only authorized personnel can use the device. It is. Ideally, the command and control center for security personnel in a protected location would provide time limits for authorized personnel to log in or authenticate to the security device. If the time limit expires before the authorized person logs in or authenticates, the display screen on the security device should ideally be dimmed and harmless messages such as “Stand by”. Will be displayed. Ideally, microphones, sound recording devices, cameras, and global positioning systems or other location sensors are activated so that the security command and control center can detect and record the security device. Everything can be observed and heard, so that if an unauthorized person obtains the device, their activity can be monitored without their knowledge.

  By using software that is part of the present invention, the administrator of the network on which the present invention is used, as well as persons using handheld devices, can deceive or scan the device or network. Or an attempt to hack can be determined. This detection system offers two basic options when an attack of such characteristics is detected. The first option is to identify the attack and stop it. However, if the attack appears to come from a known or suspected source, the software will deceive the attacker as if the attacker thought it was accessing a real system. It is possible. In such cases, by providing false information, it is possible to deceive an attacker or otherwise sneak into the ground.

  Although the present invention has been described above with reference to preferred embodiments, it should be understood that the present invention is not limited to the specific embodiments described above. Those skilled in the art will recognize that certain substitutions, alterations, modifications, and omissions may be made without departing from the spirit or intent of the present invention. Accordingly, the foregoing description is by way of example only and is not intended to limit the scope of the invention, which is to be construed as including all suitable equivalents of the subject matter of the invention. I want.

1 is a block diagram illustrating a preferred embodiment of the apparatus of the present invention. 1 is a front perspective view of a preferred embodiment of the apparatus of the present invention. 1 is a rear perspective view of a preferred embodiment of the apparatus of the present invention. Figure 2 is a side view of a preferred embodiment of the apparatus of the present invention.

Claims (68)

  Providing a memory storage device, a video display screen, at least one camera, a transmitter device, a receiver device, an input device, a power source, and at least one type of radar for detecting the concealed object and of the concealed object A portable handheld security device having a device for generating an image on the video display screen and a central processing unit in communication.   The security device of claim 1, wherein the security device can be used to detect high density objects in a baggage bag.   The security device of claim 1, wherein the security device can be used to identify an object of interest within a closed container.   The security device of claim 1, wherein the security device can be used to detect a hidden life form.   The security device of claim 1, wherein the security device includes digital full motion video and still screen image capture, recording, and processing.   The security device according to claim 1, wherein the security device includes a sound generation device and a sound recording device.   The security device of claim 1, wherein the security device includes a biometric sensor.   The security device according to claim 1, wherein the security device includes a barcode reading function.   The security device according to claim 1, wherein the security device includes an RFID reader and an inquiry device.   The security device according to claim 1, wherein the security device includes a global positioning system.   The security device according to claim 1, wherein the video display screen is a touch screen.   The security apparatus according to claim 1, wherein the video display screen supports direct freehand drawing input.   The security apparatus according to claim 1, wherein the security apparatus includes two digital cameras, and at least one camera has a function of capturing an image in infrared light.   The security device according to claim 1, wherein the radar is an ultra-wideband underground radar.   The security device according to claim 1, wherein the radar is a millimeter wave radar.   The security device according to claim 1, wherein the radar is an ultra-wideband underground radar and a millimeter wave radar. A central processing unit in communication with a memory storage device, a video display screen, at least one camera, a transmission device, a reception device, an input device, and a power source;
The transmitting device and the receiving device select between available communication network signals, determine the network signal that is the best signal at a given time, and automatically switch between the available signals. A portable handheld security device with the ability to maintain optimal reception and transmission quality.   The security device of claim 17, wherein the security device comprises a security lockout system.   18. The security device according to claim 17, wherein transmission and reception are performed over an internet connection.   18. The security device according to claim 17, wherein the security device operates whether the transmitting device and the receiving device are enabled.   The security device of claim 17, wherein the device satisfies a test performed in accordance with Military Standard 810F. A memory storage device, a video display screen, at least one camera, a transmission device, a reception device, a multi-frequency antenna, an input device, and a power source, and a central processing unit in communication,
The input device includes a first set of user interface control devices and a second set of user interface control devices, wherein the first and second sets of user interface control devices are independent of each other. Or a portable handheld security device that can be selectively operated by a user.   The security device according to claim 22, wherein the video display screen is a touch screen.   The security device according to claim 22, wherein the video display screen supports direct freehand drawing input.   Communication with memory storage device, video display screen, at least one camera, transmitter device, receiver device, input device, power source, and means for watermarking video and still images to securely document selected activities A portable handheld security device having a central processing unit in a state.   The transmitting device and the receiving device select between available communication network signals, determine the network signal that is the best signal at a given time, and automatically switch between the available signals. 26. The security device of claim 25, having the ability to maintain optimal reception and transmission quality.   The input device includes a first set of user interface control devices and a second set of user interface control devices, wherein the first and / or second set of user interface control devices includes: 26. The security device according to claim 25, which is automatically activated based on a conscious or unconscious user selection within a predetermined period.   26. The security device of claim 25, wherein the security device can be used to detect high density objects in a baggage bag.   26. The security device of claim 25, wherein the security device can be used to identify an object of interest within a closed container.   26. The security device of claim 25, wherein the security device can be used to detect a hidden life form.   26. The security device of claim 25, wherein the security device can be used to address security breaches.   The security device of claim 25, wherein the security device comprises a security lockout system.   26. The security device of claim 25, wherein transmission and reception are performed on a wireless device capable of operating on a plurality of wireless local networks.   26. The security device of claim 25, wherein transmission and reception are performed over an internet connection.   26. The security device of claim 25, wherein the security device operates whether the transmitting device and the receiving device are enabled.   26. The security device of claim 25, wherein the device satisfies a test performed in accordance with Military Standard 810F.   26. The security device of claim 25, further comprising at least one PCMCIA port that does not jeopardize compliance with the Military Standard 810F of the security device.   26. The security device according to claim 25, wherein the power source is a battery having an ability to hold a charge for a maximum of 8 hours.   26. The security device of claim 25, wherein the security device includes processing to capture, record, and watermark a digital full motion video and still screen image.   26. The security device according to claim 25, wherein the security device includes a sound generation device and a sound recording device.   26. The security device of claim 25, wherein the security device includes a biometric sensor.   26. The security device according to claim 25, wherein the security device includes a barcode reading function.   26. The security device according to claim 25, wherein the security device includes an RFID reader and an inquiry device.   26. The security device of claim 25, wherein the security device includes a global positioning system.   26. The security device of claim 25, wherein the security device includes a mapping system.   26. The security device according to claim 25, wherein the video display screen is a touch screen.   26. The security device according to claim 25, wherein the video display screen supports direct freehand drawing input.   26. The security device of claim 25, wherein the security device comprises two digital cameras, wherein at least one camera has the ability to capture images in infrared light.   The security device according to claim 25, wherein the radar is an ultra-wideband underground radar.   26. The security device according to claim 25, wherein the radar is a millimeter wave radar.   The security device according to claim 25, wherein the radar is an ultra-wideband underground radar and a millimeter wave radar.   26. The security device of claim 25, further comprising a form generator that selectively generates a form.   26. The security device of claim 25, further comprising means for detecting hacking, spoofing, or scanning.   26. The security device according to claim 25, further comprising an RFID inquiry device and a reading device.   Portable hand-held security with a central processing unit in communication with a memory storage device, video display screen, at least one camera, transmitter device, receiver device, input device, power supply, and RFID interrogator and reader device apparatus.   56. The security device of claim 55, wherein a person or object having an RFID tag is tracked by using the RFID interrogator and reader. In a method for identifying an object of interest in a closed container,
A memory storage device, a video display screen, an input device, a power supply, and an ultra-wideband ground radar or millimeter wave radar for detecting a concealed object and an image of the concealed object on the video display screen Providing a generating device and a portable handheld security device with a central processing unit in communication;
Holding the portable handheld security device on the closed container;
Activating the device to provide radar;
Displaying the image generated by the radar-providing device on the video display screen;
Examining an image of the object of interest;
Having a method. In a method to detect a hidden life form,
Providing a portable, handheld security device comprising a memory storage device, a video display screen, at least one camera with infrared capability, an input device, and a power source, and a central processing unit in communication;
Holding the portable handheld security device in a state where the camera is facing an area where a living organism may be hidden;
Activating an infrared function of the camera;
Scanning the area with the portable handheld security device and capturing an infrared image of the area with the camera;
Displaying the infrared image on the video display screen;
Examining the infrared image for a thermal signature generated by an organism;
Having a method. In dealing with security breaches,
Transmitting a signal including an image of the subject person or article;
Providing at least one portable handheld security device comprising a central processing unit, a memory storage device, a video display screen, a receiving device, an input device, and a power source;
Receiving the signal at each of the portable handheld security devices;
Observing the image on the portable handheld security device;
Using the image to find the person or article of interest;
Having a method. Capturing a video image of the subject person or article by using the portable handheld security device;
Checking the identity of the target person or article by transmitting the video image to at least one receiving device;
60. The method of claim 59, further comprising: Capturing a still screen image of the subject person or article by using the portable handheld security device;
Checking the identity of the target person or article by transmitting the still screen image to at least one receiving device;
60. The method of claim 59, further comprising:   64. The method of claim 61, wherein at least one of the receiving devices comprises a portable handheld security device. In a method for preventing a portable handheld security device from being compromised,
Providing a network system having a command and control center;
Providing a portable handheld security device in communication with the command and control center, the portable handheld security system comprising: a memory storage device; at least one camera; an audio recording device; A transmission device, a reception device, an input device, a global positioning system, and a power source, and a central processing unit in communication, comprising:
Providing means for logging into the network system using the portable handheld security device;
Applying a time limit to the means for logging into the network system;
If the time limit expires before the means to log in to the network system is satisfied, the camera to generate an image, the sound recording device to record sound, and the portable Activating a global positioning system to detect handheld security devices;
Transmitting the image generated by the camera, the sound recorded by the microphone, and the location of the security device determined using the global positioning system to the command and control center;
Having a method. In a method of tracking a first responder with a portable handheld security device,
Memory storage device, at least one camera, display screen, sound recording device, transmission device, reception device, global positioning device, input device, RFID interrogation device and reading device, and power supply and central processing unit in communication Providing a portable and handheld security device,
Providing an RFID tag to a first responder;
Remotely reading information from the RFID tag by the portable handheld security device;
Displaying the location of the first responder on the display screen of the portable handheld security device based on information obtained from the RFID tag;
Having a method. In how to document suspicious activity,
Handheld with memory storage device, at least one camera, display screen, acoustic recording device, transmitter device, receiver device, global positioning device, clock, input device, biometric sensor, and power supply, and central processing unit in communication Providing a security device of the type;
Taking a video or digital still image using the at least one camera, the video or digital still image comprising a watermark added to the raw image prior to compression , The stage,
Identifying where the video or digital still image was taken by using the global positioning device;
Identifying the time when the video or digital still image was taken by using the clock;
Having a method. Collecting at least one fingerprint of a constrained person by using the biometric sensor;
Comparing the fingerprint to a fingerprint database;
66. The method of claim 65, further comprising: Providing a form generator; and
Generating a form using the form generator and dropping the video or still image, the fingerprint, the location, and the time data into the form;
Selectively distributing the form to interested persons;
A method further comprising: In a method for producing a secure and immutable digital video,
Filming raw digital video film using a camera;
Applying a watermark to the raw digital video film while filming the raw video film;
Compressing the raw digital video film to an acceptable video standard;
Having a method.

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